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Updated to_studio and create_input files #37

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53 changes: 41 additions & 12 deletions Pgraph/Pgraph.py
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Original file line number Diff line number Diff line change
Expand Up @@ -114,7 +114,7 @@ def plot_problem(self,figsize=(5,10),padding=0.25,titlepos=0.95,rescale=2,box=Tr
ax.set_title("Original Problem ",y=titlepos)
return ax

def create_solver_input(self,path=None):
def create_solver_input(self,path=None,**additional_arguments):
'''
create_solver_input()

Expand All @@ -123,9 +123,16 @@ def create_solver_input(self,path=None):

Arguments
path: (string) Path of folder to generate the input file in (does not fontain file name, only folder location). If None, then the default library installation path will be used.
additional_argunments: (object or list of objects) Used to define additional data that needs to be put at the end of the P-graph solver input file
"max_capacity"= Maximum default capacity of units (O-type nodes)
"max_flowrate_upper_bound"= Maximum default value for upper bound in M-type nodes

'''
default_max_value=1000000000
max_capacity= str(additional_arguments["max_capacity"]) if "max_capacity" in additional_arguments.keys() else default_max_value
max_material_flowrate_upperbound= str(additional_arguments["max_flowrate_upper_bound"]) if "max_flowrate_upper_bound" in additional_arguments.keys() else default_max_value


G=self.G
ME=self.ME
if path==None:
Expand All @@ -143,10 +150,10 @@ def create_solver_input(self,path=None):
'defaults:','\n',
'material_type=raw_material','\n',
'material_flow_rate_lower_bound=0','\n',
'material_flow_rate_upper_bound=10000000','\n',
'material_flow_rate_upper_bound={}'.format(max_material_flowrate_upperbound),'\n',
'material_price=0','\n',
'operating_unit_capacity_lower_bound=0','\n',
'operating_unit_capacity_upper_bound=10000000','\n',
'operating_unit_capacity_upper_bound={}'.format(max_capacity),'\n',
'operating_unit_fix_cost=0','\n',
'operating_unit_proportional_cost=0','\n',
'\n',
Expand Down Expand Up @@ -663,7 +670,7 @@ def plot_solution(self,sol_num=0,figsize=(5,10),padding=0.25,titlepos=0.95,resca

return ax

def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False,**additional_params):
'''
to_studio(path=None,file_name="studio_file.pgsx",verbose=False)

Expand All @@ -674,7 +681,17 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
path: (string)(optional) Path of the expected output file. Default path is the directory of the file.
file_name: (string)(optional) Name of the file. Default is "studio_file.pgsx"
verbose: (boolean) Whether to print the content of the file.

additional_params: Arbitrary named arguments. Each will be forwarded to the solver executable. Example: option="value" will be forwarded as --option "value".
Dictiionary to pass additional features into P-graph studio:
"payout_period": (In progress)
"money_units" : Monetary units to be shown
"color_nodes": Color of nodes to be shown in P-graph Studio as dictionary of integer codes of color
color_nodes[node]=Int code of color
"color_edges":Color of edges to be shown in P-graph Studio as dictionary of integer codes of color
color_edges[(e1,e2)]=Int code of color
"max_capacity"= Maximum default capacity of units (O-type nodes)
"max_flowrate_upper_bound"= Maximum default value for upper bound in M-type nodes

'''

G=self.G
Expand All @@ -698,13 +715,15 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):

#Default
Default=etree.SubElement(PGraph,"Default")

default_max_capacity="1000000000"
default_payout_period="10"

##Default Material
Def_Material=etree.SubElement(Default,"Material")
DM_FRLB=etree.SubElement(Def_Material,"FlowRateLowerBound")
DM_FRLB.text="0"
DM_FRUP=etree.SubElement(Def_Material,"FlowRateUpperBound")
DM_FRUP.text="1000000000"
DM_FRUP.text=str(additional_params["max_flowrate_upper_bound"]) if "max_flowrate_upper_bound" in additional_params.keys() else default_max_capacity
DM_Price=etree.SubElement(Def_Material,"Price")
DM_Price.text="0"
DM_Type=etree.SubElement(Def_Material,"Type")
Expand Down Expand Up @@ -734,9 +753,9 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
DO_CLB=etree.SubElement(Def_Op,"CapacityLowerBound")
DO_CLB.text="0"
DO_CUB=etree.SubElement(Def_Op,"CapacityUpperBound")
DO_CUB.text="1000000000"
DO_CUB.text=str(additional_params["max_capacity"]) if "max_capacity" in additional_params.keys() else default_max_capacity
DO_PP=etree.SubElement(Def_Op,"PaybackPeriod")
DO_PP.text="10"
DO_PP.text=str(additional_params["payout_period"]) if "payout_period" in additional_params.keys() else default_payout_period
DO_WHPY=etree.SubElement(Def_Op,"WorkingHoursPerYear")
DO_WHPY.text="8000"
DO_FOT=etree.SubElement(Def_Op,"FixOperTime")
Expand Down Expand Up @@ -764,7 +783,9 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
DQ_QT=etree.SubElement(Def_Q,"quant_type")
DQ_QT.text="Mass"
DQ_MM=etree.SubElement(Def_Q,"money_mu")
DQ_MM.text="EUR"
DQ_MM.text=str(additional_params["money_units"]) if "money_units" in additional_params.keys() else "EUR"



## SolverParameter
DEF_SP=etree.SubElement(Default,"SolverParameter")
Expand All @@ -778,6 +799,10 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
DS_TCLB.text="-1000000000"
DS_TCUB=etree.SubElement(DEF_SP,"TotalCostUpperBound")
DS_TCUB.text="1000000000"

#Color_nodes
color_nodes= additional_params["color_nodes"] if "color_nodes" in additional_params.keys() else dict()
color_edges= additional_params["color_edges"] if "color_edges" in additional_params.keys() else dict()

# Materials
Materials=etree.SubElement(PGraph,"Materials")
Expand Down Expand Up @@ -816,6 +841,8 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
etree.SubElement(MPar_list[-1],'Parameter',attrib={"Name":"measurementunit", "Prefix":"Measurement unit: ", "Value":"gram (g)", "Visible":"false"})

etree.SubElement(Mats_list[-1], 'Label',attrib={"Text":G.nodes()[n]["names"]})
if n in color_nodes.keys():
node_color=etree.SubElement(Mats_list[-1],"Color").text=str(color_nodes[n])
# Edges
Edges=etree.SubElement(PGraph,"Edges")

Expand Down Expand Up @@ -843,7 +870,7 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
Y_list[-1].text="0"
etree.SubElement(label_list[-1],"FontSize").text="-1"
etree.SubElement(label_list[-1],"Color").text="-16777216"
etree.SubElement(edge_list[-1],'Color').text="-16777216"
etree.SubElement(edge_list[-1],'Color').text=str(color_edges[(e[0],e[1])]) if (e[0],e[1]) in color_edges.keys() else "-16777216"
etree.SubElement(edge_list[-1],'LongFormat').text="false"
etree.SubElement(edge_list[-1],'Comment') #hanging
etree.SubElement(edge_list[-1],'CommentVisible').text="false"
Expand All @@ -863,7 +890,7 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
Y_list[-1].text="0"
etree.SubElement(label_list[-1],"FontSize").text="-1"
etree.SubElement(label_list[-1],"Color").text="-16777216"
etree.SubElement(edge_list[-1],'Color').text="-16777216"
etree.SubElement(edge_list[-1],'Color').text=str(color_edges[(f[0],f[1])]) if (f[0],f[1]) in color_edges.keys() else "-16777216"
etree.SubElement(edge_list[-1],'LongFormat').text="false"
etree.SubElement(edge_list[-1],'Comment') #hanging
etree.SubElement(edge_list[-1],'CommentVisible').text="false"
Expand Down Expand Up @@ -907,6 +934,8 @@ def to_studio(self, path=None,file_name="studio_file.pgsx",verbose=False):
etree.SubElement(OPar_list[-1],'Parameter',attrib={"Name":"payoutperiod", "Prefix":"Payout Period: ", "Value":"-1", "Visible":"false"})

etree.SubElement(opu_list[-1], 'Label',attrib={"Text":G.nodes()[n]["names"]})
if n in color_nodes.keys():
node_color=etree.SubElement(opu_list[-1],"Color").text=str(color_nodes[n])
# MutualExclusions
MutualExclusions=etree.SubElement(PGraph,"MutualExclusions")

Expand Down