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Graph.cpp
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856 lines (555 loc) · 19.4 KB
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#include <iostream>
#include "ccc_win.h"
#include <cmath>
#include <sstream>
using namespace std;
float L1=-10;
float L2= 10;
double pi = 3.141592654;
double e = 2.718281828 ;
void axis(void)
{
cwin << Message ( Point ( -10 , -9.5 ), "Ehab AlBadawy");
cwin << Line ( Point (10,0) , Point(-10,0));//X axis
cwin << Line ( Point (0,10) , Point(0,-10));//Y axis
for (int i = L1 ; i <= L2 ; i++ )
{
if ( i == 0 ) continue;
cwin << Line ( Point (i,.1) , Point(i,-.1));//for X axis
cwin << Line ( Point (.1,i) , Point(-.1,i));//for Y axis
cwin << Message ( Point (i,0) , i ); //for X axis
cwin << Message ( Point (0,i) , i ); //for Y axis
for ( int n = L1 ; n <= L2 ; n++ )
{
cwin << Line ( Point (i,n) , Point(i, n + .08 ));
}
}
}
void table (void)
{
cwin << Message ( Point ( -10 , -9.5 ), "Ehab AlBadawy");
cwin << Line ( Point ( -4.5 , 6 ) , Point ( 4.5 , 6 ) ) ;
cwin << Line ( Point ( -4.5 , 5 ) , Point ( 4.5 , 5 ) ) ;
cwin << Line ( Point ( -4.5 , 3 ) , Point ( 4.5 , 3 ) ) ;
cwin << Line ( Point ( -4.5 , 1 ) , Point ( 4.5 , 1 ) ) ;
cwin << Line ( Point ( -4.5 ,-1 ) , Point ( 4.5 ,-1 ) ) ;
cwin << Line ( Point ( -4.5 ,-3 ) , Point ( 4.5 ,-3 ) ) ;
cwin << Line ( Point ( -4.5 ,-5 ) , Point ( 4.5 ,-5 ) ) ;
cwin << Line ( Point ( -4.5 , 6 ) , Point ( -4.5 , -5 ) ) ;
cwin << Line ( Point ( -1.5 , 5 ) , Point ( -1.5 , -5 ) ) ;
cwin << Line ( Point ( 1.5 , 5 ) , Point ( 1.5 , -3 ) ) ;
cwin << Line ( Point ( 4.5 , 6 ) , Point ( 4.5 , -5 ) ) ;
cwin << Message ( Point ( -3.4 , 4.2 ) , "sin");
cwin << Message ( Point ( -3.6 , 2.2 ) , "sin^-1");
cwin << Message ( Point ( -3.4 , 0.2 ) , "sinh");
cwin << Message ( Point ( -.4 , 4.2 ) , "cos");
cwin << Message ( Point ( -.6 , 2.2 ) , "cos^-1");
cwin << Message ( Point ( -.4 , 0.2 ) , "cosh");
cwin << Message ( Point ( 2.9 , 4.2 ) , "tan");
cwin << Message ( Point ( 2.8 , 2.2 ) , "tan^-1");
cwin << Message ( Point ( 2.9 , 0.2 ) , "tanh");
cwin << Message ( Point ( -3.15 , -1.7 ) , "ln");
cwin << Message ( Point ( -.4 , -1.7) , "log");
cwin << Message ( Point ( 2.9 , -1.7) , "exp");
cwin << Message ( Point ( -3.1 , -3.7 ) , "x");
cwin << Message ( Point ( 1, -3.7) , "graph");
}
float stringToFloat(std::string str)
{
std::string::size_type sz;
float n = std::stof (str,&sz);
return n;
}
string floatToString(float x)
{
stringstream ss (stringstream::in | stringstream::out);
ss << x ;
string str = ss.str();
return str;
}
int ccc_win_main()
{ while(1){
cwin.clear();
table();
string fx = "F(x) = " ;
string str_sin = " sin(x)";
string str_sinh = " sinh(x)";
string str_asin = " sin^-1(x)";
string str_cos = " cos(x)";
string str_cosh = " cosh(x)";
string str_acos = " cos^-1(x)";
string str_tan = " tan(x)";
string str_tanh = " tanh(x)";
string str_atan = " tan^-1(x)";
string str_log = " log(x)";
string str_ln = " ln(x)";
string str_exp = " exp(x)";
string str_x = " x";
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -4.5 && xp1 < -1.5 && yp1 > -5 && yp1 < -3 )
{
//x
float x1, y1, m, n;
fx += str_x ;
cwin << Message ( Point ( -4.3 , 5.7) , fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> ( x^m + x1 )^n + y1" );
m = cwin.get_double("m = ");
x1 = cwin.get_double("x1 = ");
n = cwin.get_double("n = ");
y1 = cwin.get_double("y1 = ");
string str_m = floatToString(m);
string str_x1 = floatToString(x1);
string str_n = floatToString(n);
string str_y1 = floatToString(y1);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = ( x^" + str_m + " + " + str_x1 + " )^" + str_n + " + " + str_y1);
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = ( x^" + str_m + " + " + str_x1 + " )^" + str_n + " + " + str_y1);
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float yx = pow((pow(x,m)+x1),n) + y1 ;
cwin << Line ( Point ( x , yx ) , Point( ( x + .09 ) , ( yx + .001 ) ));
}
}
else if(xp1 > -4.5 && xp1 < -1.5 && yp1 > 3 && yp1 < 5)
{
//sin
float k, m, n , L;
fx += str_sin ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> sin^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = sin^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = sin^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = sin (pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -4.5 && xp1 < -1.5 && yp1 > 1 && yp1 < 3 )
{
//sin-1
float k, m, n , L;
fx += str_asin ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> sin-1^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = sin-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = sin-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = asin (pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -4.5 && xp1 < -1.5 && yp1 > -1 && yp1 < 1 )
{
//sinh
float k, m, n , L;
fx += str_sinh ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> sinh^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = sinh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = sinh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = sinh (pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -1.5 && xp1 < 1.5 && yp1 > 3 && yp1 < 5 )
{
//cos
float k, m, n , L;
fx += str_cos ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> cos^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = cos^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = cos^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = cos(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -1.5 && xp1 < 1.5 && yp1 > 1 && yp1 < 3 )
{
//cos-1
float k, m, n , L;
fx += str_acos ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> cos-1^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = cos-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = cos-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = acos(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -1.5 && xp1 < 1.5 && yp1 > -1 && yp1 < 1 )
{
//cosh
float k, m, n , L;
fx += str_cosh ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> cosh^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = cosh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = cosh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin = cosh(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > 1.5 && xp1 < 4.5 && yp1 > 3 && yp1 < 5 )
{
//tan
float k, m, n , L;
fx += str_tan ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> tan^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = tan^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = tan^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin =tan(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > 1.5 && xp1 < 4.5 && yp1 > 1 && yp1 < 3 )
{
//tan-1
float k, m, n , L;
fx += str_atan ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> tan-1^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = tan-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = tan-1^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin =atan(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > 1.5 && xp1 < 4.5 && yp1 > -1 && yp1 < 1 )
{
//tanh
float k, m, n , L;
fx += str_tanh ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> tanh^n( ( x^m + k )^L )" );
n = cwin.get_double("n = ");
m = cwin.get_double("m = ");
k= cwin.get_double("k = ");
L = cwin.get_double("L = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
string str_L = floatToString(L);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = tanh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) , "F(x) = tanh^"+str_n+"( ( x^"+str_m+" + "+str_k+" )^"+str_L+" )");
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ysin =tanh(pow((pow(x,m)+k),n));
cwin << Line ( Point ( x , ysin ) , Point( ( x + .09 ) , ( ysin + .001 ) ));
}
}
else if(xp1 > -4.5 && xp1 < -1.5 && yp1 > -3 && yp1 < -1 )
{
//ln
float k, m, n , L;
fx += str_ln ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> (ln( x^m - k ))^n" );
m = cwin.get_double("m = ");
k = cwin.get_double("k = ");
n= cwin.get_double("n = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = (ln( x^"+str_m+" - "+str_k+" ))^"+str_n );
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) ,"F(x) = (ln( x^"+str_m+" - "+str_k+" ))^"+str_n);
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float yln =pow(log(pow(x,m)+k),n);
cwin << Line ( Point ( x , yln ) , Point( ( x + .09 ) , ( yln + .001 ) ));
}
}
else if(xp1 > -1.5 && xp1 < 1.5 && yp1 > -3 && yp1 < 1 )
{
//log
float k, m, n , L;
fx += str_log ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> (log( x^m - k ))^n" );
m = cwin.get_double("m = ");
k = cwin.get_double("k = ");
n= cwin.get_double("n = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = (log( x^"+str_m+" - "+str_k+" ))^"+str_n );
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) ,"F(x) = (log( x^"+str_m+" - "+str_k+" ))^"+str_n);
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float yln =pow(log10(pow(x,m)+k),n);
cwin << Line ( Point ( x , yln ) , Point( ( x + .09 ) , ( yln + .001 ) ));
}
}
else if(xp1 > 1.5 && xp1 < 4.5 && yp1 > -3 && yp1 < -1 )
{
//exp
float k, m, n , L;
fx += str_ln ;
cwin << Message ( Point ( -4.3 , 5.7), fx );
cwin << Message ( Point ( -9 ,8.5 ) , "Enter these values --> (exp( x^m - k ))^n" );
m = cwin.get_double("m = ");
k = cwin.get_double("k = ");
n= cwin.get_double("n = ");
string str_m = floatToString(m);
string str_n = floatToString(n);
string str_k = floatToString(k);
cwin.clear();
table();
cwin << Message ( Point ( -4.3 , 5.7) , "F(x) = (exp( x^"+str_m+" - "+str_k+" ))^"+str_n );
cwin << Message ( Point ( -9 ,8.5 ) , "if that is the function you are looking for, Click on graph" );
while(1){
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > -1.5 && xp1 < 4.5 && yp1 > -5 && yp1 < -3 )
break;
}
cwin.clear();
axis();
cwin << Message ( Point ( -9.75 , 8.75) ,"F(x) = (exp( x^"+str_m+" - "+str_k+" ))^"+str_n);
for ( float x = L1 ; x < L2 ; x = x + .0009 )
{
float ynexp = pow ( e , pow((pow(x,m)+k),n) );
cwin << Line ( Point ( x , ynexp ) , Point( ( x + .09 ) , ( ynexp + .001 ) ));
}
}
cwin << Line ( Point (7.5 , -8 ) , Point ( 9.5,-8 ) );
cwin << Line ( Point (7.5 , -8 ) , Point ( 7.5,-9 ) );
cwin << Line ( Point (7.5 , -9 ) , Point ( 9.5,-9 ) );
cwin << Line ( Point (9.5 , -9 ) , Point ( 9.5,-8 ) );
cwin << Message ( Point ( 7.59 , -8.16 ) , "try again");
while (1)
{
Point p1 = cwin.get_mouse("");
float xp1 = p1.get_x();
float yp1 = p1.get_y();
if(xp1 > 7.5 && xp1 < 9.5 && yp1 > -9 && yp1 < -8 )
break;
}
}
return 0;
}