Реферат: Вычисление площади сложной фигуры методом имитационного моделирования

B0: gotoxy(k1,k+3); puts("b0= ");

gotoxy(k1+4,k+3); gets(bc0); sscanf(bc0,"%f",&b0);

if (fabs(b0)>100) { talkerror(); goto B0; }

C3: gotoxy(k2,k); puts("c3= ");

gotoxy(k2+4,k); gets(cc3); sscanf(cc3,"%f",&c3);

if (fabs(c3)>100) { talkerror(); goto C3; }

C2: gotoxy(k2,k+1); puts("c2= ");

gotoxy(k2+4,k+1); gets(cc2); sscanf(cc2,"%f",&c2);

if (fabs(c2)>100) { talkerror(); goto C2; }

C1: gotoxy(k2,k+2); puts("c1= ");

gotoxy(k2+4,k+2); gets(cc1); sscanf(cc1,"%f",&c1);

if (fabs(c1)>100) { talkerror(); goto C1; }

C0: gotoxy(k2,k+3); puts("c0= ");

gotoxy(k2+4,k+3); gets(cc0); sscanf(cc0,"%f",&c0);

if (fabs(c0)>100) { talkerror(); goto C0; }

X1: gotoxy(k1,k+6); puts("x1= ");

gotoxy(k2,k+6); puts("x2= ");

gotoxy(k1+4,k+6); gets(x1c); sscanf(x1c,"%f",&x1);

if (fabs(x1)>100) { talkerror(); goto X1; }

X2: gotoxy(k2,k+6); puts("x2= ");

gotoxy(k2+4,k+6); gets(x2c); sscanf(x2c,"%f",&x2);

if (fabs(x2)>100) { talkerror(); goto X2; }

if (x1>=x2) { talkerror(); goto X1; }

V: R: gotoxy(k1,k+10); puts("QUANTITY OF ADRESSES TO RNG ");

gotoxy(k1+30,k+10); gets(nc); sscanf(nc,"%d",&N);

if (N>32000) { talkerror(); goto R; }

if (N<1) { talkerror(); goto V; }

textbackground(2);

gotoxy(1,18);