From 7750941f78c6b56c886f36053cf6260079f77045 Mon Sep 17 00:00:00 2001
From: yaowc <yaowc@milesight.com>
Date: Mon, 30 Mar 2026 13:39:37 +0800
Subject: [PATCH 1/2] feat: support cth01

---
 .../cth-series/cth01-compress/CTH01.png       |  Bin 0 -> 79173 bytes
 .../cth-series/cth01-compress/README.md       |  550 ++
 .../cth01-compress/cth01-codec.json           | 7030 ++++++++++++++++
 .../cth01-compress/cth01-decoder.js           |   69 +
 .../cth01-compress/cth01-encoder.js           |   66 +
 .../milesight-iot/cth-series/cth01/CTH01.png  |  Bin 0 -> 79173 bytes
 .../milesight-iot/cth-series/cth01/README.md  |  550 ++
 .../cth-series/cth01/cth01-codec.json         | 7037 +++++++++++++++++
 .../cth-series/cth01/cth01-decoder.js         | 1501 ++++
 .../cth-series/cth01/cth01-encoder.js         | 2388 ++++++
 vendors/milesight-iot/devices.json            |   28 +
 11 files changed, 19219 insertions(+)
 create mode 100644 vendors/milesight-iot/cth-series/cth01-compress/CTH01.png
 create mode 100644 vendors/milesight-iot/cth-series/cth01-compress/README.md
 create mode 100644 vendors/milesight-iot/cth-series/cth01-compress/cth01-codec.json
 create mode 100644 vendors/milesight-iot/cth-series/cth01-compress/cth01-decoder.js
 create mode 100644 vendors/milesight-iot/cth-series/cth01-compress/cth01-encoder.js
 create mode 100644 vendors/milesight-iot/cth-series/cth01/CTH01.png
 create mode 100644 vendors/milesight-iot/cth-series/cth01/README.md
 create mode 100644 vendors/milesight-iot/cth-series/cth01/cth01-codec.json
 create mode 100644 vendors/milesight-iot/cth-series/cth01/cth01-decoder.js
 create mode 100644 vendors/milesight-iot/cth-series/cth01/cth01-encoder.js

diff --git a/vendors/milesight-iot/cth-series/cth01-compress/CTH01.png b/vendors/milesight-iot/cth-series/cth01-compress/CTH01.png
new file mode 100644
index 0000000000000000000000000000000000000000..3f140ed2e47071c0e01f35e10f6a902924baf800
GIT binary patch
literal 79173
zcmXt91xy@Wv|ik;K#LV9#jUt|ffjdnXK{C@KyivY6klL*Ee^%q-QBIYz4_nEOJ+kt
z7IJ6ip6{GbZn&cSHw;uFR1gS+A@yBc83cl11U_WQh`?{25}w?EADLdNnl8#l?&J<m
z_U2$4GjbPC2QzXr53o51<gsKMGl}t+9R2GXyTmsKaugO!LHt9mrb}YfKgy6-@;wPB
z+5Yoo%VT4N@FJUDbY?nbG1mmv0+5D7&Z~YrAN9F{JW(jhqEhRJRDqg=v%56G;PM@K
ztsu!1olSO)=T{BQhUCBLl97EVMH&;9n-+6iZ|Y;aR2)LQ+$>Pr19-A{;X<ZCK5k&0
zC=TDXoIxPw&;Na3JPL(@#gl`i#6?v-GEdsTRaE`1)VF48tEa0^$xq4pfs(<XYHra0
zP&IZ2d5p0nC5#hZ@@braunmTZX_zUvoXqJSNp{(vTFeMT5K}@CCx}v+fu~0znc{n>
zxR|Luh)4!*)sk^l<b3#e-oE)sS?!Qai)MVV+zV=lOeuOrb@8~SBXjnUb)G4Z2C2ef
zCiXi_@jGm{YkcZRl-`ZC%4+DT`Zs0BaxYq_yyQKv=iYW5^2O)Vi{rlIXPX~6Nx6P2
zg!klO1`kOF5C1~YKD;`&t(DLgf-Eg<&kDimu#c_ER{rsZ_UT80jVn&uUF&Zz>*sHp
z>}@z)-3pEipmNu4_HhB{mz0j@-4{`88`L0BfLMAFGHeAK6ej6KRs}lEVH;-jPnsmw
zjiK;XL0(?yEye#K<%6F9)dDi{X7Lvrkh-YH-Ku+;|Lea0E7tnMm^*1^Ru)2TZoMRS
zssd<2`zxK9sEi+lH-+5PFT^!W*m`c{pjB|XkUwxcAD_BEv}3<D4K@6?ASYl!K^MJW
z{4U>wy#5{7w>@7mSlQWODt}a!R!<9sh{3X&>$+qG%6_%Z0v%<}J$j0qGbc$uHP|dV
z9bmm~VDSkLUD^JKzDOYA0u7`2Kll4TS7MR*y;MHE=>Iz^t274w83<nUu>0<(<7Mre
zi#E8le$ESH0x3z^yN6{(2dZvxAK7sqDN(5EC`N4b`58S7qx0S7vBBFT1`=j#Q^z!T
z94qWAiI5Ku9Agqpyyuw4+d@o|u>k2;>uB1Dny^3?)U-4lItD{?ZR-LsA9B!!CP}gP
zmPcLjq~%FQMh5?DnE!p)Hkllg4Y15E4B~*KkT&nTx%Q{kbHBUp5VSia(Ez`W*m(nC
zSY?z*&@eolK$||65ka0d6jpIdE1E+Nr@zleq7y&#*ZpXz84NPD_HnH!c6%!2B~~}f
z3OgsK>j8togY;dP&S&5Td@i~b1Px#M?4Kp6BJ!-)y^f)=|DIl2yxY2%$+N6EsQY)F
z4lM~nza$Rt3StRAU+l+{3BMA9)9DNG{;V>u`90ZkWXORK3+CAWxbuCKm6c^FV^ata
z`M%V~rt^M_CvXm;#+gt1LpcyGikfz?H?9aGuhRA&{wP=3YQ04G@iqBW2UFnX-?R*|
z)sEyn7)w|!;AXkwWx2kvu#lKpzx967uF+egL%5Y8=366HSbhjk41Qq$&JNz*-X069
zQm``27SEh0cCIcnL>UrgRUgC?<GA$~Wn_c{`bTnBB7luFmX#z%u~LB?S*&Rzk^2ws
zwefq2aZ5_62oAXuZ&7R!h=_oF1(+XWkmY^<AT9Dt2Iw}ne|t4r(&XH>an;Sogv;sk
zb6rS|WvAB>q?r2l)cf_r^66}jLi|oem!Ze7Axr9%HUlUK>cE<$oSMxQpaz}G#S<`T
z7E7o8{w}|d6-3y{icS|YM^vaxSg1_7H7<e@U~ZE1eYxIWip3bjc1|f3L@9+$8=_i_
z90W2V*xRZjhwzS~2aJO}KFKAlCP|wqV8d7X-IN)uI#{hD3r}v+ysK*eSNJ9A^|7+!
zQTPj!-gA~;M+YIo2B?YM{jVgtp`3}G9qFtUr^VMiiyy-Hl!}CV+hd52In=aWp_Ke8
z6MU{y4uO%`j%rdpoyuj(up$JZm>W*ba=Muc7|=<?i<-H^wM)%6!>8NPr?-RHSIY;~
zG9Lg@u*C1f;mX$^vWmH0Hjvg|zc4T`U=3<<eW;7@DUt=2&(6-Cnw2F{sO*^iOVZVI
zRAXNNNePYRHlp7B;qrYgvsW>X?|f3w_Qd<YQAq7DQ!MDHR-*{E&_GJ5Ef(}OS(UbL
z$1dY1CnvAMFVn)l-aVKNI6?!PG^kbCo_lFaA3E-HUN^UT(Xc=w=|?0iJnJf_P1pqF
ztO1<d+}0NVbP@j^Hec49{$vq{3nAZwQ(!hgSg+-_Arkr;|8Twjso{M;D`K!v-!|(O
zk0gO)i7I``tQD|qaJn|gMRcy@S3o;9d{;Y9jJpPXk}uiAz&A|4O*DgpmjsMj0D)p@
zpT%M3_J!Zh{mvIHI_}P4pqAzM5MOv%4iRviH54cGH$u5|Au2hRvZt}6mF@-$odL!U
zp?FUf@(hpt&RG?yHNClgP3DzKkZpR=!JW6Jj`i>L^H0cP;z~csk#Ryl4ehe!(TX+e
zia}H*2@nhD%@3U((~cnZlHaUflu2UmU>EetW-)zUjtvZ2^ZJ$mhz-N`D+stb?sz>O
zO-f42f~s3P+1c5ZB=Y&b+|1{+#4~BXo{Ybq7`)sV2w#tKulwYSZ@@K`rl3zTo1!1?
z{Z^*y9+AZz-HSqCTt}pyts3qh?RbeZF}?kR71y4giu5HcDKPrjco6HcO=wQr+Ol37
zxd*#md$ezWJvFfDz3GM;uw39-W($tvBWf4($xZ)KKC(<NdfMVy(_>D#voDWcK^7jm
z_=;3sob5&Lby`2~#~ZUf&QN&9lq6kGj+~@CAr&8!)J<48;~d;&=nqj{>hQeY>v>)J
z)A7{Ov3#}SJpOS3K*3v;VtF|1V7hPNb^Sl;uD=sVre<VF)GmrcRGn6^E!A1E=ofJj
zMAS?f$480wW<=IGe-8-l$-`e<vl;BI8M1UPEz!@-&BamD9o?WL4&#HWD&B=E4L-)v
zSBYWMCQ4I@E1@Jw6B-e8pC~Kol7)sJ!cXi^<BeNG@8o4w?-&^wTN|qXLxZYrEc`0J
z(|Nzs^jeGYS1l;l<@aXYKQ`KF-<srAR+Ul1`nNCJ$&qgr6cjq@tmiA<JdS1{<E<Cn
zFuF~hE%gL@iA!m05bAho%WOF0IO)Q7<`x#L?CjCfh4C2}b&fp`Y1dir6c*PjFd{pL
zS7!sS_DkKLvsHQZp0r7K>gEWdLoFMZHMO+53|WAi7lW#QEmW4ohW{Q9@0dxBoapMW
zC>jU1oL8a9oT5aZq)0D8n=+gXN%KJ>4am5aiLb+#*zBT|x-A0#Db}wfyFb$C@Pc8!
zvIAO9b~hGAmEUorpY?Huefz`7zkmPaC?PQJ$;VfVY;Y#Wb5KWuP@{NCtGCw|P3=Fb
zonk)T@zuQe8214DE-q@xDk$XZGK-elaA3bIelz}Ty0c%i<BZXJcW~z=lC1H;S26yM
zfDw|JKS^-vMqF0LaNy<*)L*?e1}-k=aU*^|%9aN@G?4b{rRi!Uu3=J2#fX@aJAxLt
zP02##u?0;^(0n~a$#aV1qsXxdME;Jp@K%*RX@7rjFUI!2opw(3tOz<zv&cs2xJs&g
z_Mf%7F>ow)Ln7B>SlSH`B92CU|Ni~N@l9@G_gb5Gbxn;j3q$|qhZa)uNP~Q3NbaJI
zvAH?53d*jpus^z&lj2ha@@sL_@XIOYkufLsg_`su^LErWd{&H+dX_wrRD7N;bG~|6
zo^Ay>di3NfBU}VdKWh-VX%Rw=|6uDrj7;fZA`+}^A>L3S8~rRQP}_JCglNvec*x*V
z+=9nU)SeGpJd5nCN{cPOCGCDNU`z_X49te*e~W!p$e%ngke8Q-y@+mnWlSkkpAf<9
z!Oq~a6|0=D^^?q><moS`m4|pWA2xZiJ0gXII-xKNb($;SEj8^t`Bawp40)@w@d}Im
z=@*gBaU{u~KhB@E`aOL}Atn1F?xulkyUkr&Ff`|xeq^&*UuOpXWuX}dTQ{2I8Ixv^
z9^e0l-7`5*gfD?ZpHx#Hf*@*nEKV0fF7lJSNz&R^u9?Koj)UkBsK`p+J@y<=3A*|(
zQt^VgxVT^JN`4Xlrfoe(KPFzk@3ZxPYV>dMH#0MvTKK7(lXHXE(pt>v0H6T59Oo2A
zbwi0o&daxdUV56z`GGT-%*^kC1IzM6tW`_ZM#jfYoSddgIg}A}$E);BUG(Q)sXBwQ
zxpSQ6r}Cs7)Wqb&hU1IOEq>P5bCyG)MjS++kP~5kIuRB+4K8IQ2I=`*HnhRi$>Sh?
zDuJatBUk($KNCb;IIe#ah#=rDmv8Xied;s%SD^A$%kX~~nbPpBn5m@Y27wjWiNm=Q
z#LwZT+IF2h*SovBTmG9*JPZiu?%MC#j+X5^Uj7@WsgG~|oYo;aBsMOKlA<3tyEUY_
zJ_4_QU||+nD&CY1Y&wj9LrXPxicc7~Dn3HaEGe6Yg-F<b{^&zTo3xH8Sp*DcZe0Uq
zA$9}7wp<Khn+^ePEzxc*A(NKyoh(JPs5n1h2135l*)GcE!UFKLeMu0Ym0`Idx_BR5
zYO$sePnq#)2DyhEmn5`z$~A$8s<U5LL1iHv8;U_J8xQ~DM+R@c>ja=0f|BV9{RolN
zv?MC35kWG{3F_CADQ$ltsdyJh$IFuh1)&Gs^dfHnv*#^2Fzw2tpBK^284R=d-Ov05
zo%cq3dp5D7C42NO@?Gf>TgL)}=7@lrot~a1Ko4Cc=QOl%<M=M%of;aN8E8_U@YVcf
zE<H4@?W|N3mLd`6v-c_te!ImGq6ovpmWgr}!H5TI-Q39QLg+V7W7jBxsCQ<p>_MMh
zTJ-9)nb5<&_9V02!NC$&koCy-u>1&x8D>FeAwXv<o*Gy>i2C#XC!t0KS%d8_K`edZ
zcOpc0C|N~{Fp%F84ZJEbn+~SKY5?j%RBH$a;~V9$u;GnB2iA$o^FNIK$w(voStoPJ
z_PH9=2rxW%Sa^FalFP_`x=QKrK>^4LU#mU+rhEH!mO|^lDVevbx;j-}j|=j>{e76G
zjZKBk53B3#FGQ45CvEwY=XaMc=l<(8@I$RbnvrOs0rt~**7Zx`Men%EmrTzix~TMU
zQnm2qNSkgHO=F$4%+_+5bAF9Ph;$Q-^#e^*Q(s>csAI-~5?vf=B@`uysjXIMJpnld
zS$TcE8V6B=C6~ns`j&@4pCw1Phrrm;YEuM3u%O}HNlnPCaYN#@!ULrSZgGsEYFnO}
zDtc(u<u4*|KzWoh#AngHPX1TXAwg$`wn@j_;hAK9^?Bv%Q6<-$<ZEKc9YU4c`I?~T
z#YWe@LKdH^3`xJoZc?zOCV8h*SGaGnZoX&bd=KZmZe)0PdQTB(8?t)rdf9d^7|9_g
zu;H9iR=)o%C6Sey+PShqLQO-A+%r&vgTh>}h8KA3C4#6O_IZlgi6SY7<9?@>1G}(A
zgoMVjQAblxPoibDx+O(Y$rQ<*E&^L}q+y2)<ie+?N^b@fdcN+S#CnZfJY}B;i3Pgl
zPs(s8z2(t2GxndYvf(FAcDn63TIrBXn-2C;^9T`yp9$i1Ns8>X=IoJwJ|lIGP}uL@
z(8zPkseFX*@`T>J^2FQ~fd5!r@5Odp(fD75bm6<7L|+7=okvRFpS7I7hM|36UXhJY
zx{ZY0Ku3Q}46a_a+uj*W00xSlnHfsNV9}zzAGx-gBe|mu1h*{eeGIm;0wCR|_hkYz
zU5ETNPd53#E_b?yS}pw09Gs{A*?=b$$uo3thIcqD4QZqz^ee3`;I|i8WMMz6XrK~Z
z42>V&dHK>7PS{*w;tLTV1&U!4u%xD@=8DGhP=kmyB_(gDkK;wcxAF=V%eNxZ2Sg;T
z$tOwK=lE2h>^;7>#w4+<q_LByZbl>lpH=B+M<DfE4?kdx2<V~JYIHZv%8-A&(0YAs
zFUS)_!FR8ayz`8*tNrk>4~=+V^3^oNpUd!Nbp3g>80#b7KYOI$KxOGqG25`j7<cM}
zK67*0JpQjF080*PId3P<pF~!|(@Od*2L~Tm(}HzS&i=K9T?>!$d$SwULnbT~;*7|I
zQvkc1bWYQtA1AVhh{)2A-<&SJc43!1i;mdm`+N0_e9Zi@o29CP@SQl-=fdZIPrd-j
z2?_C>u~Hk0N%%4d-^^%asX8oO7$lkhi*<eBtd5T;nk}F2$)gYqi;zyWa}&t{HXJGy
zjT|iWO$gA~>vi>?EKwb5x|v&cxINLbgt8L+1E}GzqQ3sIg>Fl(_|{AO#31^lywJHv
z91+2H@Y?QttCto+*E>3(Tbe-+1?-ty{}U5;l2uLOhc1ja#w3UFY{3jn5}u2x#afF-
zI3KGK>&muJxeTuGv7${j26lq+Ox|E%qS19<bp^(!m<Y<?xz4REifsQ^&o4;rUc2wZ
zi^oP?3j@5`0v{e8Mu;<QH9eP6t4OQxmfIq(PutIz%UABHEDOO_^T-ty6~-(COQN=J
zhREgl)c!P_EOmCM!Cj#1Yv<JTbb5!Q#8QW9rctwjp;9nq)D%aT2Z;#}iB|&)u18X^
zsnHJEUX7MlUlqeRCbjD5gQqjgz*H}lsx>FTxEK7`iK2n6f!!ajr>zQA#ZHo*`!#1a
zBcDYh6|W1r0C2qp<|Hj6W0~h-8xC)cy=O|htT@N-@vY6}aLUbC9mE!EHLuWr{!bGB
z#L&nH2H<cdv()88g8|9r)|*i<skRzv(Ma?vRcsP64~&6n@zy7!CUy4CPP0-8+I|o$
zEIak>`;VkicG;?dn`^@ub%>!opR}RxfeSJCH)jn4{(=I8=n>Hu8rYQ^o0di>D=(kE
zD27DIeu1~kQb94bw-;1W*-cdWfNVsN*4A4mS?XFOiOGbPFNYY8kCePwGpZESs3ZIu
zfgBzAA*ITBUtZN(59k*Eo&=w42trdcZO9`==tC)`CJ)_MNicEX1I>*3nv+^O4rxS7
zRI4yL_Y=GK<0)sYt)X+c3IY#S>D1nU7*ba6_nNW(yw}(KOStGFn{W=0x~|vT9`-W)
zrw(1<j1|G@d9zlV_m|rMEI9L#2I2&cU0tDa*=l#z&+A8CdYqIX+HB|c5a7vY@r7vU
z^U}^#l!Ho<LArZXFxFO9@2;<}fd~1cy6Gn;KE&S%BJEeK1a5L)Ou#A_;mca6y$|id
zS+aGPoG9_JX^hBYA$Fk8z~=~#MPKgOL{3Qf4~>TBWS#i$hoi36dB=6vO*N#uaB&x1
zX`2!-bk(!0{)TIf^N_@_kjAp%3&Ze3BK9FnbvB?6_jIw`t1h@Pq=Hr<1Z~9dFm_Fw
zk|g|Y=)f$XMDSY|vXC|kybAsC09`!7D$d$?0m4l-`)t|o)26wJd`0zZA3`^?Ippqa
z7i)I2FpB5M<UAAtTn{FGU;QT#c6h!%KV(rpNTD(_F>O9ST&HGdH;lJ*n(_4<9nsr0
z@4jc)Ex@C4llUa1oXO(|8-_*Zgnr9Re9>-gt4F$XWA2PNy2nUOZDq){Tbd*Rr$E}Z
zTh=I|pOiR##*FO{7tFr>o*=gWz~xVq%i+5}t9E_5a*w8l+zo{Tekn+*@PXY9JmOIG
zp63+-`q_xlFdHlsyeW5?F|S9%k(0@F-)?B7@do>OhG-52p#H@4r_qCFzR&wox@ywj
z#Ihi><#5$z{EhiIzXbq3L9}E{M6>I$`pDQAENCoSFmiX-EaO}o8mc{7?g3D&UJrp9
z*N+lZ#|zRKq+Y8-M(M!dUg#ii{UR2B&?XwNiiU<31{BkwTSXUlw=jPzO_Ia;TAOfV
zQ<H~YJSF)D_<5P71?lHN(RtA4kHfn)X38ABwnbxb=f1YSKMavVoSp+ysZ7_M580;k
zV0uR)ElMLqhS$4(YeEYG5omYEemJ!oZaW4|4#!bSHJq5^w~>w_ceg7rMy{Y0Or{T+
zP%}%Xrh)U6nU<8)mYYfhBr5PSD|Fg#+V?LP)D#8}<olj!QI#hD8!5)<BziVGiLS##
z(sspRlnMNq>8Bld{)XeyOjvTTu(QL#{;_L}yxt$rUneu<A=#SKu@`MwZIErBKmH9|
z%cn-ib4)zGUI;f{tJwkKj^*X$3%lY4l0?*HHiW?<A<~;fmb$p`_qyrSUSKff=1{@^
zk+UXPLg`<(9)O~k(p;r0$SGLoC{<%Q!f%H0lo6?F1fgj^RMHYrZIP%4zkfm=fp7xa
z!q{`#ahgF4m!ZU~Z~<c4p^L~@SU3!xv%eg)ApQ2wg&ix<fHOy*W5TZbpWon+Ygz{_
zcGO3%+J+a)d1B2Yw_(&Z=F2P9%ryqlPl1Pc>lkF_7trlN@)ZKAt*tGYrxAZBSo-jj
zi%waGw^Ew!cRCoyV2ygP%a&Mc{_L!(l_-E3b!b<)L8TPt{68Qj0;mN=3~s@8b^g>;
z(0x)8elf<;4IeNV{!Uy>yjZ9<Y0%pd9|4}_(h?D%Oge0Kd&V{TW7EzYyUNPWK-U*7
zImF6lgXZXl%zD~O7n$+Rulh9AdRSCJMZx4A-|24R=0xHtds6hh9u9z6yxCrW^gKMz
z@@uqD?4}@$IyO9iNe{eeoGrEm;<Sf=+YB$R<}Q5_#mMNW5f2IP$5=jQ*YDHKQk;rE
zx5fV=?6=SpC^nc_MXOe^5!DIF7{@vLHd9`Z3j2|K_`>{q($a8$ENfA;{EVF>XQ*>P
zLqjjr*smCv<Spyx*r-`**o{X@gUZi5?+|Lba2ATe5f2Z%97Gty$yZio4Yr@U!iF~?
zRT0;=S3~4Y*)LU^w(eSGbH+5tn`cHMBRmnIMv2wpLQMQI{RHTU1krtjCdRk2U>ClR
zz_b@vp$AcC5fn6QdrP2{C^jLO9~we!uw4!v9HgsTwp|tiQ~{land;Wos4l~wUcRs@
zDk^FG;ggiW8wFslrtONMM7@kQMaH-VjN8pp4r<b)ThV9M@MDsj{?{GSTdN>&`4<gz
z8`bYMe%iSHymbDuc5XW&`HK7BbBw2ydz3#ON2UY>z%S;bu<T?ZOgasQ97Mr<wS+cA
zfrM$zH=&>!k8c!6f8XzrZ=Bgr)#VRiBDJ5Dvc7A{tV7rUXyzugaV-e3>d&7b^|BCP
zU}DhWqR>Jui}7juX>{4vWf(BGL<Edfq?$NQ=>qYJ8(Ly93^67g8SLhYljWa&{!-R)
zY;9igXdqPjEU)jozu0OWG|cDwlx)4vz5!ku_<Igl?)lBkhE4>c+Wq&h_+HwV*@5aC
z6d4tiF<@d~(aEr4d-nr|nudmzlhdp|=(w_j^ji!`mnBC{XIqm84)?kX?wZH793X-J
zqLe~(8V2OLXh}E~l>|!;q5~H`KycC2Kl_X<rb@p%!rnozDyNdof(|R92M4Wyx!_fk
zzXZy@J_q1PDG8K|`H4$9&@th=*~-_;DZZ?I3$9k0PNLX;c2MS_6}X2!X+%DI>N^H7
z$6S{`diKlziVSLvJ#mju9UBz=wTJ|A3hvf*c2|$H%7<qf9Qz(pjXp5#);CCCgiSGv
znk7#>Jj}4r>WRBQ2wUuiSZMzt0Vh_nZ(z-;5g>dvyb$?9sC07J84OX+CILV;0iavz
z9b?{8$$nPxem>2(eoAbPsq@^^;>a%Wl^uwN<<~fqBhHD1wC7hT!{pIc)%t+E_hS1)
zL!$dlqWY^1FX?h+JM{GQ;5x0Wil<$vBjW!uhI#F;x>r@P#9mtd@XC)#O9TIPi~=Zl
zef@jTHmJ>Znd_gIFVG&Aydt&<A|oRehfZ8%`kti=k7gppK!yJbl)FBQVhiMPPMm+~
z&3XNY`z>*5JX-P+i#};;&ED@i<D9n8ujth9T#d@6=A(pGE-a;D)e#IR+6#CoDsu{v
zT@hXKf7n1(^yYXHKerwICK7%ivO$I#@RNqoPBw}~ta6`E`7+E8LBOQgr|XOftf548
zWF%w7SZisDwkl$G*~>-U0&+8Rc8BC<9Jq*I^Z03Et3D9^hht{$WQhqEziRN7h1+M*
zj4N>=GpC-fjm)}FI;;!{jG-_POB7rbROw-j^_RNUyB+>S&W<kx^(^AeHUihjH;6S7
zlWy+FH6fR5Un=^6-k@J;A%|^5uqZeU5<x)y@Zk#uy+nf@ZItBa@^VHKFE3O8SQ^df
zl7>>#(yGIjiy%szDap)c#2?ia=>Sr$UTdM*B%y>y7ow+aq5*yXs-0f+7*3Pjbg`45
za7KpN?;YrJx3jauAZ)F3(yGy!J}Shd_{%qdFZehQ+xR+p)Ge7h#$*{19KfHS#e`lG
zr~+srQtvD-hina$C+)Ae7++J)Wpu(?br=`J<p}t{W7GOPZ<F=^*Wu1wScJL5_GG8~
zj{EX|T;>FI=tXLg%^%+YI}N+vgi<Q~qp$*KGblv~4g7u<Ib6EXSiX8}<pa9VhtVY|
z5FOuOzi&+7k43_IoFuhAgwwe;&-ZIB%snnJ^|W}^hPYDM^=uAKgd^{Yw3)=9TreV^
z<&^(Q1x;F}&U#0AkbIssZ^lkyiZQ9vwl>D%3X#l@v8qRfMqB^2<QPguAbjg_YK}6m
z4WFG=D*#7qI{XAKs7|Ay<0VC%JS#76H~^4kn1H!hUS1J!i&Ca;eS6PYC{`u+MOE7b
zEnr-|ENL888w;^#4VZ8*mEFAV+7}lWUko0GH2g}(qg!?D>Cm;0H{AX2+%={+vM4S#
zp|W`Teh>HnFvX$UEH~I9_e|K8$-rTD&xc_NCJ_&Gtvvz$sL-F)3JWYp!o*|ZU1>k)
zXgII4vor8^#{_;~4})b}Ukz!ACPtVEcx!!l)Y<hwq>EZXFGBA>e5n5OCv<Xvv5mEF
zZ-SIS^dzD|nA)Eqm5>h5(M=`Y?(m46km7=QTHtP%z92Hp8;*f`Jt(O;Z3GuGcv%=r
zb^NjwHtA}N@B_0AQqJ0188C`Zi}DkV1f@uHa;i2Reo(SzU@CX~mP32FWloVv&CIO1
zOQ003UHtptybtgI+jKymn%AxUc;0%AS<!OF_n*47{1F||SGCL>tb|RgTE+=992dS*
zo7mTP^hxye__YR_xk2dVdI?|EH5RKqk4ome#w|HkQ~(p>?MUX`Z@vG|0svylq`~X1
zfqcZ#HVvyTXU`vpO)-p4_y^G>X{r|dsA}+~I|z72fGIzi?Kq1DjfQsGP=B-1G4y{L
zE09MDonWnzPb@l1rWC)Eibs+jE2nGnV4`edFYE8L<}Wk1bV73D0<|ql5_Y^4M!!V(
z#K^9KX_K^JL=2OJA^m?>ZMc*wxqociRj=c{xScptw70e)4=5O$I-0xEE#?t(>}<I}
z1bMZy5O=7<E{;ab{Dr<II1cu%2RQNu_9X9g%uRd|;r`DUNI7}OYJw(n!o{CIiM``&
zxzxMRv&GXlH5DH{K9bs>nx5S!?hC7(v8%LdhXvq{rlzJy*{oRpq)6LZ=jHZ!9xxWJ
zpMQk`z9^Zmgp`XTA=#!djd$vXBqNh@BIeTbw{*@^)0$ka9<?X8oYM{s))g?(pBlA~
zcZLmKueSap=+0oGbHu81pz8?UCkPOG&i*gc2pvKf6$LTecv=%CH%aQH4V&AIG_(#a
zQfuiD!vx|jHXXDpRlaNah~m1@+PBSyLW*o$6<E=H6wQqg9UhM2eIF7Pc0#=LYs-cq
zK1VsC1tdbAuC2y>o!S7houbmfx>9j+7fj8vHFk26CW*7!GFQX6_2ka!wNaWQ4va3d
zmDzaztn~D1sjByy%zq{i&3x}a9vn-&Q}3e_$%kz#IbV0J!)t3i`yDi7w~YH+8!B=v
zg(h$Qi<`HBIt?6r4Xu|fn+2{0S2d_QD?h(Ai2?hUx57dhV0Hm;T(YblQQ3KZPF;yP
z1%_6)wFx=h12Rj^!p)6Fff5{eIj<tE73;(275yWNE(KMla7rC|xk$_C&o!&v@p8Ki
z9rt-;ucQLk=vcQks+WDdUz%_43vI;mXtL_`+K%QfnpS1FD(B*B2RmwCOLBM(Co{R>
zHf=hjLihvonb{)a(L5II@)El(@%WcNU(>X9p$-H}cvh3=nIf6>OF-6C>D7D=zH;YI
zg8|RL%t|}eRz{$P{D@z!COv((I~kg42DVlGN%{LLmu{!DN;K^j3QFlTr4-;{1s@)!
zq3;l47rumEA2yK9*N>oy`?io5WZorS>jnMpV$Fgu+6ig){y1guBh^#OxgHKU*S}8t
z4X+J}NeGA^nYKvh^8F>pjgfTvtSH$gWMt95%Z%@`2g=}*6#(??VA1tH{7@XCn?I`^
z)^>KxCR*kOU6BCX_&#w0WG-!DCT&<83E-D=z_X=Kny?w`JR!9B@eC06EuOK~t6{+K
zecySqlN>aqEf=PAp;#b|Wp<94<FOT<uYG(T)4yHmbF8!O1w*!Rp&xbT9MFInr9CZ*
zut$yYqq&*4#RX_Ut@m3pP5argya5v9*JqeBvnzpe4PV~;ek~dLl?A~_Wf@=+5T*?A
zsRmqn`~c{b3D6Y*Z_Z*o`zzp97EgEWjb@xq#gZd4edkAtMO`M@pEq-b*Njg~zx%0I
z7-uNM*q~pTzi6|BFuFu+c-5lppcSuSo+eC%_+|dHFU&&88Em97g%B({nnx?86s$g}
z<yDSf)$YZW<@GtMu(=R3t+YAg@U=qWm&yb(T|CK>*;4fZz+fNwPLvWcgG22|V&ZB$
z3tOIs$I`Mf#dF}YwD89j4G=MGHR4i_KkE9w-0-;lBRIN2lrBUD*8UAIw1oR;j(Pdm
zwYte;vZN(V#kx>g6slfdhFTKS%~A?X;nu$1*zg^%fcki3z3cSA-Tr!0=}#Vgr-7jf
zn7Wd5g+DPSWIrvZ;Soh65=9T5r2b=F^V}zp&lU)OI`6;&F|{a-aShC%nEA{Em>ZRo
z%$$M9s}f(;7V(?1cpL(f*8@l43jKktt^N6MWrYz4p8)>|P?-9*2}aFv`Q1)B0V47E
zB2+gwM=DA@%lrKkL86q5v=^db79?_qfH0H@a6m*#XHoa|%(L2hOrMJcR55pTi*XD%
zXqn(<AO4sGB-oe=-qd*Pjf0Anw)I3e*%}0BQ9o^nAJ%?LVSNB&dnkD#Hz8}jaJ*3I
zjXZAt6_xvD{)-&>Ka;f**q!ls+tp}>QY6b>peP;b#$}1(>9M{9t-QL1hW}(mfT&T#
zn7FijjFL3T6!s@wZm{nMJZa#XgX#d9CU1E~g}Iqp(_Z>1uvdb+u(xqeXO^m|)2!;#
zZCx}a3w0&2L$w6qm6~-Qb~)tEUQaB9pT2ZlM%$D0ATjE48oIWu5(W_KdKD$e0EQLp
z)QqewK+rdOKN!@JOXwsLu%Mo}(NgZxF@yVSTB5aQM?ZQ9<>x)`rlr6z@oqf3Z}W8Z
zMt)!=ie};GkL2K#aT+P|fZ?)bt97DL$Ob}RO&*sNk1sIvNo+#Tn^-1hW(bl0eI27W
zAl@^9ix-xa$8&;6-FW(j1s%Y<NNwmIgj>Y#vPLTGTm~@@RN!#R{qXYl#BfZz@8dIQ
zLrCGFh{u_cwq;=ayJ&Cj-%~NOjdNvaB0W_tFPVths}GVs@9>~jBKVJ)g9QuK0eeQ$
z-p{BIiBB!6rdE`;ymI`9>DS~&{fNz96<7Mo+Ov5Z=*xm`p9IT#DZ?9JxBnfo1H2pw
zkaRM#zNOv3fxz*3%csBRP41YKKQkoJm(J4X(YCV6P22mPIp;k6MT!RNaT-b}aeNUi
zRi$6-;wC_^s;VNNdx1g1A{B33=7hsAcaWM#AS&0+7+r^@{UK_Jbwf#wI6?S>1UXUj
z<1iK<ovR+T7<pONy_aAu9SJC^pB31U|IHrOjpQcJ&(9=4=%h^_3FOiu2)JCCLcV=Q
za*0?+Bc{43?2y-kqOSNNl&CK5u9X$^qZ==~tRhp6vw$rwC&FL+-r%)g0sFOdD(6?^
znK$MndgNwB=GijNBT)h2i_S2}$N`DvQ)WWwLK5gxM%D--D)+h-vWxCm#aTRT6R;a6
zl*VFl&CCR0lY@hUQ6W@m7OxXEELUa)|E4(x(I1$W<pKL0V2n8MsMptMiw)woQT^up
zd4RoZv_E$2@O<w$?UsH!#BCPmrn8h^zIrA?SKFc8tlO>x*|5%e-l6g5j>)JLcskMG
zzX$y&LoDZzv#@+2lX7E|g{xY2!T#ymA}Fr(11N(}QDXcTg9P9AG5?bzfJoGGqy5+T
zBHE<9k-mIrq63^ey4r+H;g7^4GP0i=m;onJIP5GWm=2d)AV9lV<dLI60em^r6r$=M
zBefvdzccc+);dUB{_@Sp6C(rUZ=AIyTq784o*TjZ_qr2Cp*!-Y8Qy1SCGl+oJgI^g
zQ6(;9n-<ryqxdAPlexo9953g{1Rp?JJdQaNhQb_&xoE$Nw*JgHu}c}G((UVMAm3Ne
zXJSF67$)Q&bh*BJ?lv8;Xr+XtjbaYw=1`*4Wu>xu9^X8sS+qX@A|ar$0qvc9)WXpb
zXI`%nw?CFF4ArANFtrxMR6!Gc$x}onmvi7YixrSG<_m-(Y2~W<Bc#2Hi;kW;UQX=|
zKvI9mjDQwCr9EEtJC%rLpyAu$e-`+eiMR+bhE@YQB_+zalpSIkq!SRK{&OikHUg2@
z^2y8jc35!6ByQ=ReZ{d<0*}FV#fMqz95M%(w7C3I6uYz(+Qj%N4eY!w2a0=GCYrIl
zlOafr@UlG=%4q6bRI$;YGG;0Eq&#UXmW?GhYVcGf+s|R~i?@Z~27J2)_Qa18WT!z%
zZbQlADZ{xwMap&WIv*qsy__N{WYm;vDl&DyDz(wl*w<h_`}{fjeYNEpl7I$!_Z&I2
z!5o<<WZB?Yk*5p^;=sDwi2a=fZ4i^_VIDH?gD6&Vvyh;(@PchB83Q7Ible^VF8qeg
zCEj-Q>6m-;Gf6n6A$wYAJO5!+r2sKhsO4?*?~nQT%@1#R7eG8JDK?r9w8M1nP}hcn
zPL5p1pB%)GX}-ZF-9OX7QT<>43)}!{#*teIcC(pHHA&~|cly#K#7^(xIvDUx-Pqpr
zP-NOoslhukded5fRdHHUET4tQEr5Wi7w;n!Cnb`UOF!I93P(%dP^RC^C?@SL9d>2R
zUosbimuwR;w8Kt7hDS?QBkLzvc_%QK!$?d~sY<&3x}(n^?=Lw1b`xZpD<q@c(W-mr
z`Bq1<w?A$?BxKD2E93_Scyzn2lsOu)_WSp-CYDu-$`K8Vhd-aC=ke1ln!iRoyJ#_r
zWat-t$`uwMr6EJSupi6m$OZT|vp>LR{V|bm6Ne`o-OtxvwvuM9W<!CBBS$u;WGW&Q
zEKIzCgW=fXah)S1()oaem%sLx$K`+pz`<ak(HbzWsVzDhgx{#af|8EGjD*NPK<=OF
zNKR0(m#K%{A=CE_ESD82b#>cKcd}vRoRh1Hic3{ZxVu!@atNlKNo!{kX6~Zl3ktUd
z?yDB4x(bVe2s#ZEagL&iRD6OofqBTfdV4g(JxIRaH9%U)c?}!Ze*PC<tN-+OaQfUV
zSfsLz=6RW7Z^@Cq+-ZJqKF9CfUC$2|_DDfB*=DnltRdnh?f;%YX)^eCYc)*?QWGS-
z9ia8AO~tR#ObMJm7Ty2&p?<D|hX~`XGS>GbyCWyl=J{@1=;`DzXvlkfvu&ZO$V{|u
zFZym^4-bB4+?2qWApKBZ>k^#4b$^M=<Fw=Y-*nS-Sd_uEMBIXHk0wT3ujHjW$q1vR
z{E*uNCl#(oz9Zsz*osD5z;)%ks1vch1;YfBko`GX?1Y}*RK3OevB}2a%BZ46<a425
z%2!x+IeE)rOsR;+tfaJ$l_~5|ijj4uq!2%_VT)Oq+wot7k6@3xv^>+Ml}1yNUeMlL
z8ax^Q0tcwq^CrvFQ-++?<n+@|te{pBdjIuP+%sPwOli6*pf`5YS4liyn1>1dh4RR=
zOzmZ;M<2z+>2OT*1T}gr3||*EAN_~J%q~Z7>N&DDI8->r@$dnve$4-0N;hBlz6*<a
z%NO;$H<WWYsn?BM*>faMZ`w#Q9|ymeXc3aftoP@~2LpistNPHVbN|joiLP&cOUw(W
zGs;d)jP&D~O_LCIDPmN2KSX%uFIW{pOBZV?^LqQ5rDTs#n9Ze)cDaukF?(C!t2_Zb
zP)-RAhP&Z+#LZI1t&dpfqbKEc#Dg%0tbz%jFQZz&9H(dyRY{*<ny<5T2sytKRY{W&
zvgP$vPtfSS=MVP8`98pR^%QHs?Gruij*vc1t=9Df-~FJ5s+;pnXv#RU&^<B~4&(ub
z{{kusY3#3p@Dzgt4Gr=p{;a0$P>r$yF9f_P)%B(0o7bc2e$uCz+HoQN&L`{&qN+q?
zIc3*@7%E#$0qX+xJH%T3xB@_DC%_Ez*bMmqq`)qLd6izLwl_G<{ADW2cJXC}Gq8Zc
zmju!H5c(7AnUr|t*Qy2N3sqfshF0wIChDZjoDyknjm8wEL@DRU+&aC?`p2lb?_aLs
z+))&7wfu9PSDQBA<>C`)7<?ot79mg#EW?#9`mRyVzDn+@QFpMy5S9a7?hbmM4KW!W
zFDl%~8Tpobvyks+-u)g|G*M<A5ww8!tu46&W?zH`{vwzNSME&<uTMekc@H;Pl=<-n
z3Jg;<n{~Tp@SYwfVV?n!2v994Gw@JhMT+gT%}wB@7-8=d?Cpd(T#5S!$Lp6*-;g>x
zdY)LyJb+~NjEVw6{-mX}+ZhY`N2G7H9sG-ReTy-efxhx|A&qNZXvGRSeV=0mBAT1E
zknWpcku_BtJaY<qD}D^h$e&4G38qsz5Oa6*R+=KLXx;A^L7W~&#z%1#JXP8U+dkRz
zNK*IKgnobvM{KVY!go`BlGp!pT;A%W92^45v{()NeaeL5z`}1f6yL&Wc}<1XzTB)A
zcLfuAtoV+4!AFLg39fLT4Uf=$GK!QYx6N-8jxHtTNU2N1Q7d=A!c1^sUvP70KSXWG
zXZ2_KPw$$u7nFCfN94pQIMmc5fmAjlWM=#gL~o4lyP*$tMHoMClL!OM%;=@2-Zs0C
z$oLxE&(Gch{LL>EBAaaPpZA3g5ELyOB6<-m%vl@?%gU=z4pszuhB$zTsKe7~<8~;q
zkSSVQgE^NByN>yVl6vTn^6mr~x7Ql>_(=eNxepD4$HtVyXM`7d^C3}3f(t1^#8w!o
z`2lqa3>y*=Gu{zrbAD6Ok(%1edk(lrH#0+`GihU_rW&scBn_o3DeTStNXibEC0DJA
zk%Sj$B5lI5TUEeVP*<{+Vf{EMWuVepF(WT~ODp*%U*dd|ubFT2t_94e<sm7(K@MG=
zlHmy6Mj^UwH@xmKlQ6u-9!-RUVV`$0P8Lr*Z%!oeqCc%>dFq)NNB+xfE;QH@bJ?#M
zEBryNH4|Vw_<K^VEWd_45KNBz__Frq`1W%5cI*Sy(`%yd<a62?FikJQfr(fZQl~>l
zgp14h)f_t#D&ehL-SQQXeE=)Zwowk;$nWv6n*t=BS3MK>^a!Sw!~zbOG&DC{*>IIN
zO_7R&OLdDK`8oYlCT|m%#}cuAw^<9nx4<%P?yyuvyiAXZy^@!4(3EhoRj>0wiQp%4
zRpgJe`Igecs%vMJ{Vf68O+W2<k#}K#m;7S-k`UC0l9F-!1?zpL@KB;l8nzbB!+ryE
z#BfKSY=G9!41YrV$s3A*Jdc;OC7*Q_`7C@C75NN=00W_jmXg;|gQDc!t8&}LQ%;?f
zhe8>NWDL*sDwf)>y(cG(K<p*zbh*)FI2pP~C+^hZSX1a!qYWoj<W&ULCdK@w0N`nl
z`@Txsm4h1nrjC6Z=VvTAs@R)Lo<1NU3ud>|{NU|^8=!>Lc0Crm&_{xf=yBN#w+N;x
z`ZchCPR_5W@|gdCX}8j3Q$8Qi=p9^Vuy|*gVrG9K-54O=k8CF#^0w!$kSoL~77zO3
ze+P@{dueXNd|E)VOW9^h{CC8#u-W<>MW3k2h>sP2nUvWD681q^d<xGwmjW-B@{Eea
z(v>j`94)M;Ikx@^UZq*A=UYMdvqMCK;8nSF#cBfnW(~@n)|Xo`a*j)ugXW--9LlP3
zo+SMVOnDMNK?j3@`PetVNja*sVSx&b3dS%#gGx7&E~u!}Q49qj-_6o9>+8PLIdbUW
zUV{x>SD((3zq7^?xVWdeJ$*V$yOC+~YoZUGJ$18K9laU(cbLXr?D+3Mi67Up;TnUn
zhdyO^F;7qXc_jL!kJx?#@S2-$m#mqx68$u6TK9t@wU8A);(Q!vfECG-nbOEQBsWc9
z3*_U6$&l1N-JbOKCyIvP;04gapFMmKJh`uo&11LZz4=`16FKt^BmX^{gXf5d8|AL_
zzr4VT`k#8=?MnIoY?}8}mYopo_V)d5l4R!gqDAZ-ckFL8?%gZ?$vQxO+@s-}Iw;LY
zz3!|PonxEU|LmI+Z3gBUuhq`#G1GA$xq7~ua<2JkmRZ!ka#y%<J-mhXPJ{d*;BZV^
zhCFF}B8Rx+m`7&2QQzLstpVH*G2Iu<{h>rUCE~woIrBQ+ae>yM*zb+3fuIR8e;Hf0
zs&}}*FaoU47Nb<H*1=BaQO^0!5qg3m(d;XLSpVJZ39GhUc3bhe9?exTD)9Yb&R&u?
zAQ3>7xt!<ZHpIFW1j_BySrZZs3@n>cOwD$7PgDchd71{OdkqezpubB5OD2IBU9&CB
z<BVuiJsf!p-{MEZwgT14w_x83Y_9ExV|+06Nfrb1(3j<i!D#Yabr-pt1x|h946W7>
zeS96LxhT)Dye831Wy3vazJs(<lk$0H!sz<_`PGsjAp|0SW8SEvNlD30IAyv%;%|RM
zS1#Da6=ErAE-mfg7`3J0?eiFM5IXSr)+p^`z|Y6i`!|R3(ib=wq96=39F0g}4J6GM
zzje};qI#`FpMwb_MrLLTIZu1H^h;vQu>YV*=-+QFt(ih;Jsq8%KsY392^><t`%f(n
zi59Fo-Al&8q@^T-)>(HFyPr(l8Jp|oFN8Ksm6#O_FAsDpm?c-SMGs^=;RZM|EIX4#
zmn_J^>4X=BLkTa0>>)KDsMuWs^F0I$bVv{Tx<odDKAdnuJspNOrv13TlmFg_X&A@H
zfX@-F!WckM^pf=6b<;xFU&a{m8f|~AIaw@|e;caS)Y*4ZUo*pFZrSyteae91I=pQ^
zcQ%iUP+T9?*sRNnn8?z(2Z<Lc%+uQW_v7WjIJN!R%|8~!2KGm|mv48`HW~)6QSxjx
zQSA2Hk<R+#+*?c;I<P;qk9m*kfXNgvl=}cNUAr;Vs-7Cv?zvLv^)i;fT#C++g~d-3
zs!kj$aP?DgUm*ws66&LAje{1~VM{HyyOf+LE86-Aam}l4^)JcBg#R;v`Ue`@2uG65
z-Hw$|h~e6=Qm0NS#NN(cu*D5nnxZd|f=?WYSM$PcxJsX<@#lW>fd1Vu{d$UT`jlH?
zNBD4b4=2adB?~rf<Dh`KhUptc?j@46Q00|M;<~i~G*I<;g?%ZUAIqb6<nPA?Oe0BB
z9y3x(+JfwFyh&;6<Fzdm4HAK=pLVr~&LcIO7&@J(#^0v+xa|^AS%igSotlk9(uswO
zKaVjh_G}*bdjrh%RZeN>IHU~rKlbvyp4b0XV9jG288H}UienVBGSgvUV%2@!w(I9%
zQ{V5em76mVm8QEj?<&{hx$+6!@18cAB-b!_A<AOcPVWNva)wysD15UaJLZn!UlseO
zhzN4ZjNa^pLsN2IY1i&=<)3@r9+XNn?7PJwpSC!0noh!oC9I$VHbF<9g%|K+>6T%h
zF^9*Uz0Pt|lz)*riRPv<E#3>p?KJ7l!CCg}|H@d&W#fCeCCudBq9Y61R9wQ#v7t$8
zIHiF%#Khg=t8tUXYb5l&dkP=sqAVMVcZSEECk%$`V9<&m`I_so?67EH`m$^BNzdr}
z<&fYy&s)5pR|U5AOe}527?_R3f<RJJGqq92eVMs{=cE3aMF0FJAd_M6_}4ebgH|KX
zwOb8Foupp{*jKi;7=S2Mha?G$`k#fIkwt<F-bVzRXaWTUWYeQR^1E%^F5A0zQ8VC;
zGl#}`H$N3~9hWDArPYX7k`y4hty*Z@ivAZc{cGnbRrif#-7N-x&<?HV^WM#fWQ9}l
z_nIC3ARatfg?@Zv^p}c`6yxK}TQ__^i{&)_7(f9t$RI@GR=|7i6foFzFfXAm#_(&8
zuQs*&mE!u0ot}<7lN=N{m5hrT-^?Q`vp3r=!@WaOBeawJOH>2(gQvnALSP;Po>?wF
z#^0?KHz$~PhSVOO%Q;^%P4${^KQfn0yCYI^XB)@qD?kernKb}Y1Pc;B#lUg<JebQN
zSN3wbQHCY>Zz7CYMUl7y6`1lf02R2h{gECZxz>SZ#@!>JbaqsgmZT^Fr|dW%76L;z
zxA(C^kF+JCK(e=iFikSogIl>4Rj^^;WGPGbcUs?Y;HK^H7CX}^SHSY3FEMJc?a_BH
zI~#eK0+>@*3U-H*&4D=yxQK!j*j(7pw`wJE3n++-3+;9FbRTy5lP(0l@A8vWI#sk}
z>A_+Z8d(^?RKm3!wn+NzzOY_I{AS4BcdF<|=Cz+%oRSMZ7F`n8d!J}xsPE~q(UL0%
zD|*}SlcV{KKzri?;nzEV-7vOuRhk-GT}ejUZad;ZLjM%H_bmYfLYv9a*ZO5<{ple-
zj9F5_DaLe_Bj9wK!@DPgmiV+Dpo%D^ipR6~BNJ#8_8NTCva;$`W6{qGUQ;bb&<*Rg
zdtdI>b3WpM7iP*T+amy@IgXxYooUUMgC-PB72Q)u3pn(}v(klPv(`$;@1`3Dfk-8Y
zagnbUTz`zKSdK}M(Un%+Mdw39+!D-sDTWOoVSWzW)#&#suRb7@dNAuBPGQH|L#TFY
zN6ooJ${mp*Rb18J!8-Gn2-e^EI&9th(wF5zd&Dhq{&-oQ;QvSk5|>m{O}W)#+BS1A
z$T4k>3afk|XIi5@8Ly}+_Kr__n1606C}QR8We*cdg)PlB$B(CMbN2Ln@Mj#UL)PGh
zmRRs*VFG8SZlJ)Jk(!g!-`!0eIns(y_1@p--9O+|TL5b*nV=V*ecMg4^CSClQ>#+$
z7YG$@uKRP$&a`H8e}lb6T6#KgtakrDhyCHf6Y#<DxmO(E_VzJ)cdu7hLjM)ARI^yo
z(m|EGlG*s8qI4X8EEcON8FlJQTlUMFz+u(o1<E~4x+$<BjvIqfaWwou3oz#plrv{$
zf+EOrD6=;`k<XcZ%AwNp${C(5DK=GH7aOB{+^|AgOilw`K8M0UYZH1D8|8G~-LChd
z#jWnAukUk3#rj7R*6;M{RVv7mw31KcUU^?I;!g)_cAf}!EzFC6Fu-7@m6YeUkF#$f
z_;H<L{a(IlNvoS08kP_9K?3Kjd7o5VDb=>KI1^5Y&IH~RQO<<65YSNH>3i<t15vL3
z;w&yx91_4;P3n1i^J-qJi13^%i!=5ToDf%xdF8AE58zZ<gWYO+paTK`F&_I_?m*lq
zJUpDw?W76wKiRgy7S2$<o_guHBxetGph&VdSm23{pMX0(86j{;;3GQufELMHLiSxp
zOMG-;J&8bjL?>vkpCJud#!O{2NCKMhW$4?lp@V=p4Q|ZMs)wYQ_Dp&G_<hpBtwf}(
zApu=Kv`^~ZKJRyg7@qRT$ZFkk+GzLN*E{Iw{)}}`AX(fAHRDLlPJwkgDqbk5`Xcrt
zYz(frZ*I(M!8EHp{@VAZN@?FSBHRUT7fjC3^qaN{c@+e2RDlec#kNNj3p$R(r+9e4
z#Pgo8;Q~&98M8}!H?k`}WbeTM){?%*CIXOY@wrOK`4_t&nVD+)ON&ZXK6nr{H;@u$
zO4$Ch@c(B4FwhNa;_tN*`lpM>O~bm2+=escTY`aLJ1uH;RaL;@Aze9RrQvllQ;9kQ
zkiG(Pt(rRQ-@@Em^e9o-P)_*#q~qd65G^Nf@Ld`h!x~)noQAGMX2SnTIRRNw#O4<)
zqZHl8Zkvg}G$IS_oi}4T`e+lgncSE)`}@;1cZu(J|IKpwt<NPR#+^RN8}9BIfL!Hg
zopLOyrpH>&MCM@6YdzSn_TcJs+_ltEzT0IulA8LkeUUJvzCK2^=RVDANP37v9|W~5
zM)$Z^(+&|A584t--~h=+Aj3$p#S=Qow&F8s(9l}UMH(vunp@>Rwjxjm<pMU*DHrR1
zrSf0i*H5IJ^&gf_uGmDi<d^n)3T8d+Za6Ff%TohpYqsFbTjww8!7g2{73j!E=VQt{
z(P0*2nUW;^i+kpXi8Rz!so=4NU}YL=>Itj*swyxp@aIFCTN1iWRX>561S0PLmsc!4
z^V8hJO*W&SJREehKrQ|KKQx_XOq^ZUg=g^M6qn-ePH|{Uad&rjm%*j*;Kf~vySta-
zR@~j)-M+hD@+SP45E3%?%sFT8wb!+d3&;YFLMetWn!LMHV0%m0JcsuE5$bOfOY^1j
z+Jf9+(6(3P0IUIX1Wwg8rL1G>!^a^8GaAijJ~S(=`Tr)ubl^>ib4F(bmkiI_E^!|f
zJvH4+dEO(}i%dJc3;#f+9FM_ct8eFW>b!sFrOr3lexgUrkoVHJVoh{{1#G`}e`wTI
zsl=_9vZT}lNiE9b(f!Ln<pac!@-#}xRnh`S<A2{TMg&Dx4sU_42j>Ho4gEhU>^Cyq
z*ZKeuH<Hk<xrepXhBrp%p}b*_V=1HOT*}bM`HYc(eXdQ<+yUO9Z1zV&F(7#N-rR5|
zB`2T$H~#922GoN9H2}DyH3emit(>N^U^oe)PFf}Do0JCSK5n5J7DQ0=0pcA&6I=nb
z=waPec&myIlZIdS4wZl_ZIfL>43A!YTxzw;oulkt@7Pz2V$Vhiwu?_T4qKoNl#k<~
z>vNr?m@-Ww@Nt$ni<(#1lqWG8LSl}N0-os%f(#*rGC`t}*qswyx;Vw{zNdT3UE`05
z8$0p_7#jP_FykCT5A+2&P$60sX0k#jS|*%qLI#?m*1?WM`fi06;i|t`k!c#{3O*B4
zAV3KKtu<ihR6~I|uwY(WN>UMRAp|-|bBBu!27rHZIPbU*BuI-qGohdeF3KdRuP|UD
zP!77=#!)qAK);jSh8NSGZa%_q-<Oq`#@e6AZi;dT2C2{ECCWu2@d%Cr->cTeo!xL8
z1^Q2HFad4f=_+oPWb1PXT2A<t1Su43CTOm(ER~D(AU5DpDsoqACY2e4pX5<#C@dUy
zQg!n7WZ>8$st4muaAt=z>^W|}Zr46#ss3O=ho8(3(siw&4HFyZp6GjYi3uMmi+^;f
zuMjS6YfmD5c6ih66kiX?QPY!-%~75~d%5=(NwjupS;LDhMlF!V*}}g!AwP1Ck4FKx
znB84z*wGA8j_B?CP(vWoVkC-^%~#QV&66f=tk9I}#+*o8w+pQj@7nWfM>1i=^yOvZ
zy*<U#Ia7L92DT(vg^XFF#WUe9i+o7m#>1Vz)&vkPMSPVlOKa-uVMI0ue^TI~iUX$S
zzlZgcRt<mc+-s?%uy6|~0+LkGA%wp$&1{R=rzi^2t3FO4edI(O>}~CqnWv21I~uRr
zzg1AWiuxrpNMrkoTah{<%#i)xF9gNGTJC{z=XG7M>cd0pBW8_9_X!e6*fx7|@0#I!
zWZlz^@pxKYbJcfmKyyaz4Z_T-OmN0X+%+OoPP;}<qjSv*93@I6HkrK<*Xn8XgViYN
zqtyV=TF(2+hnVE;BGeXk%2y*!@dHKLs~kR2)OU}YNpZ!hdC|MdzCJOVrFuGs3`1=*
z9y!}nQzx@Nl^>0f|3%+U{Q}n~!D*P`D_JQEsFVmX{2Y{@np!B-2y|=vBpxE@e#V%C
zuyf!eM3zoCz3P*I1V=iUk~EflB0(K<rJLld!@ZQ84#pk7X2&XVQz0?Y-=<iKTn%VM
zciWDG3Od$8gfcS~V+@9mLsQCN2>~Rd&BkRr@v8a0$-DuFy;1yXku9&Bb4*Ov6{nH0
zgIlkEd^X@Z>EHf2(bmp49z?P)c}F(Xydt!NWam}n0Tgp*go`b&x@Jf03TB1Lb=kZp
zseE|NF;Aw<!)@(*fow5^>JN2=s%5GGY<POT@`kl;L7i-gQJG>0OsVzh6RQEToYBa(
z$#;^k;bi!}OG)a(U$EQh(mzl0lBnz13NI0#i-t)GVJd3HAfW-+GWd=vRUj~e{+rk8
za~#z=Z5*~z#-69&-C!a&zR0pb(IQSmJ5Owa4vq;@<K8^oSO_-SmwOmYO={=N`>D8@
zwlK?<xP+$BM1xaE_ecP}W~mItc}%}6Eo_Jh5_@(fO6ZpctzM?4mB8sD`P@aDt#N+g
zK&b-qr%=Lkz~gYaU>vj6dR*BHw7cPej)t8m#S2eaiyE<*t8a(z-BYKxxYH^`qSJhW
zh5L*m<<<}7|D1y}zf+39Bj>gL+T(ef+Guj^B=gL;j@^#<7xq;E!h=k)Ur#GZEAyJ4
zY^tG-ta0iFNo(Zf{s237B`<9Ws$=1thyV1{4XK|P8(SQ8ZPNvKuU}&B^f_z_gl)Ks
z)f(Z=8&r!?471mnKM0o-4Fo>F!a1cPov6=?1@eCvvOV32nl9=%!be`sfr1SIm6&pn
zBQ5Dl97(Cfqq%oScziOW<F7w2>h(`BXBLB2lk)MBuZ8Blprm~Yl0ubx@B9tyJAe-n
z^!NN8KvEq>n0O$!)@vQx(fkhUKKGg;fNuq_^ZoTaZ<<W)1S*^*@}UjJUK4GUIvo5L
z-f7)XW!d*Eu&%K%(OaXas~dYwD5ph!Sm2`Q@LVg!btg$-iLS_G7>3W~Q~2D_@Et3+
zNmhk>&(9}KqJenWkj71`6#_F429?jLCO%kqe?LI$P&e&?!a2WcID3sdu>QH8=<=6N
zX5Q>2d8=NXkuN3gH={;tQNVdfp+l%L9t-L>mwjOr`80MafGqU!k4dZ*&G|$nQ`qAE
zH~6B51f@mir6F<BX+=BuziIc<wb1%?qy}c<hx;fuI!Q0rm3;k52|)~`IvcGk?r^N`
zYPeeje_ZJf#g0(X)6LUlx1lh9VCeb1BGk_<v^dig78Q*uOXccSZRds(|Bm8WLny!k
zrd0r-=dZ5sGn+<ll4hr;YeoSZXFYEyGK>`UtMx|nL-HguA*Q2*$SrIfj42&MxX3cb
z=OuWSE}{&YE)vOHxpPVC)1(O5uQ$xML9ED8Eflyhl1)0yJdUXjef|XrTCrBdWp;Zm
zL~%y7amYs0a}-%}<BC$7e>cB=c0Iy!J8gvq0O(QFEC+WL1^VjeUUSdtPd&^;jo3DR
zid-UlJPIqUzf@Y*<4UhK92YUT0#Cb*5(-K(j?^6ZGA;0qV%tgLpxE08>lgJX5qzMF
za5VRNsNsK(fV}%DvstbT^IjfZcj{_?ZOpM0iB?^-c~UEJhI!{2S5Azly|vfYM*cHk
zczWWCqHjd=pMkKdZI{&qo(}Tx<KflR)Gn5+t4ytzvFut8saM>VZ9)DeC6<7#RZ;jj
zaoSWWZs_x^`3PNd&0x2s0}1Xu<LBZ1zTYMf=O(y<a3==Y<pVlDt~__#SKTi0f7YiC
z)$T3NjX_5#)6se|d?JmWw$!24VKeA+6cEENh`P<MQpLNn%kxGE8BePEi_`NXs^j^r
z%>&37sWBZfTk&b){T8GieSMYzm-10`_7#pL?kd%!dcLk~ZI1m|TDZYCD8hYLa+Y1#
zX*Ex2v1BN1MtI>kdWlw~UsbY1)F+#6T>EYM{Nm;?C=FzIDnzkZ#+Z&KC1$xx^HJq)
z*vq!Tmw(W`o?FJp$_i1-nvtan1Va797s)C6ugVT3_Cf%3p(^aGe{Ns7Y@w(a-<!NU
z?*QMfY^Hknv*vBolLbdx(KSlwYo8o%!VC}jlECJb*edDubIF<iC~P=2u);Y7%FTb1
z9?!rMr^;>qiAisE9)m3;2fKMHZKUyxcBrHTPjUMAtq{af)~H0Kz?OIdFn)p3PO(pY
zbu#*bj4Aa$TJ7KWRjDLcoWzIIxj6x%R}-)V%DW?&!BW94Ca$F*t3v~cMHhU0^i;r+
z#^8|~rdV!%vGhDoW%S$A5uHy`wa|`@)4q{!LJjAS*B2kx{fQHl>o$-=Vk~N|Cm;A^
ziM1<QYV_DRm>f0x;Tq!P^idJZP=GjZ`4sdQAj<m>r;BnEe!sj31a=eoUcFqiZ2Zmb
zZQlGrhz<i*Q$v=h01RQHsdXSMV7UPXZTczmYK31$`RI-#+nobJ8g~>Vu|8z+RW#4O
zXHLW#4Kp8Ld-dcIhS$l}<+@muAhLc;!x7n%1Tkm!Ud;7w4#N=wqKFEJ=V$;3B6aO_
zh_aZ${uTc>Ywa=E(zH2Zi(q>a@A>ZZYtwS?c8qWqzPzUG$hlSt8Bgyv;$V*GbvKO~
zWopccfq>=)^ru}+?rg?f9W}CPL+&l^43*9N(?}uwlY^6QbOrUjygQ>&M9A!d=`ln>
zzeJRWofKNSM<0`dVue;;T8_T>g7#Bcpe?ghzswY^Pp*1^ZRIUCqbSC1Da4}}xQa$b
zMm+8o{r&)`uVRIoLfLF=A)QtQ7l3C8ygh8wCXxfMfC!$31~t@RpSzq4?{alv*ir1a
zYu^s*=l%U2)3hs3T#aj2S<_~sHcU3Yv4eqAL<1VaKw5{cjR#!_!9ZTmwtx2ivuMs5
ziE#Pn=pu`1$!c~EPqtsQE+@h#TirJ<rmnC+^^PX=00I(7Y*s|k{gYl&e*b3YQ7Z7>
z+YSuCId?Q2MlIYRPN#}mrk0cAS)YTAq6Qw9nHYWo`<tOs1I2Q>F#m5$m~m`&x#3<8
zkC*A>^6fD1VZOK{Ca{<y+kw_wr?&hI?{4H0-z@pC_#L}%=vm9Tb&>9isK^LEuw?)y
zc`u)KfN%v|u>aQXsZ%Au;{sf|T{`TMcB2gtN${0u03dP*0IMxv374V+)(ul(VIcrX
z{F4s=Q>|?)G2^leP?-~F2s+~wO=Mu)?l(%4iF`KLt|hLtKEw6>q}Tz=+qzlTy4AM<
zGib*j?pp=MmVhwFNRNZR>G)ny!~Jpfd?<~KH<J12qxr+N&p)y7kdxP+U|^h*A%D@P
zN(Cq_#0f7#$d325ihz#!-xt_nT9#)q5OD0nh+4QaaYfQKG_p2<@xyj*%0^H#jtt=9
z+YZ@T7mI6yXknctzM*cUV6*3qu6;<jmCpl9faEhHUmbTGVo|FCnDSP<75+<vdBpE%
z$KaaKs}Hb;jWuR~4t7DggpcR<k)41EfPr)g`09Cr_F<u=wYCu$tDOINi(jSYvVSkz
zlZ@RanoVo4si~uMkB$DVBo_gw1Au(3pKAsV_J2}0&zc7`ppgLiQOv-wV+%OVKn8aV
zRcZ`CA>Q7I-CZC(V$q<T13r?M7|OLh(lmvN7?IWr$PAWj@hxGA)0{~i&*gKCb2!#R
z^nZ~lOc!4)Bv>LZW|F^4iyh)Mw5Y`FAuX~?mXUBv-2J`xd0K$ky0?|Q+iNe?{P(;b
z#CDD`p6sZ9KXMYQ>qe?*bSg)ASYi;USj|bzlOF%M#+ont3E9{bok4%Ae_{z~DE1UX
zF*YOcok<gHzi&$MpFZ$BCLVEx#XihbJAL?Q(72gH(NV03=TE0<dQ3l1jbsC!>1lZh
zD7Yv|k{PQYB!<bTB&?Ig5?CPRV^V<8v-4hRp`IoCpeF{>fGNMi=RKx`UyNYsOlj%M
zm-9}@B02#v8sL8~oU|F=0DPLHto+V<$UyYfKd&SZo`)wbEgiOvm(0wxc{xBb@K4e9
z>WBv1OC&(=3n0wEcN0k43!_DJ-25FfS|pA7ZRq3JIsaL6@6xzVL*zX9a4SdlnH5~u
z+NpgDtb*KwWPkr@&*^F4n-{VURJq9(d)G|SV&^HM0!~~zNz&a%WkiHP1H`{7)jG}O
zgmc5gQaKHFE_}8FzNQ}yxqf!W3uBvxzfn_D*P4&Meho$41jd*E*xfyqycnV@exP7-
z7r%*!_^rpZwKCtWYuY9&fzQrZvVVg|<>%#0vwSm+aeRf8n;9s&iN#5Fo7-sIzw8BE
zm2qCld8?`6sAXeP*qXR;-c^)oPUUR0r*(sxu^)bAm_1jiC7OdZ@Lz@Uv&~WC&%iI}
z7m-^>N2RYFt*u7pgzD<*09>TYc6`fs*7<BF@URi|Feol$^n3z@ngDoW`0Mli_VfBX
zIGTtTszMoPn?BsH-aDpuea{O3q8N^6=u=OVn6#a&_i3x@>YO#-^}CpN7HBJ{f7j@C
zD@E7_V~KaJuBf6Nr+$+NAS1mA$$shot+S(7cOgApe_0c=TF3memHdZl+3c{jwKZm0
zSs87j6p*NflOq!tTx~YZcen={bhSv$m*WCl-T^>lVVrHM0F#@C#OdMW_9d;gvpZ-y
zONsMyzO1y6`Prion{RJh!VC|BGljD8@P3Q2)(^7aoD(7y+>Z-BLHt402@A}4E$dXa
zxbhl@cFIk=4u_xrJZHQ;abpeT>_irMt5Y)I#aDf4E*~*RI1|)Qq_g5kHM_$B0vlle
z#Zs-F<xH|#tIyBPF-kOO*~-Yu0)FiFw<nC_FUln<3Kes;1;+a|#sjD;p8J`ffx?_G
zlN-d*+uYa)C$elCmz0#m%ElG|;NgHLLZ{W`0|2=Ir9F@-5O_BQEc|6hz$Kd@;3<_r
zX5Zz!EXq!l?b>qww@5}A@%;Bw9f3^erz=L8<sEM`CRm~RRJNiIq)pkZy~-lMFsp(J
zWQ-NeV59*&M8~$(vxa5cHk8PhYX&$_9Oc~%qO-8%M;)EkFlczaZ+LJIE!oe!=DcW-
z>GVbMBK+FsRVK9vg=~6%-46@=D*zn5;H1#@vA0A4Y;;4Eyy|UL;givDCrD@cVFwRc
z2U}^%hQ#94-DD^;dW%&(`YZqC#qvjQ%C-bX`O<(|WM+}x51m$DcDElgi#k5f8ROYK
zkDQySM@0aSgf@;6KwA2nx?XMDgqH!T4glu>+xoBd^X)v64$Sy?Gu1%@*3p$uKsY2S
z5R_zIH%5Iv0Q7#jSj*j34FvxxRe}4JYmc`_+>4XC_kWPvzfMq5<@e4G<rHV%-RUyW
z)iVF{=q;*k5d<Kz0=m3fL{H@KF;rXm*SAigk-0TU=hqq-pIx8*&c4^w_1(+ySLrn9
zQ4U`c$~95na3SOEt3oYxpa|6M=i3Yi9rO5I^MpDQy%)K)RV=y&;0h~mIV~+^w(f`m
z@ZZJD^+ewM>DEti;vw!*8txqeCQnUN^?Cu(#q(~ZkI#%E?2K{|Rg)aGAFmU%3Xi2l
zhthO#w&qcwlSw9??BJP?{V8_6pLB_?PJ*`_vxl=rBt71nkVq?M3WT~d-8;Ysd!nes
z>$K;M6<Fvl`laMzPNU62AYj3G01;R@4VSme9S}5tWBAv%50Ll~{i_cWlz?cMYO7tK
znsWq%g?}qI0I^((mxm{G(jpk>*cM&J&M>Gy<q4*Uw$|2$hlIciTn$qE%jNs;1CVCL
znf@+peLiP1<d_laJA2%EUbi0zh9gH9VTF~V{HBC8rX5BK;Mv*Z>A$;v`vuIk^$LsZ
zw`W}B^~y(I<jFsLlOPv?q7=o1L5O9gGpI}%>8yabXNDe?zp$6hWd)pME!52&RaOoU
z4+FoTFFV46K%NCD+HpH7wADCfyy*s)8*4zSSO0<OyCDW*$+f@4WuV<LU>95pSqVNJ
zUK6Y~JNDlHyuKZ+3x2;8ejDg|<9Xj(f3ai5d(j8MC3#2}m*bk`qLLZ3=xhKGcmL}%
z+QpdtoAXMmYlH~(E(OglXfPL5$50sO&-&u>&q`9Xz_KDku-b7B=+|zIwav5>!6v->
zz0nO#pN4$FS~o^}Ok+{zI^9=F8@)$DaHx&Q0B5od!i-Buu$m=ZTM$*);yqq>1x-4*
zt~i}G=bo`a?iZHnyo#V&uB?T{GK$d41<%7pFIpWBu`z&a{vmn4Br#@B1x9L{8yo1r
zbP4n1<m_Ky!p#k`xVZSM8(rzf^dTxv1Z>g>RdjUaMqZ52Z+H@K5U3e)&-`}V^(I_h
zR~M0&hxOeNNK}xa#%#Y|d)`rPD^=eO@zfnQt`xis+2toyIJR28pbp_<>vNKBb)-`*
zCls2n_$F<>y1fC=1nAwTTD}v=8f3u_fW7Tyzw0r*>#=K*@TfKAIiK$<sq#av`qIvS
z9q(_?z|nwqIq|m0@Hk^$5t$)gEVF2HBlATMOIObgTqsY2IFVF}{9)r>w7$T-S)b)G
zvF`H``-o^Y*@3U_f9hMARtk(f5K>DNatx_d=@HYX)?)v~OGa$1P8w53_n1fXwtkUF
zWORZmW6Mpzah_15-)Er18Q*n(@LBkn$@#U(Gjwh_k=^ABCH``JJm$;m`nzD7ng5VU
z<gHiKm{|~@lB4eL?`u>j&0j|7zmQkzv;@+~%Yk5YTAYI8<CXv5Il8!n0V{)aB#Ow6
zJ$vGEN;<n2INmOSAva;C2i`@UcbKT{hfkzabz_%d=JJM9-{a+6QUn=%vP3KAbG_t6
zEH2M$0%j_*n!SGs*W0#n)o-SPkwCsr)7iuzixZ82EW+a7%t;Kkm=uR30v`VR*<JtH
z`y6XiZXlu`$~R#orQpJ)xzK&}d0*jfcDFtb*ET^z4?4AnR7KwGYKnjvRBzH0v|wW}
z`hxA2QnAIf&V)G7DD$xDRMQ<|qqE(57NM+{ZVm-4!T8H#uvnwyvoVL^+E+JjX`-{^
z8dne~3nM&y&c%a={sui=)_c&Nx!0O2)84h1-2Fxm^vnJG+dCM+<KY6s7kEG$K!7h|
zT44{cELbz;E_Q}6kwc+RPER+1J#^Y*cR2CQqyQy4I@;m=%?JMGNLHHGe~y321!p}X
z%YWvp(Qf18*HMm6n%)1h5>JZ-_Prlc3vth-9!m|ePabtUvo1KmbE|Fc&RABFt!4^v
zTc&V~!G9;PhCS4!go#jrBrqSe?aR;mmxo1Y4zEkDoY2Ii@{xO_9cdvrKb|U6)c<Ze
zfFL#Z4IQ1xYTPM`o(6<s9W;#|P=9piff$V=$V@ZXss|Z8g7o`Nj-s?aenM&n)h$tZ
z-2Jdr<*S=KB_3;&2-9P(QuJ6E9Pw6xW>v)<vC_hqzEY136TO7hhZnUFH^ugE@xE0Z
z3^|$or0In{KsGY}%b9!ExjF>&zNP;HBJq3qaCdiCy=cRlK2~Qla$<yVNSeIkBe{x)
z{wHF}tGa3Ha4zpgs<Zke=|?Bd(S{%eKle!eRi`c=a{LdjQA)H97LT8Tg7G|mU03Ir
z%!DuvTy@<u+q`v?f6bd33+q)H!=*v2F960((0(7|OE<7}M*<22NmbVypOK?MX;w1@
z9Dj4M)#G?#!<?cZ!&>8amOGG?z4%qb?gE_J=H>8!ayQDC11Dp1`zhYt6IUsrt=!Uu
zxpt1@f&@|%K?>N2+DbitRZC75dtR!p@GgsCo);(Lq$%ag@C?^`TbpU;4yzn0&r6Q%
z(DU!}l_uXh?;5Je`ojRd%AiK$AN2(T@_srj0=BQWWxr=X$!H2UH@Ay}Ns7V9MVHo~
zo*cSB!_>7Y1+SKR<2b7BpEr0Qqly07Kkl-cZm+yaPrAEn)5GW1Z?v7z7`jb9;2U$k
zN6!YWPlb*t)Ew=$+5o`>B7>+1N!U&EXe<o~3i`b~u=xTLQ&O0lWriZz_k<xAYQqUO
z;jBJm^QXulL|ckOF~y;TaqSGo&X5na*5xy+N#^w}BvUC86(iQL(j#$jN#3{aC?F{^
zb+DpWBHEnly?@uNv{TMDn7ue?-mk_{-#eyd_qZ3$^)XIXyJ)fl`Ky9&{~9eMODV?7
zml)>R9qOVk`xW{AY;|BPo#*mjqBkqvhW-29xsrrjBwdoi8Uh&DuDRd#-(NnpGH(?L
zztZV>9Xdbc2|rO-@ITkOP(kVM+VE<FZO_wAoH9e0ed9b7p`Rt3ET;!qL1^&{S6HJz
zdPSLmC<>PyziGTV8}7EPfhx5!Y(T3tDb;I~OJd9594uV@gAN63|7+gY10KL*(Sw}I
z=Z>g;dAE~FZVLwYb2a+xI)PHbB4??vf68sHqCn*9T*Ef2>NURw_@Rqc>xK&riQTGO
zGJdMG&MGsRLrETF@Tf+M!<4$NT3_gyXhyeNw`p}kHm(_a`mXZZt-QsPDB}Bfu;{To
zw3y2%g0z`v6#uLZno>#U@&IdrP3Y}`WRx&%ZEE6J4oD}8XmdZ`tCiMs^z4-DTt4ow
zyYy{2PFx><FQfdhUIA}1g5#ypZv#pAK0Cnpo$n6qOnE7H(F?uL{Hi*wu!WvDPUrZR
z8VzwdfX_6ah&_$KBPjd*W&Z&PakvooyP*eS1+F#eD%=wa(`}Q>+!7Hh^u)1R|7#iD
zh!t*Ujesz$7ce&>kM*J!JL|dm*&%6g%YTih8*s;z?5Sn%e@VUUn9zUIWGKHi@sbW{
z#942>m-1Vby))I_d$ei$mSuHg!S6OXRZvK)wq~yN;C|?tg7vfO9(pSTck{T=xSZ;B
zEgq3N>eKtCJ4@c`^v|mXVuFC2kpeSh5T5QFBnz&CrImVpaRa(t)BMuQ&-EPwVhDCX
zrZoupYfz`DyrQbFQxqxHwXE~s{kk7X7XY$et~m2tMA^T1o;^#6QJ!NV=FSbarLN?V
zt=H+dHsJry3n21)Rr*#1YEpw<TYqAO^v;7};wQU^qHnr|H%;V{;J3;ySY+%{C6D8P
zx|2+?Y7t5IXz*;?h6+VI4}*FMGF5ZI{Y<yVMPvPs99#9gvE);D^QKvfy>_VJ=SIlU
z_4zccbXi3xY(pB!Ug9)f(jev+#<txQTJ#bts_Ml4kbpRKy5Lbl9})oWu=ms&M(8ph
zDZduqS(z7gWlzM;YfP?}pEtBl{<p!K)$u0PFqG)b7c2@R321>~BjDaI(BA#CUr)?a
zWT+qB?z^&MUVeVxi8pv)>>Z`wo{b&&A|oYJ@`0PD^cG~D6}mI_<*Z3;PaZbc;s~lc
z)B9_Ha|_XHIhWIsQZm>Z*=;w0-8#VcvZwF_`xv5TA?R>b7`}`5AFdwD#T+3FoyVbM
z8HSN@LWmG_6g&~qk*024veq?utRRMd)=%TS17A(-811Xth8YRB+8jT4jD|66Y?oJT
z$;SG%r}Q1+`6x!s0$mS;UWn1{Uv%y};{4B1?r>kabd{h}8kN1ggzN=*_c_2g{$*}R
zsaTR(tva&AWpQU%F^d`5*_(hM)9uyK^Do1}$lV?HS9`5H*7<Y7)j<NbW@;ivK=8Nw
z{;L|X$x-yV@;X~&)2#D33HOo0?e<`|HCawwTLv~$vUvt=yeCXi%h67C|9gu+>`3~<
zqDt1YSE~k0tt;`*?I<zoc(+OmY0mE2LcAykO?wQkro@R^DZ?Kb{3@N9V<;A8k=WLv
z=YAc)L5MBuv^_EHb8aLWUaw8$3`nte_m_S)%}v|vlD4)d(yT2ItSQ(U`>rX5bkr#6
znu0Dx`s%_@R3Ces8IbhW^VKI~-J`ZXfwX%GfRm~ZugXDe7D?)lwYp-X{A74h)HFFT
zXn{2QzP4g~x%=%xxTmH_qE^DoD8f{#g>)=h;$*>BrBHtIQi9S;w|HIsCHrV1v@vOw
ztt@{nBDVG`i$HAvNq6|i4m`|N<l55F-Ot&#8Yh$i_hB!B+WmKDN%CcfA#i*4o8_sT
zw|7{2kL;RvpoP8h9Q8oTT@lV1LH3Gl?^5rYCYwi!7ld2H-o_{|$m{at_4IV6Guw@J
z(5b0|_VS@BakX_X>&v&8q3MH+BX5`nj6>Jy;CDe|jr6fSgukE5DGxFiy)+PFH(2pQ
zt(I~0U$#iL3zGGQ!#ee<YJddhV|Yx7!yX()WU}s)&Y`3=RG0WKHxt8^86<v=Iat_{
z!!9Zl#q2am(0|WFA}vKU+WzA!>9*@=D1LP}UljY0f_lzXngfw8HaO}DXe0C1@2b1+
zu17b3kv1<;=-Dy0{43zycG0X-qGWZsn4{TO?QN80(dOxIo@TrB65JiVt1zM-^UXx!
zn$#3k#+=hL8B@ri`-RaT^9tgtCU><qcY2e>3Gw|;?ma6nO0Zr>J_@G#@M|{X>T#=^
zy>v*{r)r}}vfw=}DAd)?<e1YBWF|u4PEt?WO?I0N^PL(0X;r9s0AR}H!zINPt4YUd
zcSefwwqW_JA(<)_^6$pZ7tu!arLhIA>Cr#zy5)r`ux8fOy24TTb+4|FlVn`JHS(6Z
z0)yOXfu`A#GsD@3Zrh$=6aD!B*L7R*H`oLzu{GEa)kCQWMhaon`XlDj{PXh+J_~W<
zaOO$t#*XXtz899Bsc93+;3>kd<eG<+dVd15)y`z>bcEv|LnB@`$+N1hsisZZ$L7n(
zpuk9H!k`?`fqd<jx6vQpm5(jYqyD$&Z>wEMY;NN0q?JMK1nQHn7`AJ3cpbkBYAPlz
zOvrcqfMEOW`L4I_m3b+5vrmQyb_7^%NlYS4@b37$!k+q5vmr4d?&-6z<)OKLR-W<X
z(h02|(cX*9P*=~tf>#P=nK=}RR4*9yk3a_jB|AZlnoK9Z@4jWYo(LO_8X@1A4Oc=z
z_>k#wW*Y2vBTY~&cHee$OtEL^9cibMjDx7q7V6lEXK?Hr;mo#P!+s{-MHzT8+8=Q)
zvcDF=rror0`Vzh1d*!&Giq7(>Av@j8<m+V8sdm&eD1lDiXZ2rai`9B3rl@R;BA>mm
zl5coSHARnVcRTFJp9WoB$zXT=-k;aEGqbyb4qXEC@)#ZwDs_Y}^fY`z!qABo<lh-K
z5d1HjHNr8iC4MqppDx6~@>}=d<<tv2GGjN1qzTA42EiWiBL8ut+R4h8FSIO|)_bm8
z<v_D5xX&Zb56rKM?=V4EAC8x|YfI@F)LToBC9)RLNjSz@)ACyG+jJiWdl)ibPbVv1
zBUlX&nLcm|$#g>osB%2<FS;uZn;_h44-UGGo}s(D%ax-e7DN!Eo)JyU8L>{6l<&wL
zTZrgIXv6}=c3bzrNBMMIB@YNF#1rUHgTx6qa}3sNJ)-}?_=lni_W_zt$gNq_y#Bkd
z@Ej};>fB`954{h$IffNv3=*90G%VuRgXPFl3`ms?qZtK6Fvo;x0cB9!e{i!53?hE-
zI(2$2m@JT2FNdt^CwtPrMCU7-8XO-43_>*&<q7o`-{cEt!tS&(tRgS4CHJef7IrJC
z74|@I<^D?~PH~%b_dxIH9Bj)FM0u>^(LEE~J2&<JsOvSP|M1JTIxB0+4kex?bi3DT
zqyO~ehtN)4X#}flqZ~N&JH{&g^!B0+_vH*!Hn`fXZqYXqkJ@D>2#35+PSRbzUoYjN
z^4P)AF@WUt03{<UYm<Nd5w%jktMD;)qaW{?Ik&;3wmd)(v1P&PKXXi?_(W00i-sTh
z&!SA6=f*6iOQJG74#bJRaGsLdTCD~N-)T6l)a;jiv`IF_vY*xL#e&rnMhL)nD&9Qf
z9V8l_3i+5`<)OWENdq)3LV~9+nMb3K5|8*{hN6nY3OQyM`z~pEQTZ3*VCI90QE2El
zRnUcLodC@BDpc#vNPjspHFx!Hw=H3@W~almHLtgT?ziCn^u?<J0b739{+sy}r$2Ou
zRg)H+rKs(~90ops$0jsL6!Y6<Yo+j9M0BPcEd1c*^~$Q$Kxo&0&-ds5Hlax2mtNtM
zHc6cir|h1v>STsxR_-AObO)l}1J55mSu>^7*ko#gthRaY1fw36l0WZ`Y5QK_sqywx
zdoC9cQ5Cbl{(L)e9?z@7Zr>)osZ{`T8%%o8(RR=dql_xUO1xqfMDKm_g4--eiU%jP
zL)$TEhs!EoQ??+>^FyGx<i7>zW6)mr&Wr^0aA#5d&`8~MTU84nsIpb@r1U!S-e51^
zY#+sxe}uhXo|hb{?vLH2$J^HTYN*kyP@CPDG>0n(;@nj`M{1KAPp?w2vrT%3S)l)(
zcRn-wJ}<9t0cXi?^{%JcmkcIkhD)ywwozkiYje7VFP>;{kHl^5KH*316DH$9*lMjs
zGU+SH0+a@`!sZ0hyR{rHYh}ty-W1w>_abWabP&A8&O4znVmMQ2XXeD=OJC8k>9Dg;
z%t5xEsi}p#@|8h8YE}kN(zgf9BfYp2SNT6`z8g+q7xo3ISmu1T3pXTTu9)h+IdESd
zM~p2kqDs;7*=jT=sF0cK);LzmTSudi)O~jP8hPnA)|)0ntzG~saap#zdg|ibi<1*o
z`~9SmU)j6bcJHv=kK%m}Ssz&*^6z)qVL^!v^+lGh(C1xKL~6c4R^Yrh(9-(y_LaFw
zrYb8oFjtG-@uzJEOooSnBO!`N_!EhLNM>7>sbD)U?Qd$+Spha{@Ntd?rp1nTd0eZc
zyO&-sfh|v)MA9t<>quG7n(+7!7(7(C&z(+T9jl)rpQwzr#D8(MIH=msL&8j76Itf2
zF@uhx;N=e%>fs&`zn6@9fa*+(!3-T+P8Ppzs5>0ZC|J%Hz2@4Ixp=oYk1Q{PGb9(0
zM3x&v6C<;HAgKT^wUc)QAEdHiR@Y;~9uUJh*Z%=D#Scv4*I&=vN9}^@7Lob+`OQFb
z!EC2A`8k-z-!P$C+oNUaEd;4p2H7bLSLN>(JS<@t8W2gK8T7AKxb^ZUZWzb1P!AMP
z+D>Q+ehQ=tT~^{rv@mKj$E#ll9&KA#?P@NTf0=8SZ9A2e{VCN~;o0D`C^#w5%zPV`
zFQNsX$OgSG+r7CdN?m@;S3XBru4Y|6$55_rT@G2iGO!WEIE{w-RDfhkFkuOW3rD|O
zFib><K3zDuR^^$S^#<BQTQ@f@%x-V9syIz0X*^@Kok%9|Oq9GMIu*R8P8pEpC}p1T
zH0!on=4KiBd07HzW<w_7W`B1qy&&}USZf>E@7MMQe)_nE!d^EBz+hIW^R~j?42?3_
z<>K2kr$!aechA|}57hRTRww0O32x3?<@g!4a=#gMZE7*DsNf*r$CPTr?(k`xGbGaS
z%d`44^e02ppJ)&(HjD8tK%btcox74TGUaN?D;0(@>i%*lNMt(BKRo5%o$aDo!yzii
zPisci%8D(PGyAhmQ?yV|7%5I6({BtYQXAEh9g)o6fk%;%k!3i0o{}E<U;7#O3yt~-
zsJ$$x3V%|EKom(y077IuO4<=sgd-D-=86_7MRyJ}OIAUM%(S*pyg%Lr@jSQp*q&I!
z_FsvwH7H(RZmc-td(xB}YuW5b0QAF-)%p?I2_mV{co%H=AhNsr`=6~pnE>q-kRzHb
z0;>8YTy>X96uB=k(W^H>qvfFO98pH=Dwi!?MdPqrrJkauJauNX_Dr*;zyV96ET&y=
z<yRA)DJN;2^SuanobI_LJw4A3h1wUdvO(f}pZW1$u+y1Kca>`_$42XyS@@8W#o}+z
zsD$*#ud`K+vhd=g`w^o}z-(j4BN901Uta~0_nk>W6RXVu%!Q|&>SbJjV30JTimGSk
zUmDQhmt?Z;zA3F|!$YvPJ=Iv=l%4PB4bv0^Puhu_vrJr9e$=5QPq{mBy8i5>0#7_#
zla+Cz@k=i7z-_p$^Z0-x#?Y2KeWl2x+X`+hsltXU^PAU*qduT>;0QhL80)mT2?oUr
zBtPW29GLQslaEe^L#=?yX>m;IMY&>REZ-vqC{+6B_6^~mZH2VlZ@<Gs!|pz{rFFGu
zA0jvQ?8+YvZel-0&OcE7H3yqiiJLng`oQDG#q3wLmwhiPoLNzuyDAmegreWCK|yF?
zaw6Cz2VmD9*6J}eU0pGSmaOR$j=pRow`Wh#%)r}jZR|Z8$C|Gs-d>tD{)3>?<%X>u
z6I0#Q1>|WbSh$|{afbbNR9_<?>mm=bJ{CkR;b-8Q&qQf%%%1wweSnfifP_RORn}M`
zY$pFHxu2Jfb-Uoifp$zJ-*NY#B(DD5nt0A^npm1*5HHe(t5-WWpN$#CRbsUc3uV3W
zlkek*{#GxVUl8D&+?0RYiHX`z=w>jJNA@Hd)mCr(=q<_foltix1zAK4bQVVDYr&+*
zI>9(-vF$O@gXS{)cHg*}?_KsHQjDnG*Te2wMaMHgiIkCV`gd?&#%X-(7X1^kg8<qz
zq%k8Q3tRktmYvH{R=cd}c23GPp(_3oCMXjQUa%sDSh&Zk0q$2YeZI!;KBNDpr#b#0
zw0j&s%0QM~7Zy{uHc0VbXlRN)^YTKYvjHK>acpcQ*<N%xPq0rF0`$ikfk`CRCKI%m
zfgRa#>S~1z8MQPRrIvlYH+odlI#cqPn5MQPC?D`H$o)}gKM`i(1K!$A$7Q>2c*X^;
zkpF6Gv)fjt*($=;-|lz-utVQ~PnPiElJ5&#Wo5+c6cHMZmgM*Ij6m!pyg_2oNIlbr
z+=Ku=oDE&O<>Duq1l_foIs+8$bZiZfb)DA<)sSd;t7?=j8d|JWXhRx3Jm-xThR7o`
zJY>eBv{7U!kclHE+e54_=iqR8Pj%Nxm*6&zOLkoOfNPaba$Y=Bxj?OqOXzKf`|fT^
zauj&i8kI?SsBu;TzArE_Ka)}g{jT8>ajUzULSJ8X^FI{hjLepjtmqqeXzf>|tLC;~
z9J}H!QCOXp(Uluw<(Uaqd{mGMqVleJY52ZOAYxr#f1G~R_+zd~WYqQAJe6Sa1BPwn
zyLDZ#?J{vu)Sb~;>yTaEmwHf=n#TQTtNS_en%A){2;==o|CIsQzzEB_S5wf*KYk7`
zFe_s|cRACwo(ve@wH~P6=|)}-oAh1ZnuMV|O)L=B)!Q$bJhUCzL}4-^_a6WYB7Cr@
z!8WBb?_-3QP~N#vL*t}Wyo}h878{n=!9Rk1x*tB*BGKmgiYhPxU6X0r$(^Ggs6}2o
z5@82v73BFs;F5f@C?eNy$u-y;D(|!=9vZq(&on;45*KQN#kTA0<{JP+4Ii2WzIJrT
zTzkcv(cnhFGMhQ)J>b}U@_@e@2)tiv3_$g#b+X*`Z;Rvlnjy&L-)_PGrV@`))#UV+
z8!7LZDi+tBg*q#E_foJ@D9VL;TnAG74n)DrU#dWJ%8n}EwQ`F8mo>Kc0NlvO|4%o8
z7k&Uo$Hdf`o5HV6YXBk=m|XjL31sE~Wx!+=S?h-*K4XPbBi)^1A-B%^K6)ZhY1V-t
zEKNQ-*S8@RS}1+K1opf;gUR=R`dVI;WC~M$0ZQcg@REOan+acjTYoG0sL?acaRzg7
zT=zqY!B1;f6h}{uysV}mG}n8Cm}5x7?wFX=ypFdpUXo8M9Q7$t;IF$pptIscP=Pj{
z8aVShbt+kjP}ou<9f2wxaxctPFHM-GKYCT(cp}4290kxn)omO=r2Fqao2=t)(P4k=
zmAaG3-}(2pse;&BZPro4J`C<BvLpZPn#u=`+~oAP*SKCf4b(k(d9`~M5zJl41f8+<
z7Xr6aPU#}a?Vld59g`z}w5G!Ldbl7{E2HWJF1d{MyOMwVfKfri9wAPZGd~qwK%X#-
z?kKK_v0xledrkSRH7Iz;bRax%h<{dWs%Brw3oBY#5YKYvoqNQLkP~~vI2chy?P~N{
zv+5Hme}NgnjP$Ixjl0N0f*E_qhBjKIPA|2KMirh|%NLUA?&0HUO`#{vQ6)+7ZHyni
z;4A^5o>Tt&i=orDX7}^XR4y2QU}lVKFBlW_`s(fXnaIH29e!Xy{4>8`?<;&Z`S*<j
z2NHPr=Y>?cT<cAx$F?^9&jKq0z#{@mti?xIVj-`{Mej2P<0HM5Taa0#cy`!uBH`$@
z7QWGn)Y=^{x(2vawK3V1fn~QjsUjJw%HEHgNOpQh=I~9}_wTFy+nzlfTffihed$QH
z?ebo#ARLiqDdv}OEx+AF^^2wCE@Z(aJu@`hm7lcbE=_o`DvCBd>`JD)%I%GROdQ2;
zhu5?tL5a`=5<F6d1g$sG9;3{&vN-lMUIlAbsU7^kJg=LvNpkx+WEMF}qni@zgn8X-
zN7cGZ<U|Frz8Y0~F0g-jJHyVaznf#&g6JJu5$E`sEt9SCF0A*yt=X-w#yf;?%{hK`
ziksq=4LTf$iP-&ZV~yqCj-iXt?ZVgN!Y3Npy$ZRX)W#1k?C}uzlbF{l)9c;Y{R)p(
zr?cplbg5($W<yA0KSv;4t5y@)c;7x{y!Rz!pn)uuult~x>gryLrF&jf@O#16CY`n6
zm?OM74o?jhAezdeZt;YQRLLJ7HB__Zk9OSRS6%V>&HgCDho|}X70@)$YMnbeImO{q
ztd^kv4dt{D^SFy#)p#_izYAL2DunC~B9G&=P4NFhCszA*eprK>;x8$PiMA%dOZLdY
zbmCf2Bckv&7lgsbL_2*gq(2rUx`<c^`lVhjGGR;XT`cb4*{z${;H7wNM!-11bdY)v
zR%f||X{+p8g`iz*OpAXO<R7qV0Pb4&^Y%tusmtGgJ)t`=24oVsh54KtnDg}^O|1Wk
zXwvH*8p0<Q6axEuOVwDqbCXVap_*_-ikVT=*(UHHdS2;$<Oi>qJ-wNJ#quG}<Wfiu
zN^An$QX!W|@5vXzI_gvAJ}g-41^abl+elz|VIW%&$=iz>&6+*+WB`xm*9_fB4ucyp
zHf$mrGg;a|xlv@Z^FFih%Xan#upI?}$+LV^Mr@yZe=q!<FO>%`DlMQP5>`7KD03?v
zT-Sb?#@#KCjnss7(ft*;Jvr6Qf9@`?I0}2Q`#q48)}C!FuwVv4R)-UPZQ@WneM*HQ
z6*@GvJKsYuRh+LVg;d78j?_wjTkfI#2$`Xtz5B4Rx(b}#{g01~*=n44$iRleN*wh(
zfiVR~M>kzphcvq9yyAW4wS;KN-8;KYp~K%9Sf(Cby;%Rbt63xxgP&j7cmciqeq25L
zS_wa_5TZR-v)8bMnV$+jfi6R25;!~phStMp99v7UUC$vgDQ*g&gD4_r+!eFTS`HQ3
zE@!&0`?w>BaQ8!BMEbh|*_=UzmIQE_oW2FQC^D4l3L-N8+W?Q^0o?S+mOW9^)RewH
z8|xo->!qwq-#wg-4{eC&EU*X7;6foFIl^4g^-CEM4t$PH6?M!9T#E3Xa-7I`*6r~*
zEfiAcXCt?UA!MSZ;W@jy_tNe^GkhsR?wxe&NnG6?O7ZB)aEM(EC-E}W-IuM`6W;Eu
zbw@g-^(Ao{HHIYHfIHn#$et~mg~LyYh3pm?t{41E=0}(Sw8z822Xuey0rfbYeorVy
z^}{i*AlYT3SV7cJ>SN#Q>_4LMwG(sCCN48!3ET+KP3NX%+moah9c5=GTzEPXZ*>m}
zrm4`0H0x0P+D{H|FMxV-i3bt{<u78u<&gWcPa}*u9_k?AV|m7S6IGMp2W2s9mT>`&
zfxUG54IpacVJi6zX8I7T1gRuTVj8)6v7BQXt3cDz7ON?hY*eZIpbGlpzmjDEOv5ZM
zr%cISW7E##)bsez!fiR62l5sT!2*@W=pgK%l#u(LI!-rf(}Gm(+Kkf1jUs<~;#hb(
zOSJba+3my+Ke%rR=<I0NI}q)bZfDJX+w<JU_L1ssm&J=11Vck1p9KW|O&}g00gDKX
z0i=yTMXvv0=T6W?HykV=+$Hkuk5x;h9BvpgG8_spt1-(St)oevABN?sP~t)p;$k)T
zEgiVNY3ACjii)4EJ#p{YH(!jBF(&}wZIs{}Si27E#muQvGpE7rc$$e2kD1lc`Eyh*
z1A`v}*5-cYD>6{JY(ycx0q4iRRylRXr3b%qS}FIrh29@0wt?G>z2JC11V|(vS)e4t
z#qCM;dhyS-<xz)QIriPwCpV$qP+nY%Y`f9htd)K^Jt7}z*6B8jzal{nEX4F5uD1|;
zsQ*-z&J|!v+UVV4Gsz}SS|?c_cnoGw#0}qf9g#Ct?WHI$>Vv9~(wd8BVKdSkGy3zm
z$eUD#jdM-Kw^VSqVL&o{2qQafAV6%$j&I)mk<WPE(9a$hgRb+azoE<`%^x`0`+)N)
z$F@eN0)iPY)!}=KcRHzvh^Gq-0xF)-|I2|fBmP62(M0F+DW~aj?mDy0$O;!9*+&8f
zng%){o7VqlRUC76Oku?kX^iZ06ztW$gSol+eAm5<|E%jOc2=OxGB?*+&Jc)tc-hq!
zl~^^90*I^q^m5nK)pvV5e*s*_JOGwGSRLA_sF?SXV%Ii>Lxs?Zzbu5GiU(aG{pf#V
z{x&3*i}kQUpmiAceX{j}POvkVm*loQ-<y|@Ni!SAJ2I^Rwz|G}fU-+kwB~TO)HZLR
z<I~ORu(AiV!L;?f_->!vfVRjLap+jKDC<|-_3yy#+KwI`VP)zuj{D<+0G|x}5D}di
zvf|~~@~^Zw;{v;j4lm!I!$n@|4)tIV5iyYgr_$_!(H~&PGWeTw$_M-r35eB#K;RE>
z8-j7<_pdTE#wRB-95ii>ji5EBm}3i*^3t7gT9u_A;4kgTwSo)BSHvk(J^i8`Mu~#A
z(Yl#Bo;C_zR_q!D?UFdLnQ_!=zgDw9R5LR(N1Nivx0mcXEsD3eFLof2-9Sz5RT@nr
zUjRAZXfIp1UBGGDhvs_$4gBLT^U(-$!&y2`V%n#_s}tvklXa6dQUfk<dd|vBMdcSp
z{dd;U&IEJSLpVVlp^4=8@X&$?`D<nW2_6(_FfSK#q5Tk*3W>qa7zqy)SGCsYSJCX=
z;N!TEUQ3LP@L0S?peS~Y<UA!ZPK|zy!>aG8(B|PdkK^I$Ph^n1n;0K=bY$zjyiDXw
z7qoByULGFeFL4iD#ZM~}otzu;rCO+XgDQy%qQE@qIAyblWv*I3IQV%_*JX{3wl5I?
z?+a{9^p6tL!D4Ob{v(;h5p0HKVd!vt3WMGIcDiJn*=}*m(#s|o?)0^3N%q1L-hJPf
zY96!KRpveaoocO$aE)^F(~o-KSX}-QmDl_j(me$@MKy3;qwVGL`Wp^#DcJj!{+l$=
zeN4W6CHTaQvgE3JZs^$TSIqiFu{A;$P0REE#L&Uc`I}n<%?nF&0?~{xVpaV(*Hb}}
z&!#*Tlq0*0<_3RTYqXN$f$cYYteRv!y>P!kZhuYQ=ioq4g(uau4~Aqc7fp_6QZ>H_
z%1i(KCf@?~T5$5Oe{H<MA{O)t)Mi=vCK7i(YXxjC&H~;yFf5%8m}n$|{YEw4=EXAf
zNB_lkX3DV=pwx(aHtB}$I)%uS2>q)W`}!D53`NcyEjpOcj|H<N)$Dmj82&uRrWMGe
znIS@Tj6m5jaH%wYlI;A+7{-UF^ux<{#doF5aLI(MBZ1~oqN9!`6+_pU=GhBZdsN_f
zD#KVr-aBcP!`<Ee`I0({dfkTmpBEqh_!dz&^52{~#(MrHfyi$(#zUQq^Hs$~38b5a
zY2fawVu;+*=knv%hzK5SgQ|w=_)PWMu*FxXsrkA4*e;}McH1GS@AJhCrpR|j^V%KM
zEIYJkrU5RG)$>>e;M}vti?~?ZZt`VqhU%Ga<$+c!sa^m601Hj|ELn!@>la>L-aeoT
zI4^T^WE*k9Hx2~?Sx#uex&G$`FtT^2VX^p*fQKBq@CmhM&Bno(?JJCfiwBSi9(ijO
z^=K3jU*{}S<OQXQ04}>F0E653rx|HvIl3!wvwFSidYo#01J<`N8IEjk_iz;1H7t3N
z0(t#1$UC=(J0{HXxD5<tz;M(72pZW*Pm{)G8n3tD^drMWv+p4RG8|{zNNv`U06|nZ
z(Eop^#);_r`O7hlKFMD|gu=3~_Cr`mtjHOI-xD?vWgcM_wS)@XU<H~Gbf5MRyV6C?
zsh-PV>QdwQTJK58T-a1!fSX_<a;=tw?y$6l9osk6xBg25#h*JUAzJ*lpbr5}>j+zd
zK%|vZN?qRtrPxXjFG%AeP@~I6_ta-k!wgcOv#cssdG97xHeUocmC*<nsCxo<(~AB{
z9R~-Xe?32=x<)1O?F@~Oev4CBkHO#Um2dUXp9K~M-rn?ZN)AmTdtU_wyk20Ag+BUn
zr{_gr01J_($UKZ~tG~h8<E@48wGzd0{|6wpT}n(@(0RrMM?%lW9?40`|CqTF1CK+B
zm)o6v#PMh`^`{<8(^H!A{uX}!169jo@D1{=VY+tw<w=Ke?!B3<eA2?jwr(*ch2fRh
zBI$3x1Esu`zwkqlaLz8c8*o_?00XdY=Lx~kdi$2<_`?=7>kH&-j!>N}agRkZvftcU
zh|tivx1}E!zO@z+e;xJj&w>lWh%pyaeoqTc43;i0t0X8csQ6H}2fogX53l}~gPxG4
zV27!(Jl?0>*Cu~WyLbh8Li!4R)y?*oBo$80H|4~|<)}YJWP?(#Br>X7GvLlPW|sr!
zH<T4P&H@EzMyCFTGfSs`UN3a{Gych=(|_035ifFD`UsH&6o5zTM26;JXZ*FEY@@*#
zzS2fuSn~@ICb_5Trxq>x=zjAtX8s5_^ulIj1QHadXNg*<tFop#=RtTCut=XW4~vvp
z^ZDpFHEFNj);$r7C=zV}|LZvKI_2jNropG)f13LPpiliU6q@{oPdg{~n;^wf)6=-#
z0Q)CZXW=(s)^L4Wo}6NSJd}vSycXyoe=_XWaw!(O6Xx|FSA3<tZfFDBbfl#*dEnzG
zu+)3yZtAN{w=Gg*&H<Qlhr2=-@h@vO@|P2oq3j)dXQqns`|h0>%j=t9bcffc*%e!3
zO@IwgIm=(@g4~mAOm5Q@>&nZG|9|W2d=3U2l8JfH!T#+bkw0S*PR;<#jMz{}-Wp>+
z0#>NS8BOGmQOgO>%d}T<oIOXvlT1`g6@SGOLPpcxz}Rq>!m5Nv2li^d#T|W<m%<Te
z<UnAZT}b&xie1R}fii#JdnMx(AWdxoZ|*Pgm5iSBbOZZFC3CL-H*!i({lhiDKzX@M
z@{TvM3&qlLqcr|CspjTe8f>x6*zDH-(R9thalKtQXzZl1Z99!^+x8|+8e5GT8x7jn
z-n6l8qp@wH-|cVa`#U?C*}LyO?>WzTP;UN$a?mIyFdNikP=fRBVzvyq{{ub>O?Z#n
zgyiyhVR+9@fL^8~mm7+&sLuV;ZT>i)o8HJ(8%F`lu-(yL=<_1vn2&aof>nV|h$$`W
zYimdICZy`oTv*)&W}I{{(GrupFF+N&zxQxCTVY?QXu_Ad+bbT<<Gz3Ja9O(Gc|IIQ
zux^kd#mj2@wdWdjMdj`AaPGenT3&gf*h@-VQqsp+t+}kQ>5~S^;fK^jo&&ddZ9Y6b
zva}UN*q%Ap`R#I`gT=Gbr&DqxlAgKR1-aU-2#|ZU@@6%JD)B64-PbVkv#*A!IYZOD
zR%@`)4u+FyAE)EjfkBbJ0|@2b1_S{~fm>&h5vhmPQng!e#=mzpY<RMm1b5-B1o}hR
zc1{o>OWEjEzcrPPPeidTwb!_nAaO%1%%rXv{upL(PtaaWdb$3peG#1Med&J@`{a{7
zr}k00Z7lj>x2uC;m#Omichgy1>4KUZa!o5V+1b5{c><u!c#{jE{{y7~KxE4_C^Yn~
z?X0d7cARXqiM1KTn=!tRhZ_FN$1mkuUd$k$urL%^!%uA|p{n}|ZWd(iQ;50X5)zwI
zKL#Pz@!n8dx6U(P^Qki{l+=lj9CVAZMzhEq!Vsc`)n1AiuzCK-Cn9epf4KlVNEv!n
zH+URW1fzrvJ4bqM?R7#yC|q3J|DH&J4BFLK)>lqH0GOuG!H^Di7b)YI`E7|#*~li>
zj;E)RF;Z*VmnOA7zmW>lT8r4zTDihbMQqt@YP*<DU(2Qh6_i!u<C=PvB|0aQr(!q%
zIvT(;SfbY5VD$Nu+V%~z*xz~;6HjBE=J^6dh@sIvmx*G8Up{wyvtB>}hM02RPT%DP
z^`*C*>`cQiRuex6eMRlvf{2K)n|hmAd&w9-z(Xd8k?su{1X5vn^IC(K{o=lT!!J%o
zfDN6C4Se56@pFA)5r+rRqnA)t2EZ$&L&NLVK!}MuHz1}NR-fK^&9M$JY|E!}8@bgQ
z1DU#y9gzD_ttXRGS_{o+?7aBMj=Xn*&!UZF@(^|7NkvG&pw{f5Lhc>4vMH($*-A)j
z-3_C8Ko=(RJWU7?4CAkUPx_+*p`E<!L~;4C(qkxg;p}@_Xvdmtb^b0*mLo13cx)&|
z4i~>L>M!#fX^=U}#9rklcK4=v1YZ?Xh4xo}sMYS&i%)5ttyUGj?Rqv$O-sOhd)C#c
z^2PX-<L8}tdQH7~$8_uZ^e5M^=9R_RxF*IZ0*J6Y*i?eRiw);%agBTdrVpSGg6~RY
zl#vroXRKUwXaq&T<q3<=a^a!C;l;{C*7f?VZB6fB^(}1y(+qF5NpGkMsd=5Dxs6ai
z04tf-4eglyd!E4dN+v#!Y@qS$<9vk<uq(M?$^B*N$R@3&kC9AJtFYF<9y*H&9dq=;
zgJ0gHun&SXFN#_5C_73iGn)w2arwMlZZXdNa6Joo^7!a=0SFDU<Q0?0UWY49SF6X*
zbC0}}#ZJ!Gd>?_Z>UhS%!N+f%k4VT71W3I$_#-8b6+NcZ4IvBdF^%a0oa*V>we>dP
z48AehBS!RchwZrZqsn{oS+=wH#-dm$&J?B6N6&@gocRun?i(j#h&K(e=&OeJSu(wu
z^_MO_&SVOc4X;L6b6F4jV#B`1?;Ui%^Vqqp?xH3qS*Mz8B4y1uKrgi$1ANr0Yx7ux
z7k_?7Ky3a#s5Wa~H*MFqXflL`2d@0yt#0A-KfXbGuBmn=Olgm|Ta;~=uU|4Z@n&7j
zfaVzY05FPZQkpG}8zS3n|ACC$=bAS`aAi7s>zQiv{3l(ZXx~qsb;%h-DOQARo`z}<
zf1{VixH(Y&GwlBPF+SQ&#D3L7H?LY|9W^t`c@-=oM7#a^iaa=|bD19al%AnnLc;|$
z_4a*l_pnj9Zu|*B*F`r-7YD<Oa3Vjtnk2eOAF6u&3zh>2Zt5=c+~ypz>F<I|C|u)N
zv5B9;y4Lx1TF8)FS!)%9)8Ne`!{Xk2ThfZw&GBsj)A?e6O;&xgR{ZaJyUG&UPJevr
zq4LT)T$VJU54UC?TI|i&Sbroo)rj_;tv+0Ly;^dJExJFY9M+P$;<FD3W;Yqv_+E&d
z*|s#d0*6Uh8otYt12{=zgnxfrD1)fr=gItX($l@CsaYkuL&tnSV1l5iZb<RH=2%G>
zhFbCnKNFIr4j6jb-5@)CSIw)4bI<cny9ClEmu)`FkAgI(c(YNmXwL4ax+uvOxFCU@
z`ad$eho>hepWGCE1TFkkJ&gjc7OnNtPFSV8b&X69EM`{%2PTq~T1w)Cdg8qGq{84~
z!imkFy~>?#h=vd)&D}7%J`WYS0li-scbQd42U}GfNP^ILRh09g5Q9`G6tYc4{84@3
zf@Cl%nA<@=TS2KBtBnEd`Co275jF(8oZ$gTzLKTSI)`_AH-NeJ_rn-_z0<T*_YUU$
z=>~vF0HwCgz)?6bmVjSc-sruWCSM7_YMkPVG>Vw^iYe#~6|}|{@9KVs<jF?SKH(<0
z&mXw6+Ue05w=IRdTQ92S+l0*j9=M-AkHwe{M$sju011~~JmS0V-WI1Su4x+UqFQwd
z1R9dz7q#PAz;o3;X#$aS*1t*Vja3PPNJU#Bw%Hp&*G@}>z5tl*N;#r=H5vH+#cvBK
zaBgyDiQB_yaUbLmi(QIX8%$o_xV9(O%XDj;86U71o>G^nUblQ4G|*A6h1#+|gDA(f
z2SbVesuRyx;fXe4^WHqppuf<4pcmyL?@3Qez#Gk!e~Pklmx1iYZFRR!GCR;y^P&HH
zjS?<<_W0HAE;4!kMwQt=GjKIDY2N}j*?vD^l}`dOG63n5LA$~o&C;%*qu)Fj=olM~
zlHU5=qK@3M^gMT3CfYXq&IPn9xJW$q==kBX!TrGD`;~S{c>nawvG`kvs#bSZ=H!e$
z)SHRpyA=}wLKut`k7&_D|JkId<%tb3Jgi!P&P}6qG=%@f2B0+f1e@>x;lp4$Y{ySP
zMDQh@)v9{XXLu`5ln(ZwKhy_sn!Z~1z1W%8F~MHA7fo&ZdFK;)n37uZx7pq7*ELV&
z4=1I$>AEom?_JDY<@fRGUo)hxuB%1K<In~YpBOWQpbUk0i!6Nom$OrDji-r$sC&t8
z?gwXF-a<7=HrirbCUPdEj}N!0`X}wNiaPH~dy=99E=4)_53`cV5Q&$<%wEc@akP{W
zkN{0&X-%nhvs&8$Vrt`rd*K9yM1;Q|iI<iyZ`{QrAhFqiBwhw62f*Fd!2Ij)COHr2
z+s+Q<_uQO=bIVv~oXe`QddT)h=AV0}Mk0b07Sq~}pVe`v2>ep@kR*@QIE@^q+Fu=(
zupYp>4JX@&|A<8&^I&SzM)$;g^sptsacWyQ+h;SxEPf4kSJ@kWkpPE2r_l`vyh3L&
zBGro+!frIe!`4@~GVeeP@?jpjfVZfc(PK<DnpG5Mx~3Pz8Bq_0Pq^aB;g6jwb+t-P
zJ5si?CC#hiNOyR7H55s|=7b9KTNF$+S;riC0Ff9C306-3Adx}2l_#$`IPk&xosg45
z@9})-0rBfs#y`;5n&|9!zT&AiYA`<6bQZj{x+(^5ckCY+I5{GvGHKrg6r59Y)DN3z
zPC{s5T*}@)0m1VE!Rx?wz}o+#-#Fn1sQD%*KS@}}?81jCrui6u|E7rR`I>Yq=@p)R
zSO3*ov&ELrF?sWp_=8C~224t#@Md1FuJzEOu&{Zkx}a6#)G;gH%zpFC=G=J~;=95Y
z76NH^qlkEscf5aO24KAgu$bMyh&PfTq_y#WIs~;7p1?@<COFzs6!6jsMS3Haa`&^1
z(1ym!RxO9!t`2BM&B(72LKv-k12Pcx-hlujn`|2$xHwR5JnAp!2R|-i13{Cxvuf)1
zvI89jlaM89qh)&|LG-el#`#axDMeD{b@X=gOQarLq=K@ES3nDd+ko%kQ4I8mFyw`x
zB;a2A40PCl^us2y*zWVqKFasJ$;)484jHUCwyUT%2e?n7Ypcx{cQ1n8XqxRG)71Lv
zV}EyOK^(O+?(6++G>4~iUV6NpsYqrnSTd;3@9pYi*X1Sy<HE#Bug)G`poRDTh&uOY
zFpZTiaA;U&q9#F|1~adC0PImjQP?$pKhb8GwCeGHLO1~4HuqrfUHtoc@}DhxK{fl_
zxkXl#nYAv2S?xCEwr{Pec330j?!8NX0{*E@wj*!Uh6UOr7iUmVu~=Y;a?7H-xbsj+
zv#d}KrKp?S8rS1|NrizRl6FyZ(c~BYaCjs^$98;0rmA&`RaCb0;JQxx3xi3fX#+4b
zqk5)ui^`6OKS9)6vXM9dR|CQ|k@Hk*3@L4@_@KEomE7+%p{otsr>{`o`Y{7PpLn~m
zf7Ptit{~}prnbS5-j}BsR>Zx#cg4Sh;rPDlwJG#xrt2{XWE3~RCHszSt%pXhVj`0x
ztBN){%6w!B-8J@6*xhcz^|#<hXX>*ZpnEWWSO{0vIu}C4w<SS^J8VIXClTraJYXmV
z`T4ukO<p(v1x}NpT&^5e;kx5OsW({wV3^gK8O7G@0DV49%i;YcbKyEYO<V}$uG;Hf
zMMy9pojI*Yi6C*b3c(}hT~9hM1ovnDX{_7~Nl&hR+8sqRq`1FFO<|KYvb>Z9Yd5rA
zd(6z#Qjr?ZUr`7)JT9-Tr-RGws%$>KC7DI%p+$FMU~PWAz2Evk0`z(bKAtww%Z_n3
zH<>Z_n<HD~)kMTrMT9_eDJV-TE;B2+qL2WtzM}GX+5pW@c036z2yrKKY*_RjK*~II
zpja`-B3?S;pS_SDBFy^5e@_8qZpfxW^Sy}VIWD9Yr($&0H6ytUl;lrJ7l<V`&K*w{
zf?k&pe{b_TLPTB~L{2Qqsi-<n+T&TU^2}@dl(cX)v6T#r7>kk1^q|bhpjD~}58FSM
zCBtN;#HDU{qKNHq(EnxeRro`e#)4){f2i3#;VnZp$x*-eb5oza0~<~LdRx%Jbgwnj
zU1b!pgw&L^16R8PHRzB39cN4vqpz}?kk9Q0T3Q=ClnA_G502^LmVh(7Y_L-3VSySC
z3&|lx(kT+UQLD%Ib5A1zRk&yP7tIM^sc3!UJ%f##X3=`(PEspoEn#+%F8y;snz~`m
zl7o$gWYO9<)x*i64C_G^0+m_)Vyv0eS0l5RhV<hJ0x(SUZe3<s(oOHPOGl$YiQ8UJ
z#2MkfxP%1tn}<L7g{PYY;Qxa!x-ImB&P^F2R0?Y&QdhN`4yr5iwLYjVh)#MVJG3S^
zgwjn}!EimKrnSt_iD&4=ug?tq%0+HbFy<j`;!$sVpp%S%e!Gt@`hD;REW`$-2Uo@H
zZL>#iIp)6kyu=2VU0D4&D>p!AP_&e41S=9y*6;}k4mJ4R^kd%ii#vRrCnSs=%;17-
zcHV$NuWfD)#WnUqMI#kf_61MwdpE292AB=N2L8KH6)>%a^b`~T@HwSmfM3$d*xmTu
zZP(%Bo{&nQxA(2F7Rb~H4}(+YW1)tv`no}Tj}5F5&puH=aDAI_&SADAOzzC{vZt(9
z^0NDFSx}RHRrS!i4rWh2Nt&0YU5mDdb3#=Z&;SCm(aSUEK*F7?$h1Yv+d`o{%xS^o
znTAqamJ{kFzIfMg6~ZG|u^OY_uZ{tDqTXG3Hw#8gzw%gKREFP8P6vGBm0L$vjP6gW
z8c%kD#cmox8@^ZLmUoPvb^q}->@Y0KY5%$crNc5A@Zh~D#Q3+`+C&G+VBfK$%Z)>h
zY=*W`?IN4#)((=l$cRM;n8+b!GLB2oNHww|2UV1(xKIH9X4Jsav)3v2G963;VTQQa
zc>O%XoWqmJY}x1Xh1g;3iN5-(B4h<DjO2E0MrSMD)nj;Hh5LGxbZeW6ISMXFQH!(#
zLxFJYWLD48_2_U?_-=Y+atzu!y?RjJ#02U;?&JZa51ILI!)<^^|8TV1rHaCn+TK*S
zU3cILX|6>>CrV9*ET!*K_0&97oVS;RHav)!{DAuE6~>d5n?h`)ryi$kV5Cq=YXp}Z
zchq1c50zBP<+XV!I<STk=zZe!WaF7ryM|qDPF(ref$MZZeW~@}#63C~uk!g}-5;2z
zNzT{)egq2GFhpZ(YiPxwjCHdD_|(oBi~|%>^Co>WVE6v5*~y$E)AA<^i?uGZju$Y9
z0|YXfY9pcIl|%P{fH+_n{i#JTV{2ervrFDqdcEO33O@LGB$$_)ZY5|u(|+3lGDxKt
zX)_zGjJ2y5j26RrZo@#eUA=3V#O%0RFzChGQH%bKX?-<Oz%wAxf%M3wl$<UFkM{;_
zazq!U{<PeQPiWw+b3uYcq|r@b<cKS63FK#1IzG2Nma^WV@3uNNZ|!J*-?l*u@l=Mf
zyaGE4(&1j<({L7pDp0cH*c&VY#We&V)6pgq>VmQioX$nNLaV&W5WD>WDUA%Z?&HJK
z+r!?ctmg~kqa}^{yF_rT)O$xYea_9J_?RiN#kY9|l-wQhQ6kh?Fo#m7#W{oXKCa8#
z3OBISy6Z!KZr>p6o!YaH1r~+l78X0gS-CdF4-c~lY83&+Y|Xy+rIoMqf=TsA!?5AL
z*hOM0lLD6u9N*)?brTs#sxCucQxWc@GjS9e1{@h6?Ddjh9zHx8hNZBS@RBUdLO6W1
z_@jjHQEW~@Ccsi;!Nt_rHa`X=!GAM(I~IB!&U<yKj#)b)T58O0la8m9l*BK()(>D^
z3V&+R2<3>rf!ymICF)t=8s<Evt0_jOX@^2cE~-F|$Tv|-=aJ)g{r<2wG9g&DY&(&6
zVlPAr&gUSZgP=z25p2L|9@xQzzz_RXQQ&T#<@iLO1E)W#!g$GI-x|08X5RNsH{8Wz
zfB?Fx=wYfHdcJ=Pn&@b%%_RRdjbA-0LFDM4{r1@6ZIlKq6rY)$NQC&imzTY#X#$3N
zBIZ*Bo6gc=9bh53&jZxuy~T5l_kTcR@0Z(AsyJH<9jI0nWS+&)8_gctX(EOQp5y2G
zBUgY{<rdvFzG(W*JyKkOB{3v6sRf5Q(Q9@?(S-XxUA#gWEpFfB{S~CDO~U3I7X_zn
z;-z8~gN3j0e%Ie)I#2NkOqwr+-?o0Tw{XC(bR@6wpZk^67@yQeD_$I;S{=*OUi?8D
zN7fBw;qO>|9>wNW3e#lTFJ2Z}MU-oH!^5uIUaL=?oV}j)P-A(b56P@bV!8r_djAj<
z^iJn>yPjAr#r?!5`Y>s~zF#hKB|QrlBU9kV*8e$0+fLR~=<F#iuGFMzp;6_xLnb2p
zoMnDSCezHalXl@gi(skj-oOmm(3_?Qe^)h^T!;N!f2kY+C#p>?q;z;=j{0%8sjXYs
zT?gyUvJHasdYkv-v<zviI}^+?iG<CQo9g;tH`OEqvEUWY!U^{KHtRbS05OmwRvu<u
zZ&CInJq-Dh=sRpxdA8J$;9T%Aq_@l*(>Mqh$rK|_q>by}aRp_EK)vzI2-4>_gn<e5
zW~}W>z5O(I6eDt68bn7M=OFqR`@t2*FkfX!s%e$J`m8$cTN#Iqb6)xU)-`Wf-rU@T
zIJqN$dwF?t+!T;WkC*O!|KPe!+cx83bf(#1XoL$a%E>p=JlK?0+2Sp2BBtU05$8A8
z($&X&1Sr*Zq=pMPO7%J$0x1Pc&RuJ7Q@qm$^4g0<LG&%=cGwmd3(ZiG_<xu-<vIvJ
zDgq0Ck6Z4S2Wx@dp<Bu^=z)f}!BmKEh%;&*d-8Z9r_~EcZUv<HfQZ%)x~A<~Ui;W}
zLGeNGAwt2HSF)WE)j&4JVp2>r>Sogf94wD9YxAdRXNhr`28T235ZaM9lhmWmYb~j`
zSAYPsQGKY42c5N4xp|=z4D$_+TAQMVh`KZ7!QFWhO29zx-mi^(DZnM`<4=6?0)}Z{
zu(u*R&HKgK+4kuvkrA#&!hv7#mT7|6_>EgDq$1+d2QAvDIF%omQ5}s2cKX|tqC5ns
zv$yR#gz0vxq9-Hm1bgX$DlrMfzVgKZgf<GxNiR$ai8Ie!B)X{!E6N?G@KiK1Ljmrg
zhH=MPab{={y*8x103C3PJbq0!<x@QWRU^9&*+3)!A#Po~pF6vFc!UEUT_`5cGwD-c
zVo)JYel}$IX_cMuh^W?Q;w7E%)$Tx1PfjJpkquQHeTQ+W?p?j}XQ?_^t|k10c)lb*
zcQIPBh;oigP{U6qzo<0PyYf(!&|f+4_girKxa*M#tQB2%rFVU#;KuJY;|ep2!tIN;
z-dp$uoxIsR<4a};VF4=C61D{5K(a`N;(%=y?59syiZm8XX$nLp{5`HsJ^lSet*shk
z2S|vf;ACb)4|u_!_F_`D&a0@PR^adAf;yLYC@)xXFp56E>&UT5+D=A)BAZb9=xNr-
zWLEfW4fef~iG(U3Z0;?vRg!KSMzYwfJU13c_wfD@Iz~`inN<(X<jaLx+-vz*D-ORX
zAsSemtN-3e>pP-5N&68-0yg(kv$F+H_7;E=^aFEqQ=6B7KhN9Cu>J_2<bk=xTqss?
zIU_v^V+`d8l7jWD&!~Oxhuz$nt|N1tkMxTn9$aIKXPzI!ng^N5H_}~tlALN}ujBT<
z!AR#)(TinmaJt=w1TI^(WJ+H1u!gV}*QL?ms!YzbEVvbb3{Fo^O{d|)e(J2C&mbGE
zUKoBNi5(j|wFW@Y01<wy#7V}sU%w8~zE6ST<ynV95Eo|&T2riZJjvt~kKevAP4Wlo
zY}FfPH%GWb3l7aVtVUil1i}2FvBF&@BrhKSgnLR{{O55Be?lg<VaRTUl)Z*M;Jzu$
zXwe8k%%WxmJbnVd{H*XG(Go{qh~>VJjRJ`2t^5u?Z2)-JkW8q8M1Q34g{CpV=L^LP
z-XG0S*ql*}!y&BNg-ck(V|1TD6AK-zKQ0?NdVQavynP*AKBmlN+2w+feT%M`vDy5a
z_q*{b>>Um(OXvEXV{}{LsdDmt9ySo2@*UgZw4FmogP0CFQ|CU?d<h7cmZ@W{Td#yn
zgo6kb)_r*07KavEWMoQLkTvMToAzL~ZorrBB?rP<0Ko-&jxrDh>{8nq@zyQ`9H!HA
z#WJPiuri|O1BRQ|u|mq7o$h!cs!2-NhEZhq)NdGnRNXp9K~!#YZ9=RYWw7K?@riK6
z;z^C{X@nnbgFvutq5q7a@k?0l{vjshXk>$Ub^29f7{VOdsfe?|k6@6CpI;1X;FH2G
zxx2sH3xvle|8A9oMT%7+c_{ewh=uFYt;$QrqnHjM0;SEe2CkU>HdE=~Yxe|&w447E
zL7o+~PJgt+I=FkOzG#CWF!g$=xNhaGVMkE_+7@PvQBNu8B)t1Z?6`{@E~(^V-^J(s
z?8y&*WA;U|os&tp%I)jK1PH!+c-Zb<|KZ^Qc&pQPn|X&`UVQmP@&L@gVG6<U|6Bml
z(LK!2;%?X9ir4c}ik>tX<1;LU$ya#58a&`X8aE&n0dxSPv>GD<PwWg^J67Jh!Ydo6
zphZCr<pW5x(>om$&8^8Fjt2>(b~ZzCHr`#%*O(%$V>0Uq<fs3PPY9uPAyhW1wg@aw
zi*?2tS4+<aSwctBj*gyR4@{1m3+2`ToGrF_BY^N*e_Nmo0pC0eO85+(RsuDOKQ6tm
zhG3l4OV^Aofz(CCF0-nV+#6Ye3Tvz_^tmQFlMr&LfY=tKB4JWq1KbdoR?N>I?%5C9
zCz-aT)?#*!0?t->MKMVSuK{B{%om!i<Oau<UKWSb>3zN;LP7w!hTc3zmqka{ndb>P
zB<JYE!2vEr!b3-v;sC((x8(%|f`6R1eIkehBp{2<__?re@im6SptS2VtyYF_n!MW)
zaG51H8LXru=Duh=HOvE?bQugwT~`a3TFEHRDSS2JoqwERZuy=8e<sh}quI25A_Xg}
zdu3S8qAf3o?}H(QjP#+dpw;cb*Lag{-p(hbPPdXD=Vs*zjvh9IObAA^TqDL`FJ4#C
zsE%86U664Q1J((*V4E9Qo4zrtYChK&C2@ojW{13-FG}h^JES$OgBp#*D?W^sM9(vp
zXB?aRuq<yI3-3^0m`r?PX_m|}J#TOahjuP}{=!zvO$2_)72E`ttboSjyGfx?#r_Td
z#Ka^!5h{CL$yFV&O+$xTsNkk}eykCjy(makp5_0C7!Ym&Vu#a<3kweXoy$XXfRhbG
zR=x#XB2&2UP~Murx}`&Af?K&^aUi%YF511(m~Au~E$CK6?`B7`c>Bs?0+?M?C#Qy;
zzqq(0LY~a9Z27bc&s>$c)qo5D`W04p^(6F6jQNnA6>S7yT7w1%Af3=W^ef@NEH-)H
zbU+pPS})gO<!)D<ZBFgt!<$w9Y(~-NVsSOkmSa_HMj6T<M#Pz6vR&N=kGC3zSk%g&
z^zMWV7ijh08bv2K(^YjSs9vj|6bdq)jJPlO(5o&xo!yTzWOMx-Uxi8vG+B{@*5gOx
z9HpsNG|^sbu-?3p?t;ZC0mUiyaqoYF0f1P5E=rTk4hTbFm4NX03@fGPztTyNkrOes
zx=iTeUFYj8=8COZm5V2B@{*HEV^B47I*<F^{c{UL3L?$KXPo|v$Fe`LiXD+^1zAQ!
z509=62#YT;SI`gJWy543@DxjCB_NuEOS}M(;82>Nat<0$GRNwj(45@q1{Ymn<~RLk
zm<2Sh$N<X-XzF!dYQq;a_1oCArV>U^&1gz&RE8Kk{+Np~%^o>}GS*l4(aR0$G(AOX
z8SGkF?ip|Sg%xI&y3}xB?Py_`1qRCGrO(9X;;YhD+ezL&gd(Qj31-p;_`Gn;_^AHi
zxgx3Bz0ySEN8-T6Q(9L!VR`XU-LI}DP)|a(*FW(2kD;b_4Mes8MHcw>$pBx5C0z*K
z{Vg+Mr!hiXM6wnb6PMgG#;yG$(E(DHA|5I_Q<F<J5vIbk{d}9_McI*OXJd@mpKB?k
z+KZ=y;H>2kikqcl<%EJs-`v)gh&!L0f;HB=+AJEwtzO!o#uEr<qRE%#$D4ktk+**a
zY_7k10M9?>w(Akb$T|}0i-Nv>t6O%8GN&jcM@tD==)cEN+;Mej!yXGUgHcR;KBMFo
zcz<faghR&2oO!K&J}ML!dmUjic>XA*b43eQ@Yj7lWW^4HBw7$M<=Ie-@=o#`B+Ny$
zaKWj)2dTLjHK~3+6TJRhfoCm$P70Fp2d$0njolEP?4s)WVTe;0PGG2Qf1L=No}Zge
zA+y=S0u|TH*%>aQq*o_TkY5U(96CF<QlgrQiM2Uc$Gg=K-T7B-|0bfdE-4i$kM<0Y
zU|OXavik~XwL~zR#<GciatZmzNej{0d!t?tCE?3Qj^LT9*`@Mo(ijz5!U*)wfQ7N}
z$QzW&%gW*<;3>3^Sod=n6~3NDQ6;VJoBOz_``_4jqM0`^0pQC0#I%x*QXIPzKUE&f
zt9yBz|B2gcw5K8ax;n@zdJ%ChR?8wkRu7EfIs3}=O-H&4*FgOfs@{#Pe|n>4DF?Gp
zcXi&qh27-qQKEABkGuJL`}N#T9XPJ)W*F$~_=UlUu_YTTp9v&Uk#%erA0Jq<ub03Z
zJ!bs{Iik1mGeO<M9|6Elt`QW?xoVFbS;Aqc0cRlMkbQj#t9x=NWJ{lYG6b7Yvni~{
za%Z&Bueg!@T^mAeSJ(4%Bz`T}1HmFDwEE=QSXVL3OQXe*7NxfNjD|H4IBo!;oOB21
zpMjJusn?^tcRL#02c|`#EeVJf4~wuc-g}MOYv|cb<6f@S>`O%thk6R$B!<?B+Ru7*
zHKE~ZvciJ-6Tx-cYVwpRD5x+cbpAfvm_;+UZhX$l=jleo^b#jF!7IKZb=SsU!-wn~
zkgD1#u<>^tk2ley8}Bnw;7UDn@cR0Z=x#Kokj``0AEHkKzpP12RmT=OtfJmL5oHH7
zM{pIV4(P*$x|LS!H&>lc7jA(yykP`YYwNUrHyfwac-nQnaG0*re{iRSnx=lz$B&~i
zacAq3tx!i)MurV-v*^|CdVcBr`@$Y11dEa{=&Wiqkl{&<LVgQS3-7+wYy-)CG<c6A
z{oO|^pCxM(Y0<KZt|JqM-nh_5eDUf$Ef+2Mr`^AslGmn*caQim9qDzxS7Kb0g~pl8
z<B}QFUUuiDj>4yDHR`tYjU0A5SG?RaN>grM8h58Pmp{$1-ZRh<)9Wx<7N#IM4E^-w
zRTb#E?ksG#=2|jH^wSh}L*H182sUq*UuA26bBe9&usEUNO5gac=pflx#bFaNV+8FF
zP2-P)<0iQHi}BcsZ}+d14cwcy>hJZZoRmpxteflaRY7+^3a283Vi7tla#U|LJ1Cqc
z^8`=xm}0%<j-un{%=tky9NAhhj<QY;;@YD@pLGwhpuvk}1pU54)2w}_Uh8&8fjiWi
zkUFR}6SJD!n|(^QJt%TX$_T1Q%FAJ~bM=ET+&RZr>lM(Gl)tMqPi>m(ko)z+uXmD<
z4$+Te`M6qjl?Md~Blid??KUx0omzsvteV%QgmAwXu^)Cn-Q;IA-;4>7Q4y97^g=_b
z+9|YL^y*g*Quq55RKSAIQ=eTe-Ybr<7eDn(P`tc0sM%c1dq;n_NkS6hw>iOE04Nk_
z0Ih&?KiDnS*17Bl)2yZS<>4WG;Jr;?8umO16UKGGxqv&!X1*RfGBKuH3lD|?Ngt|q
zpeintSBQ9l<7mLrE<Ap4a>+tXlqr+R4FTTMC_Ng5gJd2@yvY4X#Frc(R|2|B05+kg
zNk%B1CH}{w9xMppPriSvx=tD{;1Rz=7K3HSoEkc^8tc>dBi;VItedK3spH3fzZ;nS
zol8W1QsRRjL`d4j&Bf8U;7DrtTEE7zNsUZto5KZX*R!W%tHXors5)87s}M2M#e%6l
zIYemL0n$Yq<5QH3R%&dt*ew?$y6gM*bsxA;$kF;KGWRHWvrD%w0bqcSWJfJDC;BuE
z2F0N+yq7c0%l)`7NIVy}H(<VpK0);O2?1(7a%XZcn28|`#iC=as9cGxdw^OK5Z{hK
zj0mFR6(^2#Q_W_k;VoU@{c8K!lgu5aN#U>^6Gwlo8{kR&nfr8hk(w5wNMi>VGHjXU
zF+>zU%>}(yHBX<6{o%)Ou+=0HJ9^s1XK!5v5>`3qr;<qybVQG^B-SIN3bt-t+f}U_
zySFdNos6ssn!AmT=<Ue%Yl><7N^tou7vA}eI}K@EWhHBMz2F}ki4w69hg!?b=TALB
ziy{j-d~S-<6``b`b_h-a*%zxm$fvbZ&H8POsxP|h?5$M=x%>F|(1jjvR}Be>ib6~8
z?OIdQa976AUhxO7F6a+qm}QR_+YlI}oI#C;^h4hWj@yeVz<6a7I*RF<FcJ<Ug2wCn
zG6r@V#YX5n?th6xNEeuG*)im`1SI#mcecqvD`#5+TDm1)3yqjTgehR__bAKr>pRkC
zB%cjNwKAfB<JQKG-%J}guzb5V#HWrP$lBVFCsq|Do9&n;#!MruCkfYe(!X}AF1ycF
z6Wa4DQ``eA^--K1<S#aCL~nClxa<m&poB|)cu49TEvHKNK;*%#f0tfI**A*1(Hz^f
z{}6_rOR`XFTvKyB;K#v(4TYP)p<_B5=^5p^2(p-K#Y4vYBIyEic^k<p{hIp}xxD@P
zZyF;B6#B~-jO1)Nkd_w=BHn%dYz;CCPUFW64dHtByw{_$1!Pgbm8O(#EBRlMXZs1Y
zrGikA?YLPBW==dO0rbPkV~gGS-Jdh=X-VS;Gn74_=V1#@zb29MwtWnc^{>h%p<`x@
zqvUCxoZT+@C5Y=R1v_wnf&MIY=-yxNm*z`S31J0Qg5^^xXs&sLaoD=r8gI`fgo2EY
z!z9nY`0(;9Nfr$$hSuqyy5w?cMYZy(P6N7W%omw9MT3)ese`m!s{`pA=QuUulMBZN
zY4ya};Pn#3N-s85(8y>uy{+pUGb5A^4+P8}DZ>^Q_6bCeLC@EpN(M0xMDk2xN=w>(
z0LNJ4N9nVeNykV_s=bWxwqce**z>Ps*k^io9)BQcanUQ+37sDax0Us7Qphbqh*9O@
z>ZCEXI#&~jn?7pcVf6+$A5l0T!U8H%0p{Q^RqztP;Id5-<haYA#4i6>TmMuCcLEta
z!-i(mD*n`QhOT_EJZz&AB=xj<L(ga|9l#y7@2%&pA?)dZSGcq@<%5J`et3$r_T2;_
zY;T5B$;O``6=}MlV?5NE6;1y+7eolssUg+Y5tri8lBo=CxTA|9Mer1P&-Nr<L)5L9
zKL%Xt4t_B}0M~LmT)zCjl`y#f-z03<82}BiP5IR|*L<w`h+59Hr#xvjJnevwe=V@L
zsw$crLE?NRE8-A9r<DI@4-@Bvo!^5DhDy;x#P3WJXksR<>I*S<WeJFv-eI2nN{ZNs
z{jqw6@lI1T9v**4J7b&$LJ+5Ws5`dIfq&S-5|id<NM*iR%csnBn|AYsv(cauCd&5X
zRaK@h<H_p%hkFCV+T&iC+u*{h@Ur4luyXt9&y*^Ce1;nwB4#BI7^#4gz|Knn&YE9D
z%2<fG>Bh~_gz|&yga`5R1f<SKtu5q-)dlGu2ymfd>*~dwGQP=!$g=;;TGss^j9xe4
z{!(B8!a9C3<sjxSh~)A9YFvz<_^}|&Xy1ioI=jXEc6~>5g~)c|T@QFE@8Tb2E~6Jj
zx(D5p#D(&hSmIs(RE@^%(ZFy9%-(lC^Mqlp-EMX+%h9U@&Mv2jE9RPHt-tspE>(Cs
z3FEOMi`eVArt*{<7xEYN+wuQ!G{rsKjru^(51u~Z7*&;MeZTg60DIfb8<vY6#1=9y
zP8=I`=&pkE_GDrfW*H!DN2!tuRs&cWO}s)-*_!dQN5i2cZ7d(dRSwkGVfyeq_j0O&
zxJlw`N}MD|L>JJC{X>$t<Jh<VSqD!B+<&RmX8dAnuWz1oy*&jlqM8SP27Gt#jmk#8
zEdFhXZhEPa)={n^y`Jv0tTO)Q(4jkcpBv>3cXZPV1S@!1GYrC9lC*Nk5ruiho~?l$
z7hyFz=`Dr8wrBgOJ=aX!#SxxPbA}h?Mh$b-CngB6#{fC|ys{DE)lZ!Y?1{-qGGnXR
z!ZieYQJPNxy>gvWduPW^vttn=sC7qRpjnFDwf&e=TM=otE4*SM=NjZJ6n%JImxmm=
z+Tvr-y=G(#HOgYl^f)-F&~iei*=Uegz`J6VTVGcsK>VETpvICsJ6v;q86om&cC#4x
zwz#I<rO%QMcMTP<aduGx>6<Cs>3Ly{V|-OS!$Hh{&v3scOd@%&fJk8b!HbNQ3Xi&6
zOExUjW+QA_8eZ=6UIfE2c#p|LdQxy0Mbs4BKe|;N$&htNcJ?e|)WSuC`YeHaU)D{z
zaH18MaexRgw7&(MB!ky>^NrC?=bf;jb;k{uk11|t8bMGE!0Bk<Y`P@yN$g=Mp8a>{
z19d;Vm&?Mg(tRsRz`;03LK|1pB9DvuErumFB${6048L9DCXL0QN);OQZ|m3>1J4e7
zMJge9^ie8<(fU15V0DYRP<PhW)!9C+&5Zwxft$|VqV({CK=OaDcWC$K5}Zfz+n+&x
z4amA;yUVA^K$6*`Mq24b!fOHnLT7WhGoEav`|?WabH*H#`Ly99pTB7;vD4hX+xYX@
z$yQ>S<Dp;2yw-zQTMYS{r}EfRpd7PJUk=3!oJ~>kp|2uRW%5v9KV>L31_x(&!pV|>
zd+bwN(z3?|ZkjXPxnA#$Z4k8gdFKs-nW_-5$)G1(*Wi>ww`9$Sir?^-3-juTex*Wl
zclca{ug*bY|HVv1=veb(uD5JyV~|A!smS4Qo;gZNJ#BiK7|1#w4WCIgS&%UvYexFC
zs4279EhVPqA2o+Mo?U<9XUoALiohuqXHe*diPMMP2*m&ARo(gv`5!3U*P6uGZ&rtk
z@xq)82dHkxHLe9?SuxH~*~_*ZKem_YKEqr!UjM@MM53H&<YDJQA!*I5mR|&Ae>FpL
z3KnOEn?1i#ie1|Ka@|szc!8{H969HZ;OkKt%6jBcLQJ9y4?VEMj*2>`F<-q$<H?vl
zDiwHX`>oGMt^VCX&FSc?bUwxH=`g(sb*0rT`0eM0MqeZmG9zaibprKdGGENIm16vl
zL5MFC;=x595<n0~@-eqekwR6&5+e-|uU%(OVkS?v?)_8r0%R9SGE`QsDt*3p9W3sq
zh<YS~Z<2j!71cVGzJl~tc5IvTZbr>Wn`+p#@1ucFtgIbCJWCB*2EdLV%te3xvV<8K
zJ7{rT4l7hJEA9WM%5qT^HzK?(Zfbz^>z_Ntiy#6{f4i(88hx@`=!8E(*Q<zW4+6(f
z<?NaieBY%PdyAf%`D4$C>{GK?A+ueh|AZC==zQLBPxUeJ@VCt>zW50VsQ-m(%mXiF
z2q>}84VZOw??eY|q#4FNOjFXiQXwYu%`W6RIKH$2X3BXd7{(lZY(#O<_zDQ^bgSt{
zs=^h5vW`g)bf+ayPC_c<i{Q>XOFr8<A4R{^flRAuUxPb#p%JF#&v4Q179bmJ2hL-}
z+acq`-*5^F#0d^0c_Yc+9gD7OLNEFzA!5*iNAh0+-)jEeT>>eYPm?!K+uqfYZWq@V
zOFvFl1hw}{C}#Crd4R<7hC)mtsXQAD1Q0bbC)hgYu>-OAoVo}FT@_>r(d@L=1H_#)
z4eHfVt+&=bNk6X#^TMX!Yk;qt29)fW`4HG#y<ImtE1v40^s~HMM8e#(f5s%9U0hfN
z3@%|LQ~@|stv>UO+NF1Gr%!5d(b4hu7&?=ALJifEXQ`c&yB0W(y=l{gxJZ@Ix7jvD
zxlprq&;A{Xse|7&wn7Y~INh6;*jgu!8?zj3f}lHdhJ1COsv<b^8r`E}1!8r7yh}&i
zYGJ$Xpx%uy7e605!l=&Oy=r1nYHQ_@pYMD1AjrbEY8fFJ2lyV*{%(o9iU5?5*Kl3y
zt2q1C;NmmWgi!R^{5nJj0!275^YF9;-3*@gSWLc=vc>VWOOal!rkr;hbBRY@(*?%h
z;NUO+7oNVVbQ>kC%YWo~z#<FycVh;8tJj&sP$TsX5=fBD_x8HFj-k=@dIZbv0X(eI
z%#Ebbn*B{`FC1Tz1y>qXo&fdcdxsAK;Njg~J*hwPn3;z3#d~E&2sSucE8X`=1hU?p
z)W;?92}?Y5OVwg1iI->i2k!k)V+Tq_t~`Rk!naa<Av7mL=Qk#c82i1&8i6Txx+$ho
z?`rl$>I8#=qwe92<}Rt+{K6Abrw4Q~dT6aRCv8*OGWC#tb2X@i&c6>pZScHUe-nZH
zK>TGo39m~$lB<d2*^8*E)B_qM*~Y=7`p(Ym=Mk&#457(V;m5J6&BGBIj7a7S-R#sJ
z^w#drq@&>XdPNHqlm4B-ctCgI2MKU8eN``p3@jjR%bbHYTOZtpV8uTwUzd;ny!26g
zu@i#s@ahROQFGQ3WJaR_Q1U0LD_uZl>$YYbKx1K9F)t9B@i0WSt{iC=KXqNKNhFt6
zRewTLv?oWbU4c`v$3QxdEiNz+z(-)tMev~ZhBM@5?eXbwiRT96tO%pYz1~!}!$A<i
z<Pb-{a$53Yi&0fo{vZ(qP3^D?TJONM2$d6}n~xB7jHl2X-LG!&CxJkYgMib$d3v3{
zZTpjFge}_s)$P*GT$<o>I^xJmx5qavHF2uI<+d6-KZs0iK~MM1{;s7s^9%ay6(1X6
z$F0Xlynh|kzoil&Fuk|<f&!F5V1M&32g5@6@82@thK$krO2yMvn_oBWf8Pf2{tm^&
z5K%BP4ws96G~MET8Rig|m5z)^^Q!ea<jsbSDgUYg?gA5(8_H7Og^JZD%qOAz+Jj?K
zsM5x*3b&`z(WcSM#K4!ZjtP97%{lloao-EX)-_GG2dba*gvNh#xd@zWjA&YXUif9>
zb-hcUq5A5JqN<A}7(W;{Xk|2l(1HL$6twe!w3U|0BTr13Ke+yBw%_}ZGPo#&1woNm
zc#Hp21VJl`h*ANFaG7#y{&U0EnJCVRmpJ{9+6+oNkXq%veHo#$44TokLqs>Qb3)qv
zMg-6hci1`YekRVbbAU)Kq`~0>3j=^YHa)-*u^_=41=ntwvMtWOXD7nU)#^v_s>d|2
zwpy)jDszlS5`%{lnCr>e*YZ_%|3sB7ZL6w2UDXt6QOQ~P<kvx5{zcs=<pv=(SVibZ
zP|p~lJ0#MHM@-a?Y7b{}vJ!QV7n3$C^gtnwg)N>{h*r!v7QDzO#i{j}&yNdG|LT^P
zAON?D1B}KP``?CuJ2Bj3o`{T^YSd~@4lxli@e>c>1Ln4t8N?qNE!n_&L_&h`(d1&J
z{?x+K`S!$qVhS}S!L1F~Ng5YMB*SVH{D9x_^^dlwwyYftF-KkmLpOgoIZ!)wnbL;p
zm3ZnC63Jh&v#wnKio1;*H1baQL`?e$58C#f;Ybg3*M<$0mujj{4v9+_u6$%eoG3}%
z`qSq(LUPCvYRI|N`h=?HD?5o>(3`-sFiohD{oTa*qQ7(WDM4AHs=M@e!oz@CUkYAZ
zWNW5X3Is75kc#HNhJTOlVn5Lvf%XQL925M2Ev4Qgi2|V@7ry2=wYO3E)$?su__ISV
z1i3CqWJ<9M7MkgvvgI!YwtC>-ZnOXh2l|bx(^KSh79;7J#a?svL0hh#2Ajz%;7I*k
zbK2S6{ZOUNsQb8Z+(We@<P`Fk^&SVGH;!Dxs^?Ek*kk#(NXhCA#VG-a4OzxT*FnY4
zox!;~<A*W<SmCstgp)(%^8^CKq~oX8Y+p*WSyJsYe@mX%GjkP2TpOkjD#gdYD44Vl
z424TP-VeHjaVbIndq^(dOWD!XKC|f%+Nym@wf)u0lZv6kM{Ks?Psk(^VPc#m!CjNB
zsm$w;TW44(O_87X4bSw~g4-vqx6DWa(&{hXQfiK(z*J}78WSD;v#UTR{t}4u*i6+i
zb|Ef?G-gSE|EfmyNvuJBI5uV5{UZ!(k-e9%&xwcs`kdTXQ~8{&?#0j{kcp>nL|CJ;
z;BF!Ztk?5x)P+bz06-y=R@(*CUgaU(*NPTPX%t&1KcIs$n;L^xC-e3|!#tP4wf)pk
zdX$0y$!w(%<uODx^J(}GCxu=fX6)3+#s1g)*iu(z&7vufL9P_4zK;ULb`ol~lG66n
zFn!i^*MF$T9rm@}U)x*~wR=UMnRG(ONWUVrXPB{>60Cld(7s7E<8PDUgw5o%%X?Rf
z*)_`^jZuJ(P%5XIG#iq<d$XF2#(n8NkUC4~<n_J0<9}kV%q+&RBceSf5xe?qN)|o!
zVWF3x#j0j=dK$?Ocr1YMdjbnSFGk_6B1oQEEQ=<WzRKXG_bVCncz68e7=>nb--(T$
zl)l9kjirorG71tMXVkd8#A9nk4-7=ccyTQbkfA}|citbyXn^U`*bzsHB*9tfTosIt
zzKFUyx2rT$Rf$v0>Ev&u$4yTdh>!4f^3tkm{_pin!XK^CF68euvlCbv$2%>xb?+p~
zakOp{R-X?^2qe^*Z@Mgg>oO%&ao~CstPnTySK3459t7PNw&Ie*8L1{(4C%rkinEq$
zX*&GWS3gcg$(@{JrmVkg|IzL1U&(52_<A~oM5cm7@}%H9GREoW85w}Ququ1exOvA2
zYL%5rdq@YZ|7rNy#iDAitM>8i7)2RygScGx-H@nRgcc<fIX3z-l$t{sT^>+?V6-NN
zhQoTvcBMB`pKxZb0f$|VNRuW(gH8l~mGHt*tjy92Kgf)X$s!c{Nd5&$!*gUT<7Mo@
zB~j!rq4<-EMJG$Yr63Qvg!d5509cu5ud`R%wh-f93tp=L%;CD`2e^}&5W?Dz@bMRP
zZm}U9Vc~{y4Rn!RgEf>9W_?kCNfjY7hqYE0lY-KKDL=A|3wF!P_D8`12a^QT<d4VR
zp0CE0eupq!-L-u~ZgJGhgX%-5Ct2Pnz2*CQT?Dq+>Xc3HpVWqI!|bXCO%OsEA6VN|
z^A^daLe{xV5mxhCq4DBtEm6IY{Vsiw=-8Po6w^)q07*`O!i}_~q{Mi|h3gX~;6$<Y
zNo*ctq+Ij^yRdx}(&1MS@~iSpmMItIrqfix9nQHpvZ5+L>2Fvb6T2&acvrm!Z8IW#
zs8e#%wCgGoB~^i-<d;uL`%3AeCEnG8_vNyOX)y9gCnEg8wNnCZMhcnk`{13!2!ovL
zpDk`hCW13Wtd@+(J3KrK)f!%xy%8&>bVh)Tc>ChtA=>*P?f+Z=j$Z*-&*6Z_z5*8x
zg=J+nh8dS)sHPRSSo=gIa@^q;TnX^)aS_kG!powNpVfRxjK^MrDltB7OFmsKdw7if
zM89%X3g)6@gIp>5<8P!<)>*u-W18>AHUWV`Z;=TL7UE+=Vd67QgDsGl->Sz_y%6@6
zwcDNj;mWz$>YUt~7o6}d0M<d=h5v=G*Zb?xK_?J42BcqpC932Nr*YY4K>RHEiI+zQ
zDbMIdN|p87c51XK);u~+^dM_Amx}{ezk1fm7!cKSn5mhs?4ij+bKNvKydWB`!IA5l
z6~rc4rA{wXK?=QICSdp~;MI5;6A8`8`$IGUZgHe!qo;5BGx^nba=Z%na4JcR4zv!m
zt?gNcw{Txa*=I8yuB;Emvk1a(w;KN<D)HiFs-tCogVWJVt<$n6Dw?aC)WT#xem{V5
zth$1n$V!C#s6xk6|NF*}C9z6-$VfVzxzfI8f1bsy^NK6z8UgToc}A+#F2dvZI%MCZ
z-!;UC2Odip5zjkmaVQ4Mi5}H0a5dUFRT4(mgSTo>2S`v6u9tLEusXkr484q?aM2t?
zMVsk4Fm}G5bgmygy!<Df6!d?d>pk#k4+mg?Q&!n|_%ybG&G|)R_c29=Z;0tBX?Bb4
z;SY{TQ=is`pwe&VCVCzuA~_YS7of4;VJ|>G<)M1uf9aBAeMm)CZpW21slY8(#6$NH
z%OsQF!lYon&row|D=0YN6H+p2^yqJ$o8{75m8Fn0%o4@$3wS3-){U&RymdQU@V`1`
zCv$vLCh>eGA9Y2Bm1w(Psrc7F0a0S*^N4Aq*v4&q;{0q2`j1llIU`O(e&fX*c8x|P
zNWW=L(PmAvq@xqvUk&%Y!<j}k5Bs4;`!V&ZwG<xf=sUmRd*W+FKuK}#qgUa;BpfK{
zL@09B56zR$vRf+F$OT<44BFmo^ehz_;j(WkLAlJ{_;<z>H=yX?m1+Jw+oWlPjxg>4
z5_wwP9YA;8p>V<jk!MPFSppOlVptD=q1eAT$826_ft^yX5BU61i&GSac!tqo;xuWa
zMKX>(%SI8QU!4UP!F0}<R%XoXb#&45FJFCUO>x=S0{)7L$`b-PnlXcypuG{aLgR(D
ztW2t?nzKUMh&!iozOd<3A%_(5DMub4Zd+_d_{-2|#Hg%z=w^Y6-}RKrZjg13WO19>
zO9WidDY0<!4^EFtlupDDql-6RzJ;7-=~NpI3=boKo157Iw?jY-Wy?hX{J#C)aPg4C
zfoQ{jlax>Um(z>E$J2(%+PHe2TiYt_)_g__zG4|iD~i(|%P-Xd7=ze_c7TK@^l%Y#
zfF+u!Vh<4s8(pE?YX6HRw*WosV|_Vu?84i!rcekz{c>Cx>he$xlJ?iAL<9=T;1Y|W
z5eJ4>CeG#S2c=G<zP^#JqL}BeW#8BmZ7PUVm)N)uCf`pdv%GT$8<zj1M?u<>^Ae!U
zo!oWN!9)C$NrA!OKOr9rep_pQXEXYkxu3R~kq&SV0rM*rz!5A&Zb4CYy$o&zDj@iC
zgv1BUkBVL`W8uDFjJuM`;wx#)KY<SPJT^Sp!w>{~a_K+S<r0hAhV6cy+WkltQz2MX
zc5c#_oo!4hu`~MQrY%;zBKj6Z5y}^xsI88@IRqF5Sj=l7k#QhC`8d{?zOESg9bO&q
zyDF~u6j5bxT5L|AK0WaR_OQV+@g(G<9N+UEJ_7-0ZmkA<LPGspTjcsxB$Z8o^nPG^
z8t^Z;hobRGL}WM%O+Nh56<Xg4VMfJ0E|-C4#DnyC52?$GeBG9(JqY|&$~ZxPkX{}W
zoiV0z%xiI8hI#H$AM1Pii==8-1sG5x!2m)khl()cut=sqQ0IVsMNA@&>UB1WP5XOc
z{K@)cZD+kl(|A^N;LH~!1Fotj>58y5rcv{DIR@VsTgXCV&^DZh0C8=d68MI}kIYUD
zT>}xtKBR|4*e?>WeK8fz)1ZBY$0mf0J2%i7h1W`*{@9$e(_5bUp-Dc5D=MKc@j^jO
zwY^-BwbpPigO!7+fo(?LLl2cU!DwaIZ!@ZPbDRiBR{YpMp$FLs$xP0zenSOmSQwMm
zB~I64%3VJCji~?UXA8P-DW}{~8+odZ?g&9%AjiE=JVXTD45`7!QU^wqqkVcG0k=j!
zz{v0FiX8&*6#Hg>=icUZ1?57t1)SiCv0Cwl<?B7LZ~GU!ui|3Q&7X}wL|uA<N*~U6
z<3PW^vceY-;r0(H;YCQ(=bFigS`G`Z*dFqKd`ZE3#swH$dH<v7DubeI+cqHGNQX#E
zvrD&hgMf4{-Hmj&bayw>-Q8W%NH-6ilHct&^Umz>1AZ`D*L9vpj*l!3>!Ub)e|p^s
zj2~pv?~*heF-GB@sx{V<j{kiKpEBG!5!uHXvJ`qGzpB5;3gu=qSRNFc$obIm!~!Uw
z)nri_Vs4AWrQ;uAycaC@VV2ckyPe7q1+XT>!i>U+fJg!XP4mUT;oNzV!tD!_5fZhZ
z_Gd9@RcBl^-J-PcI-a4`U;|Y3z0`d`kYdg%X~!*Y*Whd^)KXSK%!YJx*~TmIUFQg{
zc>brIRl#iHP5|;slIu!bFvaUa1o$#r>k+(UK=&UOF*;l)7NvYgzwq^;n`iZ;UcbB~
z5`))yBRu?_$A{@`0ZAOJKo6j{2?_!t*a39ZK;LZr3a~T6*mXD%1CG|^waxy}&pt;(
zh`on{^oaJeBAi9U#$cQC&`f>FXsgmsBHt=ZC6pq$!<EVkfg=R^%#nIIHjXLIjK|Ro
zVKJK8;#-<hWpBgu->g~L?Q*+E0@fZIX#7^=s~YsQ87Xe~^{Toav^47$A6y~V2T5po
zEB60_AlHvqyTxXJWU0mq6#<BGYSOT}n&P_vdIxzMl>N{)NtVrQwohA#MVly3ZPenb
zd6A(2VZ=Wp+@JP;fqZ2OH$r1jkDHw-<YJ%ml(Kjw!<hRlc?R!fb)8q`_r!y&<H%W+
zPsEq*cY2w7G8~7FY#V3)SZ)Ip!SM7mH!(AeX^rWJn~BKr?JyOZJEd3yMYw(}@3=$A
z$VbAu>Ej@!llqrpq=5f?0vLHPersiUW42mVx}IwDU5kk+9n>~2IHch@mY-e^5+C?`
zwhL3pa#c=~(T1<HG5DFEAJ2d3$`LmJlFdFftT6#WWnXeXY~IYZi{urH2nU>s-ZoY>
zg;`Pz^A^mJfA$hYl!k`LF`APb=6zhP-{BT%)cP^xv#ZFxkfzOy)XIV{%a}YcayvvB
zU|e}yKOn>m199%u&0&L51G8?7$7ic=z(g;|=qiGL<8Xe$ue8`uP|Qbl%goAJ&|=G(
z&LA>4t33oPFw|E-Nc1<4<Kd9+Y9H>@baiquW(J>bcPRQ^Zs(`%AI^0d@ld|zWgt>2
zA`J@dU`)?2`h~e3jC4LYa+BoUjd66#<6&zVo97ySF0|-5KqF!g?1OPv;%;^f?>xg3
zbbo|h<MU)ClnBr(68H}`*Y~4wx$J4_I=CNoxQL$T2cZP<%@V`6BM^MH#-!A8r#_DD
zgH1^^q58QbHf&6L<Kj{qkpAE0JrsMGl7%K#!(lga7b#apcRKPVQ=61Uz{TLqPK(<(
z6e%t0<um-XjIS}t3nHAkP^xNA3S{wZ(TH*S@R@@P)XTw&fKSeglx&hWl`?DEM#W7O
z1@G47ZbrB2WsFP4Y6^HOq*^b2p;>u15(_p$==m*62w0o5*QcZzkK979WQvG>lcT_e
zT}>>|@%H9%e0kd>FxuhXxJG4&-evlPfh&&Xb1UhK6B-)o|Eu>vMqaEUdWK?BDOqJm
z(S0AdoB*fQxgG?f|1EAd;wir$1_YOBCMh#dB^_QOS;F1X_8Ihxmemi9%g(rOZX3S#
z)Q&`w`xFgK`fbL%A+~KxlS#fbhlCqJLsj?tlH<}nR`O6}M?P)94^(Cr*tl@5+%%n$
z8E9#=_^Sk{p}x7VdugE?6p#w5lBwr-A|)@I<ozw1%~bL_w8Dcq1&y7#{Q2y0`!}Fs
zd=o~oH`=}s_g-mUn0BvFzAtfXLRK*q-J1Du8_X6ib3yxOT3*d5kFYVf^V(~i%^B7=
zOiPq}pfCC?D@o>LmW=qhp8w|L>zAl%wTThOO*~S*Z<3r|U&u=3W3m<v-MsBTNA$J1
zGRrExw&hZIGX5+ZbdcN8oK)Xi%E@j9Eqm~0x$yUEG2&$b$EE%~@NNHx3tZ8Lk!Lij
zQ8j(RiS~~-^oClipq0Aa=zM;B+>NQxu<vWI#rZBI1>q0duKkJ07#_eUduHj%OQ3+~
zc6o&8$@hufQZ>#k+CT1O|F>w#4m79YgU2iQT+l5*qTm=aToslQHHn&;jX@i8uZa_*
z!+Za^P~{sQ8TkA&3JiL9(Iyo{mEHmm!d{%y8__Iho(|FoxN)^fNpue}%-@05WgaEQ
z%UupbdrQil!r|i`liQ+bzcMu~5^rP#9p_Lj!(SkFtu;Dblk!$ik8)cL70jxJ$vnEc
zORRh-d!{uKu2VS}*^N_vHtAH7F8CF(YsJ~BzoUsKK?7aefV*A{wQ(t6RVsJKRiRys
zaXM7d<EYs}P*>YNPv$sPTI2O?FvHyX*njM&Q6$)Ay5^dHQ<Iqv^Y)*Lu~NGkrg(s(
z3EDu<1cOZ0$mUDkB2d{13xpp9>^s7t`yze`=uSikowf-npCh;Uz%rLl8(WCGOgkiP
z7tWoYpDrPV9j|Qhkxv4S03Yr%VIbpltwseXZ4yi(U#o*#x{x8Iykaa$5O#HjeL+W=
zJkp#)P0l|ycdl=GyX{mVyK#p!!ij^dHFiQG_XJV-g7TfJE4lb1<uIabY8Kj1LiMgE
z-IP25OLIc`L>;+1JJDaWk20~Z$nNv1O$n9L-XoC5jwc50;clC$8|{*mh$^~fQHn7W
z|C1&Q8kz}-O!*89y~mFz@QeD452BPLvlQ%gIEfRq`moxKGD_EzrlOO+ErB1|*v=aF
z-j2a2v5Z^>9|F}}E2Bz&+%FCW(Dz46FyHq1BX&+^O(Y=3@K3`TP)paDRSuR{cb$xn
zK#?e>1-d#Gs|4r}<!O!TH!7`YMF1J(YUNQ{mFG%<%;n>x99IJlUpR!XVU{jXs40qI
z9Ef7Bel%%JH_`M_F!=oq$UemL%|5IV-<|_OVGoAw5YUw6eboLOv43*+x9du1{G4?g
zW=rOSApW||L|&RUp(A!Zy{sw`0{X873AbznQ&V@+^SOdF9qy_)4?XS}zbizA>2fvo
zR0kBt-;qiLh2T}5{`Ol&KwoV_qC2P@jUAsz_i20DNO4T^JFSGdBOB#f<dm#Bp*4Z8
zfD3I@8q(CwO#>GirjsOLRxnSchfnEXl<A+9vbwFziE5u>^!NjD77H78^*DSSV@m9h
zfiSt0RvNKl8{-g3CBLd!snVbjZ|y#C{YeKLlCw5W7zr}Qf597!`PLfa`*rm|)D%$G
zT&4hJ+@VX?XAo$sAs1DBI5-js6pyb$`mO`8^Nk+bgiKeOvYU*i*NZcigB`I47JnvL
zr_dtH_r$Sqmf|y&vBXKz?pd&b@J7_*TTrER@G%^52rC?g@wBMtcH<5|?u}k71XZb8
z-rHZp-sCNCM2##LOOcL=NUIxAO^EH}N_+(?cp&gFiZwPwLx+YbQSw@}PqEWdw`u$J
z^Rqi0_$XH7Ol(_<|3W5wNlWfKfzPZG(}e$NiSVLh(TnA=&xyd|BiKgIHpm*N-JM2g
z8ip=j6M|CvlBvkOMEs-U<$4^z5fB&gTD<<&F)(ruKtT3F6!%jg%N&ockB{kPKev!B
z%2Y;{r^6yGzD&1H+>I5~?i&h&{feS2#&$c75z{h6Dz_rTK=-qKC}&j)J{w6p9?>HU
zn@_!~C?j)fct}hj)(&J5qXS5!aMM^v6z#O*64@k`zl5kxC#zfCD~`?hl;@#CM&pA7
zP54Eqvkn+3E0^gqqne45)W=rI-ZuYDH<a1<{8OB7aZ@m6f!NGf1W)fZH&S-tlsJMb
zE-dB%&S38RFzX+`Lr8F-Snf&jC=7BmJ*;3bu$ZQC!7nws_DwyCaM<vaMK0U}VzJ;m
zb;W(_<kn0PrSEjG1t0fxi!H*b6d?H{-IC4f<pCLZi%%ljW{yBEp(4S9{#p^cz$o9k
zUGMXv(x@}<oquD&EUfE=Pk_39Cma+Iv(f)=Dcb1x$u19sx%{)WT)F)>E~FF;!8*`_
zoVtu_jJ|}?!3Z*!uO!w|i6#HVO#AD#-7WiL+5V3O^bc_TArl;s6&ty^8ZXnL!6*QI
zlK!7&aw~WF1fc>CDFc<GsopC0_^;0eOm$4uf_ftZ<blvzoyzNY+buhWB~(_Xq=`*^
zrIDSKZ6{?kcx}VvtRXF^{ZZK}V72Gdg~(8Bza9ng!^*%Nj|fj;?iazgL<06t*kYyP
zzxm%eH<^7>_|58Ji@HVkU?YTH=cSt0)oV8`0`$yc<udb6?Av*wBcG+uwri8Rf?a6e
zwAp+=s>vQYBzJ|v`_dW7G2cr~aw!(`3975vjhS1|=Pylf*=5g`+nIzEU!cCR%5lK~
zz3@QVR>^!wBi`YmK*!sYRaib^Nr~C==4L;@BwPaE|Mp6~S&PFiJRs2s=_dySE9C6>
zUE0=$)_nV}^@nYYH5`~VK9L+m4B;^1*+yl`iEb$l^p9n*>7-oU=<JopXgW|<NweOK
zT8-`wpnAi8o{~hwgssPN3Nq`cHaDS>5XvhpcEn)Wq2FP`Gl^6Flp7`e)L~#?`ZE>H
zmi}$o$gu`}vEHXNSP>Iy0JYP)3rA6-751~+sy(nO%0%P|feh<fN&2LosBKhe!bBrz
z8)wT;$JEf|H^rtnRE<)mOI|V${hHj?5WO)!0KM)SBo@SR=~519C94N?i65E&NUp+Y
z4lHmTc?+3i!DC+)q<63-g0AoN1ra>)L>Sd3IKa9VDGPu65@smk7M!Fk1hh*zE0eZe
zzi0}$ow&xxC$-U{EWs|FTxcd!Mq~dz<p8?WQ9k=Tet_z+OfoPtL-_1{`;P}SU`k@#
zT**TNmON+xNszHw@HX_QfsoULc{ruYhTV_TptW&@qgs;`C|3#*bVc7JL`kZZPxvMe
zC(UwH{J1fKME+4Qx3|77?|v$0%33P6!E?`UzaFV0b5^9nj%m3@37tUx(y2*pJW7lZ
zG`_AwkWNfsrKAxO+BaaWM8>I7ffgQXqm=7sZ+4C{92iTL_k5j6)jP&k&q|*lO~=Nl
zwm*ic<vH2$Fd^oL<!l&9kk=Try=gATDvmfrTp_xXAYNTW>7Am%ZM57ak%y;5qWega
zt^S_Dv1cV2w(cx_q&P`WS&jK>aTo>qI_Wl+O(V=VA$LbXx3+NW`E#T1O$j#=mnOjh
zq*tNmh>Kd6P$WE>ARi`&Sr7UkoT9uW*DTK_Ag_Jh3}UqcxYM|5>ifqlY@Ie|Br~%T
z0L5^4MwxjkU9dFg%y7HfSuP;0g2PAtBrwHln=wPlmdE;}**!H_?4D7S%~xkrXH=wD
zP1gpc@a>y-oT85p*|HK8oZY)RX5Z74Yu7xKA`9_cYaWn(mn1W2M}S2^w;vLP_=?yI
z>QAsaUy%@1!1$B`y9u_+TIzuUv#&b#COQ1)sVc!Wq^h;m{UeAg*pxPgbSu2T;innT
zw9+6@fGIxqL&7xnFi&Q`s2J&D_DGBpQ3*@blqRCGWs5NG*CKsHPLAvpf^Y=UPUt=L
zf@wBJ|2=F}OH`ZM6P`FcumX!KLG0}C-LrRJIt~}We`o~RubkZTSp$qDMt3LIMvmcV
zi=y0mkHB2EBtg9&!_8=>Rnd!m{GEtt{X6o1k2^|#7Or;;JE=^|G992MeP1H&key#y
zu>hF@+&&x>0I%Wz7CHdPL<;H0((}H<v*bXY>F|B`|2)j<q4$;D2-iP<sq9?T4{?Fb
z84qgB;qHdxL!>S_jH6|x6)_a?j?n;E3kk~WaXXaB%BG^I4MbFDz>y)(wH<G)t%g#F
zwFhlD&<86b{$#k^*JiH1Ddx(26_~I_Qu|ZbKMP*`93qd?N@W7uV2FHdfYa_J_+g*}
z5&E*l-6`JFE*qcOaG4z2D(kn6P&sits7+Z<t}|wX=2`vG8#{2uJd97J>I)tPTABtK
z3cLuVie7G?PUJ<kgycTwX#SS#AwOiq>Fn4LUh3|Bm-hZX0pZ~@<Rsn_<Nl%6*B%JG
zJ1^|cRsN&)=|kbdFvKbP<98F{68v-@azd&9$XNOa@&k}za3l_nh7kn6<3^4e=Nr}*
zI$E^8a2C-Y>ki-XulSK3(egNx=vo>qTQ>o5MDi1dPX9W<0r2J|&H2op8z^(QzG(M-
z7o<-LN10QzwD8*+3sa-4R3sP`IEAk9z$fW}!mG)?&xiQDx}N{ax3Q7j7iE(&)Uu$2
zrri^mz6lExZT~x(T%*Gr$V$tfmS-RbFTB)8@lD*HR))V`)Y!mFnEfP(S-YQ}mLnZ8
zf*~!P7UmESuj!JGU3w>8{*N0Gjnpn`8JungKHN@_6S*`izBn|B>90agO_b)lREG(b
z0E5=P0?-Es9CMZ8SrV|w*LrFs8sJkZGn7DiVWHFiDOJ33XPNDubu6SgU2#ytNG3pX
zV^T3YZLe)ra{IGpQ=g%rWcB9o#yK+pAkJJoT<slWTOy#gt*vplIQwne2QiK-mZ>Dt
zmtc`Rh{rdqY>cAHsn|SPLBSri=y*=V<i)wM3$jS>7*?A+7iVLX1&yOb1bi+V^N$qR
z-z<)`td0M*XB5HcSNA8rq@MlTq88wG<@dZtU0dT*$gO@6XmYM}aRFX<A@HUAkvaAp
zJzLEWT#ea!k7WGiI3KB%8s>&mH50!s=Z+2dh4~?e+i7g5kvi)o0;2&2ML*VC>d~}u
z%2V_ay`Z>VKZ;3rs1;%Y$)IF0Tr8yF0W?<yw(<Z50Rl1+9I4^u0b5jeOiHhP2K{29
zl`8r@AP*11Jz&n=M?b!f_@Q-DAR%H`EHAB3){KU=(;Ug&G+Rmo&Y(|W-n0j&<uNC>
zPAAyN{D?6!`~po7CC)Yv2WKedkpJE}Yodhlw(cS3XQB;xfR}TP1;PA>*fa=l8US?y
zy<Gq-PV9F7LI~Wm0-Yo}JVNb%hJX<Dxx{c>RtLxSFpDJ0vvE%PsAA{O+i9ebj(VB~
zzMtU*s(OT6NRzX>4Yqd3yB%U9;R*f>28?)4@2FkTC%HVtnnmFaeZ={Rz$r8^nA5+F
zc=H$L=C9nMI(MLL7k0<(oNR8q1RKfcZpFhWqL?2N1)C*l;sikqyVce6&g4cBXb*_2
zf%QKI9SUcXW?HiKjr?fCr{~#UOOVh;YEXI-RWV7O^*Y3rN+pOCbIJJY4LKxeBJdG)
zZBbT^dBP)i>rDt~FIb@>GiLH>A%-OwYcN>9ZRc!n=h?-R_aEP$Hznf^OBYUolYRNz
zc6YV$bfZyzw!;Y^Uv51F0Jl7x{0|G0-8D+@WTc(J$?n-5gC(Xl!=r@!mebh5Bg5Zy
zsN)M`XY0ySZ7g6WU+Xtr6<Iu3@`8P<+nZ6B9{RK&-4@6AANd$-Ch(6io}?0Rma6rK
z>BoVnY;WUo+=|9hHLDiKedKHYVIW9%^(?yCD2ebx=*V7c(ck-suj{R0YXj`V-dH=$
zGxTuN#Pb<?xym+F#v++&#j{<UEmpY74Tv_wy3IFNuY1dR*K4bzJtoyF3PTH4tyP(g
z_I<X;Ln6b87N$ZY7XWKhWi20d#KN+8A7H$S+p8|2L)4q1DoKdnYKl!1$ctZv@6MHp
z&B&gH6C6qXm0Lc+&KvNk6V?HROI)GiTTm-q5z{w4=7D@%B07)Y$Xe!1zvlWFXpqtO
zPb^eI9FA2cJw=^TxrmVw!yx-ltoEf7eHuMt@MRGf;c~EIcoBaAMhXUKWbolfksV#T
z^Z0b8fWT$DE(GXeybH2qhX6hX5Cc@%;$Y`Ti?fDNBwNGpJ7XGn#nTM%4Iz$2LIEu7
z5~euXG#TRHzMxRDV@F>LtAR?Mb4Ti^@MJlSize*0z@FN{s!n#<K99#MX`8lggBBAi
z{0EYpOg}D~;|9KegSk1sME0S1^V(bIe=Re%j&DrSNdA;dHgHfYm`S464M-HuBsEW@
z&rX?YgQHi5bzAP3)wFEivRn!ojzi90S;ulYS$CH>t7HEXiYc&>9V+1cM=5lpbg!e9
zlqJWi;PnBgd+Y6QzE>Q&rhTH-*x7+A%E@hvn)$ba5_!ZZj7o3J`r@$;er5;8kvi1a
z$CY#kLL-SRg+o_p_4!V<@-xTyUuvxy;jze+E==dSr9tVMggIzabUYoU)a<<h*c@;}
z?UR%`GGR&+^B57t)Vl;})aYWIU!bJp<A)hp!{m4H-S&PD!Bj=U`5jvW>FFW(2XNNH
z+t`cB5X+KziIVwVz)=-jjQiDsmkAKCwcb+FeWxsqC+xUN807?cGsU3E&emZ<%EnQ%
zekwVF;F5ylPOeAAhHpxT)7NMsA`XHNM+gd<{8>PR-@NG70J}4zwgGFJ2Tfgbd#GA_
zRDHdZ$}ik*rpzhL!iQi&7?RMU>bxEUn~tQx9wU;<yxJc~)eFJ~ynQvD+neF}MRAEB
z$H_fWO4jL0s=PHnJYxgi=gh{9c=G*VjicGrplsPkp8bz(ZOHH|qaXEcf~uE(>9`xk
z386HyR%QGGg(+gD(@i66o+@QDs>Hi<+p}Bhrt6+RGeK`{zeq2BKq{9hdiweb*c*?L
zwg?stYmY1!{E0_&VpYrPUPZYL$kBos(G{#|QkiD297y;Y3J{h9=w-AB%n%P(ui?>G
zG#o96QE<qJ)$$5OinPc9brX(LAvIVi<S`$LMfNm|Ih-<A&F9;n|7igrA`Bp)Lx==D
zE9EDHo0dws>OUroyCn#qM?Flnao}hYewrC~D8a@G5qsPjVkd>gep*5t`{7q1O7>Bi
z9DCIonPQh`rc^FWR6S&iCw}ioI>V+2!S_<D<7P(fe}br!1%@!nz};Q!%&Z)v@_FiZ
z-J$@~dVlV4z&jf5(dke1vlCjiu<4$6t{%=CF>vXGtTBNAt>A|#=4x4PTr$YiCSe|?
z*}71TY><sxZ^R|){7#3}iLN}#zEod@32*(>Q@*NPWxEa2gErPA`M=QlGG4QQx}jB1
z>Bbe&0jgc1Td7Ix-_HxwjEbl)Jg;(HjkL(OQ`1VzFpXN1DC$NZ?T8@hS=0Eo3Nlyz
zRsM1Ql}lE>J>6fRfC;0WSIj@J*{4QAf1OqcGX>c8#Uio(T{Xu1!ktQ?)j@=WS9{RR
z=iyXYX6zHWWGKr$Jw#9Jal){|+zXbfGO)xYMAtKXA{^+I8a+#QTIxALkmVH!D)mt|
zP~H6aIM5u5RHJ8?yY{DVoTdA}W`*YDe9zE+a$tc3R0u$;9QU{IA*RUS9b+}qONuP<
zfZBG!X?$UA=%%Cvoba8XYY;+$irnN#4JZ0~6_vCw-~B`_kj%@q;r2l~9s(#n!TJz(
z(%r{LSa-pP6OK^gmY=8uK~3^lqI>L&79YB`Ve>(?HG25Nxk$){ID^Fz{7ZUAnBu+7
zu}4fQ;QqgHO+k$#w>~g$9@Apmo5PLU&NN6591Wf!X-FQZ-kz0YSf=Ujg2P_S&)o4*
zOxGrntuy(|#|3MW4~etXTmFcY4#P%V;ICHxKHcB6&<*vmR1b8YgozvMk8cSnb}67B
zsYN&3rt9%RwvqSFI!W2=%vQbh`Bgs#KZ>sJE?&$RV^hvI1gyN^G<tl(@vbmv{k|5j
zh`WylN|mB8NdZkIC*cR1nJ;Ro(5o7+goocycl<~ekJ|?+?frS{sKhG}P%CrRfO==*
zIJR)S=}?44V5v2$Cj^>^vIRWR!N1~}^5<9jHa3`vqKKsuU_qCt5OxYv&NMkhFchhc
zX0t^ICjB?|GR4R#_HZK=sVhx#kJ2S#bM^tXQKLzx!6KJ&2NTpo{0Qo&*Dj1qDq>W^
z)uI5HfM@sZ%k@!(m3@j>BBqn|CXf~ph*Z;|Mf%7D7V1s+q7Vmu;zXS3Vm6>qF#>f)
zE@dOjpI$4-N&-KB9#M+Y5-F$%JU5Z`l<)K->H_8N8v!yOP_;M5%P#!20=MARnDr`B
z+_IsB{;+OGAVnDMy{`BZsQ&WVoc%ibi_QCjvyemjVvKH4d>;Woxp}_zIpd2D?YVCp
z9DcENY<lc9LF!kfaNkPfscn{*O=c`GmJF93d+E*}nYD18In6S%v%`pIg@$788gDyh
zy9}DX;<%OW%^C`G1s_0t9Tp;v;tdHTCnO@g(nLv^+qCv$^n|v6p4+NbVB*toB0>LT
zy=*38Xox%1r$<YEeRIPGw3O#-Rl5Bi%+6FOi2`a*^YrXmI>y&+M%kTy(GkD>I3}o4
z9;5q~agFM}^Jy0v%a%lPOi#k*P~g<9SGvLXKom^CR1Y-|OOXCSq&-CEQ02T2w1JQ-
z3NsK#DfcrD)=U!f<L)h`G72F$_?JPpb~6Y$R0I3lCa;cUfS65>b*lg03x(D1|7EL2
zN@C`@Acr}H9Qnnt&Q0XQXu@b{i1Ea(F57Iu*k`6zuo)D;=n;O=jpEGw{6<Q+8=>mh
z-V&Rm_Z&3lHoqY=x>bGlbN$Q7k}<2xg18M7jEDzjW9G9l6SbSRtcxKUK?PiR{+1iT
zbWIy?m?CkHTLufK#t9sY?Jhs<eWM1WcdZvEW=2?(|7X;YBbRpMVD6zo%WNa6x@yRt
zlt4h#?}2s@f)x|RuoTc1fNtlE^#u$cm{-2?J@(`<EI2O1bfWIaDKuQe<BKKq-VA+u
z5F01~62@#vpl$)8>AQC!w(EZ71Y|)^uYy1dR^*^pbipyKq$Eqnrx}9XX88-3_7>;k
zcrzMtrAPW~KzIi9!Ino-<g9Gq+j6kn?IDq$h*^W3*&LG6qQF>|jYJi}qD8Q0;$*<P
z(CQJ&KMeJ2s1rPdLh8}%Vqq2dRn|6Y4w2fSlH(rnqZ8zSazx>`_v&{)tb*hxkw82T
zHb^IYsW@JTgIz0W*FY$ie04ZUaaOEatR@+Q-$dWR$rEB~6XU@TlaF+aek3%_VUB@R
zTw$zaV@&ZBj=hV&i42;^14|BxV<e#UnukIoK@@@7*t~dh)!n1Uk)u=<!^t#s^j(J5
z$VL>5DJXI!Y#cu9c7;EWaLQ}a%fNXx1%F&oi{~|kLI>+&f3ZSg4qs&pIoE-&BuX<&
zhLoiXlkaL`RFTo63pdpS`7+4$I`v9|ISHR%Xq6dEFx`c5qh~J}HEbRmpz>+S(nl0w
zj=sJA{>EdG`S&9+K*x9LVE{k-doeqGrjHluM!4yg%5zE6StFx_N`qCk1pd~|6v|a{
zuEPM7<3Cnx_Vmtve+(Cpyyvf-?aY7sDqf`AYt4y*w*@T4=Ir+oiE+ShgzHxZdV8TQ
zxh$pTky{j&ttIp(fVQ3$>l6H@T+LmjFW9`YwcL1XnA0d*@dKYe4Zuc0Yp7((i&5e<
zMJdq^{Yng^3u3fP1Ci4}Y+|&#N#97v;uzJt7r=THjK*<6?s0iqV-}K%5w@R-j+7UO
z;KZ28y;N(%?k&T9(WxS*G0m1P)HLu=5TpiJ3%M_lN&B@i#cE%ZtmfOlA3d`+*Vw*T
zcfqK^P5ko9G7U3>1IIM%d|#;G*iJ|Kt!jY!Thit;hhC>K^hAapPVk)z&0-B8eF0LM
z;;9@wnZ{adlsg;AP~^X*8-R%l%;LX8gNAUVncRn*dg9KtR~7Q}n8+EkI>w@CI|@yT
z#i7$=S=?8;@{n>DEDZsT0VPCUS}D5bP=$E^+&FPy;OK86sua$!;5IgyZD(U+utG`T
z=~6Yqhha`i&X9*^?^{oAR7p{NP)_xdC2aqhVyB-6XTPJKO5&4I<kiX9X?1tBWn&0%
z@Bu6OL599xBOE|FpZ{r(q528vlt#IU#Wi^DFv%XjW=zi7Hec<HVgrG}P-ly$KdfzR
z3|t@JEgRb;$s4eG1_<9uG$syh8PmeHvcKhIRt-r02je2X?`UbHKrf!wyL8GyAPPs&
zidLwWtdzz~LVHt2h>Ok3LLjI?W^HKxyIRrhQUsY$OM_8qgWRcVZQDXV_{QGe*3`cv
zgKWhX*h+5T^3XLPZCYebxa<_WE~L#!@!S&WRHf8(7APTelgJu-$ucg7O+s<|v}!!z
zGX92f21#bA4`$|sfim%J-XLA^4^~*3+>)ZpTutqD(h_T}&H_I=(|(d_8*yh)ikB~l
zkqoEGjl>O1&mMD_z!xdueVwM~15NwJ4*=?s)ak<}t;&}SU?}W*|5s7qJf%hax?26J
zRW3(>`ZFS5C_UVA040eKhrE1({8!R+(fpcygm5Ba`ybnarBfqc-%VATeY5d%j@3oT
zdU!ZfN_DM_d{LF@FIe=4BGhO18g{mMZ<vuOHX<d~W5~=f1k?i&s#T8|Bq0&(k*->W
zjJY6@O8gQOn)ZFVr2~?bIo3Np@d2%wxLgS~Pz$_!d5O9Ccgpqhe(h^OXQwV8e06Tu
zjU2`XRGc>d{tl>*xOqK*Ve@K?p*j~BOZzdt0-ba)DdTj=5de;Lj}yd&th};D)70GF
z;&PTQ<DHKaJsTEaTrywA)poiyZqMlMHF(Kl@S!k2s8nXkVbY~Z>C$jZ9?Mz!KM+Zw
zHNKM^k|9RIeEO_KW6tVCk;`MV{K}{F+3U>fouZ~gy&nxVHBpGOJ|C1ggl$nKN>Gf;
zQNyHPCk+gAybSadR|%3CM7}4tL7-ApvbJ(N1A83<EYryplyfa(i>jnds6{^xmrf`T
zbP-VYlzu<-!wV+suG1~IE=MO6%)slbHOpHzX9p}}Dh@(<-farXHX>A=RUvFqBSb}+
z8)s)zmvcpdzH`UUU2m0k-s1=xRA0V)iQ=CoHjv!Q`$yC;Ug^~Q)~j5`Y<Kj`tK`24
zSg6r2q><fqX%DWi{|@9pAw&d{(@A!E77uQtGEy)m5+`y>m}tkCityfKPuG5m*rc;0
zmyY@KM;D01fuHj`lf;3WmaDihsvfaNqHd(N{6hdlhKB?Fn7h~e<3N2XIsolMnCyWh
zLZCa-2vCaobR%r&az&eQ^YQinixUSZ6<~1v{{jdF1qC2q2w0iilKO;HfL03wL&R4f
zj6mVdDBu6GFz-Cjq9i^5!pR?44+Bv3jQ!TU{SfX;<-|_k7q78iM#=0C|8*KI#N%U?
zMech^5HZkS%_D|oV7(lW$kkc}i^#Cl+51XmE%rN?MS#a%7YpRoJ`AcA-v5bYs?ipm
ztLzoSs-qZY)$WxLN~8zkCWh?y5mO#xXhZ0bmjhx|yL1e|+7KR1h+qb#eg)<rcuot>
zf<ru$CTt#dK?aVyB3A>qkcJs$*#w$#^i5pq>vb_6eHbk|vDHGdcO0id5UNB<d6kMX
zu=^WphUis)$uMjgoSfLyT6vYQ3^<M?sMQ~P)Oyc0t<ScxvwN@a@9+100YWTyzb8iT
z>Ayty&O&2W6B7Q}(XLd}3*NS3uTP&o+;ABT5;vy*gkMZeA|U<ow<SkrPQqcVD{T|%
zpQMadYxQeNRc=vpV~D(lLj&sFo$D%5W|#$tVC(t9`|~rx^S=c5e=P|Hjau84fJ-gO
za$&O{slxheyaNTiV8&#Ja8|*#XQv=QKYY0cuH#UQFHnpUl=KMK$0a#=E7n`H1(E<@
z@J|g2%n?&S;i0{~AC)w)Yj(U^@@5$d=6E7a(?$=ku<&vq{Qe=W!UZpA?!uX2#G1DA
z-z}>Bk-v)LYGm&G@zz|CtPkIHeoeGP%)d=FOTqh=H7YcSXvR}Cz~r`%REbb@LqI1s
zqj53CVfNSOP)%zQlWc?9r=x?cINS_5V{#-LOQh+Of+>{W{xwawl&!x-RHPx4WD!zH
z5t)C3m>IydJ!_?qV?IXr8XH>(C5n}wNp|l*T(w-C7USS|b0KnGhajyI|1mXOaXp9+
zr^H51zN!t``kD~><nrHnEz*b?moKO666Fgb>BV}W(>ooUV5ekpAGsA5^UQRX#(t`y
zdQ?XGq~GWN{rB=$76?aR_}3lu&cVzb59p3uDuQR>Wosj5qPeuSVRu(fzif0<x4?qm
zhkoVI-RZE2o-+>0n;bnnFRyHnFID~Qc!=38FTIsT-JXh0YemLn9HoOOXQ^A}ayD6d
zj^E#NZoKqmq(*)T+a&<3T!4vd*eu68gas%B5f))B4>W<r7spDUqyZjPI;}g?SE=$e
z*uxX>=t<K5sVd>vN}5>C1G+*)D<(k2t=Hk^|K(dYP+Hbc5cmxAn?>lq<d07?fSs_*
z4E@o;LSYhkMdi*|4uZsa-<vb}`|6r{+{A1xN%gs$O4Z7)``+FJfg3fR3dkMo%i?pj
zcXK;>;&X1|k`P`kB=a9qZuxd3_M2!oEkTV1&=};{W%*4QK<$&r#T`}1@V1AmGu-tp
z7<?cPXQ1f$Zz;~@RIKEuzr01JyC;l@YSq`S$d5<$_7)~^!EVa|zXvJkA=fa$4$l}s
z_XRVmf0`*y?*LZ3Ot?q8KW%hPIy1<3Rgyziv6_?r3@pMiMU`tbH};EVKGKxJB0YcB
zJXfo-RRsD22j@q&FQ+mE>b3ZeJfuGO8BT6p@l?X)3qFqfWBb*w8yBw|p9zc{y`~I&
zo|}E2zq;N3x6%zCX@E3@R=>CdbXWi)1lAqyK0{$`@T4i*A#~v{1fBPvNX%ktoCIVA
z{|WND70hB*su7>LjN9#PJ)OlR^Aihp4q?Ypz5%FD&d~O@fzZp>iHDMJIel6Yz(7+#
zi~O>H;2UhURBhnt>A5RleK;!@*=_Z~=&wM=e|{B)tn|CS9c5>Zqu}rHvZa)xgNx?9
z8(H?~d#{nCEshnrco<?{w0@?J>w2A<usp(hs{laIPu@gW$0*s{zJCMaF|}hSayOmi
zR50xbn!tr=NcU;M_*hJ~xqVTBj9`ep57A%5b9-*#cb#Bl@v0LjcfSUJV;|q5bc)r=
z{zXF^I!tP?90_zS`N2oY#1^8mI2KB#2a8HLWZ7UkU5%fUD9h`FEBJ(Ugt%Lj4dU%I
zT)b$73&`P&!?)&8w<)FSC)tZFV;{U@bn+ech6Bf1rNHu)tlF{?cQQo*z);6O4JJU%
z8>h1<#zV%$uJ~>feRZ0g(nP!@Q2_q4x%vKC-}m+I{rr#X=BJ%d?)U}EMw?0wD)~MQ
z#^{?Zh$u5bb!T7)q(8*s4~KP!l+MB2KL`f`5=y5LtQ^EZHtq#s+@2IP`s_lHI#+Tg
zBXBl&hi!wWQGQz%zP&E!zv7}Ze*!2+mKuZO!`g9IZ0z5Wa_{r;-<p9!P@wUa&uUte
z5pODxr^lZA62+UH2ncQuNSGkBtzR8(f<>+hPI0afWTn_X$-to^es*!>S0_jrmSO^k
z?nSMEnZ``icq*6dB`m-#fqX<8ZPcJ;V{P*Ts2Ajzo(Ko1q#T}G>3ddT_H?CC(oSv}
zNN*&s4#_Q7lJl(57*g}zAkJMHfyTM0!*VI9B^*4U^uMYVkEbaW8z_~dhNlNxTPh9+
zk$%sulQtY4KwZ(HG~`!oKmdk8LzOrqjluA_MTo!oz6j?I;(`b69iEL>+tD{L@Kq7`
z)kmdz*%kC#$0ni9UlH;HEtyqPgSN&`Y98mzh1en;n8^S7DSx_Xl>R=~z;fE&@YS!I
zT%=Ns2_U`R9)LanwE(!Jh%qkTccdf=l+@pQVo4xt6C{9+xgiNJ>E~7=aW;hY3zE^y
z2|iYM70W=@j0GWlmI4BRxo_xEVCqQ=gtlbj`WGq)d-&jpKLWkSQU7KIE30u&=<yIY
z`JR{m7*bd$UAAEXdiv1p5H#d=XFD&DewCOuBW_+bF~IIr&?A8aRk>hUx^&9T&5fAK
zJlLz)p$hmm&Dn?SxrMsFMPyljx}D+<UkF&FPD!f`?XAuHI50b7g3B+hY)%|3VFA$I
zEF=d8B#~B3?)sjcq#m8wW-5`0R*ghjm7G=j-NiDmLDKs`DVWnnt@bQ2Ik$U^HN42|
zW#0UkOoYzT(oETK)A_qkL3{3N+!Ce@rx7YQ#;f541P<|v91*ku@~HXrU^Y`@P7aWT
z9O`HujS&<TxPtr+B!hy(z-oSYgPYGSQt+p+@+z5-=G&CNLx@D<!I7|);t-#3q|9ml
z-#Ix-u^9)sjc(KWpDWfOKHV2UwHyw$rIXaAM3n2O^)74-ScqiU#nbb_6CiV5_wBq-
zwckI!qf086skj{6xYrz|=9&xRcFmD{!u*J(O|_0vW9TCj_Fpj23ecNCr`Q1;t-x%B
zl*_$F$jBHOu}tkIeVL)80lbJg?<+Z;(+0-o6ujD>fO#9(ivE5}rWzvneG+s6NM`=^
z4K=zX#YCj4YM#wMSb3^z%G^DBcK|l}fAht^kswC!3DF{c=YWAL@bJUllPx<Dux|X5
zartsW<;)eJy+=+Q)Dx;zt$#}&+Blm)YK>1BNkeU;!R;Axp4vs>;x`HOh~!q_r!Wc;
znZ_;P%Tw7P3#7;}tLFg(4KPVu(uV9AO#i-4!2gmdLY6oi-=7Q32CxF-G%0u8sdP9{
z0U|o)eZ(pOz8=ItiA?(d3WeLuLuw9o!7@1VkHpDN{r7Nrit@kom<<8Ulx56BlAxq8
zMNODJFa-NU;lO}KWfTDPE|jT2S%G;@jQ$!%dT0epm+LLhu8*u1<Y?$l35f1E@!EpI
zN6?p#8)|i!9UL9==Q^Er7EM)S8`1K-X|;rei2v9={O#@S^?k+udWGHnF57)8Tiz&s
zCrUbM*|<8(NyC|4OWvtmmcMig3|H{(0p+U2r2P>ee~H=;3}VJ1BnS{7*40BB5&+)>
zz&$WrB#Tg&)vDL9A!OO`6W)3aiZL>9FqjFH9SP2kyt+O9KFIhJ0<^tI8Un``fJ7ZR
z^8%crPkEudWE!~zm3ti8X})J982F3Z-GX}O;qCp|T8rlcbNXcQmq=E6qxQ7VC|o|)
zzFVSe;{Zdz_2M+cIGDoJAs<N~zLU*VE17wXEgl!)hQEgSkahixtnWbt<z|F+-%&dz
z^DyIeeA@U*J?)f2B8X@n&Vb3Dfkr|?lDlI4#A&7(J!p9T%#|@o&Q}+!HNk#@Wk&V<
zaR^EM5JZcr^Y_PU?!d1<KOuA)ty628Wmo9qFME0;R$5zoM*0^5(U5q=QZXT--T^3z
zzy<q|;~T*pYDHOU@$pW1BwwLwHtkqweHX^LD~q5oZNR0bs<jz0*w;Kx01s_AtSz~2
z93H!gOg)f_0Tm_T)YRSm{!QQK@BaIJv(IVsl+XKvukUX9lR?aY*4n<XaR8MOuc}Vz
z!Y{X%$7MF`)mue74+|_J^Sg_VRBH&vHBcbd$i3i?@VHWcxV(A-U>KeOi`f0uX37Rg
zzijB&b7s){<CmW@`3WJ{GI5qOm%sM!@0;E?tT_Xr7Fc2Cz|vkm^RBPNYyERnsty`g
z`p=AS>i5PcwFjOp#g9O>Y7c1q$|Pt?f&d+%Yll82rK+EW-u^$d&U|=#)L1g8;-4Tn
zzZ0@iS7Fgx!77*XezGH<Dr83=pQ-~t!~ah1fCCH<@Ih^Vm#k>4sykdRVR876gd%0m
z5Qvln!_#g(tOm{zjr54ogBRTAREec9zf6&ipV3=yt4!#KKbzSm;MLZGPxhnqck_j)
zBd|(>{5a~64^wTF&|gzw{;O>WhBK_atCjTRC*8fh{XJc@(UaO{@%nPaW41Rjp}h7X
z4alyrbU2<XdcRq1wCcXTtM+~E=jeNP<^O0jQFY$3(HG9IDn`3|wJhCP0V^z;B+U)F
z<E=O@++ioXXKjk9eNN-li3Fv|0X3X2i@Q2`vF}Lpik!$zlf(!2)^>Rb6$eMsrm@3k
zQ+25Q(1bv<r%y#H6;q~5dmw;A+cuxRgIVW2FOzJ9_6sT$Xe>Tre&e~Q<e&1=CvcM;
zZoA3}7HKW^*i)T&eSOWfAu*HO==4_xBc#d|3+iL~)$>`l2dg^eCg_PL6%M#)P4M3T
zRQWiy5V789yN%z$!-68i$*0&}hHM$VZI9SAKI=59w`kj3+u8XK0{`oG#He5914J+<
zlwiYy79Tx3u~x7M%e8s-4>3<1kFXbKioX<5Di{_f{nocaUC^BlCs~o9&rDQGqv8sM
z2puiMJCCvV6vaWg-Rk1NWq<WO7YHU7n0swNr+&$m>w3|{%Dnuw2kc#;SyT7bK(yv{
zPRH|kd*0#6<_+jyitO88H~zoJ0Qm;?uGI)=V%2gx_5@^~zydF>QiPC3OGZ=q-Ktpi
zoV}c(BiDFK$2x*ov58O-Zfc@CVV;m(w7}_FFnMe7+Broj1{UXfYkbEHW`-x&;0{`0
zAur1yJ=?#w)7r`k<<3LEp7M0$8T4lu0`%FuypRCN3CO9ke@T7b5A(RA!l;f_2v$~B
z2uas{{aAdin0g5KecwocV@X(Ut@yAuTsnIk>*S6XXaxf0umHB<gHKTVVupG`i3PvD
zn=E!Z>UlR@M&tJQHR~4$O6Pa^z^{m9xILe-0NpfOe{U!=GfAG!L}!JKQGYe2V<g(J
z6LmcT^*hG+|J{Mo6u@Z;RQ$s3{hGnJefUr4^DP6(@F)c87hj`|QU(}tRezoj!uFRk
zMlxWdiI#iw3mPL>8v;)%Ne1rKXVX26k_G4QXTQb^kB-~x1qd{=Lfs$R9KAN@<7PdN
z<089G;1zdzK_fX(_t{tP$}(B;O*J7rxCss|8)zvsmh0XeHmtp5exyic*X%GU$drJo
zyWGCmM>NSw7`{|KeLO|^?T1~1goY!ylct255>=#JYmJ$V49AZ|9+>2E>H~tl1b(6>
zKCTRmv`!|;;7*!i|2YTTmu<@%c*eyEO?R~xj4a9w<C`qmftPJSj@Z8*JD}%j2*{qn
zN<(DP>*z`8zTW4+y`i8%f&xN$K6_n4cRejs=i6^I9y^~{dBnA?^t<u*8uLq>$7LfT
z39#&sp%~UAUXTz@FIj~G!i0a<gLhIi5DZd63bcz10~criHs;LH!eq5U9~2+Y$x#EJ
zd81b8f)yz)^8wX_<SrHv{RUY=n@e4$87Q4U>FP0at2yW`Mw&b#WV&8=5VA=&37Sxm
zw)Ww)dz`UsoH76HJtUT<Is35e2{&#@O0I!~hh~9o-k2USp2G6JvAw<B-u*YDd(<=H
zHHt)<WS9>JvF)12zYXTYnk2C00yboz9zd(I=?k-eR2_F=Q#_U7^&ZG8X^xVSsUqf+
zVJQ<XV?V7$ZK#;uiAWwzG=f10XO==@FOkA^n5FbcWEeSXTnyuZE7;O_v=pt0G@Wjt
zK2y|$i9{=F_vK~c>zW^xb)y!5pkC|AMNRx#uq3;?b%^^_nx?iwr)X-vV40+I?GOoI
zUtF7B*a^q5nd+k#+rAm7?|JmJC)NPs-@JA=y*0h>Sk{LdvVjC5iUzszMD$^3j?{{V
zO(F*C8yglR*5+D%PBe4|jH>#{hp!Kt!|GkvCYhO;xoc<nfIkjsQ0+b6$S%p+-8B*$
zA{%!ydn{4@nkSU6QUg%!Sy{S3EMr)By-ige>ijV*WeT0p0+$AZ{RACLd+N#0|7ig*
z2eFLsODJTNWc*N|!^yK2?EXmRV_><ke{G%SEh|*%4o}$O5XEm-H`o4s0F&12`1U2X
z*aB#?erK^;Z@G%`Idt_o^t6I~;<Bf5&vspYF0oOMtV;z&0dqw2Kco)`M0gOG5AH8D
zLY+)w3k7JBZu`ql0+Br`=@n+tkKBEZ(pMlHH-ZpDsLR3aBaB@EvvpD%Yg6J$V^;K7
zm2_mvf+nd35L+#XRJ<@wufyYkq%vMQr%b;=`hdjD>=3Hr^E_?1Qn~7^?L4#KpGxK?
z*QVJsm(Ea01UXwnH4p8IIvGv1c})|OekY!=M+#3uHr9>(&|s48gtdOjN;T0+wHtJ(
z*T{WG!aZa3&|7cbtS3vt-=t-AL`1>5-4P_yG1<FWpZ{Y0(})5m)RtQ_&}aJ3JO(6%
zIUF?y1ipIHukHS_T<`Y%?CIIw;^6inCWrr@FfFQ}v8u1K*GsV9P;mIK`?muqzn`T~
zHth>TQT?JSR#Z50Vkd8I>=M2+!^Zr1Cuo`n4Dlcs?D-J2K{3V9(B*3>2CTrZ(<O-v
z=&l8Zyr{kfu1RqDh=n7zc6OV5+}w|M{}!&<_a&EK(|rFnV8}t?sn!*qu3Uv2EgxSy
z5EwkPs1{_I#OY<+GOnnKkXcy()#;r|@R2aC7MZ}&w+jE;z`A8);wJ_Y#dP~8?JpuI
z@dbx<y^ZmGDfP3ne=6prqMRjs0!HGgegHL@<n>guFo*<%ub-lSR(L<<%d&hcY524<
zdi7JCE>-il)eq|*bc_X&Q{0fn3w{+t1>PyscgSap^c~=;e>^GxJYtN11ah%zzNwv6
z+33QwQVpf59Wn0M>d`&&1i*}#b=z<{N@!^h<I`4vT@5lLS-mvu%zITP*wK@~EfI(B
z2GqFLwzo%M2tM{C9Y)t^FkdBAd%*>6WAd%78P_{@e+2}Q`W}a$dbBzmZ*V(+l7SW<
zx3CTOY2wAGd3ZT0BIpMymQv<-W7a|7F&ly3tD(eHhS&DTW}UmkpGv;hA?Rk1M6^W2
zNx4<Qc9UH%{ao~WNa?DUMu?L}PwH~P_b6rRWSO;5Q~=3-LO?)xfBgsUO}cJ+yM}k~
zQ))7&e6Ch2S0{9+fn6m~!$_|`JF@{)dXiAJEbt|FT9vY%qAtRXeii$Vp9qa@UKoIn
zf&Yqi_@Lo-GvDUG-*FpVAoKik%U}JQM%|Jn2O!NUnM+!rG8FWw=7I~PmS7t8>Jn0t
z`(Wm;1|GE<k^-*}E_;N?ync)47Rv0KA%Pa*{~oyt1>wvwaAEJCosFYVIFSTU%Jx6K
zi)sj2Q@~SYvbMX(ows-%Ls`E7K0nY<F0N(Bzf6@^zn3k%v(_0MAcm#+b>D0TIS+!S
z<g9Bow%RvenStAQ!{fA4X!%%t<=A=M#Yp{w*eE*Gz3KfkNjA90nzJ8pe@BAde4Js8
zP|r771G%LEEzRto)jojP1V)leAOL)eLH~^v5O2m&A*q$)0uV8Ej-<}7H4{t?S(9^u
z$~LF2&fLQ50E_V~mT(wKb@sXPKzP4KbN2MAp?B43G51U$GYp^wba1s=I0|O#s$}u<
zDQiXBD12>g#`&e6q83SRiOQEw%L4-gzq*}PHosjhb=^0XJo53z=hMDbFIe8?04*~8
z%nO)kJ)-hZq)&D>Hrqh9^pfdZV@*GOygh2T^J$&dz(n{Nsfnj54q>w-*~+ZQ<2Okh
z@qf~A;Ay;|lQn9gNlHp~eU*D*{4?5~>H$AgOQ+*O6YktahA`wXioHTEfqDtY%?A<G
zhc!_*2M?pC71>4<Ay#db`-YNYpQn7aqsFMQt}vycz9)^CH3t;c0cO+LZC5)dwR;>N
zRhn>@C&t3$0{9EITy53U9FjUqpLlI#=eu(NO6zV(|Dn~27t%yxgqM$as)X{eeR&DO
z)G1#WLx_u(pv-*mKp(`EkNScgNy_gBh6kX-$6gG<d{6{!-yh(@C~vln+l7EI4~$V!
z+2DIpXgTe{2bOP<-?0f_R{}6Q@sZW$GVvmSMVfAh#1Eq=Y!`OY^aGdO#y}tf2G9e6
zV?=(Z5mQO(d4>9c<SBPJIk4VcJ`9roJl|mWaPRUy8AZ(X76A<Pr|)>a!;+3}Zjar-
zmG#CozV9dtX=J5ms4D;2qE_DeQX}Z%!c9<nDJMZ}xzd9kbb?u~Vf~pRAk@P*NU!?P
zO7cTbr{@ERG)CY%aK8d%WYrV7SF4%_bcctA+AyH7SIA6OsZ{$%?Lm<dqolYlzQU(E
zIO)WOd)L}W!ywm(6{OP3iV(;qn`kf|q{^{Q19C3VePkpSl6ctoBeo5GmndsUEGKQV
zAlsZ`XK^r?^t<jW@J9T7{;5cL2y;O%u{gM>HeAB$;Ok6m%)HwO_dWYU{^8={V%Kx?
znG_IeHMOt#4=3)n-`*@5O>llm`5@G&HTd?{Ro;qskid+G!uo;{3UrUEz&$`d@5WKR
z`8ZyXBJW4Zt>;H)cE$w#^rZ2V0y}Vmm-}qKn=x7cHxn0LcX*7QBv+u_!jrKD1ddhW
z?LSMmQqy`cW)P#!vEPem=PZFWyjlT4D5Z1zpJ6~|(CuPxe>wfed8U%%N&xj3tPeZ{
z1q7Zy*IAp0v|}(O-_gfVjCyuvV~l(lBZs+kpd_#RC@n-SM0FT@Uf>EqGr%FEPTtV-
zr``3XY7D>3-z)K_&gzssFLK!C@!_%yCz@&O?=N7Il<g+H+zkBU<()B?&#zwSnMsDu
zg?LV0_yxQYKC3fhyH&G<lq>@9i*+bj_}_UBmDZm2wyrGMPnK6!kQ`Z?o0@>h&feKM
z2*9{^hJ9a#U!OVCaF}_y(&R3;LqG3~>%Y}WR^too=9}3Xnm#qlKj_?&OpWe^*8!@F
zz+Oe_)bHkj4gdjWQ8z%=<NSf+UE$9XIsx8GfYc!SKa~Ye@ZjjEgP(1qMKB>j^%r<l
z94MwVL=sk&GL@IFoTCkEXIH@B__fvLY}KwCn9_}21b9)QG^}=W{-)*p-92`G%4zF9
zE=1~-%fQQQ#QT@&lx65<5qTA&$k}kyNu-%X4f^^3EHjfdxNSMphyMf~UN*E{oJS*v
zjOb`7E6IHsI_62U1dghoNl86^U@iZ5OyAwkFZdE;!%kvVM5w2Ea?EMPr;xorLb7|P
zi0Pt;$ttUxsrjGo`ov{J+o<Kw-~KEYddj4HLTp3VkB(HlcCw#`!5dyT_gc5_#RO~u
zdQg`;gD5g8Ec?Pf8v;2Go|+JgkRjB6hxAkyAE5L3=;G?i;+6cS>&VK}>lM};t1<+r
zU-@@C#KYn?kdVxN!NipP81n2=>DE5VWT^SSj;=B)%C3tJNQ0C}r@VBxlr+*U(hU;Q
zIdr3xbVzr157Hpb5CTf~&?yW<evcoEwPvmP!86>s_uO;#-e;emKrh?-k|fBTW5MC*
zBYjjHKnv*Q1>9s>=zWe<1k!N8&L;6co~0A7K*Z(l^L5Lj$$cGQgT1OQgxkM<u{ruz
zC~#W{vJOnN?Gev|t}nzewBI6^CRmdJvGRwv()%KZ?Jn-Bx01qlVjpQ8TMPh(3V=<$
zPggL<DwX^eAPuFZ`!|=u^6C@y8Nq+j7EZkW70b-g{`<i;(pf);NP&s%@eosX;&$&d
zY8$>vufCqeBTwsxx&qxQkrzGr`jfKPkvXwue{9k^_2@VqRZhMlXOVrtqLp5dwg^bP
zB7eomG@*lDH|F^OzauuEjrZz|1L_tJ5yO2CW`R;5F`juQ;lXqoC`CM&pLH;ATp!Gp
ztvw-1xB~3xrI-JU<+O-D9-_vHB8BLb0^_naZNrEBL)fAIRBg=hB?&bB0m!@J6S3t~
z_xJbZixt^|bj)3B38ew0+BZL8fa#lg@U7zXw63F}p|Rh|QcIBE^<k>%<Ldh3YLMq<
z{*(Ay<c>SMr@o-4yV22P=TG`x2Ui*qk(IuUXkj6EL`GE&j?J#(H(?bgA7W5<-2uz2
zLDyIy-v@Hd^;Zeb&6shWBn7qkMe<vnzpbIUnvaz7`q{xNCtjLW^T^Pp(NTc8sP<!i
z1o&BC3gHBog<yt#(KU=C)SxC3sHE=6O^$?3tm)oVhU+?@3g{~Ymiq7x-~<zC68U*B
zy3-vN42o(J)_nDl({Re;W+xkWc{Q1U7>lIY**Zg`Bm15ikZa$emb?k?QOlwHHtciO
z1^3r4P+d&b%*36%HOKAF6Y8bHLEFE+x4NZ?<0kvYlgEXOM}s~z`zW2&+4&EFL^4RS
z31@v%CtP{~<kY?eP?$0E_{OBr`U6+c@o?aA&=Z{H{<6)py5>CZz9aAc+uh^Svw2NT
zD$|-lSHw59=;9&1OcmgonEBkA@=g^d{353)c|6HVFv~(P3;g;YkPRGU)@w%igdBx_
zm-$>|N8rQfryW%3^X&X~ll|Dj_IyfM%KVWh%^HxfxB}i9J?gX)StX=2S@@*SwT^h-
z&y)Y_1C+Y4z}5kBmcI?LgaXk>L7rFjcAJg9%z~_U#yVbsUOO^;0N;yF7k%Mv>^T!_
zyIsp1jMr>bMu7sivve;>0#v71VwtN>Bqv^?zdslI8^uyDX8s1QxPK@$U`w<KpskhF
zQ+u$qXHLE*)z+m;zw!QPUY^nrrsUSlqG-Y;2k6K%;HLC=w<W-G_JT<2*0sm)V{^*e
zc+HxH|EtW-&K}o+xEl0OL?QYJKmU!P82AJWdZNkA%L|$_phzVMQE4Yd7oNx)XI3xM
z{xnkMi$|;IqBuWO!M1%tDwlYl5K6*jayyA9JugGdrHmVW!m6<&e3I)RLtllP@v82N
zs~tgTrH9Dq)Kq-i=mi2e4}i7<HTEm!-WBne-^3Pm?mRNH1e+i*?a{Re(A7C(-y%l%
z3%b?4ADEU%G6bvFF8ZuTg2vg&c$D&HTSx>I*2dy7G4pJc5RcO${px$c0b=gU+t`b_
z8y?2@1$B)`!qFBwRjF}(jT6V7lo|3l*5-nF(0|_%Afz$9yG#$|nJqW0f*ti+HbooU
znAwLf99;vqjAo5)Xa`*G$%vwza>|Tbwr737qG1q$AUj<T0;$E#<x5tD><UuT(A*0H
z!@S-Zz8SxydDx_Ra(3Q)W*U|gNkRO{d;H^!8#NGQTO;s&dYrIFj8053J9(snXLoc1
zfB+~pi4YhE$;q#P{u@&F8OHQWlP<C{n?eXxHSy>vi?shzn!Hw-l3}mtJz>v1&?US!
z-oKqMf$-D!z4VT&{LN`o^YZwUe-NPj16mzsJ`29sDbK4A>S7K$6nu@kJEZRbL|)A*
z%~*0MdV!MW>PCR>5hBF*$F+RLN*hq_R@6_j-^j1Vkm=e6&ETY?hWLyR`jsY{fU}F3
zFC*`3oJfp^rvX2)Fr89WW~HLMn5jqZ@{_`&TeukX;sN3Q4{iepJwPpRxz=%cFVq72
z=Q!hXwkEzmfpyy1Tp-rkYsGt0p-m~9^B)T^3Gq?lu1Lb)({lKkntBwqXZc^{d1>F`
zYxyqkdHBE7K^tUAf?UikF_1wD<<6-7E_U9pF<G_TN&tWY6d;)@{;W7<rTgTvNgAqW
z*0-G3fj)g&=~k9Fw_Z^y?C`_?I*uu(%JoU+XAJx=N0~UkvGcE8B3tCvo#<u}qey(~
ziXhp&1w2*(UGcvo4G@u^J`ES4oh~v`i~%?zpvC^ySf|4pIG`-89cHF^xc>|s)%;hJ
zvOck-9h#`YlaX#?N%^y~{t{%~!ZTtYZW>*r8jX`-v8pevi3sE<`w4s(Z<j{HRj`5F
z-sv+(yS-G4fh$^&l+ED8_jjpw$xDE9U+RZ@H;^Ov6alcIKvPh!3-_QyT^I2$g3kSE
z%gNX8Jq%mSHhJhu8F&&uJHPCEfiGA3l=moc65tSPG@QCt;pZ&z2?Fcev{d-Yw<^;=
zCXMvwesN6E%$&gI6*~?^jCnYIBkk{mCJJTlVo%zb-grA^d`eR3g*A3|bmFbSpT3GH
zx@LxH=JLfIp)E-=b{yD*REgum=R5;oc;{Kyhg2F*_4$g!WqPpcD4z#SK96`n=ULO?
zFX44zm}pbe)5Z3%kYioThvK~c(7J#Vht()*-~DsI7cYPubP94&HJRH|Qq>yB7|9q_
zzYIV__)ob7xV&+hO5Q^~6u(hd9zdy=!BeB1m=(aAY9azzSZCBn8-Lv285kAg<wX|t
zI-cIeFAoQNgYkgMo;R~si|}UM#DUMTm$y{uV?Q$r#-unXU)U~^4vCC1VLOHg4N!1#
z8nx%Aim{e@b=J5Fe8!7}MWx00nTTzI`!N`)(d&}6Qu9Om9rAlQOlX2D4F5h-_LZuD
zXmJvGB=w?Y879y~T+`&OHO)1T5*dfIj)pce(H3=LXbhULxcZwxA6^%|DFb}G-816i
z<NHVUnPV9;$hranmujVffHN%5>u@57P6Z7$ES`p?<O8RT8)IBc1XTJF?@rv{V@8-<
zEz`O!KQibyF;-QNf%;DO{pmfEva&MQPgk+i@2wsha9k%mX3~8%3-Y-BELDlc!6!@x
zKFEK2U45lQn%UDmt{)YfTkCb?Rn4v+0p4UXHC#!Cpxc-!<;PEsqQz7BZ~Fl*!i$f+
zAAbpy^OKcxvJ6s5mhgy(R3?9%X*4h}2t^>kp`zE2Jm$Zd8@;kPP}Pi~fL%9XQZllc
z5VRlNe?18K%=b}vKVaXW6gtI_c_~>kYsssfRv4g&?S-Uoh$so8`#yVxe>Zq4b%;HQ
z{O&<;`2EoIl>(BnYV%>!pIFA;fkBJr3Fd+7s)-etv_z-NX6Tyw(ha{d-g?h@KlZ<>
z9hCH3uvJD}W^OOAxOq>#;|6xze6#mj&O87N2A@@Em$mAI+Dd@mN1%dS_NNPinjnyy
z>J(m?2HNK8Y15yhQNJ;|%t4G6A*a1IRSDp8A|H5je_<FUy2uBcU($S&An6=>;$a@5
zn98q6sEdmW3m%zx;_oR*e;G)5YqLo4^<Dh_qPYoUwpE<Dk04!&rxMNAVBQCX<0Auj
zQSs6EEKwAj9hUN@-k)OoUUoqbUZNPe)dmbub-ttoc38Kqsx3ZqsF+7vT$ba$*UI)B
z<~Zrx=d9DM;8P*ua_w>U4!&R|oZ+|-oC&@XS}`@VJ8{uVyR#RdBrLoSX7N~GENq<S
z6_)&bCGN$QAtz-Lk1P*cBy~sb0?U(cf)|}`FCzA)8aedv3YkB1aB!T6dLI7rJ;eOX
zb8tkcCG2(l+r6o&=^F<ZSCAY=U%5cRgj2OdBe;5k_H2j|B-ln6+o9g!%dA&RxPIO@
zqiFN{eH?>q4c3%!xH(3q3ffzk;+2{L`KxeoVU0t7$vi$P7aKx^0Rh>9w!4~-5qW88
zno@<%Y}#uzr&x;?gPPncP54muoK5JmyYM{wf|_;x>-gy3SjIgErC-{6-&v}_NX<9F
z1scIX_6H!JbBpm<WDb&=Ec6&E&@jkYCHvR&Jf`LIj@D%kTR{Q}Irf<pzJd=n9ho4^
zk{H*rX$WDc*C`UHH@jzW_OFiNCnMPp$;+Pq)K6X88~5FNkHd_N<<l$2&-_A->;1*-
z2GiT)**%%2%{S@sEhc8B$d(hZ>`#JJl7<RvsSy$DkAqC_E(R|zFD<o{zNr~N8fU+t
z2H+*+CeJ!ZTiPzDY4G2paI;~1^@mtJk1ff>M&p9SaBF{)Lf(s^uF5V-59~Gk<s&i>
z`r1x*8kNhGD->r|I13LjWkPuqxd*1MuB#hBT)|qDBZFAd_M$t<m09}m{3n_1r#jn;
z1ZvQCvj;{-zC;jU(j}o~8NIj%Rve%Ys%vVlv$3BR{$u;@UN}4nyQ;Sw#w8^upY=)f
zbGltLl5lblaV^a&t29p?MK&kQ2#}cm02&*+#=K(6rT2Z&wHjqhG-u|~swD)ICG*xS
z;9fNci_uxKr@!a7797%Cy{9b+PdD+!Gy(6zMj!L#gZtP|puZ4wk#amMR`1SJQ&SJW
zzGC7W5KQp4HfMO#1MfPcLi`?ncQYOr7gx6RHkW^l6*TeKpe&2y$MDYCo3>b-G?~PT
zD2I&OMnHCPR^U2-CdB4C;Ja3Ehpdj~791q${(IZ12n(mr(n>|(6pI0ICE0@g@m@Ab
zx+LG<0r?Xz+3!ql<5~Xbp&^R;)>f<`i^Lt7uR0Ei24Z$_WWs4tHQ&RT2R3`p+itv7
zr;mBqT`+UfegNyK=HwI)8_-WFzZ~2yWl?Glz2D8A;jySj@&2)KJ<A`%4pLwyx=fo*
zCDi95qUjV#(_G5<WD`C4@~SdGb*c71|LsehP^`h7WH5CYGnRRPv1eZ?RvgdJW8GN#
z&zkT*Gc%gZL|D@Y9+aOm*67`xY)mS?h_&ojgj&Xe0e6;Zc%Ksw!jqky11KIi>#D0)
z*urnyVPJ2!Dd6|YPMGsHVKTVo0+rm6H}4M{Iw&VrurIG+#J2&H;!`6NJ~i7Umd6D-
z(GGUeZ=%yMix1_;Z%OdwB5l4yB4R6+>Ve0L^8k)+Lql>o$Vpz`_F-BI__MlJrT?*V
z6k-yuzix?5)W%xXTrsWDb@zRC<RnV(f28%2<~y=ueb1OY6ET}%vbm+tdAc3Xbr+qC
zY=x3O6QD$sC12oTZ01DFN~AI_DWuIaNvNz)05_}Wq^R<&QPJVHmlE1eft3FZQjw9m
zD{k(vd{%#fQ8|VZgQ!3q7LGEg@mh3;io@Y&w=QkL4@E@8sU001W|o$gKCZ5=rfthP
zU$<{TAf30c4^xO{d<!il(nKvEosRMad1|mm7bhhvHAF<4eSq^QKRpF^XX`(nL|(pf
z5VLM%ZN#LzYE2`5Ou_QYmTS2_@5+_>GkU@Uy4!dv8)lmn!M@lbd!mx1NErH*Ye}nb
zMPrd!j|CIQ!2@ON4^B=_dw*xXJ}W(|>Y>MN0USKMBU+TnKQgFcIbryV{dX#r;YNJ{
z0IVGs2F`u+0`LfZBdcj;ZgboJSj4Ms*}o<vuQPL}d%&||Q0?-dQI&%RvYo6J{b|gw
z$2sK_;PJ54UWzdJ>$m64Sz7X@EK`N}5<%IK_vH_!o~h~cBhBOf`yhBco-g)@b9KGo
zD;5U7oy7N-*;hGLRaM%PHcfBBGrks<V<}afkVvbzOkMpo+7H)xz7I|r1KkXqM8(WN
zC%h+}dBDlk(8rgLRYWP~s{5Y$$Bh_=-wUi?%W2YhzXBQN7TkZSAWwm>F)LJjiyH2K
zzW8CgN^KpSKeQ%=-~0P_M(!^k8bLupenU3ayTE?ZFs+Id(1s&+R*@3Hw>Wq*q>!GT
zo;G~zGZc0u0t(>=AP)-rmhWnAzy}0MmyP}iY?0?!FivA;^{H}#VEnm1LEV7b8s|xC
z2*YRfUa^mUiOGsU(N|$@gDg9eQ4l@JvgSaXX;Si;Fqvn=DlY~lY#xFIZ4WEY(3uHR
z^JDyVR55Q42j-SZyq$;BInyCLxvNbLGwkV?(SpZEkDL!~l9|-e)}L<L#?47jPrN!)
zZJLBRO0toHD^nWBgxA@^nH5=*uK3x|EqMM)&2jS%d6geUJ!`{L3^-d^9Mi>%cT>qo
zMySvKa#?@nPAef-;m5<Q!MCK##Fc3;tm;n8$g;Vqs~tYlOtF{n(qglmU_F<IP)!L}
z*VY13<;4=M(->A)|9N|XqmJc;uwPh%#<bjzNM!tp6-a&FEDQjRNd*i{voDEgS0U9>
z0^#;ro-*g~3#oJs+Z2AGnsv~&xP-bSYQdcHG16pr#GpIHo7d)3d64&&Ixjo<Dz22-
zn`nb+W&YUk)Wz-96qLZEr2DJu2vSo!H6XRk!ln;#EE?YmZ82KE{wTvb%Gt^FJN=4e
zCIIf*bP77GD8m9U;Z^;*MR?ot$qQFXbtK8xpi1ENMK3O$Y%YWPcuPHKBFy7L;L7+)
zyrt{ojHbnt2|T$rULI+7dpV7~>D_x}biNgyQ9N{NFYZEG32_n%3BCi$FGCwU7h<OG
zMX@77ov0!ci*&0{$H&=dOQxkTvvKxkL8MExi&}$cv%d&f^_=85*!&s)eAYD-%h(Fm
zf8;ND5y1#86?gYv>oA&f+bo}r-X={;O9Q%GWGZwHziL1%djoRcdQH5+lvMAF6-5J4
zTQyO;<kBTX{?gT7v6CqZN#imI33(kiAHdhrUp(6Jmin`SbxE-pAphd#)v71n*de)P
zN5eX@8KM6sCSB7+a?oly9FLHAy7>0qe|^0T0ugx~xrqZ(8Rn^Tp{7aDI!)HX#iT?2
zNm@io8hoMzK?*U6_@s{Z;@6T{<@b80$i`2PYa8@7&mM&B2$SfX-bE}7S0WEGyXbHj
z4@M{@^E)3M?w@YJR{yPpy}C6&|G~CpDVTxdmvqr7Ck&Z4Q_>XOBGCt0zO48R0r5;8
z53^rtRTSq9JUoa2Tg13i)@~MWv7f|IGOIQCb&TA|u3N&W6?>9Ak$3j=x>g%W-Pu?w
zTm6q8)vFE@?+2E2R?5Jq8J~Xsh1phQ!G0FZYX!W0DHa;B#|p)1;QJ80$I6o?$)eYZ
zeWyR;a2>FI9^&i@R_Cc+FU=MM^9DWKUi=FyZQdd|_Jk-I1jwu)3z7J3OwdS(K_z?J
zjB00o1?ZN{v+i!ww5yjz@4mi`3_=ZJBG33y-q=W=Hg?i$S%_UZwYqpebYkn8FGmnb
zpiseztn!JTqN)gMqMgcQwtAqrsy!p~XsNJ}l{kjHO1i32x5~~a8Y1{J;>@#6^FIZQ
z2T3++59oQv%(`DLdQnl)Qj(=ggB7jn%e8dhuG&<ZG+GW$&i+)kk01wqcLb$JvV6Nw
zckO+gre5=#MArq5Bl{P{n;_7uZADorodTp3py7Jx{MpiF*eJ`6FJ1LbFa_jFz?gsk
z(a^N+F^cBt{61*@`HSKE*5-)otPyee${bQKV&|F<qN+4X?RVS&WOA1$Ee4LP(S?;M
zmmrwG1c(wq`Pvj&qL6yiwRnqqad0<|p$*L|BXLyv9<QkprGf8L|N9XBmMo=F`eA&!
zEB^yhFKzOuJqfb#v15!(O>cXRp49@6ZHgw<xW|XWT1HmE2#(A_HBOY<SR@cSUF>dH
zbfpgK0cLl5I|dsYTktKpr+^(d5-Rp$O++8xdY|8W!@+IrgQ^mpV=|zP#vsur*R9}R
z>7d*Uk}UJvICEKVR@Po3?fn$BqPy#+&&Ax;o{6X#v(ur<0*+?HC@Xv#o$evG!J3Fq
zvO#Z}z5Vg0lf^vDSIr`3jH3#;Xi7toC`PN$Mg0KJBfh$>o26Rcu0X#olf2FBk5Z_}
z+{Ttdmh8zmg7O~~2AO_I9y+4uJ%B(e*j3EYpkVzlXv@aFpOHR6a$&>*<IC_Dt@s0$
zS`QdQaChGbdAToR(ku*#L{od!SA4aM>O|iwD7jB*LEOnZ(Sxq9UcE9v;wOLk&w~zw
zjy7wOK<sC{i`FrYvC;QOykM|fqF2y#C=#e<q=MojXS%tMj~*Nk1o~&^V$|tX!^B&e
ztNGpfb1n-c(CH=PQ(Peipl-$mK+4F-$b3C^`=4m6TC6u~^B+>hViDTR{F1U$ATjll
zax=&3#zFd+sbOQIWY@R7^{q|+tt@;@{-_=}wz9Hv4nSJY0NtAUHvSW2)hU8UH&JV9
z&{gd9@DCKw1nSL!832eu4NJ5RT7cIl(PAGd5u1s#0$pMQG5$h@^`iVCi!ttF#`cWj
zXua=us`*lW4>(MstY|=|^!pe!g=6k;ECR$&eD@;{5&U7E*l*vCre=YB^zg9q6#MHK
zN)5_@Ld;l>e%gN~c)^<ZrT-1L8cn|$yrQ6{UYJqvcn{Q=8(Tv$KvsDdAH%<bBQbn$
zHr3P95|PHpI08{3QO;pxWK25y-P0oFPD7fU0EOinaUQ`U>qEv?gnmKoh`UnUmaQOo
zL<<tqNhXfY3|z{^DQmEI@Q$2o-!2Fc89Bn=_L5dbnu~ET)LAwCIo{dXF%7yMpn1Al
zH1SjQ$xX)#-Po3qk)hUNnky&9f?$B`3%xpxyAC_s$yhsRNAxrmgV)?B-Pb@;y^<Kq
zkHtgBfBm_k%GRlDBq;Pj8Ghjp%Dat<i-5#^<34b9SzR;NOhD4DggnT-=o>3+1nn$N
zE_xwjvLaHKloJEvoIXc`NY3Ty0sL>HbS!$=hsR_oCV&Vh#H}g=#5rkC-|d^y5n&%M
zEqyNqQ&Ur;u`mFolMHF3;&yUqYqagJ3|8vhcd#w#f{m9iUxG&lLmKPrL4G$XjO(gx
z^@P@XZo?P4sUiK4(SFibp!$p-CT>E|$;k#_s!()UULd)|{WdU6v?<l8%@0r`R1Uft
zy_VJq$Dac%0HzS-DYIuDBGdLm<lA4j^`ah(9YWo6aqcKJ_Ap|(HLJ0i1e2%=`=$C6
z7(x$iBHk-UGWIB)R9ZEmRhO=2@n{4uphEm2TQNLzR4_2jf2*>qjVai_H@@K7%i0v)
zx>sQ=LR8z{0h@!Bot<5p^1TLYs_%X<^Y1e;%g06dYbe>!<7{`-nVmJ#tRTQG0m3y%
zSVCh`Mxc|9Ytc|{g3!X)?j_A@tf4b`&GvLo(yObh4KTHe$}y-g&zFc9B$?FS#j%qX
zN4SP{xe<nEQ(9X36Od#3oda_mf(+^w&n9=>s&!bUh~&=ij_S%nTeXyKd(q#4fU}#%
zrfAGe9^gSAax0#GClYUIOc@_EGp60o@1)C)d%&0jU{K@Pf4N2~)v=)`grr%`1W>kk
zuvUU2I)<$pxm#>pY^*J1?Vr#6v$KSN79TsgFpVL=l`gpK+^qu}HBEo>ng2uom6$Qx
z*V_+m%MsVtFGpbROX8k+^j*%Z^#qay3BwMFlQvfXSF%clBIRmjh0@O*TJ^CG1nLF;
z1rT<VaU0S43lKkf+%p0gJrT(3h~p$crl)79*L@M^ESsR`;O_1&;rDpGICOq~zA0Uh
zA9BcV6v2Zgg<tKPn-0q+5rbOVjUl7H4(`kSWd*fym&Byt`L1BBd8Y*n9mBg?JN_!o
z)GX@Ctw>md)y9i-!Qc6NdB=aVg|<yB_}4^!_Zd_BAA=-UToKc_QjPz-H4F=DrAd$_
znqGivt>sKf$>f4fmF78ec+g(G67`_^kI?x0RsDelw|DGLdIQkyfW#e3E|m}hklTg`
z56Sim?FAvT2?{g47abjLfA=*n0HW`JD=j@8Z@Je2V$|h(9rDe8hrSGW2M!Fk$aHEG
zeF@@|#)$P=V+<!n4Gx~AeDQbB#9WFmtts5R{OAn<#-|BpVmcHL5h_yP+$g20ev?W?
z$vI|xWA9#NPQmU$w(2j?Mi^}KD3qmoE~ajZ?${JLqhBnK+*|Em@tVjozk%B_hnLE=
zcy)?}yH??0%s?N}jdyfJfiFi88y9DQSw*VC9i4OFj*Yzj#%s_|(av$!S76B}wIa%c
zL>Our#=I%%)V<<5Oa*XM4~;_x(H6V(74RD1=q-Tq(Lm48)y02387pIBWAPCY5fwH~
z`f=OsZ^FyDfBs8jG3mVArlNpv=`GI{LJYV|^b8Gwng!*=D{BW4ToSBNkSXnW@6Qq_
zj|!J6`sBpRRf8CWXJj9&y%LLLVHEOMlJ9UW?CoXM`lQm4%LrWiWHo0f_?T$6MtubZ
zbj<1FkcWyHTgj$B;hW}iE1$I2%>+;kCRj^ktS3nbSt%?Z3wY%S-w{DD+Tk-_%xxIp
z{>zdwFCtpvis$VQ7=BU3{u)9C0SzLnYvQC}z+bTw<iY{g??YlKfu9fH;rZnXbu=_+
z+O;je{`tF)8z-o4)#<tK_SUD~5AM_sl$h1k)qmTaK>5q9C(GUx%?7Gnt8unk)}NgD
z7XKVIb}Ubv84JCFPI`Ejnzi=*uubbxOzeFSv@3BR<UxnVAQ9qn*aslGoi*vaMX2=j
z^n#@eK%HJEN-3-yi;XN!_!?y?!lzeiF-DLxBwHHf&b{e~+9GBX1qymYO*AYA3dN$C
zks_`9p#hzd!927ms_j)J!UNf(<BuN8$H&L7cHIyP_$c+=-MBzpS!g&YuF$PABhglN
zTm>;(CqZFgBDuytpHX!bXZX>fS0PvJQG1z;k)^w2nk5SB^oD5ii0M^+4}K8ZNE;bH
z^SK&N4|6o2?mD96T8Eq4*<q4eLe?2h(-}MiLHqXPZ9;iaLrVDJ_k=-pIi;7^Zd`^h
z*7%AZPD*Kr7Ns!<PPx{=I-g&XF;_b>Vu;K|R-am_>fQsyN~+yDe0|J{_Ze8#({WMn
z(`qV-z#kIOi_QemvmaN_z#>y7Y8_6!3;2&SRVfcGSP_)5nGIE7VRNNCOVZl&U;pHH
za|{Oi`rcin1N{{efVDu->Vb!p(%hz;zC-f`#@twc@UO@Oo|jPr_nT;_NzMl+zfNQy
zM$B}CT{@;*p3Q-|g#^Qgz>P1LX#Yo$7b|eXaM&HS!di!1L4G^LMv50!`vegPc^vaI
zn(kV>!XDs`FWet~q}g6b3h7^x-?|S>cIS-1$H~M!y!P#>JF^$eGL=5E0E2~bL(LrB
z+%9=7kLN8KZa=}Ma;mQHT_p%e$3jhFqOmMh23`G+fhib{4=PHdx!}Fb&5x!5o|iYv
z&QP7I`KBmbsxA0>P*8xm`6fJKqbNFpwkY)r(%+Z&5odgl!q(X(nhJ;SuD9MEY(eI2
zdb*^L#BgnHJ2`6^KNC^*d)exPn^iD`cL?~sS6lhJeJl$y{VYwR9s{E3A+t_xrf*%h
z2LE{f5H^(kx1C0(r>6-mt2s;9l`Eug0L)-`*OkeHSO3KnLJjmA6GQ`yoN@;BeiRa2
zTUjysH=OJl4%}aHzFpmJdlQ)%?$jIaUUIMci2>Wg%ZoUkMnX*@9i*XdV$gkE<D7%|
zRrc;0%4zcBb~r+MGe4yf8N>&m0=wC;k`#7uNwJ)UE@oEy%uqwQM*6GgGAV4<<|hqD
zbT<|E$zQW_B*0s>6)eo(3Raz%Fnbx_d{HuV-DG?6F(?RLR56zE#jT~NZbh1AMFIuO
z7yYqsTmB{`G3SguCTZ?S-vJB=HIR5lK%vSkXIn-sTLva3t>mwYk>&zY#!7cdhXLgO
ze1Z=u#wQ{1%mtD}ld5lUUhii6CqC&+PEOWfCfcZJTT?;}LITJE3v=@ViMB@ie{I)X
zNWI#Bn*fw!ujeY~Or>@C#GXiQUbpH4QgAd3oXU;!Z<8hvim|-DW>vEg5*1e!&b&8c
z=kvHeX3kPo4dWzl37&mhil1EAlK->6f9<Q2sN@cnHfF=MuQ3<a&o|@JoaqrNjMzXc
z-ue1m>vh+Hg_~~hsd>@NmxTr0=bgU?b9G&vOw9sT%i(<Jg*ydN)OS$e*1h^&dU*V&
zNw)~&kXlm_3HE#m2xaj)?$fmz|0(F;P$={{UAs&zE?Xj~yRIsw)%1ZKBNTwmBaDNM
zJ=R}<0j6{~@Vd%WwWh94U6}<B$g6<Reh4;Uh%Q_%PLUI%sch%@4l|$!c|9wOYS~5C
z9(*e0Yo=oEJr0caE<pBx%d}Z;wk_l0q5k2qy<~@E0tf?~rucJ-?N_=F?p-E5zy^HY
z86q)#=u`ElJd43$2Lc0-w+;&l3R1@vj>vo`G)hDg{HQa9@;HDOurHIz_i1W+iQEVH
zWD*TOemvk<##T`KWHHd+U>Ur~RM{i^5jBPd+Q2rw?I#CSBT1^qR061iwW-f$MAy;L
z(VRKyl!r);9rOwps26~YL=K}N4ANHKJn@*6;38`OW8x$|v$XoWYwL&?p=~2tN<o^Y
zc_%uU&0R#z@peTW|CY7{FEjQ8%Ys|lby!G|TfQSxk?BkTbgNXLal51*c$wV20n<$b
z0)kD_`0kVf%X97A!3tF*omG>*G4Hlb>|D>^0N&|O#3UpVFF-+xaDV`0{qs4E=ck#S
z-6(Ry+|!Mkg7MCMkn^7BGsF$xyYNArjCI=of_e47QK9t@hgEfJKZPamhg~Dw13@}<
z!7MDhYj5L~K}jrf7TZQTQYES6*A@<4V4b}Hu7R2*^k6pu)P^7BT1~DzBoiN>?-M3%
zfO<oSk%{TqezDfr6#Q^8oW2%w{}?#h%dir8d7vJ2XKLK-k3guEZ3B`Z0I``q@$&4R
zwgEL3xhw&z{NxUsva@;s6m^$DafSQpc|lKL;40j*={X?~5e7Oop7-N~)^0Z^+t=XQ
z#VN-j=+q;r<GaSd)2h5gH08dOvzAn2&{cxC8NxI0rL8o-mh)qO@Y_FD-q!mIZYQq1
z|1mu;TYxp*f@T*YU|p#|4#<U=n0i`*o}Zro0!r_x0S;Q=3Kx$E_*+Etcw|s><D6KF
znu(i0NV<`;I<Uh97ds0gi5co)A&yx*gB;a9y8^-K0D#%YsZ^TkjULb$@}Q<uyKd;~
z{#TRh%rFPGu`s-M8D!+-tj3*Qj&&)Ql0`G+KDk1#hFwuXr4jgk5%|`0;ZX>SS_awI
z_*fPWobY!wnZ<Vh*$!!XC-NK@iW36*tE-?7tf?LEX#$$d*d0X2fv}?u-UvbW>VCXg
z=JM=ZCG$XM5yzGcYUAbzmCfXxdlTc)?}&DM-_505GTZaK%N2x(gCB3Tl`F9P`Sk88
z6B(oen6Ov)c9~oU1Tn^MN2j<1U)>5$A#gz>%76JLojI&!Nw9Z$XT3~nQ-2c1*k^o;
zixZa+5V(fDkEaA*cXchT$Kwz!2&MtuP(dOR5<zc9sTa+-8d=*H)W6U6L5&Z}Qha3|
zZoGjQesFPdA@SDpPzUElgO!sLC*bzI3vflt1~s}Ra|bGl^AA>$?waPYC!1oNiYy$T
z$v8Mjm<AV2N@nXxX=t980R`_=z|&QpM9xm<Y7(!8-m=kY7ksS~z(W3hrX0R!`PVn$
zIcffVIW5xD(MHPghD@nJ?;)z8q2XKhyMVj2Ugb6C%&aUnlb*l;3p+czAj)C%;*>e*
zFZNo%U|E>I^nY<-0qf~Nd^q{~^=lq53H^+#`*w)y-LTHfeGZNn5uVs1OcIFE0H7P}
z&iTaa9*@j2mNlIl$8&~L^~>N1sC9m)J4gs?;z}$N3R`C<j-d%UC`q5{lKA-8$)Kfl
zcD^}4AKS1Tj=v26IW>TG%H*x@-~CJH`;|3yAZIa@-P_yy@zDfq-8yeCPAxZ+lM4fr
z@<`jDqwKy!<Zgx(MvujblrV4?W+jbU-Hwcm1VL?@zU97kwb%~m+7Ee{8kIC(wcr&M
zJ@W2c4H^}G&VYfRSKyD8Ft9bPs=0Bk2a9T*%xAoL^#Y{wB?v(2cK|n#P}Tflp7_P!
zE9mo0tq*OFGO)C5?UbTk6B2;X@wUZbu@v9~Zv1jTZf2_wyNXScRsjh`C%(m7O&gro
zWRKV&$o$>lVE9U>_u0I--;Ed;zUm!xwb2)rMTm-PMJuEYz_8v%#VJpT^zRuL76ByM
zpvI2H8VK@sbc2D=D^@A|*fb>uVL`!GZs0+1;O_)>8`M0VpLU)(^<1r?^Co1mJ<}Lq
W)xRB|QWOUPKZ<f{vbEA?q5lK5WA@bm

literal 0
HcmV?d00001

diff --git a/vendors/milesight-iot/cth-series/cth01-compress/README.md b/vendors/milesight-iot/cth-series/cth01-compress/README.md
new file mode 100644
index 0000000..9d74353
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01-compress/README.md
@@ -0,0 +1,550 @@
+# CTH01 Sensor
+
+![CTH01](CTH01.png)
+
+For more detailed information, please visit [Milesight Official Website](https://www.milesight.com/iot/product/lorawan-sensor/cth01)
+
+## Payload Definition
+
+### Attribute
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| LoRaWAN  Settings | 0xCF | 1 | rw |  |  |  |
+| LoRaWAN Comand | 0xCF | 2 | rw |  |  |  |
+| LoRaWAN Version | 0xCF | 2 | rw | 2 |  | 1：1.0.2<br>2：1.0.3<br>3：1.0.3<br>4：1.0.4 |
+| TSL Version | 0xDF | 3 | r |  |  |  |
+| Product Name | 0xDE | 33 | rw |  |  |  |
+| PN | 0xDD | 33 | rw |  |  |  |
+| SN | 0xDB | 9 | r |  |  |  |
+| Product Version | 0xDA | 9 | r |  |  |  |
+| Hardware Version | 0xDA | 3 | r |  |  |  |
+| Firmware Version | 0xDA | 7 | r |  |  |  |
+| OEM ID | 0xD9 | 3 | rw |  |  |  |
+| Product Region | 0xD8 | 17 | r |  |  |  |
+| Device Information | 0xD7 | M | r |  |  |  |
+| Temperature | 0x01 | 3 | r |  | -20 - 100 |  |
+| Voltage Three-phase Unbalance | 0x02 | 3 | r |  | 0 - 100 |  |
+| THDi | 0x03 | 25 | r |  |  |  |
+| THDi | 0x03 | 3 | r |  |  |  |
+| THDi | 0x03 | 3 | r | 0 | 0 - 100 |  |
+| THDv | 0x04 | 7 | r |  |  |  |
+| THDv | 0x04 | 3 | r |  |  |  |
+| THDv | 0x04 | 3 | r | 0 | 0 - 100 |  |
+| Current(RMS) | 0x05 | 37 | r |  |  |  |
+| Current(RMS) | 0x05 | 4 | r |  |  |  |
+| Current(RMS) | 0x05 | 4 | r | 0 | 0 - 4000 |  |
+| Voltage(RMS) | 0x06 | 7 | r |  |  |  |
+| Voltage(RMS) | 0x06 | 3 | r |  |  |  |
+| Voltage(RMS) | 0x06 | 3 | r | 0 | 0 - 500 |  |
+| Power Factor | 0x07 | 1 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor a | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor1 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor2 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor3 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factorb | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor4 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor5 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor6 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor c | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor7 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor8 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor9 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor d | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor10 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor11 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor12 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Active Power | 0x08 | 1 | r |  |  |  |
+| Active Power | 0x08 | 2 | r |  |  |  |
+| Active Power | 0x08 | 2 | r |  |  |  |
+| Active Power a | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x08 | 9 | r |  |  |  |
+| Active Power1 | 0x08 | 5 | r | 0 |  |  |
+| Active Power2 | 0x08 | 5 | r | 0 |  |  |
+| Active Power3 | 0x08 | 5 | r | 0 |  |  |
+| Active Power b | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x08 | 9 | r |  |  |  |
+| Active Power4 | 0x08 | 5 | r | 0 |  |  |
+| Active Power5 | 0x08 | 5 | r | 0 |  |  |
+| Active Power6 | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 1 | r |  |  |  |
+| Active Power | 0x09 | 2 | r |  |  |  |
+| Active Power | 0x09 | 2 | r |  |  |  |
+| Active Power c | 0x09 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 9 | r |  |  |  |
+| Active Power7 | 0x09 | 5 | r | 0 |  |  |
+| Active Power8 | 0x09 | 5 | r | 0 |  |  |
+| Active Power9 | 0x09 | 5 | r | 0 |  |  |
+| Active Power d | 0x09 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 9 | r |  |  |  |
+| Active Power10 | 0x09 | 5 | r | 0 |  |  |
+| Active Power11 | 0x09 | 5 | r | 0 |  |  |
+| Active Power12 | 0x09 | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 1 | r |  |  |  |
+| Reactive Power | 0x0A | 2 | r |  |  |  |
+| Reactive Power | 0x0A | 2 | r |  |  |  |
+| Reactive Power a | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 9 | r |  |  |  |
+| Reactive Power1 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power2 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power3 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power b | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 9 | r |  |  |  |
+| Reactive Power4 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power5 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power6 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 1 | r |  |  |  |
+| Reactive Power | 0x0B | 2 | r |  |  |  |
+| Reactive Power | 0x0B | 2 | r |  |  |  |
+| Reactive Power c | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 9 | r |  |  |  |
+| Reactive Power7 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power8 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power9 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power d | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 9 | r |  |  |  |
+| Reactive Power10 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power11 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power12 | 0x0B | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 1 | r |  |  |  |
+| Apparent Power | 0x0C | 2 | r |  |  |  |
+| Apparent Power | 0x0C | 2 | r |  |  |  |
+| Apparent Power a | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 9 | r |  |  |  |
+| Apparent Power1 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power2 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power3 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power b | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 9 | r |  |  |  |
+| Apparent Power4 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power5 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power6 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 1 | r |  |  |  |
+| Apparent Power | 0x0D | 2 | r |  |  |  |
+| Apparent Power | 0x0D | 2 | r |  |  |  |
+| Apparent Power c | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 9 | r |  |  |  |
+| Apparent Power7 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power8 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power9 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power d | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 9 | r |  |  |  |
+| Apparent Power10 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power11 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power12 | 0x0D | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 1 | r |  |  |  |
+| Imported Active Energy | 0x0E | 2 | r |  |  |  |
+| Imported Active Energy | 0x0E | 2 | r |  |  |  |
+| Imported Active Energy a | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 9 | r |  |  |  |
+| Imported Active Energy1 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy2 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy3 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy b | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 9 | r |  |  |  |
+| Imported Active Energy4 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy5 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy6 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 1 | r |  |  |  |
+| Imported Active Energy | 0x0F | 2 | r |  |  |  |
+| Imported Active Energy | 0x0F | 2 | r |  |  |  |
+| Imported Active Energy c | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 9 | r |  |  |  |
+| Imported Active Energy7 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy8 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy9 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy d | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 9 | r |  |  |  |
+| Imported Active Energy10 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy11 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy12 | 0x0F | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 1 | r |  |  |  |
+| Exported Active Energy | 0x10 | 2 | r |  |  |  |
+| Exported Active Energy | 0x10 | 2 | r |  |  |  |
+| Exported Active Energy a | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 9 | r |  |  |  |
+| Exported Active Energy1 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy2 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy3 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy b | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 9 | r |  |  |  |
+| Exported Active Energy4 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy5 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy6 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 1 | r |  |  |  |
+| Exported Active Energy | 0x11 | 2 | r |  |  |  |
+| Exported Active Energy | 0x11 | 2 | r |  |  |  |
+| Exported Active Energy c | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 9 | r |  |  |  |
+| Exported Active Energy7 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy8 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy9 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy d | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 9 | r |  |  |  |
+| Exported Active Energy10 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy11 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy12 | 0x11 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 1 | r |  |  |  |
+| Imported Reactive Energy | 0x12 | 2 | r |  |  |  |
+| Imported Reactive Energy | 0x12 | 2 | r |  |  |  |
+| Imported Reactive Energy a | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 9 | r |  |  |  |
+| Imported Reactive Energy1 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy2 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy3 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy b | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 9 | r |  |  |  |
+| Imported Reactive Energy4 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy5 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy6 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 1 | r |  |  |  |
+| Imported Reactive Energy | 0x13 | 2 | r |  |  |  |
+| Imported Reactive Energy | 0x13 | 2 | r |  |  |  |
+| Imported Reactive Energy c | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 9 | r |  |  |  |
+| Imported Reactive Energy7 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy8 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy9 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy d | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 9 | r |  |  |  |
+| Imported Reactive Energy10 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy11 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy12 | 0x13 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 1 | r |  |  |  |
+| Exported Reactive Energy | 0x14 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x14 | 2 | r |  |  |  |
+| Exported Reactive Energy a | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 9 | r |  |  |  |
+| Exported Reactive Energy1 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy2 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy3 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy b | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 9 | r |  |  |  |
+| Exported Reactive Energy4 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy5 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy6 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x15 | 1 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 9 | r |  |  |  |
+| Exported Reactive Energy7 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy8 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy9 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy d | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x15 | 9 | r |  |  |  |
+| Exported Reactive Energy10 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy11 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy12 | 0x15 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 1 | r |  |  |  |
+| Apparent Energy | 0x16 | 2 | r |  |  |  |
+| Apparent Energy | 0x16 | 2 | r |  |  |  |
+| Apparent Energy a | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 9 | r |  |  |  |
+| Apparent Energy1 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy2 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy3 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy b | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 9 | r |  |  |  |
+| Apparent Energy4 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy5 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy6 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 1 | r |  |  |  |
+| Apparent Energy | 0x17 | 2 | r |  |  |  |
+| Apparent Energy | 0x17 | 2 | r |  |  |  |
+| Apparent Energy c | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 9 | r |  |  |  |
+| Apparent Energy7 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy8 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy9 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy d | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 9 | r |  |  |  |
+| Apparent Energy10 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy11 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy12 | 0x17 | 5 | r | 0 |  |  |
+| Historical Data Type | 0x40 | 2 | r |  |  |  |
+| Historical Data Type | 0x40 | 2 | r | 1 |  | 1:month energy<br>2:month min<br>3:month max |
+| Collecting Interval | 0x60 | 1 | rw |  |  |  |
+| Collecting Interval Unit | 0x60 | 2 | rw | 0 |  | 0：second<br>1：min |
+| Collecting Interval | 0x60 | 3 | rw | 30 | 10 - 64800 |  |
+| Collecting Interval | 0x60 | 3 | rw | 1 | 1 - 1440 |  |
+| Report Interval | 0x61 | 1 | rw |  |  |  |
+| Report Interval Unit | 0x61 | 2 | rw | 1 |  | 0：second<br>1：min |
+| Report Interval | 0x61 | 3 | rw | 30 | 10 - 64800 |  |
+| Report Interval | 0x61 | 3 | rw | 1 | 1 - 1440 |  |
+| Device Status | 0xC8 | 2 | rw | 0 |  | 0：Power Off<br>1：Power On |
+| Temperature Unit | 0x63 | 2 | rw | 0 |  | 0：℃<br>1：℉ |
+| Bluetooth Name | 0x64 | 1 | rw |  |  |  |
+| Name Length | 0x64 | 2 | rw | 13 | 1 - 13 |  |
+| Name | 0x64 | 1 | rw |  |  |  |
+| Data Storage Settings | 0xC5 | 1 | rw |  |  |  |
+| Sub-command | 0xC5 | 2 | rw | 0 |  |  |
+| Data Storage Enable | 0xC5 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Data Retransmission Enable | 0xC5 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Retransmission Interval | 0xC5 | 3 | rw | 600 | 30 - 1200 |  |
+| Retrieval Interval | 0xC5 | 3 | rw | 60 | 30 - 1200 |  |
+| Voltage Channel | 0x66 | 2 | rw | 0 |  | 0：four_wire<br>1：three_wire |
+| Group a | 0x67 | 1 | rw |  |  |  |
+| Circuit Type | 0x67 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x67 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x67 | 4 | rw |  |  |  |
+| Current Direction | 0x67 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x67 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group b | 0x68 | 1 | rw |  |  |  |
+| Circuit Type | 0x68 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x68 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x68 | 4 | rw |  |  |  |
+| Current Direction | 0x68 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x68 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group c | 0x69 | 1 | rw |  |  |  |
+| Circuit Type | 0x69 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x69 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x69 | 4 | rw |  |  |  |
+| Current Direction | 0x69 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x69 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group d | 0x6A | 1 | rw |  |  |  |
+| Circuit Type | 0x6A | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x6A | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x6A | 4 | rw |  |  |  |
+| Current Direction | 0x6A | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x6A | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Temperature Calibration Settings | 0x6B | 4 | rw |  |  |  |
+| Temperature Calibration | 0x6B | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Calibration Value | 0x6B | 3 | rw | 0 | -120 - 120 |  |
+| Time Zone | 0xC7 | 3 | rw | 0 |  | -720：UTC-12(IDLW)<br>-660：UTC-11(SST)<br>-600：UTC-10(HST)<br>-570：UTC-9:30(MIT)<br>-540：UTC-9(AKST)<br>-480：UTC-8(PST)<br>-420：UTC-7(MST)<br>-360：UTC-6(CST)<br>-300：UTC-5(EST)<br>-240：UTC-4(AST)<br>-210：UTC-3:30(NST)<br>-180：UTC-3(BRT)<br>-120：UTC-2(FNT)<br>-60：UTC-1(CVT)<br>0：UTC(WET)<br>60：UTC+1(CET)<br>120：UTC+2(EET)<br>180：UTC+3(MSK)<br>210：UTC+3:30(IRST)<br>240：UTC+4(GST)<br>270：UTC+4:30(AFT)<br>300：UTC+5(PKT)<br>330：UTC+5:30(IST)<br>345：UTC+5:45(NPT)<br>360：UTC+6(BHT)<br>390：UTC+6:30(MMT)<br>420：UTC+7(ICT)<br>480：UTC+8(CT/CST)<br>540：UTC+9(JST)<br>570：UTC+9:30(ACST)<br>600：UTC+10(AEST)<br>630：UTC+10:30(LHST)<br>660：UTC+11(VUT)<br>720：UTC+12(NZST)<br>765：UTC+12:45(CHAST)<br>780：UTC+13(PHOT)<br>840：UTC+14(LINT) |
+| Daylight Saving Time | 0xC6 | M | rw |  |  |  |
+| Daylight Saving Time | 0xC6 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| DST Bias | 0xC6 | 2 | rw | 60 | 0 - 120 |  |
+| Month | 0xC6 | 2 | rw | 1 |  | 1:Jan.<br>2:Feb.<br>3:Mar.<br>4:Apr.<br>5:May<br>6:Jun.<br>7:Jul.<br>8:Aug.<br>9:Sep.<br>10:Oct.<br>11:Nov.<br>12:Dec. |
+| Number of Week | 0xC6 | 2 | rw | 1 |  | 1:1st<br>2: 2nd<br>3: 3rd<br>4: 4th<br>5: last |
+| Week | 0xC6 | 2 | rw | 1 |  | 1：Mon.<br>2：Tues.<br>3：Wed.<br>4：Thurs.<br>5：Fri.<br>6：Sat.<br>7：Sun. |
+| Time | 0xC6 | 3 | rw | 0 |  | 0：00:00<br>60：01:00<br>120：02:00<br>180：03:00<br>240：04:00<br>300：05:00<br>360：06:00<br>420：07:00<br>480：08:00<br>540：09:00<br>600：10:00<br>660：11:00<br>720：12:00<br>780：13:00<br>840：14:00<br>900：15:00<br>960：16:00<br>1020：17:00<br>1080：18:00<br>1140：19:00<br>1200：20:00<br>1260：21:00<br>1320：22:00<br>1380：23:00 |
+| Month | 0xC6 | 2 | rw | 1 |  | 1:Jan.<br>2:Feb.<br>3:Mar.<br>4:Apr.<br>5:May<br>6:Jun.<br>7:Jul.<br>8:Aug.<br>9:Sep.<br>10:Oct.<br>11:Nov.<br>12:Dec. |
+| Number of Week | 0xC6 | 2 | rw | 1 |  | 1:1st<br>2: 2nd<br>3: 3rd<br>4: 4th<br>5: last |
+| Week | 0xC6 | 2 | rw | 1 |  | 1：Mon.<br>2：Tues.<br>3：Wed.<br>4：Thurs.<br>5：Fri.<br>6：Sat.<br>7：Sun. |
+| Time | 0xC6 | 3 | rw | 0 |  | 0：00:00<br>60：01:00<br>120：02:00<br>180：03:00<br>240：04:00<br>300：05:00<br>360：06:00<br>420：07:00<br>480：08:00<br>540：09:00<br>600：10:00<br>660：11:00<br>720：12:00<br>780：13:00<br>840：14:00<br>900：15:00<br>960：16:00<br>1020：17:00<br>1080：18:00<br>1140：19:00<br>1200：20:00<br>1260：21:00<br>1320：22:00<br>1380：23:00 |
+| Temperature Threshold Alarm Settings | 0x76 | 7 | rw |  |  |  |
+| Threshold Alarm Enable | 0x76 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x76 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x76 | 3 | rw | 0 | -20 - 100 |  |
+| Value B | 0x76 | 3 | rw | 0 | -20 - 100 |  |
+| Current Threshold Alarm Settings | 0x77 | 1 | rw |  |  |  |
+| Current Threshold Alarm | 0x77 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x77 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x77 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x77 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x77 | 3 | rw | 0 | 0 - 4000 |  |
+| Value B | 0x77 | 3 | rw | 0 | 0 - 4000 |  |
+| Voltage Threshold Alarm Settings | 0x78 | 1 | rw |  |  |  |
+| Voltage Threshold Alarm | 0x78 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x78 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x78 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x78 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x78 | 3 | rw | 0 | 0 - 500 |  |
+| Value B | 0x78 | 3 | rw | 0 | 0 - 500 |  |
+| THDi Threshold Alarm Settings | 0x79 | 8 | rw |  |  |  |
+| THDi Threshold Alarm | 0x79 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x79 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x79 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x79 | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x79 | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x79 | 3 | rw | 8 | 1 - 100 |  |
+| THDv Threshold Alarm Settings | 0x7A | 8 | rw |  |  |  |
+| THDv Threshold Alarm | 0x7A | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x7A | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x7A | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x7A | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x7A | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x7A | 3 | rw | 5 | 1 - 100 |  |
+| Voltage Three-phase Unbalance Threshold Alarm Settings | 0x7B | 7 | rw |  |  |  |
+| Threshold Alarm Enable | 0x7B | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x7B | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x7B | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x7B | 3 | rw | 3 | 1 - 100 |  |
+| Threshold Alarm Global Settings | 0x7C | 1 | rw |  |  |  |
+| Alarm Interval | 0x7C | 3 | rw | 5 | 1 - 1440 |  |
+| Alarm Times | 0x7C | 3 | rw | 3 | 1 - 1000 |  |
+| Threshold Released Report Enable | 0x7C | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Monthly Statistics Time | 0x6D | 1 | rw |  |  |  |
+| day | 0x6D | 2 | rw | 1 | 1 - 28 |  |
+| hour | 0x6D | 2 | rw | 0 | 0 - 23 |  |
+| minute | 0x6D | 2 | rw | 0 | 0 - 59 |  |
+| Report Parameters | 0x6C | 3 | rw |  |  |  |
+| Temperature | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Current(RMS) | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Voltage(RMS) | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Power Factor | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Active Power | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| ReActive Power | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Apparent Power | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Imported Active Energy | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Exported Active Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Imported Reactive Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Exported Reactive Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Apparent Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| THDi | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| THDv | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Voltage Three-phase Unbalance | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+
+### Event
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| Sequence Number Check Response | 0xFF | 2 | r |  |  |  |
+| Order Check Response | 0xFE | 2 | r |  |  |  |
+| Command Response | 0xEF | 1 | r |  |  |  |
+| Request to Push All Configurations | 0xEE | 1 | r |  |  |  |
+| Historical Data | 0xED | 6 | r |  |  |  |
+| Temperature Threshold Alarm | 0x30 | 1 | r |  |  |  |
+| Current Threshold  Alarm | 0x31 | 1 | r |  |  |  |
+| Voltage Threshold  Alarm | 0x32 | 1 | r |  |  |  |
+| THDi Threshold Alarm | 0x33 | 1 | r |  |  |  |
+| THDv Threshold Alarm | 0x34 | 1 | r |  |  |  |
+| Voltage Three-phase Unbalance Threshold Alarm | 0x35 | 1 | r |  |  |  |
+| Power Failure Alarm | 0x36 | 1 | r |  |  |  |
+
+### Service
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| Sequence Number Check | 0xFF | 2 | w |  |  |  |
+| Sequence Number | 0xFF | 2 | w | 0 | 0 - 255 |  |
+| Sequence Number | 0xFF | 2 | r | 0 | 0 - 255 |  |
+| Order Check | 0xFE | 2 | w |  |  |  |
+| Order | 0xFE | 2 | w | 0 | 0 - 255 |  |
+| Command Queries | 0xEF | 1 | w |  |  |  |
+| Query Information | 0xEF | 2 | w |  |  |  |
+| Command Length | 0xEF | 2 | w | 1 | 1 - 15 |  |
+| The command that was queried | 0xEF | 1 | w |  |  |  |
+| Answer Result | 0xEF | 2 | r | 0 |  | 0：success<br>1：unknow<br>2：error order<br>3：error passwd<br>4：error read params<br>5：error write params<br>6：error read<br>7：error write<br>8：error read apply<br>9：error write apply |
+| Command Length | 0xEF | 2 | r | 1 | 1 - 15 |  |
+| Answered Commands | 0xEF | 1 | r |  |  |  |
+| Request to Query All Configurations | 0xEE | 1 | w |  |  |  |
+| Historical Data Mode | 0xED | 2 | r |  |  | 0：target time<br>1：historical time |
+| Historical Data Timestamps | 0xED | 5 | r |  |  |  |
+| Alarm Type | 0x30 | 2 | r |  |  |  |
+| Collection Error | 0x30 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x30 | 1 | r |  |  |  |
+| Overrange (Upper Limit) | 0x30 | 1 | r |  |  |  |
+| No Data | 0x30 | 1 | r |  |  |  |
+| Temperature Below Threshold Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Below Threshold Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Exceeds Threshold Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Exceeds Threshold Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Between Thresholds Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Between Thresholds Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Outside Thresholds Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Outside Thresholds Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Alarm Channel | 0x31 | 2 | r |  | 0 - 11 |  |
+| Current Threshold Alarm Info | 0x31 | 1 | r |  |  |  |
+| Alarm Type | 0x31 | 2 | r |  |  |  |
+| Collection Error | 0x31 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Overrange (Upper Limit) | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| No Data | 0x31 | 1 | r |  |  |  |
+| Overrange Release | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Below Threshold Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Below Threshold Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Exceeds Threshold Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Exceeds Threshold Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current in-Range Thresholds Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current in-Range Thresholds Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Out-of-Range Thresholds Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Out-of-Range Thresholds Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Alarm Channel | 0x32 | 2 | r |  | 0 - 11 |  |
+| Voltage Threshold Alarm Info | 0x32 | 1 | r |  |  |  |
+| Alarm Type | 0x32 | 2 | r |  |  |  |
+| Collection Error | 0x32 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Overrange (Upper Limit) | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| No Data | 0x32 | 1 | r |  |  |  |
+| Overrange Release | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Below Threshold Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Below Threshold Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Exceeds Threshold Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Exceeds Threshold Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage in-Range Thresholds Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage in-Range Thresholds Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Out-of-Range Thresholds Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Out-of-Range Thresholds Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Alarm Channel | 0x33 | 2 | r |  | 0 - 11 |  |
+| THDi Threshold Alarm Info | 0x33 | 1 | r |  |  |  |
+| Alarm Type | 0x33 | 2 | r |  |  |  |
+| Collection Error | 0x33 | 1 | r |  |  |  |
+| THDi Exceeds Threshold Alarm Released | 0x33 | 3 | r |  |  |  |
+| THDi | 0x33 | 3 | r |  |  |  |
+| THDi Exceeds Threshold Alarm | 0x33 | 3 | r |  |  |  |
+| THDi | 0x33 | 3 | r |  |  |  |
+| Alarm Channel | 0x34 | 2 | r |  | 0 - 11 |  |
+| THDv Threshold Alarm Info | 0x34 | 1 | r |  |  |  |
+| Alarm Type | 0x34 | 2 | r |  |  |  |
+| Collection Error | 0x34 | 1 | r |  |  |  |
+| THDv Exceeds Threshold Alarm Released | 0x34 | 3 | r |  |  |  |
+| THDv | 0x34 | 3 | r |  |  |  |
+| THDv Exceeds Threshold Alarm | 0x34 | 3 | r |  |  |  |
+| THDv | 0x34 | 3 | r |  |  |  |
+| Alarm Type | 0x35 | 2 | r |  |  |  |
+| Collection Error | 0x35 | 1 | r |  |  |  |
+| Voltage Three-phase Unbalance Exceeds Threshold Alarm Released | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance Exceeds Threshold Alarm | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance | 0x35 | 3 | r |  |  |  |
+| Reset | 0xBF | 1 | w |  |  |  |
+| Reboot | 0xBE | 1 | w |  |  |  |
+| Stop Retrieval | 0x5D | 1 | w |  |  |  |
+| Stop Retrieval | 0x5D | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Retrieval (Time Period) | 0x5B | 6 | w |  |  |  |
+| Type | 0x5B | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Time Point | 0x5B | 5 | w |  |  |  |
+| Retrieval (Time Period) | 0x5C | 10 | w |  |  |  |
+| Type | 0x5C | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Start Time | 0x5C | 5 | w |  |  |  |
+| End Time | 0x5C | 5 | w |  |  |  |
+| Query Device Status | 0xB9 | 1 | w |  |  |  |
+| Time Synchronize | 0xB8 | 1 | w |  |  |  |
+| Time Synchronize | 0xB7 | 5 | w |  |  |  |
+| Timestamp | 0xB7 | 5 | w |  |  |  |
+| Network Reconnection | 0xB6 | 1 | w |  |  |  |
+| Clear Cumulative Energy Consumption | 0x5F | 2 | w |  |  |  |
+| Channel Number | 0x5F | 2 | w | 0 | 0 - 12 |  |
+| Clear Historical Data | 0x5E | 2 | w |  |  |  |
+| Data Type to Clear | 0x5E | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Query Data Storage Configuration | 0x57 | 1 | w |  |  |  |
+
diff --git a/vendors/milesight-iot/cth-series/cth01-compress/cth01-codec.json b/vendors/milesight-iot/cth-series/cth01-compress/cth01-codec.json
new file mode 100644
index 0000000..24a82b8
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01-compress/cth01-codec.json
@@ -0,0 +1,7030 @@
+{
+    "version": "1.0.0",
+    "object": [
+        {
+            "id": "active_power1.group1_value",
+            "name": "Active Power a",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan1",
+            "name": "Active Power1",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan2",
+                "active_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan2",
+            "name": "Active Power2",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan1",
+                "active_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan3",
+            "name": "Active Power3",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan1",
+                "active_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "active_power1.group2_value",
+            "name": "Active Power b",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan1",
+            "name": "Active Power4",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan2",
+                "active_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan2",
+            "name": "Active Power5",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan1",
+                "active_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan3",
+            "name": "Active Power6",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan1",
+                "active_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "active_power1.mask1",
+            "name": "Active Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.mask2",
+            "name": "Active Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "active_power2.group1_value",
+            "name": "Active Power c",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan1",
+            "name": "Active Power7",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan2",
+                "active_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan2",
+            "name": "Active Power8",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan1",
+                "active_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan3",
+            "name": "Active Power9",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan1",
+                "active_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "active_power2.group2_value",
+            "name": "Active Power d",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan1",
+            "name": "Active Power10",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan2",
+                "active_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan2",
+            "name": "Active Power11",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan1",
+                "active_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan3",
+            "name": "Active Power12",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan1",
+                "active_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "active_power2.mask1",
+            "name": "Active Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.mask2",
+            "name": "Active Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "alarm_global_settings.interval",
+            "name": "Alarm Interval",
+            "value": "5",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1440
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "alarm_global_settings.times",
+                "alarm_global_settings.release_enable"
+            ]
+        },
+        {
+            "id": "alarm_global_settings.release_enable",
+            "name": "Threshold Released Report Enable",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "alarm_global_settings.interval",
+                "alarm_global_settings.times"
+            ]
+        },
+        {
+            "id": "alarm_global_settings.times",
+            "name": "Alarm Times",
+            "value": "3",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1000
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "alarm_global_settings.interval",
+                "alarm_global_settings.release_enable"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1_value",
+            "name": "Apparent Energy a",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan1",
+            "name": "Apparent Energy1",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan2",
+                "apparent_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan2",
+            "name": "Apparent Energy2",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan1",
+                "apparent_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan3",
+            "name": "Apparent Energy3",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan1",
+                "apparent_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2_value",
+            "name": "Apparent Energy b",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan1",
+            "name": "Apparent Energy4",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan2",
+                "apparent_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan2",
+            "name": "Apparent Energy5",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan1",
+                "apparent_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan3",
+            "name": "Apparent Energy6",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan1",
+                "apparent_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.mask1",
+            "name": "Apparent Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.mask2",
+            "name": "Apparent Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_energy2.group1_value",
+            "name": "Apparent Energy c",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan1",
+            "name": "Apparent Energy7",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan2",
+                "apparent_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan2",
+            "name": "Apparent Energy8",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan1",
+                "apparent_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan3",
+            "name": "Apparent Energy9",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan1",
+                "apparent_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2_value",
+            "name": "Apparent Energy d",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan1",
+            "name": "Apparent Energy10",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan2",
+                "apparent_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan2",
+            "name": "Apparent Energy11",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan1",
+                "apparent_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan3",
+            "name": "Apparent Energy12",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan1",
+                "apparent_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.mask1",
+            "name": "Apparent Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.mask2",
+            "name": "Apparent Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_power1.group1_value",
+            "name": "Apparent Power a",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan1",
+            "name": "Apparent Power1",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan2",
+                "apparent_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan2",
+            "name": "Apparent Power2",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan1",
+                "apparent_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan3",
+            "name": "Apparent Power3",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan1",
+                "apparent_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2_value",
+            "name": "Apparent Power b",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan1",
+            "name": "Apparent Power4",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan2",
+                "apparent_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan2",
+            "name": "Apparent Power5",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan1",
+                "apparent_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan3",
+            "name": "Apparent Power6",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan1",
+                "apparent_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power1.mask1",
+            "name": "Apparent Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.mask2",
+            "name": "Apparent Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_power2.group1_value",
+            "name": "Apparent Power c",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan1",
+            "name": "Apparent Power7",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan2",
+                "apparent_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan2",
+            "name": "Apparent Power8",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan1",
+                "apparent_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan3",
+            "name": "Apparent Power9",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan1",
+                "apparent_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2_value",
+            "name": "Apparent Power d",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan1",
+            "name": "Apparent Power10",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan2",
+                "apparent_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan2",
+            "name": "Apparent Power11",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan1",
+                "apparent_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan3",
+            "name": "Apparent Power12",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan1",
+                "apparent_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power2.mask1",
+            "name": "Apparent Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.mask2",
+            "name": "Apparent Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "bluetooth_name.content",
+            "name": "Name",
+            "value": "",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "max_length": 13,
+            "reference": [
+                "bluetooth_name.length"
+            ]
+        },
+        {
+            "id": "bluetooth_name.length",
+            "name": "Name Length",
+            "value": "13",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                13
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "bluetooth_name.content"
+            ]
+        },
+        {
+            "id": "clear_data.type",
+            "name": "Data Type to Clear",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.channel",
+            "name": "Alarm Channel",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "current_alarm.info.exceed_range_alarm_deactivation.current",
+                "current_alarm.info.exceed_range_alarm_trigger.current",
+                "current_alarm.info.lower_range_alarm_deactivation.current",
+                "current_alarm.info.lower_range_alarm_trigger.current",
+                "current_alarm.info.lower_range_error.current",
+                "current_alarm.info.over_range_alarm_deactivation.current",
+                "current_alarm.info.over_range_alarm_trigger.current",
+                "current_alarm.info.over_range_error.current",
+                "current_alarm.info.over_range_release.current",
+                "current_alarm.info.type",
+                "current_alarm.info.within_range_alarm_deactivation.current",
+                "current_alarm.info.within_range_alarm_trigger.current"
+            ]
+        },
+        {
+            "id": "current_alarm.info.exceed_range_alarm_deactivation.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.exceed_range_alarm_trigger.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_alarm_deactivation.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_alarm_trigger.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_error.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_alarm_deactivation.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_alarm_trigger.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_error.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_release.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 4,
+                    "name": "Overrange Release"
+                },
+                {
+                    "value": 16,
+                    "name": "Current Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Current Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Current Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Current Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Current in-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Current in-Range Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Current Out-of-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Current Out-of-Range Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.within_range_alarm_deactivation.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.within_range_alarm_trigger.current",
+            "name": "Current",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_interface1.type",
+            "name": "Circuit Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface2.type",
+            "name": "Circuit Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface3.type",
+            "name": "Circuit Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface4.type",
+            "name": "Circuit Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.command",
+            "name": "Sub-command",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Data Storage Enable"
+                },
+                {
+                    "value": 1,
+                    "name": "Data Retransmission Enable"
+                },
+                {
+                    "value": 2,
+                    "name": "Retransmission Interval"
+                },
+                {
+                    "value": 3,
+                    "name": "Retrieval Interval"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.enable",
+            "name": "Data Storage Enable",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retransmission_enable",
+            "name": "Data Retransmission Enable",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retransmission_interval",
+            "name": "Retransmission Interval",
+            "value": "600",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                30,
+                1200
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retrieval_interval",
+            "name": "Retrieval Interval",
+            "value": "60",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                30,
+                1200
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": []
+        },
+        {
+            "id": "daylight_saving_time.daylight_saving_time_offset",
+            "name": "DST Bias",
+            "value": "60",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                120
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.enable",
+            "name": "Daylight Saving Time",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_hour_min",
+            "name": "Time",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT16",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "00:00"
+                },
+                {
+                    "value": 60,
+                    "name": "01:00"
+                },
+                {
+                    "value": 120,
+                    "name": "02:00"
+                },
+                {
+                    "value": 180,
+                    "name": "03:00"
+                },
+                {
+                    "value": 240,
+                    "name": "04:00"
+                },
+                {
+                    "value": 300,
+                    "name": "05:00"
+                },
+                {
+                    "value": 360,
+                    "name": "06:00"
+                },
+                {
+                    "value": 420,
+                    "name": "07:00"
+                },
+                {
+                    "value": 480,
+                    "name": "08:00"
+                },
+                {
+                    "value": 540,
+                    "name": "09:00"
+                },
+                {
+                    "value": 600,
+                    "name": "10:00"
+                },
+                {
+                    "value": 660,
+                    "name": "11:00"
+                },
+                {
+                    "value": 720,
+                    "name": "12:00"
+                },
+                {
+                    "value": 780,
+                    "name": "13:00"
+                },
+                {
+                    "value": 840,
+                    "name": "14:00"
+                },
+                {
+                    "value": 900,
+                    "name": "15:00"
+                },
+                {
+                    "value": 960,
+                    "name": "16:00"
+                },
+                {
+                    "value": 1020,
+                    "name": "17:00"
+                },
+                {
+                    "value": 1080,
+                    "name": "18:00"
+                },
+                {
+                    "value": 1140,
+                    "name": "19:00"
+                },
+                {
+                    "value": 1200,
+                    "name": "20:00"
+                },
+                {
+                    "value": 1260,
+                    "name": "21:00"
+                },
+                {
+                    "value": 1320,
+                    "name": "22:00"
+                },
+                {
+                    "value": 1380,
+                    "name": "23:00"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_month",
+            "name": "Month",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Jan."
+                },
+                {
+                    "value": 2,
+                    "name": "Feb."
+                },
+                {
+                    "value": 3,
+                    "name": "Mar."
+                },
+                {
+                    "value": 4,
+                    "name": "Apr."
+                },
+                {
+                    "value": 5,
+                    "name": "May"
+                },
+                {
+                    "value": 6,
+                    "name": "Jun."
+                },
+                {
+                    "value": 7,
+                    "name": "Jul."
+                },
+                {
+                    "value": 8,
+                    "name": "Aug."
+                },
+                {
+                    "value": 9,
+                    "name": "Sep."
+                },
+                {
+                    "value": 10,
+                    "name": "Oct."
+                },
+                {
+                    "value": 11,
+                    "name": "Nov."
+                },
+                {
+                    "value": 12,
+                    "name": "Dec."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_week_day",
+            "name": "Week",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Mon."
+                },
+                {
+                    "value": 2,
+                    "name": "Tues."
+                },
+                {
+                    "value": 3,
+                    "name": "Wed."
+                },
+                {
+                    "value": 4,
+                    "name": "Thurs."
+                },
+                {
+                    "value": 5,
+                    "name": "Fri."
+                },
+                {
+                    "value": 6,
+                    "name": "Sat."
+                },
+                {
+                    "value": 7,
+                    "name": "Sun."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_week_num",
+            "name": "Number of Week",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "1st"
+                },
+                {
+                    "value": 2,
+                    "name": "2nd"
+                },
+                {
+                    "value": 3,
+                    "name": "3rd"
+                },
+                {
+                    "value": 4,
+                    "name": "4th"
+                },
+                {
+                    "value": 5,
+                    "name": "last"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_hour_min",
+            "name": "Time",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT16",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "00:00"
+                },
+                {
+                    "value": 60,
+                    "name": "01:00"
+                },
+                {
+                    "value": 120,
+                    "name": "02:00"
+                },
+                {
+                    "value": 180,
+                    "name": "03:00"
+                },
+                {
+                    "value": 240,
+                    "name": "04:00"
+                },
+                {
+                    "value": 300,
+                    "name": "05:00"
+                },
+                {
+                    "value": 360,
+                    "name": "06:00"
+                },
+                {
+                    "value": 420,
+                    "name": "07:00"
+                },
+                {
+                    "value": 480,
+                    "name": "08:00"
+                },
+                {
+                    "value": 540,
+                    "name": "09:00"
+                },
+                {
+                    "value": 600,
+                    "name": "10:00"
+                },
+                {
+                    "value": 660,
+                    "name": "11:00"
+                },
+                {
+                    "value": 720,
+                    "name": "12:00"
+                },
+                {
+                    "value": 780,
+                    "name": "13:00"
+                },
+                {
+                    "value": 840,
+                    "name": "14:00"
+                },
+                {
+                    "value": 900,
+                    "name": "15:00"
+                },
+                {
+                    "value": 960,
+                    "name": "16:00"
+                },
+                {
+                    "value": 1020,
+                    "name": "17:00"
+                },
+                {
+                    "value": 1080,
+                    "name": "18:00"
+                },
+                {
+                    "value": 1140,
+                    "name": "19:00"
+                },
+                {
+                    "value": 1200,
+                    "name": "20:00"
+                },
+                {
+                    "value": 1260,
+                    "name": "21:00"
+                },
+                {
+                    "value": 1320,
+                    "name": "22:00"
+                },
+                {
+                    "value": 1380,
+                    "name": "23:00"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_month",
+            "name": "Month",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Jan."
+                },
+                {
+                    "value": 2,
+                    "name": "Feb."
+                },
+                {
+                    "value": 3,
+                    "name": "Mar."
+                },
+                {
+                    "value": 4,
+                    "name": "Apr."
+                },
+                {
+                    "value": 5,
+                    "name": "May"
+                },
+                {
+                    "value": 6,
+                    "name": "Jun."
+                },
+                {
+                    "value": 7,
+                    "name": "Jul."
+                },
+                {
+                    "value": 8,
+                    "name": "Aug."
+                },
+                {
+                    "value": 9,
+                    "name": "Sep."
+                },
+                {
+                    "value": 10,
+                    "name": "Oct."
+                },
+                {
+                    "value": 11,
+                    "name": "Nov."
+                },
+                {
+                    "value": 12,
+                    "name": "Dec."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_week_day",
+            "name": "Week",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Mon."
+                },
+                {
+                    "value": 2,
+                    "name": "Tues."
+                },
+                {
+                    "value": 3,
+                    "name": "Wed."
+                },
+                {
+                    "value": 4,
+                    "name": "Thurs."
+                },
+                {
+                    "value": 5,
+                    "name": "Fri."
+                },
+                {
+                    "value": 6,
+                    "name": "Sat."
+                },
+                {
+                    "value": 7,
+                    "name": "Sun."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_week_num",
+            "name": "Number of Week",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "1st"
+                },
+                {
+                    "value": 2,
+                    "name": "2nd"
+                },
+                {
+                    "value": 3,
+                    "name": "3rd"
+                },
+                {
+                    "value": 4,
+                    "name": "4th"
+                },
+                {
+                    "value": 5,
+                    "name": "last"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1_value",
+            "name": "Imported Active Energy a",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan1",
+            "name": "Imported Active Energy1",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan2",
+                "forward_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan2",
+            "name": "Imported Active Energy2",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan1",
+                "forward_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan3",
+            "name": "Imported Active Energy3",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan1",
+                "forward_active_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2_value",
+            "name": "Imported Active Energy b",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan1",
+            "name": "Imported Active Energy4",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan2",
+                "forward_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan2",
+            "name": "Imported Active Energy5",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan1",
+                "forward_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan3",
+            "name": "Imported Active Energy6",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan1",
+                "forward_active_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.mask1",
+            "name": "Imported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.mask2",
+            "name": "Imported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_active_energy2.group1_value",
+            "name": "Imported Active Energy c",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan1",
+            "name": "Imported Active Energy7",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan2",
+                "forward_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan2",
+            "name": "Imported Active Energy8",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan1",
+                "forward_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan3",
+            "name": "Imported Active Energy9",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan1",
+                "forward_active_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2_value",
+            "name": "Imported Active Energy d",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan1",
+            "name": "Imported Active Energy10",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan2",
+                "forward_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan2",
+            "name": "Imported Active Energy11",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan1",
+                "forward_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan3",
+            "name": "Imported Active Energy12",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan1",
+                "forward_active_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.mask1",
+            "name": "Imported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.mask2",
+            "name": "Imported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_reactive_energy1.group1_value",
+            "name": "Imported Reactive Energy a",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan1",
+            "name": "Imported Reactive Energy1",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan2",
+                "forward_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan2",
+            "name": "Imported Reactive Energy2",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan1",
+                "forward_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan3",
+            "name": "Imported Reactive Energy3",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan1",
+                "forward_reactive_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2_value",
+            "name": "Imported Reactive Energy b",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan1",
+            "name": "Imported Reactive Energy4",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan2",
+                "forward_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan2",
+            "name": "Imported Reactive Energy5",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan1",
+                "forward_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan3",
+            "name": "Imported Reactive Energy6",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan1",
+                "forward_reactive_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.mask1",
+            "name": "Imported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.mask2",
+            "name": "Imported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_reactive_energy2.group1_value",
+            "name": "Imported Reactive Energy c",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan1",
+            "name": "Imported Reactive Energy7",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan2",
+                "forward_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan2",
+            "name": "Imported Reactive Energy8",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan1",
+                "forward_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan3",
+            "name": "Imported Reactive Energy9",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan1",
+                "forward_reactive_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2_value",
+            "name": "Imported Reactive Energy d",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan1",
+            "name": "Imported Reactive Energy10",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan2",
+                "forward_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan2",
+            "name": "Imported Reactive Energy11",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan1",
+                "forward_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan3",
+            "name": "Imported Reactive Energy12",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan1",
+                "forward_reactive_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.mask1",
+            "name": "Imported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.mask2",
+            "name": "Imported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "historical_data_report.mode",
+            "name": "Historical Data Mode",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "target time"
+                },
+                {
+                    "value": 1,
+                    "name": "historical time"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "historical_data_report.timestamp"
+            ]
+        },
+        {
+            "id": "historical_data_report.timestamp",
+            "name": "Historical Data Timestamps",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "historical_data_report.mode"
+            ]
+        },
+        {
+            "id": "history_type.type",
+            "name": "Historical Data Type",
+            "value": "1",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "month energy"
+                },
+                {
+                    "value": 2,
+                    "name": "month min"
+                },
+                {
+                    "value": 3,
+                    "name": "month max"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "month_statistics_settings.day",
+            "name": "day",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                28
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.hour",
+                "month_statistics_settings.minute"
+            ]
+        },
+        {
+            "id": "month_statistics_settings.hour",
+            "name": "hour",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                23
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.day",
+                "month_statistics_settings.minute"
+            ]
+        },
+        {
+            "id": "month_statistics_settings.minute",
+            "name": "minute",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                59
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.day",
+                "month_statistics_settings.hour"
+            ]
+        },
+        {
+            "id": "oem_id",
+            "name": "OEM ID",
+            "value": "",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "power_factor.group1_value",
+            "name": "Power Factor a",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan1",
+            "name": "Power Factor1",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan2",
+                "power_factor.group1.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan2",
+            "name": "Power Factor2",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan1",
+                "power_factor.group1.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan3",
+            "name": "Power Factor3",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan1",
+                "power_factor.group1.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group2_value",
+            "name": "Power Factorb",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan1",
+            "name": "Power Factor4",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan2",
+                "power_factor.group2.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan2",
+            "name": "Power Factor5",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan1",
+                "power_factor.group2.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan3",
+            "name": "Power Factor6",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan1",
+                "power_factor.group2.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group3_value",
+            "name": "Power Factor c",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan1",
+            "name": "Power Factor7",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan2",
+                "power_factor.group3.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan2",
+            "name": "Power Factor8",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan1",
+                "power_factor.group3.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan3",
+            "name": "Power Factor9",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan1",
+                "power_factor.group3.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group4_value",
+            "name": "Power Factor d",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan1",
+            "name": "Power Factor10",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan2",
+                "power_factor.group4.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan2",
+            "name": "Power Factor11",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan1",
+                "power_factor.group4.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan3",
+            "name": "Power Factor12",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan1",
+                "power_factor.group4.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.mask1",
+            "name": "Power Factor",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask2",
+            "name": "Power Factor",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask3",
+            "name": "Power Factor",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask4",
+            "name": "Power Factor",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "product_sn",
+            "name": "SN",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 16,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "query_device_status",
+            "name": "Query Device Status",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "query_history_set",
+            "name": "Query Data Storage Configuration",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reactive_power1.group1_value",
+            "name": "Reactive Power a",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan1",
+            "name": "Reactive Power1",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan2",
+                "reactive_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan2",
+            "name": "Reactive Power2",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan1",
+                "reactive_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan3",
+            "name": "Reactive Power3",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan1",
+                "reactive_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2_value",
+            "name": "Reactive Power b",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan1",
+            "name": "Reactive Power4",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan2",
+                "reactive_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan2",
+            "name": "Reactive Power5",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan1",
+                "reactive_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan3",
+            "name": "Reactive Power6",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan1",
+                "reactive_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power1.mask1",
+            "name": "Reactive Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.mask2",
+            "name": "Reactive Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reactive_power2.group1_value",
+            "name": "Reactive Power c",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan1",
+            "name": "Reactive Power7",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan2",
+                "reactive_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan2",
+            "name": "Reactive Power8",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan1",
+                "reactive_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan3",
+            "name": "Reactive Power9",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan1",
+                "reactive_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2_value",
+            "name": "Reactive Power d",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan1",
+            "name": "Reactive Power10",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan2",
+                "reactive_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan2",
+            "name": "Reactive Power11",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan1",
+                "reactive_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan3",
+            "name": "Reactive Power12",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan1",
+                "reactive_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power2.mask1",
+            "name": "Reactive Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.mask2",
+            "name": "Reactive Power",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reboot",
+            "name": "Reboot",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reconnect",
+            "name": "Network Reconnection",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "report_enable.active_power",
+            "name": "Active Power",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.apparent_energy",
+            "name": "Apparent Energy",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.apparent_power",
+            "name": "Apparent Power",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.current",
+            "name": "Current(RMS)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.forward_active_energy",
+            "name": "Imported Active Energy",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.forward_reactive_energy",
+            "name": "Imported Reactive Energy",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.power_factor",
+            "name": "Power Factor",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reactive_power",
+            "name": "ReActive Power",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reverse_active_energy",
+            "name": "Exported Active Energy",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reverse_reactive_energy",
+            "name": "Exported Reactive Energy",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.temperature",
+            "name": "Temperature",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.thdi",
+            "name": "THDi",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.thdv",
+            "name": "THDv",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.voltage",
+            "name": "Voltage(RMS)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.voltage_unbalance",
+            "name": "Voltage Three-phase Unbalance",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv"
+            ]
+        },
+        {
+            "id": "reporting_interval.minutes_of_time",
+            "name": "Report Interval",
+            "value": "1",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1440
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "reporting_interval.unit"
+            ]
+        },
+        {
+            "id": "reporting_interval.seconds_of_time",
+            "name": "Report Interval",
+            "value": "30",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                10,
+                64800
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": [
+                "reporting_interval.unit"
+            ]
+        },
+        {
+            "id": "reporting_interval.unit",
+            "name": "Report Interval Unit",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "second"
+                },
+                {
+                    "value": 1,
+                    "name": "min"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "request_query_all_configurations",
+            "name": "Request to Query All Configurations",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reset",
+            "name": "Reset",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reset_energy.channel",
+            "name": "Channel Number",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                12
+            ],
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.end_time",
+            "name": "End Time",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.type",
+                "retrieve_historical_data_by_time_range.start_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.start_time",
+            "name": "Start Time",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.type",
+                "retrieve_historical_data_by_time_range.end_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.type",
+            "name": "Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.start_time",
+                "retrieve_historical_data_by_time_range.end_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time.time",
+            "name": "Time Point",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time.type"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time.type",
+            "name": "Type",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time.time"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1_value",
+            "name": "Exported Active Energy a",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan1",
+            "name": "Exported Active Energy1",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan2",
+                "reverse_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan2",
+            "name": "Exported Active Energy2",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan1",
+                "reverse_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan3",
+            "name": "Exported Active Energy3",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan1",
+                "reverse_active_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2_value",
+            "name": "Exported Active Energy b",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan1",
+            "name": "Exported Active Energy4",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan2",
+                "reverse_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan2",
+            "name": "Exported Active Energy5",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan1",
+                "reverse_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan3",
+            "name": "Exported Active Energy6",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan1",
+                "reverse_active_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.mask1",
+            "name": "Exported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.mask2",
+            "name": "Exported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_active_energy2.group1_value",
+            "name": "Exported Active Energy c",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan1",
+            "name": "Exported Active Energy7",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan2",
+                "reverse_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan2",
+            "name": "Exported Active Energy8",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan1",
+                "reverse_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan3",
+            "name": "Exported Active Energy9",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan1",
+                "reverse_active_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2_value",
+            "name": "Exported Active Energy d",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan1",
+            "name": "Exported Active Energy10",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan2",
+                "reverse_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan2",
+            "name": "Exported Active Energy11",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan1",
+                "reverse_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan3",
+            "name": "Exported Active Energy12",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan1",
+                "reverse_active_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.mask1",
+            "name": "Exported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.mask2",
+            "name": "Exported Active Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_reactive_energy1.group1_value",
+            "name": "Exported Reactive Energy a",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan1",
+            "name": "Exported Reactive Energy1",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan2",
+                "reverse_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan2",
+            "name": "Exported Reactive Energy2",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan1",
+                "reverse_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan3",
+            "name": "Exported Reactive Energy3",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan1",
+                "reverse_reactive_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2_value",
+            "name": "Exported Reactive Energy b",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan1",
+            "name": "Exported Reactive Energy4",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan2",
+                "reverse_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan2",
+            "name": "Exported Reactive Energy5",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan1",
+                "reverse_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan3",
+            "name": "Exported Reactive Energy6",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan1",
+                "reverse_reactive_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.mask1",
+            "name": "Exported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.mask2",
+            "name": "Exported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan1",
+            "name": "Exported Reactive Energy7",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan2",
+                "reverse_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan2",
+            "name": "Exported Reactive Energy8",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan1",
+                "reverse_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan3",
+            "name": "Exported Reactive Energy9",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan1",
+                "reverse_reactive_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2_value",
+            "name": "Exported Reactive Energy d",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan1",
+            "name": "Exported Reactive Energy10",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan2",
+                "reverse_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan2",
+            "name": "Exported Reactive Energy11",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan1",
+                "reverse_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan3",
+            "name": "Exported Reactive Energy12",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan1",
+                "reverse_reactive_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.mask1",
+            "name": "Exported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.mask2",
+            "name": "Exported Reactive Energy",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "stop_historical_data_retrieval.type",
+            "name": "Stop Retrieval",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "synchronize_time",
+            "name": "Time Synchronize",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS"
+        },
+        {
+            "id": "temperature_alarm_settings.enable",
+            "name": "Threshold Alarm Enable",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_condition",
+            "name": "Threshold Mode",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "condition: x<A"
+                },
+                {
+                    "value": 2,
+                    "name": "condition: x>B"
+                },
+                {
+                    "value": 3,
+                    "name": "condition: A≤x≤B"
+                },
+                {
+                    "value": 4,
+                    "name": "condition: x<A or x>B"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_min",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_max",
+            "name": "Value B",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_min",
+            "name": "Value A",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm.exceed_range_alarm_deactivation.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.exceed_range_alarm_trigger.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.lower_range_alarm_deactivation.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.lower_range_alarm_trigger.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.over_range_alarm_deactivation.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.over_range_alarm_trigger.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 16,
+                    "name": "Temperature Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Temperature Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Temperature Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Temperature Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Temperature Between Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Temperature Between Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Temperature Outside Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Temperature Outside Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.within_range_alarm_deactivation.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_alarm.within_range_alarm_trigger.temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": []
+        },
+        {
+            "id": "temperature_calibration_settings.calibration_value",
+            "name": "Calibration Value",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -120,
+                120
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_calibration_settings.enable"
+            ]
+        },
+        {
+            "id": "temperature_calibration_settings.enable",
+            "name": "Temperature Calibration",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_calibration_settings.calibration_value"
+            ]
+        },
+        {
+            "id": "temperature_unit",
+            "name": "Temperature Unit",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "℃"
+                },
+                {
+                    "value": 1,
+                    "name": "℉"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "thdi_alarm.channel",
+            "name": "Alarm Channel",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "thdi_alarm.info.over_range_alarm_deactivation.thdi",
+                "thdi_alarm.info.over_range_alarm_trigger.thdi",
+                "thdi_alarm.info.type"
+            ]
+        },
+        {
+            "id": "thdi_alarm.info.over_range_alarm_deactivation.thdi",
+            "name": "THDi",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdi_alarm.info.over_range_alarm_trigger.thdi",
+            "name": "THDi",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdi_alarm.info.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "THDi Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "THDi Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.channel",
+            "name": "Alarm Channel",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "thdv_alarm.info.over_range_alarm_deactivation.thdv",
+                "thdv_alarm.info.over_range_alarm_trigger.thdv",
+                "thdv_alarm.info.type"
+            ]
+        },
+        {
+            "id": "thdv_alarm.info.over_range_alarm_deactivation.thdv",
+            "name": "THDv",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.info.over_range_alarm_trigger.thdv",
+            "name": "THDv",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.info.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "THDv Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "THDv Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "time_zone",
+            "name": "Time Zone",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "INT16",
+            "values": [
+                {
+                    "value": -720,
+                    "name": "UTC-12(IDLW)"
+                },
+                {
+                    "value": -660,
+                    "name": "UTC-11(SST)"
+                },
+                {
+                    "value": -600,
+                    "name": "UTC-10(HST)"
+                },
+                {
+                    "value": -570,
+                    "name": "UTC-9:30(MIT)"
+                },
+                {
+                    "value": -540,
+                    "name": "UTC-9(AKST)"
+                },
+                {
+                    "value": -480,
+                    "name": "UTC-8(PST)"
+                },
+                {
+                    "value": -420,
+                    "name": "UTC-7(MST)"
+                },
+                {
+                    "value": -360,
+                    "name": "UTC-6(CST)"
+                },
+                {
+                    "value": -300,
+                    "name": "UTC-5(EST)"
+                },
+                {
+                    "value": -240,
+                    "name": "UTC-4(AST)"
+                },
+                {
+                    "value": -210,
+                    "name": "UTC-3:30(NST)"
+                },
+                {
+                    "value": -180,
+                    "name": "UTC-3(BRT)"
+                },
+                {
+                    "value": -120,
+                    "name": "UTC-2(FNT)"
+                },
+                {
+                    "value": -60,
+                    "name": "UTC-1(CVT)"
+                },
+                {
+                    "value": 0,
+                    "name": "UTC(WET)"
+                },
+                {
+                    "value": 60,
+                    "name": "UTC+1(CET)"
+                },
+                {
+                    "value": 120,
+                    "name": "UTC+2(EET)"
+                },
+                {
+                    "value": 180,
+                    "name": "UTC+3(MSK)"
+                },
+                {
+                    "value": 210,
+                    "name": "UTC+3:30(IRST)"
+                },
+                {
+                    "value": 240,
+                    "name": "UTC+4(GST)"
+                },
+                {
+                    "value": 270,
+                    "name": "UTC+4:30(AFT)"
+                },
+                {
+                    "value": 300,
+                    "name": "UTC+5(PKT)"
+                },
+                {
+                    "value": 330,
+                    "name": "UTC+5:30(IST)"
+                },
+                {
+                    "value": 345,
+                    "name": "UTC+5:45(NPT)"
+                },
+                {
+                    "value": 360,
+                    "name": "UTC+6(BHT)"
+                },
+                {
+                    "value": 390,
+                    "name": "UTC+6:30(MMT)"
+                },
+                {
+                    "value": 420,
+                    "name": "UTC+7(ICT)"
+                },
+                {
+                    "value": 480,
+                    "name": "UTC+8(CT/CST)"
+                },
+                {
+                    "value": 540,
+                    "name": "UTC+9(JST)"
+                },
+                {
+                    "value": 570,
+                    "name": "UTC+9:30(ACST)"
+                },
+                {
+                    "value": 600,
+                    "name": "UTC+10(AEST)"
+                },
+                {
+                    "value": 630,
+                    "name": "UTC+10:30(LHST)"
+                },
+                {
+                    "value": 660,
+                    "name": "UTC+11(VUT)"
+                },
+                {
+                    "value": 720,
+                    "name": "UTC+12(NZST)"
+                },
+                {
+                    "value": 765,
+                    "name": "UTC+12:45(CHAST)"
+                },
+                {
+                    "value": 780,
+                    "name": "UTC+13(PHOT)"
+                },
+                {
+                    "value": 840,
+                    "name": "UTC+14(LINT)"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES"
+        },
+        {
+            "id": "tsl_version",
+            "name": "TSL Version",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "version.firmware_version",
+            "name": "Firmware Version",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 12,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "version.hardware_version"
+            ]
+        },
+        {
+            "id": "version.hardware_version",
+            "name": "Hardware Version",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "version.firmware_version"
+            ]
+        },
+        {
+            "id": "voltage_alarm.channel",
+            "name": "Alarm Channel",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_alarm.info.exceed_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.exceed_range_alarm_trigger.voltage",
+                "voltage_alarm.info.lower_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.lower_range_alarm_trigger.voltage",
+                "voltage_alarm.info.lower_range_error.voltage",
+                "voltage_alarm.info.over_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.over_range_alarm_trigger.voltage",
+                "voltage_alarm.info.over_range_error.voltage",
+                "voltage_alarm.info.over_range_release.voltage",
+                "voltage_alarm.info.type",
+                "voltage_alarm.info.within_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.within_range_alarm_trigger.voltage"
+            ]
+        },
+        {
+            "id": "voltage_alarm.info.exceed_range_alarm_deactivation.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.exceed_range_alarm_trigger.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_alarm_deactivation.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_alarm_trigger.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_error.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_alarm_deactivation.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_alarm_trigger.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_error.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_release.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 4,
+                    "name": "Overrange Release"
+                },
+                {
+                    "value": 16,
+                    "name": "Voltage Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Voltage Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Voltage Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Voltage Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Voltage in-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Voltage in-Range Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Voltage Out-of-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Voltage Out-of-Range Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.within_range_alarm_deactivation.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.within_range_alarm_trigger.voltage",
+            "name": "Voltage",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_interface",
+            "name": "Voltage Channel",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "four_wire"
+                },
+                {
+                    "value": 1,
+                    "name": "three_wire"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "voltage_three_phase_imbalcance",
+            "name": "Voltage Three-phase Unbalance",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT"
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.enable",
+            "name": "Threshold Alarm Enable",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_min",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_condition",
+            "name": "Threshold Mode",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 2,
+                    "name": "condition: x>B"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_min",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_max",
+            "name": "Value B",
+            "value": "3",
+            "unit": "%",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_min",
+            "name": "Value A",
+            "value": "0",
+            "unit": "%",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance",
+            "name": "Voltage Three-phase Unbalance",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance",
+            "name": "Voltage Three-phase Unbalance",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "voltage_unbalance_alarm.type",
+            "name": "Alarm Type",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "Voltage Three-phase Unbalance Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Voltage Three-phase Unbalance Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        }
+    ]
+}
\ No newline at end of file
diff --git a/vendors/milesight-iot/cth-series/cth01-compress/cth01-decoder.js b/vendors/milesight-iot/cth-series/cth01-compress/cth01-decoder.js
new file mode 100644
index 0000000..b2cba7c
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01-compress/cth01-decoder.js
@@ -0,0 +1,69 @@
+var $jscomp=$jscomp||{};$jscomp.scope={};$jscomp.arrayIteratorImpl=function(b){var a=0;return function(){return a<b.length?{done:!1,value:b[a++]}:{done:!0}}};$jscomp.arrayIterator=function(b){return{next:$jscomp.arrayIteratorImpl(b)}};$jscomp.ASSUME_ES5=!1;$jscomp.ASSUME_NO_NATIVE_MAP=!1;$jscomp.ASSUME_NO_NATIVE_SET=!1;$jscomp.SIMPLE_FROUND_POLYFILL=!1;$jscomp.ISOLATE_POLYFILLS=!1;$jscomp.FORCE_POLYFILL_PROMISE=!1;$jscomp.FORCE_POLYFILL_PROMISE_WHEN_NO_UNHANDLED_REJECTION=!1;
+$jscomp.defineProperty=$jscomp.ASSUME_ES5||"function"==typeof Object.defineProperties?Object.defineProperty:function(b,a,d){if(b==Array.prototype||b==Object.prototype)return b;b[a]=d.value;return b};$jscomp.getGlobal=function(b){b=["object"==typeof globalThis&&globalThis,b,"object"==typeof window&&window,"object"==typeof self&&self,"object"==typeof global&&global];for(var a=0;a<b.length;++a){var d=b[a];if(d&&d.Math==Math)return d}throw Error("Cannot find global object");};$jscomp.global=$jscomp.getGlobal(this);
+$jscomp.IS_SYMBOL_NATIVE="function"===typeof Symbol&&"symbol"===typeof Symbol("x");$jscomp.TRUST_ES6_POLYFILLS=!$jscomp.ISOLATE_POLYFILLS||$jscomp.IS_SYMBOL_NATIVE;$jscomp.polyfills={};$jscomp.propertyToPolyfillSymbol={};$jscomp.POLYFILL_PREFIX="$jscp$";var $jscomp$lookupPolyfilledValue=function(b,a){var d=$jscomp.propertyToPolyfillSymbol[a];if(null==d)return b[a];d=b[d];return void 0!==d?d:b[a]};
+$jscomp.polyfill=function(b,a,d,g){a&&($jscomp.ISOLATE_POLYFILLS?$jscomp.polyfillIsolated(b,a,d,g):$jscomp.polyfillUnisolated(b,a,d,g))};$jscomp.polyfillUnisolated=function(b,a,d,g){d=$jscomp.global;b=b.split(".");for(g=0;g<b.length-1;g++){var e=b[g];if(!(e in d))return;d=d[e]}b=b[b.length-1];g=d[b];a=a(g);a!=g&&null!=a&&$jscomp.defineProperty(d,b,{configurable:!0,writable:!0,value:a})};
+$jscomp.polyfillIsolated=function(b,a,d,g){var e=b.split(".");b=1===e.length;g=e[0];g=!b&&g in $jscomp.polyfills?$jscomp.polyfills:$jscomp.global;for(var c=0;c<e.length-1;c++){var h=e[c];if(!(h in g))return;g=g[h]}e=e[e.length-1];d=$jscomp.IS_SYMBOL_NATIVE&&"es6"===d?g[e]:null;a=a(d);null!=a&&(b?$jscomp.defineProperty($jscomp.polyfills,e,{configurable:!0,writable:!0,value:a}):a!==d&&(void 0===$jscomp.propertyToPolyfillSymbol[e]&&($jscomp.propertyToPolyfillSymbol[e]=$jscomp.IS_SYMBOL_NATIVE?$jscomp.global.Symbol(e):
+$jscomp.POLYFILL_PREFIX+e),$jscomp.defineProperty(g,$jscomp.propertyToPolyfillSymbol[e],{configurable:!0,writable:!0,value:a})))};$jscomp.initSymbol=function(){};
+$jscomp.polyfill("Symbol",function(b){if(b)return b;var a=function(e,c){this.$jscomp$symbol$id_=e;$jscomp.defineProperty(this,"description",{configurable:!0,writable:!0,value:c})};a.prototype.toString=function(){return this.$jscomp$symbol$id_};var d=0,g=function(e){if(this instanceof g)throw new TypeError("Symbol is not a constructor");return new a("jscomp_symbol_"+(e||"")+"_"+d++,e)};return g},"es6","es3");
+$jscomp.polyfill("Symbol.iterator",function(b){if(b)return b;b=Symbol("Symbol.iterator");for(var a="Array Int8Array Uint8Array Uint8ClampedArray Int16Array Uint16Array Int32Array Uint32Array Float32Array Float64Array".split(" "),d=0;d<a.length;d++){var g=$jscomp.global[a[d]];"function"===typeof g&&"function"!=typeof g.prototype[b]&&$jscomp.defineProperty(g.prototype,b,{configurable:!0,writable:!0,value:function(){return $jscomp.iteratorPrototype($jscomp.arrayIteratorImpl(this))}})}return b},"es6",
+"es3");$jscomp.iteratorPrototype=function(b){b={next:b};b[Symbol.iterator]=function(){return this};return b};$jscomp.iteratorFromArray=function(b,a){b instanceof String&&(b+="");var d=0,g=!1,e={next:function(){if(!g&&d<b.length){var c=d++;return{value:a(c,b[c]),done:!1}}g=!0;return{done:!0,value:void 0}}};e[Symbol.iterator]=function(){return e};return e};$jscomp.polyfill("Array.prototype.keys",function(b){return b?b:function(){return $jscomp.iteratorFromArray(this,function(a){return a})}},"es6","es3");
+function decodeUplink(b){return{data:milesightDeviceDecode(b.bytes)}}function Decode(b,a){return milesightDeviceDecode(a)}function Decoder(b,a){return milesightDeviceDecode(b)}
+function milesightDeviceDecode(b){for(var a={},d={},g=[],e={current:167772.15,voltage:655.35,forward_active_energy:4294967.295,reverse_active_energy:4294967.295,forward_reactive_energy:4294967.295,reverse_reactive_energy:4294967.295,apparent_energy:4294967.295,power_factor:2.55,active_power:-.001,reactive_power:-.001,apparent_power:-.001,thdi:655.35,thdv:655.35,voltage_three_phase_imbalcance:655.35},c={i:0};c.i<b.length;)switch(b[c.i++]){case 255:a.check_sequence_number_reply=a.check_sequence_number_reply||
+{};a.check_sequence_number_reply.sequence_number=readUInt8(b,c,1);break;case 254:a.check_order_reply=readOnlyCommand(b,c,1);break;case 239:a.ans=a.ans||[];var h={},f=readUInt8(b,c,1);h.result=extractBits(f,4,8);h.length=extractBits(f,0,4);h.id=readCommand(b,c,h.length);a.ans.push(h);break;case 238:a.all_configurations_request_by_device=readOnlyCommand(b,c,0);break;case 237:if(0===g.length)for(var k in a)a.hasOwnProperty(k)&&(d[k]=a[k]);a={};readUInt8(b,c,1);a.timestamp=readUInt32LE(b,c,4);g.push(a);
+break;case 207:a.lorawan_configuration_settings=a.lorawan_configuration_settings||{};216==readUInt8(b,c,1)&&(a.lorawan_configuration_settings.version=readUInt8(b,c,1));break;case 223:a.tsl_version=readProtocolVersion(readBytes(b,c,2));break;case 222:a.product_name=readString(b,c,32);break;case 221:a.product_pn=readString(b,c,32);break;case 219:a.product_sn=readHexString(b,c,8);break;case 218:a.version=a.version||{};a.version.hardware_version=readHardwareVersion(readBytes(b,c,2));a.version.firmware_version=
+readFirmwareVersion(readBytes(b,c,6));break;case 217:a.oem_id=readHexString(b,c,2);break;case 216:a.product_frequency_band=readString(b,c,16);break;case 215:a.device_info=readOnlyCommand(b,c,72);break;case 1:a.temperature=readInt16LE(b,c,2)/100;break;case 2:a.voltage_three_phase_imbalcance=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage_three_phase_imbalcance);break;case 3:a.thdi=[];for(h=0;12>h;h++)f={},f.value=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.thdi),a.thdi.push(f);break;case 4:a.thdv=
+[];for(h=0;3>h;h++)f={},f.value=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.thdv),a.thdv.push(f);break;case 5:a.current=[];for(h=0;12>h;h++)f={},f.value=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current),a.current.push(f);break;case 6:a.voltage=[];for(h=0;3>h;h++)f={},f.value=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage),a.voltage.push(f);break;case 7:a.power_factor=parseMaskBasedData(b,c,4,readUInt8,1,100,"power_factor",e);break;case 8:a.active_power1=parseMaskBasedData(b,c,2,readInt32LE,
+4,1E3,"active_power",e);break;case 9:a.active_power2=parseMaskBasedData(b,c,2,readInt32LE,4,1E3,"active_power",e);break;case 10:a.reactive_power1=parseMaskBasedData(b,c,2,readInt32LE,4,1E3,"reactive_power",e);break;case 11:a.reactive_power2=parseMaskBasedData(b,c,2,readInt32LE,4,1E3,"reactive_power",e);break;case 12:a.apparent_power1=parseMaskBasedData(b,c,2,readInt32LE,4,1E3,"apparent_power",e);break;case 13:a.apparent_power2=parseMaskBasedData(b,c,2,readInt32LE,4,1E3,"apparent_power",e);break;case 14:a.forward_active_energy1=
+parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"forward_active_energy",e);break;case 15:a.forward_active_energy2=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"forward_active_energy",e);break;case 16:a.reverse_active_energy1=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"reverse_active_energy",e);break;case 17:a.reverse_active_energy2=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"reverse_active_energy",e);break;case 18:a.forward_reactive_energy1=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"forward_reactive_energy",
+e);break;case 19:a.forward_reactive_energy2=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"forward_reactive_energy",e);break;case 20:a.reverse_reactive_energy1=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"reverse_reactive_energy",e);break;case 21:a.reverse_reactive_energy2=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"reverse_reactive_energy",e);break;case 22:a.apparent_energy1=parseMaskBasedData(b,c,2,readUInt32LE,4,1E3,"apparent_energy",e);break;case 23:a.apparent_energy2=parseMaskBasedData(b,c,2,
+readUInt32LE,4,1E3,"apparent_energy",e);break;case 64:a.history_type=a.history_type||{};a.history_type.type=readUInt8(b,c,1);break;case 48:a.event=a.event||[];a.temperature_alarm={};a.temperature_alarm.type=readUInt8(b,c,1);0==a.temperature_alarm.type&&(a.temperature_alarm.collection_error=a.temperature_alarm.collection_error||{});1==a.temperature_alarm.type&&(a.temperature_alarm.lower_range_error=a.temperature_alarm.lower_range_error||{});2==a.temperature_alarm.type&&(a.temperature_alarm.over_range_error=
+a.temperature_alarm.over_range_error||{});3==a.temperature_alarm.type&&(a.temperature_alarm.no_data=a.temperature_alarm.no_data||{});16==a.temperature_alarm.type&&(a.temperature_alarm.lower_range_alarm_deactivation=a.temperature_alarm.lower_range_alarm_deactivation||{},a.temperature_alarm.lower_range_alarm_deactivation.temperature=readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));17==a.temperature_alarm.type&&(a.temperature_alarm.lower_range_alarm_trigger=a.temperature_alarm.lower_range_alarm_trigger||
+{},a.temperature_alarm.lower_range_alarm_trigger.temperature=readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));18==a.temperature_alarm.type&&(a.temperature_alarm.over_range_alarm_deactivation=a.temperature_alarm.over_range_alarm_deactivation||{},a.temperature_alarm.over_range_alarm_deactivation.temperature=readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));19==a.temperature_alarm.type&&(a.temperature_alarm.over_range_alarm_trigger=a.temperature_alarm.over_range_alarm_trigger||{},a.temperature_alarm.over_range_alarm_trigger.temperature=
+readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));20==a.temperature_alarm.type&&(a.temperature_alarm.within_range_alarm_deactivation=a.temperature_alarm.within_range_alarm_deactivation||{},a.temperature_alarm.within_range_alarm_deactivation.temperature=readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));21==a.temperature_alarm.type&&(a.temperature_alarm.within_range_alarm_trigger=a.temperature_alarm.within_range_alarm_trigger||{},a.temperature_alarm.within_range_alarm_trigger.temperature=
+readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));22==a.temperature_alarm.type&&(a.temperature_alarm.exceed_range_alarm_deactivation=a.temperature_alarm.exceed_range_alarm_deactivation||{},a.temperature_alarm.exceed_range_alarm_deactivation.temperature=readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));23==a.temperature_alarm.type&&(a.temperature_alarm.exceed_range_alarm_trigger=a.temperature_alarm.exceed_range_alarm_trigger||{},a.temperature_alarm.exceed_range_alarm_trigger.temperature=
+readWithErrorCheck(readInt16LE(b,c,2)/100,e.temperature));a.event.push(a.temperature_alarm);break;case 49:a.event=a.event||[];a.current_alarm={};a.current_alarm.channel=readUInt8(b,c,1);a.current_alarm.info=a.current_alarm.info||{};a.current_alarm.info.type=readUInt8(b,c,1);0==a.current_alarm.info.type&&(a.current_alarm.info.collection_error=a.current_alarm.info.collection_error||{});1==a.current_alarm.info.type&&(a.current_alarm.info.lower_range_error=a.current_alarm.info.lower_range_error||{},a.current_alarm.info.lower_range_error.current=
+readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));2==a.current_alarm.info.type&&(a.current_alarm.info.over_range_error=a.current_alarm.info.over_range_error||{},a.current_alarm.info.over_range_error.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));3==a.current_alarm.info.type&&(a.current_alarm.info.no_data=a.current_alarm.info.no_data||{});4==a.current_alarm.info.type&&(a.current_alarm.info.over_range_release=a.current_alarm.info.over_range_release||{},a.current_alarm.info.over_range_release.current=
+readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));16==a.current_alarm.info.type&&(a.current_alarm.info.lower_range_alarm_deactivation=a.current_alarm.info.lower_range_alarm_deactivation||{},a.current_alarm.info.lower_range_alarm_deactivation.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));17==a.current_alarm.info.type&&(a.current_alarm.info.lower_range_alarm_trigger=a.current_alarm.info.lower_range_alarm_trigger||{},a.current_alarm.info.lower_range_alarm_trigger.current=readWithErrorCheck(readUInt24LE(b,
+c,3)/100,e.current));18==a.current_alarm.info.type&&(a.current_alarm.info.over_range_alarm_deactivation=a.current_alarm.info.over_range_alarm_deactivation||{},a.current_alarm.info.over_range_alarm_deactivation.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));19==a.current_alarm.info.type&&(a.current_alarm.info.over_range_alarm_trigger=a.current_alarm.info.over_range_alarm_trigger||{},a.current_alarm.info.over_range_alarm_trigger.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));
+20==a.current_alarm.info.type&&(a.current_alarm.info.within_range_alarm_deactivation=a.current_alarm.info.within_range_alarm_deactivation||{},a.current_alarm.info.within_range_alarm_deactivation.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));21==a.current_alarm.info.type&&(a.current_alarm.info.within_range_alarm_trigger=a.current_alarm.info.within_range_alarm_trigger||{},a.current_alarm.info.within_range_alarm_trigger.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));
+22==a.current_alarm.info.type&&(a.current_alarm.info.exceed_range_alarm_deactivation=a.current_alarm.info.exceed_range_alarm_deactivation||{},a.current_alarm.info.exceed_range_alarm_deactivation.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));23==a.current_alarm.info.type&&(a.current_alarm.info.exceed_range_alarm_trigger=a.current_alarm.info.exceed_range_alarm_trigger||{},a.current_alarm.info.exceed_range_alarm_trigger.current=readWithErrorCheck(readUInt24LE(b,c,3)/100,e.current));
+a.event.push(a.current_alarm);break;case 50:a.event=a.event||[];a.voltage_alarm={};a.voltage_alarm.channel=readUInt8(b,c,1);a.voltage_alarm.info=a.voltage_alarm.info||{};a.voltage_alarm.info.type=readUInt8(b,c,1);0==a.voltage_alarm.info.type&&(a.voltage_alarm.info.collection_error=a.voltage_alarm.info.collection_error||{});1==a.voltage_alarm.info.type&&(a.voltage_alarm.info.lower_range_error=a.voltage_alarm.info.lower_range_error||{},a.voltage_alarm.info.lower_range_error.voltage=readWithErrorCheck(readUInt16LE(b,
+c,2)/100,e.voltage));2==a.voltage_alarm.info.type&&(a.voltage_alarm.info.over_range_error=a.voltage_alarm.info.over_range_error||{},a.voltage_alarm.info.over_range_error.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));3==a.voltage_alarm.info.type&&(a.voltage_alarm.info.no_data=a.voltage_alarm.info.no_data||{});4==a.voltage_alarm.info.type&&(a.voltage_alarm.info.over_range_release=a.voltage_alarm.info.over_range_release||{},a.voltage_alarm.info.over_range_release.voltage=readWithErrorCheck(readUInt16LE(b,
+c,2)/100,e.voltage));16==a.voltage_alarm.info.type&&(a.voltage_alarm.info.lower_range_alarm_deactivation=a.voltage_alarm.info.lower_range_alarm_deactivation||{},a.voltage_alarm.info.lower_range_alarm_deactivation.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));17==a.voltage_alarm.info.type&&(a.voltage_alarm.info.lower_range_alarm_trigger=a.voltage_alarm.info.lower_range_alarm_trigger||{},a.voltage_alarm.info.lower_range_alarm_trigger.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,
+e.voltage));18==a.voltage_alarm.info.type&&(a.voltage_alarm.info.over_range_alarm_deactivation=a.voltage_alarm.info.over_range_alarm_deactivation||{},a.voltage_alarm.info.over_range_alarm_deactivation.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));19==a.voltage_alarm.info.type&&(a.voltage_alarm.info.over_range_alarm_trigger=a.voltage_alarm.info.over_range_alarm_trigger||{},a.voltage_alarm.info.over_range_alarm_trigger.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));
+20==a.voltage_alarm.info.type&&(a.voltage_alarm.info.within_range_alarm_deactivation=a.voltage_alarm.info.within_range_alarm_deactivation||{},a.voltage_alarm.info.within_range_alarm_deactivation.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));21==a.voltage_alarm.info.type&&(a.voltage_alarm.info.within_range_alarm_trigger=a.voltage_alarm.info.within_range_alarm_trigger||{},a.voltage_alarm.info.within_range_alarm_trigger.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));
+22==a.voltage_alarm.info.type&&(a.voltage_alarm.info.exceed_range_alarm_deactivation=a.voltage_alarm.info.exceed_range_alarm_deactivation||{},a.voltage_alarm.info.exceed_range_alarm_deactivation.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));23==a.voltage_alarm.info.type&&(a.voltage_alarm.info.exceed_range_alarm_trigger=a.voltage_alarm.info.exceed_range_alarm_trigger||{},a.voltage_alarm.info.exceed_range_alarm_trigger.voltage=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage));
+a.event.push(a.voltage_alarm);break;case 51:a.event=a.event||[];a.thdi_alarm={};a.thdi_alarm.channel=readUInt8(b,c,1);a.thdi_alarm.info=a.thdi_alarm.info||{};a.thdi_alarm.info.type=readUInt8(b,c,1);0==a.thdi_alarm.info.type&&(a.thdi_alarm.info.collection_error=a.thdi_alarm.info.collection_error||{});18==a.thdi_alarm.info.type&&(a.thdi_alarm.info.over_range_alarm_deactivation=a.thdi_alarm.info.over_range_alarm_deactivation||{},a.thdi_alarm.info.over_range_alarm_deactivation.thdi=readWithErrorCheck(readUInt16LE(b,
+c,2)/100,e.thdi));19==a.thdi_alarm.info.type&&(a.thdi_alarm.info.over_range_alarm_trigger=a.thdi_alarm.info.over_range_alarm_trigger||{},a.thdi_alarm.info.over_range_alarm_trigger.thdi=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.thdi));a.event.push(a.thdi_alarm);break;case 52:a.event=a.event||[];a.thdv_alarm={};a.thdv_alarm.channel=readUInt8(b,c,1);a.thdv_alarm.info=a.thdv_alarm.info||{};a.thdv_alarm.info.type=readUInt8(b,c,1);0==a.thdv_alarm.info.type&&(a.thdv_alarm.info.collection_error=a.thdv_alarm.info.collection_error||
+{});18==a.thdv_alarm.info.type&&(a.thdv_alarm.info.over_range_alarm_deactivation=a.thdv_alarm.info.over_range_alarm_deactivation||{},a.thdv_alarm.info.over_range_alarm_deactivation.thdv=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.thdv));19==a.thdv_alarm.info.type&&(a.thdv_alarm.info.over_range_alarm_trigger=a.thdv_alarm.info.over_range_alarm_trigger||{},a.thdv_alarm.info.over_range_alarm_trigger.thdv=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.thdv));a.event.push(a.thdv_alarm);break;case 53:a.event=
+a.event||[];a.voltage_unbalance_alarm={};a.voltage_unbalance_alarm.type=readUInt8(b,c,1);0==a.voltage_unbalance_alarm.type&&(a.voltage_unbalance_alarm.collection_error=a.voltage_unbalance_alarm.collection_error||{});18==a.voltage_unbalance_alarm.type&&(a.voltage_unbalance_alarm.over_range_alarm_deactivation=a.voltage_unbalance_alarm.over_range_alarm_deactivation||{},a.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage_unbalance));
+19==a.voltage_unbalance_alarm.type&&(a.voltage_unbalance_alarm.over_range_alarm_trigger=a.voltage_unbalance_alarm.over_range_alarm_trigger||{},a.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance=readWithErrorCheck(readUInt16LE(b,c,2)/100,e.voltage_unbalance));a.event.push(a.voltage_unbalance_alarm);break;case 54:a.power_loss_alarm=readOnlyCommand(b,c,0);break;case 96:a.collection_interval=a.collection_interval||{};a.collection_interval.unit=readUInt8(b,c,1);0==a.collection_interval.unit&&
+(a.collection_interval.seconds_of_time=readUInt16LE(b,c,2));1==a.collection_interval.unit&&(a.collection_interval.minutes_of_time=readUInt16LE(b,c,2));break;case 97:a.reporting_interval=a.reporting_interval||{};a.reporting_interval.unit=readUInt8(b,c,1);0==a.reporting_interval.unit&&(a.reporting_interval.seconds_of_time=readUInt16LE(b,c,2));1==a.reporting_interval.unit&&(a.reporting_interval.minutes_of_time=readUInt16LE(b,c,2));break;case 200:a.device_status=readUInt8(b,c,1);break;case 99:a.temperature_unit=
+readUInt8(b,c,1);break;case 100:a.bluetooth_name=a.bluetooth_name||{};a.bluetooth_name.length=readUInt8(b,c,1);a.bluetooth_name.content=readString(b,c,a.bluetooth_name.length);break;case 197:a.data_storage_settings=a.data_storage_settings||{};h=readUInt8(b,c,1);0==h&&(a.data_storage_settings.enable=readUInt8(b,c,1));1==h&&(a.data_storage_settings.retransmission_enable=readUInt8(b,c,1));2==h&&(a.data_storage_settings.retransmission_interval=readUInt16LE(b,c,2));3==h&&(a.data_storage_settings.retrieval_interval=
+readUInt16LE(b,c,2));break;case 102:a.voltage_interface=readUInt8(b,c,1);break;case 103:a.current_interface1=a.current_interface1||{};a.current_interface1.type=readUInt8(b,c,1);a.current_interface1.config=[];for(h=0;3>h;h++)f={},f.direction=readUInt8(b,c,1),f.range=readUInt16LE(b,c,2),a.current_interface1.config.push(f);break;case 104:a.current_interface2=a.current_interface2||{};a.current_interface2.type=readUInt8(b,c,1);a.current_interface2.config=[];for(h=0;3>h;h++)f={},f.direction=readUInt8(b,
+c,1),f.range=readUInt16LE(b,c,2),a.current_interface2.config.push(f);break;case 105:a.current_interface3=a.current_interface3||{};a.current_interface3.type=readUInt8(b,c,1);a.current_interface3.config=[];for(h=0;3>h;h++)f={},f.direction=readUInt8(b,c,1),f.range=readUInt16LE(b,c,2),a.current_interface3.config.push(f);break;case 106:a.current_interface4=a.current_interface4||{};a.current_interface4.type=readUInt8(b,c,1);a.current_interface4.config=[];for(h=0;3>h;h++)f={},f.direction=readUInt8(b,c,1),
+f.range=readUInt16LE(b,c,2),a.current_interface4.config.push(f);break;case 107:a.temperature_calibration_settings=a.temperature_calibration_settings||{};a.temperature_calibration_settings.enable=readUInt8(b,c,1);a.temperature_calibration_settings.calibration_value=readInt16LE(b,c,2)/100;break;case 199:a.time_zone=readInt16LE(b,c,2);break;case 198:a.daylight_saving_time=a.daylight_saving_time||{};a.daylight_saving_time.enable=readUInt8(b,c,1);a.daylight_saving_time.daylight_saving_time_offset=readUInt8(b,
+c,1);a.daylight_saving_time.start_month=readUInt8(b,c,1);f=readUInt8(b,c,1);a.daylight_saving_time.start_week_num=extractBits(f,4,8);a.daylight_saving_time.start_week_day=extractBits(f,0,4);a.daylight_saving_time.start_hour_min=readUInt16LE(b,c,2);a.daylight_saving_time.end_month=readUInt8(b,c,1);f=readUInt8(b,c,1);a.daylight_saving_time.end_week_num=extractBits(f,4,8);a.daylight_saving_time.end_week_day=extractBits(f,0,4);a.daylight_saving_time.end_hour_min=readUInt16LE(b,c,2);break;case 118:a.temperature_alarm_settings=
+a.temperature_alarm_settings||{};a.temperature_alarm_settings.enable=readUInt8(b,c,1);a.temperature_alarm_settings.threshold_condition=readUInt8(b,c,1);a.temperature_alarm_settings.threshold_min=readInt16LE(b,c,2)/100;a.temperature_alarm_settings.threshold_max=readInt16LE(b,c,2)/100;break;case 119:a.current_alarm_settings=a.current_alarm_settings||[];h=readUInt8(b,c,1);f=pickArrayItem(a.current_alarm_settings,h,"channel");f.channel=h;insertArrayItem(a.current_alarm_settings,f,"channel");f.enable=
+readUInt8(b,c,1);f.threshold_condition=readUInt8(b,c,1);f.threshold_min=readInt16LE(b,c,2);f.threshold_max=readInt16LE(b,c,2);break;case 120:a.voltage_alarm_settings=a.voltage_alarm_settings||[];h=readUInt8(b,c,1);f=pickArrayItem(a.voltage_alarm_settings,h,"channel");f.channel=h;insertArrayItem(a.voltage_alarm_settings,f,"channel");f.enable=readUInt8(b,c,1);f.threshold_condition=readUInt8(b,c,1);f.threshold_min=readInt16LE(b,c,2);f.threshold_max=readInt16LE(b,c,2);break;case 121:a.thdi_alarm_settings=
+a.thdi_alarm_settings||[];h=readUInt8(b,c,1);f=pickArrayItem(a.thdi_alarm_settings,h,"channel");f.channel=h;insertArrayItem(a.thdi_alarm_settings,f,"channel");f.enable=readUInt8(b,c,1);f.threshold_condition=readUInt8(b,c,1);f.threshold_min=readInt16LE(b,c,2);f.threshold_max=readInt16LE(b,c,2);break;case 122:a.thdv_alarm_settings=a.thdv_alarm_settings||[];h=readUInt8(b,c,1);f=pickArrayItem(a.thdv_alarm_settings,h,"channel");f.channel=h;insertArrayItem(a.thdv_alarm_settings,f,"channel");f.enable=readUInt8(b,
+c,1);f.threshold_condition=readUInt8(b,c,1);f.threshold_min=readInt16LE(b,c,2);f.threshold_max=readInt16LE(b,c,2);break;case 123:a.voltage_unbalance_alarm_settings=a.voltage_unbalance_alarm_settings||{};a.voltage_unbalance_alarm_settings.enable=readUInt8(b,c,1);a.voltage_unbalance_alarm_settings.threshold_condition=readUInt8(b,c,1);a.voltage_unbalance_alarm_settings.threshold_min=readInt16LE(b,c,2);a.voltage_unbalance_alarm_settings.threshold_max=readInt16LE(b,c,2);break;case 124:a.alarm_global_settings=
+a.alarm_global_settings||{};a.alarm_global_settings.interval=readUInt16LE(b,c,2);a.alarm_global_settings.times=readUInt16LE(b,c,2);a.alarm_global_settings.release_enable=readUInt8(b,c,1);break;case 109:a.month_statistics_settings=a.month_statistics_settings||{};a.month_statistics_settings.day=readUInt8(b,c,1);a.month_statistics_settings.hour=readUInt8(b,c,1);a.month_statistics_settings.minute=readUInt8(b,c,1);break;case 108:a.report_enable=a.report_enable||{};f=readUInt16LE(b,c,2);a.report_enable.temperature=
+extractBits(f,0,1);a.report_enable.current=extractBits(f,1,2);a.report_enable.voltage=extractBits(f,2,3);a.report_enable.power_factor=extractBits(f,3,4);a.report_enable.active_power=extractBits(f,4,5);a.report_enable.reactive_power=extractBits(f,5,6);a.report_enable.apparent_power=extractBits(f,6,7);a.report_enable.forward_active_energy=extractBits(f,7,8);a.report_enable.reverse_active_energy=extractBits(f,8,9);a.report_enable.forward_reactive_energy=extractBits(f,9,10);a.report_enable.reverse_reactive_energy=
+extractBits(f,10,11);a.report_enable.apparent_energy=extractBits(f,11,12);a.report_enable.thdi=extractBits(f,12,13);a.report_enable.thdv=extractBits(f,13,14);a.report_enable.voltage_unbalance=extractBits(f,14,15);break;case 191:a.reset=readOnlyCommand(b,c,0);break;case 190:a.reboot=readOnlyCommand(b,c,0);break;case 93:a.stop_historical_data_retrieval=a.stop_historical_data_retrieval||{};a.stop_historical_data_retrieval.type=readUInt8(b,c,1);break;case 91:a.retrieve_historical_data_by_time=a.retrieve_historical_data_by_time||
+{};a.retrieve_historical_data_by_time.type=readUInt8(b,c,1);a.retrieve_historical_data_by_time.time=readUInt32LE(b,c,4);break;case 92:a.retrieve_historical_data_by_time_range=a.retrieve_historical_data_by_time_range||{};a.retrieve_historical_data_by_time_range.type=readUInt8(b,c,1);a.retrieve_historical_data_by_time_range.start_time=readUInt32LE(b,c,4);a.retrieve_historical_data_by_time_range.end_time=readUInt32LE(b,c,4);break;case 185:a.query_device_status=readOnlyCommand(b,c,0);break;case 184:a.synchronize_time=
+readOnlyCommand(b,c,0);break;case 183:a.set_time=a.set_time||{};a.set_time.timestamp=readUInt32LE(b,c,4);break;case 182:a.reconnect=readOnlyCommand(b,c,0);break;case 95:a.reset_energy=a.reset_energy||{};a.reset_energy.channel=readUInt8(b,c,1);break;case 94:a.clear_data=a.clear_data||{};a.clear_data.type=readUInt8(b,c,1);break;case 87:a.query_history_set=readOnlyCommand(b,c,0)}if(0<Object.keys(g).length)d.history=g;else for(var n in a)a.hasOwnProperty(n)&&(d[n]=a[n]);return d}
+function readOnlyCommand(b){return 1}function readUnknownDataType(b,a,d){throw Error("Unknown data type encountered. Please Contact Developer.");}function readBytes(b,a,d){b=b.slice(a.i,a.i+d);a.i+=d;return b}function readProtocolVersion(b){return"v"+(b[0]&255)+"."+(b[1]&255)}function readHardwareVersion(b){return"v"+(b[0]&255)+"."+(b[1]&255)}
+function readFirmwareVersion(b){var a=b[2]&255,d=b[3]&255,g=b[4]&255,e=b[5]&255;b="v"+(b[0]&255)+"."+(b[1]&255);0!==a&&(b+="-r"+a);0!==d&&(b+="-a"+d);0!==g&&(b+="-u"+g);0!==e&&(b+="-t"+e);return b}function readUInt8(b,a,d){return readBytes(b,a,d)[0]&255}function readInt8(b,a,d){b=readUInt8(b,a,d);return 127<b?b-256:b}function readUInt16LE(b,a,d){b=readBytes(b,a,d);return(b[1]<<8)+b[0]&65535}function readInt16LE(b,a,d){b=readUInt16LE(b,a,d);return 32767<b?b-65536:b}
+function readWithErrorCheck(b,a){return b==a?"error":b}function parseMaskBasedData(b,a,d,g,e,c,h,f){for(var k={},n=readUInt8(b,a,1),l=1;l<=d;l++){var m="mask"+l;k[m]=extractBits(n,l-1,l);0==k[m]&&(k["group"+l+"_value"]=readWithErrorCheck(g(b,a,e)/c,f[h]));if(1==k[m])for(k["group"+l]={},m=1;3>=m;m++)k["group"+l]["chan"+m]=readWithErrorCheck(g(b,a,e)/c,f[h])}return k}function readUInt24LE(b,a,d){b=readBytes(b,a,d);return(b[2]<<16)+(b[1]<<8)+b[0]&16777215}
+function readInt24LE(b,a,d){b=readUInt24LE(b,a,d);return 8388607<b?b-16777216:b}function readUInt32LE(b,a,d){b=readBytes(b,a,d);return((b[3]<<24)+(b[2]<<16)+(b[1]<<8)+b[0]&4294967295)>>>0}function readInt32LE(b,a,d){b=readUInt32LE(b,a,d);return 2147483647<b?b-4294967296:b}function readFloat16LE(b,a,d){b=readBytes(b,a,d);b=b[1]<<8|b[0];a=b>>>10&31;return Number(((0===b>>>15?1:-1)*(0===a?(b&1023)<<1:b&1023|1024)*Math.pow(2,a-25)).toFixed(2))}
+function readFloatLE(b,a,d){b=readBytes(b,a,d);b=b[3]<<24|b[2]<<16|b[1]<<8|b[0];a=b>>>23&255;return(0===b>>>31?1:-1)*(0===a?(b&8388607)<<1:b&8388607|8388608)*Math.pow(2,a-150)}
+function readString(b,a,d){var g="";b=readBytes(b,a,d);a=0;for(var e,c,h;a<b.length;)d=b[a++],127>=d?g+=String.fromCharCode(d):223>=d?(e=b[a++],g+=String.fromCharCode((d&31)<<6|e&63)):239>=d?(e=b[a++],c=b[a++],g+=String.fromCharCode((d&15)<<12|(e&63)<<6|c&63)):247>=d&&(e=b[a++],c=b[a++],h=b[a++],d=(d&7)<<18|(e&63)<<12|(c&63)<<6|h&63,d-=65536,g+=String.fromCharCode((d>>10)+55296),g+=String.fromCharCode((d&1023)+56320));return g.replace(/\u0000+$/g,"")}
+function readHexString(b,a,d){var g=[];b=readBytes(b,a,d);for(a=0;a<b.length;a++)g.push(("0"+(b[a]&255).toString(16)).slice(-2));return g.join("").replace(/\u0000+$/g,"")}function readHexStringLE(b,a,d){var g=[];b=readBytes(b,a,d);for(a=b.length-1;0<=a;a--)g.push(("0"+(b[a]&255).toString(16)).slice(-2));return g.join("").replace(/\u0000+$/g,"")}
+function extractBits(b,a,d){if(0>b||65535<b)throw Error("byte must be in range 0..65535");if(a>=d)throw Error("invalid bit range");return b>>>a&(1<<d-a)-1}function pickArrayItem(b,a,d){for(var g=0;g<b.length;g++)if(b[g][d]===a)return b[g];return{}}function insertArrayItem(b,a,d){for(var g=0;g<b.length;g++)if(b[g][d]===a[d]){b[g]=a;return}b.push(a)}
+function readCommand(b,a,d){b=readBytes(b,a,d).map(function(k){k=k.toString(16);return 1===k.length?"0"+k:k}).join("").toLowerCase();a=cmdMap();for(var g in a){var e=[],c=!1;if(g.length===b.length){for(d=0;d<g.length;d+=2){c=g.slice(d,d+2);var h=b.slice(d,d+2);if(c===h||"xx"===c)"xx"===c&&e.push("."+parseInt(h,16)),c=!0;else{c=!1;break}}if(c){g=a[g];if(-1===g.indexOf("._item"))return g;var f=0;return g.replace(/\._item/g,function(){return e[f++]})}}}return null}
+function cmdMap(){return{10:"reverse_active_energy1",11:"reverse_active_energy2",12:"forward_reactive_energy1",13:"forward_reactive_energy2",14:"reverse_reactive_energy1",15:"reverse_reactive_energy2",16:"apparent_energy1",17:"apparent_energy2",30:"temperature_alarm",31:"current_alarm",32:"voltage_alarm",33:"thdi_alarm",34:"thdv_alarm",35:"voltage_unbalance_alarm",36:"power_loss_alarm",40:"history_type",57:"query_history_set",60:"collection_interval",61:"reporting_interval",63:"temperature_unit",
+64:"bluetooth_name",66:"voltage_interface",67:"current_interface1",68:"current_interface2",69:"current_interface3",76:"temperature_alarm_settings",77:"current_alarm_settings",78:"voltage_alarm_settings",79:"thdi_alarm_settings",ff:"request_check_sequence_number",fe:"request_check_order",ef:"request_command_queries",ee:"request_query_all_configurations",ed:"historical_data_report",cf:"lorawan_configuration_settings",cfd8:"lorawan_configuration_settings.version",df:"tsl_version",de:"product_name",dd:"product_pn",
+db:"product_sn",da:"version",d9:"oem_id",d8:"product_frequency_band",d7:"device_info","01":"temperature","02":"voltage_three_phase_imbalcance","03":"thdi","03xx":"thdi._item","04":"thdv","04xx":"thdv._item","05":"current","05xx":"current._item","06":"voltage","06xx":"voltage._item","07":"power_factor","08":"active_power1","09":"active_power2","0a":"reactive_power1","0b":"reactive_power2","0c":"apparent_power1","0d":"apparent_power2","0e":"forward_active_energy1","0f":"forward_active_energy2",c8:"device_status",
+c5:"data_storage_settings",c500:"data_storage_settings.enable",c501:"data_storage_settings.retransmission_enable",c502:"data_storage_settings.retransmission_interval",c503:"data_storage_settings.retrieval_interval",undefinedxx:"current_interface4.config._item","6a":"current_interface4","6b":"temperature_calibration_settings",c7:"time_zone",c6:"daylight_saving_time","77xx":"current_alarm_settings._item","78xx":"voltage_alarm_settings._item","79xx":"thdi_alarm_settings._item","7a":"thdv_alarm_settings",
+"7axx":"thdv_alarm_settings._item","7b":"voltage_unbalance_alarm_settings","7c":"alarm_global_settings","6d":"month_statistics_settings","6c":"report_enable",bf:"reset",be:"reboot","5d":"stop_historical_data_retrieval","5b":"retrieve_historical_data_by_time","5c":"retrieve_historical_data_by_time_range",b9:"query_device_status",b8:"synchronize_time",b7:"set_time",b6:"reconnect","5f":"reset_energy","5e":"clear_data"}};
diff --git a/vendors/milesight-iot/cth-series/cth01-compress/cth01-encoder.js b/vendors/milesight-iot/cth-series/cth01-compress/cth01-encoder.js
new file mode 100644
index 0000000..941319e
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01-compress/cth01-encoder.js
@@ -0,0 +1,66 @@
+function encodeDownlink(a){return{bytes:milesightDeviceEncode(a.data)}}function Encode(a,c){return milesightDeviceEncode(c)}function Encoder(a,c){return milesightDeviceEncode(a)}
+function milesightDeviceEncode(a){var c=[],f=[255,255,255],d=[255,255],e=[255,255,255,255],l=[255,255,255,255],v=[255,255,255,255],m=[255,255,255,255],n=[255,255,255,255],k=[255],r=[255,255,255,255],B=[255,255,255,255],C=[255,255,255,255],w=[255,255],x=[255,255],y=[255,255];if("request_check_sequence_number"in a){var b=new Buffer;b.writeUInt8(255);if(0>a.request_check_sequence_number.sequence_number||255<a.request_check_sequence_number.sequence_number)throw Error("request_check_sequence_number.sequence_number must be between 0 and 255");
+b.writeUInt8(a.request_check_sequence_number.sequence_number);c=c.concat(b.toBytes())}if("request_check_order"in a){b=new Buffer;b.writeUInt8(254);if(0>a.request_check_order.order||255<a.request_check_order.order)throw Error("request_check_order.order must be between 0 and 255");b.writeUInt8(a.request_check_order.order);c=c.concat(b.toBytes())}if("req"in a){b=new Buffer;for(var t=a.req,u=0;u<t.length;u++){var z=[],A=[];t[u].split(".").forEach(function(p){if(/^[0-9]+$/.test(p)){for(p=Number(p).toString(16);2>
+p.length;)p="0"+p;z.push(p);console.log(z);A.push("_item")}else A.push(p)});var q=A.join(".");if((q=cmdMap()[q])&&-1!==q.indexOf("xx")){var g=0;q=q.replace(/xx/g,function(){return z[g++]})}if(q){var D=q.length/2;b.writeUInt8(239);b.writeUInt8(D);b.writeHexString(q,D,!0)}}c=c.concat(b.toBytes())}"request_query_all_configurations"in a&&(b=new Buffer,b.writeUInt8(238),c=c.concat(b.toBytes()));if("history"in a)for(g=0;g<a.history.length;g++){b=new Buffer;t=a.history[g];b.writeUInt8(237);b.writeUInt8(1);
+b.writeUInt32LE(t.timestamp);u={};for(var h in t)t.hasOwnProperty(h)&&"timestamp"!==h&&(u[h]=t[h]);c=c.concat(b.toBytes());c=c.concat(milesightDeviceEncode(u))}"lorawan_configuration_settings"in a&&(b=new Buffer,isValid(a.lorawan_configuration_settings.version)&&(b.writeUInt8(207),b.writeUInt8(216),b.writeUInt8(a.lorawan_configuration_settings.version)),c=c.concat(b.toBytes()));"product_name"in a&&(b=new Buffer,b.writeUInt8(222),b.writeString(a.product_name,32),c=c.concat(b.toBytes()));"product_pn"in
+a&&(b=new Buffer,b.writeUInt8(221),b.writeString(a.product_pn,32),c=c.concat(b.toBytes()));"product_sn"in a&&(b=new Buffer,b.writeUInt8(219),b.writeHexString(a.product_sn,8),c=c.concat(b.toBytes()));"oem_id"in a&&(b=new Buffer,b.writeUInt8(217),b.writeHexString(a.oem_id,2),c=c.concat(b.toBytes()));"product_frequency_band"in a&&(b=new Buffer,b.writeUInt8(216),b.writeString(a.product_frequency_band,16),c=c.concat(b.toBytes()));"device_info"in a&&(b=new Buffer,b.writeUInt8(215),c=c.concat(b.toBytes()));
+if("temperature"in a){b=new Buffer;b.writeUInt8(1);if(-20>a.temperature||100<a.temperature)throw Error("temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature);c=c.concat(b.toBytes())}if("voltage_three_phase_imbalcance"in a){b=new Buffer;b.writeUInt8(2);if("error"===a.voltage_three_phase_imbalcance)b.writeBytes(y);else{if(0>a.voltage_three_phase_imbalcance||100<a.voltage_three_phase_imbalcance)throw Error("voltage_three_phase_imbalcance must be between 0 and 100");b.writeUInt16LE(100*
+a.voltage_three_phase_imbalcance)}c=c.concat(b.toBytes())}if("thdi"in a){b=new Buffer;b.writeUInt8(3);for(g=0;g<a.thdi.length;g++)if(h=a.thdi[g],"error"===h.value)b.writeBytes(w);else{if(0>h.value||100<h.value)throw Error("value must be between 0 and 100");b.writeUInt16LE(100*h.value)}c=c.concat(b.toBytes())}if("thdv"in a){b=new Buffer;b.writeUInt8(4);for(g=0;g<a.thdv.length;g++)if(h=a.thdv[g],"error"===h.value)b.writeBytes(x);else{if(0>h.value||100<h.value)throw Error("value must be between 0 and 100");
+b.writeUInt16LE(100*h.value)}c=c.concat(b.toBytes())}if("current"in a){b=new Buffer;b.writeUInt8(5);for(g=0;g<a.current.length;g++)if(h=a.current[g],"error"===h.value)b.writeBytes(f);else{if(0>h.value||4E3<h.value)throw Error("value must be between 0 and 4000");b.writeUInt24LE(100*h.value)}c=c.concat(b.toBytes())}if("voltage"in a){b=new Buffer;b.writeUInt8(6);for(g=0;g<a.voltage.length;g++)if(f=a.voltage[g],"error"===f.value)b.writeBytes(d);else{if(0>f.value||500<f.value)throw Error("value must be between 0 and 500");
+b.writeUInt16LE(100*f.value)}c=c.concat(b.toBytes())}"power_factor"in a&&(b=encodeMaskBasedData("power_factor",a.power_factor,7,4,Buffer.prototype.writeUInt8,100,k,{min:0,max:100}),c=c.concat(b.toBytes()));"active_power1"in a&&(b=encodeMaskBasedData("active_power1",a.active_power1,8,2,Buffer.prototype.writeInt32LE,1E3,r,null),c=c.concat(b.toBytes()));"active_power2"in a&&(b=encodeMaskBasedData("active_power2",a.active_power2,9,2,Buffer.prototype.writeInt32LE,1E3,r,null),c=c.concat(b.toBytes()));"reactive_power1"in
+a&&(b=encodeMaskBasedData("reactive_power1",a.reactive_power1,10,2,Buffer.prototype.writeInt32LE,1E3,B,null),c=c.concat(b.toBytes()));"reactive_power2"in a&&(b=encodeMaskBasedData("reactive_power2",a.reactive_power2,11,2,Buffer.prototype.writeInt32LE,1E3,B,null),c=c.concat(b.toBytes()));"apparent_power1"in a&&(b=encodeMaskBasedData("apparent_power1",a.apparent_power1,12,2,Buffer.prototype.writeInt32LE,1E3,C,null),c=c.concat(b.toBytes()));"apparent_power2"in a&&(b=encodeMaskBasedData("apparent_power2",
+a.apparent_power2,13,2,Buffer.prototype.writeInt32LE,1E3,C,null),c=c.concat(b.toBytes()));"forward_active_energy1"in a&&(b=encodeMaskBasedData("forward_active_energy1",a.forward_active_energy1,14,2,Buffer.prototype.writeUInt32LE,1E3,e,null),c=c.concat(b.toBytes()));"forward_active_energy2"in a&&(b=encodeMaskBasedData("forward_active_energy2",a.forward_active_energy2,15,2,Buffer.prototype.writeUInt32LE,1E3,e,null),c=c.concat(b.toBytes()));"reverse_active_energy1"in a&&(b=encodeMaskBasedData("reverse_active_energy1",
+a.reverse_active_energy1,16,2,Buffer.prototype.writeUInt32LE,1E3,l,null),c=c.concat(b.toBytes()));"reverse_active_energy2"in a&&(b=encodeMaskBasedData("reverse_active_energy2",a.reverse_active_energy2,17,2,Buffer.prototype.writeUInt32LE,1E3,l,null),c=c.concat(b.toBytes()));"forward_reactive_energy1"in a&&(b=encodeMaskBasedData("forward_reactive_energy1",a.forward_reactive_energy1,18,2,Buffer.prototype.writeUInt32LE,1E3,v,null),c=c.concat(b.toBytes()));"forward_reactive_energy2"in a&&(b=encodeMaskBasedData("forward_reactive_energy2",
+a.forward_reactive_energy2,19,2,Buffer.prototype.writeUInt32LE,1E3,v,null),c=c.concat(b.toBytes()));"reverse_reactive_energy1"in a&&(b=encodeMaskBasedData("reverse_reactive_energy1",a.reverse_reactive_energy1,20,2,Buffer.prototype.writeUInt32LE,1E3,m,null),c=c.concat(b.toBytes()));"reverse_reactive_energy2"in a&&(b=encodeMaskBasedData("reverse_reactive_energy2",a.reverse_reactive_energy2,21,2,Buffer.prototype.writeUInt32LE,1E3,m,null),c=c.concat(b.toBytes()));"apparent_energy1"in a&&(b=encodeMaskBasedData("apparent_energy1",
+a.apparent_energy1,22,2,Buffer.prototype.writeUInt32LE,1E3,n,null),c=c.concat(b.toBytes()));"apparent_energy2"in a&&(b=encodeMaskBasedData("apparent_energy2",a.apparent_energy2,23,2,Buffer.prototype.writeUInt32LE,1E3,n,null),c=c.concat(b.toBytes()));"history_type"in a&&(b=new Buffer,b.writeUInt8(64),b.writeUInt8(a.history_type.type),c=c.concat(b.toBytes()));if("temperature_alarm"in a){b=new Buffer;b.writeUInt8(48);b.writeUInt8(a.temperature_alarm.type);if(16==a.temperature_alarm.type){if(-20>a.temperature_alarm.lower_range_alarm_deactivation.temperature||
+100<a.temperature_alarm.lower_range_alarm_deactivation.temperature)throw Error("temperature_alarm.lower_range_alarm_deactivation.temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm.lower_range_alarm_deactivation.temperature)}if(17==a.temperature_alarm.type){if(-20>a.temperature_alarm.lower_range_alarm_trigger.temperature||100<a.temperature_alarm.lower_range_alarm_trigger.temperature)throw Error("temperature_alarm.lower_range_alarm_trigger.temperature must be between -20 and 100");
+b.writeInt16LE(100*a.temperature_alarm.lower_range_alarm_trigger.temperature)}if(18==a.temperature_alarm.type){if(-20>a.temperature_alarm.over_range_alarm_deactivation.temperature||100<a.temperature_alarm.over_range_alarm_deactivation.temperature)throw Error("temperature_alarm.over_range_alarm_deactivation.temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm.over_range_alarm_deactivation.temperature)}if(19==a.temperature_alarm.type){if(-20>a.temperature_alarm.over_range_alarm_trigger.temperature||
+100<a.temperature_alarm.over_range_alarm_trigger.temperature)throw Error("temperature_alarm.over_range_alarm_trigger.temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm.over_range_alarm_trigger.temperature)}if(20==a.temperature_alarm.type){if(-20>a.temperature_alarm.within_range_alarm_deactivation.temperature||100<a.temperature_alarm.within_range_alarm_deactivation.temperature)throw Error("temperature_alarm.within_range_alarm_deactivation.temperature must be between -20 and 100");
+b.writeInt16LE(100*a.temperature_alarm.within_range_alarm_deactivation.temperature)}if(21==a.temperature_alarm.type){if(-20>a.temperature_alarm.within_range_alarm_trigger.temperature||100<a.temperature_alarm.within_range_alarm_trigger.temperature)throw Error("temperature_alarm.within_range_alarm_trigger.temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm.within_range_alarm_trigger.temperature)}if(22==a.temperature_alarm.type){if(-20>a.temperature_alarm.exceed_range_alarm_deactivation.temperature||
+100<a.temperature_alarm.exceed_range_alarm_deactivation.temperature)throw Error("temperature_alarm.exceed_range_alarm_deactivation.temperature must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm.exceed_range_alarm_deactivation.temperature)}if(23==a.temperature_alarm.type){if(-20>a.temperature_alarm.exceed_range_alarm_trigger.temperature||100<a.temperature_alarm.exceed_range_alarm_trigger.temperature)throw Error("temperature_alarm.exceed_range_alarm_trigger.temperature must be between -20 and 100");
+b.writeInt16LE(100*a.temperature_alarm.exceed_range_alarm_trigger.temperature)}c=c.concat(b.toBytes())}if("current_alarm"in a){b=new Buffer;b.writeUInt8(49);if(0>a.current_alarm.channel||11<a.current_alarm.channel)throw Error("current_alarm.channel must be between 0 and 11");b.writeUInt8(a.current_alarm.channel);b.writeUInt8(a.current_alarm.info.type);1==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.lower_range_error.current);2==a.current_alarm.info.type&&b.writeUInt24LE(100*
+a.current_alarm.info.over_range_error.current);4==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.over_range_release.current);16==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.lower_range_alarm_deactivation.current);17==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.lower_range_alarm_trigger.current);18==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.over_range_alarm_deactivation.current);19==a.current_alarm.info.type&&
+b.writeUInt24LE(100*a.current_alarm.info.over_range_alarm_trigger.current);20==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.within_range_alarm_deactivation.current);21==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.within_range_alarm_trigger.current);22==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.exceed_range_alarm_deactivation.current);23==a.current_alarm.info.type&&b.writeUInt24LE(100*a.current_alarm.info.exceed_range_alarm_trigger.current);
+c=c.concat(b.toBytes())}if("voltage_alarm"in a){b=new Buffer;b.writeUInt8(50);if(0>a.voltage_alarm.channel||11<a.voltage_alarm.channel)throw Error("voltage_alarm.channel must be between 0 and 11");b.writeUInt8(a.voltage_alarm.channel);b.writeUInt8(a.voltage_alarm.info.type);1==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.lower_range_error.voltage);2==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.over_range_error.voltage);4==a.voltage_alarm.info.type&&b.writeUInt16LE(100*
+a.voltage_alarm.info.over_range_release.voltage);16==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.lower_range_alarm_deactivation.voltage);17==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.lower_range_alarm_trigger.voltage);18==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.over_range_alarm_deactivation.voltage);19==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.over_range_alarm_trigger.voltage);20==a.voltage_alarm.info.type&&
+b.writeUInt16LE(100*a.voltage_alarm.info.within_range_alarm_deactivation.voltage);21==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.within_range_alarm_trigger.voltage);22==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.exceed_range_alarm_deactivation.voltage);23==a.voltage_alarm.info.type&&b.writeUInt16LE(100*a.voltage_alarm.info.exceed_range_alarm_trigger.voltage);c=c.concat(b.toBytes())}if("thdi_alarm"in a){b=new Buffer;b.writeUInt8(51);if(0>a.thdi_alarm.channel||
+11<a.thdi_alarm.channel)throw Error("thdi_alarm.channel must be between 0 and 11");b.writeUInt8(a.thdi_alarm.channel);b.writeUInt8(a.thdi_alarm.info.type);18==a.thdi_alarm.info.type&&("error"===a.thdi_alarm.info.over_range_alarm_deactivation.thdi?b.writeBytes(w):b.writeUInt16LE(100*a.thdi_alarm.info.over_range_alarm_deactivation.thdi));19==a.thdi_alarm.info.type&&("error"===a.thdi_alarm.info.over_range_alarm_trigger.thdi?b.writeBytes(w):b.writeUInt16LE(100*a.thdi_alarm.info.over_range_alarm_trigger.thdi));
+c=c.concat(b.toBytes())}if("thdv_alarm"in a){b=new Buffer;b.writeUInt8(52);if(0>a.thdv_alarm.channel||11<a.thdv_alarm.channel)throw Error("thdv_alarm.channel must be between 0 and 11");b.writeUInt8(a.thdv_alarm.channel);b.writeUInt8(a.thdv_alarm.info.type);18==a.thdv_alarm.info.type&&("error"===a.thdv_alarm.info.over_range_alarm_deactivation.thdv?b.writeBytes(x):b.writeUInt16LE(100*a.thdv_alarm.info.over_range_alarm_deactivation.thdv));19==a.thdv_alarm.info.type&&("error"===a.thdv_alarm.info.over_range_alarm_trigger.thdv?
+b.writeBytes(x):b.writeUInt16LE(100*a.thdv_alarm.info.over_range_alarm_trigger.thdv));c=c.concat(b.toBytes())}"voltage_unbalance_alarm"in a&&(b=new Buffer,b.writeUInt8(53),b.writeUInt8(a.voltage_unbalance_alarm.type),18==a.voltage_unbalance_alarm.type&&("error"===a.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance?b.writeBytes(y):b.writeUInt16LE(100*a.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance)),19==a.voltage_unbalance_alarm.type&&("error"===a.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance?
+b.writeBytes(y):b.writeUInt16LE(100*a.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance)),c=c.concat(b.toBytes()));"power_loss_alarm"in a&&(b=new Buffer,b.writeUInt8(54),c=c.concat(b.toBytes()));if("collection_interval"in a){b=new Buffer;b.writeUInt8(96);b.writeUInt8(a.collection_interval.unit);if(0==a.collection_interval.unit){if(10>a.collection_interval.seconds_of_time||64800<a.collection_interval.seconds_of_time)throw Error("collection_interval.seconds_of_time must be between 10 and 64800");
+b.writeUInt16LE(a.collection_interval.seconds_of_time)}if(1==a.collection_interval.unit){if(1>a.collection_interval.minutes_of_time||1440<a.collection_interval.minutes_of_time)throw Error("collection_interval.minutes_of_time must be between 1 and 1440");b.writeUInt16LE(a.collection_interval.minutes_of_time)}c=c.concat(b.toBytes())}if("reporting_interval"in a){b=new Buffer;b.writeUInt8(97);b.writeUInt8(a.reporting_interval.unit);if(0==a.reporting_interval.unit){if(10>a.reporting_interval.seconds_of_time||
+64800<a.reporting_interval.seconds_of_time)throw Error("reporting_interval.seconds_of_time must be between 10 and 64800");b.writeUInt16LE(a.reporting_interval.seconds_of_time)}if(1==a.reporting_interval.unit){if(1>a.reporting_interval.minutes_of_time||1440<a.reporting_interval.minutes_of_time)throw Error("reporting_interval.minutes_of_time must be between 1 and 1440");b.writeUInt16LE(a.reporting_interval.minutes_of_time)}c=c.concat(b.toBytes())}"device_status"in a&&(b=new Buffer,b.writeUInt8(200),
+b.writeUInt8(a.device_status),c=c.concat(b.toBytes()));"temperature_unit"in a&&(b=new Buffer,b.writeUInt8(99),b.writeUInt8(a.temperature_unit),c=c.concat(b.toBytes()));if("bluetooth_name"in a){b=new Buffer;b.writeUInt8(100);if(1>a.bluetooth_name.length||13<a.bluetooth_name.length)throw Error("bluetooth_name.length must be between 1 and 13");b.writeUInt8(a.bluetooth_name.length);b.writeString(a.bluetooth_name.content,a.bluetooth_name.length,!0);c=c.concat(b.toBytes())}if("data_storage_settings"in a){b=
+new Buffer;isValid(a.data_storage_settings.enable)&&(b.writeUInt8(197),b.writeUInt8(0),b.writeUInt8(a.data_storage_settings.enable));isValid(a.data_storage_settings.retransmission_enable)&&(b.writeUInt8(197),b.writeUInt8(1),b.writeUInt8(a.data_storage_settings.retransmission_enable));if(isValid(a.data_storage_settings.retransmission_interval)){b.writeUInt8(197);b.writeUInt8(2);if(30>a.data_storage_settings.retransmission_interval||1200<a.data_storage_settings.retransmission_interval)throw Error("data_storage_settings.retransmission_interval must be between 30 and 1200");
+b.writeUInt16LE(a.data_storage_settings.retransmission_interval)}if(isValid(a.data_storage_settings.retrieval_interval)){b.writeUInt8(197);b.writeUInt8(3);if(30>a.data_storage_settings.retrieval_interval||1200<a.data_storage_settings.retrieval_interval)throw Error("data_storage_settings.retrieval_interval must be between 30 and 1200");b.writeUInt16LE(a.data_storage_settings.retrieval_interval)}c=c.concat(b.toBytes())}"voltage_interface"in a&&(b=new Buffer,b.writeUInt8(102),b.writeUInt8(a.voltage_interface),
+c=c.concat(b.toBytes()));if("current_interface1"in a){b=new Buffer;b.writeUInt8(103);b.writeUInt8(a.current_interface1.type);for(g=0;g<a.current_interface1.config.length;g++)d=a.current_interface1.config[g],b.writeUInt8(d.direction),b.writeUInt16LE(d.range);c=c.concat(b.toBytes())}if("current_interface2"in a){b=new Buffer;b.writeUInt8(104);b.writeUInt8(a.current_interface2.type);for(g=0;g<a.current_interface2.config.length;g++)d=a.current_interface2.config[g],b.writeUInt8(d.direction),b.writeUInt16LE(d.range);
+c=c.concat(b.toBytes())}if("current_interface3"in a){b=new Buffer;b.writeUInt8(105);b.writeUInt8(a.current_interface3.type);for(g=0;g<a.current_interface3.config.length;g++)d=a.current_interface3.config[g],b.writeUInt8(d.direction),b.writeUInt16LE(d.range);c=c.concat(b.toBytes())}if("current_interface4"in a){b=new Buffer;b.writeUInt8(106);b.writeUInt8(a.current_interface4.type);for(g=0;g<a.current_interface4.config.length;g++)d=a.current_interface4.config[g],b.writeUInt8(d.direction),b.writeUInt16LE(d.range);
+c=c.concat(b.toBytes())}if("temperature_calibration_settings"in a){b=new Buffer;b.writeUInt8(107);b.writeUInt8(a.temperature_calibration_settings.enable);if(-120>a.temperature_calibration_settings.calibration_value||120<a.temperature_calibration_settings.calibration_value)throw Error("temperature_calibration_settings.calibration_value must be between -120 and 120");b.writeInt16LE(100*a.temperature_calibration_settings.calibration_value);c=c.concat(b.toBytes())}"time_zone"in a&&(b=new Buffer,b.writeUInt8(199),
+b.writeInt16LE(a.time_zone),c=c.concat(b.toBytes()));if("daylight_saving_time"in a){b=new Buffer;b.writeUInt8(198);b.writeUInt8(a.daylight_saving_time.enable);if(0>a.daylight_saving_time.daylight_saving_time_offset||120<a.daylight_saving_time.daylight_saving_time_offset)throw Error("daylight_saving_time.daylight_saving_time_offset must be between 0 and 120");b.writeUInt8(a.daylight_saving_time.daylight_saving_time_offset);b.writeUInt8(a.daylight_saving_time.start_month);d=0|a.daylight_saving_time.start_week_num<<
+4;d|=a.daylight_saving_time.start_week_day<<0;b.writeUInt8(d);b.writeUInt16LE(a.daylight_saving_time.start_hour_min);b.writeUInt8(a.daylight_saving_time.end_month);d=0|a.daylight_saving_time.end_week_num<<4;d|=a.daylight_saving_time.end_week_day<<0;b.writeUInt8(d);b.writeUInt16LE(a.daylight_saving_time.end_hour_min);c=c.concat(b.toBytes())}if("temperature_alarm_settings"in a){b=new Buffer;b.writeUInt8(118);b.writeUInt8(a.temperature_alarm_settings.enable);b.writeUInt8(a.temperature_alarm_settings.threshold_condition);
+if(-20>a.temperature_alarm_settings.threshold_min||100<a.temperature_alarm_settings.threshold_min)throw Error("temperature_alarm_settings.threshold_min must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm_settings.threshold_min);if(-20>a.temperature_alarm_settings.threshold_max||100<a.temperature_alarm_settings.threshold_max)throw Error("temperature_alarm_settings.threshold_max must be between -20 and 100");b.writeInt16LE(100*a.temperature_alarm_settings.threshold_max);c=c.concat(b.toBytes())}if("current_alarm_settings"in
+a){b=new Buffer;for(d=0;d<(a.current_alarm_settings&&a.current_alarm_settings.length);d++){e=a.current_alarm_settings[d];l=e.channel;b.writeUInt8(119);b.writeUInt8(l);b.writeUInt8(e.enable);b.writeUInt8(e.threshold_condition);if(0>e.threshold_min||4E3<e.threshold_min)throw Error("threshold_min must be between 0 and 4000");b.writeInt16LE(e.threshold_min);if(0>e.threshold_max||4E3<e.threshold_max)throw Error("threshold_max must be between 0 and 4000");b.writeInt16LE(e.threshold_max)}c=c.concat(b.toBytes())}if("voltage_alarm_settings"in
+a){b=new Buffer;for(d=0;d<(a.voltage_alarm_settings&&a.voltage_alarm_settings.length);d++){e=a.voltage_alarm_settings[d];l=e.channel;b.writeUInt8(120);b.writeUInt8(l);b.writeUInt8(e.enable);b.writeUInt8(e.threshold_condition);if(0>e.threshold_min||500<e.threshold_min)throw Error("threshold_min must be between 0 and 500");b.writeInt16LE(e.threshold_min);if(0>e.threshold_max||500<e.threshold_max)throw Error("threshold_max must be between 0 and 500");b.writeInt16LE(e.threshold_max)}c=c.concat(b.toBytes())}if("thdi_alarm_settings"in
+a){b=new Buffer;for(d=0;d<(a.thdi_alarm_settings&&a.thdi_alarm_settings.length);d++){e=a.thdi_alarm_settings[d];l=e.channel;b.writeUInt8(121);b.writeUInt8(l);b.writeUInt8(e.enable);b.writeUInt8(e.threshold_condition);if(0>e.threshold_min||100<e.threshold_min)throw Error("threshold_min must be between 0 and 100");b.writeInt16LE(e.threshold_min);if(1>e.threshold_max||100<e.threshold_max)throw Error("threshold_max must be between 1 and 100");b.writeInt16LE(e.threshold_max)}c=c.concat(b.toBytes())}if("thdv_alarm_settings"in
+a){b=new Buffer;for(d=0;d<(a.thdv_alarm_settings&&a.thdv_alarm_settings.length);d++){e=a.thdv_alarm_settings[d];l=e.channel;b.writeUInt8(122);b.writeUInt8(l);b.writeUInt8(e.enable);b.writeUInt8(e.threshold_condition);if(0>e.threshold_min||100<e.threshold_min)throw Error("threshold_min must be between 0 and 100");b.writeInt16LE(e.threshold_min);if(1>e.threshold_max||100<e.threshold_max)throw Error("threshold_max must be between 1 and 100");b.writeInt16LE(e.threshold_max)}c=c.concat(b.toBytes())}if("voltage_unbalance_alarm_settings"in
+a){b=new Buffer;b.writeUInt8(123);b.writeUInt8(a.voltage_unbalance_alarm_settings.enable);b.writeUInt8(a.voltage_unbalance_alarm_settings.threshold_condition);if(0>a.voltage_unbalance_alarm_settings.threshold_min||100<a.voltage_unbalance_alarm_settings.threshold_min)throw Error("voltage_unbalance_alarm_settings.threshold_min must be between 0 and 100");b.writeInt16LE(a.voltage_unbalance_alarm_settings.threshold_min);if(1>a.voltage_unbalance_alarm_settings.threshold_max||100<a.voltage_unbalance_alarm_settings.threshold_max)throw Error("voltage_unbalance_alarm_settings.threshold_max must be between 1 and 100");
+b.writeInt16LE(a.voltage_unbalance_alarm_settings.threshold_max);c=c.concat(b.toBytes())}if("alarm_global_settings"in a){b=new Buffer;b.writeUInt8(124);if(1>a.alarm_global_settings.interval||1440<a.alarm_global_settings.interval)throw Error("alarm_global_settings.interval must be between 1 and 1440");b.writeUInt16LE(a.alarm_global_settings.interval);if(1>a.alarm_global_settings.times||1E3<a.alarm_global_settings.times)throw Error("alarm_global_settings.times must be between 1 and 1000");b.writeUInt16LE(a.alarm_global_settings.times);
+b.writeUInt8(a.alarm_global_settings.release_enable);c=c.concat(b.toBytes())}if("month_statistics_settings"in a){b=new Buffer;b.writeUInt8(109);if(1>a.month_statistics_settings.day||28<a.month_statistics_settings.day)throw Error("month_statistics_settings.day must be between 1 and 28");b.writeUInt8(a.month_statistics_settings.day);if(0>a.month_statistics_settings.hour||23<a.month_statistics_settings.hour)throw Error("month_statistics_settings.hour must be between 0 and 23");b.writeUInt8(a.month_statistics_settings.hour);
+if(0>a.month_statistics_settings.minute||59<a.month_statistics_settings.minute)throw Error("month_statistics_settings.minute must be between 0 and 59");b.writeUInt8(a.month_statistics_settings.minute);c=c.concat(b.toBytes())}"report_enable"in a&&(b=new Buffer,b.writeUInt8(108),d=0|a.report_enable.temperature<<0,d|=a.report_enable.current<<1,d|=a.report_enable.voltage<<2,d|=a.report_enable.power_factor<<3,d|=a.report_enable.active_power<<4,d|=a.report_enable.reactive_power<<5,d|=a.report_enable.apparent_power<<
+6,d|=a.report_enable.forward_active_energy<<7,d|=a.report_enable.reverse_active_energy<<8,d|=a.report_enable.forward_reactive_energy<<9,d|=a.report_enable.reverse_reactive_energy<<10,d|=a.report_enable.apparent_energy<<11,d|=a.report_enable.thdi<<12,d|=a.report_enable.thdv<<13,d|=a.report_enable.voltage_unbalance<<14,b.writeUInt16LE(d),c=c.concat(b.toBytes()));"reset"in a&&(b=new Buffer,b.writeUInt8(191),c=c.concat(b.toBytes()));"reboot"in a&&(b=new Buffer,b.writeUInt8(190),c=c.concat(b.toBytes()));
+"stop_historical_data_retrieval"in a&&(b=new Buffer,b.writeUInt8(93),b.writeUInt8(a.stop_historical_data_retrieval.type),c=c.concat(b.toBytes()));"retrieve_historical_data_by_time"in a&&(b=new Buffer,b.writeUInt8(91),b.writeUInt8(a.retrieve_historical_data_by_time.type),b.writeUInt32LE(a.retrieve_historical_data_by_time.time),c=c.concat(b.toBytes()));"retrieve_historical_data_by_time_range"in a&&(b=new Buffer,b.writeUInt8(92),b.writeUInt8(a.retrieve_historical_data_by_time_range.type),b.writeUInt32LE(a.retrieve_historical_data_by_time_range.start_time),
+b.writeUInt32LE(a.retrieve_historical_data_by_time_range.end_time),c=c.concat(b.toBytes()));"query_device_status"in a&&(b=new Buffer,b.writeUInt8(185),c=c.concat(b.toBytes()));"synchronize_time"in a&&(b=new Buffer,b.writeUInt8(184),c=c.concat(b.toBytes()));"set_time"in a&&(b=new Buffer,b.writeUInt8(183),b.writeUInt32LE(a.set_time.timestamp),c=c.concat(b.toBytes()));"reconnect"in a&&(b=new Buffer,b.writeUInt8(182),c=c.concat(b.toBytes()));if("reset_energy"in a){b=new Buffer;b.writeUInt8(95);if(0>a.reset_energy.channel||
+12<a.reset_energy.channel)throw Error("reset_energy.channel must be between 0 and 12");b.writeUInt8(a.reset_energy.channel);c=c.concat(b.toBytes())}"clear_data"in a&&(b=new Buffer,b.writeUInt8(94),b.writeUInt8(a.clear_data.type),c=c.concat(b.toBytes()));"query_history_set"in a&&(b=new Buffer,b.writeUInt8(87),c=c.concat(b.toBytes()));return c}
+function encodeMaskBasedData(a,c,f,d,e,l,v,m){var n=new Buffer;n.writeUInt8(f);var k=0;for(f=1;f<=d;f++)k|=c["mask"+f]<<f-1;n.writeUInt8(k);for(f=1;f<=d;f++){if(0==c["mask"+f])if(k=c["group"+f+"_value"],"error"===k)n.writeBytes(v);else{if(m&&(k<m.min||k>m.max))throw Error(a+".group"+f+"_value must be between "+m.min+" and "+m.max);e.call(n,k*l)}if(1==c["mask"+f])for(var r=1;3>=r;r++)if(k=c["group"+f]["chan"+r],"error"===k)n.writeBytes(v);else{if(m&&(k<m.min||k>m.max))throw Error(a+".group"+f+".chan"+
+r+" must be between "+m.min+" and "+m.max);e.call(n,k*l)}}return n}function Buffer(){this.buffer=[]}Buffer.prototype._write=function(a,c,f){a=Math.round(a);for(var d,e=0;e<c;e++)d=f?e<<3:c-1-e<<3,this.buffer.push(a>>d&255)};Buffer.prototype.writeUInt8=function(a){this._write(a,1,!0)};Buffer.prototype.writeInt8=function(a){this._write(0>a?a+256:a,1,!0)};Buffer.prototype.writeUInt16LE=function(a){this._write(a,2,!0)};Buffer.prototype.writeInt16LE=function(a){this._write(0>a?a+65536:a,2,!0)};
+Buffer.prototype.writeUInt24LE=function(a){this._write(a,3,!0)};Buffer.prototype.writeInt24LE=function(a){this._write(0>a?a+16777216:a,3,!0)};Buffer.prototype.writeUInt32LE=function(a){this._write(a,4,!0)};Buffer.prototype.writeInt32LE=function(a){this._write(0>a?a+4294967296:a,4,!0)};
+Buffer.prototype.writeBytes=function(a,c,f){void 0===f&&(f=!1);if(c<a.length)throw Error("bytes length is greater than length");if(f&&a.length!=c)throw Error("bytes length is not equal to length");for(f=0;f<a.length;f++)this.buffer.push(a[f]);if(c>a.length)for(f=a.length;f<c;f++)this.buffer.push(0)};
+Buffer.prototype.writeHexString=function(a,c,f){void 0===f&&(f=!1);for(var d=[],e=0;e<a.length;e+=2)d.push(parseInt(a.substr(e,2),16));if(f&&d.length!=c)throw Error("hex string length is not equal to length");this.writeBytes(d,c)};Buffer.prototype.writeString=function(a,c,f){void 0===f&&(f=!1);a=encodeUtf8(a);if(f&&a.length!=c)throw Error("string length is not equal to length");this.writeBytes(a,c)};
+Buffer.prototype.writeUnknownDataType=function(a){throw Error("Unknown data type encountered. Please Contact Developer.");};Buffer.prototype.writeHexStringReverse=function(a,c,f){void 0===f&&(f=!1);for(var d=[],e=a.length-2;0<=e;e-=2)d.push(parseInt(a.substr(e,2),16));if(f&&d.length!=c)throw Error("hex string length is not equal to length");this.writeBytes(d,c)};Buffer.prototype.toBytes=function(){return this.buffer};
+function encodeUtf8(a){for(var c=[],f=0;f<a.length;f++){var d=a.charCodeAt(f);128>d?c.push(d):2048>d?(c.push(192|d>>6),c.push(128|d&63)):65536>d?(c.push(224|d>>12),c.push(128|d>>6&63),c.push(128|d&63)):2097152>d&&(c.push(240|d>>18),c.push(128|d>>12&63),c.push(128|d>>6&63),c.push(128|d&63))}return c}function isValid(a){return void 0!==a&&null!==a&&""!==a}
+function cmdMap(){return{request_check_sequence_number:"ff",request_check_order:"fe",request_command_queries:"ef",request_query_all_configurations:"ee",historical_data_report:"ed",lorawan_configuration_settings:"cf","lorawan_configuration_settings.version":"cfd8",tsl_version:"df",product_name:"de",product_pn:"dd",product_sn:"db",version:"da",oem_id:"d9",product_frequency_band:"d8",device_info:"d7",temperature:"01",voltage_three_phase_imbalcance:"02",thdi:"03","thdi._item":"03xx",thdv:"04","thdv._item":"04xx",
+current:"05","current._item":"05xx",voltage:"06","voltage._item":"06xx",power_factor:"07",active_power1:"08",active_power2:"09",reactive_power1:"0a",reactive_power2:"0b",apparent_power1:"0c",apparent_power2:"0d",forward_active_energy1:"0e",forward_active_energy2:"0f",reverse_active_energy1:"10",reverse_active_energy2:"11",forward_reactive_energy1:"12",forward_reactive_energy2:"13",reverse_reactive_energy1:"14",reverse_reactive_energy2:"15",apparent_energy1:"16",apparent_energy2:"17",history_type:"40",
+temperature_alarm:"30",current_alarm:"31",voltage_alarm:"32",thdi_alarm:"33",thdv_alarm:"34",voltage_unbalance_alarm:"35",power_loss_alarm:"36",collection_interval:"60",reporting_interval:"61",device_status:"c8",temperature_unit:"63",bluetooth_name:"64",data_storage_settings:"c5","data_storage_settings.enable":"c500","data_storage_settings.retransmission_enable":"c501","data_storage_settings.retransmission_interval":"c502","data_storage_settings.retrieval_interval":"c503",voltage_interface:"66",current_interface1:"67",
+"current_interface1.config._item":"undefinedxx",current_interface2:"68","current_interface2.config._item":"undefinedxx",current_interface3:"69","current_interface3.config._item":"undefinedxx",current_interface4:"6a","current_interface4.config._item":"undefinedxx",temperature_calibration_settings:"6b",time_zone:"c7",daylight_saving_time:"c6",temperature_alarm_settings:"76",current_alarm_settings:"77","current_alarm_settings._item":"77xx",voltage_alarm_settings:"78","voltage_alarm_settings._item":"78xx",
+thdi_alarm_settings:"79","thdi_alarm_settings._item":"79xx",thdv_alarm_settings:"7a","thdv_alarm_settings._item":"7axx",voltage_unbalance_alarm_settings:"7b",alarm_global_settings:"7c",month_statistics_settings:"6d",report_enable:"6c",reset:"bf",reboot:"be",stop_historical_data_retrieval:"5d",retrieve_historical_data_by_time:"5b",retrieve_historical_data_by_time_range:"5c",query_device_status:"b9",synchronize_time:"b8",set_time:"b7",reconnect:"b6",reset_energy:"5f",clear_data:"5e",query_history_set:"57"}}
+;
diff --git a/vendors/milesight-iot/cth-series/cth01/CTH01.png b/vendors/milesight-iot/cth-series/cth01/CTH01.png
new file mode 100644
index 0000000000000000000000000000000000000000..3f140ed2e47071c0e01f35e10f6a902924baf800
GIT binary patch
literal 79173
zcmXt91xy@Wv|ik;K#LV9#jUt|ffjdnXK{C@KyivY6klL*Ee^%q-QBIYz4_nEOJ+kt
z7IJ6ip6{GbZn&cSHw;uFR1gS+A@yBc83cl11U_WQh`?{25}w?EADLdNnl8#l?&J<m
z_U2$4GjbPC2QzXr53o51<gsKMGl}t+9R2GXyTmsKaugO!LHt9mrb}YfKgy6-@;wPB
z+5Yoo%VT4N@FJUDbY?nbG1mmv0+5D7&Z~YrAN9F{JW(jhqEhRJRDqg=v%56G;PM@K
ztsu!1olSO)=T{BQhUCBLl97EVMH&;9n-+6iZ|Y;aR2)LQ+$>Pr19-A{;X<ZCK5k&0
zC=TDXoIxPw&;Na3JPL(@#gl`i#6?v-GEdsTRaE`1)VF48tEa0^$xq4pfs(<XYHra0
zP&IZ2d5p0nC5#hZ@@braunmTZX_zUvoXqJSNp{(vTFeMT5K}@CCx}v+fu~0znc{n>
zxR|Luh)4!*)sk^l<b3#e-oE)sS?!Qai)MVV+zV=lOeuOrb@8~SBXjnUb)G4Z2C2ef
zCiXi_@jGm{YkcZRl-`ZC%4+DT`Zs0BaxYq_yyQKv=iYW5^2O)Vi{rlIXPX~6Nx6P2
zg!klO1`kOF5C1~YKD;`&t(DLgf-Eg<&kDimu#c_ER{rsZ_UT80jVn&uUF&Zz>*sHp
z>}@z)-3pEipmNu4_HhB{mz0j@-4{`88`L0BfLMAFGHeAK6ej6KRs}lEVH;-jPnsmw
zjiK;XL0(?yEye#K<%6F9)dDi{X7Lvrkh-YH-Ku+;|Lea0E7tnMm^*1^Ru)2TZoMRS
zssd<2`zxK9sEi+lH-+5PFT^!W*m`c{pjB|XkUwxcAD_BEv}3<D4K@6?ASYl!K^MJW
z{4U>wy#5{7w>@7mSlQWODt}a!R!<9sh{3X&>$+qG%6_%Z0v%<}J$j0qGbc$uHP|dV
z9bmm~VDSkLUD^JKzDOYA0u7`2Kll4TS7MR*y;MHE=>Iz^t274w83<nUu>0<(<7Mre
zi#E8le$ESH0x3z^yN6{(2dZvxAK7sqDN(5EC`N4b`58S7qx0S7vBBFT1`=j#Q^z!T
z94qWAiI5Ku9Agqpyyuw4+d@o|u>k2;>uB1Dny^3?)U-4lItD{?ZR-LsA9B!!CP}gP
zmPcLjq~%FQMh5?DnE!p)Hkllg4Y15E4B~*KkT&nTx%Q{kbHBUp5VSia(Ez`W*m(nC
zSY?z*&@eolK$||65ka0d6jpIdE1E+Nr@zleq7y&#*ZpXz84NPD_HnH!c6%!2B~~}f
z3OgsK>j8togY;dP&S&5Td@i~b1Px#M?4Kp6BJ!-)y^f)=|DIl2yxY2%$+N6EsQY)F
z4lM~nza$Rt3StRAU+l+{3BMA9)9DNG{;V>u`90ZkWXORK3+CAWxbuCKm6c^FV^ata
z`M%V~rt^M_CvXm;#+gt1LpcyGikfz?H?9aGuhRA&{wP=3YQ04G@iqBW2UFnX-?R*|
z)sEyn7)w|!;AXkwWx2kvu#lKpzx967uF+egL%5Y8=366HSbhjk41Qq$&JNz*-X069
zQm``27SEh0cCIcnL>UrgRUgC?<GA$~Wn_c{`bTnBB7luFmX#z%u~LB?S*&Rzk^2ws
zwefq2aZ5_62oAXuZ&7R!h=_oF1(+XWkmY^<AT9Dt2Iw}ne|t4r(&XH>an;Sogv;sk
zb6rS|WvAB>q?r2l)cf_r^66}jLi|oem!Ze7Axr9%HUlUK>cE<$oSMxQpaz}G#S<`T
z7E7o8{w}|d6-3y{icS|YM^vaxSg1_7H7<e@U~ZE1eYxIWip3bjc1|f3L@9+$8=_i_
z90W2V*xRZjhwzS~2aJO}KFKAlCP|wqV8d7X-IN)uI#{hD3r}v+ysK*eSNJ9A^|7+!
zQTPj!-gA~;M+YIo2B?YM{jVgtp`3}G9qFtUr^VMiiyy-Hl!}CV+hd52In=aWp_Ke8
z6MU{y4uO%`j%rdpoyuj(up$JZm>W*ba=Muc7|=<?i<-H^wM)%6!>8NPr?-RHSIY;~
zG9Lg@u*C1f;mX$^vWmH0Hjvg|zc4T`U=3<<eW;7@DUt=2&(6-Cnw2F{sO*^iOVZVI
zRAXNNNePYRHlp7B;qrYgvsW>X?|f3w_Qd<YQAq7DQ!MDHR-*{E&_GJ5Ef(}OS(UbL
z$1dY1CnvAMFVn)l-aVKNI6?!PG^kbCo_lFaA3E-HUN^UT(Xc=w=|?0iJnJf_P1pqF
ztO1<d+}0NVbP@j^Hec49{$vq{3nAZwQ(!hgSg+-_Arkr;|8Twjso{M;D`K!v-!|(O
zk0gO)i7I``tQD|qaJn|gMRcy@S3o;9d{;Y9jJpPXk}uiAz&A|4O*DgpmjsMj0D)p@
zpT%M3_J!Zh{mvIHI_}P4pqAzM5MOv%4iRviH54cGH$u5|Au2hRvZt}6mF@-$odL!U
zp?FUf@(hpt&RG?yHNClgP3DzKkZpR=!JW6Jj`i>L^H0cP;z~csk#Ryl4ehe!(TX+e
zia}H*2@nhD%@3U((~cnZlHaUflu2UmU>EetW-)zUjtvZ2^ZJ$mhz-N`D+stb?sz>O
zO-f42f~s3P+1c5ZB=Y&b+|1{+#4~BXo{Ybq7`)sV2w#tKulwYSZ@@K`rl3zTo1!1?
z{Z^*y9+AZz-HSqCTt}pyts3qh?RbeZF}?kR71y4giu5HcDKPrjco6HcO=wQr+Ol37
zxd*#md$ezWJvFfDz3GM;uw39-W($tvBWf4($xZ)KKC(<NdfMVy(_>D#voDWcK^7jm
z_=;3sob5&Lby`2~#~ZUf&QN&9lq6kGj+~@CAr&8!)J<48;~d;&=nqj{>hQeY>v>)J
z)A7{Ov3#}SJpOS3K*3v;VtF|1V7hPNb^Sl;uD=sVre<VF)GmrcRGn6^E!A1E=ofJj
zMAS?f$480wW<=IGe-8-l$-`e<vl;BI8M1UPEz!@-&BamD9o?WL4&#HWD&B=E4L-)v
zSBYWMCQ4I@E1@Jw6B-e8pC~Kol7)sJ!cXi^<BeNG@8o4w?-&^wTN|qXLxZYrEc`0J
z(|Nzs^jeGYS1l;l<@aXYKQ`KF-<srAR+Ul1`nNCJ$&qgr6cjq@tmiA<JdS1{<E<Cn
zFuF~hE%gL@iA!m05bAho%WOF0IO)Q7<`x#L?CjCfh4C2}b&fp`Y1dir6c*PjFd{pL
zS7!sS_DkKLvsHQZp0r7K>gEWdLoFMZHMO+53|WAi7lW#QEmW4ohW{Q9@0dxBoapMW
zC>jU1oL8a9oT5aZq)0D8n=+gXN%KJ>4am5aiLb+#*zBT|x-A0#Db}wfyFb$C@Pc8!
zvIAO9b~hGAmEUorpY?Huefz`7zkmPaC?PQJ$;VfVY;Y#Wb5KWuP@{NCtGCw|P3=Fb
zonk)T@zuQe8214DE-q@xDk$XZGK-elaA3bIelz}Ty0c%i<BZXJcW~z=lC1H;S26yM
zfDw|JKS^-vMqF0LaNy<*)L*?e1}-k=aU*^|%9aN@G?4b{rRi!Uu3=J2#fX@aJAxLt
zP02##u?0;^(0n~a$#aV1qsXxdME;Jp@K%*RX@7rjFUI!2opw(3tOz<zv&cs2xJs&g
z_Mf%7F>ow)Ln7B>SlSH`B92CU|Ni~N@l9@G_gb5Gbxn;j3q$|qhZa)uNP~Q3NbaJI
zvAH?53d*jpus^z&lj2ha@@sL_@XIOYkufLsg_`su^LErWd{&H+dX_wrRD7N;bG~|6
zo^Ay>di3NfBU}VdKWh-VX%Rw=|6uDrj7;fZA`+}^A>L3S8~rRQP}_JCglNvec*x*V
z+=9nU)SeGpJd5nCN{cPOCGCDNU`z_X49te*e~W!p$e%ngke8Q-y@+mnWlSkkpAf<9
z!Oq~a6|0=D^^?q><moS`m4|pWA2xZiJ0gXII-xKNb($;SEj8^t`Bawp40)@w@d}Im
z=@*gBaU{u~KhB@E`aOL}Atn1F?xulkyUkr&Ff`|xeq^&*UuOpXWuX}dTQ{2I8Ixv^
z9^e0l-7`5*gfD?ZpHx#Hf*@*nEKV0fF7lJSNz&R^u9?Koj)UkBsK`p+J@y<=3A*|(
zQt^VgxVT^JN`4Xlrfoe(KPFzk@3ZxPYV>dMH#0MvTKK7(lXHXE(pt>v0H6T59Oo2A
zbwi0o&daxdUV56z`GGT-%*^kC1IzM6tW`_ZM#jfYoSddgIg}A}$E);BUG(Q)sXBwQ
zxpSQ6r}Cs7)Wqb&hU1IOEq>P5bCyG)MjS++kP~5kIuRB+4K8IQ2I=`*HnhRi$>Sh?
zDuJatBUk($KNCb;IIe#ah#=rDmv8Xied;s%SD^A$%kX~~nbPpBn5m@Y27wjWiNm=Q
z#LwZT+IF2h*SovBTmG9*JPZiu?%MC#j+X5^Uj7@WsgG~|oYo;aBsMOKlA<3tyEUY_
zJ_4_QU||+nD&CY1Y&wj9LrXPxicc7~Dn3HaEGe6Yg-F<b{^&zTo3xH8Sp*DcZe0Uq
zA$9}7wp<Khn+^ePEzxc*A(NKyoh(JPs5n1h2135l*)GcE!UFKLeMu0Ym0`Idx_BR5
zYO$sePnq#)2DyhEmn5`z$~A$8s<U5LL1iHv8;U_J8xQ~DM+R@c>ja=0f|BV9{RolN
zv?MC35kWG{3F_CADQ$ltsdyJh$IFuh1)&Gs^dfHnv*#^2Fzw2tpBK^284R=d-Ov05
zo%cq3dp5D7C42NO@?Gf>TgL)}=7@lrot~a1Ko4Cc=QOl%<M=M%of;aN8E8_U@YVcf
zE<H4@?W|N3mLd`6v-c_te!ImGq6ovpmWgr}!H5TI-Q39QLg+V7W7jBxsCQ<p>_MMh
zTJ-9)nb5<&_9V02!NC$&koCy-u>1&x8D>FeAwXv<o*Gy>i2C#XC!t0KS%d8_K`edZ
zcOpc0C|N~{Fp%F84ZJEbn+~SKY5?j%RBH$a;~V9$u;GnB2iA$o^FNIK$w(voStoPJ
z_PH9=2rxW%Sa^FalFP_`x=QKrK>^4LU#mU+rhEH!mO|^lDVevbx;j-}j|=j>{e76G
zjZKBk53B3#FGQ45CvEwY=XaMc=l<(8@I$RbnvrOs0rt~**7Zx`Men%EmrTzix~TMU
zQnm2qNSkgHO=F$4%+_+5bAF9Ph;$Q-^#e^*Q(s>csAI-~5?vf=B@`uysjXIMJpnld
zS$TcE8V6B=C6~ns`j&@4pCw1Phrrm;YEuM3u%O}HNlnPCaYN#@!ULrSZgGsEYFnO}
zDtc(u<u4*|KzWoh#AngHPX1TXAwg$`wn@j_;hAK9^?Bv%Q6<-$<ZEKc9YU4c`I?~T
z#YWe@LKdH^3`xJoZc?zOCV8h*SGaGnZoX&bd=KZmZe)0PdQTB(8?t)rdf9d^7|9_g
zu;H9iR=)o%C6Sey+PShqLQO-A+%r&vgTh>}h8KA3C4#6O_IZlgi6SY7<9?@>1G}(A
zgoMVjQAblxPoibDx+O(Y$rQ<*E&^L}q+y2)<ie+?N^b@fdcN+S#CnZfJY}B;i3Pgl
zPs(s8z2(t2GxndYvf(FAcDn63TIrBXn-2C;^9T`yp9$i1Ns8>X=IoJwJ|lIGP}uL@
z(8zPkseFX*@`T>J^2FQ~fd5!r@5Odp(fD75bm6<7L|+7=okvRFpS7I7hM|36UXhJY
zx{ZY0Ku3Q}46a_a+uj*W00xSlnHfsNV9}zzAGx-gBe|mu1h*{eeGIm;0wCR|_hkYz
zU5ETNPd53#E_b?yS}pw09Gs{A*?=b$$uo3thIcqD4QZqz^ee3`;I|i8WMMz6XrK~Z
z42>V&dHK>7PS{*w;tLTV1&U!4u%xD@=8DGhP=kmyB_(gDkK;wcxAF=V%eNxZ2Sg;T
z$tOwK=lE2h>^;7>#w4+<q_LByZbl>lpH=B+M<DfE4?kdx2<V~JYIHZv%8-A&(0YAs
zFUS)_!FR8ayz`8*tNrk>4~=+V^3^oNpUd!Nbp3g>80#b7KYOI$KxOGqG25`j7<cM}
zK67*0JpQjF080*PId3P<pF~!|(@Od*2L~Tm(}HzS&i=K9T?>!$d$SwULnbT~;*7|I
zQvkc1bWYQtA1AVhh{)2A-<&SJc43!1i;mdm`+N0_e9Zi@o29CP@SQl-=fdZIPrd-j
z2?_C>u~Hk0N%%4d-^^%asX8oO7$lkhi*<eBtd5T;nk}F2$)gYqi;zyWa}&t{HXJGy
zjT|iWO$gA~>vi>?EKwb5x|v&cxINLbgt8L+1E}GzqQ3sIg>Fl(_|{AO#31^lywJHv
z91+2H@Y?QttCto+*E>3(Tbe-+1?-ty{}U5;l2uLOhc1ja#w3UFY{3jn5}u2x#afF-
zI3KGK>&muJxeTuGv7${j26lq+Ox|E%qS19<bp^(!m<Y<?xz4REifsQ^&o4;rUc2wZ
zi^oP?3j@5`0v{e8Mu;<QH9eP6t4OQxmfIq(PutIz%UABHEDOO_^T-ty6~-(COQN=J
zhREgl)c!P_EOmCM!Cj#1Yv<JTbb5!Q#8QW9rctwjp;9nq)D%aT2Z;#}iB|&)u18X^
zsnHJEUX7MlUlqeRCbjD5gQqjgz*H}lsx>FTxEK7`iK2n6f!!ajr>zQA#ZHo*`!#1a
zBcDYh6|W1r0C2qp<|Hj6W0~h-8xC)cy=O|htT@N-@vY6}aLUbC9mE!EHLuWr{!bGB
z#L&nH2H<cdv()88g8|9r)|*i<skRzv(Ma?vRcsP64~&6n@zy7!CUy4CPP0-8+I|o$
zEIak>`;VkicG;?dn`^@ub%>!opR}RxfeSJCH)jn4{(=I8=n>Hu8rYQ^o0di>D=(kE
zD27DIeu1~kQb94bw-;1W*-cdWfNVsN*4A4mS?XFOiOGbPFNYY8kCePwGpZESs3ZIu
zfgBzAA*ITBUtZN(59k*Eo&=w42trdcZO9`==tC)`CJ)_MNicEX1I>*3nv+^O4rxS7
zRI4yL_Y=GK<0)sYt)X+c3IY#S>D1nU7*ba6_nNW(yw}(KOStGFn{W=0x~|vT9`-W)
zrw(1<j1|G@d9zlV_m|rMEI9L#2I2&cU0tDa*=l#z&+A8CdYqIX+HB|c5a7vY@r7vU
z^U}^#l!Ho<LArZXFxFO9@2;<}fd~1cy6Gn;KE&S%BJEeK1a5L)Ou#A_;mca6y$|id
zS+aGPoG9_JX^hBYA$Fk8z~=~#MPKgOL{3Qf4~>TBWS#i$hoi36dB=6vO*N#uaB&x1
zX`2!-bk(!0{)TIf^N_@_kjAp%3&Ze3BK9FnbvB?6_jIw`t1h@Pq=Hr<1Z~9dFm_Fw
zk|g|Y=)f$XMDSY|vXC|kybAsC09`!7D$d$?0m4l-`)t|o)26wJd`0zZA3`^?Ippqa
z7i)I2FpB5M<UAAtTn{FGU;QT#c6h!%KV(rpNTD(_F>O9ST&HGdH;lJ*n(_4<9nsr0
z@4jc)Ex@C4llUa1oXO(|8-_*Zgnr9Re9>-gt4F$XWA2PNy2nUOZDq){Tbd*Rr$E}Z
zTh=I|pOiR##*FO{7tFr>o*=gWz~xVq%i+5}t9E_5a*w8l+zo{Tekn+*@PXY9JmOIG
zp63+-`q_xlFdHlsyeW5?F|S9%k(0@F-)?B7@do>OhG-52p#H@4r_qCFzR&wox@ywj
z#Ihi><#5$z{EhiIzXbq3L9}E{M6>I$`pDQAENCoSFmiX-EaO}o8mc{7?g3D&UJrp9
z*N+lZ#|zRKq+Y8-M(M!dUg#ii{UR2B&?XwNiiU<31{BkwTSXUlw=jPzO_Ia;TAOfV
zQ<H~YJSF)D_<5P71?lHN(RtA4kHfn)X38ABwnbxb=f1YSKMavVoSp+ysZ7_M580;k
zV0uR)ElMLqhS$4(YeEYG5omYEemJ!oZaW4|4#!bSHJq5^w~>w_ceg7rMy{Y0Or{T+
zP%}%Xrh)U6nU<8)mYYfhBr5PSD|Fg#+V?LP)D#8}<olj!QI#hD8!5)<BziVGiLS##
z(sspRlnMNq>8Bld{)XeyOjvTTu(QL#{;_L}yxt$rUneu<A=#SKu@`MwZIErBKmH9|
z%cn-ib4)zGUI;f{tJwkKj^*X$3%lY4l0?*HHiW?<A<~;fmb$p`_qyrSUSKff=1{@^
zk+UXPLg`<(9)O~k(p;r0$SGLoC{<%Q!f%H0lo6?F1fgj^RMHYrZIP%4zkfm=fp7xa
z!q{`#ahgF4m!ZU~Z~<c4p^L~@SU3!xv%eg)ApQ2wg&ix<fHOy*W5TZbpWon+Ygz{_
zcGO3%+J+a)d1B2Yw_(&Z=F2P9%ryqlPl1Pc>lkF_7trlN@)ZKAt*tGYrxAZBSo-jj
zi%waGw^Ew!cRCoyV2ygP%a&Mc{_L!(l_-E3b!b<)L8TPt{68Qj0;mN=3~s@8b^g>;
z(0x)8elf<;4IeNV{!Uy>yjZ9<Y0%pd9|4}_(h?D%Oge0Kd&V{TW7EzYyUNPWK-U*7
zImF6lgXZXl%zD~O7n$+Rulh9AdRSCJMZx4A-|24R=0xHtds6hh9u9z6yxCrW^gKMz
z@@uqD?4}@$IyO9iNe{eeoGrEm;<Sf=+YB$R<}Q5_#mMNW5f2IP$5=jQ*YDHKQk;rE
zx5fV=?6=SpC^nc_MXOe^5!DIF7{@vLHd9`Z3j2|K_`>{q($a8$ENfA;{EVF>XQ*>P
zLqjjr*smCv<Spyx*r-`**o{X@gUZi5?+|Lba2ATe5f2Z%97Gty$yZio4Yr@U!iF~?
zRT0;=S3~4Y*)LU^w(eSGbH+5tn`cHMBRmnIMv2wpLQMQI{RHTU1krtjCdRk2U>ClR
zz_b@vp$AcC5fn6QdrP2{C^jLO9~we!uw4!v9HgsTwp|tiQ~{land;Wos4l~wUcRs@
zDk^FG;ggiW8wFslrtONMM7@kQMaH-VjN8pp4r<b)ThV9M@MDsj{?{GSTdN>&`4<gz
z8`bYMe%iSHymbDuc5XW&`HK7BbBw2ydz3#ON2UY>z%S;bu<T?ZOgasQ97Mr<wS+cA
zfrM$zH=&>!k8c!6f8XzrZ=Bgr)#VRiBDJ5Dvc7A{tV7rUXyzugaV-e3>d&7b^|BCP
zU}DhWqR>Jui}7juX>{4vWf(BGL<Edfq?$NQ=>qYJ8(Ly93^67g8SLhYljWa&{!-R)
zY;9igXdqPjEU)jozu0OWG|cDwlx)4vz5!ku_<Igl?)lBkhE4>c+Wq&h_+HwV*@5aC
z6d4tiF<@d~(aEr4d-nr|nudmzlhdp|=(w_j^ji!`mnBC{XIqm84)?kX?wZH793X-J
zqLe~(8V2OLXh}E~l>|!;q5~H`KycC2Kl_X<rb@p%!rnozDyNdof(|R92M4Wyx!_fk
zzXZy@J_q1PDG8K|`H4$9&@th=*~-_;DZZ?I3$9k0PNLX;c2MS_6}X2!X+%DI>N^H7
z$6S{`diKlziVSLvJ#mju9UBz=wTJ|A3hvf*c2|$H%7<qf9Qz(pjXp5#);CCCgiSGv
znk7#>Jj}4r>WRBQ2wUuiSZMzt0Vh_nZ(z-;5g>dvyb$?9sC07J84OX+CILV;0iavz
z9b?{8$$nPxem>2(eoAbPsq@^^;>a%Wl^uwN<<~fqBhHD1wC7hT!{pIc)%t+E_hS1)
zL!$dlqWY^1FX?h+JM{GQ;5x0Wil<$vBjW!uhI#F;x>r@P#9mtd@XC)#O9TIPi~=Zl
zef@jTHmJ>Znd_gIFVG&Aydt&<A|oRehfZ8%`kti=k7gppK!yJbl)FBQVhiMPPMm+~
z&3XNY`z>*5JX-P+i#};;&ED@i<D9n8ujth9T#d@6=A(pGE-a;D)e#IR+6#CoDsu{v
zT@hXKf7n1(^yYXHKerwICK7%ivO$I#@RNqoPBw}~ta6`E`7+E8LBOQgr|XOftf548
zWF%w7SZisDwkl$G*~>-U0&+8Rc8BC<9Jq*I^Z03Et3D9^hht{$WQhqEziRN7h1+M*
zj4N>=GpC-fjm)}FI;;!{jG-_POB7rbROw-j^_RNUyB+>S&W<kx^(^AeHUihjH;6S7
zlWy+FH6fR5Un=^6-k@J;A%|^5uqZeU5<x)y@Zk#uy+nf@ZItBa@^VHKFE3O8SQ^df
zl7>>#(yGIjiy%szDap)c#2?ia=>Sr$UTdM*B%y>y7ow+aq5*yXs-0f+7*3Pjbg`45
za7KpN?;YrJx3jauAZ)F3(yGy!J}Shd_{%qdFZehQ+xR+p)Ge7h#$*{19KfHS#e`lG
zr~+srQtvD-hina$C+)Ae7++J)Wpu(?br=`J<p}t{W7GOPZ<F=^*Wu1wScJL5_GG8~
zj{EX|T;>FI=tXLg%^%+YI}N+vgi<Q~qp$*KGblv~4g7u<Ib6EXSiX8}<pa9VhtVY|
z5FOuOzi&+7k43_IoFuhAgwwe;&-ZIB%snnJ^|W}^hPYDM^=uAKgd^{Yw3)=9TreV^
z<&^(Q1x;F}&U#0AkbIssZ^lkyiZQ9vwl>D%3X#l@v8qRfMqB^2<QPguAbjg_YK}6m
z4WFG=D*#7qI{XAKs7|Ay<0VC%JS#76H~^4kn1H!hUS1J!i&Ca;eS6PYC{`u+MOE7b
zEnr-|ENL888w;^#4VZ8*mEFAV+7}lWUko0GH2g}(qg!?D>Cm;0H{AX2+%={+vM4S#
zp|W`Teh>HnFvX$UEH~I9_e|K8$-rTD&xc_NCJ_&Gtvvz$sL-F)3JWYp!o*|ZU1>k)
zXgII4vor8^#{_;~4})b}Ukz!ACPtVEcx!!l)Y<hwq>EZXFGBA>e5n5OCv<Xvv5mEF
zZ-SIS^dzD|nA)Eqm5>h5(M=`Y?(m46km7=QTHtP%z92Hp8;*f`Jt(O;Z3GuGcv%=r
zb^NjwHtA}N@B_0AQqJ0188C`Zi}DkV1f@uHa;i2Reo(SzU@CX~mP32FWloVv&CIO1
zOQ003UHtptybtgI+jKymn%AxUc;0%AS<!OF_n*47{1F||SGCL>tb|RgTE+=992dS*
zo7mTP^hxye__YR_xk2dVdI?|EH5RKqk4ome#w|HkQ~(p>?MUX`Z@vG|0svylq`~X1
zfqcZ#HVvyTXU`vpO)-p4_y^G>X{r|dsA}+~I|z72fGIzi?Kq1DjfQsGP=B-1G4y{L
zE09MDonWnzPb@l1rWC)Eibs+jE2nGnV4`edFYE8L<}Wk1bV73D0<|ql5_Y^4M!!V(
z#K^9KX_K^JL=2OJA^m?>ZMc*wxqociRj=c{xScptw70e)4=5O$I-0xEE#?t(>}<I}
z1bMZy5O=7<E{;ab{Dr<II1cu%2RQNu_9X9g%uRd|;r`DUNI7}OYJw(n!o{CIiM``&
zxzxMRv&GXlH5DH{K9bs>nx5S!?hC7(v8%LdhXvq{rlzJy*{oRpq)6LZ=jHZ!9xxWJ
zpMQk`z9^Zmgp`XTA=#!djd$vXBqNh@BIeTbw{*@^)0$ka9<?X8oYM{s))g?(pBlA~
zcZLmKueSap=+0oGbHu81pz8?UCkPOG&i*gc2pvKf6$LTecv=%CH%aQH4V&AIG_(#a
zQfuiD!vx|jHXXDpRlaNah~m1@+PBSyLW*o$6<E=H6wQqg9UhM2eIF7Pc0#=LYs-cq
zK1VsC1tdbAuC2y>o!S7houbmfx>9j+7fj8vHFk26CW*7!GFQX6_2ka!wNaWQ4va3d
zmDzaztn~D1sjByy%zq{i&3x}a9vn-&Q}3e_$%kz#IbV0J!)t3i`yDi7w~YH+8!B=v
zg(h$Qi<`HBIt?6r4Xu|fn+2{0S2d_QD?h(Ai2?hUx57dhV0Hm;T(YblQQ3KZPF;yP
z1%_6)wFx=h12Rj^!p)6Fff5{eIj<tE73;(275yWNE(KMla7rC|xk$_C&o!&v@p8Ki
z9rt-;ucQLk=vcQks+WDdUz%_43vI;mXtL_`+K%QfnpS1FD(B*B2RmwCOLBM(Co{R>
zHf=hjLihvonb{)a(L5II@)El(@%WcNU(>X9p$-H}cvh3=nIf6>OF-6C>D7D=zH;YI
zg8|RL%t|}eRz{$P{D@z!COv((I~kg42DVlGN%{LLmu{!DN;K^j3QFlTr4-;{1s@)!
zq3;l47rumEA2yK9*N>oy`?io5WZorS>jnMpV$Fgu+6ig){y1guBh^#OxgHKU*S}8t
z4X+J}NeGA^nYKvh^8F>pjgfTvtSH$gWMt95%Z%@`2g=}*6#(??VA1tH{7@XCn?I`^
z)^>KxCR*kOU6BCX_&#w0WG-!DCT&<83E-D=z_X=Kny?w`JR!9B@eC06EuOK~t6{+K
zecySqlN>aqEf=PAp;#b|Wp<94<FOT<uYG(T)4yHmbF8!O1w*!Rp&xbT9MFInr9CZ*
zut$yYqq&*4#RX_Ut@m3pP5argya5v9*JqeBvnzpe4PV~;ek~dLl?A~_Wf@=+5T*?A
zsRmqn`~c{b3D6Y*Z_Z*o`zzp97EgEWjb@xq#gZd4edkAtMO`M@pEq-b*Njg~zx%0I
z7-uNM*q~pTzi6|BFuFu+c-5lppcSuSo+eC%_+|dHFU&&88Em97g%B({nnx?86s$g}
z<yDSf)$YZW<@GtMu(=R3t+YAg@U=qWm&yb(T|CK>*;4fZz+fNwPLvWcgG22|V&ZB$
z3tOIs$I`Mf#dF}YwD89j4G=MGHR4i_KkE9w-0-;lBRIN2lrBUD*8UAIw1oR;j(Pdm
zwYte;vZN(V#kx>g6slfdhFTKS%~A?X;nu$1*zg^%fcki3z3cSA-Tr!0=}#Vgr-7jf
zn7Wd5g+DPSWIrvZ;Soh65=9T5r2b=F^V}zp&lU)OI`6;&F|{a-aShC%nEA{Em>ZRo
z%$$M9s}f(;7V(?1cpL(f*8@l43jKktt^N6MWrYz4p8)>|P?-9*2}aFv`Q1)B0V47E
zB2+gwM=DA@%lrKkL86q5v=^db79?_qfH0H@a6m*#XHoa|%(L2hOrMJcR55pTi*XD%
zXqn(<AO4sGB-oe=-qd*Pjf0Anw)I3e*%}0BQ9o^nAJ%?LVSNB&dnkD#Hz8}jaJ*3I
zjXZAt6_xvD{)-&>Ka;f**q!ls+tp}>QY6b>peP;b#$}1(>9M{9t-QL1hW}(mfT&T#
zn7FijjFL3T6!s@wZm{nMJZa#XgX#d9CU1E~g}Iqp(_Z>1uvdb+u(xqeXO^m|)2!;#
zZCx}a3w0&2L$w6qm6~-Qb~)tEUQaB9pT2ZlM%$D0ATjE48oIWu5(W_KdKD$e0EQLp
z)QqewK+rdOKN!@JOXwsLu%Mo}(NgZxF@yVSTB5aQM?ZQ9<>x)`rlr6z@oqf3Z}W8Z
zMt)!=ie};GkL2K#aT+P|fZ?)bt97DL$Ob}RO&*sNk1sIvNo+#Tn^-1hW(bl0eI27W
zAl@^9ix-xa$8&;6-FW(j1s%Y<NNwmIgj>Y#vPLTGTm~@@RN!#R{qXYl#BfZz@8dIQ
zLrCGFh{u_cwq;=ayJ&Cj-%~NOjdNvaB0W_tFPVths}GVs@9>~jBKVJ)g9QuK0eeQ$
z-p{BIiBB!6rdE`;ymI`9>DS~&{fNz96<7Mo+Ov5Z=*xm`p9IT#DZ?9JxBnfo1H2pw
zkaRM#zNOv3fxz*3%csBRP41YKKQkoJm(J4X(YCV6P22mPIp;k6MT!RNaT-b}aeNUi
zRi$6-;wC_^s;VNNdx1g1A{B33=7hsAcaWM#AS&0+7+r^@{UK_Jbwf#wI6?S>1UXUj
z<1iK<ovR+T7<pONy_aAu9SJC^pB31U|IHrOjpQcJ&(9=4=%h^_3FOiu2)JCCLcV=Q
za*0?+Bc{43?2y-kqOSNNl&CK5u9X$^qZ==~tRhp6vw$rwC&FL+-r%)g0sFOdD(6?^
znK$MndgNwB=GijNBT)h2i_S2}$N`DvQ)WWwLK5gxM%D--D)+h-vWxCm#aTRT6R;a6
zl*VFl&CCR0lY@hUQ6W@m7OxXEELUa)|E4(x(I1$W<pKL0V2n8MsMptMiw)woQT^up
zd4RoZv_E$2@O<w$?UsH!#BCPmrn8h^zIrA?SKFc8tlO>x*|5%e-l6g5j>)JLcskMG
zzX$y&LoDZzv#@+2lX7E|g{xY2!T#ymA}Fr(11N(}QDXcTg9P9AG5?bzfJoGGqy5+T
zBHE<9k-mIrq63^ey4r+H;g7^4GP0i=m;onJIP5GWm=2d)AV9lV<dLI60em^r6r$=M
zBefvdzccc+);dUB{_@Sp6C(rUZ=AIyTq784o*TjZ_qr2Cp*!-Y8Qy1SCGl+oJgI^g
zQ6(;9n-<ryqxdAPlexo9953g{1Rp?JJdQaNhQb_&xoE$Nw*JgHu}c}G((UVMAm3Ne
zXJSF67$)Q&bh*BJ?lv8;Xr+XtjbaYw=1`*4Wu>xu9^X8sS+qX@A|ar$0qvc9)WXpb
zXI`%nw?CFF4ArANFtrxMR6!Gc$x}onmvi7YixrSG<_m-(Y2~W<Bc#2Hi;kW;UQX=|
zKvI9mjDQwCr9EEtJC%rLpyAu$e-`+eiMR+bhE@YQB_+zalpSIkq!SRK{&OikHUg2@
z^2y8jc35!6ByQ=ReZ{d<0*}FV#fMqz95M%(w7C3I6uYz(+Qj%N4eY!w2a0=GCYrIl
zlOafr@UlG=%4q6bRI$;YGG;0Eq&#UXmW?GhYVcGf+s|R~i?@Z~27J2)_Qa18WT!z%
zZbQlADZ{xwMap&WIv*qsy__N{WYm;vDl&DyDz(wl*w<h_`}{fjeYNEpl7I$!_Z&I2
z!5o<<WZB?Yk*5p^;=sDwi2a=fZ4i^_VIDH?gD6&Vvyh;(@PchB83Q7Ible^VF8qeg
zCEj-Q>6m-;Gf6n6A$wYAJO5!+r2sKhsO4?*?~nQT%@1#R7eG8JDK?r9w8M1nP}hcn
zPL5p1pB%)GX}-ZF-9OX7QT<>43)}!{#*teIcC(pHHA&~|cly#K#7^(xIvDUx-Pqpr
zP-NOoslhukded5fRdHHUET4tQEr5Wi7w;n!Cnb`UOF!I93P(%dP^RC^C?@SL9d>2R
zUosbimuwR;w8Kt7hDS?QBkLzvc_%QK!$?d~sY<&3x}(n^?=Lw1b`xZpD<q@c(W-mr
z`Bq1<w?A$?BxKD2E93_Scyzn2lsOu)_WSp-CYDu-$`K8Vhd-aC=ke1ln!iRoyJ#_r
zWat-t$`uwMr6EJSupi6m$OZT|vp>LR{V|bm6Ne`o-OtxvwvuM9W<!CBBS$u;WGW&Q
zEKIzCgW=fXah)S1()oaem%sLx$K`+pz`<ak(HbzWsVzDhgx{#af|8EGjD*NPK<=OF
zNKR0(m#K%{A=CE_ESD82b#>cKcd}vRoRh1Hic3{ZxVu!@atNlKNo!{kX6~Zl3ktUd
z?yDB4x(bVe2s#ZEagL&iRD6OofqBTfdV4g(JxIRaH9%U)c?}!Ze*PC<tN-+OaQfUV
zSfsLz=6RW7Z^@Cq+-ZJqKF9CfUC$2|_DDfB*=DnltRdnh?f;%YX)^eCYc)*?QWGS-
z9ia8AO~tR#ObMJm7Ty2&p?<D|hX~`XGS>GbyCWyl=J{@1=;`DzXvlkfvu&ZO$V{|u
zFZym^4-bB4+?2qWApKBZ>k^#4b$^M=<Fw=Y-*nS-Sd_uEMBIXHk0wT3ujHjW$q1vR
z{E*uNCl#(oz9Zsz*osD5z;)%ks1vch1;YfBko`GX?1Y}*RK3OevB}2a%BZ46<a425
z%2!x+IeE)rOsR;+tfaJ$l_~5|ijj4uq!2%_VT)Oq+wot7k6@3xv^>+Ml}1yNUeMlL
z8ax^Q0tcwq^CrvFQ-++?<n+@|te{pBdjIuP+%sPwOli6*pf`5YS4liyn1>1dh4RR=
zOzmZ;M<2z+>2OT*1T}gr3||*EAN_~J%q~Z7>N&DDI8->r@$dnve$4-0N;hBlz6*<a
z%NO;$H<WWYsn?BM*>faMZ`w#Q9|ymeXc3aftoP@~2LpistNPHVbN|joiLP&cOUw(W
zGs;d)jP&D~O_LCIDPmN2KSX%uFIW{pOBZV?^LqQ5rDTs#n9Ze)cDaukF?(C!t2_Zb
zP)-RAhP&Z+#LZI1t&dpfqbKEc#Dg%0tbz%jFQZz&9H(dyRY{*<ny<5T2sytKRY{W&
zvgP$vPtfSS=MVP8`98pR^%QHs?Gruij*vc1t=9Df-~FJ5s+;pnXv#RU&^<B~4&(ub
z{{kusY3#3p@Dzgt4Gr=p{;a0$P>r$yF9f_P)%B(0o7bc2e$uCz+HoQN&L`{&qN+q?
zIc3*@7%E#$0qX+xJH%T3xB@_DC%_Ez*bMmqq`)qLd6izLwl_G<{ADW2cJXC}Gq8Zc
zmju!H5c(7AnUr|t*Qy2N3sqfshF0wIChDZjoDyknjm8wEL@DRU+&aC?`p2lb?_aLs
z+))&7wfu9PSDQBA<>C`)7<?ot79mg#EW?#9`mRyVzDn+@QFpMy5S9a7?hbmM4KW!W
zFDl%~8Tpobvyks+-u)g|G*M<A5ww8!tu46&W?zH`{vwzNSME&<uTMekc@H;Pl=<-n
z3Jg;<n{~Tp@SYwfVV?n!2v994Gw@JhMT+gT%}wB@7-8=d?Cpd(T#5S!$Lp6*-;g>x
zdY)LyJb+~NjEVw6{-mX}+ZhY`N2G7H9sG-ReTy-efxhx|A&qNZXvGRSeV=0mBAT1E
zknWpcku_BtJaY<qD}D^h$e&4G38qsz5Oa6*R+=KLXx;A^L7W~&#z%1#JXP8U+dkRz
zNK*IKgnobvM{KVY!go`BlGp!pT;A%W92^45v{()NeaeL5z`}1f6yL&Wc}<1XzTB)A
zcLfuAtoV+4!AFLg39fLT4Uf=$GK!QYx6N-8jxHtTNU2N1Q7d=A!c1^sUvP70KSXWG
zXZ2_KPw$$u7nFCfN94pQIMmc5fmAjlWM=#gL~o4lyP*$tMHoMClL!OM%;=@2-Zs0C
z$oLxE&(Gch{LL>EBAaaPpZA3g5ELyOB6<-m%vl@?%gU=z4pszuhB$zTsKe7~<8~;q
zkSSVQgE^NByN>yVl6vTn^6mr~x7Ql>_(=eNxepD4$HtVyXM`7d^C3}3f(t1^#8w!o
z`2lqa3>y*=Gu{zrbAD6Ok(%1edk(lrH#0+`GihU_rW&scBn_o3DeTStNXibEC0DJA
zk%Sj$B5lI5TUEeVP*<{+Vf{EMWuVepF(WT~ODp*%U*dd|ubFT2t_94e<sm7(K@MG=
zlHmy6Mj^UwH@xmKlQ6u-9!-RUVV`$0P8Lr*Z%!oeqCc%>dFq)NNB+xfE;QH@bJ?#M
zEBryNH4|Vw_<K^VEWd_45KNBz__Frq`1W%5cI*Sy(`%yd<a62?FikJQfr(fZQl~>l
zgp14h)f_t#D&ehL-SQQXeE=)Zwowk;$nWv6n*t=BS3MK>^a!Sw!~zbOG&DC{*>IIN
zO_7R&OLdDK`8oYlCT|m%#}cuAw^<9nx4<%P?yyuvyiAXZy^@!4(3EhoRj>0wiQp%4
zRpgJe`Igecs%vMJ{Vf68O+W2<k#}K#m;7S-k`UC0l9F-!1?zpL@KB;l8nzbB!+ryE
z#BfKSY=G9!41YrV$s3A*Jdc;OC7*Q_`7C@C75NN=00W_jmXg;|gQDc!t8&}LQ%;?f
zhe8>NWDL*sDwf)>y(cG(K<p*zbh*)FI2pP~C+^hZSX1a!qYWoj<W&ULCdK@w0N`nl
z`@Txsm4h1nrjC6Z=VvTAs@R)Lo<1NU3ud>|{NU|^8=!>Lc0Crm&_{xf=yBN#w+N;x
z`ZchCPR_5W@|gdCX}8j3Q$8Qi=p9^Vuy|*gVrG9K-54O=k8CF#^0w!$kSoL~77zO3
ze+P@{dueXNd|E)VOW9^h{CC8#u-W<>MW3k2h>sP2nUvWD681q^d<xGwmjW-B@{Eea
z(v>j`94)M;Ikx@^UZq*A=UYMdvqMCK;8nSF#cBfnW(~@n)|Xo`a*j)ugXW--9LlP3
zo+SMVOnDMNK?j3@`PetVNja*sVSx&b3dS%#gGx7&E~u!}Q49qj-_6o9>+8PLIdbUW
zUV{x>SD((3zq7^?xVWdeJ$*V$yOC+~YoZUGJ$18K9laU(cbLXr?D+3Mi67Up;TnUn
zhdyO^F;7qXc_jL!kJx?#@S2-$m#mqx68$u6TK9t@wU8A);(Q!vfECG-nbOEQBsWc9
z3*_U6$&l1N-JbOKCyIvP;04gapFMmKJh`uo&11LZz4=`16FKt^BmX^{gXf5d8|AL_
zzr4VT`k#8=?MnIoY?}8}mYopo_V)d5l4R!gqDAZ-ckFL8?%gZ?$vQxO+@s-}Iw;LY
zz3!|PonxEU|LmI+Z3gBUuhq`#G1GA$xq7~ua<2JkmRZ!ka#y%<J-mhXPJ{d*;BZV^
zhCFF}B8Rx+m`7&2QQzLstpVH*G2Iu<{h>rUCE~woIrBQ+ae>yM*zb+3fuIR8e;Hf0
zs&}}*FaoU47Nb<H*1=BaQO^0!5qg3m(d;XLSpVJZ39GhUc3bhe9?exTD)9Yb&R&u?
zAQ3>7xt!<ZHpIFW1j_BySrZZs3@n>cOwD$7PgDchd71{OdkqezpubB5OD2IBU9&CB
z<BVuiJsf!p-{MEZwgT14w_x83Y_9ExV|+06Nfrb1(3j<i!D#Yabr-pt1x|h946W7>
zeS96LxhT)Dye831Wy3vazJs(<lk$0H!sz<_`PGsjAp|0SW8SEvNlD30IAyv%;%|RM
zS1#Da6=ErAE-mfg7`3J0?eiFM5IXSr)+p^`z|Y6i`!|R3(ib=wq96=39F0g}4J6GM
zzje};qI#`FpMwb_MrLLTIZu1H^h;vQu>YV*=-+QFt(ih;Jsq8%KsY392^><t`%f(n
zi59Fo-Al&8q@^T-)>(HFyPr(l8Jp|oFN8Ksm6#O_FAsDpm?c-SMGs^=;RZM|EIX4#
zmn_J^>4X=BLkTa0>>)KDsMuWs^F0I$bVv{Tx<odDKAdnuJspNOrv13TlmFg_X&A@H
zfX@-F!WckM^pf=6b<;xFU&a{m8f|~AIaw@|e;caS)Y*4ZUo*pFZrSyteae91I=pQ^
zcQ%iUP+T9?*sRNnn8?z(2Z<Lc%+uQW_v7WjIJN!R%|8~!2KGm|mv48`HW~)6QSxjx
zQSA2Hk<R+#+*?c;I<P;qk9m*kfXNgvl=}cNUAr;Vs-7Cv?zvLv^)i;fT#C++g~d-3
zs!kj$aP?DgUm*ws66&LAje{1~VM{HyyOf+LE86-Aam}l4^)JcBg#R;v`Ue`@2uG65
z-Hw$|h~e6=Qm0NS#NN(cu*D5nnxZd|f=?WYSM$PcxJsX<@#lW>fd1Vu{d$UT`jlH?
zNBD4b4=2adB?~rf<Dh`KhUptc?j@46Q00|M;<~i~G*I<;g?%ZUAIqb6<nPA?Oe0BB
z9y3x(+JfwFyh&;6<Fzdm4HAK=pLVr~&LcIO7&@J(#^0v+xa|^AS%igSotlk9(uswO
zKaVjh_G}*bdjrh%RZeN>IHU~rKlbvyp4b0XV9jG288H}UienVBGSgvUV%2@!w(I9%
zQ{V5em76mVm8QEj?<&{hx$+6!@18cAB-b!_A<AOcPVWNva)wysD15UaJLZn!UlseO
zhzN4ZjNa^pLsN2IY1i&=<)3@r9+XNn?7PJwpSC!0noh!oC9I$VHbF<9g%|K+>6T%h
zF^9*Uz0Pt|lz)*riRPv<E#3>p?KJ7l!CCg}|H@d&W#fCeCCudBq9Y61R9wQ#v7t$8
zIHiF%#Khg=t8tUXYb5l&dkP=sqAVMVcZSEECk%$`V9<&m`I_so?67EH`m$^BNzdr}
z<&fYy&s)5pR|U5AOe}527?_R3f<RJJGqq92eVMs{=cE3aMF0FJAd_M6_}4ebgH|KX
zwOb8Foupp{*jKi;7=S2Mha?G$`k#fIkwt<F-bVzRXaWTUWYeQR^1E%^F5A0zQ8VC;
zGl#}`H$N3~9hWDArPYX7k`y4hty*Z@ivAZc{cGnbRrif#-7N-x&<?HV^WM#fWQ9}l
z_nIC3ARatfg?@Zv^p}c`6yxK}TQ__^i{&)_7(f9t$RI@GR=|7i6foFzFfXAm#_(&8
zuQs*&mE!u0ot}<7lN=N{m5hrT-^?Q`vp3r=!@WaOBeawJOH>2(gQvnALSP;Po>?wF
z#^0?KHz$~PhSVOO%Q;^%P4${^KQfn0yCYI^XB)@qD?kernKb}Y1Pc;B#lUg<JebQN
zSN3wbQHCY>Zz7CYMUl7y6`1lf02R2h{gECZxz>SZ#@!>JbaqsgmZT^Fr|dW%76L;z
zxA(C^kF+JCK(e=iFikSogIl>4Rj^^;WGPGbcUs?Y;HK^H7CX}^SHSY3FEMJc?a_BH
zI~#eK0+>@*3U-H*&4D=yxQK!j*j(7pw`wJE3n++-3+;9FbRTy5lP(0l@A8vWI#sk}
z>A_+Z8d(^?RKm3!wn+NzzOY_I{AS4BcdF<|=Cz+%oRSMZ7F`n8d!J}xsPE~q(UL0%
zD|*}SlcV{KKzri?;nzEV-7vOuRhk-GT}ejUZad;ZLjM%H_bmYfLYv9a*ZO5<{ple-
zj9F5_DaLe_Bj9wK!@DPgmiV+Dpo%D^ipR6~BNJ#8_8NTCva;$`W6{qGUQ;bb&<*Rg
zdtdI>b3WpM7iP*T+amy@IgXxYooUUMgC-PB72Q)u3pn(}v(klPv(`$;@1`3Dfk-8Y
zagnbUTz`zKSdK}M(Un%+Mdw39+!D-sDTWOoVSWzW)#&#suRb7@dNAuBPGQH|L#TFY
zN6ooJ${mp*Rb18J!8-Gn2-e^EI&9th(wF5zd&Dhq{&-oQ;QvSk5|>m{O}W)#+BS1A
z$T4k>3afk|XIi5@8Ly}+_Kr__n1606C}QR8We*cdg)PlB$B(CMbN2Ln@Mj#UL)PGh
zmRRs*VFG8SZlJ)Jk(!g!-`!0eIns(y_1@p--9O+|TL5b*nV=V*ecMg4^CSClQ>#+$
z7YG$@uKRP$&a`H8e}lb6T6#KgtakrDhyCHf6Y#<DxmO(E_VzJ)cdu7hLjM)ARI^yo
z(m|EGlG*s8qI4X8EEcON8FlJQTlUMFz+u(o1<E~4x+$<BjvIqfaWwou3oz#plrv{$
zf+EOrD6=;`k<XcZ%AwNp${C(5DK=GH7aOB{+^|AgOilw`K8M0UYZH1D8|8G~-LChd
z#jWnAukUk3#rj7R*6;M{RVv7mw31KcUU^?I;!g)_cAf}!EzFC6Fu-7@m6YeUkF#$f
z_;H<L{a(IlNvoS08kP_9K?3Kjd7o5VDb=>KI1^5Y&IH~RQO<<65YSNH>3i<t15vL3
z;w&yx91_4;P3n1i^J-qJi13^%i!=5ToDf%xdF8AE58zZ<gWYO+paTK`F&_I_?m*lq
zJUpDw?W76wKiRgy7S2$<o_guHBxetGph&VdSm23{pMX0(86j{;;3GQufELMHLiSxp
zOMG-;J&8bjL?>vkpCJud#!O{2NCKMhW$4?lp@V=p4Q|ZMs)wYQ_Dp&G_<hpBtwf}(
zApu=Kv`^~ZKJRyg7@qRT$ZFkk+GzLN*E{Iw{)}}`AX(fAHRDLlPJwkgDqbk5`Xcrt
zYz(frZ*I(M!8EHp{@VAZN@?FSBHRUT7fjC3^qaN{c@+e2RDlec#kNNj3p$R(r+9e4
z#Pgo8;Q~&98M8}!H?k`}WbeTM){?%*CIXOY@wrOK`4_t&nVD+)ON&ZXK6nr{H;@u$
zO4$Ch@c(B4FwhNa;_tN*`lpM>O~bm2+=escTY`aLJ1uH;RaL;@Aze9RrQvllQ;9kQ
zkiG(Pt(rRQ-@@Em^e9o-P)_*#q~qd65G^Nf@Ld`h!x~)noQAGMX2SnTIRRNw#O4<)
zqZHl8Zkvg}G$IS_oi}4T`e+lgncSE)`}@;1cZu(J|IKpwt<NPR#+^RN8}9BIfL!Hg
zopLOyrpH>&MCM@6YdzSn_TcJs+_ltEzT0IulA8LkeUUJvzCK2^=RVDANP37v9|W~5
zM)$Z^(+&|A584t--~h=+Aj3$p#S=Qow&F8s(9l}UMH(vunp@>Rwjxjm<pMU*DHrR1
zrSf0i*H5IJ^&gf_uGmDi<d^n)3T8d+Za6Ff%TohpYqsFbTjww8!7g2{73j!E=VQt{
z(P0*2nUW;^i+kpXi8Rz!so=4NU}YL=>Itj*swyxp@aIFCTN1iWRX>561S0PLmsc!4
z^V8hJO*W&SJREehKrQ|KKQx_XOq^ZUg=g^M6qn-ePH|{Uad&rjm%*j*;Kf~vySta-
zR@~j)-M+hD@+SP45E3%?%sFT8wb!+d3&;YFLMetWn!LMHV0%m0JcsuE5$bOfOY^1j
z+Jf9+(6(3P0IUIX1Wwg8rL1G>!^a^8GaAijJ~S(=`Tr)ubl^>ib4F(bmkiI_E^!|f
zJvH4+dEO(}i%dJc3;#f+9FM_ct8eFW>b!sFrOr3lexgUrkoVHJVoh{{1#G`}e`wTI
zsl=_9vZT}lNiE9b(f!Ln<pac!@-#}xRnh`S<A2{TMg&Dx4sU_42j>Ho4gEhU>^Cyq
z*ZKeuH<Hk<xrepXhBrp%p}b*_V=1HOT*}bM`HYc(eXdQ<+yUO9Z1zV&F(7#N-rR5|
zB`2T$H~#922GoN9H2}DyH3emit(>N^U^oe)PFf}Do0JCSK5n5J7DQ0=0pcA&6I=nb
z=waPec&myIlZIdS4wZl_ZIfL>43A!YTxzw;oulkt@7Pz2V$Vhiwu?_T4qKoNl#k<~
z>vNr?m@-Ww@Nt$ni<(#1lqWG8LSl}N0-os%f(#*rGC`t}*qswyx;Vw{zNdT3UE`05
z8$0p_7#jP_FykCT5A+2&P$60sX0k#jS|*%qLI#?m*1?WM`fi06;i|t`k!c#{3O*B4
zAV3KKtu<ihR6~I|uwY(WN>UMRAp|-|bBBu!27rHZIPbU*BuI-qGohdeF3KdRuP|UD
zP!77=#!)qAK);jSh8NSGZa%_q-<Oq`#@e6AZi;dT2C2{ECCWu2@d%Cr->cTeo!xL8
z1^Q2HFad4f=_+oPWb1PXT2A<t1Su43CTOm(ER~D(AU5DpDsoqACY2e4pX5<#C@dUy
zQg!n7WZ>8$st4muaAt=z>^W|}Zr46#ss3O=ho8(3(siw&4HFyZp6GjYi3uMmi+^;f
zuMjS6YfmD5c6ih66kiX?QPY!-%~75~d%5=(NwjupS;LDhMlF!V*}}g!AwP1Ck4FKx
znB84z*wGA8j_B?CP(vWoVkC-^%~#QV&66f=tk9I}#+*o8w+pQj@7nWfM>1i=^yOvZ
zy*<U#Ia7L92DT(vg^XFF#WUe9i+o7m#>1Vz)&vkPMSPVlOKa-uVMI0ue^TI~iUX$S
zzlZgcRt<mc+-s?%uy6|~0+LkGA%wp$&1{R=rzi^2t3FO4edI(O>}~CqnWv21I~uRr
zzg1AWiuxrpNMrkoTah{<%#i)xF9gNGTJC{z=XG7M>cd0pBW8_9_X!e6*fx7|@0#I!
zWZlz^@pxKYbJcfmKyyaz4Z_T-OmN0X+%+OoPP;}<qjSv*93@I6HkrK<*Xn8XgViYN
zqtyV=TF(2+hnVE;BGeXk%2y*!@dHKLs~kR2)OU}YNpZ!hdC|MdzCJOVrFuGs3`1=*
z9y!}nQzx@Nl^>0f|3%+U{Q}n~!D*P`D_JQEsFVmX{2Y{@np!B-2y|=vBpxE@e#V%C
zuyf!eM3zoCz3P*I1V=iUk~EflB0(K<rJLld!@ZQ84#pk7X2&XVQz0?Y-=<iKTn%VM
zciWDG3Od$8gfcS~V+@9mLsQCN2>~Rd&BkRr@v8a0$-DuFy;1yXku9&Bb4*Ov6{nH0
zgIlkEd^X@Z>EHf2(bmp49z?P)c}F(Xydt!NWam}n0Tgp*go`b&x@Jf03TB1Lb=kZp
zseE|NF;Aw<!)@(*fow5^>JN2=s%5GGY<POT@`kl;L7i-gQJG>0OsVzh6RQEToYBa(
z$#;^k;bi!}OG)a(U$EQh(mzl0lBnz13NI0#i-t)GVJd3HAfW-+GWd=vRUj~e{+rk8
za~#z=Z5*~z#-69&-C!a&zR0pb(IQSmJ5Owa4vq;@<K8^oSO_-SmwOmYO={=N`>D8@
zwlK?<xP+$BM1xaE_ecP}W~mItc}%}6Eo_Jh5_@(fO6ZpctzM?4mB8sD`P@aDt#N+g
zK&b-qr%=Lkz~gYaU>vj6dR*BHw7cPej)t8m#S2eaiyE<*t8a(z-BYKxxYH^`qSJhW
zh5L*m<<<}7|D1y}zf+39Bj>gL+T(ef+Guj^B=gL;j@^#<7xq;E!h=k)Ur#GZEAyJ4
zY^tG-ta0iFNo(Zf{s237B`<9Ws$=1thyV1{4XK|P8(SQ8ZPNvKuU}&B^f_z_gl)Ks
z)f(Z=8&r!?471mnKM0o-4Fo>F!a1cPov6=?1@eCvvOV32nl9=%!be`sfr1SIm6&pn
zBQ5Dl97(Cfqq%oScziOW<F7w2>h(`BXBLB2lk)MBuZ8Blprm~Yl0ubx@B9tyJAe-n
z^!NN8KvEq>n0O$!)@vQx(fkhUKKGg;fNuq_^ZoTaZ<<W)1S*^*@}UjJUK4GUIvo5L
z-f7)XW!d*Eu&%K%(OaXas~dYwD5ph!Sm2`Q@LVg!btg$-iLS_G7>3W~Q~2D_@Et3+
zNmhk>&(9}KqJenWkj71`6#_F429?jLCO%kqe?LI$P&e&?!a2WcID3sdu>QH8=<=6N
zX5Q>2d8=NXkuN3gH={;tQNVdfp+l%L9t-L>mwjOr`80MafGqU!k4dZ*&G|$nQ`qAE
zH~6B51f@mir6F<BX+=BuziIc<wb1%?qy}c<hx;fuI!Q0rm3;k52|)~`IvcGk?r^N`
zYPeeje_ZJf#g0(X)6LUlx1lh9VCeb1BGk_<v^dig78Q*uOXccSZRds(|Bm8WLny!k
zrd0r-=dZ5sGn+<ll4hr;YeoSZXFYEyGK>`UtMx|nL-HguA*Q2*$SrIfj42&MxX3cb
z=OuWSE}{&YE)vOHxpPVC)1(O5uQ$xML9ED8Eflyhl1)0yJdUXjef|XrTCrBdWp;Zm
zL~%y7amYs0a}-%}<BC$7e>cB=c0Iy!J8gvq0O(QFEC+WL1^VjeUUSdtPd&^;jo3DR
zid-UlJPIqUzf@Y*<4UhK92YUT0#Cb*5(-K(j?^6ZGA;0qV%tgLpxE08>lgJX5qzMF
za5VRNsNsK(fV}%DvstbT^IjfZcj{_?ZOpM0iB?^-c~UEJhI!{2S5Azly|vfYM*cHk
zczWWCqHjd=pMkKdZI{&qo(}Tx<KflR)Gn5+t4ytzvFut8saM>VZ9)DeC6<7#RZ;jj
zaoSWWZs_x^`3PNd&0x2s0}1Xu<LBZ1zTYMf=O(y<a3==Y<pVlDt~__#SKTi0f7YiC
z)$T3NjX_5#)6se|d?JmWw$!24VKeA+6cEENh`P<MQpLNn%kxGE8BePEi_`NXs^j^r
z%>&37sWBZfTk&b){T8GieSMYzm-10`_7#pL?kd%!dcLk~ZI1m|TDZYCD8hYLa+Y1#
zX*Ex2v1BN1MtI>kdWlw~UsbY1)F+#6T>EYM{Nm;?C=FzIDnzkZ#+Z&KC1$xx^HJq)
z*vq!Tmw(W`o?FJp$_i1-nvtan1Va797s)C6ugVT3_Cf%3p(^aGe{Ns7Y@w(a-<!NU
z?*QMfY^Hknv*vBolLbdx(KSlwYo8o%!VC}jlECJb*edDubIF<iC~P=2u);Y7%FTb1
z9?!rMr^;>qiAisE9)m3;2fKMHZKUyxcBrHTPjUMAtq{af)~H0Kz?OIdFn)p3PO(pY
zbu#*bj4Aa$TJ7KWRjDLcoWzIIxj6x%R}-)V%DW?&!BW94Ca$F*t3v~cMHhU0^i;r+
z#^8|~rdV!%vGhDoW%S$A5uHy`wa|`@)4q{!LJjAS*B2kx{fQHl>o$-=Vk~N|Cm;A^
ziM1<QYV_DRm>f0x;Tq!P^idJZP=GjZ`4sdQAj<m>r;BnEe!sj31a=eoUcFqiZ2Zmb
zZQlGrhz<i*Q$v=h01RQHsdXSMV7UPXZTczmYK31$`RI-#+nobJ8g~>Vu|8z+RW#4O
zXHLW#4Kp8Ld-dcIhS$l}<+@muAhLc;!x7n%1Tkm!Ud;7w4#N=wqKFEJ=V$;3B6aO_
zh_aZ${uTc>Ywa=E(zH2Zi(q>a@A>ZZYtwS?c8qWqzPzUG$hlSt8Bgyv;$V*GbvKO~
zWopccfq>=)^ru}+?rg?f9W}CPL+&l^43*9N(?}uwlY^6QbOrUjygQ>&M9A!d=`ln>
zzeJRWofKNSM<0`dVue;;T8_T>g7#Bcpe?ghzswY^Pp*1^ZRIUCqbSC1Da4}}xQa$b
zMm+8o{r&)`uVRIoLfLF=A)QtQ7l3C8ygh8wCXxfMfC!$31~t@RpSzq4?{alv*ir1a
zYu^s*=l%U2)3hs3T#aj2S<_~sHcU3Yv4eqAL<1VaKw5{cjR#!_!9ZTmwtx2ivuMs5
ziE#Pn=pu`1$!c~EPqtsQE+@h#TirJ<rmnC+^^PX=00I(7Y*s|k{gYl&e*b3YQ7Z7>
z+YSuCId?Q2MlIYRPN#}mrk0cAS)YTAq6Qw9nHYWo`<tOs1I2Q>F#m5$m~m`&x#3<8
zkC*A>^6fD1VZOK{Ca{<y+kw_wr?&hI?{4H0-z@pC_#L}%=vm9Tb&>9isK^LEuw?)y
zc`u)KfN%v|u>aQXsZ%Au;{sf|T{`TMcB2gtN${0u03dP*0IMxv374V+)(ul(VIcrX
z{F4s=Q>|?)G2^leP?-~F2s+~wO=Mu)?l(%4iF`KLt|hLtKEw6>q}Tz=+qzlTy4AM<
zGib*j?pp=MmVhwFNRNZR>G)ny!~Jpfd?<~KH<J12qxr+N&p)y7kdxP+U|^h*A%D@P
zN(Cq_#0f7#$d325ihz#!-xt_nT9#)q5OD0nh+4QaaYfQKG_p2<@xyj*%0^H#jtt=9
z+YZ@T7mI6yXknctzM*cUV6*3qu6;<jmCpl9faEhHUmbTGVo|FCnDSP<75+<vdBpE%
z$KaaKs}Hb;jWuR~4t7DggpcR<k)41EfPr)g`09Cr_F<u=wYCu$tDOINi(jSYvVSkz
zlZ@RanoVo4si~uMkB$DVBo_gw1Au(3pKAsV_J2}0&zc7`ppgLiQOv-wV+%OVKn8aV
zRcZ`CA>Q7I-CZC(V$q<T13r?M7|OLh(lmvN7?IWr$PAWj@hxGA)0{~i&*gKCb2!#R
z^nZ~lOc!4)Bv>LZW|F^4iyh)Mw5Y`FAuX~?mXUBv-2J`xd0K$ky0?|Q+iNe?{P(;b
z#CDD`p6sZ9KXMYQ>qe?*bSg)ASYi;USj|bzlOF%M#+ont3E9{bok4%Ae_{z~DE1UX
zF*YOcok<gHzi&$MpFZ$BCLVEx#XihbJAL?Q(72gH(NV03=TE0<dQ3l1jbsC!>1lZh
zD7Yv|k{PQYB!<bTB&?Ig5?CPRV^V<8v-4hRp`IoCpeF{>fGNMi=RKx`UyNYsOlj%M
zm-9}@B02#v8sL8~oU|F=0DPLHto+V<$UyYfKd&SZo`)wbEgiOvm(0wxc{xBb@K4e9
z>WBv1OC&(=3n0wEcN0k43!_DJ-25FfS|pA7ZRq3JIsaL6@6xzVL*zX9a4SdlnH5~u
z+NpgDtb*KwWPkr@&*^F4n-{VURJq9(d)G|SV&^HM0!~~zNz&a%WkiHP1H`{7)jG}O
zgmc5gQaKHFE_}8FzNQ}yxqf!W3uBvxzfn_D*P4&Meho$41jd*E*xfyqycnV@exP7-
z7r%*!_^rpZwKCtWYuY9&fzQrZvVVg|<>%#0vwSm+aeRf8n;9s&iN#5Fo7-sIzw8BE
zm2qCld8?`6sAXeP*qXR;-c^)oPUUR0r*(sxu^)bAm_1jiC7OdZ@Lz@Uv&~WC&%iI}
z7m-^>N2RYFt*u7pgzD<*09>TYc6`fs*7<BF@URi|Feol$^n3z@ngDoW`0Mli_VfBX
zIGTtTszMoPn?BsH-aDpuea{O3q8N^6=u=OVn6#a&_i3x@>YO#-^}CpN7HBJ{f7j@C
zD@E7_V~KaJuBf6Nr+$+NAS1mA$$shot+S(7cOgApe_0c=TF3memHdZl+3c{jwKZm0
zSs87j6p*NflOq!tTx~YZcen={bhSv$m*WCl-T^>lVVrHM0F#@C#OdMW_9d;gvpZ-y
zONsMyzO1y6`Prion{RJh!VC|BGljD8@P3Q2)(^7aoD(7y+>Z-BLHt402@A}4E$dXa
zxbhl@cFIk=4u_xrJZHQ;abpeT>_irMt5Y)I#aDf4E*~*RI1|)Qq_g5kHM_$B0vlle
z#Zs-F<xH|#tIyBPF-kOO*~-Yu0)FiFw<nC_FUln<3Kes;1;+a|#sjD;p8J`ffx?_G
zlN-d*+uYa)C$elCmz0#m%ElG|;NgHLLZ{W`0|2=Ir9F@-5O_BQEc|6hz$Kd@;3<_r
zX5Zz!EXq!l?b>qww@5}A@%;Bw9f3^erz=L8<sEM`CRm~RRJNiIq)pkZy~-lMFsp(J
zWQ-NeV59*&M8~$(vxa5cHk8PhYX&$_9Oc~%qO-8%M;)EkFlczaZ+LJIE!oe!=DcW-
z>GVbMBK+FsRVK9vg=~6%-46@=D*zn5;H1#@vA0A4Y;;4Eyy|UL;givDCrD@cVFwRc
z2U}^%hQ#94-DD^;dW%&(`YZqC#qvjQ%C-bX`O<(|WM+}x51m$DcDElgi#k5f8ROYK
zkDQySM@0aSgf@;6KwA2nx?XMDgqH!T4glu>+xoBd^X)v64$Sy?Gu1%@*3p$uKsY2S
z5R_zIH%5Iv0Q7#jSj*j34FvxxRe}4JYmc`_+>4XC_kWPvzfMq5<@e4G<rHV%-RUyW
z)iVF{=q;*k5d<Kz0=m3fL{H@KF;rXm*SAigk-0TU=hqq-pIx8*&c4^w_1(+ySLrn9
zQ4U`c$~95na3SOEt3oYxpa|6M=i3Yi9rO5I^MpDQy%)K)RV=y&;0h~mIV~+^w(f`m
z@ZZJD^+ewM>DEti;vw!*8txqeCQnUN^?Cu(#q(~ZkI#%E?2K{|Rg)aGAFmU%3Xi2l
zhthO#w&qcwlSw9??BJP?{V8_6pLB_?PJ*`_vxl=rBt71nkVq?M3WT~d-8;Ysd!nes
z>$K;M6<Fvl`laMzPNU62AYj3G01;R@4VSme9S}5tWBAv%50Ll~{i_cWlz?cMYO7tK
znsWq%g?}qI0I^((mxm{G(jpk>*cM&J&M>Gy<q4*Uw$|2$hlIciTn$qE%jNs;1CVCL
znf@+peLiP1<d_laJA2%EUbi0zh9gH9VTF~V{HBC8rX5BK;Mv*Z>A$;v`vuIk^$LsZ
zw`W}B^~y(I<jFsLlOPv?q7=o1L5O9gGpI}%>8yabXNDe?zp$6hWd)pME!52&RaOoU
z4+FoTFFV46K%NCD+HpH7wADCfyy*s)8*4zSSO0<OyCDW*$+f@4WuV<LU>95pSqVNJ
zUK6Y~JNDlHyuKZ+3x2;8ejDg|<9Xj(f3ai5d(j8MC3#2}m*bk`qLLZ3=xhKGcmL}%
z+QpdtoAXMmYlH~(E(OglXfPL5$50sO&-&u>&q`9Xz_KDku-b7B=+|zIwav5>!6v->
zz0nO#pN4$FS~o^}Ok+{zI^9=F8@)$DaHx&Q0B5od!i-Buu$m=ZTM$*);yqq>1x-4*
zt~i}G=bo`a?iZHnyo#V&uB?T{GK$d41<%7pFIpWBu`z&a{vmn4Br#@B1x9L{8yo1r
zbP4n1<m_Ky!p#k`xVZSM8(rzf^dTxv1Z>g>RdjUaMqZ52Z+H@K5U3e)&-`}V^(I_h
zR~M0&hxOeNNK}xa#%#Y|d)`rPD^=eO@zfnQt`xis+2toyIJR28pbp_<>vNKBb)-`*
zCls2n_$F<>y1fC=1nAwTTD}v=8f3u_fW7Tyzw0r*>#=K*@TfKAIiK$<sq#av`qIvS
z9q(_?z|nwqIq|m0@Hk^$5t$)gEVF2HBlATMOIObgTqsY2IFVF}{9)r>w7$T-S)b)G
zvF`H``-o^Y*@3U_f9hMARtk(f5K>DNatx_d=@HYX)?)v~OGa$1P8w53_n1fXwtkUF
zWORZmW6Mpzah_15-)Er18Q*n(@LBkn$@#U(Gjwh_k=^ABCH``JJm$;m`nzD7ng5VU
z<gHiKm{|~@lB4eL?`u>j&0j|7zmQkzv;@+~%Yk5YTAYI8<CXv5Il8!n0V{)aB#Ow6
zJ$vGEN;<n2INmOSAva;C2i`@UcbKT{hfkzabz_%d=JJM9-{a+6QUn=%vP3KAbG_t6
zEH2M$0%j_*n!SGs*W0#n)o-SPkwCsr)7iuzixZ82EW+a7%t;Kkm=uR30v`VR*<JtH
z`y6XiZXlu`$~R#orQpJ)xzK&}d0*jfcDFtb*ET^z4?4AnR7KwGYKnjvRBzH0v|wW}
z`hxA2QnAIf&V)G7DD$xDRMQ<|qqE(57NM+{ZVm-4!T8H#uvnwyvoVL^+E+JjX`-{^
z8dne~3nM&y&c%a={sui=)_c&Nx!0O2)84h1-2Fxm^vnJG+dCM+<KY6s7kEG$K!7h|
zT44{cELbz;E_Q}6kwc+RPER+1J#^Y*cR2CQqyQy4I@;m=%?JMGNLHHGe~y321!p}X
z%YWvp(Qf18*HMm6n%)1h5>JZ-_Prlc3vth-9!m|ePabtUvo1KmbE|Fc&RABFt!4^v
zTc&V~!G9;PhCS4!go#jrBrqSe?aR;mmxo1Y4zEkDoY2Ii@{xO_9cdvrKb|U6)c<Ze
zfFL#Z4IQ1xYTPM`o(6<s9W;#|P=9piff$V=$V@ZXss|Z8g7o`Nj-s?aenM&n)h$tZ
z-2Jdr<*S=KB_3;&2-9P(QuJ6E9Pw6xW>v)<vC_hqzEY136TO7hhZnUFH^ugE@xE0Z
z3^|$or0In{KsGY}%b9!ExjF>&zNP;HBJq3qaCdiCy=cRlK2~Qla$<yVNSeIkBe{x)
z{wHF}tGa3Ha4zpgs<Zke=|?Bd(S{%eKle!eRi`c=a{LdjQA)H97LT8Tg7G|mU03Ir
z%!DuvTy@<u+q`v?f6bd33+q)H!=*v2F960((0(7|OE<7}M*<22NmbVypOK?MX;w1@
z9Dj4M)#G?#!<?cZ!&>8amOGG?z4%qb?gE_J=H>8!ayQDC11Dp1`zhYt6IUsrt=!Uu
zxpt1@f&@|%K?>N2+DbitRZC75dtR!p@GgsCo);(Lq$%ag@C?^`TbpU;4yzn0&r6Q%
z(DU!}l_uXh?;5Je`ojRd%AiK$AN2(T@_srj0=BQWWxr=X$!H2UH@Ay}Ns7V9MVHo~
zo*cSB!_>7Y1+SKR<2b7BpEr0Qqly07Kkl-cZm+yaPrAEn)5GW1Z?v7z7`jb9;2U$k
zN6!YWPlb*t)Ew=$+5o`>B7>+1N!U&EXe<o~3i`b~u=xTLQ&O0lWriZz_k<xAYQqUO
z;jBJm^QXulL|ckOF~y;TaqSGo&X5na*5xy+N#^w}BvUC86(iQL(j#$jN#3{aC?F{^
zb+DpWBHEnly?@uNv{TMDn7ue?-mk_{-#eyd_qZ3$^)XIXyJ)fl`Ky9&{~9eMODV?7
zml)>R9qOVk`xW{AY;|BPo#*mjqBkqvhW-29xsrrjBwdoi8Uh&DuDRd#-(NnpGH(?L
zztZV>9Xdbc2|rO-@ITkOP(kVM+VE<FZO_wAoH9e0ed9b7p`Rt3ET;!qL1^&{S6HJz
zdPSLmC<>PyziGTV8}7EPfhx5!Y(T3tDb;I~OJd9594uV@gAN63|7+gY10KL*(Sw}I
z=Z>g;dAE~FZVLwYb2a+xI)PHbB4??vf68sHqCn*9T*Ef2>NURw_@Rqc>xK&riQTGO
zGJdMG&MGsRLrETF@Tf+M!<4$NT3_gyXhyeNw`p}kHm(_a`mXZZt-QsPDB}Bfu;{To
zw3y2%g0z`v6#uLZno>#U@&IdrP3Y}`WRx&%ZEE6J4oD}8XmdZ`tCiMs^z4-DTt4ow
zyYy{2PFx><FQfdhUIA}1g5#ypZv#pAK0Cnpo$n6qOnE7H(F?uL{Hi*wu!WvDPUrZR
z8VzwdfX_6ah&_$KBPjd*W&Z&PakvooyP*eS1+F#eD%=wa(`}Q>+!7Hh^u)1R|7#iD
zh!t*Ujesz$7ce&>kM*J!JL|dm*&%6g%YTih8*s;z?5Sn%e@VUUn9zUIWGKHi@sbW{
z#942>m-1Vby))I_d$ei$mSuHg!S6OXRZvK)wq~yN;C|?tg7vfO9(pSTck{T=xSZ;B
zEgq3N>eKtCJ4@c`^v|mXVuFC2kpeSh5T5QFBnz&CrImVpaRa(t)BMuQ&-EPwVhDCX
zrZoupYfz`DyrQbFQxqxHwXE~s{kk7X7XY$et~m2tMA^T1o;^#6QJ!NV=FSbarLN?V
zt=H+dHsJry3n21)Rr*#1YEpw<TYqAO^v;7};wQU^qHnr|H%;V{;J3;ySY+%{C6D8P
zx|2+?Y7t5IXz*;?h6+VI4}*FMGF5ZI{Y<yVMPvPs99#9gvE);D^QKvfy>_VJ=SIlU
z_4zccbXi3xY(pB!Ug9)f(jev+#<txQTJ#bts_Ml4kbpRKy5Lbl9})oWu=ms&M(8ph
zDZduqS(z7gWlzM;YfP?}pEtBl{<p!K)$u0PFqG)b7c2@R321>~BjDaI(BA#CUr)?a
zWT+qB?z^&MUVeVxi8pv)>>Z`wo{b&&A|oYJ@`0PD^cG~D6}mI_<*Z3;PaZbc;s~lc
z)B9_Ha|_XHIhWIsQZm>Z*=;w0-8#VcvZwF_`xv5TA?R>b7`}`5AFdwD#T+3FoyVbM
z8HSN@LWmG_6g&~qk*024veq?utRRMd)=%TS17A(-811Xth8YRB+8jT4jD|66Y?oJT
z$;SG%r}Q1+`6x!s0$mS;UWn1{Uv%y};{4B1?r>kabd{h}8kN1ggzN=*_c_2g{$*}R
zsaTR(tva&AWpQU%F^d`5*_(hM)9uyK^Do1}$lV?HS9`5H*7<Y7)j<NbW@;ivK=8Nw
z{;L|X$x-yV@;X~&)2#D33HOo0?e<`|HCawwTLv~$vUvt=yeCXi%h67C|9gu+>`3~<
zqDt1YSE~k0tt;`*?I<zoc(+OmY0mE2LcAykO?wQkro@R^DZ?Kb{3@N9V<;A8k=WLv
z=YAc)L5MBuv^_EHb8aLWUaw8$3`nte_m_S)%}v|vlD4)d(yT2ItSQ(U`>rX5bkr#6
znu0Dx`s%_@R3Ces8IbhW^VKI~-J`ZXfwX%GfRm~ZugXDe7D?)lwYp-X{A74h)HFFT
zXn{2QzP4g~x%=%xxTmH_qE^DoD8f{#g>)=h;$*>BrBHtIQi9S;w|HIsCHrV1v@vOw
ztt@{nBDVG`i$HAvNq6|i4m`|N<l55F-Ot&#8Yh$i_hB!B+WmKDN%CcfA#i*4o8_sT
zw|7{2kL;RvpoP8h9Q8oTT@lV1LH3Gl?^5rYCYwi!7ld2H-o_{|$m{at_4IV6Guw@J
z(5b0|_VS@BakX_X>&v&8q3MH+BX5`nj6>Jy;CDe|jr6fSgukE5DGxFiy)+PFH(2pQ
zt(I~0U$#iL3zGGQ!#ee<YJddhV|Yx7!yX()WU}s)&Y`3=RG0WKHxt8^86<v=Iat_{
z!!9Zl#q2am(0|WFA}vKU+WzA!>9*@=D1LP}UljY0f_lzXngfw8HaO}DXe0C1@2b1+
zu17b3kv1<;=-Dy0{43zycG0X-qGWZsn4{TO?QN80(dOxIo@TrB65JiVt1zM-^UXx!
zn$#3k#+=hL8B@ri`-RaT^9tgtCU><qcY2e>3Gw|;?ma6nO0Zr>J_@G#@M|{X>T#=^
zy>v*{r)r}}vfw=}DAd)?<e1YBWF|u4PEt?WO?I0N^PL(0X;r9s0AR}H!zINPt4YUd
zcSefwwqW_JA(<)_^6$pZ7tu!arLhIA>Cr#zy5)r`ux8fOy24TTb+4|FlVn`JHS(6Z
z0)yOXfu`A#GsD@3Zrh$=6aD!B*L7R*H`oLzu{GEa)kCQWMhaon`XlDj{PXh+J_~W<
zaOO$t#*XXtz899Bsc93+;3>kd<eG<+dVd15)y`z>bcEv|LnB@`$+N1hsisZZ$L7n(
zpuk9H!k`?`fqd<jx6vQpm5(jYqyD$&Z>wEMY;NN0q?JMK1nQHn7`AJ3cpbkBYAPlz
zOvrcqfMEOW`L4I_m3b+5vrmQyb_7^%NlYS4@b37$!k+q5vmr4d?&-6z<)OKLR-W<X
z(h02|(cX*9P*=~tf>#P=nK=}RR4*9yk3a_jB|AZlnoK9Z@4jWYo(LO_8X@1A4Oc=z
z_>k#wW*Y2vBTY~&cHee$OtEL^9cibMjDx7q7V6lEXK?Hr;mo#P!+s{-MHzT8+8=Q)
zvcDF=rror0`Vzh1d*!&Giq7(>Av@j8<m+V8sdm&eD1lDiXZ2rai`9B3rl@R;BA>mm
zl5coSHARnVcRTFJp9WoB$zXT=-k;aEGqbyb4qXEC@)#ZwDs_Y}^fY`z!qABo<lh-K
z5d1HjHNr8iC4MqppDx6~@>}=d<<tv2GGjN1qzTA42EiWiBL8ut+R4h8FSIO|)_bm8
z<v_D5xX&Zb56rKM?=V4EAC8x|YfI@F)LToBC9)RLNjSz@)ACyG+jJiWdl)ibPbVv1
zBUlX&nLcm|$#g>osB%2<FS;uZn;_h44-UGGo}s(D%ax-e7DN!Eo)JyU8L>{6l<&wL
zTZrgIXv6}=c3bzrNBMMIB@YNF#1rUHgTx6qa}3sNJ)-}?_=lni_W_zt$gNq_y#Bkd
z@Ej};>fB`954{h$IffNv3=*90G%VuRgXPFl3`ms?qZtK6Fvo;x0cB9!e{i!53?hE-
zI(2$2m@JT2FNdt^CwtPrMCU7-8XO-43_>*&<q7o`-{cEt!tS&(tRgS4CHJef7IrJC
z74|@I<^D?~PH~%b_dxIH9Bj)FM0u>^(LEE~J2&<JsOvSP|M1JTIxB0+4kex?bi3DT
zqyO~ehtN)4X#}flqZ~N&JH{&g^!B0+_vH*!Hn`fXZqYXqkJ@D>2#35+PSRbzUoYjN
z^4P)AF@WUt03{<UYm<Nd5w%jktMD;)qaW{?Ik&;3wmd)(v1P&PKXXi?_(W00i-sTh
z&!SA6=f*6iOQJG74#bJRaGsLdTCD~N-)T6l)a;jiv`IF_vY*xL#e&rnMhL)nD&9Qf
z9V8l_3i+5`<)OWENdq)3LV~9+nMb3K5|8*{hN6nY3OQyM`z~pEQTZ3*VCI90QE2El
zRnUcLodC@BDpc#vNPjspHFx!Hw=H3@W~almHLtgT?ziCn^u?<J0b739{+sy}r$2Ou
zRg)H+rKs(~90ops$0jsL6!Y6<Yo+j9M0BPcEd1c*^~$Q$Kxo&0&-ds5Hlax2mtNtM
zHc6cir|h1v>STsxR_-AObO)l}1J55mSu>^7*ko#gthRaY1fw36l0WZ`Y5QK_sqywx
zdoC9cQ5Cbl{(L)e9?z@7Zr>)osZ{`T8%%o8(RR=dql_xUO1xqfMDKm_g4--eiU%jP
zL)$TEhs!EoQ??+>^FyGx<i7>zW6)mr&Wr^0aA#5d&`8~MTU84nsIpb@r1U!S-e51^
zY#+sxe}uhXo|hb{?vLH2$J^HTYN*kyP@CPDG>0n(;@nj`M{1KAPp?w2vrT%3S)l)(
zcRn-wJ}<9t0cXi?^{%JcmkcIkhD)ywwozkiYje7VFP>;{kHl^5KH*316DH$9*lMjs
zGU+SH0+a@`!sZ0hyR{rHYh}ty-W1w>_abWabP&A8&O4znVmMQ2XXeD=OJC8k>9Dg;
z%t5xEsi}p#@|8h8YE}kN(zgf9BfYp2SNT6`z8g+q7xo3ISmu1T3pXTTu9)h+IdESd
zM~p2kqDs;7*=jT=sF0cK);LzmTSudi)O~jP8hPnA)|)0ntzG~saap#zdg|ibi<1*o
z`~9SmU)j6bcJHv=kK%m}Ssz&*^6z)qVL^!v^+lGh(C1xKL~6c4R^Yrh(9-(y_LaFw
zrYb8oFjtG-@uzJEOooSnBO!`N_!EhLNM>7>sbD)U?Qd$+Spha{@Ntd?rp1nTd0eZc
zyO&-sfh|v)MA9t<>quG7n(+7!7(7(C&z(+T9jl)rpQwzr#D8(MIH=msL&8j76Itf2
zF@uhx;N=e%>fs&`zn6@9fa*+(!3-T+P8Ppzs5>0ZC|J%Hz2@4Ixp=oYk1Q{PGb9(0
zM3x&v6C<;HAgKT^wUc)QAEdHiR@Y;~9uUJh*Z%=D#Scv4*I&=vN9}^@7Lob+`OQFb
z!EC2A`8k-z-!P$C+oNUaEd;4p2H7bLSLN>(JS<@t8W2gK8T7AKxb^ZUZWzb1P!AMP
z+D>Q+ehQ=tT~^{rv@mKj$E#ll9&KA#?P@NTf0=8SZ9A2e{VCN~;o0D`C^#w5%zPV`
zFQNsX$OgSG+r7CdN?m@;S3XBru4Y|6$55_rT@G2iGO!WEIE{w-RDfhkFkuOW3rD|O
zFib><K3zDuR^^$S^#<BQTQ@f@%x-V9syIz0X*^@Kok%9|Oq9GMIu*R8P8pEpC}p1T
zH0!on=4KiBd07HzW<w_7W`B1qy&&}USZf>E@7MMQe)_nE!d^EBz+hIW^R~j?42?3_
z<>K2kr$!aechA|}57hRTRww0O32x3?<@g!4a=#gMZE7*DsNf*r$CPTr?(k`xGbGaS
z%d`44^e02ppJ)&(HjD8tK%btcox74TGUaN?D;0(@>i%*lNMt(BKRo5%o$aDo!yzii
zPisci%8D(PGyAhmQ?yV|7%5I6({BtYQXAEh9g)o6fk%;%k!3i0o{}E<U;7#O3yt~-
zsJ$$x3V%|EKom(y077IuO4<=sgd-D-=86_7MRyJ}OIAUM%(S*pyg%Lr@jSQp*q&I!
z_FsvwH7H(RZmc-td(xB}YuW5b0QAF-)%p?I2_mV{co%H=AhNsr`=6~pnE>q-kRzHb
z0;>8YTy>X96uB=k(W^H>qvfFO98pH=Dwi!?MdPqrrJkauJauNX_Dr*;zyV96ET&y=
z<yRA)DJN;2^SuanobI_LJw4A3h1wUdvO(f}pZW1$u+y1Kca>`_$42XyS@@8W#o}+z
zsD$*#ud`K+vhd=g`w^o}z-(j4BN901Uta~0_nk>W6RXVu%!Q|&>SbJjV30JTimGSk
zUmDQhmt?Z;zA3F|!$YvPJ=Iv=l%4PB4bv0^Puhu_vrJr9e$=5QPq{mBy8i5>0#7_#
zla+Cz@k=i7z-_p$^Z0-x#?Y2KeWl2x+X`+hsltXU^PAU*qduT>;0QhL80)mT2?oUr
zBtPW29GLQslaEe^L#=?yX>m;IMY&>REZ-vqC{+6B_6^~mZH2VlZ@<Gs!|pz{rFFGu
zA0jvQ?8+YvZel-0&OcE7H3yqiiJLng`oQDG#q3wLmwhiPoLNzuyDAmegreWCK|yF?
zaw6Cz2VmD9*6J}eU0pGSmaOR$j=pRow`Wh#%)r}jZR|Z8$C|Gs-d>tD{)3>?<%X>u
z6I0#Q1>|WbSh$|{afbbNR9_<?>mm=bJ{CkR;b-8Q&qQf%%%1wweSnfifP_RORn}M`
zY$pFHxu2Jfb-Uoifp$zJ-*NY#B(DD5nt0A^npm1*5HHe(t5-WWpN$#CRbsUc3uV3W
zlkek*{#GxVUl8D&+?0RYiHX`z=w>jJNA@Hd)mCr(=q<_foltix1zAK4bQVVDYr&+*
zI>9(-vF$O@gXS{)cHg*}?_KsHQjDnG*Te2wMaMHgiIkCV`gd?&#%X-(7X1^kg8<qz
zq%k8Q3tRktmYvH{R=cd}c23GPp(_3oCMXjQUa%sDSh&Zk0q$2YeZI!;KBNDpr#b#0
zw0j&s%0QM~7Zy{uHc0VbXlRN)^YTKYvjHK>acpcQ*<N%xPq0rF0`$ikfk`CRCKI%m
zfgRa#>S~1z8MQPRrIvlYH+odlI#cqPn5MQPC?D`H$o)}gKM`i(1K!$A$7Q>2c*X^;
zkpF6Gv)fjt*($=;-|lz-utVQ~PnPiElJ5&#Wo5+c6cHMZmgM*Ij6m!pyg_2oNIlbr
z+=Ku=oDE&O<>Duq1l_foIs+8$bZiZfb)DA<)sSd;t7?=j8d|JWXhRx3Jm-xThR7o`
zJY>eBv{7U!kclHE+e54_=iqR8Pj%Nxm*6&zOLkoOfNPaba$Y=Bxj?OqOXzKf`|fT^
zauj&i8kI?SsBu;TzArE_Ka)}g{jT8>ajUzULSJ8X^FI{hjLepjtmqqeXzf>|tLC;~
z9J}H!QCOXp(Uluw<(Uaqd{mGMqVleJY52ZOAYxr#f1G~R_+zd~WYqQAJe6Sa1BPwn
zyLDZ#?J{vu)Sb~;>yTaEmwHf=n#TQTtNS_en%A){2;==o|CIsQzzEB_S5wf*KYk7`
zFe_s|cRACwo(ve@wH~P6=|)}-oAh1ZnuMV|O)L=B)!Q$bJhUCzL}4-^_a6WYB7Cr@
z!8WBb?_-3QP~N#vL*t}Wyo}h878{n=!9Rk1x*tB*BGKmgiYhPxU6X0r$(^Ggs6}2o
z5@82v73BFs;F5f@C?eNy$u-y;D(|!=9vZq(&on;45*KQN#kTA0<{JP+4Ii2WzIJrT
zTzkcv(cnhFGMhQ)J>b}U@_@e@2)tiv3_$g#b+X*`Z;Rvlnjy&L-)_PGrV@`))#UV+
z8!7LZDi+tBg*q#E_foJ@D9VL;TnAG74n)DrU#dWJ%8n}EwQ`F8mo>Kc0NlvO|4%o8
z7k&Uo$Hdf`o5HV6YXBk=m|XjL31sE~Wx!+=S?h-*K4XPbBi)^1A-B%^K6)ZhY1V-t
zEKNQ-*S8@RS}1+K1opf;gUR=R`dVI;WC~M$0ZQcg@REOan+acjTYoG0sL?acaRzg7
zT=zqY!B1;f6h}{uysV}mG}n8Cm}5x7?wFX=ypFdpUXo8M9Q7$t;IF$pptIscP=Pj{
z8aVShbt+kjP}ou<9f2wxaxctPFHM-GKYCT(cp}4290kxn)omO=r2Fqao2=t)(P4k=
zmAaG3-}(2pse;&BZPro4J`C<BvLpZPn#u=`+~oAP*SKCf4b(k(d9`~M5zJl41f8+<
z7Xr6aPU#}a?Vld59g`z}w5G!Ldbl7{E2HWJF1d{MyOMwVfKfri9wAPZGd~qwK%X#-
z?kKK_v0xledrkSRH7Iz;bRax%h<{dWs%Brw3oBY#5YKYvoqNQLkP~~vI2chy?P~N{
zv+5Hme}NgnjP$Ixjl0N0f*E_qhBjKIPA|2KMirh|%NLUA?&0HUO`#{vQ6)+7ZHyni
z;4A^5o>Tt&i=orDX7}^XR4y2QU}lVKFBlW_`s(fXnaIH29e!Xy{4>8`?<;&Z`S*<j
z2NHPr=Y>?cT<cAx$F?^9&jKq0z#{@mti?xIVj-`{Mej2P<0HM5Taa0#cy`!uBH`$@
z7QWGn)Y=^{x(2vawK3V1fn~QjsUjJw%HEHgNOpQh=I~9}_wTFy+nzlfTffihed$QH
z?ebo#ARLiqDdv}OEx+AF^^2wCE@Z(aJu@`hm7lcbE=_o`DvCBd>`JD)%I%GROdQ2;
zhu5?tL5a`=5<F6d1g$sG9;3{&vN-lMUIlAbsU7^kJg=LvNpkx+WEMF}qni@zgn8X-
zN7cGZ<U|Frz8Y0~F0g-jJHyVaznf#&g6JJu5$E`sEt9SCF0A*yt=X-w#yf;?%{hK`
ziksq=4LTf$iP-&ZV~yqCj-iXt?ZVgN!Y3Npy$ZRX)W#1k?C}uzlbF{l)9c;Y{R)p(
zr?cplbg5($W<yA0KSv;4t5y@)c;7x{y!Rz!pn)uuult~x>gryLrF&jf@O#16CY`n6
zm?OM74o?jhAezdeZt;YQRLLJ7HB__Zk9OSRS6%V>&HgCDho|}X70@)$YMnbeImO{q
ztd^kv4dt{D^SFy#)p#_izYAL2DunC~B9G&=P4NFhCszA*eprK>;x8$PiMA%dOZLdY
zbmCf2Bckv&7lgsbL_2*gq(2rUx`<c^`lVhjGGR;XT`cb4*{z${;H7wNM!-11bdY)v
zR%f||X{+p8g`iz*OpAXO<R7qV0Pb4&^Y%tusmtGgJ)t`=24oVsh54KtnDg}^O|1Wk
zXwvH*8p0<Q6axEuOVwDqbCXVap_*_-ikVT=*(UHHdS2;$<Oi>qJ-wNJ#quG}<Wfiu
zN^An$QX!W|@5vXzI_gvAJ}g-41^abl+elz|VIW%&$=iz>&6+*+WB`xm*9_fB4ucyp
zHf$mrGg;a|xlv@Z^FFih%Xan#upI?}$+LV^Mr@yZe=q!<FO>%`DlMQP5>`7KD03?v
zT-Sb?#@#KCjnss7(ft*;Jvr6Qf9@`?I0}2Q`#q48)}C!FuwVv4R)-UPZQ@WneM*HQ
z6*@GvJKsYuRh+LVg;d78j?_wjTkfI#2$`Xtz5B4Rx(b}#{g01~*=n44$iRleN*wh(
zfiVR~M>kzphcvq9yyAW4wS;KN-8;KYp~K%9Sf(Cby;%Rbt63xxgP&j7cmciqeq25L
zS_wa_5TZR-v)8bMnV$+jfi6R25;!~phStMp99v7UUC$vgDQ*g&gD4_r+!eFTS`HQ3
zE@!&0`?w>BaQ8!BMEbh|*_=UzmIQE_oW2FQC^D4l3L-N8+W?Q^0o?S+mOW9^)RewH
z8|xo->!qwq-#wg-4{eC&EU*X7;6foFIl^4g^-CEM4t$PH6?M!9T#E3Xa-7I`*6r~*
zEfiAcXCt?UA!MSZ;W@jy_tNe^GkhsR?wxe&NnG6?O7ZB)aEM(EC-E}W-IuM`6W;Eu
zbw@g-^(Ao{HHIYHfIHn#$et~mg~LyYh3pm?t{41E=0}(Sw8z822Xuey0rfbYeorVy
z^}{i*AlYT3SV7cJ>SN#Q>_4LMwG(sCCN48!3ET+KP3NX%+moah9c5=GTzEPXZ*>m}
zrm4`0H0x0P+D{H|FMxV-i3bt{<u78u<&gWcPa}*u9_k?AV|m7S6IGMp2W2s9mT>`&
zfxUG54IpacVJi6zX8I7T1gRuTVj8)6v7BQXt3cDz7ON?hY*eZIpbGlpzmjDEOv5ZM
zr%cISW7E##)bsez!fiR62l5sT!2*@W=pgK%l#u(LI!-rf(}Gm(+Kkf1jUs<~;#hb(
zOSJba+3my+Ke%rR=<I0NI}q)bZfDJX+w<JU_L1ssm&J=11Vck1p9KW|O&}g00gDKX
z0i=yTMXvv0=T6W?HykV=+$Hkuk5x;h9BvpgG8_spt1-(St)oevABN?sP~t)p;$k)T
zEgiVNY3ACjii)4EJ#p{YH(!jBF(&}wZIs{}Si27E#muQvGpE7rc$$e2kD1lc`Eyh*
z1A`v}*5-cYD>6{JY(ycx0q4iRRylRXr3b%qS}FIrh29@0wt?G>z2JC11V|(vS)e4t
z#qCM;dhyS-<xz)QIriPwCpV$qP+nY%Y`f9htd)K^Jt7}z*6B8jzal{nEX4F5uD1|;
zsQ*-z&J|!v+UVV4Gsz}SS|?c_cnoGw#0}qf9g#Ct?WHI$>Vv9~(wd8BVKdSkGy3zm
z$eUD#jdM-Kw^VSqVL&o{2qQafAV6%$j&I)mk<WPE(9a$hgRb+azoE<`%^x`0`+)N)
z$F@eN0)iPY)!}=KcRHzvh^Gq-0xF)-|I2|fBmP62(M0F+DW~aj?mDy0$O;!9*+&8f
zng%){o7VqlRUC76Oku?kX^iZ06ztW$gSol+eAm5<|E%jOc2=OxGB?*+&Jc)tc-hq!
zl~^^90*I^q^m5nK)pvV5e*s*_JOGwGSRLA_sF?SXV%Ii>Lxs?Zzbu5GiU(aG{pf#V
z{x&3*i}kQUpmiAceX{j}POvkVm*loQ-<y|@Ni!SAJ2I^Rwz|G}fU-+kwB~TO)HZLR
z<I~ORu(AiV!L;?f_->!vfVRjLap+jKDC<|-_3yy#+KwI`VP)zuj{D<+0G|x}5D}di
zvf|~~@~^Zw;{v;j4lm!I!$n@|4)tIV5iyYgr_$_!(H~&PGWeTw$_M-r35eB#K;RE>
z8-j7<_pdTE#wRB-95ii>ji5EBm}3i*^3t7gT9u_A;4kgTwSo)BSHvk(J^i8`Mu~#A
z(Yl#Bo;C_zR_q!D?UFdLnQ_!=zgDw9R5LR(N1Nivx0mcXEsD3eFLof2-9Sz5RT@nr
zUjRAZXfIp1UBGGDhvs_$4gBLT^U(-$!&y2`V%n#_s}tvklXa6dQUfk<dd|vBMdcSp
z{dd;U&IEJSLpVVlp^4=8@X&$?`D<nW2_6(_FfSK#q5Tk*3W>qa7zqy)SGCsYSJCX=
z;N!TEUQ3LP@L0S?peS~Y<UA!ZPK|zy!>aG8(B|PdkK^I$Ph^n1n;0K=bY$zjyiDXw
z7qoByULGFeFL4iD#ZM~}otzu;rCO+XgDQy%qQE@qIAyblWv*I3IQV%_*JX{3wl5I?
z?+a{9^p6tL!D4Ob{v(;h5p0HKVd!vt3WMGIcDiJn*=}*m(#s|o?)0^3N%q1L-hJPf
zY96!KRpveaoocO$aE)^F(~o-KSX}-QmDl_j(me$@MKy3;qwVGL`Wp^#DcJj!{+l$=
zeN4W6CHTaQvgE3JZs^$TSIqiFu{A;$P0REE#L&Uc`I}n<%?nF&0?~{xVpaV(*Hb}}
z&!#*Tlq0*0<_3RTYqXN$f$cYYteRv!y>P!kZhuYQ=ioq4g(uau4~Aqc7fp_6QZ>H_
z%1i(KCf@?~T5$5Oe{H<MA{O)t)Mi=vCK7i(YXxjC&H~;yFf5%8m}n$|{YEw4=EXAf
zNB_lkX3DV=pwx(aHtB}$I)%uS2>q)W`}!D53`NcyEjpOcj|H<N)$Dmj82&uRrWMGe
znIS@Tj6m5jaH%wYlI;A+7{-UF^ux<{#doF5aLI(MBZ1~oqN9!`6+_pU=GhBZdsN_f
zD#KVr-aBcP!`<Ee`I0({dfkTmpBEqh_!dz&^52{~#(MrHfyi$(#zUQq^Hs$~38b5a
zY2fawVu;+*=knv%hzK5SgQ|w=_)PWMu*FxXsrkA4*e;}McH1GS@AJhCrpR|j^V%KM
zEIYJkrU5RG)$>>e;M}vti?~?ZZt`VqhU%Ga<$+c!sa^m601Hj|ELn!@>la>L-aeoT
zI4^T^WE*k9Hx2~?Sx#uex&G$`FtT^2VX^p*fQKBq@CmhM&Bno(?JJCfiwBSi9(ijO
z^=K3jU*{}S<OQXQ04}>F0E653rx|HvIl3!wvwFSidYo#01J<`N8IEjk_iz;1H7t3N
z0(t#1$UC=(J0{HXxD5<tz;M(72pZW*Pm{)G8n3tD^drMWv+p4RG8|{zNNv`U06|nZ
z(Eop^#);_r`O7hlKFMD|gu=3~_Cr`mtjHOI-xD?vWgcM_wS)@XU<H~Gbf5MRyV6C?
zsh-PV>QdwQTJK58T-a1!fSX_<a;=tw?y$6l9osk6xBg25#h*JUAzJ*lpbr5}>j+zd
zK%|vZN?qRtrPxXjFG%AeP@~I6_ta-k!wgcOv#cssdG97xHeUocmC*<nsCxo<(~AB{
z9R~-Xe?32=x<)1O?F@~Oev4CBkHO#Um2dUXp9K~M-rn?ZN)AmTdtU_wyk20Ag+BUn
zr{_gr01J_($UKZ~tG~h8<E@48wGzd0{|6wpT}n(@(0RrMM?%lW9?40`|CqTF1CK+B
zm)o6v#PMh`^`{<8(^H!A{uX}!169jo@D1{=VY+tw<w=Ke?!B3<eA2?jwr(*ch2fRh
zBI$3x1Esu`zwkqlaLz8c8*o_?00XdY=Lx~kdi$2<_`?=7>kH&-j!>N}agRkZvftcU
zh|tivx1}E!zO@z+e;xJj&w>lWh%pyaeoqTc43;i0t0X8csQ6H}2fogX53l}~gPxG4
zV27!(Jl?0>*Cu~WyLbh8Li!4R)y?*oBo$80H|4~|<)}YJWP?(#Br>X7GvLlPW|sr!
zH<T4P&H@EzMyCFTGfSs`UN3a{Gych=(|_035ifFD`UsH&6o5zTM26;JXZ*FEY@@*#
zzS2fuSn~@ICb_5Trxq>x=zjAtX8s5_^ulIj1QHadXNg*<tFop#=RtTCut=XW4~vvp
z^ZDpFHEFNj);$r7C=zV}|LZvKI_2jNropG)f13LPpiliU6q@{oPdg{~n;^wf)6=-#
z0Q)CZXW=(s)^L4Wo}6NSJd}vSycXyoe=_XWaw!(O6Xx|FSA3<tZfFDBbfl#*dEnzG
zu+)3yZtAN{w=Gg*&H<Qlhr2=-@h@vO@|P2oq3j)dXQqns`|h0>%j=t9bcffc*%e!3
zO@IwgIm=(@g4~mAOm5Q@>&nZG|9|W2d=3U2l8JfH!T#+bkw0S*PR;<#jMz{}-Wp>+
z0#>NS8BOGmQOgO>%d}T<oIOXvlT1`g6@SGOLPpcxz}Rq>!m5Nv2li^d#T|W<m%<Te
z<UnAZT}b&xie1R}fii#JdnMx(AWdxoZ|*Pgm5iSBbOZZFC3CL-H*!i({lhiDKzX@M
z@{TvM3&qlLqcr|CspjTe8f>x6*zDH-(R9thalKtQXzZl1Z99!^+x8|+8e5GT8x7jn
z-n6l8qp@wH-|cVa`#U?C*}LyO?>WzTP;UN$a?mIyFdNikP=fRBVzvyq{{ub>O?Z#n
zgyiyhVR+9@fL^8~mm7+&sLuV;ZT>i)o8HJ(8%F`lu-(yL=<_1vn2&aof>nV|h$$`W
zYimdICZy`oTv*)&W}I{{(GrupFF+N&zxQxCTVY?QXu_Ad+bbT<<Gz3Ja9O(Gc|IIQ
zux^kd#mj2@wdWdjMdj`AaPGenT3&gf*h@-VQqsp+t+}kQ>5~S^;fK^jo&&ddZ9Y6b
zva}UN*q%Ap`R#I`gT=Gbr&DqxlAgKR1-aU-2#|ZU@@6%JD)B64-PbVkv#*A!IYZOD
zR%@`)4u+FyAE)EjfkBbJ0|@2b1_S{~fm>&h5vhmPQng!e#=mzpY<RMm1b5-B1o}hR
zc1{o>OWEjEzcrPPPeidTwb!_nAaO%1%%rXv{upL(PtaaWdb$3peG#1Med&J@`{a{7
zr}k00Z7lj>x2uC;m#Omichgy1>4KUZa!o5V+1b5{c><u!c#{jE{{y7~KxE4_C^Yn~
z?X0d7cARXqiM1KTn=!tRhZ_FN$1mkuUd$k$urL%^!%uA|p{n}|ZWd(iQ;50X5)zwI
zKL#Pz@!n8dx6U(P^Qki{l+=lj9CVAZMzhEq!Vsc`)n1AiuzCK-Cn9epf4KlVNEv!n
zH+URW1fzrvJ4bqM?R7#yC|q3J|DH&J4BFLK)>lqH0GOuG!H^Di7b)YI`E7|#*~li>
zj;E)RF;Z*VmnOA7zmW>lT8r4zTDihbMQqt@YP*<DU(2Qh6_i!u<C=PvB|0aQr(!q%
zIvT(;SfbY5VD$Nu+V%~z*xz~;6HjBE=J^6dh@sIvmx*G8Up{wyvtB>}hM02RPT%DP
z^`*C*>`cQiRuex6eMRlvf{2K)n|hmAd&w9-z(Xd8k?su{1X5vn^IC(K{o=lT!!J%o
zfDN6C4Se56@pFA)5r+rRqnA)t2EZ$&L&NLVK!}MuHz1}NR-fK^&9M$JY|E!}8@bgQ
z1DU#y9gzD_ttXRGS_{o+?7aBMj=Xn*&!UZF@(^|7NkvG&pw{f5Lhc>4vMH($*-A)j
z-3_C8Ko=(RJWU7?4CAkUPx_+*p`E<!L~;4C(qkxg;p}@_Xvdmtb^b0*mLo13cx)&|
z4i~>L>M!#fX^=U}#9rklcK4=v1YZ?Xh4xo}sMYS&i%)5ttyUGj?Rqv$O-sOhd)C#c
z^2PX-<L8}tdQH7~$8_uZ^e5M^=9R_RxF*IZ0*J6Y*i?eRiw);%agBTdrVpSGg6~RY
zl#vroXRKUwXaq&T<q3<=a^a!C;l;{C*7f?VZB6fB^(}1y(+qF5NpGkMsd=5Dxs6ai
z04tf-4eglyd!E4dN+v#!Y@qS$<9vk<uq(M?$^B*N$R@3&kC9AJtFYF<9y*H&9dq=;
zgJ0gHun&SXFN#_5C_73iGn)w2arwMlZZXdNa6Joo^7!a=0SFDU<Q0?0UWY49SF6X*
zbC0}}#ZJ!Gd>?_Z>UhS%!N+f%k4VT71W3I$_#-8b6+NcZ4IvBdF^%a0oa*V>we>dP
z48AehBS!RchwZrZqsn{oS+=wH#-dm$&J?B6N6&@gocRun?i(j#h&K(e=&OeJSu(wu
z^_MO_&SVOc4X;L6b6F4jV#B`1?;Ui%^Vqqp?xH3qS*Mz8B4y1uKrgi$1ANr0Yx7ux
z7k_?7Ky3a#s5Wa~H*MFqXflL`2d@0yt#0A-KfXbGuBmn=Olgm|Ta;~=uU|4Z@n&7j
zfaVzY05FPZQkpG}8zS3n|ACC$=bAS`aAi7s>zQiv{3l(ZXx~qsb;%h-DOQARo`z}<
zf1{VixH(Y&GwlBPF+SQ&#D3L7H?LY|9W^t`c@-=oM7#a^iaa=|bD19al%AnnLc;|$
z_4a*l_pnj9Zu|*B*F`r-7YD<Oa3Vjtnk2eOAF6u&3zh>2Zt5=c+~ypz>F<I|C|u)N
zv5B9;y4Lx1TF8)FS!)%9)8Ne`!{Xk2ThfZw&GBsj)A?e6O;&xgR{ZaJyUG&UPJevr
zq4LT)T$VJU54UC?TI|i&Sbroo)rj_;tv+0Ly;^dJExJFY9M+P$;<FD3W;Yqv_+E&d
z*|s#d0*6Uh8otYt12{=zgnxfrD1)fr=gItX($l@CsaYkuL&tnSV1l5iZb<RH=2%G>
zhFbCnKNFIr4j6jb-5@)CSIw)4bI<cny9ClEmu)`FkAgI(c(YNmXwL4ax+uvOxFCU@
z`ad$eho>hepWGCE1TFkkJ&gjc7OnNtPFSV8b&X69EM`{%2PTq~T1w)Cdg8qGq{84~
z!imkFy~>?#h=vd)&D}7%J`WYS0li-scbQd42U}GfNP^ILRh09g5Q9`G6tYc4{84@3
zf@Cl%nA<@=TS2KBtBnEd`Co275jF(8oZ$gTzLKTSI)`_AH-NeJ_rn-_z0<T*_YUU$
z=>~vF0HwCgz)?6bmVjSc-sruWCSM7_YMkPVG>Vw^iYe#~6|}|{@9KVs<jF?SKH(<0
z&mXw6+Ue05w=IRdTQ92S+l0*j9=M-AkHwe{M$sju011~~JmS0V-WI1Su4x+UqFQwd
z1R9dz7q#PAz;o3;X#$aS*1t*Vja3PPNJU#Bw%Hp&*G@}>z5tl*N;#r=H5vH+#cvBK
zaBgyDiQB_yaUbLmi(QIX8%$o_xV9(O%XDj;86U71o>G^nUblQ4G|*A6h1#+|gDA(f
z2SbVesuRyx;fXe4^WHqppuf<4pcmyL?@3Qez#Gk!e~Pklmx1iYZFRR!GCR;y^P&HH
zjS?<<_W0HAE;4!kMwQt=GjKIDY2N}j*?vD^l}`dOG63n5LA$~o&C;%*qu)Fj=olM~
zlHU5=qK@3M^gMT3CfYXq&IPn9xJW$q==kBX!TrGD`;~S{c>nawvG`kvs#bSZ=H!e$
z)SHRpyA=}wLKut`k7&_D|JkId<%tb3Jgi!P&P}6qG=%@f2B0+f1e@>x;lp4$Y{ySP
zMDQh@)v9{XXLu`5ln(ZwKhy_sn!Z~1z1W%8F~MHA7fo&ZdFK;)n37uZx7pq7*ELV&
z4=1I$>AEom?_JDY<@fRGUo)hxuB%1K<In~YpBOWQpbUk0i!6Nom$OrDji-r$sC&t8
z?gwXF-a<7=HrirbCUPdEj}N!0`X}wNiaPH~dy=99E=4)_53`cV5Q&$<%wEc@akP{W
zkN{0&X-%nhvs&8$Vrt`rd*K9yM1;Q|iI<iyZ`{QrAhFqiBwhw62f*Fd!2Ij)COHr2
z+s+Q<_uQO=bIVv~oXe`QddT)h=AV0}Mk0b07Sq~}pVe`v2>ep@kR*@QIE@^q+Fu=(
zupYp>4JX@&|A<8&^I&SzM)$;g^sptsacWyQ+h;SxEPf4kSJ@kWkpPE2r_l`vyh3L&
zBGro+!frIe!`4@~GVeeP@?jpjfVZfc(PK<DnpG5Mx~3Pz8Bq_0Pq^aB;g6jwb+t-P
zJ5si?CC#hiNOyR7H55s|=7b9KTNF$+S;riC0Ff9C306-3Adx}2l_#$`IPk&xosg45
z@9})-0rBfs#y`;5n&|9!zT&AiYA`<6bQZj{x+(^5ckCY+I5{GvGHKrg6r59Y)DN3z
zPC{s5T*}@)0m1VE!Rx?wz}o+#-#Fn1sQD%*KS@}}?81jCrui6u|E7rR`I>Yq=@p)R
zSO3*ov&ELrF?sWp_=8C~224t#@Md1FuJzEOu&{Zkx}a6#)G;gH%zpFC=G=J~;=95Y
z76NH^qlkEscf5aO24KAgu$bMyh&PfTq_y#WIs~;7p1?@<COFzs6!6jsMS3Haa`&^1
z(1ym!RxO9!t`2BM&B(72LKv-k12Pcx-hlujn`|2$xHwR5JnAp!2R|-i13{Cxvuf)1
zvI89jlaM89qh)&|LG-el#`#axDMeD{b@X=gOQarLq=K@ES3nDd+ko%kQ4I8mFyw`x
zB;a2A40PCl^us2y*zWVqKFasJ$;)484jHUCwyUT%2e?n7Ypcx{cQ1n8XqxRG)71Lv
zV}EyOK^(O+?(6++G>4~iUV6NpsYqrnSTd;3@9pYi*X1Sy<HE#Bug)G`poRDTh&uOY
zFpZTiaA;U&q9#F|1~adC0PImjQP?$pKhb8GwCeGHLO1~4HuqrfUHtoc@}DhxK{fl_
zxkXl#nYAv2S?xCEwr{Pec330j?!8NX0{*E@wj*!Uh6UOr7iUmVu~=Y;a?7H-xbsj+
zv#d}KrKp?S8rS1|NrizRl6FyZ(c~BYaCjs^$98;0rmA&`RaCb0;JQxx3xi3fX#+4b
zqk5)ui^`6OKS9)6vXM9dR|CQ|k@Hk*3@L4@_@KEomE7+%p{otsr>{`o`Y{7PpLn~m
zf7Ptit{~}prnbS5-j}BsR>Zx#cg4Sh;rPDlwJG#xrt2{XWE3~RCHszSt%pXhVj`0x
ztBN){%6w!B-8J@6*xhcz^|#<hXX>*ZpnEWWSO{0vIu}C4w<SS^J8VIXClTraJYXmV
z`T4ukO<p(v1x}NpT&^5e;kx5OsW({wV3^gK8O7G@0DV49%i;YcbKyEYO<V}$uG;Hf
zMMy9pojI*Yi6C*b3c(}hT~9hM1ovnDX{_7~Nl&hR+8sqRq`1FFO<|KYvb>Z9Yd5rA
zd(6z#Qjr?ZUr`7)JT9-Tr-RGws%$>KC7DI%p+$FMU~PWAz2Evk0`z(bKAtww%Z_n3
zH<>Z_n<HD~)kMTrMT9_eDJV-TE;B2+qL2WtzM}GX+5pW@c036z2yrKKY*_RjK*~II
zpja`-B3?S;pS_SDBFy^5e@_8qZpfxW^Sy}VIWD9Yr($&0H6ytUl;lrJ7l<V`&K*w{
zf?k&pe{b_TLPTB~L{2Qqsi-<n+T&TU^2}@dl(cX)v6T#r7>kk1^q|bhpjD~}58FSM
zCBtN;#HDU{qKNHq(EnxeRro`e#)4){f2i3#;VnZp$x*-eb5oza0~<~LdRx%Jbgwnj
zU1b!pgw&L^16R8PHRzB39cN4vqpz}?kk9Q0T3Q=ClnA_G502^LmVh(7Y_L-3VSySC
z3&|lx(kT+UQLD%Ib5A1zRk&yP7tIM^sc3!UJ%f##X3=`(PEspoEn#+%F8y;snz~`m
zl7o$gWYO9<)x*i64C_G^0+m_)Vyv0eS0l5RhV<hJ0x(SUZe3<s(oOHPOGl$YiQ8UJ
z#2MkfxP%1tn}<L7g{PYY;Qxa!x-ImB&P^F2R0?Y&QdhN`4yr5iwLYjVh)#MVJG3S^
zgwjn}!EimKrnSt_iD&4=ug?tq%0+HbFy<j`;!$sVpp%S%e!Gt@`hD;REW`$-2Uo@H
zZL>#iIp)6kyu=2VU0D4&D>p!AP_&e41S=9y*6;}k4mJ4R^kd%ii#vRrCnSs=%;17-
zcHV$NuWfD)#WnUqMI#kf_61MwdpE292AB=N2L8KH6)>%a^b`~T@HwSmfM3$d*xmTu
zZP(%Bo{&nQxA(2F7Rb~H4}(+YW1)tv`no}Tj}5F5&puH=aDAI_&SADAOzzC{vZt(9
z^0NDFSx}RHRrS!i4rWh2Nt&0YU5mDdb3#=Z&;SCm(aSUEK*F7?$h1Yv+d`o{%xS^o
znTAqamJ{kFzIfMg6~ZG|u^OY_uZ{tDqTXG3Hw#8gzw%gKREFP8P6vGBm0L$vjP6gW
z8c%kD#cmox8@^ZLmUoPvb^q}->@Y0KY5%$crNc5A@Zh~D#Q3+`+C&G+VBfK$%Z)>h
zY=*W`?IN4#)((=l$cRM;n8+b!GLB2oNHww|2UV1(xKIH9X4Jsav)3v2G963;VTQQa
zc>O%XoWqmJY}x1Xh1g;3iN5-(B4h<DjO2E0MrSMD)nj;Hh5LGxbZeW6ISMXFQH!(#
zLxFJYWLD48_2_U?_-=Y+atzu!y?RjJ#02U;?&JZa51ILI!)<^^|8TV1rHaCn+TK*S
zU3cILX|6>>CrV9*ET!*K_0&97oVS;RHav)!{DAuE6~>d5n?h`)ryi$kV5Cq=YXp}Z
zchq1c50zBP<+XV!I<STk=zZe!WaF7ryM|qDPF(ref$MZZeW~@}#63C~uk!g}-5;2z
zNzT{)egq2GFhpZ(YiPxwjCHdD_|(oBi~|%>^Co>WVE6v5*~y$E)AA<^i?uGZju$Y9
z0|YXfY9pcIl|%P{fH+_n{i#JTV{2ervrFDqdcEO33O@LGB$$_)ZY5|u(|+3lGDxKt
zX)_zGjJ2y5j26RrZo@#eUA=3V#O%0RFzChGQH%bKX?-<Oz%wAxf%M3wl$<UFkM{;_
zazq!U{<PeQPiWw+b3uYcq|r@b<cKS63FK#1IzG2Nma^WV@3uNNZ|!J*-?l*u@l=Mf
zyaGE4(&1j<({L7pDp0cH*c&VY#We&V)6pgq>VmQioX$nNLaV&W5WD>WDUA%Z?&HJK
z+r!?ctmg~kqa}^{yF_rT)O$xYea_9J_?RiN#kY9|l-wQhQ6kh?Fo#m7#W{oXKCa8#
z3OBISy6Z!KZr>p6o!YaH1r~+l78X0gS-CdF4-c~lY83&+Y|Xy+rIoMqf=TsA!?5AL
z*hOM0lLD6u9N*)?brTs#sxCucQxWc@GjS9e1{@h6?Ddjh9zHx8hNZBS@RBUdLO6W1
z_@jjHQEW~@Ccsi;!Nt_rHa`X=!GAM(I~IB!&U<yKj#)b)T58O0la8m9l*BK()(>D^
z3V&+R2<3>rf!ymICF)t=8s<Evt0_jOX@^2cE~-F|$Tv|-=aJ)g{r<2wG9g&DY&(&6
zVlPAr&gUSZgP=z25p2L|9@xQzzz_RXQQ&T#<@iLO1E)W#!g$GI-x|08X5RNsH{8Wz
zfB?Fx=wYfHdcJ=Pn&@b%%_RRdjbA-0LFDM4{r1@6ZIlKq6rY)$NQC&imzTY#X#$3N
zBIZ*Bo6gc=9bh53&jZxuy~T5l_kTcR@0Z(AsyJH<9jI0nWS+&)8_gctX(EOQp5y2G
zBUgY{<rdvFzG(W*JyKkOB{3v6sRf5Q(Q9@?(S-XxUA#gWEpFfB{S~CDO~U3I7X_zn
z;-z8~gN3j0e%Ie)I#2NkOqwr+-?o0Tw{XC(bR@6wpZk^67@yQeD_$I;S{=*OUi?8D
zN7fBw;qO>|9>wNW3e#lTFJ2Z}MU-oH!^5uIUaL=?oV}j)P-A(b56P@bV!8r_djAj<
z^iJn>yPjAr#r?!5`Y>s~zF#hKB|QrlBU9kV*8e$0+fLR~=<F#iuGFMzp;6_xLnb2p
zoMnDSCezHalXl@gi(skj-oOmm(3_?Qe^)h^T!;N!f2kY+C#p>?q;z;=j{0%8sjXYs
zT?gyUvJHasdYkv-v<zviI}^+?iG<CQo9g;tH`OEqvEUWY!U^{KHtRbS05OmwRvu<u
zZ&CInJq-Dh=sRpxdA8J$;9T%Aq_@l*(>Mqh$rK|_q>by}aRp_EK)vzI2-4>_gn<e5
zW~}W>z5O(I6eDt68bn7M=OFqR`@t2*FkfX!s%e$J`m8$cTN#Iqb6)xU)-`Wf-rU@T
zIJqN$dwF?t+!T;WkC*O!|KPe!+cx83bf(#1XoL$a%E>p=JlK?0+2Sp2BBtU05$8A8
z($&X&1Sr*Zq=pMPO7%J$0x1Pc&RuJ7Q@qm$^4g0<LG&%=cGwmd3(ZiG_<xu-<vIvJ
zDgq0Ck6Z4S2Wx@dp<Bu^=z)f}!BmKEh%;&*d-8Z9r_~EcZUv<HfQZ%)x~A<~Ui;W}
zLGeNGAwt2HSF)WE)j&4JVp2>r>Sogf94wD9YxAdRXNhr`28T235ZaM9lhmWmYb~j`
zSAYPsQGKY42c5N4xp|=z4D$_+TAQMVh`KZ7!QFWhO29zx-mi^(DZnM`<4=6?0)}Z{
zu(u*R&HKgK+4kuvkrA#&!hv7#mT7|6_>EgDq$1+d2QAvDIF%omQ5}s2cKX|tqC5ns
zv$yR#gz0vxq9-Hm1bgX$DlrMfzVgKZgf<GxNiR$ai8Ie!B)X{!E6N?G@KiK1Ljmrg
zhH=MPab{={y*8x103C3PJbq0!<x@QWRU^9&*+3)!A#Po~pF6vFc!UEUT_`5cGwD-c
zVo)JYel}$IX_cMuh^W?Q;w7E%)$Tx1PfjJpkquQHeTQ+W?p?j}XQ?_^t|k10c)lb*
zcQIPBh;oigP{U6qzo<0PyYf(!&|f+4_girKxa*M#tQB2%rFVU#;KuJY;|ep2!tIN;
z-dp$uoxIsR<4a};VF4=C61D{5K(a`N;(%=y?59syiZm8XX$nLp{5`HsJ^lSet*shk
z2S|vf;ACb)4|u_!_F_`D&a0@PR^adAf;yLYC@)xXFp56E>&UT5+D=A)BAZb9=xNr-
zWLEfW4fef~iG(U3Z0;?vRg!KSMzYwfJU13c_wfD@Iz~`inN<(X<jaLx+-vz*D-ORX
zAsSemtN-3e>pP-5N&68-0yg(kv$F+H_7;E=^aFEqQ=6B7KhN9Cu>J_2<bk=xTqss?
zIU_v^V+`d8l7jWD&!~Oxhuz$nt|N1tkMxTn9$aIKXPzI!ng^N5H_}~tlALN}ujBT<
z!AR#)(TinmaJt=w1TI^(WJ+H1u!gV}*QL?ms!YzbEVvbb3{Fo^O{d|)e(J2C&mbGE
zUKoBNi5(j|wFW@Y01<wy#7V}sU%w8~zE6ST<ynV95Eo|&T2riZJjvt~kKevAP4Wlo
zY}FfPH%GWb3l7aVtVUil1i}2FvBF&@BrhKSgnLR{{O55Be?lg<VaRTUl)Z*M;Jzu$
zXwe8k%%WxmJbnVd{H*XG(Go{qh~>VJjRJ`2t^5u?Z2)-JkW8q8M1Q34g{CpV=L^LP
z-XG0S*ql*}!y&BNg-ck(V|1TD6AK-zKQ0?NdVQavynP*AKBmlN+2w+feT%M`vDy5a
z_q*{b>>Um(OXvEXV{}{LsdDmt9ySo2@*UgZw4FmogP0CFQ|CU?d<h7cmZ@W{Td#yn
zgo6kb)_r*07KavEWMoQLkTvMToAzL~ZorrBB?rP<0Ko-&jxrDh>{8nq@zyQ`9H!HA
z#WJPiuri|O1BRQ|u|mq7o$h!cs!2-NhEZhq)NdGnRNXp9K~!#YZ9=RYWw7K?@riK6
z;z^C{X@nnbgFvutq5q7a@k?0l{vjshXk>$Ub^29f7{VOdsfe?|k6@6CpI;1X;FH2G
zxx2sH3xvle|8A9oMT%7+c_{ewh=uFYt;$QrqnHjM0;SEe2CkU>HdE=~Yxe|&w447E
zL7o+~PJgt+I=FkOzG#CWF!g$=xNhaGVMkE_+7@PvQBNu8B)t1Z?6`{@E~(^V-^J(s
z?8y&*WA;U|os&tp%I)jK1PH!+c-Zb<|KZ^Qc&pQPn|X&`UVQmP@&L@gVG6<U|6Bml
z(LK!2;%?X9ir4c}ik>tX<1;LU$ya#58a&`X8aE&n0dxSPv>GD<PwWg^J67Jh!Ydo6
zphZCr<pW5x(>om$&8^8Fjt2>(b~ZzCHr`#%*O(%$V>0Uq<fs3PPY9uPAyhW1wg@aw
zi*?2tS4+<aSwctBj*gyR4@{1m3+2`ToGrF_BY^N*e_Nmo0pC0eO85+(RsuDOKQ6tm
zhG3l4OV^Aofz(CCF0-nV+#6Ye3Tvz_^tmQFlMr&LfY=tKB4JWq1KbdoR?N>I?%5C9
zCz-aT)?#*!0?t->MKMVSuK{B{%om!i<Oau<UKWSb>3zN;LP7w!hTc3zmqka{ndb>P
zB<JYE!2vEr!b3-v;sC((x8(%|f`6R1eIkehBp{2<__?re@im6SptS2VtyYF_n!MW)
zaG51H8LXru=Duh=HOvE?bQugwT~`a3TFEHRDSS2JoqwERZuy=8e<sh}quI25A_Xg}
zdu3S8qAf3o?}H(QjP#+dpw;cb*Lag{-p(hbPPdXD=Vs*zjvh9IObAA^TqDL`FJ4#C
zsE%86U664Q1J((*V4E9Qo4zrtYChK&C2@ojW{13-FG}h^JES$OgBp#*D?W^sM9(vp
zXB?aRuq<yI3-3^0m`r?PX_m|}J#TOahjuP}{=!zvO$2_)72E`ttboSjyGfx?#r_Td
z#Ka^!5h{CL$yFV&O+$xTsNkk}eykCjy(makp5_0C7!Ym&Vu#a<3kweXoy$XXfRhbG
zR=x#XB2&2UP~Murx}`&Af?K&^aUi%YF511(m~Au~E$CK6?`B7`c>Bs?0+?M?C#Qy;
zzqq(0LY~a9Z27bc&s>$c)qo5D`W04p^(6F6jQNnA6>S7yT7w1%Af3=W^ef@NEH-)H
zbU+pPS})gO<!)D<ZBFgt!<$w9Y(~-NVsSOkmSa_HMj6T<M#Pz6vR&N=kGC3zSk%g&
z^zMWV7ijh08bv2K(^YjSs9vj|6bdq)jJPlO(5o&xo!yTzWOMx-Uxi8vG+B{@*5gOx
z9HpsNG|^sbu-?3p?t;ZC0mUiyaqoYF0f1P5E=rTk4hTbFm4NX03@fGPztTyNkrOes
zx=iTeUFYj8=8COZm5V2B@{*HEV^B47I*<F^{c{UL3L?$KXPo|v$Fe`LiXD+^1zAQ!
z509=62#YT;SI`gJWy543@DxjCB_NuEOS}M(;82>Nat<0$GRNwj(45@q1{Ymn<~RLk
zm<2Sh$N<X-XzF!dYQq;a_1oCArV>U^&1gz&RE8Kk{+Np~%^o>}GS*l4(aR0$G(AOX
z8SGkF?ip|Sg%xI&y3}xB?Py_`1qRCGrO(9X;;YhD+ezL&gd(Qj31-p;_`Gn;_^AHi
zxgx3Bz0ySEN8-T6Q(9L!VR`XU-LI}DP)|a(*FW(2kD;b_4Mes8MHcw>$pBx5C0z*K
z{Vg+Mr!hiXM6wnb6PMgG#;yG$(E(DHA|5I_Q<F<J5vIbk{d}9_McI*OXJd@mpKB?k
z+KZ=y;H>2kikqcl<%EJs-`v)gh&!L0f;HB=+AJEwtzO!o#uEr<qRE%#$D4ktk+**a
zY_7k10M9?>w(Akb$T|}0i-Nv>t6O%8GN&jcM@tD==)cEN+;Mej!yXGUgHcR;KBMFo
zcz<faghR&2oO!K&J}ML!dmUjic>XA*b43eQ@Yj7lWW^4HBw7$M<=Ie-@=o#`B+Ny$
zaKWj)2dTLjHK~3+6TJRhfoCm$P70Fp2d$0njolEP?4s)WVTe;0PGG2Qf1L=No}Zge
zA+y=S0u|TH*%>aQq*o_TkY5U(96CF<QlgrQiM2Uc$Gg=K-T7B-|0bfdE-4i$kM<0Y
zU|OXavik~XwL~zR#<GciatZmzNej{0d!t?tCE?3Qj^LT9*`@Mo(ijz5!U*)wfQ7N}
z$QzW&%gW*<;3>3^Sod=n6~3NDQ6;VJoBOz_``_4jqM0`^0pQC0#I%x*QXIPzKUE&f
zt9yBz|B2gcw5K8ax;n@zdJ%ChR?8wkRu7EfIs3}=O-H&4*FgOfs@{#Pe|n>4DF?Gp
zcXi&qh27-qQKEABkGuJL`}N#T9XPJ)W*F$~_=UlUu_YTTp9v&Uk#%erA0Jq<ub03Z
zJ!bs{Iik1mGeO<M9|6Elt`QW?xoVFbS;Aqc0cRlMkbQj#t9x=NWJ{lYG6b7Yvni~{
za%Z&Bueg!@T^mAeSJ(4%Bz`T}1HmFDwEE=QSXVL3OQXe*7NxfNjD|H4IBo!;oOB21
zpMjJusn?^tcRL#02c|`#EeVJf4~wuc-g}MOYv|cb<6f@S>`O%thk6R$B!<?B+Ru7*
zHKE~ZvciJ-6Tx-cYVwpRD5x+cbpAfvm_;+UZhX$l=jleo^b#jF!7IKZb=SsU!-wn~
zkgD1#u<>^tk2ley8}Bnw;7UDn@cR0Z=x#Kokj``0AEHkKzpP12RmT=OtfJmL5oHH7
zM{pIV4(P*$x|LS!H&>lc7jA(yykP`YYwNUrHyfwac-nQnaG0*re{iRSnx=lz$B&~i
zacAq3tx!i)MurV-v*^|CdVcBr`@$Y11dEa{=&Wiqkl{&<LVgQS3-7+wYy-)CG<c6A
z{oO|^pCxM(Y0<KZt|JqM-nh_5eDUf$Ef+2Mr`^AslGmn*caQim9qDzxS7Kb0g~pl8
z<B}QFUUuiDj>4yDHR`tYjU0A5SG?RaN>grM8h58Pmp{$1-ZRh<)9Wx<7N#IM4E^-w
zRTb#E?ksG#=2|jH^wSh}L*H182sUq*UuA26bBe9&usEUNO5gac=pflx#bFaNV+8FF
zP2-P)<0iQHi}BcsZ}+d14cwcy>hJZZoRmpxteflaRY7+^3a283Vi7tla#U|LJ1Cqc
z^8`=xm}0%<j-un{%=tky9NAhhj<QY;;@YD@pLGwhpuvk}1pU54)2w}_Uh8&8fjiWi
zkUFR}6SJD!n|(^QJt%TX$_T1Q%FAJ~bM=ET+&RZr>lM(Gl)tMqPi>m(ko)z+uXmD<
z4$+Te`M6qjl?Md~Blid??KUx0omzsvteV%QgmAwXu^)Cn-Q;IA-;4>7Q4y97^g=_b
z+9|YL^y*g*Quq55RKSAIQ=eTe-Ybr<7eDn(P`tc0sM%c1dq;n_NkS6hw>iOE04Nk_
z0Ih&?KiDnS*17Bl)2yZS<>4WG;Jr;?8umO16UKGGxqv&!X1*RfGBKuH3lD|?Ngt|q
zpeintSBQ9l<7mLrE<Ap4a>+tXlqr+R4FTTMC_Ng5gJd2@yvY4X#Frc(R|2|B05+kg
zNk%B1CH}{w9xMppPriSvx=tD{;1Rz=7K3HSoEkc^8tc>dBi;VItedK3spH3fzZ;nS
zol8W1QsRRjL`d4j&Bf8U;7DrtTEE7zNsUZto5KZX*R!W%tHXors5)87s}M2M#e%6l
zIYemL0n$Yq<5QH3R%&dt*ew?$y6gM*bsxA;$kF;KGWRHWvrD%w0bqcSWJfJDC;BuE
z2F0N+yq7c0%l)`7NIVy}H(<VpK0);O2?1(7a%XZcn28|`#iC=as9cGxdw^OK5Z{hK
zj0mFR6(^2#Q_W_k;VoU@{c8K!lgu5aN#U>^6Gwlo8{kR&nfr8hk(w5wNMi>VGHjXU
zF+>zU%>}(yHBX<6{o%)Ou+=0HJ9^s1XK!5v5>`3qr;<qybVQG^B-SIN3bt-t+f}U_
zySFdNos6ssn!AmT=<Ue%Yl><7N^tou7vA}eI}K@EWhHBMz2F}ki4w69hg!?b=TALB
ziy{j-d~S-<6``b`b_h-a*%zxm$fvbZ&H8POsxP|h?5$M=x%>F|(1jjvR}Be>ib6~8
z?OIdQa976AUhxO7F6a+qm}QR_+YlI}oI#C;^h4hWj@yeVz<6a7I*RF<FcJ<Ug2wCn
zG6r@V#YX5n?th6xNEeuG*)im`1SI#mcecqvD`#5+TDm1)3yqjTgehR__bAKr>pRkC
zB%cjNwKAfB<JQKG-%J}guzb5V#HWrP$lBVFCsq|Do9&n;#!MruCkfYe(!X}AF1ycF
z6Wa4DQ``eA^--K1<S#aCL~nClxa<m&poB|)cu49TEvHKNK;*%#f0tfI**A*1(Hz^f
z{}6_rOR`XFTvKyB;K#v(4TYP)p<_B5=^5p^2(p-K#Y4vYBIyEic^k<p{hIp}xxD@P
zZyF;B6#B~-jO1)Nkd_w=BHn%dYz;CCPUFW64dHtByw{_$1!Pgbm8O(#EBRlMXZs1Y
zrGikA?YLPBW==dO0rbPkV~gGS-Jdh=X-VS;Gn74_=V1#@zb29MwtWnc^{>h%p<`x@
zqvUCxoZT+@C5Y=R1v_wnf&MIY=-yxNm*z`S31J0Qg5^^xXs&sLaoD=r8gI`fgo2EY
z!z9nY`0(;9Nfr$$hSuqyy5w?cMYZy(P6N7W%omw9MT3)ese`m!s{`pA=QuUulMBZN
zY4ya};Pn#3N-s85(8y>uy{+pUGb5A^4+P8}DZ>^Q_6bCeLC@EpN(M0xMDk2xN=w>(
z0LNJ4N9nVeNykV_s=bWxwqce**z>Ps*k^io9)BQcanUQ+37sDax0Us7Qphbqh*9O@
z>ZCEXI#&~jn?7pcVf6+$A5l0T!U8H%0p{Q^RqztP;Id5-<haYA#4i6>TmMuCcLEta
z!-i(mD*n`QhOT_EJZz&AB=xj<L(ga|9l#y7@2%&pA?)dZSGcq@<%5J`et3$r_T2;_
zY;T5B$;O``6=}MlV?5NE6;1y+7eolssUg+Y5tri8lBo=CxTA|9Mer1P&-Nr<L)5L9
zKL%Xt4t_B}0M~LmT)zCjl`y#f-z03<82}BiP5IR|*L<w`h+59Hr#xvjJnevwe=V@L
zsw$crLE?NRE8-A9r<DI@4-@Bvo!^5DhDy;x#P3WJXksR<>I*S<WeJFv-eI2nN{ZNs
z{jqw6@lI1T9v**4J7b&$LJ+5Ws5`dIfq&S-5|id<NM*iR%csnBn|AYsv(cauCd&5X
zRaK@h<H_p%hkFCV+T&iC+u*{h@Ur4luyXt9&y*^Ce1;nwB4#BI7^#4gz|Knn&YE9D
z%2<fG>Bh~_gz|&yga`5R1f<SKtu5q-)dlGu2ymfd>*~dwGQP=!$g=;;TGss^j9xe4
z{!(B8!a9C3<sjxSh~)A9YFvz<_^}|&Xy1ioI=jXEc6~>5g~)c|T@QFE@8Tb2E~6Jj
zx(D5p#D(&hSmIs(RE@^%(ZFy9%-(lC^Mqlp-EMX+%h9U@&Mv2jE9RPHt-tspE>(Cs
z3FEOMi`eVArt*{<7xEYN+wuQ!G{rsKjru^(51u~Z7*&;MeZTg60DIfb8<vY6#1=9y
zP8=I`=&pkE_GDrfW*H!DN2!tuRs&cWO}s)-*_!dQN5i2cZ7d(dRSwkGVfyeq_j0O&
zxJlw`N}MD|L>JJC{X>$t<Jh<VSqD!B+<&RmX8dAnuWz1oy*&jlqM8SP27Gt#jmk#8
zEdFhXZhEPa)={n^y`Jv0tTO)Q(4jkcpBv>3cXZPV1S@!1GYrC9lC*Nk5ruiho~?l$
z7hyFz=`Dr8wrBgOJ=aX!#SxxPbA}h?Mh$b-CngB6#{fC|ys{DE)lZ!Y?1{-qGGnXR
z!ZieYQJPNxy>gvWduPW^vttn=sC7qRpjnFDwf&e=TM=otE4*SM=NjZJ6n%JImxmm=
z+Tvr-y=G(#HOgYl^f)-F&~iei*=Uegz`J6VTVGcsK>VETpvICsJ6v;q86om&cC#4x
zwz#I<rO%QMcMTP<aduGx>6<Cs>3Ly{V|-OS!$Hh{&v3scOd@%&fJk8b!HbNQ3Xi&6
zOExUjW+QA_8eZ=6UIfE2c#p|LdQxy0Mbs4BKe|;N$&htNcJ?e|)WSuC`YeHaU)D{z
zaH18MaexRgw7&(MB!ky>^NrC?=bf;jb;k{uk11|t8bMGE!0Bk<Y`P@yN$g=Mp8a>{
z19d;Vm&?Mg(tRsRz`;03LK|1pB9DvuErumFB${6048L9DCXL0QN);OQZ|m3>1J4e7
zMJge9^ie8<(fU15V0DYRP<PhW)!9C+&5Zwxft$|VqV({CK=OaDcWC$K5}Zfz+n+&x
z4amA;yUVA^K$6*`Mq24b!fOHnLT7WhGoEav`|?WabH*H#`Ly99pTB7;vD4hX+xYX@
z$yQ>S<Dp;2yw-zQTMYS{r}EfRpd7PJUk=3!oJ~>kp|2uRW%5v9KV>L31_x(&!pV|>
zd+bwN(z3?|ZkjXPxnA#$Z4k8gdFKs-nW_-5$)G1(*Wi>ww`9$Sir?^-3-juTex*Wl
zclca{ug*bY|HVv1=veb(uD5JyV~|A!smS4Qo;gZNJ#BiK7|1#w4WCIgS&%UvYexFC
zs4279EhVPqA2o+Mo?U<9XUoALiohuqXHe*diPMMP2*m&ARo(gv`5!3U*P6uGZ&rtk
z@xq)82dHkxHLe9?SuxH~*~_*ZKem_YKEqr!UjM@MM53H&<YDJQA!*I5mR|&Ae>FpL
z3KnOEn?1i#ie1|Ka@|szc!8{H969HZ;OkKt%6jBcLQJ9y4?VEMj*2>`F<-q$<H?vl
zDiwHX`>oGMt^VCX&FSc?bUwxH=`g(sb*0rT`0eM0MqeZmG9zaibprKdGGENIm16vl
zL5MFC;=x595<n0~@-eqekwR6&5+e-|uU%(OVkS?v?)_8r0%R9SGE`QsDt*3p9W3sq
zh<YS~Z<2j!71cVGzJl~tc5IvTZbr>Wn`+p#@1ucFtgIbCJWCB*2EdLV%te3xvV<8K
zJ7{rT4l7hJEA9WM%5qT^HzK?(Zfbz^>z_Ntiy#6{f4i(88hx@`=!8E(*Q<zW4+6(f
z<?NaieBY%PdyAf%`D4$C>{GK?A+ueh|AZC==zQLBPxUeJ@VCt>zW50VsQ-m(%mXiF
z2q>}84VZOw??eY|q#4FNOjFXiQXwYu%`W6RIKH$2X3BXd7{(lZY(#O<_zDQ^bgSt{
zs=^h5vW`g)bf+ayPC_c<i{Q>XOFr8<A4R{^flRAuUxPb#p%JF#&v4Q179bmJ2hL-}
z+acq`-*5^F#0d^0c_Yc+9gD7OLNEFzA!5*iNAh0+-)jEeT>>eYPm?!K+uqfYZWq@V
zOFvFl1hw}{C}#Crd4R<7hC)mtsXQAD1Q0bbC)hgYu>-OAoVo}FT@_>r(d@L=1H_#)
z4eHfVt+&=bNk6X#^TMX!Yk;qt29)fW`4HG#y<ImtE1v40^s~HMM8e#(f5s%9U0hfN
z3@%|LQ~@|stv>UO+NF1Gr%!5d(b4hu7&?=ALJifEXQ`c&yB0W(y=l{gxJZ@Ix7jvD
zxlprq&;A{Xse|7&wn7Y~INh6;*jgu!8?zj3f}lHdhJ1COsv<b^8r`E}1!8r7yh}&i
zYGJ$Xpx%uy7e605!l=&Oy=r1nYHQ_@pYMD1AjrbEY8fFJ2lyV*{%(o9iU5?5*Kl3y
zt2q1C;NmmWgi!R^{5nJj0!275^YF9;-3*@gSWLc=vc>VWOOal!rkr;hbBRY@(*?%h
z;NUO+7oNVVbQ>kC%YWo~z#<FycVh;8tJj&sP$TsX5=fBD_x8HFj-k=@dIZbv0X(eI
z%#Ebbn*B{`FC1Tz1y>qXo&fdcdxsAK;Njg~J*hwPn3;z3#d~E&2sSucE8X`=1hU?p
z)W;?92}?Y5OVwg1iI->i2k!k)V+Tq_t~`Rk!naa<Av7mL=Qk#c82i1&8i6Txx+$ho
z?`rl$>I8#=qwe92<}Rt+{K6Abrw4Q~dT6aRCv8*OGWC#tb2X@i&c6>pZScHUe-nZH
zK>TGo39m~$lB<d2*^8*E)B_qM*~Y=7`p(Ym=Mk&#457(V;m5J6&BGBIj7a7S-R#sJ
z^w#drq@&>XdPNHqlm4B-ctCgI2MKU8eN``p3@jjR%bbHYTOZtpV8uTwUzd;ny!26g
zu@i#s@ahROQFGQ3WJaR_Q1U0LD_uZl>$YYbKx1K9F)t9B@i0WSt{iC=KXqNKNhFt6
zRewTLv?oWbU4c`v$3QxdEiNz+z(-)tMev~ZhBM@5?eXbwiRT96tO%pYz1~!}!$A<i
z<Pb-{a$53Yi&0fo{vZ(qP3^D?TJONM2$d6}n~xB7jHl2X-LG!&CxJkYgMib$d3v3{
zZTpjFge}_s)$P*GT$<o>I^xJmx5qavHF2uI<+d6-KZs0iK~MM1{;s7s^9%ay6(1X6
z$F0Xlynh|kzoil&Fuk|<f&!F5V1M&32g5@6@82@thK$krO2yMvn_oBWf8Pf2{tm^&
z5K%BP4ws96G~MET8Rig|m5z)^^Q!ea<jsbSDgUYg?gA5(8_H7Og^JZD%qOAz+Jj?K
zsM5x*3b&`z(WcSM#K4!ZjtP97%{lloao-EX)-_GG2dba*gvNh#xd@zWjA&YXUif9>
zb-hcUq5A5JqN<A}7(W;{Xk|2l(1HL$6twe!w3U|0BTr13Ke+yBw%_}ZGPo#&1woNm
zc#Hp21VJl`h*ANFaG7#y{&U0EnJCVRmpJ{9+6+oNkXq%veHo#$44TokLqs>Qb3)qv
zMg-6hci1`YekRVbbAU)Kq`~0>3j=^YHa)-*u^_=41=ntwvMtWOXD7nU)#^v_s>d|2
zwpy)jDszlS5`%{lnCr>e*YZ_%|3sB7ZL6w2UDXt6QOQ~P<kvx5{zcs=<pv=(SVibZ
zP|p~lJ0#MHM@-a?Y7b{}vJ!QV7n3$C^gtnwg)N>{h*r!v7QDzO#i{j}&yNdG|LT^P
zAON?D1B}KP``?CuJ2Bj3o`{T^YSd~@4lxli@e>c>1Ln4t8N?qNE!n_&L_&h`(d1&J
z{?x+K`S!$qVhS}S!L1F~Ng5YMB*SVH{D9x_^^dlwwyYftF-KkmLpOgoIZ!)wnbL;p
zm3ZnC63Jh&v#wnKio1;*H1baQL`?e$58C#f;Ybg3*M<$0mujj{4v9+_u6$%eoG3}%
z`qSq(LUPCvYRI|N`h=?HD?5o>(3`-sFiohD{oTa*qQ7(WDM4AHs=M@e!oz@CUkYAZ
zWNW5X3Is75kc#HNhJTOlVn5Lvf%XQL925M2Ev4Qgi2|V@7ry2=wYO3E)$?su__ISV
z1i3CqWJ<9M7MkgvvgI!YwtC>-ZnOXh2l|bx(^KSh79;7J#a?svL0hh#2Ajz%;7I*k
zbK2S6{ZOUNsQb8Z+(We@<P`Fk^&SVGH;!Dxs^?Ek*kk#(NXhCA#VG-a4OzxT*FnY4
zox!;~<A*W<SmCstgp)(%^8^CKq~oX8Y+p*WSyJsYe@mX%GjkP2TpOkjD#gdYD44Vl
z424TP-VeHjaVbIndq^(dOWD!XKC|f%+Nym@wf)u0lZv6kM{Ks?Psk(^VPc#m!CjNB
zsm$w;TW44(O_87X4bSw~g4-vqx6DWa(&{hXQfiK(z*J}78WSD;v#UTR{t}4u*i6+i
zb|Ef?G-gSE|EfmyNvuJBI5uV5{UZ!(k-e9%&xwcs`kdTXQ~8{&?#0j{kcp>nL|CJ;
z;BF!Ztk?5x)P+bz06-y=R@(*CUgaU(*NPTPX%t&1KcIs$n;L^xC-e3|!#tP4wf)pk
zdX$0y$!w(%<uODx^J(}GCxu=fX6)3+#s1g)*iu(z&7vufL9P_4zK;ULb`ol~lG66n
zFn!i^*MF$T9rm@}U)x*~wR=UMnRG(ONWUVrXPB{>60Cld(7s7E<8PDUgw5o%%X?Rf
z*)_`^jZuJ(P%5XIG#iq<d$XF2#(n8NkUC4~<n_J0<9}kV%q+&RBceSf5xe?qN)|o!
zVWF3x#j0j=dK$?Ocr1YMdjbnSFGk_6B1oQEEQ=<WzRKXG_bVCncz68e7=>nb--(T$
zl)l9kjirorG71tMXVkd8#A9nk4-7=ccyTQbkfA}|citbyXn^U`*bzsHB*9tfTosIt
zzKFUyx2rT$Rf$v0>Ev&u$4yTdh>!4f^3tkm{_pin!XK^CF68euvlCbv$2%>xb?+p~
zakOp{R-X?^2qe^*Z@Mgg>oO%&ao~CstPnTySK3459t7PNw&Ie*8L1{(4C%rkinEq$
zX*&GWS3gcg$(@{JrmVkg|IzL1U&(52_<A~oM5cm7@}%H9GREoW85w}Ququ1exOvA2
zYL%5rdq@YZ|7rNy#iDAitM>8i7)2RygScGx-H@nRgcc<fIX3z-l$t{sT^>+?V6-NN
zhQoTvcBMB`pKxZb0f$|VNRuW(gH8l~mGHt*tjy92Kgf)X$s!c{Nd5&$!*gUT<7Mo@
zB~j!rq4<-EMJG$Yr63Qvg!d5509cu5ud`R%wh-f93tp=L%;CD`2e^}&5W?Dz@bMRP
zZm}U9Vc~{y4Rn!RgEf>9W_?kCNfjY7hqYE0lY-KKDL=A|3wF!P_D8`12a^QT<d4VR
zp0CE0eupq!-L-u~ZgJGhgX%-5Ct2Pnz2*CQT?Dq+>Xc3HpVWqI!|bXCO%OsEA6VN|
z^A^daLe{xV5mxhCq4DBtEm6IY{Vsiw=-8Po6w^)q07*`O!i}_~q{Mi|h3gX~;6$<Y
zNo*ctq+Ij^yRdx}(&1MS@~iSpmMItIrqfix9nQHpvZ5+L>2Fvb6T2&acvrm!Z8IW#
zs8e#%wCgGoB~^i-<d;uL`%3AeCEnG8_vNyOX)y9gCnEg8wNnCZMhcnk`{13!2!ovL
zpDk`hCW13Wtd@+(J3KrK)f!%xy%8&>bVh)Tc>ChtA=>*P?f+Z=j$Z*-&*6Z_z5*8x
zg=J+nh8dS)sHPRSSo=gIa@^q;TnX^)aS_kG!powNpVfRxjK^MrDltB7OFmsKdw7if
zM89%X3g)6@gIp>5<8P!<)>*u-W18>AHUWV`Z;=TL7UE+=Vd67QgDsGl->Sz_y%6@6
zwcDNj;mWz$>YUt~7o6}d0M<d=h5v=G*Zb?xK_?J42BcqpC932Nr*YY4K>RHEiI+zQ
zDbMIdN|p87c51XK);u~+^dM_Amx}{ezk1fm7!cKSn5mhs?4ij+bKNvKydWB`!IA5l
z6~rc4rA{wXK?=QICSdp~;MI5;6A8`8`$IGUZgHe!qo;5BGx^nba=Z%na4JcR4zv!m
zt?gNcw{Txa*=I8yuB;Emvk1a(w;KN<D)HiFs-tCogVWJVt<$n6Dw?aC)WT#xem{V5
zth$1n$V!C#s6xk6|NF*}C9z6-$VfVzxzfI8f1bsy^NK6z8UgToc}A+#F2dvZI%MCZ
z-!;UC2Odip5zjkmaVQ4Mi5}H0a5dUFRT4(mgSTo>2S`v6u9tLEusXkr484q?aM2t?
zMVsk4Fm}G5bgmygy!<Df6!d?d>pk#k4+mg?Q&!n|_%ybG&G|)R_c29=Z;0tBX?Bb4
z;SY{TQ=is`pwe&VCVCzuA~_YS7of4;VJ|>G<)M1uf9aBAeMm)CZpW21slY8(#6$NH
z%OsQF!lYon&row|D=0YN6H+p2^yqJ$o8{75m8Fn0%o4@$3wS3-){U&RymdQU@V`1`
zCv$vLCh>eGA9Y2Bm1w(Psrc7F0a0S*^N4Aq*v4&q;{0q2`j1llIU`O(e&fX*c8x|P
zNWW=L(PmAvq@xqvUk&%Y!<j}k5Bs4;`!V&ZwG<xf=sUmRd*W+FKuK}#qgUa;BpfK{
zL@09B56zR$vRf+F$OT<44BFmo^ehz_;j(WkLAlJ{_;<z>H=yX?m1+Jw+oWlPjxg>4
z5_wwP9YA;8p>V<jk!MPFSppOlVptD=q1eAT$826_ft^yX5BU61i&GSac!tqo;xuWa
zMKX>(%SI8QU!4UP!F0}<R%XoXb#&45FJFCUO>x=S0{)7L$`b-PnlXcypuG{aLgR(D
ztW2t?nzKUMh&!iozOd<3A%_(5DMub4Zd+_d_{-2|#Hg%z=w^Y6-}RKrZjg13WO19>
zO9WidDY0<!4^EFtlupDDql-6RzJ;7-=~NpI3=boKo157Iw?jY-Wy?hX{J#C)aPg4C
zfoQ{jlax>Um(z>E$J2(%+PHe2TiYt_)_g__zG4|iD~i(|%P-Xd7=ze_c7TK@^l%Y#
zfF+u!Vh<4s8(pE?YX6HRw*WosV|_Vu?84i!rcekz{c>Cx>he$xlJ?iAL<9=T;1Y|W
z5eJ4>CeG#S2c=G<zP^#JqL}BeW#8BmZ7PUVm)N)uCf`pdv%GT$8<zj1M?u<>^Ae!U
zo!oWN!9)C$NrA!OKOr9rep_pQXEXYkxu3R~kq&SV0rM*rz!5A&Zb4CYy$o&zDj@iC
zgv1BUkBVL`W8uDFjJuM`;wx#)KY<SPJT^Sp!w>{~a_K+S<r0hAhV6cy+WkltQz2MX
zc5c#_oo!4hu`~MQrY%;zBKj6Z5y}^xsI88@IRqF5Sj=l7k#QhC`8d{?zOESg9bO&q
zyDF~u6j5bxT5L|AK0WaR_OQV+@g(G<9N+UEJ_7-0ZmkA<LPGspTjcsxB$Z8o^nPG^
z8t^Z;hobRGL}WM%O+Nh56<Xg4VMfJ0E|-C4#DnyC52?$GeBG9(JqY|&$~ZxPkX{}W
zoiV0z%xiI8hI#H$AM1Pii==8-1sG5x!2m)khl()cut=sqQ0IVsMNA@&>UB1WP5XOc
z{K@)cZD+kl(|A^N;LH~!1Fotj>58y5rcv{DIR@VsTgXCV&^DZh0C8=d68MI}kIYUD
zT>}xtKBR|4*e?>WeK8fz)1ZBY$0mf0J2%i7h1W`*{@9$e(_5bUp-Dc5D=MKc@j^jO
zwY^-BwbpPigO!7+fo(?LLl2cU!DwaIZ!@ZPbDRiBR{YpMp$FLs$xP0zenSOmSQwMm
zB~I64%3VJCji~?UXA8P-DW}{~8+odZ?g&9%AjiE=JVXTD45`7!QU^wqqkVcG0k=j!
zz{v0FiX8&*6#Hg>=icUZ1?57t1)SiCv0Cwl<?B7LZ~GU!ui|3Q&7X}wL|uA<N*~U6
z<3PW^vceY-;r0(H;YCQ(=bFigS`G`Z*dFqKd`ZE3#swH$dH<v7DubeI+cqHGNQX#E
zvrD&hgMf4{-Hmj&bayw>-Q8W%NH-6ilHct&^Umz>1AZ`D*L9vpj*l!3>!Ub)e|p^s
zj2~pv?~*heF-GB@sx{V<j{kiKpEBG!5!uHXvJ`qGzpB5;3gu=qSRNFc$obIm!~!Uw
z)nri_Vs4AWrQ;uAycaC@VV2ckyPe7q1+XT>!i>U+fJg!XP4mUT;oNzV!tD!_5fZhZ
z_Gd9@RcBl^-J-PcI-a4`U;|Y3z0`d`kYdg%X~!*Y*Whd^)KXSK%!YJx*~TmIUFQg{
zc>brIRl#iHP5|;slIu!bFvaUa1o$#r>k+(UK=&UOF*;l)7NvYgzwq^;n`iZ;UcbB~
z5`))yBRu?_$A{@`0ZAOJKo6j{2?_!t*a39ZK;LZr3a~T6*mXD%1CG|^waxy}&pt;(
zh`on{^oaJeBAi9U#$cQC&`f>FXsgmsBHt=ZC6pq$!<EVkfg=R^%#nIIHjXLIjK|Ro
zVKJK8;#-<hWpBgu->g~L?Q*+E0@fZIX#7^=s~YsQ87Xe~^{Toav^47$A6y~V2T5po
zEB60_AlHvqyTxXJWU0mq6#<BGYSOT}n&P_vdIxzMl>N{)NtVrQwohA#MVly3ZPenb
zd6A(2VZ=Wp+@JP;fqZ2OH$r1jkDHw-<YJ%ml(Kjw!<hRlc?R!fb)8q`_r!y&<H%W+
zPsEq*cY2w7G8~7FY#V3)SZ)Ip!SM7mH!(AeX^rWJn~BKr?JyOZJEd3yMYw(}@3=$A
z$VbAu>Ej@!llqrpq=5f?0vLHPersiUW42mVx}IwDU5kk+9n>~2IHch@mY-e^5+C?`
zwhL3pa#c=~(T1<HG5DFEAJ2d3$`LmJlFdFftT6#WWnXeXY~IYZi{urH2nU>s-ZoY>
zg;`Pz^A^mJfA$hYl!k`LF`APb=6zhP-{BT%)cP^xv#ZFxkfzOy)XIV{%a}YcayvvB
zU|e}yKOn>m199%u&0&L51G8?7$7ic=z(g;|=qiGL<8Xe$ue8`uP|Qbl%goAJ&|=G(
z&LA>4t33oPFw|E-Nc1<4<Kd9+Y9H>@baiquW(J>bcPRQ^Zs(`%AI^0d@ld|zWgt>2
zA`J@dU`)?2`h~e3jC4LYa+BoUjd66#<6&zVo97ySF0|-5KqF!g?1OPv;%;^f?>xg3
zbbo|h<MU)ClnBr(68H}`*Y~4wx$J4_I=CNoxQL$T2cZP<%@V`6BM^MH#-!A8r#_DD
zgH1^^q58QbHf&6L<Kj{qkpAE0JrsMGl7%K#!(lga7b#apcRKPVQ=61Uz{TLqPK(<(
z6e%t0<um-XjIS}t3nHAkP^xNA3S{wZ(TH*S@R@@P)XTw&fKSeglx&hWl`?DEM#W7O
z1@G47ZbrB2WsFP4Y6^HOq*^b2p;>u15(_p$==m*62w0o5*QcZzkK979WQvG>lcT_e
zT}>>|@%H9%e0kd>FxuhXxJG4&-evlPfh&&Xb1UhK6B-)o|Eu>vMqaEUdWK?BDOqJm
z(S0AdoB*fQxgG?f|1EAd;wir$1_YOBCMh#dB^_QOS;F1X_8Ihxmemi9%g(rOZX3S#
z)Q&`w`xFgK`fbL%A+~KxlS#fbhlCqJLsj?tlH<}nR`O6}M?P)94^(Cr*tl@5+%%n$
z8E9#=_^Sk{p}x7VdugE?6p#w5lBwr-A|)@I<ozw1%~bL_w8Dcq1&y7#{Q2y0`!}Fs
zd=o~oH`=}s_g-mUn0BvFzAtfXLRK*q-J1Du8_X6ib3yxOT3*d5kFYVf^V(~i%^B7=
zOiPq}pfCC?D@o>LmW=qhp8w|L>zAl%wTThOO*~S*Z<3r|U&u=3W3m<v-MsBTNA$J1
zGRrExw&hZIGX5+ZbdcN8oK)Xi%E@j9Eqm~0x$yUEG2&$b$EE%~@NNHx3tZ8Lk!Lij
zQ8j(RiS~~-^oClipq0Aa=zM;B+>NQxu<vWI#rZBI1>q0duKkJ07#_eUduHj%OQ3+~
zc6o&8$@hufQZ>#k+CT1O|F>w#4m79YgU2iQT+l5*qTm=aToslQHHn&;jX@i8uZa_*
z!+Za^P~{sQ8TkA&3JiL9(Iyo{mEHmm!d{%y8__Iho(|FoxN)^fNpue}%-@05WgaEQ
z%UupbdrQil!r|i`liQ+bzcMu~5^rP#9p_Lj!(SkFtu;Dblk!$ik8)cL70jxJ$vnEc
zORRh-d!{uKu2VS}*^N_vHtAH7F8CF(YsJ~BzoUsKK?7aefV*A{wQ(t6RVsJKRiRys
zaXM7d<EYs}P*>YNPv$sPTI2O?FvHyX*njM&Q6$)Ay5^dHQ<Iqv^Y)*Lu~NGkrg(s(
z3EDu<1cOZ0$mUDkB2d{13xpp9>^s7t`yze`=uSikowf-npCh;Uz%rLl8(WCGOgkiP
z7tWoYpDrPV9j|Qhkxv4S03Yr%VIbpltwseXZ4yi(U#o*#x{x8Iykaa$5O#HjeL+W=
zJkp#)P0l|ycdl=GyX{mVyK#p!!ij^dHFiQG_XJV-g7TfJE4lb1<uIabY8Kj1LiMgE
z-IP25OLIc`L>;+1JJDaWk20~Z$nNv1O$n9L-XoC5jwc50;clC$8|{*mh$^~fQHn7W
z|C1&Q8kz}-O!*89y~mFz@QeD452BPLvlQ%gIEfRq`moxKGD_EzrlOO+ErB1|*v=aF
z-j2a2v5Z^>9|F}}E2Bz&+%FCW(Dz46FyHq1BX&+^O(Y=3@K3`TP)paDRSuR{cb$xn
zK#?e>1-d#Gs|4r}<!O!TH!7`YMF1J(YUNQ{mFG%<%;n>x99IJlUpR!XVU{jXs40qI
z9Ef7Bel%%JH_`M_F!=oq$UemL%|5IV-<|_OVGoAw5YUw6eboLOv43*+x9du1{G4?g
zW=rOSApW||L|&RUp(A!Zy{sw`0{X873AbznQ&V@+^SOdF9qy_)4?XS}zbizA>2fvo
zR0kBt-;qiLh2T}5{`Ol&KwoV_qC2P@jUAsz_i20DNO4T^JFSGdBOB#f<dm#Bp*4Z8
zfD3I@8q(CwO#>GirjsOLRxnSchfnEXl<A+9vbwFziE5u>^!NjD77H78^*DSSV@m9h
zfiSt0RvNKl8{-g3CBLd!snVbjZ|y#C{YeKLlCw5W7zr}Qf597!`PLfa`*rm|)D%$G
zT&4hJ+@VX?XAo$sAs1DBI5-js6pyb$`mO`8^Nk+bgiKeOvYU*i*NZcigB`I47JnvL
zr_dtH_r$Sqmf|y&vBXKz?pd&b@J7_*TTrER@G%^52rC?g@wBMtcH<5|?u}k71XZb8
z-rHZp-sCNCM2##LOOcL=NUIxAO^EH}N_+(?cp&gFiZwPwLx+YbQSw@}PqEWdw`u$J
z^Rqi0_$XH7Ol(_<|3W5wNlWfKfzPZG(}e$NiSVLh(TnA=&xyd|BiKgIHpm*N-JM2g
z8ip=j6M|CvlBvkOMEs-U<$4^z5fB&gTD<<&F)(ruKtT3F6!%jg%N&ockB{kPKev!B
z%2Y;{r^6yGzD&1H+>I5~?i&h&{feS2#&$c75z{h6Dz_rTK=-qKC}&j)J{w6p9?>HU
zn@_!~C?j)fct}hj)(&J5qXS5!aMM^v6z#O*64@k`zl5kxC#zfCD~`?hl;@#CM&pA7
zP54Eqvkn+3E0^gqqne45)W=rI-ZuYDH<a1<{8OB7aZ@m6f!NGf1W)fZH&S-tlsJMb
zE-dB%&S38RFzX+`Lr8F-Snf&jC=7BmJ*;3bu$ZQC!7nws_DwyCaM<vaMK0U}VzJ;m
zb;W(_<kn0PrSEjG1t0fxi!H*b6d?H{-IC4f<pCLZi%%ljW{yBEp(4S9{#p^cz$o9k
zUGMXv(x@}<oquD&EUfE=Pk_39Cma+Iv(f)=Dcb1x$u19sx%{)WT)F)>E~FF;!8*`_
zoVtu_jJ|}?!3Z*!uO!w|i6#HVO#AD#-7WiL+5V3O^bc_TArl;s6&ty^8ZXnL!6*QI
zlK!7&aw~WF1fc>CDFc<GsopC0_^;0eOm$4uf_ftZ<blvzoyzNY+buhWB~(_Xq=`*^
zrIDSKZ6{?kcx}VvtRXF^{ZZK}V72Gdg~(8Bza9ng!^*%Nj|fj;?iazgL<06t*kYyP
zzxm%eH<^7>_|58Ji@HVkU?YTH=cSt0)oV8`0`$yc<udb6?Av*wBcG+uwri8Rf?a6e
zwAp+=s>vQYBzJ|v`_dW7G2cr~aw!(`3975vjhS1|=Pylf*=5g`+nIzEU!cCR%5lK~
zz3@QVR>^!wBi`YmK*!sYRaib^Nr~C==4L;@BwPaE|Mp6~S&PFiJRs2s=_dySE9C6>
zUE0=$)_nV}^@nYYH5`~VK9L+m4B;^1*+yl`iEb$l^p9n*>7-oU=<JopXgW|<NweOK
zT8-`wpnAi8o{~hwgssPN3Nq`cHaDS>5XvhpcEn)Wq2FP`Gl^6Flp7`e)L~#?`ZE>H
zmi}$o$gu`}vEHXNSP>Iy0JYP)3rA6-751~+sy(nO%0%P|feh<fN&2LosBKhe!bBrz
z8)wT;$JEf|H^rtnRE<)mOI|V${hHj?5WO)!0KM)SBo@SR=~519C94N?i65E&NUp+Y
z4lHmTc?+3i!DC+)q<63-g0AoN1ra>)L>Sd3IKa9VDGPu65@smk7M!Fk1hh*zE0eZe
zzi0}$ow&xxC$-U{EWs|FTxcd!Mq~dz<p8?WQ9k=Tet_z+OfoPtL-_1{`;P}SU`k@#
zT**TNmON+xNszHw@HX_QfsoULc{ruYhTV_TptW&@qgs;`C|3#*bVc7JL`kZZPxvMe
zC(UwH{J1fKME+4Qx3|77?|v$0%33P6!E?`UzaFV0b5^9nj%m3@37tUx(y2*pJW7lZ
zG`_AwkWNfsrKAxO+BaaWM8>I7ffgQXqm=7sZ+4C{92iTL_k5j6)jP&k&q|*lO~=Nl
zwm*ic<vH2$Fd^oL<!l&9kk=Try=gATDvmfrTp_xXAYNTW>7Am%ZM57ak%y;5qWega
zt^S_Dv1cV2w(cx_q&P`WS&jK>aTo>qI_Wl+O(V=VA$LbXx3+NW`E#T1O$j#=mnOjh
zq*tNmh>Kd6P$WE>ARi`&Sr7UkoT9uW*DTK_Ag_Jh3}UqcxYM|5>ifqlY@Ie|Br~%T
z0L5^4MwxjkU9dFg%y7HfSuP;0g2PAtBrwHln=wPlmdE;}**!H_?4D7S%~xkrXH=wD
zP1gpc@a>y-oT85p*|HK8oZY)RX5Z74Yu7xKA`9_cYaWn(mn1W2M}S2^w;vLP_=?yI
z>QAsaUy%@1!1$B`y9u_+TIzuUv#&b#COQ1)sVc!Wq^h;m{UeAg*pxPgbSu2T;innT
zw9+6@fGIxqL&7xnFi&Q`s2J&D_DGBpQ3*@blqRCGWs5NG*CKsHPLAvpf^Y=UPUt=L
zf@wBJ|2=F}OH`ZM6P`FcumX!KLG0}C-LrRJIt~}We`o~RubkZTSp$qDMt3LIMvmcV
zi=y0mkHB2EBtg9&!_8=>Rnd!m{GEtt{X6o1k2^|#7Or;;JE=^|G992MeP1H&key#y
zu>hF@+&&x>0I%Wz7CHdPL<;H0((}H<v*bXY>F|B`|2)j<q4$;D2-iP<sq9?T4{?Fb
z84qgB;qHdxL!>S_jH6|x6)_a?j?n;E3kk~WaXXaB%BG^I4MbFDz>y)(wH<G)t%g#F
zwFhlD&<86b{$#k^*JiH1Ddx(26_~I_Qu|ZbKMP*`93qd?N@W7uV2FHdfYa_J_+g*}
z5&E*l-6`JFE*qcOaG4z2D(kn6P&sits7+Z<t}|wX=2`vG8#{2uJd97J>I)tPTABtK
z3cLuVie7G?PUJ<kgycTwX#SS#AwOiq>Fn4LUh3|Bm-hZX0pZ~@<Rsn_<Nl%6*B%JG
zJ1^|cRsN&)=|kbdFvKbP<98F{68v-@azd&9$XNOa@&k}za3l_nh7kn6<3^4e=Nr}*
zI$E^8a2C-Y>ki-XulSK3(egNx=vo>qTQ>o5MDi1dPX9W<0r2J|&H2op8z^(QzG(M-
z7o<-LN10QzwD8*+3sa-4R3sP`IEAk9z$fW}!mG)?&xiQDx}N{ax3Q7j7iE(&)Uu$2
zrri^mz6lExZT~x(T%*Gr$V$tfmS-RbFTB)8@lD*HR))V`)Y!mFnEfP(S-YQ}mLnZ8
zf*~!P7UmESuj!JGU3w>8{*N0Gjnpn`8JungKHN@_6S*`izBn|B>90agO_b)lREG(b
z0E5=P0?-Es9CMZ8SrV|w*LrFs8sJkZGn7DiVWHFiDOJ33XPNDubu6SgU2#ytNG3pX
zV^T3YZLe)ra{IGpQ=g%rWcB9o#yK+pAkJJoT<slWTOy#gt*vplIQwne2QiK-mZ>Dt
zmtc`Rh{rdqY>cAHsn|SPLBSri=y*=V<i)wM3$jS>7*?A+7iVLX1&yOb1bi+V^N$qR
z-z<)`td0M*XB5HcSNA8rq@MlTq88wG<@dZtU0dT*$gO@6XmYM}aRFX<A@HUAkvaAp
zJzLEWT#ea!k7WGiI3KB%8s>&mH50!s=Z+2dh4~?e+i7g5kvi)o0;2&2ML*VC>d~}u
z%2V_ay`Z>VKZ;3rs1;%Y$)IF0Tr8yF0W?<yw(<Z50Rl1+9I4^u0b5jeOiHhP2K{29
zl`8r@AP*11Jz&n=M?b!f_@Q-DAR%H`EHAB3){KU=(;Ug&G+Rmo&Y(|W-n0j&<uNC>
zPAAyN{D?6!`~po7CC)Yv2WKedkpJE}Yodhlw(cS3XQB;xfR}TP1;PA>*fa=l8US?y
zy<Gq-PV9F7LI~Wm0-Yo}JVNb%hJX<Dxx{c>RtLxSFpDJ0vvE%PsAA{O+i9ebj(VB~
zzMtU*s(OT6NRzX>4Yqd3yB%U9;R*f>28?)4@2FkTC%HVtnnmFaeZ={Rz$r8^nA5+F
zc=H$L=C9nMI(MLL7k0<(oNR8q1RKfcZpFhWqL?2N1)C*l;sikqyVce6&g4cBXb*_2
zf%QKI9SUcXW?HiKjr?fCr{~#UOOVh;YEXI-RWV7O^*Y3rN+pOCbIJJY4LKxeBJdG)
zZBbT^dBP)i>rDt~FIb@>GiLH>A%-OwYcN>9ZRc!n=h?-R_aEP$Hznf^OBYUolYRNz
zc6YV$bfZyzw!;Y^Uv51F0Jl7x{0|G0-8D+@WTc(J$?n-5gC(Xl!=r@!mebh5Bg5Zy
zsN)M`XY0ySZ7g6WU+Xtr6<Iu3@`8P<+nZ6B9{RK&-4@6AANd$-Ch(6io}?0Rma6rK
z>BoVnY;WUo+=|9hHLDiKedKHYVIW9%^(?yCD2ebx=*V7c(ck-suj{R0YXj`V-dH=$
zGxTuN#Pb<?xym+F#v++&#j{<UEmpY74Tv_wy3IFNuY1dR*K4bzJtoyF3PTH4tyP(g
z_I<X;Ln6b87N$ZY7XWKhWi20d#KN+8A7H$S+p8|2L)4q1DoKdnYKl!1$ctZv@6MHp
z&B&gH6C6qXm0Lc+&KvNk6V?HROI)GiTTm-q5z{w4=7D@%B07)Y$Xe!1zvlWFXpqtO
zPb^eI9FA2cJw=^TxrmVw!yx-ltoEf7eHuMt@MRGf;c~EIcoBaAMhXUKWbolfksV#T
z^Z0b8fWT$DE(GXeybH2qhX6hX5Cc@%;$Y`Ti?fDNBwNGpJ7XGn#nTM%4Iz$2LIEu7
z5~euXG#TRHzMxRDV@F>LtAR?Mb4Ti^@MJlSize*0z@FN{s!n#<K99#MX`8lggBBAi
z{0EYpOg}D~;|9KegSk1sME0S1^V(bIe=Re%j&DrSNdA;dHgHfYm`S464M-HuBsEW@
z&rX?YgQHi5bzAP3)wFEivRn!ojzi90S;ulYS$CH>t7HEXiYc&>9V+1cM=5lpbg!e9
zlqJWi;PnBgd+Y6QzE>Q&rhTH-*x7+A%E@hvn)$ba5_!ZZj7o3J`r@$;er5;8kvi1a
z$CY#kLL-SRg+o_p_4!V<@-xTyUuvxy;jze+E==dSr9tVMggIzabUYoU)a<<h*c@;}
z?UR%`GGR&+^B57t)Vl;})aYWIU!bJp<A)hp!{m4H-S&PD!Bj=U`5jvW>FFW(2XNNH
z+t`cB5X+KziIVwVz)=-jjQiDsmkAKCwcb+FeWxsqC+xUN807?cGsU3E&emZ<%EnQ%
zekwVF;F5ylPOeAAhHpxT)7NMsA`XHNM+gd<{8>PR-@NG70J}4zwgGFJ2Tfgbd#GA_
zRDHdZ$}ik*rpzhL!iQi&7?RMU>bxEUn~tQx9wU;<yxJc~)eFJ~ynQvD+neF}MRAEB
z$H_fWO4jL0s=PHnJYxgi=gh{9c=G*VjicGrplsPkp8bz(ZOHH|qaXEcf~uE(>9`xk
z386HyR%QGGg(+gD(@i66o+@QDs>Hi<+p}Bhrt6+RGeK`{zeq2BKq{9hdiweb*c*?L
zwg?stYmY1!{E0_&VpYrPUPZYL$kBos(G{#|QkiD297y;Y3J{h9=w-AB%n%P(ui?>G
zG#o96QE<qJ)$$5OinPc9brX(LAvIVi<S`$LMfNm|Ih-<A&F9;n|7igrA`Bp)Lx==D
zE9EDHo0dws>OUroyCn#qM?Flnao}hYewrC~D8a@G5qsPjVkd>gep*5t`{7q1O7>Bi
z9DCIonPQh`rc^FWR6S&iCw}ioI>V+2!S_<D<7P(fe}br!1%@!nz};Q!%&Z)v@_FiZ
z-J$@~dVlV4z&jf5(dke1vlCjiu<4$6t{%=CF>vXGtTBNAt>A|#=4x4PTr$YiCSe|?
z*}71TY><sxZ^R|){7#3}iLN}#zEod@32*(>Q@*NPWxEa2gErPA`M=QlGG4QQx}jB1
z>Bbe&0jgc1Td7Ix-_HxwjEbl)Jg;(HjkL(OQ`1VzFpXN1DC$NZ?T8@hS=0Eo3Nlyz
zRsM1Ql}lE>J>6fRfC;0WSIj@J*{4QAf1OqcGX>c8#Uio(T{Xu1!ktQ?)j@=WS9{RR
z=iyXYX6zHWWGKr$Jw#9Jal){|+zXbfGO)xYMAtKXA{^+I8a+#QTIxALkmVH!D)mt|
zP~H6aIM5u5RHJ8?yY{DVoTdA}W`*YDe9zE+a$tc3R0u$;9QU{IA*RUS9b+}qONuP<
zfZBG!X?$UA=%%Cvoba8XYY;+$irnN#4JZ0~6_vCw-~B`_kj%@q;r2l~9s(#n!TJz(
z(%r{LSa-pP6OK^gmY=8uK~3^lqI>L&79YB`Ve>(?HG25Nxk$){ID^Fz{7ZUAnBu+7
zu}4fQ;QqgHO+k$#w>~g$9@Apmo5PLU&NN6591Wf!X-FQZ-kz0YSf=Ujg2P_S&)o4*
zOxGrntuy(|#|3MW4~etXTmFcY4#P%V;ICHxKHcB6&<*vmR1b8YgozvMk8cSnb}67B
zsYN&3rt9%RwvqSFI!W2=%vQbh`Bgs#KZ>sJE?&$RV^hvI1gyN^G<tl(@vbmv{k|5j
zh`WylN|mB8NdZkIC*cR1nJ;Ro(5o7+goocycl<~ekJ|?+?frS{sKhG}P%CrRfO==*
zIJR)S=}?44V5v2$Cj^>^vIRWR!N1~}^5<9jHa3`vqKKsuU_qCt5OxYv&NMkhFchhc
zX0t^ICjB?|GR4R#_HZK=sVhx#kJ2S#bM^tXQKLzx!6KJ&2NTpo{0Qo&*Dj1qDq>W^
z)uI5HfM@sZ%k@!(m3@j>BBqn|CXf~ph*Z;|Mf%7D7V1s+q7Vmu;zXS3Vm6>qF#>f)
zE@dOjpI$4-N&-KB9#M+Y5-F$%JU5Z`l<)K->H_8N8v!yOP_;M5%P#!20=MARnDr`B
z+_IsB{;+OGAVnDMy{`BZsQ&WVoc%ibi_QCjvyemjVvKH4d>;Woxp}_zIpd2D?YVCp
z9DcENY<lc9LF!kfaNkPfscn{*O=c`GmJF93d+E*}nYD18In6S%v%`pIg@$788gDyh
zy9}DX;<%OW%^C`G1s_0t9Tp;v;tdHTCnO@g(nLv^+qCv$^n|v6p4+NbVB*toB0>LT
zy=*38Xox%1r$<YEeRIPGw3O#-Rl5Bi%+6FOi2`a*^YrXmI>y&+M%kTy(GkD>I3}o4
z9;5q~agFM}^Jy0v%a%lPOi#k*P~g<9SGvLXKom^CR1Y-|OOXCSq&-CEQ02T2w1JQ-
z3NsK#DfcrD)=U!f<L)h`G72F$_?JPpb~6Y$R0I3lCa;cUfS65>b*lg03x(D1|7EL2
zN@C`@Acr}H9Qnnt&Q0XQXu@b{i1Ea(F57Iu*k`6zuo)D;=n;O=jpEGw{6<Q+8=>mh
z-V&Rm_Z&3lHoqY=x>bGlbN$Q7k}<2xg18M7jEDzjW9G9l6SbSRtcxKUK?PiR{+1iT
zbWIy?m?CkHTLufK#t9sY?Jhs<eWM1WcdZvEW=2?(|7X;YBbRpMVD6zo%WNa6x@yRt
zlt4h#?}2s@f)x|RuoTc1fNtlE^#u$cm{-2?J@(`<EI2O1bfWIaDKuQe<BKKq-VA+u
z5F01~62@#vpl$)8>AQC!w(EZ71Y|)^uYy1dR^*^pbipyKq$Eqnrx}9XX88-3_7>;k
zcrzMtrAPW~KzIi9!Ino-<g9Gq+j6kn?IDq$h*^W3*&LG6qQF>|jYJi}qD8Q0;$*<P
z(CQJ&KMeJ2s1rPdLh8}%Vqq2dRn|6Y4w2fSlH(rnqZ8zSazx>`_v&{)tb*hxkw82T
zHb^IYsW@JTgIz0W*FY$ie04ZUaaOEatR@+Q-$dWR$rEB~6XU@TlaF+aek3%_VUB@R
zTw$zaV@&ZBj=hV&i42;^14|BxV<e#UnukIoK@@@7*t~dh)!n1Uk)u=<!^t#s^j(J5
z$VL>5DJXI!Y#cu9c7;EWaLQ}a%fNXx1%F&oi{~|kLI>+&f3ZSg4qs&pIoE-&BuX<&
zhLoiXlkaL`RFTo63pdpS`7+4$I`v9|ISHR%Xq6dEFx`c5qh~J}HEbRmpz>+S(nl0w
zj=sJA{>EdG`S&9+K*x9LVE{k-doeqGrjHluM!4yg%5zE6StFx_N`qCk1pd~|6v|a{
zuEPM7<3Cnx_Vmtve+(Cpyyvf-?aY7sDqf`AYt4y*w*@T4=Ir+oiE+ShgzHxZdV8TQ
zxh$pTky{j&ttIp(fVQ3$>l6H@T+LmjFW9`YwcL1XnA0d*@dKYe4Zuc0Yp7((i&5e<
zMJdq^{Yng^3u3fP1Ci4}Y+|&#N#97v;uzJt7r=THjK*<6?s0iqV-}K%5w@R-j+7UO
z;KZ28y;N(%?k&T9(WxS*G0m1P)HLu=5TpiJ3%M_lN&B@i#cE%ZtmfOlA3d`+*Vw*T
zcfqK^P5ko9G7U3>1IIM%d|#;G*iJ|Kt!jY!Thit;hhC>K^hAapPVk)z&0-B8eF0LM
z;;9@wnZ{adlsg;AP~^X*8-R%l%;LX8gNAUVncRn*dg9KtR~7Q}n8+EkI>w@CI|@yT
z#i7$=S=?8;@{n>DEDZsT0VPCUS}D5bP=$E^+&FPy;OK86sua$!;5IgyZD(U+utG`T
z=~6Yqhha`i&X9*^?^{oAR7p{NP)_xdC2aqhVyB-6XTPJKO5&4I<kiX9X?1tBWn&0%
z@Bu6OL599xBOE|FpZ{r(q528vlt#IU#Wi^DFv%XjW=zi7Hec<HVgrG}P-ly$KdfzR
z3|t@JEgRb;$s4eG1_<9uG$syh8PmeHvcKhIRt-r02je2X?`UbHKrf!wyL8GyAPPs&
zidLwWtdzz~LVHt2h>Ok3LLjI?W^HKxyIRrhQUsY$OM_8qgWRcVZQDXV_{QGe*3`cv
zgKWhX*h+5T^3XLPZCYebxa<_WE~L#!@!S&WRHf8(7APTelgJu-$ucg7O+s<|v}!!z
zGX92f21#bA4`$|sfim%J-XLA^4^~*3+>)ZpTutqD(h_T}&H_I=(|(d_8*yh)ikB~l
zkqoEGjl>O1&mMD_z!xdueVwM~15NwJ4*=?s)ak<}t;&}SU?}W*|5s7qJf%hax?26J
zRW3(>`ZFS5C_UVA040eKhrE1({8!R+(fpcygm5Ba`ybnarBfqc-%VATeY5d%j@3oT
zdU!ZfN_DM_d{LF@FIe=4BGhO18g{mMZ<vuOHX<d~W5~=f1k?i&s#T8|Bq0&(k*->W
zjJY6@O8gQOn)ZFVr2~?bIo3Np@d2%wxLgS~Pz$_!d5O9Ccgpqhe(h^OXQwV8e06Tu
zjU2`XRGc>d{tl>*xOqK*Ve@K?p*j~BOZzdt0-ba)DdTj=5de;Lj}yd&th};D)70GF
z;&PTQ<DHKaJsTEaTrywA)poiyZqMlMHF(Kl@S!k2s8nXkVbY~Z>C$jZ9?Mz!KM+Zw
zHNKM^k|9RIeEO_KW6tVCk;`MV{K}{F+3U>fouZ~gy&nxVHBpGOJ|C1ggl$nKN>Gf;
zQNyHPCk+gAybSadR|%3CM7}4tL7-ApvbJ(N1A83<EYryplyfa(i>jnds6{^xmrf`T
zbP-VYlzu<-!wV+suG1~IE=MO6%)slbHOpHzX9p}}Dh@(<-farXHX>A=RUvFqBSb}+
z8)s)zmvcpdzH`UUU2m0k-s1=xRA0V)iQ=CoHjv!Q`$yC;Ug^~Q)~j5`Y<Kj`tK`24
zSg6r2q><fqX%DWi{|@9pAw&d{(@A!E77uQtGEy)m5+`y>m}tkCityfKPuG5m*rc;0
zmyY@KM;D01fuHj`lf;3WmaDihsvfaNqHd(N{6hdlhKB?Fn7h~e<3N2XIsolMnCyWh
zLZCa-2vCaobR%r&az&eQ^YQinixUSZ6<~1v{{jdF1qC2q2w0iilKO;HfL03wL&R4f
zj6mVdDBu6GFz-Cjq9i^5!pR?44+Bv3jQ!TU{SfX;<-|_k7q78iM#=0C|8*KI#N%U?
zMech^5HZkS%_D|oV7(lW$kkc}i^#Cl+51XmE%rN?MS#a%7YpRoJ`AcA-v5bYs?ipm
ztLzoSs-qZY)$WxLN~8zkCWh?y5mO#xXhZ0bmjhx|yL1e|+7KR1h+qb#eg)<rcuot>
zf<ru$CTt#dK?aVyB3A>qkcJs$*#w$#^i5pq>vb_6eHbk|vDHGdcO0id5UNB<d6kMX
zu=^WphUis)$uMjgoSfLyT6vYQ3^<M?sMQ~P)Oyc0t<ScxvwN@a@9+100YWTyzb8iT
z>Ayty&O&2W6B7Q}(XLd}3*NS3uTP&o+;ABT5;vy*gkMZeA|U<ow<SkrPQqcVD{T|%
zpQMadYxQeNRc=vpV~D(lLj&sFo$D%5W|#$tVC(t9`|~rx^S=c5e=P|Hjau84fJ-gO
za$&O{slxheyaNTiV8&#Ja8|*#XQv=QKYY0cuH#UQFHnpUl=KMK$0a#=E7n`H1(E<@
z@J|g2%n?&S;i0{~AC)w)Yj(U^@@5$d=6E7a(?$=ku<&vq{Qe=W!UZpA?!uX2#G1DA
z-z}>Bk-v)LYGm&G@zz|CtPkIHeoeGP%)d=FOTqh=H7YcSXvR}Cz~r`%REbb@LqI1s
zqj53CVfNSOP)%zQlWc?9r=x?cINS_5V{#-LOQh+Of+>{W{xwawl&!x-RHPx4WD!zH
z5t)C3m>IydJ!_?qV?IXr8XH>(C5n}wNp|l*T(w-C7USS|b0KnGhajyI|1mXOaXp9+
zr^H51zN!t``kD~><nrHnEz*b?moKO666Fgb>BV}W(>ooUV5ekpAGsA5^UQRX#(t`y
zdQ?XGq~GWN{rB=$76?aR_}3lu&cVzb59p3uDuQR>Wosj5qPeuSVRu(fzif0<x4?qm
zhkoVI-RZE2o-+>0n;bnnFRyHnFID~Qc!=38FTIsT-JXh0YemLn9HoOOXQ^A}ayD6d
zj^E#NZoKqmq(*)T+a&<3T!4vd*eu68gas%B5f))B4>W<r7spDUqyZjPI;}g?SE=$e
z*uxX>=t<K5sVd>vN}5>C1G+*)D<(k2t=Hk^|K(dYP+Hbc5cmxAn?>lq<d07?fSs_*
z4E@o;LSYhkMdi*|4uZsa-<vb}`|6r{+{A1xN%gs$O4Z7)``+FJfg3fR3dkMo%i?pj
zcXK;>;&X1|k`P`kB=a9qZuxd3_M2!oEkTV1&=};{W%*4QK<$&r#T`}1@V1AmGu-tp
z7<?cPXQ1f$Zz;~@RIKEuzr01JyC;l@YSq`S$d5<$_7)~^!EVa|zXvJkA=fa$4$l}s
z_XRVmf0`*y?*LZ3Ot?q8KW%hPIy1<3Rgyziv6_?r3@pMiMU`tbH};EVKGKxJB0YcB
zJXfo-RRsD22j@q&FQ+mE>b3ZeJfuGO8BT6p@l?X)3qFqfWBb*w8yBw|p9zc{y`~I&
zo|}E2zq;N3x6%zCX@E3@R=>CdbXWi)1lAqyK0{$`@T4i*A#~v{1fBPvNX%ktoCIVA
z{|WND70hB*su7>LjN9#PJ)OlR^Aihp4q?Ypz5%FD&d~O@fzZp>iHDMJIel6Yz(7+#
zi~O>H;2UhURBhnt>A5RleK;!@*=_Z~=&wM=e|{B)tn|CS9c5>Zqu}rHvZa)xgNx?9
z8(H?~d#{nCEshnrco<?{w0@?J>w2A<usp(hs{laIPu@gW$0*s{zJCMaF|}hSayOmi
zR50xbn!tr=NcU;M_*hJ~xqVTBj9`ep57A%5b9-*#cb#Bl@v0LjcfSUJV;|q5bc)r=
z{zXF^I!tP?90_zS`N2oY#1^8mI2KB#2a8HLWZ7UkU5%fUD9h`FEBJ(Ugt%Lj4dU%I
zT)b$73&`P&!?)&8w<)FSC)tZFV;{U@bn+ech6Bf1rNHu)tlF{?cQQo*z);6O4JJU%
z8>h1<#zV%$uJ~>feRZ0g(nP!@Q2_q4x%vKC-}m+I{rr#X=BJ%d?)U}EMw?0wD)~MQ
z#^{?Zh$u5bb!T7)q(8*s4~KP!l+MB2KL`f`5=y5LtQ^EZHtq#s+@2IP`s_lHI#+Tg
zBXBl&hi!wWQGQz%zP&E!zv7}Ze*!2+mKuZO!`g9IZ0z5Wa_{r;-<p9!P@wUa&uUte
z5pODxr^lZA62+UH2ncQuNSGkBtzR8(f<>+hPI0afWTn_X$-to^es*!>S0_jrmSO^k
z?nSMEnZ``icq*6dB`m-#fqX<8ZPcJ;V{P*Ts2Ajzo(Ko1q#T}G>3ddT_H?CC(oSv}
zNN*&s4#_Q7lJl(57*g}zAkJMHfyTM0!*VI9B^*4U^uMYVkEbaW8z_~dhNlNxTPh9+
zk$%sulQtY4KwZ(HG~`!oKmdk8LzOrqjluA_MTo!oz6j?I;(`b69iEL>+tD{L@Kq7`
z)kmdz*%kC#$0ni9UlH;HEtyqPgSN&`Y98mzh1en;n8^S7DSx_Xl>R=~z;fE&@YS!I
zT%=Ns2_U`R9)LanwE(!Jh%qkTccdf=l+@pQVo4xt6C{9+xgiNJ>E~7=aW;hY3zE^y
z2|iYM70W=@j0GWlmI4BRxo_xEVCqQ=gtlbj`WGq)d-&jpKLWkSQU7KIE30u&=<yIY
z`JR{m7*bd$UAAEXdiv1p5H#d=XFD&DewCOuBW_+bF~IIr&?A8aRk>hUx^&9T&5fAK
zJlLz)p$hmm&Dn?SxrMsFMPyljx}D+<UkF&FPD!f`?XAuHI50b7g3B+hY)%|3VFA$I
zEF=d8B#~B3?)sjcq#m8wW-5`0R*ghjm7G=j-NiDmLDKs`DVWnnt@bQ2Ik$U^HN42|
zW#0UkOoYzT(oETK)A_qkL3{3N+!Ce@rx7YQ#;f541P<|v91*ku@~HXrU^Y`@P7aWT
z9O`HujS&<TxPtr+B!hy(z-oSYgPYGSQt+p+@+z5-=G&CNLx@D<!I7|);t-#3q|9ml
z-#Ix-u^9)sjc(KWpDWfOKHV2UwHyw$rIXaAM3n2O^)74-ScqiU#nbb_6CiV5_wBq-
zwckI!qf086skj{6xYrz|=9&xRcFmD{!u*J(O|_0vW9TCj_Fpj23ecNCr`Q1;t-x%B
zl*_$F$jBHOu}tkIeVL)80lbJg?<+Z;(+0-o6ujD>fO#9(ivE5}rWzvneG+s6NM`=^
z4K=zX#YCj4YM#wMSb3^z%G^DBcK|l}fAht^kswC!3DF{c=YWAL@bJUllPx<Dux|X5
zartsW<;)eJy+=+Q)Dx;zt$#}&+Blm)YK>1BNkeU;!R;Axp4vs>;x`HOh~!q_r!Wc;
znZ_;P%Tw7P3#7;}tLFg(4KPVu(uV9AO#i-4!2gmdLY6oi-=7Q32CxF-G%0u8sdP9{
z0U|o)eZ(pOz8=ItiA?(d3WeLuLuw9o!7@1VkHpDN{r7Nrit@kom<<8Ulx56BlAxq8
zMNODJFa-NU;lO}KWfTDPE|jT2S%G;@jQ$!%dT0epm+LLhu8*u1<Y?$l35f1E@!EpI
zN6?p#8)|i!9UL9==Q^Er7EM)S8`1K-X|;rei2v9={O#@S^?k+udWGHnF57)8Tiz&s
zCrUbM*|<8(NyC|4OWvtmmcMig3|H{(0p+U2r2P>ee~H=;3}VJ1BnS{7*40BB5&+)>
zz&$WrB#Tg&)vDL9A!OO`6W)3aiZL>9FqjFH9SP2kyt+O9KFIhJ0<^tI8Un``fJ7ZR
z^8%crPkEudWE!~zm3ti8X})J982F3Z-GX}O;qCp|T8rlcbNXcQmq=E6qxQ7VC|o|)
zzFVSe;{Zdz_2M+cIGDoJAs<N~zLU*VE17wXEgl!)hQEgSkahixtnWbt<z|F+-%&dz
z^DyIeeA@U*J?)f2B8X@n&Vb3Dfkr|?lDlI4#A&7(J!p9T%#|@o&Q}+!HNk#@Wk&V<
zaR^EM5JZcr^Y_PU?!d1<KOuA)ty628Wmo9qFME0;R$5zoM*0^5(U5q=QZXT--T^3z
zzy<q|;~T*pYDHOU@$pW1BwwLwHtkqweHX^LD~q5oZNR0bs<jz0*w;Kx01s_AtSz~2
z93H!gOg)f_0Tm_T)YRSm{!QQK@BaIJv(IVsl+XKvukUX9lR?aY*4n<XaR8MOuc}Vz
z!Y{X%$7MF`)mue74+|_J^Sg_VRBH&vHBcbd$i3i?@VHWcxV(A-U>KeOi`f0uX37Rg
zzijB&b7s){<CmW@`3WJ{GI5qOm%sM!@0;E?tT_Xr7Fc2Cz|vkm^RBPNYyERnsty`g
z`p=AS>i5PcwFjOp#g9O>Y7c1q$|Pt?f&d+%Yll82rK+EW-u^$d&U|=#)L1g8;-4Tn
zzZ0@iS7Fgx!77*XezGH<Dr83=pQ-~t!~ah1fCCH<@Ih^Vm#k>4sykdRVR876gd%0m
z5Qvln!_#g(tOm{zjr54ogBRTAREec9zf6&ipV3=yt4!#KKbzSm;MLZGPxhnqck_j)
zBd|(>{5a~64^wTF&|gzw{;O>WhBK_atCjTRC*8fh{XJc@(UaO{@%nPaW41Rjp}h7X
z4alyrbU2<XdcRq1wCcXTtM+~E=jeNP<^O0jQFY$3(HG9IDn`3|wJhCP0V^z;B+U)F
z<E=O@++ioXXKjk9eNN-li3Fv|0X3X2i@Q2`vF}Lpik!$zlf(!2)^>Rb6$eMsrm@3k
zQ+25Q(1bv<r%y#H6;q~5dmw;A+cuxRgIVW2FOzJ9_6sT$Xe>Tre&e~Q<e&1=CvcM;
zZoA3}7HKW^*i)T&eSOWfAu*HO==4_xBc#d|3+iL~)$>`l2dg^eCg_PL6%M#)P4M3T
zRQWiy5V789yN%z$!-68i$*0&}hHM$VZI9SAKI=59w`kj3+u8XK0{`oG#He5914J+<
zlwiYy79Tx3u~x7M%e8s-4>3<1kFXbKioX<5Di{_f{nocaUC^BlCs~o9&rDQGqv8sM
z2puiMJCCvV6vaWg-Rk1NWq<WO7YHU7n0swNr+&$m>w3|{%Dnuw2kc#;SyT7bK(yv{
zPRH|kd*0#6<_+jyitO88H~zoJ0Qm;?uGI)=V%2gx_5@^~zydF>QiPC3OGZ=q-Ktpi
zoV}c(BiDFK$2x*ov58O-Zfc@CVV;m(w7}_FFnMe7+Broj1{UXfYkbEHW`-x&;0{`0
zAur1yJ=?#w)7r`k<<3LEp7M0$8T4lu0`%FuypRCN3CO9ke@T7b5A(RA!l;f_2v$~B
z2uas{{aAdin0g5KecwocV@X(Ut@yAuTsnIk>*S6XXaxf0umHB<gHKTVVupG`i3PvD
zn=E!Z>UlR@M&tJQHR~4$O6Pa^z^{m9xILe-0NpfOe{U!=GfAG!L}!JKQGYe2V<g(J
z6LmcT^*hG+|J{Mo6u@Z;RQ$s3{hGnJefUr4^DP6(@F)c87hj`|QU(}tRezoj!uFRk
zMlxWdiI#iw3mPL>8v;)%Ne1rKXVX26k_G4QXTQb^kB-~x1qd{=Lfs$R9KAN@<7PdN
z<089G;1zdzK_fX(_t{tP$}(B;O*J7rxCss|8)zvsmh0XeHmtp5exyic*X%GU$drJo
zyWGCmM>NSw7`{|KeLO|^?T1~1goY!ylct255>=#JYmJ$V49AZ|9+>2E>H~tl1b(6>
zKCTRmv`!|;;7*!i|2YTTmu<@%c*eyEO?R~xj4a9w<C`qmftPJSj@Z8*JD}%j2*{qn
zN<(DP>*z`8zTW4+y`i8%f&xN$K6_n4cRejs=i6^I9y^~{dBnA?^t<u*8uLq>$7LfT
z39#&sp%~UAUXTz@FIj~G!i0a<gLhIi5DZd63bcz10~criHs;LH!eq5U9~2+Y$x#EJ
zd81b8f)yz)^8wX_<SrHv{RUY=n@e4$87Q4U>FP0at2yW`Mw&b#WV&8=5VA=&37Sxm
zw)Ww)dz`UsoH76HJtUT<Is35e2{&#@O0I!~hh~9o-k2USp2G6JvAw<B-u*YDd(<=H
zHHt)<WS9>JvF)12zYXTYnk2C00yboz9zd(I=?k-eR2_F=Q#_U7^&ZG8X^xVSsUqf+
zVJQ<XV?V7$ZK#;uiAWwzG=f10XO==@FOkA^n5FbcWEeSXTnyuZE7;O_v=pt0G@Wjt
zK2y|$i9{=F_vK~c>zW^xb)y!5pkC|AMNRx#uq3;?b%^^_nx?iwr)X-vV40+I?GOoI
zUtF7B*a^q5nd+k#+rAm7?|JmJC)NPs-@JA=y*0h>Sk{LdvVjC5iUzszMD$^3j?{{V
zO(F*C8yglR*5+D%PBe4|jH>#{hp!Kt!|GkvCYhO;xoc<nfIkjsQ0+b6$S%p+-8B*$
zA{%!ydn{4@nkSU6QUg%!Sy{S3EMr)By-ige>ijV*WeT0p0+$AZ{RACLd+N#0|7ig*
z2eFLsODJTNWc*N|!^yK2?EXmRV_><ke{G%SEh|*%4o}$O5XEm-H`o4s0F&12`1U2X
z*aB#?erK^;Z@G%`Idt_o^t6I~;<Bf5&vspYF0oOMtV;z&0dqw2Kco)`M0gOG5AH8D
zLY+)w3k7JBZu`ql0+Br`=@n+tkKBEZ(pMlHH-ZpDsLR3aBaB@EvvpD%Yg6J$V^;K7
zm2_mvf+nd35L+#XRJ<@wufyYkq%vMQr%b;=`hdjD>=3Hr^E_?1Qn~7^?L4#KpGxK?
z*QVJsm(Ea01UXwnH4p8IIvGv1c})|OekY!=M+#3uHr9>(&|s48gtdOjN;T0+wHtJ(
z*T{WG!aZa3&|7cbtS3vt-=t-AL`1>5-4P_yG1<FWpZ{Y0(})5m)RtQ_&}aJ3JO(6%
zIUF?y1ipIHukHS_T<`Y%?CIIw;^6inCWrr@FfFQ}v8u1K*GsV9P;mIK`?muqzn`T~
zHth>TQT?JSR#Z50Vkd8I>=M2+!^Zr1Cuo`n4Dlcs?D-J2K{3V9(B*3>2CTrZ(<O-v
z=&l8Zyr{kfu1RqDh=n7zc6OV5+}w|M{}!&<_a&EK(|rFnV8}t?sn!*qu3Uv2EgxSy
z5EwkPs1{_I#OY<+GOnnKkXcy()#;r|@R2aC7MZ}&w+jE;z`A8);wJ_Y#dP~8?JpuI
z@dbx<y^ZmGDfP3ne=6prqMRjs0!HGgegHL@<n>guFo*<%ub-lSR(L<<%d&hcY524<
zdi7JCE>-il)eq|*bc_X&Q{0fn3w{+t1>PyscgSap^c~=;e>^GxJYtN11ah%zzNwv6
z+33QwQVpf59Wn0M>d`&&1i*}#b=z<{N@!^h<I`4vT@5lLS-mvu%zITP*wK@~EfI(B
z2GqFLwzo%M2tM{C9Y)t^FkdBAd%*>6WAd%78P_{@e+2}Q`W}a$dbBzmZ*V(+l7SW<
zx3CTOY2wAGd3ZT0BIpMymQv<-W7a|7F&ly3tD(eHhS&DTW}UmkpGv;hA?Rk1M6^W2
zNx4<Qc9UH%{ao~WNa?DUMu?L}PwH~P_b6rRWSO;5Q~=3-LO?)xfBgsUO}cJ+yM}k~
zQ))7&e6Ch2S0{9+fn6m~!$_|`JF@{)dXiAJEbt|FT9vY%qAtRXeii$Vp9qa@UKoIn
zf&Yqi_@Lo-GvDUG-*FpVAoKik%U}JQM%|Jn2O!NUnM+!rG8FWw=7I~PmS7t8>Jn0t
z`(Wm;1|GE<k^-*}E_;N?ync)47Rv0KA%Pa*{~oyt1>wvwaAEJCosFYVIFSTU%Jx6K
zi)sj2Q@~SYvbMX(ows-%Ls`E7K0nY<F0N(Bzf6@^zn3k%v(_0MAcm#+b>D0TIS+!S
z<g9Bow%RvenStAQ!{fA4X!%%t<=A=M#Yp{w*eE*Gz3KfkNjA90nzJ8pe@BAde4Js8
zP|r771G%LEEzRto)jojP1V)leAOL)eLH~^v5O2m&A*q$)0uV8Ej-<}7H4{t?S(9^u
z$~LF2&fLQ50E_V~mT(wKb@sXPKzP4KbN2MAp?B43G51U$GYp^wba1s=I0|O#s$}u<
zDQiXBD12>g#`&e6q83SRiOQEw%L4-gzq*}PHosjhb=^0XJo53z=hMDbFIe8?04*~8
z%nO)kJ)-hZq)&D>Hrqh9^pfdZV@*GOygh2T^J$&dz(n{Nsfnj54q>w-*~+ZQ<2Okh
z@qf~A;Ay;|lQn9gNlHp~eU*D*{4?5~>H$AgOQ+*O6YktahA`wXioHTEfqDtY%?A<G
zhc!_*2M?pC71>4<Ay#db`-YNYpQn7aqsFMQt}vycz9)^CH3t;c0cO+LZC5)dwR;>N
zRhn>@C&t3$0{9EITy53U9FjUqpLlI#=eu(NO6zV(|Dn~27t%yxgqM$as)X{eeR&DO
z)G1#WLx_u(pv-*mKp(`EkNScgNy_gBh6kX-$6gG<d{6{!-yh(@C~vln+l7EI4~$V!
z+2DIpXgTe{2bOP<-?0f_R{}6Q@sZW$GVvmSMVfAh#1Eq=Y!`OY^aGdO#y}tf2G9e6
zV?=(Z5mQO(d4>9c<SBPJIk4VcJ`9roJl|mWaPRUy8AZ(X76A<Pr|)>a!;+3}Zjar-
zmG#CozV9dtX=J5ms4D;2qE_DeQX}Z%!c9<nDJMZ}xzd9kbb?u~Vf~pRAk@P*NU!?P
zO7cTbr{@ERG)CY%aK8d%WYrV7SF4%_bcctA+AyH7SIA6OsZ{$%?Lm<dqolYlzQU(E
zIO)WOd)L}W!ywm(6{OP3iV(;qn`kf|q{^{Q19C3VePkpSl6ctoBeo5GmndsUEGKQV
zAlsZ`XK^r?^t<jW@J9T7{;5cL2y;O%u{gM>HeAB$;Ok6m%)HwO_dWYU{^8={V%Kx?
znG_IeHMOt#4=3)n-`*@5O>llm`5@G&HTd?{Ro;qskid+G!uo;{3UrUEz&$`d@5WKR
z`8ZyXBJW4Zt>;H)cE$w#^rZ2V0y}Vmm-}qKn=x7cHxn0LcX*7QBv+u_!jrKD1ddhW
z?LSMmQqy`cW)P#!vEPem=PZFWyjlT4D5Z1zpJ6~|(CuPxe>wfed8U%%N&xj3tPeZ{
z1q7Zy*IAp0v|}(O-_gfVjCyuvV~l(lBZs+kpd_#RC@n-SM0FT@Uf>EqGr%FEPTtV-
zr``3XY7D>3-z)K_&gzssFLK!C@!_%yCz@&O?=N7Il<g+H+zkBU<()B?&#zwSnMsDu
zg?LV0_yxQYKC3fhyH&G<lq>@9i*+bj_}_UBmDZm2wyrGMPnK6!kQ`Z?o0@>h&feKM
z2*9{^hJ9a#U!OVCaF}_y(&R3;LqG3~>%Y}WR^too=9}3Xnm#qlKj_?&OpWe^*8!@F
zz+Oe_)bHkj4gdjWQ8z%=<NSf+UE$9XIsx8GfYc!SKa~Ye@ZjjEgP(1qMKB>j^%r<l
z94MwVL=sk&GL@IFoTCkEXIH@B__fvLY}KwCn9_}21b9)QG^}=W{-)*p-92`G%4zF9
zE=1~-%fQQQ#QT@&lx65<5qTA&$k}kyNu-%X4f^^3EHjfdxNSMphyMf~UN*E{oJS*v
zjOb`7E6IHsI_62U1dghoNl86^U@iZ5OyAwkFZdE;!%kvVM5w2Ea?EMPr;xorLb7|P
zi0Pt;$ttUxsrjGo`ov{J+o<Kw-~KEYddj4HLTp3VkB(HlcCw#`!5dyT_gc5_#RO~u
zdQg`;gD5g8Ec?Pf8v;2Go|+JgkRjB6hxAkyAE5L3=;G?i;+6cS>&VK}>lM};t1<+r
zU-@@C#KYn?kdVxN!NipP81n2=>DE5VWT^SSj;=B)%C3tJNQ0C}r@VBxlr+*U(hU;Q
zIdr3xbVzr157Hpb5CTf~&?yW<evcoEwPvmP!86>s_uO;#-e;emKrh?-k|fBTW5MC*
zBYjjHKnv*Q1>9s>=zWe<1k!N8&L;6co~0A7K*Z(l^L5Lj$$cGQgT1OQgxkM<u{ruz
zC~#W{vJOnN?Gev|t}nzewBI6^CRmdJvGRwv()%KZ?Jn-Bx01qlVjpQ8TMPh(3V=<$
zPggL<DwX^eAPuFZ`!|=u^6C@y8Nq+j7EZkW70b-g{`<i;(pf);NP&s%@eosX;&$&d
zY8$>vufCqeBTwsxx&qxQkrzGr`jfKPkvXwue{9k^_2@VqRZhMlXOVrtqLp5dwg^bP
zB7eomG@*lDH|F^OzauuEjrZz|1L_tJ5yO2CW`R;5F`juQ;lXqoC`CM&pLH;ATp!Gp
ztvw-1xB~3xrI-JU<+O-D9-_vHB8BLb0^_naZNrEBL)fAIRBg=hB?&bB0m!@J6S3t~
z_xJbZixt^|bj)3B38ew0+BZL8fa#lg@U7zXw63F}p|Rh|QcIBE^<k>%<Ldh3YLMq<
z{*(Ay<c>SMr@o-4yV22P=TG`x2Ui*qk(IuUXkj6EL`GE&j?J#(H(?bgA7W5<-2uz2
zLDyIy-v@Hd^;Zeb&6shWBn7qkMe<vnzpbIUnvaz7`q{xNCtjLW^T^Pp(NTc8sP<!i
z1o&BC3gHBog<yt#(KU=C)SxC3sHE=6O^$?3tm)oVhU+?@3g{~Ymiq7x-~<zC68U*B
zy3-vN42o(J)_nDl({Re;W+xkWc{Q1U7>lIY**Zg`Bm15ikZa$emb?k?QOlwHHtciO
z1^3r4P+d&b%*36%HOKAF6Y8bHLEFE+x4NZ?<0kvYlgEXOM}s~z`zW2&+4&EFL^4RS
z31@v%CtP{~<kY?eP?$0E_{OBr`U6+c@o?aA&=Z{H{<6)py5>CZz9aAc+uh^Svw2NT
zD$|-lSHw59=;9&1OcmgonEBkA@=g^d{353)c|6HVFv~(P3;g;YkPRGU)@w%igdBx_
zm-$>|N8rQfryW%3^X&X~ll|Dj_IyfM%KVWh%^HxfxB}i9J?gX)StX=2S@@*SwT^h-
z&y)Y_1C+Y4z}5kBmcI?LgaXk>L7rFjcAJg9%z~_U#yVbsUOO^;0N;yF7k%Mv>^T!_
zyIsp1jMr>bMu7sivve;>0#v71VwtN>Bqv^?zdslI8^uyDX8s1QxPK@$U`w<KpskhF
zQ+u$qXHLE*)z+m;zw!QPUY^nrrsUSlqG-Y;2k6K%;HLC=w<W-G_JT<2*0sm)V{^*e
zc+HxH|EtW-&K}o+xEl0OL?QYJKmU!P82AJWdZNkA%L|$_phzVMQE4Yd7oNx)XI3xM
z{xnkMi$|;IqBuWO!M1%tDwlYl5K6*jayyA9JugGdrHmVW!m6<&e3I)RLtllP@v82N
zs~tgTrH9Dq)Kq-i=mi2e4}i7<HTEm!-WBne-^3Pm?mRNH1e+i*?a{Re(A7C(-y%l%
z3%b?4ADEU%G6bvFF8ZuTg2vg&c$D&HTSx>I*2dy7G4pJc5RcO${px$c0b=gU+t`b_
z8y?2@1$B)`!qFBwRjF}(jT6V7lo|3l*5-nF(0|_%Afz$9yG#$|nJqW0f*ti+HbooU
znAwLf99;vqjAo5)Xa`*G$%vwza>|Tbwr737qG1q$AUj<T0;$E#<x5tD><UuT(A*0H
z!@S-Zz8SxydDx_Ra(3Q)W*U|gNkRO{d;H^!8#NGQTO;s&dYrIFj8053J9(snXLoc1
zfB+~pi4YhE$;q#P{u@&F8OHQWlP<C{n?eXxHSy>vi?shzn!Hw-l3}mtJz>v1&?US!
z-oKqMf$-D!z4VT&{LN`o^YZwUe-NPj16mzsJ`29sDbK4A>S7K$6nu@kJEZRbL|)A*
z%~*0MdV!MW>PCR>5hBF*$F+RLN*hq_R@6_j-^j1Vkm=e6&ETY?hWLyR`jsY{fU}F3
zFC*`3oJfp^rvX2)Fr89WW~HLMn5jqZ@{_`&TeukX;sN3Q4{iepJwPpRxz=%cFVq72
z=Q!hXwkEzmfpyy1Tp-rkYsGt0p-m~9^B)T^3Gq?lu1Lb)({lKkntBwqXZc^{d1>F`
zYxyqkdHBE7K^tUAf?UikF_1wD<<6-7E_U9pF<G_TN&tWY6d;)@{;W7<rTgTvNgAqW
z*0-G3fj)g&=~k9Fw_Z^y?C`_?I*uu(%JoU+XAJx=N0~UkvGcE8B3tCvo#<u}qey(~
ziXhp&1w2*(UGcvo4G@u^J`ES4oh~v`i~%?zpvC^ySf|4pIG`-89cHF^xc>|s)%;hJ
zvOck-9h#`YlaX#?N%^y~{t{%~!ZTtYZW>*r8jX`-v8pevi3sE<`w4s(Z<j{HRj`5F
z-sv+(yS-G4fh$^&l+ED8_jjpw$xDE9U+RZ@H;^Ov6alcIKvPh!3-_QyT^I2$g3kSE
z%gNX8Jq%mSHhJhu8F&&uJHPCEfiGA3l=moc65tSPG@QCt;pZ&z2?Fcev{d-Yw<^;=
zCXMvwesN6E%$&gI6*~?^jCnYIBkk{mCJJTlVo%zb-grA^d`eR3g*A3|bmFbSpT3GH
zx@LxH=JLfIp)E-=b{yD*REgum=R5;oc;{Kyhg2F*_4$g!WqPpcD4z#SK96`n=ULO?
zFX44zm}pbe)5Z3%kYioThvK~c(7J#Vht()*-~DsI7cYPubP94&HJRH|Qq>yB7|9q_
zzYIV__)ob7xV&+hO5Q^~6u(hd9zdy=!BeB1m=(aAY9azzSZCBn8-Lv285kAg<wX|t
zI-cIeFAoQNgYkgMo;R~si|}UM#DUMTm$y{uV?Q$r#-unXU)U~^4vCC1VLOHg4N!1#
z8nx%Aim{e@b=J5Fe8!7}MWx00nTTzI`!N`)(d&}6Qu9Om9rAlQOlX2D4F5h-_LZuD
zXmJvGB=w?Y879y~T+`&OHO)1T5*dfIj)pce(H3=LXbhULxcZwxA6^%|DFb}G-816i
z<NHVUnPV9;$hranmujVffHN%5>u@57P6Z7$ES`p?<O8RT8)IBc1XTJF?@rv{V@8-<
zEz`O!KQibyF;-QNf%;DO{pmfEva&MQPgk+i@2wsha9k%mX3~8%3-Y-BELDlc!6!@x
zKFEK2U45lQn%UDmt{)YfTkCb?Rn4v+0p4UXHC#!Cpxc-!<;PEsqQz7BZ~Fl*!i$f+
zAAbpy^OKcxvJ6s5mhgy(R3?9%X*4h}2t^>kp`zE2Jm$Zd8@;kPP}Pi~fL%9XQZllc
z5VRlNe?18K%=b}vKVaXW6gtI_c_~>kYsssfRv4g&?S-Uoh$so8`#yVxe>Zq4b%;HQ
z{O&<;`2EoIl>(BnYV%>!pIFA;fkBJr3Fd+7s)-etv_z-NX6Tyw(ha{d-g?h@KlZ<>
z9hCH3uvJD}W^OOAxOq>#;|6xze6#mj&O87N2A@@Em$mAI+Dd@mN1%dS_NNPinjnyy
z>J(m?2HNK8Y15yhQNJ;|%t4G6A*a1IRSDp8A|H5je_<FUy2uBcU($S&An6=>;$a@5
zn98q6sEdmW3m%zx;_oR*e;G)5YqLo4^<Dh_qPYoUwpE<Dk04!&rxMNAVBQCX<0Auj
zQSs6EEKwAj9hUN@-k)OoUUoqbUZNPe)dmbub-ttoc38Kqsx3ZqsF+7vT$ba$*UI)B
z<~Zrx=d9DM;8P*ua_w>U4!&R|oZ+|-oC&@XS}`@VJ8{uVyR#RdBrLoSX7N~GENq<S
z6_)&bCGN$QAtz-Lk1P*cBy~sb0?U(cf)|}`FCzA)8aedv3YkB1aB!T6dLI7rJ;eOX
zb8tkcCG2(l+r6o&=^F<ZSCAY=U%5cRgj2OdBe;5k_H2j|B-ln6+o9g!%dA&RxPIO@
zqiFN{eH?>q4c3%!xH(3q3ffzk;+2{L`KxeoVU0t7$vi$P7aKx^0Rh>9w!4~-5qW88
zno@<%Y}#uzr&x;?gPPncP54muoK5JmyYM{wf|_;x>-gy3SjIgErC-{6-&v}_NX<9F
z1scIX_6H!JbBpm<WDb&=Ec6&E&@jkYCHvR&Jf`LIj@D%kTR{Q}Irf<pzJd=n9ho4^
zk{H*rX$WDc*C`UHH@jzW_OFiNCnMPp$;+Pq)K6X88~5FNkHd_N<<l$2&-_A->;1*-
z2GiT)**%%2%{S@sEhc8B$d(hZ>`#JJl7<RvsSy$DkAqC_E(R|zFD<o{zNr~N8fU+t
z2H+*+CeJ!ZTiPzDY4G2paI;~1^@mtJk1ff>M&p9SaBF{)Lf(s^uF5V-59~Gk<s&i>
z`r1x*8kNhGD->r|I13LjWkPuqxd*1MuB#hBT)|qDBZFAd_M$t<m09}m{3n_1r#jn;
z1ZvQCvj;{-zC;jU(j}o~8NIj%Rve%Ys%vVlv$3BR{$u;@UN}4nyQ;Sw#w8^upY=)f
zbGltLl5lblaV^a&t29p?MK&kQ2#}cm02&*+#=K(6rT2Z&wHjqhG-u|~swD)ICG*xS
z;9fNci_uxKr@!a7797%Cy{9b+PdD+!Gy(6zMj!L#gZtP|puZ4wk#amMR`1SJQ&SJW
zzGC7W5KQp4HfMO#1MfPcLi`?ncQYOr7gx6RHkW^l6*TeKpe&2y$MDYCo3>b-G?~PT
zD2I&OMnHCPR^U2-CdB4C;Ja3Ehpdj~791q${(IZ12n(mr(n>|(6pI0ICE0@g@m@Ab
zx+LG<0r?Xz+3!ql<5~Xbp&^R;)>f<`i^Lt7uR0Ei24Z$_WWs4tHQ&RT2R3`p+itv7
zr;mBqT`+UfegNyK=HwI)8_-WFzZ~2yWl?Glz2D8A;jySj@&2)KJ<A`%4pLwyx=fo*
zCDi95qUjV#(_G5<WD`C4@~SdGb*c71|LsehP^`h7WH5CYGnRRPv1eZ?RvgdJW8GN#
z&zkT*Gc%gZL|D@Y9+aOm*67`xY)mS?h_&ojgj&Xe0e6;Zc%Ksw!jqky11KIi>#D0)
z*urnyVPJ2!Dd6|YPMGsHVKTVo0+rm6H}4M{Iw&VrurIG+#J2&H;!`6NJ~i7Umd6D-
z(GGUeZ=%yMix1_;Z%OdwB5l4yB4R6+>Ve0L^8k)+Lql>o$Vpz`_F-BI__MlJrT?*V
z6k-yuzix?5)W%xXTrsWDb@zRC<RnV(f28%2<~y=ueb1OY6ET}%vbm+tdAc3Xbr+qC
zY=x3O6QD$sC12oTZ01DFN~AI_DWuIaNvNz)05_}Wq^R<&QPJVHmlE1eft3FZQjw9m
zD{k(vd{%#fQ8|VZgQ!3q7LGEg@mh3;io@Y&w=QkL4@E@8sU001W|o$gKCZ5=rfthP
zU$<{TAf30c4^xO{d<!il(nKvEosRMad1|mm7bhhvHAF<4eSq^QKRpF^XX`(nL|(pf
z5VLM%ZN#LzYE2`5Ou_QYmTS2_@5+_>GkU@Uy4!dv8)lmn!M@lbd!mx1NErH*Ye}nb
zMPrd!j|CIQ!2@ON4^B=_dw*xXJ}W(|>Y>MN0USKMBU+TnKQgFcIbryV{dX#r;YNJ{
z0IVGs2F`u+0`LfZBdcj;ZgboJSj4Ms*}o<vuQPL}d%&||Q0?-dQI&%RvYo6J{b|gw
z$2sK_;PJ54UWzdJ>$m64Sz7X@EK`N}5<%IK_vH_!o~h~cBhBOf`yhBco-g)@b9KGo
zD;5U7oy7N-*;hGLRaM%PHcfBBGrks<V<}afkVvbzOkMpo+7H)xz7I|r1KkXqM8(WN
zC%h+}dBDlk(8rgLRYWP~s{5Y$$Bh_=-wUi?%W2YhzXBQN7TkZSAWwm>F)LJjiyH2K
zzW8CgN^KpSKeQ%=-~0P_M(!^k8bLupenU3ayTE?ZFs+Id(1s&+R*@3Hw>Wq*q>!GT
zo;G~zGZc0u0t(>=AP)-rmhWnAzy}0MmyP}iY?0?!FivA;^{H}#VEnm1LEV7b8s|xC
z2*YRfUa^mUiOGsU(N|$@gDg9eQ4l@JvgSaXX;Si;Fqvn=DlY~lY#xFIZ4WEY(3uHR
z^JDyVR55Q42j-SZyq$;BInyCLxvNbLGwkV?(SpZEkDL!~l9|-e)}L<L#?47jPrN!)
zZJLBRO0toHD^nWBgxA@^nH5=*uK3x|EqMM)&2jS%d6geUJ!`{L3^-d^9Mi>%cT>qo
zMySvKa#?@nPAef-;m5<Q!MCK##Fc3;tm;n8$g;Vqs~tYlOtF{n(qglmU_F<IP)!L}
z*VY13<;4=M(->A)|9N|XqmJc;uwPh%#<bjzNM!tp6-a&FEDQjRNd*i{voDEgS0U9>
z0^#;ro-*g~3#oJs+Z2AGnsv~&xP-bSYQdcHG16pr#GpIHo7d)3d64&&Ixjo<Dz22-
zn`nb+W&YUk)Wz-96qLZEr2DJu2vSo!H6XRk!ln;#EE?YmZ82KE{wTvb%Gt^FJN=4e
zCIIf*bP77GD8m9U;Z^;*MR?ot$qQFXbtK8xpi1ENMK3O$Y%YWPcuPHKBFy7L;L7+)
zyrt{ojHbnt2|T$rULI+7dpV7~>D_x}biNgyQ9N{NFYZEG32_n%3BCi$FGCwU7h<OG
zMX@77ov0!ci*&0{$H&=dOQxkTvvKxkL8MExi&}$cv%d&f^_=85*!&s)eAYD-%h(Fm
zf8;ND5y1#86?gYv>oA&f+bo}r-X={;O9Q%GWGZwHziL1%djoRcdQH5+lvMAF6-5J4
zTQyO;<kBTX{?gT7v6CqZN#imI33(kiAHdhrUp(6Jmin`SbxE-pAphd#)v71n*de)P
zN5eX@8KM6sCSB7+a?oly9FLHAy7>0qe|^0T0ugx~xrqZ(8Rn^Tp{7aDI!)HX#iT?2
zNm@io8hoMzK?*U6_@s{Z;@6T{<@b80$i`2PYa8@7&mM&B2$SfX-bE}7S0WEGyXbHj
z4@M{@^E)3M?w@YJR{yPpy}C6&|G~CpDVTxdmvqr7Ck&Z4Q_>XOBGCt0zO48R0r5;8
z53^rtRTSq9JUoa2Tg13i)@~MWv7f|IGOIQCb&TA|u3N&W6?>9Ak$3j=x>g%W-Pu?w
zTm6q8)vFE@?+2E2R?5Jq8J~Xsh1phQ!G0FZYX!W0DHa;B#|p)1;QJ80$I6o?$)eYZ
zeWyR;a2>FI9^&i@R_Cc+FU=MM^9DWKUi=FyZQdd|_Jk-I1jwu)3z7J3OwdS(K_z?J
zjB00o1?ZN{v+i!ww5yjz@4mi`3_=ZJBG33y-q=W=Hg?i$S%_UZwYqpebYkn8FGmnb
zpiseztn!JTqN)gMqMgcQwtAqrsy!p~XsNJ}l{kjHO1i32x5~~a8Y1{J;>@#6^FIZQ
z2T3++59oQv%(`DLdQnl)Qj(=ggB7jn%e8dhuG&<ZG+GW$&i+)kk01wqcLb$JvV6Nw
zckO+gre5=#MArq5Bl{P{n;_7uZADorodTp3py7Jx{MpiF*eJ`6FJ1LbFa_jFz?gsk
z(a^N+F^cBt{61*@`HSKE*5-)otPyee${bQKV&|F<qN+4X?RVS&WOA1$Ee4LP(S?;M
zmmrwG1c(wq`Pvj&qL6yiwRnqqad0<|p$*L|BXLyv9<QkprGf8L|N9XBmMo=F`eA&!
zEB^yhFKzOuJqfb#v15!(O>cXRp49@6ZHgw<xW|XWT1HmE2#(A_HBOY<SR@cSUF>dH
zbfpgK0cLl5I|dsYTktKpr+^(d5-Rp$O++8xdY|8W!@+IrgQ^mpV=|zP#vsur*R9}R
z>7d*Uk}UJvICEKVR@Po3?fn$BqPy#+&&Ax;o{6X#v(ur<0*+?HC@Xv#o$evG!J3Fq
zvO#Z}z5Vg0lf^vDSIr`3jH3#;Xi7toC`PN$Mg0KJBfh$>o26Rcu0X#olf2FBk5Z_}
z+{Ttdmh8zmg7O~~2AO_I9y+4uJ%B(e*j3EYpkVzlXv@aFpOHR6a$&>*<IC_Dt@s0$
zS`QdQaChGbdAToR(ku*#L{od!SA4aM>O|iwD7jB*LEOnZ(Sxq9UcE9v;wOLk&w~zw
zjy7wOK<sC{i`FrYvC;QOykM|fqF2y#C=#e<q=MojXS%tMj~*Nk1o~&^V$|tX!^B&e
ztNGpfb1n-c(CH=PQ(Peipl-$mK+4F-$b3C^`=4m6TC6u~^B+>hViDTR{F1U$ATjll
zax=&3#zFd+sbOQIWY@R7^{q|+tt@;@{-_=}wz9Hv4nSJY0NtAUHvSW2)hU8UH&JV9
z&{gd9@DCKw1nSL!832eu4NJ5RT7cIl(PAGd5u1s#0$pMQG5$h@^`iVCi!ttF#`cWj
zXua=us`*lW4>(MstY|=|^!pe!g=6k;ECR$&eD@;{5&U7E*l*vCre=YB^zg9q6#MHK
zN)5_@Ld;l>e%gN~c)^<ZrT-1L8cn|$yrQ6{UYJqvcn{Q=8(Tv$KvsDdAH%<bBQbn$
zHr3P95|PHpI08{3QO;pxWK25y-P0oFPD7fU0EOinaUQ`U>qEv?gnmKoh`UnUmaQOo
zL<<tqNhXfY3|z{^DQmEI@Q$2o-!2Fc89Bn=_L5dbnu~ET)LAwCIo{dXF%7yMpn1Al
zH1SjQ$xX)#-Po3qk)hUNnky&9f?$B`3%xpxyAC_s$yhsRNAxrmgV)?B-Pb@;y^<Kq
zkHtgBfBm_k%GRlDBq;Pj8Ghjp%Dat<i-5#^<34b9SzR;NOhD4DggnT-=o>3+1nn$N
zE_xwjvLaHKloJEvoIXc`NY3Ty0sL>HbS!$=hsR_oCV&Vh#H}g=#5rkC-|d^y5n&%M
zEqyNqQ&Ur;u`mFolMHF3;&yUqYqagJ3|8vhcd#w#f{m9iUxG&lLmKPrL4G$XjO(gx
z^@P@XZo?P4sUiK4(SFibp!$p-CT>E|$;k#_s!()UULd)|{WdU6v?<l8%@0r`R1Uft
zy_VJq$Dac%0HzS-DYIuDBGdLm<lA4j^`ah(9YWo6aqcKJ_Ap|(HLJ0i1e2%=`=$C6
z7(x$iBHk-UGWIB)R9ZEmRhO=2@n{4uphEm2TQNLzR4_2jf2*>qjVai_H@@K7%i0v)
zx>sQ=LR8z{0h@!Bot<5p^1TLYs_%X<^Y1e;%g06dYbe>!<7{`-nVmJ#tRTQG0m3y%
zSVCh`Mxc|9Ytc|{g3!X)?j_A@tf4b`&GvLo(yObh4KTHe$}y-g&zFc9B$?FS#j%qX
zN4SP{xe<nEQ(9X36Od#3oda_mf(+^w&n9=>s&!bUh~&=ij_S%nTeXyKd(q#4fU}#%
zrfAGe9^gSAax0#GClYUIOc@_EGp60o@1)C)d%&0jU{K@Pf4N2~)v=)`grr%`1W>kk
zuvUU2I)<$pxm#>pY^*J1?Vr#6v$KSN79TsgFpVL=l`gpK+^qu}HBEo>ng2uom6$Qx
z*V_+m%MsVtFGpbROX8k+^j*%Z^#qay3BwMFlQvfXSF%clBIRmjh0@O*TJ^CG1nLF;
z1rT<VaU0S43lKkf+%p0gJrT(3h~p$crl)79*L@M^ESsR`;O_1&;rDpGICOq~zA0Uh
zA9BcV6v2Zgg<tKPn-0q+5rbOVjUl7H4(`kSWd*fym&Byt`L1BBd8Y*n9mBg?JN_!o
z)GX@Ctw>md)y9i-!Qc6NdB=aVg|<yB_}4^!_Zd_BAA=-UToKc_QjPz-H4F=DrAd$_
znqGivt>sKf$>f4fmF78ec+g(G67`_^kI?x0RsDelw|DGLdIQkyfW#e3E|m}hklTg`
z56Sim?FAvT2?{g47abjLfA=*n0HW`JD=j@8Z@Je2V$|h(9rDe8hrSGW2M!Fk$aHEG
zeF@@|#)$P=V+<!n4Gx~AeDQbB#9WFmtts5R{OAn<#-|BpVmcHL5h_yP+$g20ev?W?
z$vI|xWA9#NPQmU$w(2j?Mi^}KD3qmoE~ajZ?${JLqhBnK+*|Em@tVjozk%B_hnLE=
zcy)?}yH??0%s?N}jdyfJfiFi88y9DQSw*VC9i4OFj*Yzj#%s_|(av$!S76B}wIa%c
zL>Our#=I%%)V<<5Oa*XM4~;_x(H6V(74RD1=q-Tq(Lm48)y02387pIBWAPCY5fwH~
z`f=OsZ^FyDfBs8jG3mVArlNpv=`GI{LJYV|^b8Gwng!*=D{BW4ToSBNkSXnW@6Qq_
zj|!J6`sBpRRf8CWXJj9&y%LLLVHEOMlJ9UW?CoXM`lQm4%LrWiWHo0f_?T$6MtubZ
zbj<1FkcWyHTgj$B;hW}iE1$I2%>+;kCRj^ktS3nbSt%?Z3wY%S-w{DD+Tk-_%xxIp
z{>zdwFCtpvis$VQ7=BU3{u)9C0SzLnYvQC}z+bTw<iY{g??YlKfu9fH;rZnXbu=_+
z+O;je{`tF)8z-o4)#<tK_SUD~5AM_sl$h1k)qmTaK>5q9C(GUx%?7Gnt8unk)}NgD
z7XKVIb}Ubv84JCFPI`Ejnzi=*uubbxOzeFSv@3BR<UxnVAQ9qn*aslGoi*vaMX2=j
z^n#@eK%HJEN-3-yi;XN!_!?y?!lzeiF-DLxBwHHf&b{e~+9GBX1qymYO*AYA3dN$C
zks_`9p#hzd!927ms_j)J!UNf(<BuN8$H&L7cHIyP_$c+=-MBzpS!g&YuF$PABhglN
zTm>;(CqZFgBDuytpHX!bXZX>fS0PvJQG1z;k)^w2nk5SB^oD5ii0M^+4}K8ZNE;bH
z^SK&N4|6o2?mD96T8Eq4*<q4eLe?2h(-}MiLHqXPZ9;iaLrVDJ_k=-pIi;7^Zd`^h
z*7%AZPD*Kr7Ns!<PPx{=I-g&XF;_b>Vu;K|R-am_>fQsyN~+yDe0|J{_Ze8#({WMn
z(`qV-z#kIOi_QemvmaN_z#>y7Y8_6!3;2&SRVfcGSP_)5nGIE7VRNNCOVZl&U;pHH
za|{Oi`rcin1N{{efVDu->Vb!p(%hz;zC-f`#@twc@UO@Oo|jPr_nT;_NzMl+zfNQy
zM$B}CT{@;*p3Q-|g#^Qgz>P1LX#Yo$7b|eXaM&HS!di!1L4G^LMv50!`vegPc^vaI
zn(kV>!XDs`FWet~q}g6b3h7^x-?|S>cIS-1$H~M!y!P#>JF^$eGL=5E0E2~bL(LrB
z+%9=7kLN8KZa=}Ma;mQHT_p%e$3jhFqOmMh23`G+fhib{4=PHdx!}Fb&5x!5o|iYv
z&QP7I`KBmbsxA0>P*8xm`6fJKqbNFpwkY)r(%+Z&5odgl!q(X(nhJ;SuD9MEY(eI2
zdb*^L#BgnHJ2`6^KNC^*d)exPn^iD`cL?~sS6lhJeJl$y{VYwR9s{E3A+t_xrf*%h
z2LE{f5H^(kx1C0(r>6-mt2s;9l`Eug0L)-`*OkeHSO3KnLJjmA6GQ`yoN@;BeiRa2
zTUjysH=OJl4%}aHzFpmJdlQ)%?$jIaUUIMci2>Wg%ZoUkMnX*@9i*XdV$gkE<D7%|
zRrc;0%4zcBb~r+MGe4yf8N>&m0=wC;k`#7uNwJ)UE@oEy%uqwQM*6GgGAV4<<|hqD
zbT<|E$zQW_B*0s>6)eo(3Raz%Fnbx_d{HuV-DG?6F(?RLR56zE#jT~NZbh1AMFIuO
z7yYqsTmB{`G3SguCTZ?S-vJB=HIR5lK%vSkXIn-sTLva3t>mwYk>&zY#!7cdhXLgO
ze1Z=u#wQ{1%mtD}ld5lUUhii6CqC&+PEOWfCfcZJTT?;}LITJE3v=@ViMB@ie{I)X
zNWI#Bn*fw!ujeY~Or>@C#GXiQUbpH4QgAd3oXU;!Z<8hvim|-DW>vEg5*1e!&b&8c
z=kvHeX3kPo4dWzl37&mhil1EAlK->6f9<Q2sN@cnHfF=MuQ3<a&o|@JoaqrNjMzXc
z-ue1m>vh+Hg_~~hsd>@NmxTr0=bgU?b9G&vOw9sT%i(<Jg*ydN)OS$e*1h^&dU*V&
zNw)~&kXlm_3HE#m2xaj)?$fmz|0(F;P$={{UAs&zE?Xj~yRIsw)%1ZKBNTwmBaDNM
zJ=R}<0j6{~@Vd%WwWh94U6}<B$g6<Reh4;Uh%Q_%PLUI%sch%@4l|$!c|9wOYS~5C
z9(*e0Yo=oEJr0caE<pBx%d}Z;wk_l0q5k2qy<~@E0tf?~rucJ-?N_=F?p-E5zy^HY
z86q)#=u`ElJd43$2Lc0-w+;&l3R1@vj>vo`G)hDg{HQa9@;HDOurHIz_i1W+iQEVH
zWD*TOemvk<##T`KWHHd+U>Ur~RM{i^5jBPd+Q2rw?I#CSBT1^qR061iwW-f$MAy;L
z(VRKyl!r);9rOwps26~YL=K}N4ANHKJn@*6;38`OW8x$|v$XoWYwL&?p=~2tN<o^Y
zc_%uU&0R#z@peTW|CY7{FEjQ8%Ys|lby!G|TfQSxk?BkTbgNXLal51*c$wV20n<$b
z0)kD_`0kVf%X97A!3tF*omG>*G4Hlb>|D>^0N&|O#3UpVFF-+xaDV`0{qs4E=ck#S
z-6(Ry+|!Mkg7MCMkn^7BGsF$xyYNArjCI=of_e47QK9t@hgEfJKZPamhg~Dw13@}<
z!7MDhYj5L~K}jrf7TZQTQYES6*A@<4V4b}Hu7R2*^k6pu)P^7BT1~DzBoiN>?-M3%
zfO<oSk%{TqezDfr6#Q^8oW2%w{}?#h%dir8d7vJ2XKLK-k3guEZ3B`Z0I``q@$&4R
zwgEL3xhw&z{NxUsva@;s6m^$DafSQpc|lKL;40j*={X?~5e7Oop7-N~)^0Z^+t=XQ
z#VN-j=+q;r<GaSd)2h5gH08dOvzAn2&{cxC8NxI0rL8o-mh)qO@Y_FD-q!mIZYQq1
z|1mu;TYxp*f@T*YU|p#|4#<U=n0i`*o}Zro0!r_x0S;Q=3Kx$E_*+Etcw|s><D6KF
znu(i0NV<`;I<Uh97ds0gi5co)A&yx*gB;a9y8^-K0D#%YsZ^TkjULb$@}Q<uyKd;~
z{#TRh%rFPGu`s-M8D!+-tj3*Qj&&)Ql0`G+KDk1#hFwuXr4jgk5%|`0;ZX>SS_awI
z_*fPWobY!wnZ<Vh*$!!XC-NK@iW36*tE-?7tf?LEX#$$d*d0X2fv}?u-UvbW>VCXg
z=JM=ZCG$XM5yzGcYUAbzmCfXxdlTc)?}&DM-_505GTZaK%N2x(gCB3Tl`F9P`Sk88
z6B(oen6Ov)c9~oU1Tn^MN2j<1U)>5$A#gz>%76JLojI&!Nw9Z$XT3~nQ-2c1*k^o;
zixZa+5V(fDkEaA*cXchT$Kwz!2&MtuP(dOR5<zc9sTa+-8d=*H)W6U6L5&Z}Qha3|
zZoGjQesFPdA@SDpPzUElgO!sLC*bzI3vflt1~s}Ra|bGl^AA>$?waPYC!1oNiYy$T
z$v8Mjm<AV2N@nXxX=t980R`_=z|&QpM9xm<Y7(!8-m=kY7ksS~z(W3hrX0R!`PVn$
zIcffVIW5xD(MHPghD@nJ?;)z8q2XKhyMVj2Ugb6C%&aUnlb*l;3p+czAj)C%;*>e*
zFZNo%U|E>I^nY<-0qf~Nd^q{~^=lq53H^+#`*w)y-LTHfeGZNn5uVs1OcIFE0H7P}
z&iTaa9*@j2mNlIl$8&~L^~>N1sC9m)J4gs?;z}$N3R`C<j-d%UC`q5{lKA-8$)Kfl
zcD^}4AKS1Tj=v26IW>TG%H*x@-~CJH`;|3yAZIa@-P_yy@zDfq-8yeCPAxZ+lM4fr
z@<`jDqwKy!<Zgx(MvujblrV4?W+jbU-Hwcm1VL?@zU97kwb%~m+7Ee{8kIC(wcr&M
zJ@W2c4H^}G&VYfRSKyD8Ft9bPs=0Bk2a9T*%xAoL^#Y{wB?v(2cK|n#P}Tflp7_P!
zE9mo0tq*OFGO)C5?UbTk6B2;X@wUZbu@v9~Zv1jTZf2_wyNXScRsjh`C%(m7O&gro
zWRKV&$o$>lVE9U>_u0I--;Ed;zUm!xwb2)rMTm-PMJuEYz_8v%#VJpT^zRuL76ByM
zpvI2H8VK@sbc2D=D^@A|*fb>uVL`!GZs0+1;O_)>8`M0VpLU)(^<1r?^Co1mJ<}Lq
W)xRB|QWOUPKZ<f{vbEA?q5lK5WA@bm

literal 0
HcmV?d00001

diff --git a/vendors/milesight-iot/cth-series/cth01/README.md b/vendors/milesight-iot/cth-series/cth01/README.md
new file mode 100644
index 0000000..9d74353
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01/README.md
@@ -0,0 +1,550 @@
+# CTH01 Sensor
+
+![CTH01](CTH01.png)
+
+For more detailed information, please visit [Milesight Official Website](https://www.milesight.com/iot/product/lorawan-sensor/cth01)
+
+## Payload Definition
+
+### Attribute
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| LoRaWAN  Settings | 0xCF | 1 | rw |  |  |  |
+| LoRaWAN Comand | 0xCF | 2 | rw |  |  |  |
+| LoRaWAN Version | 0xCF | 2 | rw | 2 |  | 1：1.0.2<br>2：1.0.3<br>3：1.0.3<br>4：1.0.4 |
+| TSL Version | 0xDF | 3 | r |  |  |  |
+| Product Name | 0xDE | 33 | rw |  |  |  |
+| PN | 0xDD | 33 | rw |  |  |  |
+| SN | 0xDB | 9 | r |  |  |  |
+| Product Version | 0xDA | 9 | r |  |  |  |
+| Hardware Version | 0xDA | 3 | r |  |  |  |
+| Firmware Version | 0xDA | 7 | r |  |  |  |
+| OEM ID | 0xD9 | 3 | rw |  |  |  |
+| Product Region | 0xD8 | 17 | r |  |  |  |
+| Device Information | 0xD7 | M | r |  |  |  |
+| Temperature | 0x01 | 3 | r |  | -20 - 100 |  |
+| Voltage Three-phase Unbalance | 0x02 | 3 | r |  | 0 - 100 |  |
+| THDi | 0x03 | 25 | r |  |  |  |
+| THDi | 0x03 | 3 | r |  |  |  |
+| THDi | 0x03 | 3 | r | 0 | 0 - 100 |  |
+| THDv | 0x04 | 7 | r |  |  |  |
+| THDv | 0x04 | 3 | r |  |  |  |
+| THDv | 0x04 | 3 | r | 0 | 0 - 100 |  |
+| Current(RMS) | 0x05 | 37 | r |  |  |  |
+| Current(RMS) | 0x05 | 4 | r |  |  |  |
+| Current(RMS) | 0x05 | 4 | r | 0 | 0 - 4000 |  |
+| Voltage(RMS) | 0x06 | 7 | r |  |  |  |
+| Voltage(RMS) | 0x06 | 3 | r |  |  |  |
+| Voltage(RMS) | 0x06 | 3 | r | 0 | 0 - 500 |  |
+| Power Factor | 0x07 | 1 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor | 0x07 | 2 | r |  |  |  |
+| Power Factor a | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor1 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor2 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor3 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factorb | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor4 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor5 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor6 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor c | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor7 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor8 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor9 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor d | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor | 0x07 | 4 | r |  |  |  |
+| Power Factor10 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor11 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Power Factor12 | 0x07 | 2 | r | 0 | 0 - 100 |  |
+| Active Power | 0x08 | 1 | r |  |  |  |
+| Active Power | 0x08 | 2 | r |  |  |  |
+| Active Power | 0x08 | 2 | r |  |  |  |
+| Active Power a | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x08 | 9 | r |  |  |  |
+| Active Power1 | 0x08 | 5 | r | 0 |  |  |
+| Active Power2 | 0x08 | 5 | r | 0 |  |  |
+| Active Power3 | 0x08 | 5 | r | 0 |  |  |
+| Active Power b | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x08 | 9 | r |  |  |  |
+| Active Power4 | 0x08 | 5 | r | 0 |  |  |
+| Active Power5 | 0x08 | 5 | r | 0 |  |  |
+| Active Power6 | 0x08 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 1 | r |  |  |  |
+| Active Power | 0x09 | 2 | r |  |  |  |
+| Active Power | 0x09 | 2 | r |  |  |  |
+| Active Power c | 0x09 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 9 | r |  |  |  |
+| Active Power7 | 0x09 | 5 | r | 0 |  |  |
+| Active Power8 | 0x09 | 5 | r | 0 |  |  |
+| Active Power9 | 0x09 | 5 | r | 0 |  |  |
+| Active Power d | 0x09 | 5 | r | 0 |  |  |
+| Active Power | 0x09 | 9 | r |  |  |  |
+| Active Power10 | 0x09 | 5 | r | 0 |  |  |
+| Active Power11 | 0x09 | 5 | r | 0 |  |  |
+| Active Power12 | 0x09 | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 1 | r |  |  |  |
+| Reactive Power | 0x0A | 2 | r |  |  |  |
+| Reactive Power | 0x0A | 2 | r |  |  |  |
+| Reactive Power a | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 9 | r |  |  |  |
+| Reactive Power1 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power2 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power3 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power b | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0A | 9 | r |  |  |  |
+| Reactive Power4 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power5 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power6 | 0x0A | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 1 | r |  |  |  |
+| Reactive Power | 0x0B | 2 | r |  |  |  |
+| Reactive Power | 0x0B | 2 | r |  |  |  |
+| Reactive Power c | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 9 | r |  |  |  |
+| Reactive Power7 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power8 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power9 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power d | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power | 0x0B | 9 | r |  |  |  |
+| Reactive Power10 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power11 | 0x0B | 5 | r | 0 |  |  |
+| Reactive Power12 | 0x0B | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 1 | r |  |  |  |
+| Apparent Power | 0x0C | 2 | r |  |  |  |
+| Apparent Power | 0x0C | 2 | r |  |  |  |
+| Apparent Power a | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 9 | r |  |  |  |
+| Apparent Power1 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power2 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power3 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power b | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0C | 9 | r |  |  |  |
+| Apparent Power4 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power5 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power6 | 0x0C | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 1 | r |  |  |  |
+| Apparent Power | 0x0D | 2 | r |  |  |  |
+| Apparent Power | 0x0D | 2 | r |  |  |  |
+| Apparent Power c | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 9 | r |  |  |  |
+| Apparent Power7 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power8 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power9 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power d | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power | 0x0D | 9 | r |  |  |  |
+| Apparent Power10 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power11 | 0x0D | 5 | r | 0 |  |  |
+| Apparent Power12 | 0x0D | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 1 | r |  |  |  |
+| Imported Active Energy | 0x0E | 2 | r |  |  |  |
+| Imported Active Energy | 0x0E | 2 | r |  |  |  |
+| Imported Active Energy a | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 9 | r |  |  |  |
+| Imported Active Energy1 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy2 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy3 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy b | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0E | 9 | r |  |  |  |
+| Imported Active Energy4 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy5 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy6 | 0x0E | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 1 | r |  |  |  |
+| Imported Active Energy | 0x0F | 2 | r |  |  |  |
+| Imported Active Energy | 0x0F | 2 | r |  |  |  |
+| Imported Active Energy c | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 9 | r |  |  |  |
+| Imported Active Energy7 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy8 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy9 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy d | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy | 0x0F | 9 | r |  |  |  |
+| Imported Active Energy10 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy11 | 0x0F | 5 | r | 0 |  |  |
+| Imported Active Energy12 | 0x0F | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 1 | r |  |  |  |
+| Exported Active Energy | 0x10 | 2 | r |  |  |  |
+| Exported Active Energy | 0x10 | 2 | r |  |  |  |
+| Exported Active Energy a | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 9 | r |  |  |  |
+| Exported Active Energy1 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy2 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy3 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy b | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x10 | 9 | r |  |  |  |
+| Exported Active Energy4 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy5 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy6 | 0x10 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 1 | r |  |  |  |
+| Exported Active Energy | 0x11 | 2 | r |  |  |  |
+| Exported Active Energy | 0x11 | 2 | r |  |  |  |
+| Exported Active Energy c | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 9 | r |  |  |  |
+| Exported Active Energy7 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy8 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy9 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy d | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy | 0x11 | 9 | r |  |  |  |
+| Exported Active Energy10 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy11 | 0x11 | 5 | r | 0 |  |  |
+| Exported Active Energy12 | 0x11 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 1 | r |  |  |  |
+| Imported Reactive Energy | 0x12 | 2 | r |  |  |  |
+| Imported Reactive Energy | 0x12 | 2 | r |  |  |  |
+| Imported Reactive Energy a | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 9 | r |  |  |  |
+| Imported Reactive Energy1 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy2 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy3 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy b | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x12 | 9 | r |  |  |  |
+| Imported Reactive Energy4 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy5 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy6 | 0x12 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 1 | r |  |  |  |
+| Imported Reactive Energy | 0x13 | 2 | r |  |  |  |
+| Imported Reactive Energy | 0x13 | 2 | r |  |  |  |
+| Imported Reactive Energy c | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 9 | r |  |  |  |
+| Imported Reactive Energy7 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy8 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy9 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy d | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy | 0x13 | 9 | r |  |  |  |
+| Imported Reactive Energy10 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy11 | 0x13 | 5 | r | 0 |  |  |
+| Imported Reactive Energy12 | 0x13 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 1 | r |  |  |  |
+| Exported Reactive Energy | 0x14 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x14 | 2 | r |  |  |  |
+| Exported Reactive Energy a | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 9 | r |  |  |  |
+| Exported Reactive Energy1 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy2 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy3 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy b | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x14 | 9 | r |  |  |  |
+| Exported Reactive Energy4 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy5 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy6 | 0x14 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x15 | 1 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 2 | r |  |  |  |
+| Exported Reactive Energy | 0x15 | 9 | r |  |  |  |
+| Exported Reactive Energy7 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy8 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy9 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy d | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy | 0x15 | 9 | r |  |  |  |
+| Exported Reactive Energy10 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy11 | 0x15 | 5 | r | 0 |  |  |
+| Exported Reactive Energy12 | 0x15 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 1 | r |  |  |  |
+| Apparent Energy | 0x16 | 2 | r |  |  |  |
+| Apparent Energy | 0x16 | 2 | r |  |  |  |
+| Apparent Energy a | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 9 | r |  |  |  |
+| Apparent Energy1 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy2 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy3 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy b | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x16 | 9 | r |  |  |  |
+| Apparent Energy4 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy5 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy6 | 0x16 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 1 | r |  |  |  |
+| Apparent Energy | 0x17 | 2 | r |  |  |  |
+| Apparent Energy | 0x17 | 2 | r |  |  |  |
+| Apparent Energy c | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 9 | r |  |  |  |
+| Apparent Energy7 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy8 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy9 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy d | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy | 0x17 | 9 | r |  |  |  |
+| Apparent Energy10 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy11 | 0x17 | 5 | r | 0 |  |  |
+| Apparent Energy12 | 0x17 | 5 | r | 0 |  |  |
+| Historical Data Type | 0x40 | 2 | r |  |  |  |
+| Historical Data Type | 0x40 | 2 | r | 1 |  | 1:month energy<br>2:month min<br>3:month max |
+| Collecting Interval | 0x60 | 1 | rw |  |  |  |
+| Collecting Interval Unit | 0x60 | 2 | rw | 0 |  | 0：second<br>1：min |
+| Collecting Interval | 0x60 | 3 | rw | 30 | 10 - 64800 |  |
+| Collecting Interval | 0x60 | 3 | rw | 1 | 1 - 1440 |  |
+| Report Interval | 0x61 | 1 | rw |  |  |  |
+| Report Interval Unit | 0x61 | 2 | rw | 1 |  | 0：second<br>1：min |
+| Report Interval | 0x61 | 3 | rw | 30 | 10 - 64800 |  |
+| Report Interval | 0x61 | 3 | rw | 1 | 1 - 1440 |  |
+| Device Status | 0xC8 | 2 | rw | 0 |  | 0：Power Off<br>1：Power On |
+| Temperature Unit | 0x63 | 2 | rw | 0 |  | 0：℃<br>1：℉ |
+| Bluetooth Name | 0x64 | 1 | rw |  |  |  |
+| Name Length | 0x64 | 2 | rw | 13 | 1 - 13 |  |
+| Name | 0x64 | 1 | rw |  |  |  |
+| Data Storage Settings | 0xC5 | 1 | rw |  |  |  |
+| Sub-command | 0xC5 | 2 | rw | 0 |  |  |
+| Data Storage Enable | 0xC5 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Data Retransmission Enable | 0xC5 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Retransmission Interval | 0xC5 | 3 | rw | 600 | 30 - 1200 |  |
+| Retrieval Interval | 0xC5 | 3 | rw | 60 | 30 - 1200 |  |
+| Voltage Channel | 0x66 | 2 | rw | 0 |  | 0：four_wire<br>1：three_wire |
+| Group a | 0x67 | 1 | rw |  |  |  |
+| Circuit Type | 0x67 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x67 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x67 | 4 | rw |  |  |  |
+| Current Direction | 0x67 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x67 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group b | 0x68 | 1 | rw |  |  |  |
+| Circuit Type | 0x68 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x68 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x68 | 4 | rw |  |  |  |
+| Current Direction | 0x68 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x68 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group c | 0x69 | 1 | rw |  |  |  |
+| Circuit Type | 0x69 | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x69 | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x69 | 4 | rw |  |  |  |
+| Current Direction | 0x69 | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x69 | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Group d | 0x6A | 1 | rw |  |  |  |
+| Circuit Type | 0x6A | 2 | rw | 0 |  | 0：one_phase<br>1：three_phase |
+| Current Channel Configuration | 0x6A | 10 | rw |  |  |  |
+| Current Channel Configuration | 0x6A | 4 | rw |  |  |  |
+| Current Direction | 0x6A | 2 | rw | 0 |  | 0：forward<br>1：reserse |
+| Channel Range | 0x6A | 3 | rw | 0 |  | 0：NONE<br>1：100A<br>2：300A<br>3：500A<br>4：1000A<br>5：4000A |
+| Temperature Calibration Settings | 0x6B | 4 | rw |  |  |  |
+| Temperature Calibration | 0x6B | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Calibration Value | 0x6B | 3 | rw | 0 | -120 - 120 |  |
+| Time Zone | 0xC7 | 3 | rw | 0 |  | -720：UTC-12(IDLW)<br>-660：UTC-11(SST)<br>-600：UTC-10(HST)<br>-570：UTC-9:30(MIT)<br>-540：UTC-9(AKST)<br>-480：UTC-8(PST)<br>-420：UTC-7(MST)<br>-360：UTC-6(CST)<br>-300：UTC-5(EST)<br>-240：UTC-4(AST)<br>-210：UTC-3:30(NST)<br>-180：UTC-3(BRT)<br>-120：UTC-2(FNT)<br>-60：UTC-1(CVT)<br>0：UTC(WET)<br>60：UTC+1(CET)<br>120：UTC+2(EET)<br>180：UTC+3(MSK)<br>210：UTC+3:30(IRST)<br>240：UTC+4(GST)<br>270：UTC+4:30(AFT)<br>300：UTC+5(PKT)<br>330：UTC+5:30(IST)<br>345：UTC+5:45(NPT)<br>360：UTC+6(BHT)<br>390：UTC+6:30(MMT)<br>420：UTC+7(ICT)<br>480：UTC+8(CT/CST)<br>540：UTC+9(JST)<br>570：UTC+9:30(ACST)<br>600：UTC+10(AEST)<br>630：UTC+10:30(LHST)<br>660：UTC+11(VUT)<br>720：UTC+12(NZST)<br>765：UTC+12:45(CHAST)<br>780：UTC+13(PHOT)<br>840：UTC+14(LINT) |
+| Daylight Saving Time | 0xC6 | M | rw |  |  |  |
+| Daylight Saving Time | 0xC6 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| DST Bias | 0xC6 | 2 | rw | 60 | 0 - 120 |  |
+| Month | 0xC6 | 2 | rw | 1 |  | 1:Jan.<br>2:Feb.<br>3:Mar.<br>4:Apr.<br>5:May<br>6:Jun.<br>7:Jul.<br>8:Aug.<br>9:Sep.<br>10:Oct.<br>11:Nov.<br>12:Dec. |
+| Number of Week | 0xC6 | 2 | rw | 1 |  | 1:1st<br>2: 2nd<br>3: 3rd<br>4: 4th<br>5: last |
+| Week | 0xC6 | 2 | rw | 1 |  | 1：Mon.<br>2：Tues.<br>3：Wed.<br>4：Thurs.<br>5：Fri.<br>6：Sat.<br>7：Sun. |
+| Time | 0xC6 | 3 | rw | 0 |  | 0：00:00<br>60：01:00<br>120：02:00<br>180：03:00<br>240：04:00<br>300：05:00<br>360：06:00<br>420：07:00<br>480：08:00<br>540：09:00<br>600：10:00<br>660：11:00<br>720：12:00<br>780：13:00<br>840：14:00<br>900：15:00<br>960：16:00<br>1020：17:00<br>1080：18:00<br>1140：19:00<br>1200：20:00<br>1260：21:00<br>1320：22:00<br>1380：23:00 |
+| Month | 0xC6 | 2 | rw | 1 |  | 1:Jan.<br>2:Feb.<br>3:Mar.<br>4:Apr.<br>5:May<br>6:Jun.<br>7:Jul.<br>8:Aug.<br>9:Sep.<br>10:Oct.<br>11:Nov.<br>12:Dec. |
+| Number of Week | 0xC6 | 2 | rw | 1 |  | 1:1st<br>2: 2nd<br>3: 3rd<br>4: 4th<br>5: last |
+| Week | 0xC6 | 2 | rw | 1 |  | 1：Mon.<br>2：Tues.<br>3：Wed.<br>4：Thurs.<br>5：Fri.<br>6：Sat.<br>7：Sun. |
+| Time | 0xC6 | 3 | rw | 0 |  | 0：00:00<br>60：01:00<br>120：02:00<br>180：03:00<br>240：04:00<br>300：05:00<br>360：06:00<br>420：07:00<br>480：08:00<br>540：09:00<br>600：10:00<br>660：11:00<br>720：12:00<br>780：13:00<br>840：14:00<br>900：15:00<br>960：16:00<br>1020：17:00<br>1080：18:00<br>1140：19:00<br>1200：20:00<br>1260：21:00<br>1320：22:00<br>1380：23:00 |
+| Temperature Threshold Alarm Settings | 0x76 | 7 | rw |  |  |  |
+| Threshold Alarm Enable | 0x76 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x76 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x76 | 3 | rw | 0 | -20 - 100 |  |
+| Value B | 0x76 | 3 | rw | 0 | -20 - 100 |  |
+| Current Threshold Alarm Settings | 0x77 | 1 | rw |  |  |  |
+| Current Threshold Alarm | 0x77 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x77 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x77 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x77 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x77 | 3 | rw | 0 | 0 - 4000 |  |
+| Value B | 0x77 | 3 | rw | 0 | 0 - 4000 |  |
+| Voltage Threshold Alarm Settings | 0x78 | 1 | rw |  |  |  |
+| Voltage Threshold Alarm | 0x78 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x78 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x78 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x78 | 2 | rw | 0 |  | 0:disable<br>1:condition: x<A<br>2:condition: x>B<br>3:condition: A≤x≤B<br>4:condition: x<A or x>B |
+| Value A | 0x78 | 3 | rw | 0 | 0 - 500 |  |
+| Value B | 0x78 | 3 | rw | 0 | 0 - 500 |  |
+| THDi Threshold Alarm Settings | 0x79 | 8 | rw |  |  |  |
+| THDi Threshold Alarm | 0x79 | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x79 | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x79 | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x79 | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x79 | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x79 | 3 | rw | 8 | 1 - 100 |  |
+| THDv Threshold Alarm Settings | 0x7A | 8 | rw |  |  |  |
+| THDv Threshold Alarm | 0x7A | 8 | rw |  |  |  |
+| Threshold Alarm Channel | 0x7A | 2 | rw | 0 |  |  |
+| Threshold Alarm Enable | 0x7A | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x7A | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x7A | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x7A | 3 | rw | 5 | 1 - 100 |  |
+| Voltage Three-phase Unbalance Threshold Alarm Settings | 0x7B | 7 | rw |  |  |  |
+| Threshold Alarm Enable | 0x7B | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Threshold Mode | 0x7B | 2 | rw | 0 |  | 0:disable<br>2:condition: x>B |
+| Value A | 0x7B | 3 | rw | 0 | 0 - 100 |  |
+| Value B | 0x7B | 3 | rw | 3 | 1 - 100 |  |
+| Threshold Alarm Global Settings | 0x7C | 1 | rw |  |  |  |
+| Alarm Interval | 0x7C | 3 | rw | 5 | 1 - 1440 |  |
+| Alarm Times | 0x7C | 3 | rw | 3 | 1 - 1000 |  |
+| Threshold Released Report Enable | 0x7C | 2 | rw | 0 |  | 0：disable<br>1：enable |
+| Monthly Statistics Time | 0x6D | 1 | rw |  |  |  |
+| day | 0x6D | 2 | rw | 1 | 1 - 28 |  |
+| hour | 0x6D | 2 | rw | 0 | 0 - 23 |  |
+| minute | 0x6D | 2 | rw | 0 | 0 - 59 |  |
+| Report Parameters | 0x6C | 3 | rw |  |  |  |
+| Temperature | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Current(RMS) | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Voltage(RMS) | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Power Factor | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Active Power | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| ReActive Power | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Apparent Power | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Imported Active Energy | 0x6C | 3 | rw | 1 |  | 0：disable<br>1：enable |
+| Exported Active Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Imported Reactive Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Exported Reactive Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Apparent Energy | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| THDi | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| THDv | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+| Voltage Three-phase Unbalance | 0x6C | 3 | rw | 0 |  | 0：disable<br>1：enable |
+
+### Event
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| Sequence Number Check Response | 0xFF | 2 | r |  |  |  |
+| Order Check Response | 0xFE | 2 | r |  |  |  |
+| Command Response | 0xEF | 1 | r |  |  |  |
+| Request to Push All Configurations | 0xEE | 1 | r |  |  |  |
+| Historical Data | 0xED | 6 | r |  |  |  |
+| Temperature Threshold Alarm | 0x30 | 1 | r |  |  |  |
+| Current Threshold  Alarm | 0x31 | 1 | r |  |  |  |
+| Voltage Threshold  Alarm | 0x32 | 1 | r |  |  |  |
+| THDi Threshold Alarm | 0x33 | 1 | r |  |  |  |
+| THDv Threshold Alarm | 0x34 | 1 | r |  |  |  |
+| Voltage Three-phase Unbalance Threshold Alarm | 0x35 | 1 | r |  |  |  |
+| Power Failure Alarm | 0x36 | 1 | r |  |  |  |
+
+### Service
+
+| CHANNEL |  ID  | LENGTH | READ/WRITE | DEFAULT | RANGE | ENUM |
+| :------ | :--: | :----: | :--------: | :-----: | :---: | :--: |
+| Sequence Number Check | 0xFF | 2 | w |  |  |  |
+| Sequence Number | 0xFF | 2 | w | 0 | 0 - 255 |  |
+| Sequence Number | 0xFF | 2 | r | 0 | 0 - 255 |  |
+| Order Check | 0xFE | 2 | w |  |  |  |
+| Order | 0xFE | 2 | w | 0 | 0 - 255 |  |
+| Command Queries | 0xEF | 1 | w |  |  |  |
+| Query Information | 0xEF | 2 | w |  |  |  |
+| Command Length | 0xEF | 2 | w | 1 | 1 - 15 |  |
+| The command that was queried | 0xEF | 1 | w |  |  |  |
+| Answer Result | 0xEF | 2 | r | 0 |  | 0：success<br>1：unknow<br>2：error order<br>3：error passwd<br>4：error read params<br>5：error write params<br>6：error read<br>7：error write<br>8：error read apply<br>9：error write apply |
+| Command Length | 0xEF | 2 | r | 1 | 1 - 15 |  |
+| Answered Commands | 0xEF | 1 | r |  |  |  |
+| Request to Query All Configurations | 0xEE | 1 | w |  |  |  |
+| Historical Data Mode | 0xED | 2 | r |  |  | 0：target time<br>1：historical time |
+| Historical Data Timestamps | 0xED | 5 | r |  |  |  |
+| Alarm Type | 0x30 | 2 | r |  |  |  |
+| Collection Error | 0x30 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x30 | 1 | r |  |  |  |
+| Overrange (Upper Limit) | 0x30 | 1 | r |  |  |  |
+| No Data | 0x30 | 1 | r |  |  |  |
+| Temperature Below Threshold Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Below Threshold Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Exceeds Threshold Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Exceeds Threshold Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Between Thresholds Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Between Thresholds Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Outside Thresholds Alarm Released | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Temperature Outside Thresholds Alarm | 0x30 | 3 | r |  |  |  |
+| Temperature | 0x30 | 3 | r |  | -20 - 100 |  |
+| Alarm Channel | 0x31 | 2 | r |  | 0 - 11 |  |
+| Current Threshold Alarm Info | 0x31 | 1 | r |  |  |  |
+| Alarm Type | 0x31 | 2 | r |  |  |  |
+| Collection Error | 0x31 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Overrange (Upper Limit) | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| No Data | 0x31 | 1 | r |  |  |  |
+| Overrange Release | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Below Threshold Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Below Threshold Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Exceeds Threshold Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Exceeds Threshold Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current in-Range Thresholds Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current in-Range Thresholds Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Out-of-Range Thresholds Alarm Released | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Current Out-of-Range Thresholds Alarm | 0x31 | 4 | r |  |  |  |
+| Current | 0x31 | 4 | r |  |  |  |
+| Alarm Channel | 0x32 | 2 | r |  | 0 - 11 |  |
+| Voltage Threshold Alarm Info | 0x32 | 1 | r |  |  |  |
+| Alarm Type | 0x32 | 2 | r |  |  |  |
+| Collection Error | 0x32 | 1 | r |  |  |  |
+| Overrange (Lower Limit) | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Overrange (Upper Limit) | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| No Data | 0x32 | 1 | r |  |  |  |
+| Overrange Release | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Below Threshold Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Below Threshold Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Exceeds Threshold Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Exceeds Threshold Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage in-Range Thresholds Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage in-Range Thresholds Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Out-of-Range Thresholds Alarm Released | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Voltage Out-of-Range Thresholds Alarm | 0x32 | 3 | r |  |  |  |
+| Voltage | 0x32 | 3 | r |  |  |  |
+| Alarm Channel | 0x33 | 2 | r |  | 0 - 11 |  |
+| THDi Threshold Alarm Info | 0x33 | 1 | r |  |  |  |
+| Alarm Type | 0x33 | 2 | r |  |  |  |
+| Collection Error | 0x33 | 1 | r |  |  |  |
+| THDi Exceeds Threshold Alarm Released | 0x33 | 3 | r |  |  |  |
+| THDi | 0x33 | 3 | r |  |  |  |
+| THDi Exceeds Threshold Alarm | 0x33 | 3 | r |  |  |  |
+| THDi | 0x33 | 3 | r |  |  |  |
+| Alarm Channel | 0x34 | 2 | r |  | 0 - 11 |  |
+| THDv Threshold Alarm Info | 0x34 | 1 | r |  |  |  |
+| Alarm Type | 0x34 | 2 | r |  |  |  |
+| Collection Error | 0x34 | 1 | r |  |  |  |
+| THDv Exceeds Threshold Alarm Released | 0x34 | 3 | r |  |  |  |
+| THDv | 0x34 | 3 | r |  |  |  |
+| THDv Exceeds Threshold Alarm | 0x34 | 3 | r |  |  |  |
+| THDv | 0x34 | 3 | r |  |  |  |
+| Alarm Type | 0x35 | 2 | r |  |  |  |
+| Collection Error | 0x35 | 1 | r |  |  |  |
+| Voltage Three-phase Unbalance Exceeds Threshold Alarm Released | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance Exceeds Threshold Alarm | 0x35 | 3 | r |  |  |  |
+| Voltage Three-phase Unbalance | 0x35 | 3 | r |  |  |  |
+| Reset | 0xBF | 1 | w |  |  |  |
+| Reboot | 0xBE | 1 | w |  |  |  |
+| Stop Retrieval | 0x5D | 1 | w |  |  |  |
+| Stop Retrieval | 0x5D | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Retrieval (Time Period) | 0x5B | 6 | w |  |  |  |
+| Type | 0x5B | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Time Point | 0x5B | 5 | w |  |  |  |
+| Retrieval (Time Period) | 0x5C | 10 | w |  |  |  |
+| Type | 0x5C | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Start Time | 0x5C | 5 | w |  |  |  |
+| End Time | 0x5C | 5 | w |  |  |  |
+| Query Device Status | 0xB9 | 1 | w |  |  |  |
+| Time Synchronize | 0xB8 | 1 | w |  |  |  |
+| Time Synchronize | 0xB7 | 5 | w |  |  |  |
+| Timestamp | 0xB7 | 5 | w |  |  |  |
+| Network Reconnection | 0xB6 | 1 | w |  |  |  |
+| Clear Cumulative Energy Consumption | 0x5F | 2 | w |  |  |  |
+| Channel Number | 0x5F | 2 | w | 0 | 0 - 12 |  |
+| Clear Historical Data | 0x5E | 2 | w |  |  |  |
+| Data Type to Clear | 0x5E | 2 | w | 0 |  | 0：alarm data<br>1：period data<br>2：month energy data<br>3：month min_max data |
+| Query Data Storage Configuration | 0x57 | 1 | w |  |  |  |
+
diff --git a/vendors/milesight-iot/cth-series/cth01/cth01-codec.json b/vendors/milesight-iot/cth-series/cth01/cth01-codec.json
new file mode 100644
index 0000000..9f323e6
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01/cth01-codec.json
@@ -0,0 +1,7037 @@
+{
+    "version": "1.0.0",
+    "object": [
+        {
+            "id": "active_power1.group1_value",
+            "name": "Active Power a(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan1",
+            "name": "Active Power1(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan2",
+                "active_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan2",
+            "name": "Active Power2(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan1",
+                "active_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group1.chan3",
+            "name": "Active Power3(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group1.chan1",
+                "active_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "active_power1.group2_value",
+            "name": "Active Power b(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan1",
+            "name": "Active Power4(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan2",
+                "active_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan2",
+            "name": "Active Power5(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan1",
+                "active_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power1.group2.chan3",
+            "name": "Active Power6(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power1.group2.chan1",
+                "active_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "active_power1.mask1",
+            "name": "Active Power(Active Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "active_power1.mask2"
+            ]
+        },
+        {
+            "id": "active_power1.mask2",
+            "name": "Active Power(Active Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "active_power2.group1_value",
+            "name": "Active Power c(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan1",
+            "name": "Active Power7(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan2",
+                "active_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan2",
+            "name": "Active Power8(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan1",
+                "active_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group1.chan3",
+            "name": "Active Power9(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group1.chan1",
+                "active_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "active_power2.group2_value",
+            "name": "Active Power d(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan1",
+            "name": "Active Power10(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan2",
+                "active_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan2",
+            "name": "Active Power11(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan1",
+                "active_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "active_power2.group2.chan3",
+            "name": "Active Power12(Active Power)",
+            "value": "0",
+            "unit": "kW",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 48,
+            "bacnet_unit_type": "UNITS_KILOWATTS",
+            "reference": [
+                "active_power2.group2.chan1",
+                "active_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "active_power2.mask1",
+            "name": "Active Power(Active Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "active_power2.mask2"
+            ]
+        },
+        {
+            "id": "active_power2.mask2",
+            "name": "Active Power(Active Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Active Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Active Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Active Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "alarm_global_settings.interval",
+            "name": "Alarm Interval(Threshold Alarm Global Settings)",
+            "value": "5",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1440
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "alarm_global_settings.times",
+                "alarm_global_settings.release_enable"
+            ]
+        },
+        {
+            "id": "alarm_global_settings.release_enable",
+            "name": "Threshold Released Report Enable(Threshold Alarm Global Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "alarm_global_settings.interval",
+                "alarm_global_settings.times"
+            ]
+        },
+        {
+            "id": "alarm_global_settings.times",
+            "name": "Alarm Times(Threshold Alarm Global Settings)",
+            "value": "3",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1000
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "alarm_global_settings.interval",
+                "alarm_global_settings.release_enable"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1_value",
+            "name": "Apparent Energy a(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan1",
+            "name": "Apparent Energy1(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan2",
+                "apparent_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan2",
+            "name": "Apparent Energy2(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan1",
+                "apparent_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group1.chan3",
+            "name": "Apparent Energy3(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group1.chan1",
+                "apparent_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2_value",
+            "name": "Apparent Energy b(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan1",
+            "name": "Apparent Energy4(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan2",
+                "apparent_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan2",
+            "name": "Apparent Energy5(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan1",
+                "apparent_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy1.group2.chan3",
+            "name": "Apparent Energy6(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy1.group2.chan1",
+                "apparent_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.mask1",
+            "name": "Apparent Energy(Apparent Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_energy1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy1.mask2",
+            "name": "Apparent Energy(Apparent Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_energy2.group1_value",
+            "name": "Apparent Energy c(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan1",
+            "name": "Apparent Energy7(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan2",
+                "apparent_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan2",
+            "name": "Apparent Energy8(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan1",
+                "apparent_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group1.chan3",
+            "name": "Apparent Energy9(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group1.chan1",
+                "apparent_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2_value",
+            "name": "Apparent Energy d(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan1",
+            "name": "Apparent Energy10(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan2",
+                "apparent_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan2",
+            "name": "Apparent Energy11(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan1",
+                "apparent_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_energy2.group2.chan3",
+            "name": "Apparent Energy12(Apparent Energy)",
+            "value": "0",
+            "unit": "kVAh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 240,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS",
+            "reference": [
+                "apparent_energy2.group2.chan1",
+                "apparent_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.mask1",
+            "name": "Apparent Energy(Apparent Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_energy2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_energy2.mask2",
+            "name": "Apparent Energy(Apparent Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_power1.group1_value",
+            "name": "Apparent Power a(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan1",
+            "name": "Apparent Power1(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan2",
+                "apparent_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan2",
+            "name": "Apparent Power2(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan1",
+                "apparent_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group1.chan3",
+            "name": "Apparent Power3(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group1.chan1",
+                "apparent_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2_value",
+            "name": "Apparent Power b(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan1",
+            "name": "Apparent Power4(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan2",
+                "apparent_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan2",
+            "name": "Apparent Power5(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan1",
+                "apparent_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power1.group2.chan3",
+            "name": "Apparent Power6(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power1.group2.chan1",
+                "apparent_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power1.mask1",
+            "name": "Apparent Power(Apparent Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_power1.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power1.mask2",
+            "name": "Apparent Power(Apparent Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "apparent_power2.group1_value",
+            "name": "Apparent Power c(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan1",
+            "name": "Apparent Power7(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan2",
+                "apparent_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan2",
+            "name": "Apparent Power8(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan1",
+                "apparent_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group1.chan3",
+            "name": "Apparent Power9(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group1.chan1",
+                "apparent_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2_value",
+            "name": "Apparent Power d(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan1",
+            "name": "Apparent Power10(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan2",
+                "apparent_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan2",
+            "name": "Apparent Power11(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan1",
+                "apparent_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "apparent_power2.group2.chan3",
+            "name": "Apparent Power12(Apparent Power)",
+            "value": "0",
+            "unit": "kVA",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 9,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES",
+            "reference": [
+                "apparent_power2.group2.chan1",
+                "apparent_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "apparent_power2.mask1",
+            "name": "Apparent Power(Apparent Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "apparent_power2.mask2"
+            ]
+        },
+        {
+            "id": "apparent_power2.mask2",
+            "name": "Apparent Power(Apparent Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Apparent Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Apparent Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Apparent Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "bluetooth_name.content",
+            "name": "Name(Bluetooth Name)",
+            "value": "",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "max_length": 13,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "bluetooth_name.length"
+            ]
+        },
+        {
+            "id": "bluetooth_name.length",
+            "name": "Name Length(Bluetooth Name)",
+            "value": "13",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                13
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "bluetooth_name.content"
+            ]
+        },
+        {
+            "id": "celsius_temperature",
+            "name": "Celsius Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS"
+        },
+        {
+            "id": "clear_data.type",
+            "name": "Data Type to Clear(Clear Historical Data)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.channel",
+            "name": "Alarm Channel(Current Threshold  Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "current_alarm.info.exceed_range_alarm_deactivation.current",
+                "current_alarm.info.exceed_range_alarm_trigger.current",
+                "current_alarm.info.lower_range_alarm_deactivation.current",
+                "current_alarm.info.lower_range_alarm_trigger.current",
+                "current_alarm.info.lower_range_error.current",
+                "current_alarm.info.over_range_alarm_deactivation.current",
+                "current_alarm.info.over_range_alarm_trigger.current",
+                "current_alarm.info.over_range_error.current",
+                "current_alarm.info.over_range_release.current",
+                "current_alarm.info.type",
+                "current_alarm.info.within_range_alarm_deactivation.current",
+                "current_alarm.info.within_range_alarm_trigger.current"
+            ]
+        },
+        {
+            "id": "current_alarm.info.exceed_range_alarm_deactivation.current",
+            "name": "Current(Current Out-of-Range Thresholds Alarm Released)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.exceed_range_alarm_trigger.current",
+            "name": "Current(Current Out-of-Range Thresholds Alarm)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_alarm_deactivation.current",
+            "name": "Current(Current Below Threshold Alarm Released)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_alarm_trigger.current",
+            "name": "Current(Current Below Threshold Alarm)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.lower_range_error.current",
+            "name": "Current(Overrange (Lower Limit))",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_alarm_deactivation.current",
+            "name": "Current(Current Exceeds Threshold Alarm Released)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_alarm_trigger.current",
+            "name": "Current(Current Exceeds Threshold Alarm)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_error.current",
+            "name": "Current(Overrange (Upper Limit))",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.over_range_release.current",
+            "name": "Current(Overrange Release)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.type",
+            "name": "Alarm Type(Current Threshold Alarm Info)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 4,
+                    "name": "Overrange Release"
+                },
+                {
+                    "value": 16,
+                    "name": "Current Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Current Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Current Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Current Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Current in-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Current in-Range Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Current Out-of-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Current Out-of-Range Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.within_range_alarm_deactivation.current",
+            "name": "Current(Current in-Range Thresholds Alarm Released)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_alarm.info.within_range_alarm_trigger.current",
+            "name": "Current(Current in-Range Thresholds Alarm)",
+            "value": "",
+            "unit": "a",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 67,
+            "bacnet_unit_type": "UNITS_YEARS",
+            "reference": []
+        },
+        {
+            "id": "current_interface1.type",
+            "name": "Circuit Type A(Group a)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface2.type",
+            "name": "Circuit Type B(Group b)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface3.type",
+            "name": "Circuit Type C(Group c)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "current_interface4.type",
+            "name": "Circuit Type D(Group d)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "one_phase"
+                },
+                {
+                    "value": 1,
+                    "name": "three_phase"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.command",
+            "name": "Sub-command(Data Storage Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Data Storage Enable"
+                },
+                {
+                    "value": 1,
+                    "name": "Data Retransmission Enable"
+                },
+                {
+                    "value": 2,
+                    "name": "Retransmission Interval"
+                },
+                {
+                    "value": 3,
+                    "name": "Retrieval Interval"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.enable",
+            "name": "Data Storage Enable(Data Storage Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retransmission_enable",
+            "name": "Data Retransmission Enable(Data Storage Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retransmission_interval",
+            "name": "Retransmission Interval(Data Storage Settings)",
+            "value": "600",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                120,
+                1200
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": []
+        },
+        {
+            "id": "data_storage_settings.retrieval_interval",
+            "name": "Retrieval Interval(Data Storage Settings)",
+            "value": "120",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                120,
+                1200
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": []
+        },
+        {
+            "id": "daylight_saving_time.daylight_saving_time_offset",
+            "name": "DST Bias(Daylight Saving Time)",
+            "value": "60",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                120
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.enable",
+            "name": "Daylight Saving Time(Daylight Saving Time)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_hour_min",
+            "name": "Time(Daylight Saving Time)",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT16",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "00:00"
+                },
+                {
+                    "value": 60,
+                    "name": "01:00"
+                },
+                {
+                    "value": 120,
+                    "name": "02:00"
+                },
+                {
+                    "value": 180,
+                    "name": "03:00"
+                },
+                {
+                    "value": 240,
+                    "name": "04:00"
+                },
+                {
+                    "value": 300,
+                    "name": "05:00"
+                },
+                {
+                    "value": 360,
+                    "name": "06:00"
+                },
+                {
+                    "value": 420,
+                    "name": "07:00"
+                },
+                {
+                    "value": 480,
+                    "name": "08:00"
+                },
+                {
+                    "value": 540,
+                    "name": "09:00"
+                },
+                {
+                    "value": 600,
+                    "name": "10:00"
+                },
+                {
+                    "value": 660,
+                    "name": "11:00"
+                },
+                {
+                    "value": 720,
+                    "name": "12:00"
+                },
+                {
+                    "value": 780,
+                    "name": "13:00"
+                },
+                {
+                    "value": 840,
+                    "name": "14:00"
+                },
+                {
+                    "value": 900,
+                    "name": "15:00"
+                },
+                {
+                    "value": 960,
+                    "name": "16:00"
+                },
+                {
+                    "value": 1020,
+                    "name": "17:00"
+                },
+                {
+                    "value": 1080,
+                    "name": "18:00"
+                },
+                {
+                    "value": 1140,
+                    "name": "19:00"
+                },
+                {
+                    "value": 1200,
+                    "name": "20:00"
+                },
+                {
+                    "value": 1260,
+                    "name": "21:00"
+                },
+                {
+                    "value": 1320,
+                    "name": "22:00"
+                },
+                {
+                    "value": 1380,
+                    "name": "23:00"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_month",
+            "name": "Month(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Jan."
+                },
+                {
+                    "value": 2,
+                    "name": "Feb."
+                },
+                {
+                    "value": 3,
+                    "name": "Mar."
+                },
+                {
+                    "value": 4,
+                    "name": "Apr."
+                },
+                {
+                    "value": 5,
+                    "name": "May"
+                },
+                {
+                    "value": 6,
+                    "name": "Jun."
+                },
+                {
+                    "value": 7,
+                    "name": "Jul."
+                },
+                {
+                    "value": 8,
+                    "name": "Aug."
+                },
+                {
+                    "value": 9,
+                    "name": "Sep."
+                },
+                {
+                    "value": 10,
+                    "name": "Oct."
+                },
+                {
+                    "value": 11,
+                    "name": "Nov."
+                },
+                {
+                    "value": 12,
+                    "name": "Dec."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_week_day",
+            "name": "Week(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Mon."
+                },
+                {
+                    "value": 2,
+                    "name": "Tues."
+                },
+                {
+                    "value": 3,
+                    "name": "Wed."
+                },
+                {
+                    "value": 4,
+                    "name": "Thurs."
+                },
+                {
+                    "value": 5,
+                    "name": "Fri."
+                },
+                {
+                    "value": 6,
+                    "name": "Sat."
+                },
+                {
+                    "value": 7,
+                    "name": "Sun."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.end_week_num",
+            "name": "Number of Week(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "1st"
+                },
+                {
+                    "value": 2,
+                    "name": "2nd"
+                },
+                {
+                    "value": 3,
+                    "name": "3rd"
+                },
+                {
+                    "value": 4,
+                    "name": "4th"
+                },
+                {
+                    "value": 5,
+                    "name": "last"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_hour_min",
+            "name": "Time(Daylight Saving Time)",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT16",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "00:00"
+                },
+                {
+                    "value": 60,
+                    "name": "01:00"
+                },
+                {
+                    "value": 120,
+                    "name": "02:00"
+                },
+                {
+                    "value": 180,
+                    "name": "03:00"
+                },
+                {
+                    "value": 240,
+                    "name": "04:00"
+                },
+                {
+                    "value": 300,
+                    "name": "05:00"
+                },
+                {
+                    "value": 360,
+                    "name": "06:00"
+                },
+                {
+                    "value": 420,
+                    "name": "07:00"
+                },
+                {
+                    "value": 480,
+                    "name": "08:00"
+                },
+                {
+                    "value": 540,
+                    "name": "09:00"
+                },
+                {
+                    "value": 600,
+                    "name": "10:00"
+                },
+                {
+                    "value": 660,
+                    "name": "11:00"
+                },
+                {
+                    "value": 720,
+                    "name": "12:00"
+                },
+                {
+                    "value": 780,
+                    "name": "13:00"
+                },
+                {
+                    "value": 840,
+                    "name": "14:00"
+                },
+                {
+                    "value": 900,
+                    "name": "15:00"
+                },
+                {
+                    "value": 960,
+                    "name": "16:00"
+                },
+                {
+                    "value": 1020,
+                    "name": "17:00"
+                },
+                {
+                    "value": 1080,
+                    "name": "18:00"
+                },
+                {
+                    "value": 1140,
+                    "name": "19:00"
+                },
+                {
+                    "value": 1200,
+                    "name": "20:00"
+                },
+                {
+                    "value": 1260,
+                    "name": "21:00"
+                },
+                {
+                    "value": 1320,
+                    "name": "22:00"
+                },
+                {
+                    "value": 1380,
+                    "name": "23:00"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_month",
+            "name": "Month(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Jan."
+                },
+                {
+                    "value": 2,
+                    "name": "Feb."
+                },
+                {
+                    "value": 3,
+                    "name": "Mar."
+                },
+                {
+                    "value": 4,
+                    "name": "Apr."
+                },
+                {
+                    "value": 5,
+                    "name": "May"
+                },
+                {
+                    "value": 6,
+                    "name": "Jun."
+                },
+                {
+                    "value": 7,
+                    "name": "Jul."
+                },
+                {
+                    "value": 8,
+                    "name": "Aug."
+                },
+                {
+                    "value": 9,
+                    "name": "Sep."
+                },
+                {
+                    "value": 10,
+                    "name": "Oct."
+                },
+                {
+                    "value": 11,
+                    "name": "Nov."
+                },
+                {
+                    "value": 12,
+                    "name": "Dec."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_week_day",
+            "name": "Week(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "Mon."
+                },
+                {
+                    "value": 2,
+                    "name": "Tues."
+                },
+                {
+                    "value": 3,
+                    "name": "Wed."
+                },
+                {
+                    "value": 4,
+                    "name": "Thurs."
+                },
+                {
+                    "value": 5,
+                    "name": "Fri."
+                },
+                {
+                    "value": 6,
+                    "name": "Sat."
+                },
+                {
+                    "value": 7,
+                    "name": "Sun."
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_num",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "daylight_saving_time.start_week_num",
+            "name": "Number of Week(Daylight Saving Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "1st"
+                },
+                {
+                    "value": 2,
+                    "name": "2nd"
+                },
+                {
+                    "value": 3,
+                    "name": "3rd"
+                },
+                {
+                    "value": 4,
+                    "name": "4th"
+                },
+                {
+                    "value": 5,
+                    "name": "last"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "daylight_saving_time.enable",
+                "daylight_saving_time.daylight_saving_time_offset",
+                "daylight_saving_time.start_month",
+                "daylight_saving_time.start_week_day",
+                "daylight_saving_time.start_hour_min",
+                "daylight_saving_time.end_month",
+                "daylight_saving_time.end_week_num",
+                "daylight_saving_time.end_week_day",
+                "daylight_saving_time.end_hour_min"
+            ]
+        },
+        {
+            "id": "device_status",
+            "name": "Device Status",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Off"
+                },
+                {
+                    "value": 1,
+                    "name": "Power On"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "fahrenheit_temperature",
+            "name": "Fahrenheit Temperature",
+            "value": "",
+            "unit": "℉",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -4,
+                212
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 64,
+            "bacnet_unit_type": "UNITS_DEGREES_FAHRENHEIT"
+        },
+        {
+            "id": "forward_active_energy1.group1_value",
+            "name": "Imported Active Energy a(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan1",
+            "name": "Imported Active Energy1(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan2",
+                "forward_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan2",
+            "name": "Imported Active Energy2(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan1",
+                "forward_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group1.chan3",
+            "name": "Imported Active Energy3(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group1.chan1",
+                "forward_active_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2_value",
+            "name": "Imported Active Energy b(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan1",
+            "name": "Imported Active Energy4(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan2",
+                "forward_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan2",
+            "name": "Imported Active Energy5(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan1",
+                "forward_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.group2.chan3",
+            "name": "Imported Active Energy6(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy1.group2.chan1",
+                "forward_active_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.mask1",
+            "name": "Imported Active Energy(Imported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy1.mask2",
+            "name": "Imported Active Energy(Imported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_active_energy2.group1_value",
+            "name": "Imported Active Energy c(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan1",
+            "name": "Imported Active Energy7(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan2",
+                "forward_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan2",
+            "name": "Imported Active Energy8(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan1",
+                "forward_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group1.chan3",
+            "name": "Imported Active Energy9(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group1.chan1",
+                "forward_active_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2_value",
+            "name": "Imported Active Energy d(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan1",
+            "name": "Imported Active Energy10(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan2",
+                "forward_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan2",
+            "name": "Imported Active Energy11(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan1",
+                "forward_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.group2.chan3",
+            "name": "Imported Active Energy12(Imported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "forward_active_energy2.group2.chan1",
+                "forward_active_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.mask1",
+            "name": "Imported Active Energy(Imported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_active_energy2.mask2",
+            "name": "Imported Active Energy(Imported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_reactive_energy1.group1_value",
+            "name": "Imported Reactive Energy a(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan1",
+            "name": "Imported Reactive Energy1(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan2",
+                "forward_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan2",
+            "name": "Imported Reactive Energy2(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan1",
+                "forward_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group1.chan3",
+            "name": "Imported Reactive Energy3(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group1.chan1",
+                "forward_reactive_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2_value",
+            "name": "Imported Reactive Energy b(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan1",
+            "name": "Imported Reactive Energy4(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan2",
+                "forward_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan2",
+            "name": "Imported Reactive Energy5(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan1",
+                "forward_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.group2.chan3",
+            "name": "Imported Reactive Energy6(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy1.group2.chan1",
+                "forward_reactive_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.mask1",
+            "name": "Imported Reactive Energy(Imported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy1.mask2",
+            "name": "Imported Reactive Energy(Imported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "forward_reactive_energy2.group1_value",
+            "name": "Imported Reactive Energy c(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan1",
+            "name": "Imported Reactive Energy7(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan2",
+                "forward_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan2",
+            "name": "Imported Reactive Energy8(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan1",
+                "forward_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group1.chan3",
+            "name": "Imported Reactive Energy9(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group1.chan1",
+                "forward_reactive_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2_value",
+            "name": "Imported Reactive Energy d(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan1",
+            "name": "Imported Reactive Energy10(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan2",
+                "forward_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan2",
+            "name": "Imported Reactive Energy11(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan1",
+                "forward_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.group2.chan3",
+            "name": "Imported Reactive Energy12(Imported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "forward_reactive_energy2.group2.chan1",
+                "forward_reactive_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.mask1",
+            "name": "Imported Reactive Energy(Imported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "forward_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "forward_reactive_energy2.mask2",
+            "name": "Imported Reactive Energy(Imported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Imported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Imported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "historical_data_report.mode",
+            "name": "Historical Data Mode(Historical Data)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "target time"
+                },
+                {
+                    "value": 1,
+                    "name": "historical time"
+                },
+                {
+                    "value": 2,
+                    "name": "month time"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "historical_data_report.timestamp"
+            ]
+        },
+        {
+            "id": "historical_data_report.timestamp",
+            "name": "Historical Data Timestamps(Historical Data)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "historical_data_report.mode"
+            ]
+        },
+        {
+            "id": "history_type.type",
+            "name": "Historical Data Type(Historical Data Type)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "month energy"
+                },
+                {
+                    "value": 2,
+                    "name": "month min"
+                },
+                {
+                    "value": 3,
+                    "name": "month max"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "month_statistics_settings.day",
+            "name": "day(Monthly Statistics Time)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                28
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.hour",
+                "month_statistics_settings.minute"
+            ]
+        },
+        {
+            "id": "month_statistics_settings.hour",
+            "name": "hour(Monthly Statistics Time)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                23
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.day",
+                "month_statistics_settings.minute"
+            ]
+        },
+        {
+            "id": "month_statistics_settings.minute",
+            "name": "minute(Monthly Statistics Time)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                59
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "month_statistics_settings.day",
+                "month_statistics_settings.hour"
+            ]
+        },
+        {
+            "id": "oem_id",
+            "name": "OEM ID",
+            "value": "",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "power_factor.group1_value",
+            "name": "Power Factor a(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan1",
+            "name": "Power Factor1(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan2",
+                "power_factor.group1.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan2",
+            "name": "Power Factor2(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan1",
+                "power_factor.group1.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group1.chan3",
+            "name": "Power Factor3(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group1.chan1",
+                "power_factor.group1.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group2_value",
+            "name": "Power Factorb(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan1",
+            "name": "Power Factor4(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan2",
+                "power_factor.group2.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan2",
+            "name": "Power Factor5(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan1",
+                "power_factor.group2.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group2.chan3",
+            "name": "Power Factor6(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group2.chan1",
+                "power_factor.group2.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group3_value",
+            "name": "Power Factor c(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan1",
+            "name": "Power Factor7(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan2",
+                "power_factor.group3.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan2",
+            "name": "Power Factor8(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan1",
+                "power_factor.group3.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group3.chan3",
+            "name": "Power Factor9(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group3.chan1",
+                "power_factor.group3.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.group4_value",
+            "name": "Power Factor d(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan1",
+            "name": "Power Factor10(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan2",
+                "power_factor.group4.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan2",
+            "name": "Power Factor11(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan1",
+                "power_factor.group4.chan3"
+            ]
+        },
+        {
+            "id": "power_factor.group4.chan3",
+            "name": "Power Factor12(Power Factor)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.group4.chan1",
+                "power_factor.group4.chan2"
+            ]
+        },
+        {
+            "id": "power_factor.mask1",
+            "name": "Power Factor(Power Factor)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask2",
+            "name": "Power Factor(Power Factor)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask3",
+            "name": "Power Factor(Power Factor)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "power_factor.mask4"
+            ]
+        },
+        {
+            "id": "power_factor.mask4",
+            "name": "Power Factor(Power Factor)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Power Factor a"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factorb"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor c"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                },
+                {
+                    "value": 0,
+                    "name": "Power Factor d"
+                },
+                {
+                    "value": 1,
+                    "name": "Power Factor"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "product_sn",
+            "name": "SN",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 16,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "query_device_status",
+            "name": "Query Device Status",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "query_history_set",
+            "name": "Query Data Storage Configuration",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reactive_power1.group1_value",
+            "name": "Reactive Power a(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan1",
+            "name": "Reactive Power1(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan2",
+                "reactive_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan2",
+            "name": "Reactive Power2(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan1",
+                "reactive_power1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group1.chan3",
+            "name": "Reactive Power3(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group1.chan1",
+                "reactive_power1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2_value",
+            "name": "Reactive Power b(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan1",
+            "name": "Reactive Power4(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan2",
+                "reactive_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan2",
+            "name": "Reactive Power5(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan1",
+                "reactive_power1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power1.group2.chan3",
+            "name": "Reactive Power6(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power1.group2.chan1",
+                "reactive_power1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power1.mask1",
+            "name": "Reactive Power(Reactive Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reactive_power1.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power1.mask2",
+            "name": "Reactive Power(Reactive Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power a"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power b"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reactive_power2.group1_value",
+            "name": "Reactive Power c(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan1",
+            "name": "Reactive Power7(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan2",
+                "reactive_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan2",
+            "name": "Reactive Power8(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan1",
+                "reactive_power2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group1.chan3",
+            "name": "Reactive Power9(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group1.chan1",
+                "reactive_power2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2_value",
+            "name": "Reactive Power d(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan1",
+            "name": "Reactive Power10(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan2",
+                "reactive_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan2",
+            "name": "Reactive Power11(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan1",
+                "reactive_power2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reactive_power2.group2.chan3",
+            "name": "Reactive Power12(Reactive Power)",
+            "value": "0",
+            "unit": "kvar",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 12,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERES_REACTIVE",
+            "reference": [
+                "reactive_power2.group2.chan1",
+                "reactive_power2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reactive_power2.mask1",
+            "name": "Reactive Power(Reactive Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reactive_power2.mask2"
+            ]
+        },
+        {
+            "id": "reactive_power2.mask2",
+            "name": "Reactive Power(Reactive Power)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Reactive Power c"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                },
+                {
+                    "value": 0,
+                    "name": "Reactive Power d"
+                },
+                {
+                    "value": 1,
+                    "name": "Reactive Power"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reboot",
+            "name": "Reboot",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reconnect",
+            "name": "Network Reconnection",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "report_enable.active_power",
+            "name": "Active Power(Report Parameters)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.apparent_energy",
+            "name": "Apparent Energy(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.apparent_power",
+            "name": "Apparent Power(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.current",
+            "name": "Current(RMS)(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.forward_active_energy",
+            "name": "Imported Active Energy(Report Parameters)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.forward_reactive_energy",
+            "name": "Imported Reactive Energy(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.power_factor",
+            "name": "Power Factor(Report Parameters)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reactive_power",
+            "name": "ReActive Power(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reverse_active_energy",
+            "name": "Exported Active Energy(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.reverse_reactive_energy",
+            "name": "Exported Reactive Energy(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.temperature",
+            "name": "Temperature(Report Parameters)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.thdi",
+            "name": "THDi(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.thdv",
+            "name": "THDv(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.voltage",
+            "name": "Voltage(RMS)(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv",
+                "report_enable.voltage_unbalance"
+            ]
+        },
+        {
+            "id": "report_enable.voltage_unbalance",
+            "name": "Voltage Three-phase Unbalance(Report Parameters)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "report_enable.temperature",
+                "report_enable.current",
+                "report_enable.voltage",
+                "report_enable.power_factor",
+                "report_enable.active_power",
+                "report_enable.reactive_power",
+                "report_enable.apparent_power",
+                "report_enable.forward_active_energy",
+                "report_enable.reverse_active_energy",
+                "report_enable.forward_reactive_energy",
+                "report_enable.reverse_reactive_energy",
+                "report_enable.apparent_energy",
+                "report_enable.thdi",
+                "report_enable.thdv"
+            ]
+        },
+        {
+            "id": "reporting_interval.minutes_of_time",
+            "name": "Report Interval(Report Interval)",
+            "value": "10",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                1,
+                1440
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES",
+            "reference": [
+                "reporting_interval.unit"
+            ]
+        },
+        {
+            "id": "reporting_interval.seconds_of_time",
+            "name": "Report Interval(Report Interval)",
+            "value": "600",
+            "unit": "s",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT16",
+            "range": [
+                10,
+                64800
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 73,
+            "bacnet_unit_type": "UNITS_SECONDS",
+            "reference": [
+                "reporting_interval.unit"
+            ]
+        },
+        {
+            "id": "reporting_interval.unit",
+            "name": "Report Interval Unit(Report Interval)",
+            "value": "1",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "second"
+                },
+                {
+                    "value": 1,
+                    "name": "min"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reset",
+            "name": "Reset",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "reset_energy.channel",
+            "name": "Channel Number(Clear Cumulative Energy Consumption)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                12
+            ],
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.end_time",
+            "name": "End Time(Retrieval (Time Period))",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.type",
+                "retrieve_historical_data_by_time_range.start_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.start_time",
+            "name": "Start Time(Retrieval (Time Period))",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.type",
+                "retrieve_historical_data_by_time_range.end_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time_range.type",
+            "name": "Type(Retrieval (Time Period))",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time_range.start_time",
+                "retrieve_historical_data_by_time_range.end_time"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time.time",
+            "name": "Time Point(Retrieval (Time Period))",
+            "value": "",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "bacnet_type": "analog_output_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time.type"
+            ]
+        },
+        {
+            "id": "retrieve_historical_data_by_time.type",
+            "name": "Type(Retrieval (Time Period))",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "retrieve_historical_data_by_time.time"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1_value",
+            "name": "Exported Active Energy a(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan1",
+            "name": "Exported Active Energy1(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan2",
+                "reverse_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan2",
+            "name": "Exported Active Energy2(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan1",
+                "reverse_active_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group1.chan3",
+            "name": "Exported Active Energy3(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group1.chan1",
+                "reverse_active_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2_value",
+            "name": "Exported Active Energy b(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan1",
+            "name": "Exported Active Energy4(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan2",
+                "reverse_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan2",
+            "name": "Exported Active Energy5(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan1",
+                "reverse_active_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.group2.chan3",
+            "name": "Exported Active Energy6(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy1.group2.chan1",
+                "reverse_active_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.mask1",
+            "name": "Exported Active Energy(Exported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_active_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy1.mask2",
+            "name": "Exported Active Energy(Exported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_active_energy2.group1_value",
+            "name": "Exported Active Energy c(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan1",
+            "name": "Exported Active Energy7(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan2",
+                "reverse_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan2",
+            "name": "Exported Active Energy8(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan1",
+                "reverse_active_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group1.chan3",
+            "name": "Exported Active Energy9(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group1.chan1",
+                "reverse_active_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2_value",
+            "name": "Exported Active Energy d(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan1",
+            "name": "Exported Active Energy10(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan2",
+                "reverse_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan2",
+            "name": "Exported Active Energy11(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan1",
+                "reverse_active_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.group2.chan3",
+            "name": "Exported Active Energy12(Exported Active Energy)",
+            "value": "0",
+            "unit": "kWh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 19,
+            "bacnet_unit_type": "UNITS_KILOWATT_HOURS",
+            "reference": [
+                "reverse_active_energy2.group2.chan1",
+                "reverse_active_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.mask1",
+            "name": "Exported Active Energy(Exported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_active_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_active_energy2.mask2",
+            "name": "Exported Active Energy(Exported Active Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Active Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Active Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_reactive_energy1.group1_value",
+            "name": "Exported Reactive Energy a(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan1",
+            "name": "Exported Reactive Energy1(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan2",
+                "reverse_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan2",
+            "name": "Exported Reactive Energy2(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan1",
+                "reverse_reactive_energy1.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group1.chan3",
+            "name": "Exported Reactive Energy3(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group1.chan1",
+                "reverse_reactive_energy1.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2_value",
+            "name": "Exported Reactive Energy b(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan1",
+            "name": "Exported Reactive Energy4(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan2",
+                "reverse_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan2",
+            "name": "Exported Reactive Energy5(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan1",
+                "reverse_reactive_energy1.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.group2.chan3",
+            "name": "Exported Reactive Energy6(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy1.group2.chan1",
+                "reverse_reactive_energy1.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.mask1",
+            "name": "Exported Reactive Energy(Exported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_reactive_energy1.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy1.mask2",
+            "name": "Exported Reactive Energy(Exported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy a"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy b"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "reverse_reactive_energy2.group1_value",
+            "name": "Exported Reactive Energy c(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan1",
+            "name": "Exported Reactive Energy7(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan2",
+                "reverse_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan2",
+            "name": "Exported Reactive Energy8(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan1",
+                "reverse_reactive_energy2.group1.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group1.chan3",
+            "name": "Exported Reactive Energy9(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group1.chan1",
+                "reverse_reactive_energy2.group1.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2_value",
+            "name": "Exported Reactive Energy d(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan1",
+            "name": "Exported Reactive Energy10(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan2",
+                "reverse_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan2",
+            "name": "Exported Reactive Energy11(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan1",
+                "reverse_reactive_energy2.group2.chan3"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.group2.chan3",
+            "name": "Exported Reactive Energy12(Exported Reactive Energy)",
+            "value": "0",
+            "unit": "kVArh",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 243,
+            "bacnet_unit_type": "UNITS_KILOVOLT_AMPERE_HOURS_REACTIVE",
+            "reference": [
+                "reverse_reactive_energy2.group2.chan1",
+                "reverse_reactive_energy2.group2.chan2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.mask1",
+            "name": "Exported Reactive Energy(Exported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "reverse_reactive_energy2.mask2"
+            ]
+        },
+        {
+            "id": "reverse_reactive_energy2.mask2",
+            "name": "Exported Reactive Energy(Exported Reactive Energy)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy c"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                },
+                {
+                    "value": 0,
+                    "name": "Exported Reactive Energy d"
+                },
+                {
+                    "value": 1,
+                    "name": "Exported Reactive Energy"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "stop_historical_data_retrieval.type",
+            "name": "Stop Retrieval(Stop Retrieval)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "W",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "alarm data"
+                },
+                {
+                    "value": 1,
+                    "name": "period data"
+                },
+                {
+                    "value": 2,
+                    "name": "month energy data"
+                },
+                {
+                    "value": 3,
+                    "name": "month min_max data"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "synchronize_time",
+            "name": "Time Synchronize",
+            "access_mode": "W",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "unit": "",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "bacnet_type": "binary_output_object",
+            "value": "",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "no"
+                },
+                {
+                    "value": 1,
+                    "name": "yes"
+                }
+            ]
+        },
+        {
+            "id": "temperature",
+            "name": "Temperature",
+            "value": "",
+            "unit": "°C",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS"
+        },
+        {
+            "id": "temperature_alarm_settings.celsius_threshold_max",
+            "name": "Celsius Value B(Temperature Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.celsius_threshold_min",
+            "name": "Celsius Value A(Temperature Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.enable",
+            "name": "Threshold Alarm Enable(Temperature Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.fahrenheit_threshold_max",
+            "name": "Fahrenheit Value B(Temperature Threshold Alarm Settings)",
+            "value": "32",
+            "unit": "℉",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -4,
+                212
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 64,
+            "bacnet_unit_type": "UNITS_DEGREES_FAHRENHEIT",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.fahrenheit_threshold_min",
+            "name": "Fahrenheit Value A(Temperature Threshold Alarm Settings)",
+            "value": "32",
+            "unit": "℉",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -4,
+                212
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 64,
+            "bacnet_unit_type": "UNITS_DEGREES_FAHRENHEIT",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_condition",
+            "name": "Threshold Mode(Temperature Threshold Alarm Settings)",
+            "value": "2",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 1,
+                    "name": "condition: x<A"
+                },
+                {
+                    "value": 2,
+                    "name": "condition: x>B"
+                },
+                {
+                    "value": 3,
+                    "name": "condition: A≤x≤B"
+                },
+                {
+                    "value": 4,
+                    "name": "condition: x<A or x>B"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_min",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_max",
+            "name": "Value B(Temperature Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "temperature_alarm_settings.threshold_min",
+            "name": "Value A(Temperature Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -20,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_alarm_settings.enable",
+                "temperature_alarm_settings.threshold_condition",
+                "temperature_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "temperature_alarm.type",
+            "name": "Alarm Type(Temperature Threshold Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 16,
+                    "name": "Temperature Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Temperature Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Temperature Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Temperature Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Temperature Between Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Temperature Between Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Temperature Outside Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Temperature Outside Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "temperature_calibration_settings.calibration_value",
+            "name": "Calibration Value(Temperature Calibration Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -120,
+                120
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_calibration_settings.enable"
+            ]
+        },
+        {
+            "id": "temperature_calibration_settings.celsius_calibration_value",
+            "name": "Celsius Calibration Value(Temperature Calibration Settings)",
+            "value": "0",
+            "unit": "°C",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -120,
+                120
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 62,
+            "bacnet_unit_type": "UNITS_DEGREES_CELSIUS",
+            "reference": [
+                "temperature_calibration_settings.enable"
+            ]
+        },
+        {
+            "id": "temperature_calibration_settings.enable",
+            "name": "Temperature Calibration(Temperature Calibration Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "temperature_calibration_settings.calibration_value"
+            ]
+        },
+        {
+            "id": "temperature_calibration_settings.fahrenheit_calibration_value",
+            "name": "Fahrenheit Calibration Value(Temperature Calibration Settings)",
+            "value": "32",
+            "unit": "℉",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                -184,
+                248
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 64,
+            "bacnet_unit_type": "UNITS_DEGREES_FAHRENHEIT",
+            "reference": [
+                "temperature_calibration_settings.enable"
+            ]
+        },
+        {
+            "id": "temperature_unit",
+            "name": "Temperature Unit",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "℃"
+                },
+                {
+                    "value": 1,
+                    "name": "℉"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "thdi_alarm.channel",
+            "name": "Alarm Channel(THDi Threshold Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "thdi_alarm.info.over_range_alarm_deactivation.thdi",
+                "thdi_alarm.info.over_range_alarm_trigger.thdi",
+                "thdi_alarm.info.type"
+            ]
+        },
+        {
+            "id": "thdi_alarm.info.over_range_alarm_deactivation.thdi",
+            "name": "THDi(THDi Exceeds Threshold Alarm Released)",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdi_alarm.info.over_range_alarm_trigger.thdi",
+            "name": "THDi(THDi Exceeds Threshold Alarm)",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdi_alarm.info.type",
+            "name": "Alarm Type(THDi Threshold Alarm Info)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "THDi Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "THDi Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.channel",
+            "name": "Alarm Channel(THDv Threshold Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "thdv_alarm.info.over_range_alarm_deactivation.thdv",
+                "thdv_alarm.info.over_range_alarm_trigger.thdv",
+                "thdv_alarm.info.type"
+            ]
+        },
+        {
+            "id": "thdv_alarm.info.over_range_alarm_deactivation.thdv",
+            "name": "THDv(THDv Exceeds Threshold Alarm Released)",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.info.over_range_alarm_trigger.thdv",
+            "name": "THDv(THDv Exceeds Threshold Alarm)",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": []
+        },
+        {
+            "id": "thdv_alarm.info.type",
+            "name": "Alarm Type(THDv Threshold Alarm Info)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "THDv Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "THDv Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "time_zone",
+            "name": "Time Zone",
+            "value": "0",
+            "unit": "min",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "INT16",
+            "values": [
+                {
+                    "value": -720,
+                    "name": "UTC-12(IDLW)"
+                },
+                {
+                    "value": -660,
+                    "name": "UTC-11(SST)"
+                },
+                {
+                    "value": -600,
+                    "name": "UTC-10(HST)"
+                },
+                {
+                    "value": -570,
+                    "name": "UTC-9:30(MIT)"
+                },
+                {
+                    "value": -540,
+                    "name": "UTC-9(AKST)"
+                },
+                {
+                    "value": -480,
+                    "name": "UTC-8(PST)"
+                },
+                {
+                    "value": -420,
+                    "name": "UTC-7(MST)"
+                },
+                {
+                    "value": -360,
+                    "name": "UTC-6(CST)"
+                },
+                {
+                    "value": -300,
+                    "name": "UTC-5(EST)"
+                },
+                {
+                    "value": -240,
+                    "name": "UTC-4(AST)"
+                },
+                {
+                    "value": -210,
+                    "name": "UTC-3:30(NST)"
+                },
+                {
+                    "value": -180,
+                    "name": "UTC-3(BRT)"
+                },
+                {
+                    "value": -120,
+                    "name": "UTC-2(FNT)"
+                },
+                {
+                    "value": -60,
+                    "name": "UTC-1(CVT)"
+                },
+                {
+                    "value": 0,
+                    "name": "UTC(WET)"
+                },
+                {
+                    "value": 60,
+                    "name": "UTC+1(CET)"
+                },
+                {
+                    "value": 120,
+                    "name": "UTC+2(EET)"
+                },
+                {
+                    "value": 180,
+                    "name": "UTC+3(MSK)"
+                },
+                {
+                    "value": 210,
+                    "name": "UTC+3:30(IRST)"
+                },
+                {
+                    "value": 240,
+                    "name": "UTC+4(GST)"
+                },
+                {
+                    "value": 270,
+                    "name": "UTC+4:30(AFT)"
+                },
+                {
+                    "value": 300,
+                    "name": "UTC+5(PKT)"
+                },
+                {
+                    "value": 330,
+                    "name": "UTC+5:30(IST)"
+                },
+                {
+                    "value": 345,
+                    "name": "UTC+5:45(NPT)"
+                },
+                {
+                    "value": 360,
+                    "name": "UTC+6(BHT)"
+                },
+                {
+                    "value": 390,
+                    "name": "UTC+6:30(MMT)"
+                },
+                {
+                    "value": 420,
+                    "name": "UTC+7(ICT)"
+                },
+                {
+                    "value": 480,
+                    "name": "UTC+8(CT/CST)"
+                },
+                {
+                    "value": 540,
+                    "name": "UTC+9(JST)"
+                },
+                {
+                    "value": 570,
+                    "name": "UTC+9:30(ACST)"
+                },
+                {
+                    "value": 600,
+                    "name": "UTC+10(AEST)"
+                },
+                {
+                    "value": 630,
+                    "name": "UTC+10:30(LHST)"
+                },
+                {
+                    "value": 660,
+                    "name": "UTC+11(VUT)"
+                },
+                {
+                    "value": 720,
+                    "name": "UTC+12(NZST)"
+                },
+                {
+                    "value": 765,
+                    "name": "UTC+12:45(CHAST)"
+                },
+                {
+                    "value": 780,
+                    "name": "UTC+13(PHOT)"
+                },
+                {
+                    "value": 840,
+                    "name": "UTC+14(LINT)"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 72,
+            "bacnet_unit_type": "UNITS_MINUTES"
+        },
+        {
+            "id": "tsl_version",
+            "name": "TSL Version",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "version.firmware_version",
+            "name": "Firmware Version(Product Version)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 12,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "version.hardware_version"
+            ]
+        },
+        {
+            "id": "version.hardware_version",
+            "name": "Hardware Version(Product Version)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "TEXT",
+            "value_type": "STRING",
+            "max_length": 4,
+            "bacnet_type": "character_string_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "version.firmware_version"
+            ]
+        },
+        {
+            "id": "voltage_alarm.channel",
+            "name": "Alarm Channel(Voltage Threshold  Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                0,
+                11
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_alarm.info.exceed_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.exceed_range_alarm_trigger.voltage",
+                "voltage_alarm.info.lower_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.lower_range_alarm_trigger.voltage",
+                "voltage_alarm.info.lower_range_error.voltage",
+                "voltage_alarm.info.over_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.over_range_alarm_trigger.voltage",
+                "voltage_alarm.info.over_range_error.voltage",
+                "voltage_alarm.info.over_range_release.voltage",
+                "voltage_alarm.info.type",
+                "voltage_alarm.info.within_range_alarm_deactivation.voltage",
+                "voltage_alarm.info.within_range_alarm_trigger.voltage"
+            ]
+        },
+        {
+            "id": "voltage_alarm.info.exceed_range_alarm_deactivation.voltage",
+            "name": "Voltage(Voltage Out-of-Range Thresholds Alarm Released)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.exceed_range_alarm_trigger.voltage",
+            "name": "Voltage(Voltage Out-of-Range Thresholds Alarm)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_alarm_deactivation.voltage",
+            "name": "Voltage(Voltage Below Threshold Alarm Released)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_alarm_trigger.voltage",
+            "name": "Voltage(Voltage Below Threshold Alarm)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.lower_range_error.voltage",
+            "name": "Voltage(Overrange (Lower Limit))",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_alarm_deactivation.voltage",
+            "name": "Voltage(Voltage Exceeds Threshold Alarm Released)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_alarm_trigger.voltage",
+            "name": "Voltage(Voltage Exceeds Threshold Alarm)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_error.voltage",
+            "name": "Voltage(Overrange (Upper Limit))",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.over_range_release.voltage",
+            "name": "Voltage(Overrange Release)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.type",
+            "name": "Alarm Type(Voltage Threshold Alarm Info)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 1,
+                    "name": "Overrange (Lower Limit)"
+                },
+                {
+                    "value": 2,
+                    "name": "Overrange (Upper Limit)"
+                },
+                {
+                    "value": 3,
+                    "name": "No Data"
+                },
+                {
+                    "value": 4,
+                    "name": "Overrange Release"
+                },
+                {
+                    "value": 16,
+                    "name": "Voltage Below Threshold Alarm Released"
+                },
+                {
+                    "value": 17,
+                    "name": "Voltage Below Threshold Alarm"
+                },
+                {
+                    "value": 18,
+                    "name": "Voltage Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Voltage Exceeds Threshold Alarm"
+                },
+                {
+                    "value": 20,
+                    "name": "Voltage in-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 21,
+                    "name": "Voltage in-Range Thresholds Alarm"
+                },
+                {
+                    "value": 22,
+                    "name": "Voltage Out-of-Range Thresholds Alarm Released"
+                },
+                {
+                    "value": 23,
+                    "name": "Voltage Out-of-Range Thresholds Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.within_range_alarm_deactivation.voltage",
+            "name": "Voltage(Voltage in-Range Thresholds Alarm Released)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_alarm.info.within_range_alarm_trigger.voltage",
+            "name": "Voltage(Voltage in-Range Thresholds Alarm)",
+            "value": "",
+            "unit": "V",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 5,
+            "bacnet_unit_type": "UNITS_VOLTS",
+            "reference": []
+        },
+        {
+            "id": "voltage_interface",
+            "name": "Voltage Channel",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "four_wire"
+                },
+                {
+                    "value": 1,
+                    "name": "three_wire"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS"
+        },
+        {
+            "id": "voltage_three_phase_imbalcance",
+            "name": "Voltage Three-phase Unbalance",
+            "value": "",
+            "unit": "%",
+            "access_mode": "R",
+            "data_type": "NUMBER",
+            "value_type": "FLOAT",
+            "range": [
+                0,
+                100
+            ],
+            "bacnet_type": "analog_input_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT"
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.enable",
+            "name": "Threshold Alarm Enable(Voltage Three-phase Unbalance Threshold Alarm Settings)",
+            "value": "0",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "BOOL",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "disable"
+                },
+                {
+                    "value": 1,
+                    "name": "enable"
+                }
+            ],
+            "bacnet_type": "binary_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_min",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_condition",
+            "name": "Threshold Mode(Voltage Three-phase Unbalance Threshold Alarm Settings)",
+            "value": "2",
+            "unit": "",
+            "access_mode": "RW",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 2,
+                    "name": "condition: x>B"
+                },
+                {
+                    "value": 2,
+                    "name": "condition: x>B"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_min",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_max",
+            "name": "Value B(Voltage Three-phase Unbalance Threshold Alarm Settings)",
+            "value": "3",
+            "unit": "%",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_min"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm_settings.threshold_min",
+            "name": "Value A(Voltage Three-phase Unbalance Threshold Alarm Settings)",
+            "value": "1",
+            "unit": "%",
+            "access_mode": "RW",
+            "data_type": "NUMBER",
+            "value_type": "UINT8",
+            "range": [
+                1,
+                100
+            ],
+            "bacnet_type": "analog_value_object",
+            "bacnet_unit_type_id": 98,
+            "bacnet_unit_type": "UNITS_PERCENT",
+            "reference": [
+                "voltage_unbalance_alarm_settings.enable",
+                "voltage_unbalance_alarm_settings.threshold_condition",
+                "voltage_unbalance_alarm_settings.threshold_max"
+            ]
+        },
+        {
+            "id": "voltage_unbalance_alarm.type",
+            "name": "Alarm Type(Voltage Three-phase Unbalance Threshold Alarm)",
+            "value": "",
+            "unit": "",
+            "access_mode": "R",
+            "data_type": "ENUM",
+            "value_type": "UINT8",
+            "values": [
+                {
+                    "value": 0,
+                    "name": "Collection Error"
+                },
+                {
+                    "value": 18,
+                    "name": "Voltage Three-phase Unbalance Exceeds Threshold Alarm Released"
+                },
+                {
+                    "value": 19,
+                    "name": "Voltage Three-phase Unbalance Exceeds Threshold Alarm"
+                }
+            ],
+            "bacnet_type": "multistate_value_object",
+            "bacnet_unit_type_id": 95,
+            "bacnet_unit_type": "UNITS_NO_UNITS",
+            "reference": []
+        }
+    ]
+}
\ No newline at end of file
diff --git a/vendors/milesight-iot/cth-series/cth01/cth01-decoder.js b/vendors/milesight-iot/cth-series/cth01/cth01-decoder.js
new file mode 100644
index 0000000..9e15087
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01/cth01-decoder.js
@@ -0,0 +1,1501 @@
+/**
+ * Payload Decoder
+ *
+ * Copyright 2025 Milesight IoT
+ *
+ * @product CTH01
+ */
+
+/* eslint no-redeclare: "off" */
+/* eslint-disable */
+// Chirpstack v4
+function decodeUplink(input) {
+	var decoded = milesightDeviceDecode(input.bytes);
+	return { data: decoded };
+}
+
+// Chirpstack v3
+function Decode(fPort, bytes) {
+	return milesightDeviceDecode(bytes);
+}
+
+// The Things Network
+function Decoder(bytes, port) {
+	return milesightDeviceDecode(bytes);
+}
+/* eslint-enable */
+
+function milesightDeviceDecode(bytes) {
+	var decoded = {};
+  var result = {};
+	var history = [];
+	var error_value_map = {
+		current: 0xFFFFFF / 100,
+		voltage: 0xFFFF / 100,
+		forward_active_energy: 0xFFFFFFFF / 1000,
+		reverse_active_energy: 0xFFFFFFFF / 1000,
+		forward_reactive_energy: 0xFFFFFFFF / 1000,
+		reverse_reactive_energy: 0xFFFFFFFF / 1000,
+		apparent_energy: 0xFFFFFFFF / 1000,
+		power_factor: 0xFF / 100,
+		active_power: -0.001,
+		reactive_power: -0.001,
+		apparent_power: -0.001,
+		thdi: 0xFFFF / 100,
+		thdv: 0xFFFF / 100,
+		voltage_three_phase_imbalcance: 0xFFFF / 100
+	}
+
+	var unknown_command = 0;
+	var counterObj = {};
+	for (counterObj.i = 0; counterObj.i < bytes.length; ) {
+		var command_id = bytes[counterObj.i++];
+		switch (command_id) {
+			case 0xff:
+				decoded.check_sequence_number_reply = decoded.check_sequence_number_reply || {};
+				decoded.check_sequence_number_reply.sequence_number = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0xfe:
+				decoded.check_order_reply = readOnlyCommand(bytes, counterObj, 1);
+				break;
+			case 0xef:
+				decoded.ans = decoded.ans || [];
+				var ans_item = {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				// 0：success, 1：unknow, 2：error order, 3：error passwd, 4：error read params, 5：error write params, 6：error read, 7：error write, 8：error read apply, 9：error write apply
+				ans_item.result = extractBits(bitOptions, 4, 8);
+				ans_item.length = extractBits(bitOptions, 0, 4);
+				ans_item.id = readCommand(bytes, counterObj, ans_item.length);
+				decoded.ans.push(ans_item);
+				break;
+			case 0xee:
+				decoded.all_configurations_request_by_device = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0xed:
+				if (history.length === 0) {
+					for (var k in decoded) {
+						if (decoded.hasOwnProperty(k)) {
+							result[k] = decoded[k];
+						}
+					}
+				}
+				decoded = {};
+				// skip type
+				readUInt8(bytes, counterObj, 1);
+				decoded.timestamp = readUInt32LE(bytes, counterObj, 4);
+				history.push(decoded);
+				break;
+			case 0xcf:
+				decoded.lorawan_configuration_settings = decoded.lorawan_configuration_settings || {};
+				var lorawan_configuration_settings_command = readUInt8(bytes, counterObj, 1);
+				if (lorawan_configuration_settings_command == 0xd8) {
+					// 1：1.0.2, 2：1.0.3, 3：1.0.3, 4：1.0.4
+					decoded.lorawan_configuration_settings.version = readUInt8(bytes, counterObj, 1);
+				}
+				break;
+			case 0xdf:
+				decoded.tsl_version = readProtocolVersion(readBytes(bytes, counterObj, 2));
+				break;
+			case 0xde:
+				decoded.product_name = readString(bytes, counterObj, 32);
+				break;
+			case 0xdd:
+				decoded.product_pn = readString(bytes, counterObj, 32);
+				break;
+			case 0xdb:
+				decoded.product_sn = readHexString(bytes, counterObj, 8);
+				break;
+			case 0xda:
+				decoded.version = decoded.version || {};
+				decoded.version.hardware_version = readHardwareVersion(readBytes(bytes, counterObj, 2));
+				decoded.version.firmware_version = readFirmwareVersion(readBytes(bytes, counterObj, 6));
+				break;
+			case 0xd9:
+				decoded.oem_id = readHexString(bytes, counterObj, 2);
+				break;
+			case 0xd8:
+				decoded.product_frequency_band = readString(bytes, counterObj, 16);
+				break;
+			case 0xd7:
+				decoded.device_info = readOnlyCommand(bytes, counterObj, 72);
+				break;
+			case 0x01:
+				decoded.temperature = readInt16LE(bytes, counterObj, 2) / 100;
+				break;
+			case 0x02:
+				decoded.voltage_three_phase_imbalcance = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage_three_phase_imbalcance);
+				break;
+			case 0x03:
+				decoded.thdi = [];
+				for (var i = 0; i < 12; i++) {
+					var thdi_item = {};
+					thdi_item.value = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdi);
+					decoded.thdi.push(thdi_item);
+				}
+				break;
+			case 0x04:
+				decoded.thdv = [];
+				for (var i = 0; i < 3; i++) {
+					var thdv_item = {};
+					thdv_item.value = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdv);
+					decoded.thdv.push(thdv_item);
+				}
+				break;
+			case 0x05:
+				decoded.current = [];
+				for (var i = 0; i < 12; i++) {
+					var current_item = {};
+					current_item.value = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					decoded.current.push(current_item);
+				}
+				break;
+			case 0x06:
+				decoded.voltage = [];
+				for (var i = 0; i < 3; i++) {
+					var voltage_item = {};
+					voltage_item.value = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					decoded.voltage.push(voltage_item);
+				}
+				break;
+			case 0x07:
+				decoded.power_factor = decoded.power_factor || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.power_factor.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.power_factor.mask2 = extractBits(bitOptions, 1, 2);
+				decoded.power_factor.mask3 = extractBits(bitOptions, 2, 3);
+				decoded.power_factor.mask4 = extractBits(bitOptions, 3, 4);
+				if (decoded.power_factor.mask1 == 0x00) {
+					decoded.power_factor.group1_value = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask1 == 0x01) {
+					decoded.power_factor.group1 = decoded.power_factor.group1 || {};
+					decoded.power_factor.group1.chan1 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group1.chan2 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group1.chan3 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask2 == 0x00) {
+					decoded.power_factor.group2_value = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask2 == 0x01) {
+					decoded.power_factor.group2 = decoded.power_factor.group2 || {};
+					decoded.power_factor.group2.chan1 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group2.chan2 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group2.chan3 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask3 == 0x00) {
+					decoded.power_factor.group3_value = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask3 == 0x01) {
+					decoded.power_factor.group3 = decoded.power_factor.group3 || {};
+					decoded.power_factor.group3.chan1 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group3.chan2 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group3.chan3 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask4 == 0x00) {
+					decoded.power_factor.group4_value = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				if (decoded.power_factor.mask4 == 0x01) {
+					decoded.power_factor.group4 = decoded.power_factor.group4 || {};
+					decoded.power_factor.group4.chan1 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group4.chan2 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+					decoded.power_factor.group4.chan3 = readWithErrorCheck(readUInt8(bytes, counterObj, 1) / 100, error_value_map.power_factor);
+				}
+				break;
+			case 0x08:
+				decoded.active_power1 = decoded.active_power1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.active_power1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.active_power1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.active_power1.mask1 == 0x00) {
+					decoded.active_power1.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power1.mask1 == 0x01) {
+					decoded.active_power1.group1 = decoded.active_power1.group1 || {};
+					decoded.active_power1.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power1.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power1.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power1.mask2 == 0x00) {
+					decoded.active_power1.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power1.mask2 == 0x01) {
+					decoded.active_power1.group2 = decoded.active_power1.group2 || {};
+					decoded.active_power1.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power1.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power1.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				break;
+			case 0x09:
+				decoded.active_power2 = decoded.active_power2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.active_power2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.active_power2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.active_power2.mask1 == 0x00) {
+					decoded.active_power2.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power2.mask1 == 0x01) {
+					decoded.active_power2.group1 = decoded.active_power2.group1 || {};
+					decoded.active_power2.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power2.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power2.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power2.mask2 == 0x00) {
+					decoded.active_power2.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				if (decoded.active_power2.mask2 == 0x01) {
+					decoded.active_power2.group2 = decoded.active_power2.group2 || {};
+					decoded.active_power2.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power2.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+					decoded.active_power2.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.active_power);
+				}
+				break;
+			case 0x0a:
+				decoded.reactive_power1 = decoded.reactive_power1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reactive_power1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reactive_power1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reactive_power1.mask1 == 0x00) {
+					decoded.reactive_power1.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power1.mask1 == 0x01) {
+					decoded.reactive_power1.group1 = decoded.reactive_power1.group1 || {};
+					decoded.reactive_power1.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power1.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power1.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power1.mask2 == 0x00) {
+					decoded.reactive_power1.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power1.mask2 == 0x01) {
+					decoded.reactive_power1.group2 = decoded.reactive_power1.group2 || {};
+					decoded.reactive_power1.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power1.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power1.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				break;
+			case 0x0b:
+				decoded.reactive_power2 = decoded.reactive_power2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reactive_power2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reactive_power2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reactive_power2.mask1 == 0x00) {
+					decoded.reactive_power2.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power2.mask1 == 0x01) {
+					decoded.reactive_power2.group1 = decoded.reactive_power2.group1 || {};
+					decoded.reactive_power2.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power2.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power2.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power2.mask2 == 0x00) {
+					decoded.reactive_power2.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				if (decoded.reactive_power2.mask2 == 0x01) {
+					decoded.reactive_power2.group2 = decoded.reactive_power2.group2 || {};
+					decoded.reactive_power2.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power2.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+					decoded.reactive_power2.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reactive_power);
+				}
+				break;
+			case 0x0c:
+				decoded.apparent_power1 = decoded.apparent_power1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.apparent_power1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.apparent_power1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.apparent_power1.mask1 == 0x00) {
+					decoded.apparent_power1.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power1.mask1 == 0x01) {
+					decoded.apparent_power1.group1 = decoded.apparent_power1.group1 || {};
+					decoded.apparent_power1.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power1.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power1.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power1.mask2 == 0x00) {
+					decoded.apparent_power1.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power1.mask2 == 0x01) {
+					decoded.apparent_power1.group2 = decoded.apparent_power1.group2 || {};
+					decoded.apparent_power1.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power1.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power1.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				break;
+			case 0x0d:
+				decoded.apparent_power2 = decoded.apparent_power2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.apparent_power2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.apparent_power2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.apparent_power2.mask1 == 0x00) {
+					decoded.apparent_power2.group1_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power2.mask1 == 0x01) {
+					decoded.apparent_power2.group1 = decoded.apparent_power2.group1 || {};
+					decoded.apparent_power2.group1.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power2.group1.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power2.group1.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power2.mask2 == 0x00) {
+					decoded.apparent_power2.group2_value = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				if (decoded.apparent_power2.mask2 == 0x01) {
+					decoded.apparent_power2.group2 = decoded.apparent_power2.group2 || {};
+					decoded.apparent_power2.group2.chan1 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power2.group2.chan2 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+					decoded.apparent_power2.group2.chan3 = readWithErrorCheck(readInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_power);
+				}
+				break;
+			case 0x0e:
+				decoded.forward_active_energy1 = decoded.forward_active_energy1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.forward_active_energy1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.forward_active_energy1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.forward_active_energy1.mask1 == 0x00) {
+					decoded.forward_active_energy1.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy1.mask1 == 0x01) {
+					decoded.forward_active_energy1.group1 = decoded.forward_active_energy1.group1 || {};
+					decoded.forward_active_energy1.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy1.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy1.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy1.mask2 == 0x00) {
+					decoded.forward_active_energy1.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy1.mask2 == 0x01) {
+					decoded.forward_active_energy1.group2 = decoded.forward_active_energy1.group2 || {};
+					decoded.forward_active_energy1.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy1.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy1.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				break;
+			case 0x0f:
+				decoded.forward_active_energy2 = decoded.forward_active_energy2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.forward_active_energy2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.forward_active_energy2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.forward_active_energy2.mask1 == 0x00) {
+					decoded.forward_active_energy2.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy2.mask1 == 0x01) {
+					decoded.forward_active_energy2.group1 = decoded.forward_active_energy2.group1 || {};
+					decoded.forward_active_energy2.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy2.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy2.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy2.mask2 == 0x00) {
+					decoded.forward_active_energy2.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				if (decoded.forward_active_energy2.mask2 == 0x01) {
+					decoded.forward_active_energy2.group2 = decoded.forward_active_energy2.group2 || {};
+					decoded.forward_active_energy2.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy2.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+					decoded.forward_active_energy2.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_active_energy);
+				}
+				break;
+			case 0x10:
+				decoded.reverse_active_energy1 = decoded.reverse_active_energy1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reverse_active_energy1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reverse_active_energy1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reverse_active_energy1.mask1 == 0x00) {
+					decoded.reverse_active_energy1.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy1.mask1 == 0x01) {
+					decoded.reverse_active_energy1.group1 = decoded.reverse_active_energy1.group1 || {};
+					decoded.reverse_active_energy1.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy1.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy1.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy1.mask2 == 0x00) {
+					decoded.reverse_active_energy1.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy1.mask2 == 0x01) {
+					decoded.reverse_active_energy1.group2 = decoded.reverse_active_energy1.group2 || {};
+					decoded.reverse_active_energy1.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy1.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy1.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				break;
+			case 0x11:
+				decoded.reverse_active_energy2 = decoded.reverse_active_energy2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reverse_active_energy2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reverse_active_energy2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reverse_active_energy2.mask1 == 0x00) {
+					decoded.reverse_active_energy2.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy2.mask1 == 0x01) {
+					decoded.reverse_active_energy2.group1 = decoded.reverse_active_energy2.group1 || {};
+					decoded.reverse_active_energy2.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy2.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy2.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy2.mask2 == 0x00) {
+					decoded.reverse_active_energy2.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				if (decoded.reverse_active_energy2.mask2 == 0x01) {
+					decoded.reverse_active_energy2.group2 = decoded.reverse_active_energy2.group2 || {};
+					decoded.reverse_active_energy2.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy2.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+					decoded.reverse_active_energy2.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_active_energy);
+				}
+				break;
+			case 0x12:
+				decoded.forward_reactive_energy1 = decoded.forward_reactive_energy1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.forward_reactive_energy1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.forward_reactive_energy1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.forward_reactive_energy1.mask1 == 0x00) {
+					decoded.forward_reactive_energy1.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy1.mask1 == 0x01) {
+					decoded.forward_reactive_energy1.group1 = decoded.forward_reactive_energy1.group1 || {};
+					decoded.forward_reactive_energy1.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy1.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy1.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy1.mask2 == 0x00) {
+					decoded.forward_reactive_energy1.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy1.mask2 == 0x01) {
+					decoded.forward_reactive_energy1.group2 = decoded.forward_reactive_energy1.group2 || {};
+					decoded.forward_reactive_energy1.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy1.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy1.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				break;
+			case 0x13:
+				decoded.forward_reactive_energy2 = decoded.forward_reactive_energy2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.forward_reactive_energy2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.forward_reactive_energy2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.forward_reactive_energy2.mask1 == 0x00) {
+					decoded.forward_reactive_energy2.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy2.mask1 == 0x01) {
+					decoded.forward_reactive_energy2.group1 = decoded.forward_reactive_energy2.group1 || {};
+					decoded.forward_reactive_energy2.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy2.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy2.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy2.mask2 == 0x00) {
+					decoded.forward_reactive_energy2.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				if (decoded.forward_reactive_energy2.mask2 == 0x01) {
+					decoded.forward_reactive_energy2.group2 = decoded.forward_reactive_energy2.group2 || {};
+					decoded.forward_reactive_energy2.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy2.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+					decoded.forward_reactive_energy2.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.forward_reactive_energy);
+				}
+				break;
+			case 0x14:
+				decoded.reverse_reactive_energy1 = decoded.reverse_reactive_energy1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reverse_reactive_energy1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reverse_reactive_energy1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reverse_reactive_energy1.mask1 == 0x00) {
+					decoded.reverse_reactive_energy1.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy1.mask1 == 0x01) {
+					decoded.reverse_reactive_energy1.group1 = decoded.reverse_reactive_energy1.group1 || {};
+					decoded.reverse_reactive_energy1.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy1.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy1.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy1.mask2 == 0x00) {
+					decoded.reverse_reactive_energy1.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy1.mask2 == 0x01) {
+					decoded.reverse_reactive_energy1.group2 = decoded.reverse_reactive_energy1.group2 || {};
+					decoded.reverse_reactive_energy1.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy1.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy1.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				break;
+			case 0x15:
+				decoded.reverse_reactive_energy2 = decoded.reverse_reactive_energy2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.reverse_reactive_energy2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.reverse_reactive_energy2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.reverse_reactive_energy2.mask1 == 0x00) {
+					decoded.reverse_reactive_energy2.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy2.mask1 == 0x01) {
+					decoded.reverse_reactive_energy2.group1 = decoded.reverse_reactive_energy2.group1 || {};
+					decoded.reverse_reactive_energy2.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy2.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy2.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy2.mask2 == 0x00) {
+					decoded.reverse_reactive_energy2.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				if (decoded.reverse_reactive_energy2.mask2 == 0x01) {
+					decoded.reverse_reactive_energy2.group2 = decoded.reverse_reactive_energy2.group2 || {};
+					decoded.reverse_reactive_energy2.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy2.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+					decoded.reverse_reactive_energy2.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.reverse_reactive_energy);
+				}
+				break;
+			case 0x16:
+				decoded.apparent_energy1 = decoded.apparent_energy1 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.apparent_energy1.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.apparent_energy1.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.apparent_energy1.mask1 == 0x00) {
+					decoded.apparent_energy1.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy1.mask1 == 0x01) {
+					decoded.apparent_energy1.group1 = decoded.apparent_energy1.group1 || {};
+					decoded.apparent_energy1.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy1.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy1.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy1.mask2 == 0x00) {
+					decoded.apparent_energy1.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy1.mask2 == 0x01) {
+					decoded.apparent_energy1.group2 = decoded.apparent_energy1.group2 || {};
+					decoded.apparent_energy1.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy1.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy1.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				break;
+			case 0x17:
+				decoded.apparent_energy2 = decoded.apparent_energy2 || {};
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				decoded.apparent_energy2.mask1 = extractBits(bitOptions, 0, 1);
+				decoded.apparent_energy2.mask2 = extractBits(bitOptions, 1, 2);
+				if (decoded.apparent_energy2.mask1 == 0x00) {
+					decoded.apparent_energy2.group1_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy2.mask1 == 0x01) {
+					decoded.apparent_energy2.group1 = decoded.apparent_energy2.group1 || {};
+					decoded.apparent_energy2.group1.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy2.group1.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy2.group1.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy2.mask2 == 0x00) {
+					decoded.apparent_energy2.group2_value = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				if (decoded.apparent_energy2.mask2 == 0x01) {
+					decoded.apparent_energy2.group2 = decoded.apparent_energy2.group2 || {};
+					decoded.apparent_energy2.group2.chan1 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy2.group2.chan2 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+					decoded.apparent_energy2.group2.chan3 = readWithErrorCheck(readUInt32LE(bytes, counterObj, 4) / 1000, error_value_map.apparent_energy);
+				}
+				break;
+			case 0x40:
+				decoded.history_type = decoded.history_type || {};
+				// 1:month energy, 2:month min, 3:month max
+				decoded.history_type.type = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x30:
+				decoded.event = decoded.event || [];
+				decoded.temperature_alarm = {};
+				decoded.temperature_alarm.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.temperature_alarm.type == 0x00) {
+					decoded.temperature_alarm.collection_error = decoded.temperature_alarm.collection_error || {};
+				}
+				if (decoded.temperature_alarm.type == 0x01) {
+					decoded.temperature_alarm.lower_range_error = decoded.temperature_alarm.lower_range_error || {};
+				}
+				if (decoded.temperature_alarm.type == 0x02) {
+					decoded.temperature_alarm.over_range_error = decoded.temperature_alarm.over_range_error || {};
+				}
+				if (decoded.temperature_alarm.type == 0x03) {
+					decoded.temperature_alarm.no_data = decoded.temperature_alarm.no_data || {};
+				}
+				if (decoded.temperature_alarm.type == 0x10) {
+					decoded.temperature_alarm.lower_range_alarm_deactivation = decoded.temperature_alarm.lower_range_alarm_deactivation || {};
+					decoded.temperature_alarm.lower_range_alarm_deactivation.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.lower_range_alarm_deactivation.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x11) {
+					decoded.temperature_alarm.lower_range_alarm_trigger = decoded.temperature_alarm.lower_range_alarm_trigger || {};
+					decoded.temperature_alarm.lower_range_alarm_trigger.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.lower_range_alarm_trigger.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x12) {
+					decoded.temperature_alarm.over_range_alarm_deactivation = decoded.temperature_alarm.over_range_alarm_deactivation || {};
+					decoded.temperature_alarm.over_range_alarm_deactivation.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.over_range_alarm_deactivation.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x13) {
+					decoded.temperature_alarm.over_range_alarm_trigger = decoded.temperature_alarm.over_range_alarm_trigger || {};
+					decoded.temperature_alarm.over_range_alarm_trigger.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.over_range_alarm_trigger.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x14) {
+					decoded.temperature_alarm.within_range_alarm_deactivation = decoded.temperature_alarm.within_range_alarm_deactivation || {};
+					decoded.temperature_alarm.within_range_alarm_deactivation.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.within_range_alarm_deactivation.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x15) {
+					decoded.temperature_alarm.within_range_alarm_trigger = decoded.temperature_alarm.within_range_alarm_trigger || {};
+					decoded.temperature_alarm.within_range_alarm_trigger.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.within_range_alarm_trigger.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x16) {
+					decoded.temperature_alarm.exceed_range_alarm_deactivation = decoded.temperature_alarm.exceed_range_alarm_deactivation || {};
+					decoded.temperature_alarm.exceed_range_alarm_deactivation.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.exceed_range_alarm_deactivation.temperature;
+				}
+				if (decoded.temperature_alarm.type == 0x17) {
+					decoded.temperature_alarm.exceed_range_alarm_trigger = decoded.temperature_alarm.exceed_range_alarm_trigger || {};
+					decoded.temperature_alarm.exceed_range_alarm_trigger.temperature = readWithErrorCheck(readInt16LE(bytes, counterObj, 2) / 100, error_value_map.temperature);
+					// decoded.temperature = decoded.temperature_alarm.exceed_range_alarm_trigger.temperature;
+				}
+				decoded.event.push(decoded.temperature_alarm);
+				break;
+			case 0x31:
+				decoded.event = decoded.event || [];
+				decoded.current_alarm = {};
+				decoded.current_alarm.channel = readUInt8(bytes, counterObj, 1);
+				decoded.current_alarm.info = decoded.current_alarm.info || {};
+				decoded.current_alarm.info.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.current_alarm.info.type == 0x00) {
+					decoded.current_alarm.info.collection_error = decoded.current_alarm.info.collection_error || {};
+				}
+				if (decoded.current_alarm.info.type == 0x01) {
+					decoded.current_alarm.info.lower_range_error = decoded.current_alarm.info.lower_range_error || {};
+					decoded.current_alarm.info.lower_range_error.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.lower_range_error.current;
+				}
+				if (decoded.current_alarm.info.type == 0x02) {
+					decoded.current_alarm.info.over_range_error = decoded.current_alarm.info.over_range_error || {};
+					decoded.current_alarm.info.over_range_error.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.over_range_error.current;
+				}
+				if (decoded.current_alarm.info.type == 0x03) {
+					decoded.current_alarm.info.no_data = decoded.current_alarm.info.no_data || {};
+				}
+				if (decoded.current_alarm.info.type == 0x04) {
+					decoded.current_alarm.info.over_range_release = decoded.current_alarm.info.over_range_release || {};
+					decoded.current_alarm.info.over_range_release.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.over_range_release.current;
+				}
+				if (decoded.current_alarm.info.type == 0x10) {
+					decoded.current_alarm.info.lower_range_alarm_deactivation = decoded.current_alarm.info.lower_range_alarm_deactivation || {};
+					decoded.current_alarm.info.lower_range_alarm_deactivation.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.lower_range_alarm_deactivation.current;
+				}
+				if (decoded.current_alarm.info.type == 0x11) {
+					decoded.current_alarm.info.lower_range_alarm_trigger = decoded.current_alarm.info.lower_range_alarm_trigger || {};
+					decoded.current_alarm.info.lower_range_alarm_trigger.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.lower_range_alarm_trigger.current;
+				}
+				if (decoded.current_alarm.info.type == 0x12) {
+					decoded.current_alarm.info.over_range_alarm_deactivation = decoded.current_alarm.info.over_range_alarm_deactivation || {};
+					decoded.current_alarm.info.over_range_alarm_deactivation.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.over_range_alarm_deactivation.current;
+				}
+				if (decoded.current_alarm.info.type == 0x13) {
+					decoded.current_alarm.info.over_range_alarm_trigger = decoded.current_alarm.info.over_range_alarm_trigger || {};
+					decoded.current_alarm.info.over_range_alarm_trigger.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.over_range_alarm_trigger.current;
+				}
+				if (decoded.current_alarm.info.type == 0x14) {
+					decoded.current_alarm.info.within_range_alarm_deactivation = decoded.current_alarm.info.within_range_alarm_deactivation || {};
+					decoded.current_alarm.info.within_range_alarm_deactivation.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.within_range_alarm_deactivation.current;
+				}
+				if (decoded.current_alarm.info.type == 0x15) {
+					decoded.current_alarm.info.within_range_alarm_trigger = decoded.current_alarm.info.within_range_alarm_trigger || {};
+					decoded.current_alarm.info.within_range_alarm_trigger.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.within_range_alarm_trigger.current;
+				}
+				if (decoded.current_alarm.info.type == 0x16) {
+					decoded.current_alarm.info.exceed_range_alarm_deactivation = decoded.current_alarm.info.exceed_range_alarm_deactivation || {};
+					decoded.current_alarm.info.exceed_range_alarm_deactivation.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.exceed_range_alarm_deactivation.current;
+				}
+				if (decoded.current_alarm.info.type == 0x17) {
+					decoded.current_alarm.info.exceed_range_alarm_trigger = decoded.current_alarm.info.exceed_range_alarm_trigger || {};
+					decoded.current_alarm.info.exceed_range_alarm_trigger.current = readWithErrorCheck(readUInt24LE(bytes, counterObj, 3) / 100, error_value_map.current);
+					// decoded.current = decoded.current_alarm.info.exceed_range_alarm_trigger.current;
+				}
+				decoded.event.push(decoded.current_alarm);
+				break;
+			case 0x32:
+				decoded.event = decoded.event || [];
+				decoded.voltage_alarm = {};
+				decoded.voltage_alarm.channel = readUInt8(bytes, counterObj, 1);
+				decoded.voltage_alarm.info = decoded.voltage_alarm.info || {};
+				decoded.voltage_alarm.info.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.voltage_alarm.info.type == 0x00) {
+					decoded.voltage_alarm.info.collection_error = decoded.voltage_alarm.info.collection_error || {};
+				}
+				if (decoded.voltage_alarm.info.type == 0x01) {
+					decoded.voltage_alarm.info.lower_range_error = decoded.voltage_alarm.info.lower_range_error || {};
+					decoded.voltage_alarm.info.lower_range_error.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.lower_range_error.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x02) {
+					decoded.voltage_alarm.info.over_range_error = decoded.voltage_alarm.info.over_range_error || {};
+					decoded.voltage_alarm.info.over_range_error.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.over_range_error.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x03) {
+					decoded.voltage_alarm.info.no_data = decoded.voltage_alarm.info.no_data || {};
+				}
+				if (decoded.voltage_alarm.info.type == 0x04) {
+					decoded.voltage_alarm.info.over_range_release = decoded.voltage_alarm.info.over_range_release || {};
+					decoded.voltage_alarm.info.over_range_release.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.over_range_release.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x10) {
+					decoded.voltage_alarm.info.lower_range_alarm_deactivation = decoded.voltage_alarm.info.lower_range_alarm_deactivation || {};
+					decoded.voltage_alarm.info.lower_range_alarm_deactivation.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.lower_range_alarm_deactivation.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x11) {
+					decoded.voltage_alarm.info.lower_range_alarm_trigger = decoded.voltage_alarm.info.lower_range_alarm_trigger || {};
+					decoded.voltage_alarm.info.lower_range_alarm_trigger.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.lower_range_alarm_trigger.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x12) {
+					decoded.voltage_alarm.info.over_range_alarm_deactivation = decoded.voltage_alarm.info.over_range_alarm_deactivation || {};
+					decoded.voltage_alarm.info.over_range_alarm_deactivation.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.over_range_alarm_deactivation.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x13) {
+					decoded.voltage_alarm.info.over_range_alarm_trigger = decoded.voltage_alarm.info.over_range_alarm_trigger || {};
+					decoded.voltage_alarm.info.over_range_alarm_trigger.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.over_range_alarm_trigger.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x14) {
+					decoded.voltage_alarm.info.within_range_alarm_deactivation = decoded.voltage_alarm.info.within_range_alarm_deactivation || {};
+					decoded.voltage_alarm.info.within_range_alarm_deactivation.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.within_range_alarm_deactivation.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x15) {
+					decoded.voltage_alarm.info.within_range_alarm_trigger = decoded.voltage_alarm.info.within_range_alarm_trigger || {};
+					decoded.voltage_alarm.info.within_range_alarm_trigger.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.within_range_alarm_trigger.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x16) {
+					decoded.voltage_alarm.info.exceed_range_alarm_deactivation = decoded.voltage_alarm.info.exceed_range_alarm_deactivation || {};
+					decoded.voltage_alarm.info.exceed_range_alarm_deactivation.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.exceed_range_alarm_deactivation.voltage;
+				}
+				if (decoded.voltage_alarm.info.type == 0x17) {
+					decoded.voltage_alarm.info.exceed_range_alarm_trigger = decoded.voltage_alarm.info.exceed_range_alarm_trigger || {};
+					decoded.voltage_alarm.info.exceed_range_alarm_trigger.voltage = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage);
+					// decoded.voltage = decoded.voltage_alarm.info.exceed_range_alarm_trigger.voltage;
+				}
+				decoded.event.push(decoded.voltage_alarm);
+				break;
+			case 0x33:
+				decoded.event = decoded.event || [];
+				decoded.thdi_alarm = {};
+				decoded.thdi_alarm.channel = readUInt8(bytes, counterObj, 1);
+				decoded.thdi_alarm.info = decoded.thdi_alarm.info || {};
+				decoded.thdi_alarm.info.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.thdi_alarm.info.type == 0x00) {
+					decoded.thdi_alarm.info.collection_error = decoded.thdi_alarm.info.collection_error || {};
+				}
+				if (decoded.thdi_alarm.info.type == 0x12) {
+					decoded.thdi_alarm.info.over_range_alarm_deactivation = decoded.thdi_alarm.info.over_range_alarm_deactivation || {};
+					decoded.thdi_alarm.info.over_range_alarm_deactivation.thdi = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdi);
+					// decoded.thdi = decoded.thdi_alarm.info.over_range_alarm_deactivation.thdi;
+				}
+				if (decoded.thdi_alarm.info.type == 0x13) {
+					decoded.thdi_alarm.info.over_range_alarm_trigger = decoded.thdi_alarm.info.over_range_alarm_trigger || {};
+					decoded.thdi_alarm.info.over_range_alarm_trigger.thdi = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdi);
+					// decoded.thdi = decoded.thdi_alarm.info.over_range_alarm_trigger.thdi;
+				}
+				decoded.event.push(decoded.thdi_alarm);
+				break;
+			case 0x34:
+				decoded.event = decoded.event || [];
+				decoded.thdv_alarm = {};
+				decoded.thdv_alarm.channel = readUInt8(bytes, counterObj, 1);
+				decoded.thdv_alarm.info = decoded.thdv_alarm.info || {};
+				decoded.thdv_alarm.info.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.thdv_alarm.info.type == 0x00) {
+					decoded.thdv_alarm.info.collection_error = decoded.thdv_alarm.info.collection_error || {};
+				}
+				if (decoded.thdv_alarm.info.type == 0x12) {
+					decoded.thdv_alarm.info.over_range_alarm_deactivation = decoded.thdv_alarm.info.over_range_alarm_deactivation || {};
+					decoded.thdv_alarm.info.over_range_alarm_deactivation.thdv = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdv);
+					// decoded.thdv = decoded.thdv_alarm.info.over_range_alarm_deactivation.thdv;
+				}
+				if (decoded.thdv_alarm.info.type == 0x13) {
+					decoded.thdv_alarm.info.over_range_alarm_trigger = decoded.thdv_alarm.info.over_range_alarm_trigger || {};
+					decoded.thdv_alarm.info.over_range_alarm_trigger.thdv = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.thdv);
+					// decoded.thdv = decoded.thdv_alarm.info.over_range_alarm_trigger.thdv;
+				}
+				decoded.event.push(decoded.thdv_alarm);
+				break;
+			case 0x35:
+				decoded.event = decoded.event || [];
+				decoded.voltage_unbalance_alarm = {};
+				decoded.voltage_unbalance_alarm.type = readUInt8(bytes, counterObj, 1);
+				if (decoded.voltage_unbalance_alarm.type == 0x00) {
+					decoded.voltage_unbalance_alarm.collection_error = decoded.voltage_unbalance_alarm.collection_error || {};
+				}
+				if (decoded.voltage_unbalance_alarm.type == 0x12) {
+					decoded.voltage_unbalance_alarm.over_range_alarm_deactivation = decoded.voltage_unbalance_alarm.over_range_alarm_deactivation || {};
+					decoded.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage_unbalance);
+					// decoded.voltage_three_phase_imbalcance = decoded.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance;
+				}
+				if (decoded.voltage_unbalance_alarm.type == 0x13) {
+					decoded.voltage_unbalance_alarm.over_range_alarm_trigger = decoded.voltage_unbalance_alarm.over_range_alarm_trigger || {};
+					decoded.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance = readWithErrorCheck(readUInt16LE(bytes, counterObj, 2) / 100, error_value_map.voltage_unbalance);
+					// decoded.voltage_three_phase_imbalcance = decoded.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance;
+				}
+				decoded.event.push(decoded.voltage_unbalance_alarm);
+				break;
+			case 0x36:
+				decoded.power_loss_alarm = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0x60:
+				decoded.collection_interval = decoded.collection_interval || {};
+				// 0：second, 1：min
+				decoded.collection_interval.unit = readUInt8(bytes, counterObj, 1);
+				if (decoded.collection_interval.unit == 0x00) {
+					decoded.collection_interval.seconds_of_time = readUInt16LE(bytes, counterObj, 2);
+				}
+				if (decoded.collection_interval.unit == 0x01) {
+					decoded.collection_interval.minutes_of_time = readUInt16LE(bytes, counterObj, 2);
+				}
+				break;
+			case 0x61:
+				decoded.reporting_interval = decoded.reporting_interval || {};
+				// 0：second, 1：min
+				decoded.reporting_interval.unit = readUInt8(bytes, counterObj, 1);
+				if (decoded.reporting_interval.unit == 0x00) {
+					decoded.reporting_interval.seconds_of_time = readUInt16LE(bytes, counterObj, 2);
+				}
+				if (decoded.reporting_interval.unit == 0x01) {
+					decoded.reporting_interval.minutes_of_time = readUInt16LE(bytes, counterObj, 2);
+				}
+				break;
+			case 0xc8:
+				// 0：Power Off, 1：Power On
+				decoded.device_status = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x63:
+				// 0：℃, 1：℉
+				decoded.temperature_unit = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x64:
+				decoded.bluetooth_name = decoded.bluetooth_name || {};
+				decoded.bluetooth_name.length = readUInt8(bytes, counterObj, 1);
+				decoded.bluetooth_name.content = readString(bytes, counterObj, decoded.bluetooth_name.length);
+				break;
+			case 0xc5:
+				decoded.data_storage_settings = decoded.data_storage_settings || {};
+				var data_storage_settings_command = readUInt8(bytes, counterObj, 1);
+				if (data_storage_settings_command == 0x00) {
+					// 0：disable, 1：enable
+					decoded.data_storage_settings.enable = readUInt8(bytes, counterObj, 1);
+				}
+				if (data_storage_settings_command == 0x01) {
+					// 0：disable, 1：enable
+					decoded.data_storage_settings.retransmission_enable = readUInt8(bytes, counterObj, 1);
+				}
+				if (data_storage_settings_command == 0x02) {
+					decoded.data_storage_settings.retransmission_interval = readUInt16LE(bytes, counterObj, 2);
+				}
+				if (data_storage_settings_command == 0x03) {
+					decoded.data_storage_settings.retrieval_interval = readUInt16LE(bytes, counterObj, 2);
+				}
+				break;
+			case 0x66:
+				// 0：four_wire, 1：three_wire
+				decoded.voltage_interface = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x67:
+				decoded.current_interface1 = decoded.current_interface1 || {};
+				// 0：one_phase, 1：three_phase
+				decoded.current_interface1.type = readUInt8(bytes, counterObj, 1);
+				decoded.current_interface1.config = [];
+				for (var i = 0; i < 3; i++) {
+					var config_item = {};
+					// 0：forward, 1：reserse
+					config_item.direction = readUInt8(bytes, counterObj, 1);
+					config_item.range = readUInt16LE(bytes, counterObj, 2);
+					decoded.current_interface1.config.push(config_item);
+				}
+				break;
+			case 0x68:
+				decoded.current_interface2 = decoded.current_interface2 || {};
+				// 0：one_phase, 1：three_phase
+				decoded.current_interface2.type = readUInt8(bytes, counterObj, 1);
+				decoded.current_interface2.config = [];
+				for (var i = 0; i < 3; i++) {
+					var config_item = {};
+					// 0：forward, 1：reserse
+					config_item.direction = readUInt8(bytes, counterObj, 1);
+					config_item.range = readUInt16LE(bytes, counterObj, 2);
+					decoded.current_interface2.config.push(config_item);
+				}
+				break;
+			case 0x69:
+				decoded.current_interface3 = decoded.current_interface3 || {};
+				// 0：one_phase, 1：three_phase
+				decoded.current_interface3.type = readUInt8(bytes, counterObj, 1);
+				decoded.current_interface3.config = [];
+				for (var i = 0; i < 3; i++) {
+					var config_item = {};
+					// 0：forward, 1：reserse
+					config_item.direction = readUInt8(bytes, counterObj, 1);
+					config_item.range = readUInt16LE(bytes, counterObj, 2);
+					decoded.current_interface3.config.push(config_item);
+				}
+				break;
+			case 0x6a:
+				decoded.current_interface4 = decoded.current_interface4 || {};
+				// 0：one_phase, 1：three_phase
+				decoded.current_interface4.type = readUInt8(bytes, counterObj, 1);
+				decoded.current_interface4.config = [];
+				for (var i = 0; i < 3; i++) {
+					var config_item = {};
+					// 0：forward, 1：reserse
+					config_item.direction = readUInt8(bytes, counterObj, 1);
+					config_item.range = readUInt16LE(bytes, counterObj, 2);
+					decoded.current_interface4.config.push(config_item);
+				}
+				break;
+			case 0x6b:
+				decoded.temperature_calibration_settings = decoded.temperature_calibration_settings || {};
+				// 0：disable, 1：enable
+				decoded.temperature_calibration_settings.enable = readUInt8(bytes, counterObj, 1);
+				decoded.temperature_calibration_settings.calibration_value = readInt16LE(bytes, counterObj, 2) / 100;
+				break;
+			case 0xc7:
+				decoded.time_zone = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0xc6:
+				decoded.daylight_saving_time = decoded.daylight_saving_time || {};
+				// 0：disable, 1：enable
+				decoded.daylight_saving_time.enable = readUInt8(bytes, counterObj, 1);
+				decoded.daylight_saving_time.daylight_saving_time_offset = readUInt8(bytes, counterObj, 1);
+				// 1:Jan., 2:Feb., 3:Mar., 4:Apr., 5:May, 6:Jun., 7:Jul., 8:Aug., 9:Sep., 10:Oct., 11:Nov., 12:Dec.
+				decoded.daylight_saving_time.start_month = readUInt8(bytes, counterObj, 1);
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				// 1:1st, 2: 2nd, 3: 3rd, 4: 4th, 5: last
+				decoded.daylight_saving_time.start_week_num = extractBits(bitOptions, 4, 8);
+				// 1：Mon., 2：Tues., 3：Wed., 4：Thurs., 5：Fri., 6：Sat., 7：Sun.
+				decoded.daylight_saving_time.start_week_day = extractBits(bitOptions, 0, 4);
+				decoded.daylight_saving_time.start_hour_min = readUInt16LE(bytes, counterObj, 2);
+				// 1:Jan., 2:Feb., 3:Mar., 4:Apr., 5:May, 6:Jun., 7:Jul., 8:Aug., 9:Sep., 10:Oct., 11:Nov., 12:Dec.
+				decoded.daylight_saving_time.end_month = readUInt8(bytes, counterObj, 1);
+				var bitOptions = readUInt8(bytes, counterObj, 1);
+				// 1:1st, 2: 2nd, 3: 3rd, 4: 4th, 5: last
+				decoded.daylight_saving_time.end_week_num = extractBits(bitOptions, 4, 8);
+				// 1：Mon., 2：Tues., 3：Wed., 4：Thurs., 5：Fri., 6：Sat., 7：Sun.
+				decoded.daylight_saving_time.end_week_day = extractBits(bitOptions, 0, 4);
+				decoded.daylight_saving_time.end_hour_min = readUInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x76:
+				decoded.temperature_alarm_settings = decoded.temperature_alarm_settings || {};
+				// 0：disable, 1：enable
+				decoded.temperature_alarm_settings.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+				decoded.temperature_alarm_settings.threshold_condition = readUInt8(bytes, counterObj, 1);
+				decoded.temperature_alarm_settings.threshold_min = readInt16LE(bytes, counterObj, 2) / 100;
+				decoded.temperature_alarm_settings.threshold_max = readInt16LE(bytes, counterObj, 2) / 100;
+				break;
+			case 0x77:
+				decoded.current_alarm_settings = decoded.current_alarm_settings || [];
+				var channel = readUInt8(bytes, counterObj, 1);
+				var current_alarm_settings_item = pickArrayItem(decoded.current_alarm_settings, channel, 'channel');
+				current_alarm_settings_item.channel = channel;
+				insertArrayItem(decoded.current_alarm_settings, current_alarm_settings_item, 'channel');
+				// 0：disable, 1：enable
+				current_alarm_settings_item.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+				current_alarm_settings_item.threshold_condition = readUInt8(bytes, counterObj, 1);
+				current_alarm_settings_item.threshold_min = readInt16LE(bytes, counterObj, 2);
+				current_alarm_settings_item.threshold_max = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x78:
+				decoded.voltage_alarm_settings = decoded.voltage_alarm_settings || [];
+				var channel = readUInt8(bytes, counterObj, 1);
+				var voltage_alarm_settings_item = pickArrayItem(decoded.voltage_alarm_settings, channel, 'channel');
+				voltage_alarm_settings_item.channel = channel;
+				insertArrayItem(decoded.voltage_alarm_settings, voltage_alarm_settings_item, 'channel');
+				// 0：disable, 1：enable
+				voltage_alarm_settings_item.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+				voltage_alarm_settings_item.threshold_condition = readUInt8(bytes, counterObj, 1);
+				voltage_alarm_settings_item.threshold_min = readInt16LE(bytes, counterObj, 2);
+				voltage_alarm_settings_item.threshold_max = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x79:
+				decoded.thdi_alarm_settings = decoded.thdi_alarm_settings || [];
+				var channel = readUInt8(bytes, counterObj, 1);
+				var thdi_alarm_settings_item = pickArrayItem(decoded.thdi_alarm_settings, channel, 'channel');
+				thdi_alarm_settings_item.channel = channel;
+				insertArrayItem(decoded.thdi_alarm_settings, thdi_alarm_settings_item, 'channel');
+				// 0：disable, 1：enable
+				thdi_alarm_settings_item.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 2:condition: x>B
+				thdi_alarm_settings_item.threshold_condition = readUInt8(bytes, counterObj, 1);
+				thdi_alarm_settings_item.threshold_min = readInt16LE(bytes, counterObj, 2);
+				thdi_alarm_settings_item.threshold_max = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x7a:
+				decoded.thdv_alarm_settings = decoded.thdv_alarm_settings || [];
+				var channel = readUInt8(bytes, counterObj, 1);
+				var thdv_alarm_settings_item = pickArrayItem(decoded.thdv_alarm_settings, channel, 'channel');
+				thdv_alarm_settings_item.channel = channel;
+				insertArrayItem(decoded.thdv_alarm_settings, thdv_alarm_settings_item, 'channel');
+				// 0：disable, 1：enable
+				thdv_alarm_settings_item.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 2:condition: x>B
+				thdv_alarm_settings_item.threshold_condition = readUInt8(bytes, counterObj, 1);
+				thdv_alarm_settings_item.threshold_min = readInt16LE(bytes, counterObj, 2);
+				thdv_alarm_settings_item.threshold_max = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x7b:
+				decoded.voltage_unbalance_alarm_settings = decoded.voltage_unbalance_alarm_settings || {};
+				// 0：disable, 1：enable
+				decoded.voltage_unbalance_alarm_settings.enable = readUInt8(bytes, counterObj, 1);
+				// 0:disable, 2:condition: x>B
+				decoded.voltage_unbalance_alarm_settings.threshold_condition = readUInt8(bytes, counterObj, 1);
+				decoded.voltage_unbalance_alarm_settings.threshold_min = readInt16LE(bytes, counterObj, 2);
+				decoded.voltage_unbalance_alarm_settings.threshold_max = readInt16LE(bytes, counterObj, 2);
+				break;
+			case 0x7c:
+				decoded.alarm_global_settings = decoded.alarm_global_settings || {};
+				decoded.alarm_global_settings.interval = readUInt16LE(bytes, counterObj, 2);
+				decoded.alarm_global_settings.times = readUInt16LE(bytes, counterObj, 2);
+				// 0：disable, 1：enable
+				decoded.alarm_global_settings.release_enable = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x6d:
+				decoded.month_statistics_settings = decoded.month_statistics_settings || {};
+				decoded.month_statistics_settings.day = readUInt8(bytes, counterObj, 1);
+				decoded.month_statistics_settings.hour = readUInt8(bytes, counterObj, 1);
+				decoded.month_statistics_settings.minute = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x6c:
+				decoded.report_enable = decoded.report_enable || {};
+				var bitOptions = readUInt16LE(bytes, counterObj, 2);
+				decoded.report_enable.temperature = extractBits(bitOptions, 0, 1);
+				decoded.report_enable.current = extractBits(bitOptions, 1, 2);
+				decoded.report_enable.voltage = extractBits(bitOptions, 2, 3);
+				decoded.report_enable.power_factor = extractBits(bitOptions, 3, 4);
+				decoded.report_enable.active_power = extractBits(bitOptions, 4, 5);
+				decoded.report_enable.reactive_power = extractBits(bitOptions, 5, 6);
+				decoded.report_enable.apparent_power = extractBits(bitOptions, 6, 7);
+				decoded.report_enable.forward_active_energy = extractBits(bitOptions, 7, 8);
+				decoded.report_enable.reverse_active_energy = extractBits(bitOptions, 8, 9);
+				decoded.report_enable.forward_reactive_energy = extractBits(bitOptions, 9, 10);
+				decoded.report_enable.reverse_reactive_energy = extractBits(bitOptions, 10, 11);
+				decoded.report_enable.apparent_energy = extractBits(bitOptions, 11, 12);
+				decoded.report_enable.thdi = extractBits(bitOptions, 12, 13);
+				decoded.report_enable.thdv = extractBits(bitOptions, 13, 14);
+				decoded.report_enable.voltage_unbalance = extractBits(bitOptions, 14, 15);
+				break;
+			case 0xbf:
+				decoded.reset = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0xbe:
+				decoded.reboot = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0x5d:
+				decoded.stop_historical_data_retrieval = decoded.stop_historical_data_retrieval || {};
+				// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+				decoded.stop_historical_data_retrieval.type = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x5b:
+				decoded.retrieve_historical_data_by_time = decoded.retrieve_historical_data_by_time || {};
+				// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+				decoded.retrieve_historical_data_by_time.type = readUInt8(bytes, counterObj, 1);
+				decoded.retrieve_historical_data_by_time.time = readUInt32LE(bytes, counterObj, 4);
+				break;
+			case 0x5c:
+				decoded.retrieve_historical_data_by_time_range = decoded.retrieve_historical_data_by_time_range || {};
+				// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+				decoded.retrieve_historical_data_by_time_range.type = readUInt8(bytes, counterObj, 1);
+				decoded.retrieve_historical_data_by_time_range.start_time = readUInt32LE(bytes, counterObj, 4);
+				decoded.retrieve_historical_data_by_time_range.end_time = readUInt32LE(bytes, counterObj, 4);
+				break;
+			case 0xb9:
+				decoded.query_device_status = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0xb8:
+				decoded.synchronize_time = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0xb7:
+				decoded.set_time = decoded.set_time || {};
+				decoded.set_time.timestamp = readUInt32LE(bytes, counterObj, 4);
+				break;
+			case 0xb6:
+				decoded.reconnect = readOnlyCommand(bytes, counterObj, 0);
+				break;
+			case 0x5f:
+				decoded.reset_energy = decoded.reset_energy || {};
+				decoded.reset_energy.channel = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x5e:
+				decoded.clear_data = decoded.clear_data || {};
+				// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+				decoded.clear_data.type = readUInt8(bytes, counterObj, 1);
+				break;
+			case 0x57:
+				decoded.query_history_set = readOnlyCommand(bytes, counterObj, 0);
+				break;
+		}
+		if (unknown_command) {
+			throw new Error('unknown command: ' + command_id);
+		}
+	}
+
+	if (Object.keys(history).length > 0) {
+		result.history = history;
+	} else {        
+		for (var k2 in decoded) {
+			if (decoded.hasOwnProperty(k2)) {
+				result[k2] = decoded[k2];
+			}
+		}
+	}
+
+	return result;
+}
+
+function readOnlyCommand(bytes) {
+	return 1;
+}
+
+function readUnknownDataType(allBytes, counterObj, end) {
+	throw new Error('Unknown data type encountered. Please Contact Developer.');
+}
+
+function readBytes(allBytes, counterObj, end) {
+	var bytes = allBytes.slice(counterObj.i, counterObj.i + end);
+	counterObj.i += end;
+	return bytes;
+}
+
+function readProtocolVersion(bytes) {
+	var major = bytes[0] & 0xff;
+	var minor = bytes[1] & 0xff;
+	return 'v' + major + '.' + minor;
+}
+
+function readHardwareVersion(bytes) {
+	var major = bytes[0] & 0xff;
+	var minor = bytes[1] & 0xff;
+	return 'v' + major + '.' + minor;
+}
+
+function readFirmwareVersion(bytes) {
+	var major = bytes[0] & 0xff;
+	var minor = bytes[1] & 0xff;
+	var release = bytes[2] & 0xff;
+	var alpha = bytes[3] & 0xff;
+	var unit_test = bytes[4] & 0xff;
+	var test = bytes[5] & 0xff;
+
+	var version = 'v' + major + '.' + minor;
+	if (release !== 0) version += '-r' + release;
+	if (alpha !== 0) version += '-a' + alpha;
+	if (unit_test !== 0) version += '-u' + unit_test;
+	if (test !== 0) version += '-t' + test;
+	return version;
+}
+
+/* eslint-disable */
+function readUInt8(allBytes, counterObj, end) {
+	var bytes = readBytes(allBytes, counterObj, end);
+	return bytes[0] & 0xff;
+}
+
+function readInt8(allBytes, counterObj, end) {
+	var ref = readUInt8(allBytes, counterObj, end);
+	return ref > 0x7f ? ref - 0x100 : ref;
+}
+
+function readUInt16LE(allBytes, counterObj, end) {
+	var bytes = readBytes(allBytes, counterObj, end);
+	var value = (bytes[1] << 8) + bytes[0];
+	return value & 0xffff;
+}
+
+function readInt16LE(allBytes, counterObj, end) {
+	var ref = readUInt16LE(allBytes, counterObj, end);
+	return ref > 0x7fff ? ref - 0x10000 : ref;
+}
+
+function readWithErrorCheck(value, errorValue) {
+	if (value == errorValue) {
+		return 'error';
+	}
+	return value;
+}
+
+function readUInt24LE(allBytes, counterObj, end) {
+    var bytes = readBytes(allBytes, counterObj, end); // 3 bytes expected
+    var value = (bytes[2] << 16) + (bytes[1] << 8) + bytes[0];
+    return value & 0xffffff;
+}
+
+function readInt24LE(allBytes, counterObj, end) {
+    var ref = readUInt24LE(allBytes, counterObj, end);
+    return ref > 0x7fffff ? ref - 0x1000000 : ref;
+}
+
+function readUInt32LE(allBytes, counterObj, end) {
+	var bytes = readBytes(allBytes, counterObj, end);
+	var value = (bytes[3] << 24) + (bytes[2] << 16) + (bytes[1] << 8) + bytes[0];
+	return (value & 0xffffffff) >>> 0;
+}
+
+function readInt32LE(allBytes, counterObj, end) {
+	var ref = readUInt32LE(allBytes, counterObj, end);
+	return ref > 0x7fffffff ? ref - 0x100000000 : ref;
+}
+
+function readFloat16LE(allBytes, counterObj, end) {
+	var bytes = readBytes(allBytes, counterObj, end);
+	var bits = (bytes[1] << 8) | bytes[0];
+	var sign = bits >>> 15 === 0 ? 1.0 : -1.0;
+	var e = (bits >>> 10) & 0x1f;
+	var m = e === 0 ? (bits & 0x3ff) << 1 : (bits & 0x3ff) | 0x400;
+	var f = sign * m * Math.pow(2, e - 25);
+
+	var n = Number(f.toFixed(2));
+	return n;
+}
+
+function readFloatLE(allBytes, counterObj, end) {
+	var bytes = readBytes(allBytes, counterObj, end);
+	var bits = (bytes[3] << 24) | (bytes[2] << 16) | (bytes[1] << 8) | bytes[0];
+	var sign = bits >>> 31 === 0 ? 1.0 : -1.0;
+	var e = (bits >>> 23) & 0xff;
+	var m = e === 0 ? (bits & 0x7fffff) << 1 : (bits & 0x7fffff) | 0x800000;
+	var f = sign * m * Math.pow(2, e - 150);
+	return f;
+}
+
+function readString(allBytes, counterObj, end) {
+	var str = "";
+	var bytes = readBytes(allBytes, counterObj, end);
+	var i = 0;
+	var byte1, byte2, byte3, byte4;
+	while (i < bytes.length) {
+		byte1 = bytes[i++];
+		if (byte1 <= 0x7f) {
+			str += String.fromCharCode(byte1);
+		} else if (byte1 <= 0xdf) {
+			byte2 = bytes[i++];
+			str += String.fromCharCode(((byte1 & 0x1f) << 6) | (byte2 & 0x3f));
+		} else if (byte1 <= 0xef) {
+			byte2 = bytes[i++];
+			byte3 = bytes[i++];
+			str += String.fromCharCode(((byte1 & 0x0f) << 12) | ((byte2 & 0x3f) << 6) | (byte3 & 0x3f));
+		} else if (byte1 <= 0xf7) {
+			byte2 = bytes[i++];
+			byte3 = bytes[i++];
+			byte4 = bytes[i++];
+			var codepoint = ((byte1 & 0x07) << 18) | ((byte2 & 0x3f) << 12) | ((byte3 & 0x3f) << 6) | (byte4 & 0x3f);
+			codepoint -= 0x10000;
+			str += String.fromCharCode((codepoint >> 10) + 0xd800);
+			str += String.fromCharCode((codepoint & 0x3ff) + 0xdc00);
+		}
+	}
+	return str.replace(/\u0000+$/g, '');
+}
+
+function readHexString(allBytes, counterObj, end) {
+	var temp = [];
+	var bytes = readBytes(allBytes, counterObj, end);
+	for (var idx = 0; idx < bytes.length; idx++) {
+		temp.push(("0" + (bytes[idx] & 0xff).toString(16)).slice(-2));
+	}
+	return temp.join("").replace(/\u0000+$/g, '');
+}
+
+function readHexStringLE(allBytes, counterObj, end) {
+	var temp = [];
+	var bytes = readBytes(allBytes, counterObj, end);
+	for (var idx = bytes.length - 1; idx >= 0; idx--) {
+		temp.push(("0" + (bytes[idx] & 0xff).toString(16)).slice(-2));
+	}
+	return temp.join("").replace(/\u0000+$/g, '');
+}
+
+function extractBits(byte, startBit, endBit) {
+	if (byte < 0 || byte > 0xffff) {
+	  throw new Error("byte must be in range 0..65535");
+	}
+	if (startBit >= endBit) {
+	  throw new Error("invalid bit range");
+	}
+  
+	var width = endBit - startBit;
+	var mask = (1 << width) - 1;
+	return (byte >>> startBit) & mask;
+}
+
+function pickArrayItem(array, index, idName) {
+	for (var i = 0; i < array.length; i++) { 
+		if (array[i][idName] === index) {
+			return array[i];
+		}
+	}
+
+	return {};
+}
+
+function insertArrayItem(array, item, idName) {
+	for (var i = 0; i < array.length; i++) { 
+		if (array[i][idName] === item[idName]) {
+			array[i] = item;
+			return;
+		}
+	}
+	array.push(item);
+}
+
+function readCommand(allBytes, counterObj, end) {
+    var bytes = readBytes(allBytes, counterObj, end);
+    var cmd = bytes
+        .map(function(b) {
+            var hex = b.toString(16);
+            return hex.length === 1 ? '0' + hex : hex;
+        })
+        .join('')
+        .toLowerCase();
+
+    var map = cmdMap();
+    for (var key in map) {
+        var xxs = [];
+        var isMatch = false;
+        if (key.length !== cmd.length) {
+            continue;
+        }
+        for (var i = 0; i < key.length; i += 2) {
+            var hexString = key.slice(i, i + 2);
+            var cmdString = cmd.slice(i, i + 2);
+            if (hexString === cmdString || hexString === 'xx') {
+                if (hexString === 'xx') {
+                    xxs.push('.' + parseInt(cmdString, 16));
+                }
+                isMatch = true;
+                continue;
+            } else {
+                isMatch = false;
+                break;
+            }
+        }
+        if (isMatch) {
+            var propertyId = map[key];
+            if (propertyId.indexOf('._item') === -1) {
+                return propertyId;
+            }
+            var j = 0;
+            var result = propertyId.replace(/\._item/g, function() {
+                return xxs[j++];
+            });
+            return result;
+        }
+    }
+    return null;
+}
+
+function cmdMap() {
+	return {
+		  "10": "reverse_active_energy1",
+		  "11": "reverse_active_energy2",
+		  "12": "forward_reactive_energy1",
+		  "13": "forward_reactive_energy2",
+		  "14": "reverse_reactive_energy1",
+		  "15": "reverse_reactive_energy2",
+		  "16": "apparent_energy1",
+		  "17": "apparent_energy2",
+		  "30": "temperature_alarm",
+		  "31": "current_alarm",
+		  "32": "voltage_alarm",
+		  "33": "thdi_alarm",
+		  "34": "thdv_alarm",
+		  "35": "voltage_unbalance_alarm",
+		  "36": "power_loss_alarm",
+		  "40": "history_type",
+		  "57": "query_history_set",
+		  "60": "collection_interval",
+		  "61": "reporting_interval",
+		  "63": "temperature_unit",
+		  "64": "bluetooth_name",
+		  "66": "voltage_interface",
+		  "67": "current_interface1",
+		  "68": "current_interface2",
+		  "69": "current_interface3",
+		  "76": "temperature_alarm_settings",
+		  "77": "current_alarm_settings",
+		  "78": "voltage_alarm_settings",
+		  "79": "thdi_alarm_settings",
+		  "ff": "request_check_sequence_number",
+		  "fe": "request_check_order",
+		  "ef": "request_command_queries",
+		  "ee": "request_query_all_configurations",
+		  "ed": "historical_data_report",
+		  "cf": "lorawan_configuration_settings",
+		  "cfd8": "lorawan_configuration_settings.version",
+		  "df": "tsl_version",
+		  "de": "product_name",
+		  "dd": "product_pn",
+		  "db": "product_sn",
+		  "da": "version",
+		  "d9": "oem_id",
+		  "d8": "product_frequency_band",
+		  "d7": "device_info",
+		  "01": "temperature",
+		  "02": "voltage_three_phase_imbalcance",
+		  "03": "thdi",
+		  "03xx": "thdi._item",
+		  "04": "thdv",
+		  "04xx": "thdv._item",
+		  "05": "current",
+		  "05xx": "current._item",
+		  "06": "voltage",
+		  "06xx": "voltage._item",
+		  "07": "power_factor",
+		  "08": "active_power1",
+		  "09": "active_power2",
+		  "0a": "reactive_power1",
+		  "0b": "reactive_power2",
+		  "0c": "apparent_power1",
+		  "0d": "apparent_power2",
+		  "0e": "forward_active_energy1",
+		  "0f": "forward_active_energy2",
+		  "c8": "device_status",
+		  "c5": "data_storage_settings",
+		  "c500": "data_storage_settings.enable",
+		  "c501": "data_storage_settings.retransmission_enable",
+		  "c502": "data_storage_settings.retransmission_interval",
+		  "c503": "data_storage_settings.retrieval_interval",
+		  "undefinedxx": "current_interface4.config._item",
+		  "6a": "current_interface4",
+		  "6b": "temperature_calibration_settings",
+		  "c7": "time_zone",
+		  "c6": "daylight_saving_time",
+		  "77xx": "current_alarm_settings._item",
+		  "78xx": "voltage_alarm_settings._item",
+		  "79xx": "thdi_alarm_settings._item",
+		  "7a": "thdv_alarm_settings",
+		  "7axx": "thdv_alarm_settings._item",
+		  "7b": "voltage_unbalance_alarm_settings",
+		  "7c": "alarm_global_settings",
+		  "6d": "month_statistics_settings",
+		  "6c": "report_enable",
+		  "bf": "reset",
+		  "be": "reboot",
+		  "5d": "stop_historical_data_retrieval",
+		  "5b": "retrieve_historical_data_by_time",
+		  "5c": "retrieve_historical_data_by_time_range",
+		  "b9": "query_device_status",
+		  "b8": "synchronize_time",
+		  "b7": "set_time",
+		  "b6": "reconnect",
+		  "5f": "reset_energy",
+		  "5e": "clear_data"
+	};
+}
\ No newline at end of file
diff --git a/vendors/milesight-iot/cth-series/cth01/cth01-encoder.js b/vendors/milesight-iot/cth-series/cth01/cth01-encoder.js
new file mode 100644
index 0000000..2c8a13f
--- /dev/null
+++ b/vendors/milesight-iot/cth-series/cth01/cth01-encoder.js
@@ -0,0 +1,2388 @@
+/**
+ * Payload Encoder
+ *
+ * Copyright 2025 Milesight IoT
+ *
+ * @product CTH01
+ */
+
+/* eslint no-redeclare: "off" */
+/* eslint-disable */
+// Chirpstack v4
+function encodeDownlink(input) {
+	var encoded = milesightDeviceEncode(input.data);
+	return { bytes: encoded };
+}
+
+// Chirpstack v3
+function Encode(fPort, obj) {
+	return milesightDeviceEncode(obj);
+}
+
+// The Things Network
+function Encoder(obj, port) {
+	return milesightDeviceEncode(obj);
+}
+/* eslint-enable */
+
+function milesightDeviceEncode(payload) {
+	var encoded = [];
+	var error_value_map = {
+		current: [0xFF, 0xFF, 0xFF],
+		voltage: [0xFF, 0xFF],
+		forward_active_energy: [0xFF, 0xFF, 0xFF, 0xFF],
+		reverse_active_energy: [0xFF, 0xFF, 0xFF, 0xFF],
+		forward_reactive_energy: [0xFF, 0xFF, 0xFF, 0xFF],
+		reverse_reactive_energy: [0xFF, 0xFF, 0xFF, 0xFF],
+		apparent_energy: [0xFF, 0xFF, 0xFF, 0xFF],
+		power_factor: [0xFF],
+		active_power: [0xFF, 0xFF, 0xFF, 0xFF],
+		reactive_power: [0xFF, 0xFF, 0xFF, 0xFF],
+		apparent_power: [0xFF, 0xFF, 0xFF, 0xFF],
+		thdi: [0xFF, 0xFF],
+		thdv: [0xFF, 0xFF],
+		voltage_three_phase_imbalcance: [0xFF, 0xFF]
+	}
+	//0xff
+	if ('request_check_sequence_number' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xff);
+		if (payload.request_check_sequence_number.sequence_number < 0 || payload.request_check_sequence_number.sequence_number > 255) {
+			throw new Error('request_check_sequence_number.sequence_number must be between 0 and 255');
+		}
+		buffer.writeUInt8(payload.request_check_sequence_number.sequence_number);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xfe
+	if ('request_check_order' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xfe);
+		if (payload.request_check_order.order < 0 || payload.request_check_order.order > 255) {
+			throw new Error('request_check_order.order must be between 0 and 255');
+		}
+		buffer.writeUInt8(payload.request_check_order.order);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xef
+	if ('req' in payload) {
+		var buffer = new Buffer();
+		var reqList = payload.req;
+		for (var idx = 0; idx < reqList.length; idx++) {
+			var req_command = reqList[idx];
+			var pureNumber = [];
+			var formateStrParts = [];
+		
+			req_command.split('.').forEach(function(part) {
+				if (/^[0-9]+$/.test(part)) {
+					// padStart ES5 兼容
+					var hex = Number(part).toString(16);
+					while (hex.length < 2) { hex = '0' + hex; }
+					pureNumber.push(hex);
+					console.log(pureNumber);
+					formateStrParts.push('_item');
+				} else {
+					formateStrParts.push(part);
+				}
+			});
+		
+			var formateStr = formateStrParts.join('.');
+			var hexString = cmdMap()[formateStr];
+		
+			if (hexString && hexString.indexOf('xx') !== -1) {
+				var i = 0;
+				hexString = hexString.replace(/xx/g, function() {
+					return pureNumber[i++];
+				});
+			}
+		
+			if (hexString) {
+				var length = hexString.length / 2;
+				buffer.writeUInt8(0xef);
+				buffer.writeUInt8(length);
+				buffer.writeHexString(hexString, length, true);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xee
+	if ('request_query_all_configurations' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xee);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xed
+	if ('history' in payload) {
+		for (var i = 0; i < payload.history.length; i++) {
+			var buffer = new Buffer();
+			var history = payload.history[i];
+			buffer.writeUInt8(0xed);
+			// 0：target time, 1：historical time
+			buffer.writeUInt8(1);
+			buffer.writeUInt32LE(history.timestamp);
+			var reset = {};
+			for (var k in history) {
+				if (history.hasOwnProperty(k) && k !== "timestamp") {
+					reset[k] = history[k];
+				}
+			}
+		
+			encoded = encoded.concat(buffer.toBytes());
+			encoded = encoded.concat(milesightDeviceEncode(reset));
+		}
+	}
+	//0xcf
+	if ('lorawan_configuration_settings' in payload) {
+		var buffer = new Buffer();
+		if (isValid(payload.lorawan_configuration_settings.version)) {
+			buffer.writeUInt8(0xcf);
+			// 1：1.0.2, 2：1.0.3, 3：1.0.3, 4：1.0.4
+			buffer.writeUInt8(0xd8);
+			// 1：1.0.2, 2：1.0.3, 3：1.0.3, 4：1.0.4
+			buffer.writeUInt8(payload.lorawan_configuration_settings.version);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xde
+	if ('product_name' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xde);
+		buffer.writeString(payload.product_name, 32);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xdd
+	if ('product_pn' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xdd);
+		buffer.writeString(payload.product_pn, 32);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xdb
+	if ('product_sn' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xdb);
+		buffer.writeHexString(payload.product_sn, 8);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xd9
+	if ('oem_id' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xd9);
+		buffer.writeHexString(payload.oem_id, 2);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xd8
+	if ('product_frequency_band' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xd8);
+		buffer.writeString(payload.product_frequency_band, 16);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xd7
+	if ('device_info' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xd7);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x01
+	if ('temperature' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x01);
+		if (payload.temperature < -20 || payload.temperature > 100) {
+			throw new Error('temperature must be between -20 and 100');
+		}
+		buffer.writeInt16LE(payload.temperature * 100);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x02
+	if ('voltage_three_phase_imbalcance' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x02);
+		if (payload.voltage_three_phase_imbalcance === 'error') {
+			buffer.writeBytes(error_value_map.voltage_three_phase_imbalcance);
+		} else {
+			if (payload.voltage_three_phase_imbalcance < 0 || payload.voltage_three_phase_imbalcance > 100) {
+				throw new Error('voltage_three_phase_imbalcance must be between 0 and 100');
+			}
+			buffer.writeUInt16LE(payload.voltage_three_phase_imbalcance * 100);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x03
+	if ('thdi' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x03);
+		for (var i = 0; i < payload.thdi.length; i++) {
+			var thdi_item = payload.thdi[i];
+			if (thdi_item.value === 'error') {
+				buffer.writeBytes(error_value_map.thdi);
+			} else {
+				if (thdi_item.value < 0 || thdi_item.value > 100) {
+					throw new Error('value must be between 0 and 100');
+				}
+				buffer.writeUInt16LE(thdi_item.value * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x04
+	if ('thdv' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x04);
+		for (var i = 0; i < payload.thdv.length; i++) {
+			var thdv_item = payload.thdv[i];
+			if (thdv_item.value === 'error') {
+				buffer.writeBytes(error_value_map.thdv);
+			} else {
+				if (thdv_item.value < 0 || thdv_item.value > 100) {
+					throw new Error('value must be between 0 and 100');
+				}
+				buffer.writeUInt16LE(thdv_item.value * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x05
+	if ('current' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x05);
+		for (var i = 0; i < payload.current.length; i++) {
+			var current_item = payload.current[i];
+			if (current_item.value === 'error') {
+				buffer.writeBytes(error_value_map.current);
+			} else {
+				if (current_item.value < 0 || current_item.value > 4000) {
+					throw new Error('value must be between 0 and 4000');
+				}
+				buffer.writeUInt24LE(current_item.value * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x06
+	if ('voltage' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x06);
+		for (var i = 0; i < payload.voltage.length; i++) {
+			var voltage_item = payload.voltage[i];	
+			if (voltage_item.value === 'error') {
+				buffer.writeBytes(error_value_map.voltage);
+			} else {
+				if (voltage_item.value < 0 || voltage_item.value > 500) {
+					throw new Error('value must be between 0 and 500');
+				}
+				buffer.writeUInt16LE(voltage_item.value * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x07
+	if ('power_factor' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x07);
+		var bitOptions = 0;
+		bitOptions |= payload.power_factor.mask1 << 0;
+
+		bitOptions |= payload.power_factor.mask2 << 1;
+
+		bitOptions |= payload.power_factor.mask3 << 2;
+
+		bitOptions |= payload.power_factor.mask4 << 3;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.power_factor.mask1 == 0x00) {
+			if (payload.power_factor.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group1_value < 0 || payload.power_factor.group1_value > 100) {
+					throw new Error('power_factor.group1_value must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group1_value * 100);
+			}
+		}
+		if (payload.power_factor.mask1 == 0x01) {
+			if (payload.power_factor.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group1.chan1 < 0 || payload.power_factor.group1.chan1 > 100) {
+					throw new Error('power_factor.group1.chan1 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group1.chan1 * 100);
+			}
+			if (payload.power_factor.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group1.chan2 < 0 || payload.power_factor.group1.chan2 > 100) {
+					throw new Error('power_factor.group1.chan2 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group1.chan2 * 100);
+			}
+			if (payload.power_factor.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group1.chan3 < 0 || payload.power_factor.group1.chan3 > 100) {
+					throw new Error('power_factor.group1.chan3 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group1.chan3 * 100);
+			}
+		}
+		if (payload.power_factor.mask2 == 0x00) {
+			if (payload.power_factor.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group2_value < 0 || payload.power_factor.group2_value > 100) {
+					throw new Error('power_factor.group2_value must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group2_value * 100);
+			}
+		}
+		if (payload.power_factor.mask2 == 0x01) {
+			if (payload.power_factor.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group2.chan1 < 0 || payload.power_factor.group2.chan1 > 100) {
+					throw new Error('power_factor.group2.chan1 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group2.chan1 * 100);
+			}
+			if (payload.power_factor.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group2.chan2 < 0 || payload.power_factor.group2.chan2 > 100) {
+					throw new Error('power_factor.group2.chan2 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group2.chan2 * 100);
+			}
+			if (payload.power_factor.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group2.chan3 < 0 || payload.power_factor.group2.chan3 > 100) {
+					throw new Error('power_factor.group2.chan3 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group2.chan3 * 100);
+			}
+		}
+		if (payload.power_factor.mask3 == 0x00) {
+			if (payload.power_factor.group3_value === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group3_value < 0 || payload.power_factor.group3_value > 100) {
+					throw new Error('power_factor.group3_value must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group3_value * 100);
+			}
+		}
+		if (payload.power_factor.mask3 == 0x01) {
+			if (payload.power_factor.group3.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group3.chan1 < 0 || payload.power_factor.group3.chan1 > 100) {
+					throw new Error('power_factor.group3.chan1 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group3.chan1 * 100);
+			}
+			if (payload.power_factor.group3.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group3.chan2 < 0 || payload.power_factor.group3.chan2 > 100) {
+					throw new Error('power_factor.group3.chan2 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group3.chan2 * 100);
+			}
+			if (payload.power_factor.group3.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group3.chan3 < 0 || payload.power_factor.group3.chan3 > 100) {
+					throw new Error('power_factor.group3.chan3 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group3.chan3 * 100);
+			}
+		}
+		if (payload.power_factor.mask4 == 0x00) {
+			if (payload.power_factor.group4_value === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group4_value < 0 || payload.power_factor.group4_value > 100) {
+					throw new Error('power_factor.group4_value must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group4_value * 100);
+			}
+		}
+		if (payload.power_factor.mask4 == 0x01) {
+			if (payload.power_factor.group4.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group4.chan1 < 0 || payload.power_factor.group4.chan1 > 100) {
+					throw new Error('power_factor.group4.chan1 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group4.chan1 * 100);
+			}
+			if (payload.power_factor.group4.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group4.chan2 < 0 || payload.power_factor.group4.chan2 > 100) {
+					throw new Error('power_factor.group4.chan2 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group4.chan2 * 100);
+			}
+			if (payload.power_factor.group4.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.power_factor);
+			} else {
+				if (payload.power_factor.group4.chan3 < 0 || payload.power_factor.group4.chan3 > 100) {
+					throw new Error('power_factor.group4.chan3 must be between 0 and 100');
+				}
+				buffer.writeUInt8(payload.power_factor.group4.chan3 * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x08
+	if ('active_power1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x08);
+		var bitOptions = 0;
+		bitOptions |= payload.active_power1.mask1 << 0;
+
+		bitOptions |= payload.active_power1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.active_power1.mask1 == 0x00) {
+			if (payload.active_power1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group1_value * 1000);
+			}
+		}
+		if (payload.active_power1.mask1 == 0x01) {
+			if (payload.active_power1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group1.chan1 * 1000);
+			}
+			if (payload.active_power1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group1.chan2 * 1000);
+			}
+			if (payload.active_power1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.active_power1.mask2 == 0x00) {
+			if (payload.active_power1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group2_value * 1000);
+			}
+		}
+		if (payload.active_power1.mask2 == 0x01) {
+			if (payload.active_power1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group2.chan1 * 1000);
+			}
+			if (payload.active_power1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group2.chan2 * 1000);
+			}
+			if (payload.active_power1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x09
+	if ('active_power2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x09);
+		var bitOptions = 0;
+		bitOptions |= payload.active_power2.mask1 << 0;
+
+		bitOptions |= payload.active_power2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.active_power2.mask1 == 0x00) {
+			if (payload.active_power2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group1_value * 1000);
+			}
+		}
+		if (payload.active_power2.mask1 == 0x01) {
+			if (payload.active_power2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group1.chan1 * 1000);
+			}
+			if (payload.active_power2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group1.chan2 * 1000);
+			}
+			if (payload.active_power2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.active_power2.mask2 == 0x00) {
+			if (payload.active_power2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group2_value * 1000);
+			}
+		}
+		if (payload.active_power2.mask2 == 0x01) {
+			if (payload.active_power2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group2.chan1 * 1000);
+			}
+			if (payload.active_power2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group2.chan2 * 1000);
+			}
+			if (payload.active_power2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.active_power);
+			} else {
+				buffer.writeInt32LE(payload.active_power2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0a
+	if ('reactive_power1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0a);
+		var bitOptions = 0;
+		bitOptions |= payload.reactive_power1.mask1 << 0;
+
+		bitOptions |= payload.reactive_power1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reactive_power1.mask1 == 0x00) {
+			if (payload.reactive_power1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group1_value * 1000);
+			}
+		}
+		if (payload.reactive_power1.mask1 == 0x01) {
+			if (payload.reactive_power1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group1.chan1 * 1000);
+			}
+			if (payload.reactive_power1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group1.chan2 * 1000);
+			}
+			if (payload.reactive_power1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reactive_power1.mask2 == 0x00) {
+			if (payload.reactive_power1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group2_value * 1000);
+			}
+		}
+		if (payload.reactive_power1.mask2 == 0x01) {
+			if (payload.reactive_power1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group2.chan1 * 1000);
+			}
+			if (payload.reactive_power1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group2.chan2 * 1000);
+			}
+			if (payload.reactive_power1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0b
+	if ('reactive_power2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0b);
+		var bitOptions = 0;
+		bitOptions |= payload.reactive_power2.mask1 << 0;
+
+		bitOptions |= payload.reactive_power2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reactive_power2.mask1 == 0x00) {
+			if (payload.reactive_power2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group1_value * 1000);
+			}
+		}
+		if (payload.reactive_power2.mask1 == 0x01) {
+			if (payload.reactive_power2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group1.chan1 * 1000);
+			}
+			if (payload.reactive_power2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group1.chan2 * 1000);
+			}
+			if (payload.reactive_power2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reactive_power2.mask2 == 0x00) {
+			if (payload.reactive_power2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group2_value * 1000);
+			}
+		}
+		if (payload.reactive_power2.mask2 == 0x01) {
+			if (payload.reactive_power2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group2.chan1 * 1000);
+			}
+			if (payload.reactive_power2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group2.chan2 * 1000);
+			}
+			if (payload.reactive_power2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reactive_power);
+			} else {
+				buffer.writeInt32LE(payload.reactive_power2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0c
+	if ('apparent_power1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0c);
+		var bitOptions = 0;
+		bitOptions |= payload.apparent_power1.mask1 << 0;
+
+		bitOptions |= payload.apparent_power1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.apparent_power1.mask1 == 0x00) {
+			if (payload.apparent_power1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group1_value * 1000);
+			}
+		}
+		if (payload.apparent_power1.mask1 == 0x01) {
+			if (payload.apparent_power1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group1.chan1 * 1000);
+			}
+			if (payload.apparent_power1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group1.chan2 * 1000);
+			}
+			if (payload.apparent_power1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.apparent_power1.mask2 == 0x00) {
+			if (payload.apparent_power1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group2_value * 1000);
+			}
+		}
+		if (payload.apparent_power1.mask2 == 0x01) {
+			if (payload.apparent_power1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group2.chan1 * 1000);
+			}
+			if (payload.apparent_power1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group2.chan2 * 1000);
+			}
+			if (payload.apparent_power1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0d
+	if ('apparent_power2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0d);
+		var bitOptions = 0;
+		bitOptions |= payload.apparent_power2.mask1 << 0;
+
+		bitOptions |= payload.apparent_power2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.apparent_power2.mask1 == 0x00) {
+			if (payload.apparent_power2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group1_value * 1000);
+			}
+		}
+		if (payload.apparent_power2.mask1 == 0x01) {
+			if (payload.apparent_power2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group1.chan1 * 1000);
+			}
+			if (payload.apparent_power2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group1.chan2 * 1000);
+			}
+			if (payload.apparent_power2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.apparent_power2.mask2 == 0x00) {
+			if (payload.apparent_power2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group2_value * 1000);
+			}
+		}
+		if (payload.apparent_power2.mask2 == 0x01) {
+			if (payload.apparent_power2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group2.chan1 * 1000);
+			}
+			if (payload.apparent_power2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group2.chan2 * 1000);
+			}
+			if (payload.apparent_power2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_power);
+			} else {
+				buffer.writeInt32LE(payload.apparent_power2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0e
+	if ('forward_active_energy1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0e);
+		var bitOptions = 0;
+		bitOptions |= payload.forward_active_energy1.mask1 << 0;
+
+		bitOptions |= payload.forward_active_energy1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.forward_active_energy1.mask1 == 0x00) {
+			if (payload.forward_active_energy1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group1_value * 1000);
+			}
+		}
+		if (payload.forward_active_energy1.mask1 == 0x01) {
+			if (payload.forward_active_energy1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group1.chan1 * 1000);
+			}
+			if (payload.forward_active_energy1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group1.chan2 * 1000);
+			}
+			if (payload.forward_active_energy1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.forward_active_energy1.mask2 == 0x00) {
+			if (payload.forward_active_energy1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group2_value * 1000);
+			}
+		}
+		if (payload.forward_active_energy1.mask2 == 0x01) {
+			if (payload.forward_active_energy1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group2.chan1 * 1000);
+			}
+			if (payload.forward_active_energy1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group2.chan2 * 1000);
+			}
+			if (payload.forward_active_energy1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x0f
+	if ('forward_active_energy2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x0f);
+		var bitOptions = 0;
+		bitOptions |= payload.forward_active_energy2.mask1 << 0;
+
+		bitOptions |= payload.forward_active_energy2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.forward_active_energy2.mask1 == 0x00) {
+			if (payload.forward_active_energy2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group1_value * 1000);
+			}
+		}
+		if (payload.forward_active_energy2.mask1 == 0x01) {
+			if (payload.forward_active_energy2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group1.chan1 * 1000);
+			}
+			if (payload.forward_active_energy2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group1.chan2 * 1000);
+			}
+			if (payload.forward_active_energy2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.forward_active_energy2.mask2 == 0x00) {
+			if (payload.forward_active_energy2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group2_value * 1000);
+			}
+		}
+		if (payload.forward_active_energy2.mask2 == 0x01) {
+			if (payload.forward_active_energy2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group2.chan1 * 1000);
+			}
+			if (payload.forward_active_energy2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group2.chan2 * 1000);
+			}
+			if (payload.forward_active_energy2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_active_energy2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x10
+	if ('reverse_active_energy1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x10);
+		var bitOptions = 0;
+		bitOptions |= payload.reverse_active_energy1.mask1 << 0;
+
+		bitOptions |= payload.reverse_active_energy1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reverse_active_energy1.mask1 == 0x00) {
+			if (payload.reverse_active_energy1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group1_value * 1000);
+			}
+		}
+		if (payload.reverse_active_energy1.mask1 == 0x01) {
+			if (payload.reverse_active_energy1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group1.chan1 * 1000);
+			}
+			if (payload.reverse_active_energy1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group1.chan2 * 1000);
+			}
+			if (payload.reverse_active_energy1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reverse_active_energy1.mask2 == 0x00) {
+			if (payload.reverse_active_energy1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group2_value * 1000);
+			}
+		}
+		if (payload.reverse_active_energy1.mask2 == 0x01) {
+			if (payload.reverse_active_energy1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group2.chan1 * 1000);
+			}
+			if (payload.reverse_active_energy1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group2.chan2 * 1000);
+			}
+			if (payload.reverse_active_energy1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x11
+	if ('reverse_active_energy2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x11);
+		var bitOptions = 0;
+		bitOptions |= payload.reverse_active_energy2.mask1 << 0;
+
+		bitOptions |= payload.reverse_active_energy2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reverse_active_energy2.mask1 == 0x00) {
+			if (payload.reverse_active_energy2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group1_value * 1000);
+			}
+		}
+		if (payload.reverse_active_energy2.mask1 == 0x01) {
+			if (payload.reverse_active_energy2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group1.chan1 * 1000);
+			}
+			if (payload.reverse_active_energy2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group1.chan2 * 1000);
+			}
+			if (payload.reverse_active_energy2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reverse_active_energy2.mask2 == 0x00) {
+			if (payload.reverse_active_energy2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group2_value * 1000);
+			}
+		}
+		if (payload.reverse_active_energy2.mask2 == 0x01) {
+			if (payload.reverse_active_energy2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group2.chan1 * 1000);
+			}
+			if (payload.reverse_active_energy2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group2.chan2 * 1000);
+			}
+			if (payload.reverse_active_energy2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_active_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_active_energy2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x12
+	if ('forward_reactive_energy1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x12);
+		var bitOptions = 0;
+		bitOptions |= payload.forward_reactive_energy1.mask1 << 0;
+
+		bitOptions |= payload.forward_reactive_energy1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.forward_reactive_energy1.mask1 == 0x00) {
+			if (payload.forward_reactive_energy1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group1_value * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy1.mask1 == 0x01) {
+			if (payload.forward_reactive_energy1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group1.chan1 * 1000);
+			}
+			if (payload.forward_reactive_energy1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group1.chan2 * 1000);
+			}
+			if (payload.forward_reactive_energy1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy1.mask2 == 0x00) {
+			if (payload.forward_reactive_energy1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group2_value * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy1.mask2 == 0x01) {
+			if (payload.forward_reactive_energy1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group2.chan1 * 1000);
+			}
+			if (payload.forward_reactive_energy1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group2.chan2 * 1000);
+			}
+			if (payload.forward_reactive_energy1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x13
+	if ('forward_reactive_energy2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x13);
+		var bitOptions = 0;
+		bitOptions |= payload.forward_reactive_energy2.mask1 << 0;
+
+		bitOptions |= payload.forward_reactive_energy2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.forward_reactive_energy2.mask1 == 0x00) {
+			if (payload.forward_reactive_energy2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group1_value * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy2.mask1 == 0x01) {
+			if (payload.forward_reactive_energy2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group1.chan1 * 1000);
+			}
+			if (payload.forward_reactive_energy2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group1.chan2 * 1000);
+			}
+			if (payload.forward_reactive_energy2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy2.mask2 == 0x00) {
+			if (payload.forward_reactive_energy2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group2_value * 1000);
+			}
+		}
+		if (payload.forward_reactive_energy2.mask2 == 0x01) {
+			if (payload.forward_reactive_energy2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group2.chan1 * 1000);
+			}
+			if (payload.forward_reactive_energy2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group2.chan2 * 1000);
+			}
+			if (payload.forward_reactive_energy2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.forward_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.forward_reactive_energy2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x14
+	if ('reverse_reactive_energy1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x14);
+		var bitOptions = 0;
+		bitOptions |= payload.reverse_reactive_energy1.mask1 << 0;
+
+		bitOptions |= payload.reverse_reactive_energy1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reverse_reactive_energy1.mask1 == 0x00) {
+			if (payload.reverse_reactive_energy1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group1_value * 1000);
+			}
+		}
+		if (payload.reverse_reactive_energy1.mask1 == 0x01) {
+			if (payload.reverse_reactive_energy1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group1.chan1 * 1000);
+			}
+			if (payload.reverse_reactive_energy1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group1.chan2 * 1000);
+			}
+			if (payload.reverse_reactive_energy1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reverse_reactive_energy1.mask2 == 0x00) {
+			if (payload.reverse_reactive_energy1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group2_value * 1000);
+			}
+		}
+		if (payload.reverse_reactive_energy1.mask2 == 0x01) {
+			if (payload.reverse_reactive_energy1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group2.chan1 * 1000);
+			}
+			if (payload.reverse_reactive_energy1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group2.chan2 * 1000);
+			}
+			if (payload.reverse_reactive_energy1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x15
+	if ('reverse_reactive_energy2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x15);
+		var bitOptions = 0;
+		bitOptions |= payload.reverse_reactive_energy2.mask1 << 0;
+
+		bitOptions |= payload.reverse_reactive_energy2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.reverse_reactive_energy2.mask1 == 0x00) {
+			if (payload.reverse_reactive_energy2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group1_value * 1000);
+			}
+		}
+		if (payload.reverse_reactive_energy2.mask1 == 0x01) {
+			if (payload.reverse_reactive_energy2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group1.chan1 * 1000);
+			}
+			if (payload.reverse_reactive_energy2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group1.chan2 * 1000);
+			}
+			if (payload.reverse_reactive_energy2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.reverse_reactive_energy2.mask2 == 0x00) {
+			buffer.writeUInt32LE(payload.reverse_reactive_energy2.group2_value * 1000);
+		}
+		if (payload.reverse_reactive_energy2.mask2 == 0x01) {
+			if (payload.reverse_reactive_energy2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group2.chan1 * 1000);
+			}
+			if (payload.reverse_reactive_energy2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group2.chan2 * 1000);
+			}
+			if (payload.reverse_reactive_energy2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.reverse_reactive_energy);
+			} else {
+				buffer.writeUInt32LE(payload.reverse_reactive_energy2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x16
+	if ('apparent_energy1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x16);
+		var bitOptions = 0;
+		bitOptions |= payload.apparent_energy1.mask1 << 0;
+
+		bitOptions |= payload.apparent_energy1.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.apparent_energy1.mask1 == 0x00) {
+			if (payload.apparent_energy1.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group1_value * 1000);
+			}
+		}
+		if (payload.apparent_energy1.mask1 == 0x01) {
+			if (payload.apparent_energy1.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group1.chan1 * 1000);
+			}
+			if (payload.apparent_energy1.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group1.chan2 * 1000);
+			}
+			if (payload.apparent_energy1.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group1.chan3 * 1000);
+			}
+		}
+		if (payload.apparent_energy1.mask2 == 0x00) {
+			if (payload.apparent_energy1.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group2_value * 1000);
+			}
+		}
+		if (payload.apparent_energy1.mask2 == 0x01) {
+			if (payload.apparent_energy1.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group2.chan1 * 1000);
+			}
+			if (payload.apparent_energy1.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group2.chan2 * 1000);
+			}
+			if (payload.apparent_energy1.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy1.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x17
+	if ('apparent_energy2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x17);
+		var bitOptions = 0;
+		bitOptions |= payload.apparent_energy2.mask1 << 0;
+
+		bitOptions |= payload.apparent_energy2.mask2 << 1;
+		buffer.writeUInt8(bitOptions);
+
+		if (payload.apparent_energy2.mask1 == 0x00) {
+			if (payload.apparent_energy2.group1_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group1_value * 1000);
+			}
+		}
+		if (payload.apparent_energy2.mask1 == 0x01) {
+			if (payload.apparent_energy2.group1.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group1.chan1 * 1000);
+			}
+			if (payload.apparent_energy2.group1.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group1.chan2 * 1000);
+			}
+			if (payload.apparent_energy2.group1.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group1.chan3 * 1000);
+			}
+		}
+		if (payload.apparent_energy2.mask2 == 0x00) {
+			if (payload.apparent_energy2.group2_value === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group2_value * 1000);
+			}
+		}
+		if (payload.apparent_energy2.mask2 == 0x01) {
+			if (payload.apparent_energy2.group2.chan1 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group2.chan1 * 1000);
+			}
+			if (payload.apparent_energy2.group2.chan2 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group2.chan2 * 1000);
+			}
+			if (payload.apparent_energy2.group2.chan3 === 'error') {
+				buffer.writeBytes(error_value_map.apparent_energy);
+			} else {
+				buffer.writeUInt32LE(payload.apparent_energy2.group2.chan3 * 1000);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x40
+	if ('history_type' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x40);
+		// 1:month energy, 2:month min, 3:month max
+		buffer.writeUInt8(payload.history_type.type);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x30
+	if ('temperature_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x30);
+		buffer.writeUInt8(payload.temperature_alarm.type);
+		if (payload.temperature_alarm.type == 0x00) {
+		}
+		if (payload.temperature_alarm.type == 0x01) {
+		}
+		if (payload.temperature_alarm.type == 0x02) {
+		}
+		if (payload.temperature_alarm.type == 0x03) {
+		}
+		if (payload.temperature_alarm.type == 0x10) {
+			if (payload.temperature_alarm.lower_range_alarm_deactivation.temperature < -20 || payload.temperature_alarm.lower_range_alarm_deactivation.temperature > 100) {
+				throw new Error('temperature_alarm.lower_range_alarm_deactivation.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.lower_range_alarm_deactivation.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x11) {
+			if (payload.temperature_alarm.lower_range_alarm_trigger.temperature < -20 || payload.temperature_alarm.lower_range_alarm_trigger.temperature > 100) {
+				throw new Error('temperature_alarm.lower_range_alarm_trigger.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.lower_range_alarm_trigger.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x12) {
+			if (payload.temperature_alarm.over_range_alarm_deactivation.temperature < -20 || payload.temperature_alarm.over_range_alarm_deactivation.temperature > 100) {
+				throw new Error('temperature_alarm.over_range_alarm_deactivation.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.over_range_alarm_deactivation.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x13) {
+			if (payload.temperature_alarm.over_range_alarm_trigger.temperature < -20 || payload.temperature_alarm.over_range_alarm_trigger.temperature > 100) {
+				throw new Error('temperature_alarm.over_range_alarm_trigger.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.over_range_alarm_trigger.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x14) {
+			if (payload.temperature_alarm.within_range_alarm_deactivation.temperature < -20 || payload.temperature_alarm.within_range_alarm_deactivation.temperature > 100) {
+				throw new Error('temperature_alarm.within_range_alarm_deactivation.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.within_range_alarm_deactivation.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x15) {
+			if (payload.temperature_alarm.within_range_alarm_trigger.temperature < -20 || payload.temperature_alarm.within_range_alarm_trigger.temperature > 100) {
+				throw new Error('temperature_alarm.within_range_alarm_trigger.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.within_range_alarm_trigger.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x16) {
+			if (payload.temperature_alarm.exceed_range_alarm_deactivation.temperature < -20 || payload.temperature_alarm.exceed_range_alarm_deactivation.temperature > 100) {
+				throw new Error('temperature_alarm.exceed_range_alarm_deactivation.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.exceed_range_alarm_deactivation.temperature * 100);
+		}
+		if (payload.temperature_alarm.type == 0x17) {
+			if (payload.temperature_alarm.exceed_range_alarm_trigger.temperature < -20 || payload.temperature_alarm.exceed_range_alarm_trigger.temperature > 100) {
+				throw new Error('temperature_alarm.exceed_range_alarm_trigger.temperature must be between -20 and 100');
+			}
+			buffer.writeInt16LE(payload.temperature_alarm.exceed_range_alarm_trigger.temperature * 100);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x31
+	if ('current_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x31);
+		if (payload.current_alarm.channel < 0 || payload.current_alarm.channel > 11) {
+			throw new Error('current_alarm.channel must be between 0 and 11');
+		}
+		buffer.writeUInt8(payload.current_alarm.channel);
+		buffer.writeUInt8(payload.current_alarm.info.type);
+		if (payload.current_alarm.info.type == 0x00) {
+		}
+		if (payload.current_alarm.info.type == 0x01) {
+			buffer.writeUInt24LE(payload.current_alarm.info.lower_range_error.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x02) {
+			buffer.writeUInt24LE(payload.current_alarm.info.over_range_error.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x03) {
+		}
+		if (payload.current_alarm.info.type == 0x04) {
+			buffer.writeUInt24LE(payload.current_alarm.info.over_range_release.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x10) {
+			buffer.writeUInt24LE(payload.current_alarm.info.lower_range_alarm_deactivation.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x11) {
+			buffer.writeUInt24LE(payload.current_alarm.info.lower_range_alarm_trigger.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x12) {
+			buffer.writeUInt24LE(payload.current_alarm.info.over_range_alarm_deactivation.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x13) {
+			buffer.writeUInt24LE(payload.current_alarm.info.over_range_alarm_trigger.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x14) {
+			buffer.writeUInt24LE(payload.current_alarm.info.within_range_alarm_deactivation.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x15) {
+			buffer.writeUInt24LE(payload.current_alarm.info.within_range_alarm_trigger.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x16) {
+			buffer.writeUInt24LE(payload.current_alarm.info.exceed_range_alarm_deactivation.current * 100);
+		}
+		if (payload.current_alarm.info.type == 0x17) {
+			buffer.writeUInt24LE(payload.current_alarm.info.exceed_range_alarm_trigger.current * 100);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x32
+	if ('voltage_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x32);
+		if (payload.voltage_alarm.channel < 0 || payload.voltage_alarm.channel > 11) {
+			throw new Error('voltage_alarm.channel must be between 0 and 11');
+		}
+		buffer.writeUInt8(payload.voltage_alarm.channel);
+		buffer.writeUInt8(payload.voltage_alarm.info.type);
+		if (payload.voltage_alarm.info.type == 0x00) {
+		}
+		if (payload.voltage_alarm.info.type == 0x01) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.lower_range_error.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x02) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.over_range_error.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x03) {
+		}
+		if (payload.voltage_alarm.info.type == 0x04) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.over_range_release.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x10) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.lower_range_alarm_deactivation.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x11) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.lower_range_alarm_trigger.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x12) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.over_range_alarm_deactivation.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x13) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.over_range_alarm_trigger.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x14) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.within_range_alarm_deactivation.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x15) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.within_range_alarm_trigger.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x16) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.exceed_range_alarm_deactivation.voltage * 100);
+		}
+		if (payload.voltage_alarm.info.type == 0x17) {
+			buffer.writeUInt16LE(payload.voltage_alarm.info.exceed_range_alarm_trigger.voltage * 100);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x33
+	if ('thdi_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x33);
+		if (payload.thdi_alarm.channel < 0 || payload.thdi_alarm.channel > 11) {
+			throw new Error('thdi_alarm.channel must be between 0 and 11');
+		}
+		buffer.writeUInt8(payload.thdi_alarm.channel);
+		buffer.writeUInt8(payload.thdi_alarm.info.type);
+		if (payload.thdi_alarm.info.type == 0x00) {
+		}
+		if (payload.thdi_alarm.info.type == 0x12) {
+			if (payload.thdi_alarm.info.over_range_alarm_deactivation.thdi === 'error') {
+				buffer.writeBytes(error_value_map.thdi);
+			} else {
+				buffer.writeUInt16LE(payload.thdi_alarm.info.over_range_alarm_deactivation.thdi * 100);
+			}
+		}
+		if (payload.thdi_alarm.info.type == 0x13) {
+			if (payload.thdi_alarm.info.over_range_alarm_trigger.thdi === 'error') {
+				buffer.writeBytes(error_value_map.thdi);
+			} else {
+				buffer.writeUInt16LE(payload.thdi_alarm.info.over_range_alarm_trigger.thdi * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x34
+	if ('thdv_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x34);
+		if (payload.thdv_alarm.channel < 0 || payload.thdv_alarm.channel > 11) {
+			throw new Error('thdv_alarm.channel must be between 0 and 11');
+		}
+		buffer.writeUInt8(payload.thdv_alarm.channel);
+		buffer.writeUInt8(payload.thdv_alarm.info.type);
+		if (payload.thdv_alarm.info.type == 0x00) {
+		}
+		if (payload.thdv_alarm.info.type == 0x12) {
+			if (payload.thdv_alarm.info.over_range_alarm_deactivation.thdv === 'error') {
+				buffer.writeBytes(error_value_map.thdv);
+			} else {
+				buffer.writeUInt16LE(payload.thdv_alarm.info.over_range_alarm_deactivation.thdv * 100);
+			}
+		}
+		if (payload.thdv_alarm.info.type == 0x13) {
+			if (payload.thdv_alarm.info.over_range_alarm_trigger.thdv === 'error') {
+				buffer.writeBytes(error_value_map.thdv);
+			} else {
+				buffer.writeUInt16LE(payload.thdv_alarm.info.over_range_alarm_trigger.thdv * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x35
+	if ('voltage_unbalance_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x35);
+		buffer.writeUInt8(payload.voltage_unbalance_alarm.type);
+		if (payload.voltage_unbalance_alarm.type == 0x00) {
+		}
+		if (payload.voltage_unbalance_alarm.type == 0x12) {
+			if (payload.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance === 'error') {
+				buffer.writeBytes(error_value_map.voltage_three_phase_imbalcance);
+			} else {
+				buffer.writeUInt16LE(payload.voltage_unbalance_alarm.over_range_alarm_deactivation.voltage_unbalance * 100);
+			}
+		}
+		if (payload.voltage_unbalance_alarm.type == 0x13) {
+			if (payload.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance === 'error') {
+				buffer.writeBytes(error_value_map.voltage_three_phase_imbalcance);
+			} else {
+				buffer.writeUInt16LE(payload.voltage_unbalance_alarm.over_range_alarm_trigger.voltage_unbalance * 100);
+			}
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x36
+	if ('power_loss_alarm' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x36);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x60
+	if ('collection_interval' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x60);
+		// 0：second, 1：min
+		buffer.writeUInt8(payload.collection_interval.unit);
+		if (payload.collection_interval.unit == 0x00) {
+			if (payload.collection_interval.seconds_of_time < 10 || payload.collection_interval.seconds_of_time > 64800) {
+				throw new Error('collection_interval.seconds_of_time must be between 10 and 64800');
+			}
+			buffer.writeUInt16LE(payload.collection_interval.seconds_of_time);
+		}
+		if (payload.collection_interval.unit == 0x01) {
+			if (payload.collection_interval.minutes_of_time < 1 || payload.collection_interval.minutes_of_time > 1440) {
+				throw new Error('collection_interval.minutes_of_time must be between 1 and 1440');
+			}
+			buffer.writeUInt16LE(payload.collection_interval.minutes_of_time);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x61
+	if ('reporting_interval' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x61);
+		// 0：second, 1：min
+		buffer.writeUInt8(payload.reporting_interval.unit);
+		if (payload.reporting_interval.unit == 0x00) {
+			if (payload.reporting_interval.seconds_of_time < 10 || payload.reporting_interval.seconds_of_time > 64800) {
+				throw new Error('reporting_interval.seconds_of_time must be between 10 and 64800');
+			}
+			buffer.writeUInt16LE(payload.reporting_interval.seconds_of_time);
+		}
+		if (payload.reporting_interval.unit == 0x01) {
+			if (payload.reporting_interval.minutes_of_time < 1 || payload.reporting_interval.minutes_of_time > 1440) {
+				throw new Error('reporting_interval.minutes_of_time must be between 1 and 1440');
+			}
+			buffer.writeUInt16LE(payload.reporting_interval.minutes_of_time);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xc8
+	if ('device_status' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xc8);
+		// 0：Power Off, 1：Power On
+		buffer.writeUInt8(payload.device_status);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x63
+	if ('temperature_unit' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x63);
+		// 0：℃, 1：℉
+		buffer.writeUInt8(payload.temperature_unit);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x64
+	if ('bluetooth_name' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x64);
+		if (payload.bluetooth_name.length < 1 || payload.bluetooth_name.length > 13) {
+			throw new Error('bluetooth_name.length must be between 1 and 13');
+		}
+		buffer.writeUInt8(payload.bluetooth_name.length);
+		buffer.writeString(payload.bluetooth_name.content, payload.bluetooth_name.length, true);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xc5
+	if ('data_storage_settings' in payload) {
+		var buffer = new Buffer();
+		if (isValid(payload.data_storage_settings.enable)) {
+			buffer.writeUInt8(0xc5);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(0x00);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(payload.data_storage_settings.enable);
+		}
+		if (isValid(payload.data_storage_settings.retransmission_enable)) {
+			buffer.writeUInt8(0xc5);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(0x01);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(payload.data_storage_settings.retransmission_enable);
+		}
+		if (isValid(payload.data_storage_settings.retransmission_interval)) {
+			buffer.writeUInt8(0xc5);
+			buffer.writeUInt8(0x02);
+			if (payload.data_storage_settings.retransmission_interval < 30 || payload.data_storage_settings.retransmission_interval > 1200) {
+				throw new Error('data_storage_settings.retransmission_interval must be between 30 and 1200');
+			}
+			buffer.writeUInt16LE(payload.data_storage_settings.retransmission_interval);
+		}
+		if (isValid(payload.data_storage_settings.retrieval_interval)) {
+			buffer.writeUInt8(0xc5);
+			buffer.writeUInt8(0x03);
+			if (payload.data_storage_settings.retrieval_interval < 30 || payload.data_storage_settings.retrieval_interval > 1200) {
+				throw new Error('data_storage_settings.retrieval_interval must be between 30 and 1200');
+			}
+			buffer.writeUInt16LE(payload.data_storage_settings.retrieval_interval);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x66
+	if ('voltage_interface' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x66);
+		// 0：four_wire, 1：three_wire
+		buffer.writeUInt8(payload.voltage_interface);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x67
+	if ('current_interface1' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x67);
+		// 0：one_phase, 1：three_phase
+		buffer.writeUInt8(payload.current_interface1.type);
+		for (var i = 0; i < payload.current_interface1.config.length; i++) {
+			var config_item = payload.current_interface1.config[i];
+			// 0：forward, 1：reserse
+			buffer.writeUInt8(config_item.direction);
+			buffer.writeUInt16LE(config_item.range);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x68
+	if ('current_interface2' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x68);
+		// 0：one_phase, 1：three_phase
+		buffer.writeUInt8(payload.current_interface2.type);
+		for (var i = 0; i < payload.current_interface2.config.length; i++) {
+			var config_item = payload.current_interface2.config[i];
+			// 0：forward, 1：reserse
+			buffer.writeUInt8(config_item.direction);
+			buffer.writeUInt16LE(config_item.range);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x69
+	if ('current_interface3' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x69);
+		// 0：one_phase, 1：three_phase
+		buffer.writeUInt8(payload.current_interface3.type);
+		for (var i = 0; i < payload.current_interface3.config.length; i++) {
+			var config_item = payload.current_interface3.config[i];
+			// 0：forward, 1：reserse
+			buffer.writeUInt8(config_item.direction);
+			buffer.writeUInt16LE(config_item.range);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x6a
+	if ('current_interface4' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x6a);
+		// 0：one_phase, 1：three_phase
+		buffer.writeUInt8(payload.current_interface4.type);
+		for (var i = 0; i < payload.current_interface4.config.length; i++) {
+			var config_item = payload.current_interface4.config[i];
+			// 0：forward, 1：reserse
+			buffer.writeUInt8(config_item.direction);
+			buffer.writeUInt16LE(config_item.range);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x6b
+	if ('temperature_calibration_settings' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x6b);
+		// 0：disable, 1：enable
+		buffer.writeUInt8(payload.temperature_calibration_settings.enable);
+		if (payload.temperature_calibration_settings.calibration_value < -120 || payload.temperature_calibration_settings.calibration_value > 120) {
+			throw new Error('temperature_calibration_settings.calibration_value must be between -120 and 120');
+		}
+		buffer.writeInt16LE(payload.temperature_calibration_settings.calibration_value * 100);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xc7
+	if ('time_zone' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xc7);
+		buffer.writeInt16LE(payload.time_zone);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xc6
+	if ('daylight_saving_time' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xc6);
+		// 0：disable, 1：enable
+		buffer.writeUInt8(payload.daylight_saving_time.enable);
+		if (payload.daylight_saving_time.daylight_saving_time_offset < 0 || payload.daylight_saving_time.daylight_saving_time_offset > 120) {
+			throw new Error('daylight_saving_time.daylight_saving_time_offset must be between 0 and 120');
+		}
+		buffer.writeUInt8(payload.daylight_saving_time.daylight_saving_time_offset);
+		// 1:Jan., 2:Feb., 3:Mar., 4:Apr., 5:May, 6:Jun., 7:Jul., 8:Aug., 9:Sep., 10:Oct., 11:Nov., 12:Dec.
+		buffer.writeUInt8(payload.daylight_saving_time.start_month);
+		var bitOptions = 0;
+		// 1:1st, 2: 2nd, 3: 3rd, 4: 4th, 5: last
+		bitOptions |= payload.daylight_saving_time.start_week_num << 4;
+
+		// 1：Mon., 2：Tues., 3：Wed., 4：Thurs., 5：Fri., 6：Sat., 7：Sun.
+		bitOptions |= payload.daylight_saving_time.start_week_day << 0;
+		buffer.writeUInt8(bitOptions);
+
+		buffer.writeUInt16LE(payload.daylight_saving_time.start_hour_min);
+		// 1:Jan., 2:Feb., 3:Mar., 4:Apr., 5:May, 6:Jun., 7:Jul., 8:Aug., 9:Sep., 10:Oct., 11:Nov., 12:Dec.
+		buffer.writeUInt8(payload.daylight_saving_time.end_month);
+		var bitOptions = 0;
+		// 1:1st, 2: 2nd, 3: 3rd, 4: 4th, 5: last
+		bitOptions |= payload.daylight_saving_time.end_week_num << 4;
+
+		// 1：Mon., 2：Tues., 3：Wed., 4：Thurs., 5：Fri., 6：Sat., 7：Sun.
+		bitOptions |= payload.daylight_saving_time.end_week_day << 0;
+		buffer.writeUInt8(bitOptions);
+
+		buffer.writeUInt16LE(payload.daylight_saving_time.end_hour_min);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x76
+	if ('temperature_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x76);
+		// 0：disable, 1：enable
+		buffer.writeUInt8(payload.temperature_alarm_settings.enable);
+		// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+		buffer.writeUInt8(payload.temperature_alarm_settings.threshold_condition);
+		if (payload.temperature_alarm_settings.threshold_min < -20 || payload.temperature_alarm_settings.threshold_min > 100) {
+			throw new Error('temperature_alarm_settings.threshold_min must be between -20 and 100');
+		}
+		buffer.writeInt16LE(payload.temperature_alarm_settings.threshold_min * 100);
+		if (payload.temperature_alarm_settings.threshold_max < -20 || payload.temperature_alarm_settings.threshold_max > 100) {
+			throw new Error('temperature_alarm_settings.threshold_max must be between -20 and 100');
+		}
+		buffer.writeInt16LE(payload.temperature_alarm_settings.threshold_max * 100);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x77
+	if ('current_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		for (var current_alarm_settings_id = 0; current_alarm_settings_id < (payload.current_alarm_settings && payload.current_alarm_settings.length); current_alarm_settings_id++) {
+			var current_alarm_settings_item = payload.current_alarm_settings[current_alarm_settings_id];
+			var current_alarm_settings_item_id = current_alarm_settings_item.channel;
+			buffer.writeUInt8(0x77);
+			buffer.writeUInt8(current_alarm_settings_item_id);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(current_alarm_settings_item.enable);
+			// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+			buffer.writeUInt8(current_alarm_settings_item.threshold_condition);
+			if (current_alarm_settings_item.threshold_min < 0 || current_alarm_settings_item.threshold_min > 4000) {
+				throw new Error('threshold_min must be between 0 and 4000');
+			}
+			buffer.writeInt16LE(current_alarm_settings_item.threshold_min);
+			if (current_alarm_settings_item.threshold_max < 0 || current_alarm_settings_item.threshold_max > 4000) {
+				throw new Error('threshold_max must be between 0 and 4000');
+			}
+			buffer.writeInt16LE(current_alarm_settings_item.threshold_max);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x78
+	if ('voltage_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		for (var voltage_alarm_settings_id = 0; voltage_alarm_settings_id < (payload.voltage_alarm_settings && payload.voltage_alarm_settings.length); voltage_alarm_settings_id++) {
+			var voltage_alarm_settings_item = payload.voltage_alarm_settings[voltage_alarm_settings_id];
+			var voltage_alarm_settings_item_id = voltage_alarm_settings_item.channel;
+			buffer.writeUInt8(0x78);
+			buffer.writeUInt8(voltage_alarm_settings_item_id);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(voltage_alarm_settings_item.enable);
+			// 0:disable, 1:condition: x<A, 2:condition: x>B, 3:condition: A≤x≤B, 4:condition: x<A or x>B
+			buffer.writeUInt8(voltage_alarm_settings_item.threshold_condition);
+			if (voltage_alarm_settings_item.threshold_min < 0 || voltage_alarm_settings_item.threshold_min > 500) {
+				throw new Error('threshold_min must be between 0 and 500');
+			}
+			buffer.writeInt16LE(voltage_alarm_settings_item.threshold_min);
+			if (voltage_alarm_settings_item.threshold_max < 0 || voltage_alarm_settings_item.threshold_max > 500) {
+				throw new Error('threshold_max must be between 0 and 500');
+			}
+			buffer.writeInt16LE(voltage_alarm_settings_item.threshold_max);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x79
+	if ('thdi_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		for (var thdi_alarm_settings_id = 0; thdi_alarm_settings_id < (payload.thdi_alarm_settings && payload.thdi_alarm_settings.length); thdi_alarm_settings_id++) {
+			var thdi_alarm_settings_item = payload.thdi_alarm_settings[thdi_alarm_settings_id];
+			var thdi_alarm_settings_item_id = thdi_alarm_settings_item.channel;
+			buffer.writeUInt8(0x79);
+			buffer.writeUInt8(thdi_alarm_settings_item_id);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(thdi_alarm_settings_item.enable);
+			// 0:disable, 2:condition: x>B
+			buffer.writeUInt8(thdi_alarm_settings_item.threshold_condition);
+			if (thdi_alarm_settings_item.threshold_min < 0 || thdi_alarm_settings_item.threshold_min > 100) {
+				throw new Error('threshold_min must be between 0 and 100');
+			}
+			buffer.writeInt16LE(thdi_alarm_settings_item.threshold_min);
+			if (thdi_alarm_settings_item.threshold_max < 1 || thdi_alarm_settings_item.threshold_max > 100) {
+				throw new Error('threshold_max must be between 1 and 100');
+			}
+			buffer.writeInt16LE(thdi_alarm_settings_item.threshold_max);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x7a
+	if ('thdv_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		for (var thdv_alarm_settings_id = 0; thdv_alarm_settings_id < (payload.thdv_alarm_settings && payload.thdv_alarm_settings.length); thdv_alarm_settings_id++) {
+			var thdv_alarm_settings_item = payload.thdv_alarm_settings[thdv_alarm_settings_id];
+			var thdv_alarm_settings_item_id = thdv_alarm_settings_item.channel;
+			buffer.writeUInt8(0x7a);
+			buffer.writeUInt8(thdv_alarm_settings_item_id);
+			// 0：disable, 1：enable
+			buffer.writeUInt8(thdv_alarm_settings_item.enable);
+			// 0:disable, 2:condition: x>B
+			buffer.writeUInt8(thdv_alarm_settings_item.threshold_condition);
+			if (thdv_alarm_settings_item.threshold_min < 0 || thdv_alarm_settings_item.threshold_min > 100) {
+				throw new Error('threshold_min must be between 0 and 100');
+			}
+			buffer.writeInt16LE(thdv_alarm_settings_item.threshold_min);
+			if (thdv_alarm_settings_item.threshold_max < 1 || thdv_alarm_settings_item.threshold_max > 100) {
+				throw new Error('threshold_max must be between 1 and 100');
+			}
+			buffer.writeInt16LE(thdv_alarm_settings_item.threshold_max);
+		}
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x7b
+	if ('voltage_unbalance_alarm_settings' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x7b);
+		// 0：disable, 1：enable
+		buffer.writeUInt8(payload.voltage_unbalance_alarm_settings.enable);
+		// 0:disable, 2:condition: x>B
+		buffer.writeUInt8(payload.voltage_unbalance_alarm_settings.threshold_condition);
+		if (payload.voltage_unbalance_alarm_settings.threshold_min < 0 || payload.voltage_unbalance_alarm_settings.threshold_min > 100) {
+			throw new Error('voltage_unbalance_alarm_settings.threshold_min must be between 0 and 100');
+		}
+		buffer.writeInt16LE(payload.voltage_unbalance_alarm_settings.threshold_min);
+		if (payload.voltage_unbalance_alarm_settings.threshold_max < 1 || payload.voltage_unbalance_alarm_settings.threshold_max > 100) {
+			throw new Error('voltage_unbalance_alarm_settings.threshold_max must be between 1 and 100');
+		}
+		buffer.writeInt16LE(payload.voltage_unbalance_alarm_settings.threshold_max);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x7c
+	if ('alarm_global_settings' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x7c);
+		if (payload.alarm_global_settings.interval < 1 || payload.alarm_global_settings.interval > 1440) {
+			throw new Error('alarm_global_settings.interval must be between 1 and 1440');
+		}
+		buffer.writeUInt16LE(payload.alarm_global_settings.interval);
+		if (payload.alarm_global_settings.times < 1 || payload.alarm_global_settings.times > 1000) {
+			throw new Error('alarm_global_settings.times must be between 1 and 1000');
+		}
+		buffer.writeUInt16LE(payload.alarm_global_settings.times);
+		// 0：disable, 1：enable
+		buffer.writeUInt8(payload.alarm_global_settings.release_enable);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x6d
+	if ('month_statistics_settings' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x6d);
+		if (payload.month_statistics_settings.day < 1 || payload.month_statistics_settings.day > 28) {
+			throw new Error('month_statistics_settings.day must be between 1 and 28');
+		}
+		buffer.writeUInt8(payload.month_statistics_settings.day);
+		if (payload.month_statistics_settings.hour < 0 || payload.month_statistics_settings.hour > 23) {
+			throw new Error('month_statistics_settings.hour must be between 0 and 23');
+		}
+		buffer.writeUInt8(payload.month_statistics_settings.hour);
+		if (payload.month_statistics_settings.minute < 0 || payload.month_statistics_settings.minute > 59) {
+			throw new Error('month_statistics_settings.minute must be between 0 and 59');
+		}
+		buffer.writeUInt8(payload.month_statistics_settings.minute);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x6c
+	if ('report_enable' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x6c);
+		var bitOptions = 0;
+		bitOptions |= payload.report_enable.temperature << 0;
+
+		bitOptions |= payload.report_enable.current << 1;
+
+		bitOptions |= payload.report_enable.voltage << 2;
+
+		bitOptions |= payload.report_enable.power_factor << 3;
+
+		bitOptions |= payload.report_enable.active_power << 4;
+
+		bitOptions |= payload.report_enable.reactive_power << 5;
+
+		bitOptions |= payload.report_enable.apparent_power << 6;
+
+		bitOptions |= payload.report_enable.forward_active_energy << 7;
+
+		bitOptions |= payload.report_enable.reverse_active_energy << 8;
+
+		bitOptions |= payload.report_enable.forward_reactive_energy << 9;
+
+		bitOptions |= payload.report_enable.reverse_reactive_energy << 10;
+
+		bitOptions |= payload.report_enable.apparent_energy << 11;
+
+		bitOptions |= payload.report_enable.thdi << 12;
+
+		bitOptions |= payload.report_enable.thdv << 13;
+
+		bitOptions |= payload.report_enable.voltage_unbalance << 14;
+		buffer.writeUInt16LE(bitOptions);
+
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xbf
+	if ('reset' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xbf);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xbe
+	if ('reboot' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xbe);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x5d
+	if ('stop_historical_data_retrieval' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x5d);
+		// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+		buffer.writeUInt8(payload.stop_historical_data_retrieval.type);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x5b
+	if ('retrieve_historical_data_by_time' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x5b);
+		// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+		buffer.writeUInt8(payload.retrieve_historical_data_by_time.type);
+		buffer.writeUInt32LE(payload.retrieve_historical_data_by_time.time);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x5c
+	if ('retrieve_historical_data_by_time_range' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x5c);
+		// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+		buffer.writeUInt8(payload.retrieve_historical_data_by_time_range.type);
+		buffer.writeUInt32LE(payload.retrieve_historical_data_by_time_range.start_time);
+		buffer.writeUInt32LE(payload.retrieve_historical_data_by_time_range.end_time);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xb9
+	if ('query_device_status' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xb9);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xb8
+	if ('synchronize_time' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xb8);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xb7
+	if ('set_time' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xb7);
+		buffer.writeUInt32LE(payload.set_time.timestamp);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0xb6
+	if ('reconnect' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0xb6);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x5f
+	if ('reset_energy' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x5f);
+		if (payload.reset_energy.channel < 0 || payload.reset_energy.channel > 12) {
+			throw new Error('reset_energy.channel must be between 0 and 12');
+		}
+		buffer.writeUInt8(payload.reset_energy.channel);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x5e
+	if ('clear_data' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x5e);
+		// 0：alarm data, 1：period data, 2：month energy data, 3：month min_max data
+		buffer.writeUInt8(payload.clear_data.type);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	//0x57
+	if ('query_history_set' in payload) {
+		var buffer = new Buffer();
+		buffer.writeUInt8(0x57);
+		encoded = encoded.concat(buffer.toBytes());
+	}
+	return encoded;
+}
+
+function Buffer() {
+	this.buffer = new Array();
+}
+
+Buffer.prototype._write = function(value, byteLength, isLittleEndian) {
+	value = Math.round(value);
+	var offset = 0;
+	for (var index = 0; index < byteLength; index++) {
+		offset = isLittleEndian ? index << 3 : (byteLength - 1 - index) << 3;
+		this.buffer.push((value >> offset) & 0xff);
+	}
+};
+
+Buffer.prototype.writeUInt8 = function(value) {
+	this._write(value, 1, true);
+};
+
+Buffer.prototype.writeInt8 = function(value) {
+	this._write(value < 0 ? value + 0x100 : value, 1, true);
+};
+
+Buffer.prototype.writeUInt16LE = function(value) {
+	this._write(value, 2, true);
+};
+
+Buffer.prototype.writeInt16LE = function(value) {
+	this._write(value < 0 ? value + 0x10000 : value, 2, true);
+};
+
+Buffer.prototype.writeUInt24LE = function(value) {
+    this._write(value, 3, true);
+};
+
+Buffer.prototype.writeInt24LE = function(value) {
+    this._write(value < 0 ? value + 0x1000000 : value, 3, true);
+};
+
+Buffer.prototype.writeUInt32LE = function(value) {
+	this._write(value, 4, true);
+};
+
+Buffer.prototype.writeInt32LE = function(value) {
+	this._write(value < 0 ? value + 0x100000000 : value, 4, true);
+};
+
+Buffer.prototype.writeBytes = function(bytes, length, mustEqual) {
+	if (mustEqual === undefined) mustEqual = false;
+	if (length < bytes.length) {
+		throw new Error('bytes length is greater than length');
+	}
+	if (mustEqual && bytes.length != length) {
+		throw new Error('bytes length is not equal to length');
+	}
+
+	for (var i = 0; i < bytes.length; i++) {
+		this.buffer.push(bytes[i]);
+	}
+
+	if (length > bytes.length) {
+		for (var i = bytes.length; i < length; i++) {
+			this.buffer.push(0);
+		}
+	}
+};
+
+Buffer.prototype.writeHexString = function(hexString, length, mustEqual) {
+	if (mustEqual === undefined) mustEqual = false;
+	var bytes = [];
+	for (var i = 0; i < hexString.length; i += 2) {
+		bytes.push(parseInt(hexString.substr(i, 2), 16));
+	}
+	if (mustEqual && bytes.length != length) {
+		throw new Error('hex string length is not equal to length');
+	}
+	this.writeBytes(bytes, length);
+};
+
+Buffer.prototype.writeString = function(str, length, mustEqual) {
+	if (mustEqual === undefined) mustEqual = false;
+	var bytes = encodeUtf8(str);
+	if (mustEqual && bytes.length != length) {
+		throw new Error('string length is not equal to length');
+	}
+	this.writeBytes(bytes, length);
+};
+
+Buffer.prototype.writeUnknownDataType = function(val) {
+	throw new Error('Unknown data type encountered. Please Contact Developer.');
+};
+
+Buffer.prototype.writeHexStringReverse = function(hexString, length, mustEqual) {
+	if (mustEqual === undefined) mustEqual = false;
+	var bytes = [];
+	for (var i = hexString.length - 2; i >= 0; i -= 2) {
+		bytes.push(parseInt(hexString.substr(i, 2), 16));
+	}
+	if (mustEqual && bytes.length != length) {
+		throw new Error('hex string length is not equal to length');
+	}
+	this.writeBytes(bytes, length);
+};
+
+Buffer.prototype.toBytes = function() {
+	return this.buffer;
+};
+
+function encodeUtf8(str) {
+	var byteArray = [];
+	for (var i = 0; i < str.length; i++) {
+		var charCode = str.charCodeAt(i);
+		if (charCode < 0x80) {
+			byteArray.push(charCode);
+		} else if (charCode < 0x800) {
+			byteArray.push(0xc0 | (charCode >> 6));
+			byteArray.push(0x80 | (charCode & 0x3f));
+		} else if (charCode < 0x10000) {
+			byteArray.push(0xe0 | (charCode >> 12));
+			byteArray.push(0x80 | ((charCode >> 6) & 0x3f));
+			byteArray.push(0x80 | (charCode & 0x3f));
+		} else if (charCode < 0x200000) {
+			byteArray.push(0xf0 | (charCode >> 18));
+			byteArray.push(0x80 | ((charCode >> 12) & 0x3f));
+			byteArray.push(0x80 | ((charCode >> 6) & 0x3f));
+			byteArray.push(0x80 | (charCode & 0x3f));
+		}
+	}
+	return byteArray;
+}
+
+function isValid(value) {
+	return value !== undefined && value !== null && value !== '';
+}
+
+
+function cmdMap() {
+	return {
+		  "request_check_sequence_number": "ff",
+		  "request_check_order": "fe",
+		  "request_command_queries": "ef",
+		  "request_query_all_configurations": "ee",
+		  "historical_data_report": "ed",
+		  "lorawan_configuration_settings": "cf",
+		  "lorawan_configuration_settings.version": "cfd8",
+		  "tsl_version": "df",
+		  "product_name": "de",
+		  "product_pn": "dd",
+		  "product_sn": "db",
+		  "version": "da",
+		  "oem_id": "d9",
+		  "product_frequency_band": "d8",
+		  "device_info": "d7",
+		  "temperature": "01",
+		  "voltage_three_phase_imbalcance": "02",
+		  "thdi": "03",
+		  "thdi._item": "03xx",
+		  "thdv": "04",
+		  "thdv._item": "04xx",
+		  "current": "05",
+		  "current._item": "05xx",
+		  "voltage": "06",
+		  "voltage._item": "06xx",
+		  "power_factor": "07",
+		  "active_power1": "08",
+		  "active_power2": "09",
+		  "reactive_power1": "0a",
+		  "reactive_power2": "0b",
+		  "apparent_power1": "0c",
+		  "apparent_power2": "0d",
+		  "forward_active_energy1": "0e",
+		  "forward_active_energy2": "0f",
+		  "reverse_active_energy1": "10",
+		  "reverse_active_energy2": "11",
+		  "forward_reactive_energy1": "12",
+		  "forward_reactive_energy2": "13",
+		  "reverse_reactive_energy1": "14",
+		  "reverse_reactive_energy2": "15",
+		  "apparent_energy1": "16",
+		  "apparent_energy2": "17",
+		  "history_type": "40",
+		  "temperature_alarm": "30",
+		  "current_alarm": "31",
+		  "voltage_alarm": "32",
+		  "thdi_alarm": "33",
+		  "thdv_alarm": "34",
+		  "voltage_unbalance_alarm": "35",
+		  "power_loss_alarm": "36",
+		  "collection_interval": "60",
+		  "reporting_interval": "61",
+		  "device_status": "c8",
+		  "temperature_unit": "63",
+		  "bluetooth_name": "64",
+		  "data_storage_settings": "c5",
+		  "data_storage_settings.enable": "c500",
+		  "data_storage_settings.retransmission_enable": "c501",
+		  "data_storage_settings.retransmission_interval": "c502",
+		  "data_storage_settings.retrieval_interval": "c503",
+		  "voltage_interface": "66",
+		  "current_interface1": "67",
+		  "current_interface1.config._item": "undefinedxx",
+		  "current_interface2": "68",
+		  "current_interface2.config._item": "undefinedxx",
+		  "current_interface3": "69",
+		  "current_interface3.config._item": "undefinedxx",
+		  "current_interface4": "6a",
+		  "current_interface4.config._item": "undefinedxx",
+		  "temperature_calibration_settings": "6b",
+		  "time_zone": "c7",
+		  "daylight_saving_time": "c6",
+		  "temperature_alarm_settings": "76",
+		  "current_alarm_settings": "77",
+		  "current_alarm_settings._item": "77xx",
+		  "voltage_alarm_settings": "78",
+		  "voltage_alarm_settings._item": "78xx",
+		  "thdi_alarm_settings": "79",
+		  "thdi_alarm_settings._item": "79xx",
+		  "thdv_alarm_settings": "7a",
+		  "thdv_alarm_settings._item": "7axx",
+		  "voltage_unbalance_alarm_settings": "7b",
+		  "alarm_global_settings": "7c",
+		  "month_statistics_settings": "6d",
+		  "report_enable": "6c",
+		  "reset": "bf",
+		  "reboot": "be",
+		  "stop_historical_data_retrieval": "5d",
+		  "retrieve_historical_data_by_time": "5b",
+		  "retrieve_historical_data_by_time_range": "5c",
+		  "query_device_status": "b9",
+		  "synchronize_time": "b8",
+		  "set_time": "b7",
+		  "reconnect": "b6",
+		  "reset_energy": "5f",
+		  "clear_data": "5e",
+		  "query_history_set": "57"
+	};
+}
\ No newline at end of file
diff --git a/vendors/milesight-iot/devices.json b/vendors/milesight-iot/devices.json
index f5a908e..7ac04bb 100644
--- a/vendors/milesight-iot/devices.json
+++ b/vendors/milesight-iot/devices.json
@@ -1793,6 +1793,34 @@
             "decoder_script": "vendors/milesight-iot/wt-series/wt401/wt401-decoder.js",
             "encoder_script": "vendors/milesight-iot/wt-series/wt401/wt401-encoder.js",
             "ipso_version": "v2"
+        },
+        {
+            "id": "cth01",
+            "name": "CTH01",
+            "description": "Intelligent power monitoring terminal",
+            "catalog": "cth",
+            "sn": "6637",
+            "pn": ["000"],
+            "deveui": "24e124637",
+            "device_profile": ["ClassC-OTAA"],
+            "codec": "vendors/milesight-iot/cth-series/cth01/cth01-codec.json",
+            "decoder_script": "vendors/milesight-iot/cth-series/cth01/cth01-decoder.js",
+            "encoder_script": "vendors/milesight-iot/cth-series/cth01/cth01-encoder.js",
+            "ipso_version": "v2"
+        },
+        {
+            "id": "cth01_compress",
+            "name": "CTH01 Compress",
+            "description": "Intelligent power monitoring terminal",
+            "catalog": "cth",
+            "sn": "6637",
+            "pn": ["000"],
+            "deveui": "24e124637",
+            "device_profile": ["ClassC-OTAA"],
+            "codec": "vendors/milesight-iot/cth-series/cth01-compress/cth01-compress-codec.json",
+            "decoder_script": "vendors/milesight-iot/cth-series/cth01-compress/cth01-compress-decoder.js",
+            "encoder_script": "vendors/milesight-iot/cth-series/cth01-compress/cth01-compress-encoder.js",
+            "ipso_version": "v2"
         }
     ]
 }

From bf8566302136f8bd9160b91a5e8d62dc1b7ce7da Mon Sep 17 00:00:00 2001
From: yaowc <yaowc@milesight.com>
Date: Mon, 30 Mar 2026 13:40:08 +0800
Subject: [PATCH 2/2] chore: update version

---
 version.json | 4 ++--
 1 file changed, 2 insertions(+), 2 deletions(-)

diff --git a/version.json b/version.json
index a2288fd..ede36b1 100644
--- a/version.json
+++ b/version.json
@@ -1,6 +1,6 @@
 {
-    "date": "2026-03-13",
-    "version": "1.5.31",
+    "date": "2026-03-30",
+    "version": "1.5.32",
     "vendors": "vendors.json",
     "link": "https://github.com/Milesight-IoT/codec/archive/refs/heads/release.zip"
 }