Guruh Ahmadaliyev Muhammad Ali


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Bog'liq
KompGrafikaMusIsh1


219-21-guruh
Ahmadaliyev Muhammad Ali


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=100,dB=5,dL=5,alfa=90,beta=90,k=500,t=1000;
// cout<<"R=";
//cin>>R;
//cout<<"dB=";
// cin>>dB;
// cout<<"dL=";
// cin>>dL;
//cout<<"alfa=";
// cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
// cin>>k;
//cout<<"Tekislik=";
//cin>>t;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=2*R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=2*R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=2*R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=2*R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}



#include
#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=90,k=500,t=1000;
// cout<<"R=";
//cin>>R;
//cout<<"dB=";
// cin>>dB;
// cout<<"dL=";
// cin>>dL;
//cout<<"alfa=";
// cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
// cin>>k;
//cout<<"Tekislik=";
//cin>>t;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=0.5*R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=0.5*R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=0.5*R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=0.5*R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=90,k=700,t=1000;
// cout<<"R=";
//cin>>R;
//cout<<"dB=";
// cin>>dB;
// cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=R*sin(B*M_PI/180);
if(z[0]<=0){
z[0]*=2;
}
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
if(z[1]<=0){
z[1]*=2;
}
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=R*sin((B+dB)*M_PI/180);
if(z[2]<=0){
z[2]*=2;
}
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=R*sin(B*M_PI/180);
if(z[3]<=0){
z[3]*=2;
}
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include
#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=100,k=700,t=1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=R*sin(B*M_PI/180);
if(z[0]<=0){
z[0]=R-0.5*z[0];
}
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
if(z[1]<=0){
z[1]=R-0.3*z[1];
}
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=R*sin((B+dB)*M_PI/180);
if(z[2]<=0){
z[2]=R-0.5*z[2];
}
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=R*sin(B*M_PI/180);
if(z[3]<=0){
z[3]=R-0.5*z[3];
}
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=90,k=700,t=1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=R*sin(B*M_PI/180);
if(z[0]>0){
z[0]+=R;
}
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
if(z[1]>0){
z[1]+=R;
}
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=R*sin((B+dB)*M_PI/180);
if(z[2]>0){
z[2]+=R;
}
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=R*sin(B*M_PI/180);
if(z[3]>0){
z[3]+=R;
}
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}

#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
//cout<<"R=";
//cin>>R;
//cout<<"dB=";
//cin>>dB;
//cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
R = 100;
dB=5;
dL=5;
alfa =90;
beta= 270;
k=500;
t = 1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
double chIf = 2.5*R*pow(R*sin(B*M_PI/180)/R-0.5,2);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180) ;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180) ;
z[0]=R*sin(B*M_PI/180);
if(z[0]>=R/2){
z[0]+=chIf;
}
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
chIf = 2.5*R*pow(R*sin((B+dB)*M_PI/180)/R-0.5,2);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
if(z[1]>=R/2){
z[1]+=chIf;
}
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
chIf = 2.5*R*pow(R*sin((B+dB)*M_PI/180)/R-0.5,2);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180) ;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[2]=R*sin((B+dB)*M_PI/180);
if(z[2]>=R/2){
z[2]+=chIf;
}
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
chIf = 2.5*R*pow(R*sin(B*M_PI/180)/R-0.5,2);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[3]=R*sin(B*M_PI/180) ;
if(z[3]>=R/2){
z[3]+=chIf;
}
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}

#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=270,k=700,t=1000;
initwindow(600,600);
for(B=-90;B<90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=R*sin(B*M_PI/180);
if((B*M_PI/180)>0){
z[0]=z[0]+R*pow((B*M_PI/180)/((M_PI/180)*90),4);
}
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
if((B*M_PI/180)>0){
z[1]=z[1]+R*pow(((B+dB)*M_PI/180)/((M_PI/180)*90),4);
}
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=R*sin((B+dB)*M_PI/180);
if((B*M_PI/180)>0){
z[2]=z[2]+R*pow(((B+dB)*M_PI/180)/((M_PI/180)*90),4);
}
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=R*sin(B*M_PI/180);
if((B*M_PI/180)>0){
z[3]=z[3]+R*pow((B*M_PI/180)/((M_PI/180)*90),4);
}
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}

#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R=200,dB=5,dL=5,alfa=90,beta=330,k=500,t=1000;
initwindow(600,600);
for(B=-90;B<90;B+=dB)
for(L=0;L<=360;L+=dL)
{
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180);
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180);
z[0]=R*sin(B*M_PI/180);
z[0]=z[0]-R*pow((B*M_PI/180)/((M_PI/180)*90),3);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180);
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=R*sin((B+dB)*M_PI/180);
z[1]=z[1]-R*pow(((B+dB)*M_PI/180)/((M_PI/180)*90),3);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180);
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180);
z[2]=R*sin((B+dB)*M_PI/180);
z[2]=z[2]-R*pow(((B+dB)*M_PI/180)/((M_PI/180)*90),3);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180);
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180);
z[3]=R*sin(B*M_PI/180);
z[3]=z[3]-R*pow((B*M_PI/180)/((M_PI/180)*90),3);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
R = 70;
dB=5;
dL=5;
alfa =180;
beta= 90;
k=500;
t = 1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
double chIf = pow(R*sin(B*M_PI/180),2)/(R);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180) +chIf;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180) ;
z[0]=2*R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
chIf = pow(R*sin((B+dB)*M_PI/180),2)/(R);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180)+chIf;
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=2*R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
chIf = pow(R*sin((B+dB)*M_PI/180),2)/(R);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180)+chIf ;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[2]=2*R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
chIf = pow(R*sin(B*M_PI/180),2)/(R);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180)+ chIf;
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[3]=2*R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
//cout<<"R=";
//cin>>R;
//cout<<"dB=";
//cin>>dB;
//cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
R = 70;
dB=5;
dL=5;
alfa =0;
beta= 90;
k=500;
t = 1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
double chIf = pow(R*sin(B*M_PI/180),3)/(R*R);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180) +chIf;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180) ;
z[0]=2*R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
chIf = pow(R*sin((B+dB)*M_PI/180),3)/(R*R);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180)+chIf;
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=2*R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
chIf = pow(R*sin((B+dB)*M_PI/180),3)/(R*R);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180)+chIf ;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[2]=2*R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
chIf = pow(R*sin(B*M_PI/180),3)/(R*R);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180)+ chIf;
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[3]=2*R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
//cout<<"R=";
//cin>>R;
//cout<<"dB=";
//cin>>dB;
//cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
R = 70;
dB=5;
dL=5;
alfa =180;
beta= 90;
k=500;
t = 1000;
initwindow(600,600);
for(B=-90;B<90;B+=dB)
for(L=0;L<=360;L+=dL)
{
double chIf = R*pow((B*M_PI/180)/(45*M_PI/180),2);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180) +chIf;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180) ;
z[0]=2*R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
chIf = R*pow(((B+dB)*M_PI/180)/(45*M_PI/180),2);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180)+chIf;
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180);
z[1]=2*R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
chIf = R*pow(((B+dB)*M_PI/180)/(45*M_PI/180),2);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180)+chIf ;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[2]=2*R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
chIf = R*pow((B*M_PI/180)/(45.0*M_PI/180),2);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180)+ chIf;
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180) ;
z[3]=2*R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}

#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
//cout<<"R=";
//cin>>R;
//cout<<"dB=";
//cin>>dB;
//cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
R = 100;
dB=5;
dL=5;
alfa =110;
beta= 200;
k=500;
t = 1000;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
double ch =(1+0.5*abs(sin(2*L*M_PI/180)));
double chIf = R*pow(((B/90)*M_PI/180),5);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180)* ch;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180)* ch;
z[0]=R*sin(B*M_PI/180);
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
ch =(1+0.5*abs(sin(2*L*M_PI/180)));
chIf = R*pow(((B+dB)/90)*M_PI/180,5);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180)*ch;
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180)*ch;
z[1]=R*sin((B+dB)*M_PI/180);
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
ch =(1+0.5*abs(sin(2*(L+dL)*M_PI/180)));
chIf = R*pow(((B+dB)/90)*M_PI/180,5);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180)*ch;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180)*ch;
z[2]=R*sin((B+dB)*M_PI/180);
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
ch =(1+0.5*abs(sin(2*(L+dL)*M_PI/180)));
chIf = R*pow(((B)/90)*M_PI/180,5);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180)*ch;
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180)*ch;
z[3]=R*sin(B*M_PI/180);
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}


#include


#include
#include
using namespace std;
int main()
{
double R,dB,dL,L,B,alfa,beta,k,t,x[10],y[10],z[10],dx[10],dy[10],dz[10],X[10],Y[10],Z[10];
//cout<<"R=";
//cin>>R;
//cout<<"dB=";
//cin>>dB;
//cout<<"dL=";
//cin>>dL;
//cout<<"alfa=";
//cin>>alfa;
//cout<<"beta=";
//cin>>beta;
//cout<<"Kamera=";
//cin>>k;
//cout<<"Tekislik=";
//cin>>t;
R = 100;
dB=5;
dL=5;
alfa =135;
beta= 135;
k=500;
t = 1000;
double ch;
double chIf;
initwindow(600,600);
for(B=-90;B<=90;B+=dB)
for(L=0;L<=360;L+=dL)
{
ch =(1+0.5*abs(sin(2*L*M_PI/180)));
chIf = R*pow((B*M_PI/180)/(90*M_PI/180),5);
x[0]=R*cos(B*M_PI/180)*sin(L*M_PI/180)* ch;
y[0]=R*cos(B*M_PI/180)*cos(L*M_PI/180)* ch;
z[0]=R*sin(B*M_PI/180)+chIf;
if(B*M_PI/180>0)
z[0] -= chIf;
dx[0]=x[0]*cos(alfa*M_PI/180)-y[0]*sin(alfa*M_PI/180);
dy[0]=x[0]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[0]*sin(beta*M_PI/180);
dz[0]=x[0]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[0]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[0]*cos(beta*M_PI/180);
X[0]=dx[0]*(k-t)/(k-dz[0]);
Y[0]=dy[0]*(k-t)/(k-dz[0]);
ch =(1+0.5*abs(sin(2*L*M_PI/180)));
chIf = R*pow((B+dB)*(M_PI/180)/(90*M_PI/180),5);
x[1]=R*cos((B+dB)*M_PI/180)*sin(L*M_PI/180)*ch;
y[1]=R*cos((B+dB)*M_PI/180)*cos(L*M_PI/180)*ch;
z[1]=R*sin((B+dB)*M_PI/180)+chIf;
if((B+dB)*M_PI/180>0)
z[1]-=chIf;
dx[1]=x[1]*cos(alfa*M_PI/180)-y[1]*sin(alfa*M_PI/180);
dy[1]=x[1]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[1]*sin(beta*M_PI/180);
dz[1]=x[1]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[1]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[1]*cos(beta*M_PI/180);
X[1]=dx[1]*(k-t)/(k-dz[1]);
Y[1]=dy[1]*(k-t)/(k-dz[1]);
ch =(1+0.5*abs(sin(2*(L+dL)*M_PI/180)));
chIf = R*pow(((B+dB)*(M_PI/180))/(90*M_PI/180),5);
x[2]=R*cos((B+dB)*M_PI/180)*sin((L+dL)*M_PI/180)*ch;
y[2]=R*cos((B+dB)*M_PI/180)*cos((L+dL)*M_PI/180)*ch;
z[2]=R*sin((B+dB)*M_PI/180)+chIf;
if ((B+dB)*M_PI/180>0)
z[2]-=chIf;
dx[2]=x[2]*cos(alfa*M_PI/180)-y[2]*sin(alfa*M_PI/180);
dy[2]=x[2]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[2]*sin(beta*M_PI/180);
dz[2]=x[2]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[2]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[2]*cos(beta*M_PI/180);
X[2]=dx[2]*(k-t)/(k-dz[2]);
Y[2]=dy[2]*(k-t)/(k-dz[2]);
ch =(1+0.5*abs(sin(2*(L+dL)*M_PI/180)));
chIf = R*pow((B*M_PI/180)/(90*M_PI/180),5);
x[3]=R*cos(B*M_PI/180)*sin((L+dL)*M_PI/180)*ch;
y[3]=R*cos(B*M_PI/180)*cos((L+dL)*M_PI/180)*ch;
z[3]=R*sin(B*M_PI/180)+chIf;
if(B*M_PI/180>0)
z[3]-=chIf;
dx[3]=x[3]*cos(alfa*M_PI/180)-y[3]*sin(alfa*M_PI/180);
dy[3]=x[3]*sin(alfa*M_PI/180)*cos(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*cos(beta*M_PI/180)-z[3]*sin(beta*M_PI/180);
dz[3]=x[3]*sin(alfa*M_PI/180)*sin(beta*M_PI/180)+y[3]*cos(alfa*M_PI/180)*sin(beta*M_PI/180)+z[3]*cos(beta*M_PI/180);
X[3]=dx[3]*(k-t)/(k-dz[3]);
Y[3]=dy[3]*(k-t)/(k-dz[3]);
int c[]={X[0]+300,Y[0]+300,X[1]+300,Y[1]+300,X[2]+300,Y[2]+300,X[3]+300,Y[3]+300,X[0]+300,Y[0]+300};
setfillstyle(2,2);
fillpoly(5,c);
}
system("pause");
}
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