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PRJ2.CPP
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#include<stdio.h>
#include<conio.h>
#include<graphics.h>
#include<dos.h>
#include<stdlib.h>
#include<time.h>
void framework();
int dice_roll();
void printpiece(int posx_r1, int posy_r1,int posx_r2,int posy_r2,int
posx_r3,int posy_r3,int posx_r4,int posy_r4,int posx_g1,int posy_g1,int posx_g2,int
posy_g2,int posx_g3,int posy_g3,int posx_g4,int posy_g4,int posx_y1,int posy_y1,int
posx_y2,int posy_y2,int posx_y3,int posy_y3,int posx_y4,int posy_y4,int posx_b1,int
posy_b1,int posx_b2,int posy_b2,int posx_b3,int posy_b3,int posx_b4,int posy_b4);
void R1(int diceroll);
void R2(int diceroll);
void R3(int diceroll);
void R4(int diceroll);
void G1(int diceroll);
void G2(int diceroll);
void G3(int diceroll);
void G4(int diceroll);
void Y1(int diceroll);
void Y2(int diceroll);
void Y3(int diceroll);
void Y4(int diceroll);
void B1(int diceroll);
void B2(int diceroll);
void B3(int diceroll);
void B4(int diceroll);
void red();
void green();
void blue();
void yellow();
int posx_r1=-45;
int posy_r1=195;
int posx_r2=-45;
int posy_r2=195;
int posx_r3=-45;
int posy_r3=195;
int posx_r4=-45;
int posy_r4=195;
int posx_g1=-255;
int posy_g1=45;
int posx_g2=-255;
int posy_g2=45;
int posx_g3=-255;
int posy_g3=45;
int posx_g4=-255;
int posy_g4=45;
int posx_y1=-405;
int posy_y1=255;
int posx_y2=-405;
int posy_y2=255;
int posx_y3=-405;
int posy_y3=255;
int posx_y4=-405;
int posy_y4=255;
int posx_b1=-195;
int posy_b1=405;
int posx_b2=-195;
int posy_b2=405;
int posx_b3=-195;
int posy_b3=405;
int posx_b4=-195;
int posy_b4=405;
int reset_r1=0;
int reset_r2=0;
int reset_r3=0;
int reset_r4=0;
int reset_g1=0;
int reset_g2=0;
int reset_g3=0;
int reset_g4=0;
int reset_b1=0;
int reset_b2=0;
int reset_b3=0;
int reset_b4=0;
int reset_y1=0;
int reset_y2=0;
int reset_y3=0;
int reset_y4=0;
void check_R(int x,int y){
if(x==posx_g1)
{
if(y==posy_g1)
{
posx_g1=-30;
reset_g1=1;
}
}
if(x==posx_g2)
{
if(y==posy_g2)
{
posx_g2=-30;
reset_g2=1;
}
}
if(x==posx_g3)
{
if(y==posy_g3)
{
posx_g3=-30;
reset_g3=1;
}
}
if(x==posx_g4)
{
if(y==posy_g4)
{
posx_g4=-30;
reset_g4=1;
}
}
if(x==posx_y1)
{
if(y==posy_y1)
{
posx_y1=-30;
reset_y1=1;
}
}
if(x==posx_y2)
{
if(y==posy_y2)
{
posx_y2=-30;
reset_y2=1;
}
}
if(x==posx_y3)
{
if(y==posy_y3)
{
posx_y3=-30;
reset_y3=1;
}
}
if(x==posx_y4)
{
if(y==posy_y4)
{
posx_y4=-30;
reset_y4=1;
}
}
if(x==posx_b1)
{
if(y==posy_b1)
{
posx_b1=-30;
reset_b1=1;
}
}
if(x==posx_b2)
{
if(y==posy_b2)
{
posx_b2=-30;
reset_b2=1;
}
}
if(x==posx_b3)
{
if(y==posy_b3)
{
posx_b3=-30;
reset_b3=1;
}
}
if(x==posx_b4)
{
if(y==posy_b4)
{
posx_b4=-30;
reset_b4=1;
}
}
}
void check_G(int x,int y){
if(x==posx_r1)
{
if(y==posy_r1)
{
posx_r1=-30;
reset_r1=1;
}
}
if(x==posx_r2)
{
if(y==posy_r2)
{
posx_r2=-30;
reset_r2=1;
}
}
if(x==posx_r3)
{
if(y==posy_r3)
{
posx_r3=-30;
reset_r3=1;
}
}
if(x==posx_r4)
{
if(y==posy_r4)
{
posx_r4=-30;
reset_r4=1;
}
}
if(x==posx_y1)
{
if(y==posy_y1)
{
posx_y1=-30;
reset_y1=1;
}
}
if(x==posx_y2)
{
if(y==posy_y2)
{
posx_y2=-30;
reset_y2=1;
}
}
if(x==posx_y3)
{
if(y==posy_y3)
{
posx_y3=-30;
reset_y3=1;
}
}
if(x==posx_y4)
{
if(y==posy_y4)
{
posx_y4=-30;
reset_y4=1;
}
}
if(x==posx_b1)
{
if(y==posy_b1)
{
posx_b1=-30;
reset_b1=1;
}
}
if(x==posx_b2)
{
if(y==posy_b2)
{
posx_b2=-30;
reset_b2=1;
}
}
if(x==posx_b3)
{
if(y==posy_b3)
{
posx_b3=-30;
reset_b3=1;
}
}
if(x==posx_b4)
{
if(y==posy_b4)
{
posx_b4=-30;
reset_b4=1;
}
}
}
void check_Y(int x,int y){
if(x==posx_g1)
{
if(y==posy_g1)
{
posx_g1=-30;
reset_g1=1;
}
}
if(x==posx_g2)
{
if(y==posy_g2)
{
posx_g2=-30;
reset_g2=1;
}
}
if(x==posx_g3)
{
if(y==posy_g3)
{
posx_g3=-30;
reset_g3=1;
}
}
if(x==posx_g4)
{
if(y==posy_g4)
{
posx_g4=-30;
reset_g4=1;
}
}
if(x==posx_r1)
{
if(y==posy_r1)
{
posx_r1=-30;
reset_r1=1;
}
}
if(x==posx_r2)
{
if(y==posy_r2)
{
posx_r2=-30;
reset_r2=1;
}
}
if(x==posx_r3)
{
if(y==posy_r3)
{
posx_r3=-30;
reset_r3=1;
}
}
if(x==posx_r4)
{
if(y==posy_r4)
{
posx_r4=-30;
reset_r4=1;
}
}
if(x==posx_b1)
{
if(y==posy_b1)
{
posx_b1=-30;
reset_b1=1;
}
}
if(x==posx_b2)
{
if(y==posy_b2)
{
posx_b2=-30;
reset_b2=1;
}
}
if(x==posx_b3)
{
if(y==posy_b3)
{
posx_b3=-30;
reset_b3=1;
}
}
if(x==posx_b4)
{
if(y==posy_b4)
{
posx_b4=-30;
reset_b4=1;
}
}
}
void check_B(int x,int y){
if(x==posx_g1)
{
if(y==posy_g1)
{
posx_g1=-30;
reset_g1=1;
}
}
if(x==posx_g2)
{
if(y==posy_g2)
{
posx_g2=-30;
reset_g2=1;
}
}
if(x==posx_g3)
{
if(y==posy_g3)
{
posx_g3=-30;
reset_g3=1;
}
}
if(x==posx_g4)
{
if(y==posy_g4)
{
posx_g4=-30;
reset_g4=1;
}
}
if(x==posx_y1)
{
if(y==posy_y1)
{
posx_y1=-30;
reset_y1=1;
}
}
if(x==posx_y2)
{
if(y==posy_y2)
{
posx_y2=-30;
reset_y2=1;
}
}
if(x==posx_y3)
{
if(y==posy_y3)
{
posx_y3=-30;
reset_y3=1;
}
}
if(x==posx_y4)
{
if(y==posy_y4)
{
posx_y4=-30;
reset_y4=1;
}
}
if(x==posx_r1)
{
if(y==posy_r1)
{
posx_r1=-30;
reset_r1=1;
}
}
if(x==posx_r2)
{
if(y==posy_r2)
{
posx_r2=-30;
reset_r2=1;
}
}
if(x==posx_r3)
{
if(y==posy_r3)
{
posx_r3=-30;
reset_r3=1;
}
}
if(x==posx_r4)
{
if(y==posy_r4)
{
posx_r4=-30;
reset_r4=1;
}
}
}
void red()
{
printf("\n \n IT IS NOW TURN RED PLAYER \n YOUR DICE IS ROLLING");
delay(1000);
static six_red=0;
int diceroll_red=dice_roll();
printf("\n CONGRATULATIONS! YOUR DICE SHOWS %d",diceroll_red);
if(diceroll_red==6)
{
six_red++;
}
if(six_red==0)
{
printf("\n YOU CANNOT MOVE \n");
green();
}
if(six_red>0 )
{
printf("\n NOW PRESS 1 for R1 \n 2 for R2 \n 3 for r3 \n 4 for R4");
while(1)
{
int entry_r;
scanf("%d",&entry_r);
if(entry_r==1)
{
printf("\n YOU CHOOSE R1\n");
R1(diceroll_red);
check_R(posx_r1,posy_r1);
break;
}
else if(entry_r==2)
{
printf("\n YOU CHOOSE R2\n");
R2(diceroll_red);
check_R(posx_r2,posy_r2);
break;
}
else if(entry_r==3)
{
printf("\nYOU CHOOSE R3\n");
R3(diceroll_red);
check_R(posx_r3,posy_r3);
break;
}
else if(entry_r==4)
{
printf("\n YOU CHOOSE R4\n");
R4(diceroll_red);
check_R(posy_r4,posy_r4);
break;
}
else
{
printf("\n READ THE INSTRUCTIONS AND TRY AGAIN");
}
}
}
green();
}
void yellow()
{
printf("\n \nIT IS NOW YOUR TURN YELLOW PLAYER \n YOUR DICE IS ROLLING");
delay(1000);
static six_yellow=0;
int diceroll_yellow=dice_roll();
printf("\n CONGRATULATIONS! YOUR DICE SHOWS %d ",diceroll_yellow);
if(diceroll_yellow==6)
{
six_yellow++;
}
if(six_yellow==0)
{
printf("\n YOU CANNOT MOVE");
blue();
}
if(six_yellow>0 )
{
printf("\n NOW PRESS 1 for Y1 \n 2 for Y2 \n 3 for Y3 \n 4 for Y4");
while(1)
{
int entry_y;
scanf("%d",&entry_y);
if(entry_y==1)
{
printf("\n YOU CHOOSE Y1\n");
Y1(diceroll_yellow);
check_Y(posx_y1,posy_y1);
break;
}
else if(entry_y==2)
{
printf("\n YOU CHOOSE Y2\n");
Y2(diceroll_yellow);
check_Y(posx_y2,posy_y2);
break;
}
else if(entry_y==3)
{
printf("\nYOU CHOOSE Y3\n");
Y3(diceroll_yellow);
check_Y(posx_y3,posy_y3);
break;
}
else if(entry_y==4)
{
printf("\n YOU CHOOSE Y4\n");
Y4(diceroll_yellow);
check_Y(posx_y4,posy_y4);
break;
}
else
{
printf("\n READ THE INSTRUCTIONS AND TRY AGAIN");
}
}
}
blue();
}
void blue()
{
printf("\n \n \n IT IS NOW TURN BLUE PLAYER \n YOUR DICE IS ROLLING");
delay(1000);
static six_blue=0;
int diceroll_blue=dice_roll();
printf("\n CONGRATULATIONS! YOUR DICE SHOWS %d",diceroll_blue);
if(diceroll_blue==6)
{
six_blue++;
}
if(six_blue==0)
{
printf("\n YOU CANNOT MOVE");
red();
}
if(six_blue>0 )
{
printf("\n NOW PRESS 1 for B1 \n 2 for B2 \n 3 for B3 \n 4 for B4");
while(1)
{
int entry_b;
scanf("%d",&entry_b);
if(entry_b==1)
{
printf("\n YOU CHOOSE B1\n");
B1(diceroll_blue);
check_B(posx_b1,posy_b1);
break;
}
else if(entry_b==2)
{
printf("\n YOU CHOOSE B2\n");
B2(diceroll_blue);
check_B(posx_b2,posy_b2);
break;
}
else if(entry_b==3)
{
printf("\nYOU CHOOSE B3\n");
B3(diceroll_blue);
check_B(posx_b3,posy_b3);
break;
}
else if(entry_b==4)
{
printf("\n YOU CHOOSE B4\n");
B4(diceroll_blue);
check_B(posx_b4,posy_b4);
break;
}
else
{
printf("\n READ THE INSTRUCTIONS AND TRY AGAIN");
}
}
}
red();
}
int main()
{
int gdriver=DETECT,gmode;
initgraph(&gdriver,&gmode,"c:\\tc\\bgi");
red();
getch();
closegraph();
return 0;
}
void R2(int diceroll)
{
static start=0;
if(diceroll==6)
{
start=1;
}
if(start==0)
{
printf("\n YOU CANNOT MOVE THIS PIECE UNTILL YOUR DICE SHOWS 6\n");
red();
}
static int ini=1;
static int longg=0;
static int shortt=0;
static int counter=0;
if(reset_r2==1)
{
longg=0;
shortt=0;
start=0;
}
if(start>0)
{
if(ini==1 && longg==0 && shortt==0)
{
counter=diceroll+counter;
posx_r2=45;
posy_r2=195;
if(counter<4)
{
posx_r2=posx_r2+(counter*30);
}
else if(counter>4)
{
counter=counter-4;
diceroll=0;
posx_r2=165;
longg++;
}
else
{
counter=0;
diceroll=0;
posx_r2=posx_r2+120;
longg++;
}
}
if(ini==1 && longg==1 && shortt==0)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=195;
posy_r2=195;
if(counter<5)
{
posy_r2=posy_r2-(counter*30);
}
else if(counter>=5)
{
shortt++;
counter=counter-5;
diceroll=0;
posy_r2=45;
}
}
if(ini==1 && longg==1 && shortt==1)
{
counter=diceroll+counter;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=195;
posy_r2=15;
if(counter<3 && counter>0)
{
posx_r2=posx_r2+(30*(counter-1));
}
else if(counter>3)
{
longg++;
counter=counter-3;
diceroll=0;
posx_r2=255;
}
else if(counter==3)
{
longg++;
counter=0;
diceroll=0;
posx_r2=255;
}
}
if(ini==1 && longg==2 && shortt==1)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=255;
posy_r2=15;
if(counter<5 && counter>0)
{
if(posy_r2<165)
{
posy_r2=posy_r2+(30*counter);
}
}
else if(counter>5)
{
longg++;
counter=counter-5;
diceroll=0;
posy_r2=165;
}
else if(counter==5)
{
longg++;
counter=0;
diceroll=0;
posy_r2=165;
}
}
if(ini==1 && longg==3 && shortt==1)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posy_r2=195;
posx_r2=255;
if(counter<5)
{
posx_r2=posx_r2+(counter*30);
}
else if(counter>5 )
{
shortt++;
counter=counter-5;
diceroll=0;
posx_r2=posx_r2+150;
}
else if(counter==5)
{
shortt++;
counter=0;
diceroll=0;
posx_r2=405;
}
}
if(ini==1 && longg==3 && shortt==2)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posy_r2=165;
posx_r2=435;
if(counter<3 && counter>0)
{
posy_r2=posy_r2+(counter*30);
}
else if(counter>3)
{
longg++;
counter=counter-3;
diceroll=0;
posy_r2=255;
}
else if(counter==3)
{
longg++;
counter=0;
diceroll=0;
posy_r2=255;
}
}
if(ini==1 && longg==4 && shortt==2)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posy_r2=255;
if(counter<5 && counter>0)
{
if(posx_r2>285)
{
posx_r2=435;
posx_r2=posx_r2-(counter*30);
}
}
else if(counter>5)
{
longg++;
counter=counter-5;
diceroll=0;
posx_r2=285;
}
else if(counter==5)
{
longg++;
counter=0;
diceroll=0;
posx_r2=285;
}
}
if(ini==1 && longg==5 && shortt==2)
{
counter=counter+diceroll;
if(counter==0)
{
printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=255;
posy_r2=255;
if(counter<5 && counter>0)
{
posy_r2=posy_r2+(counter*30);
}
else if(counter>5)
{
shortt++;
counter=counter-5;
diceroll=0;
posy_r2=405;
}
else if(counter==5)
{
shortt++;
counter=counter-5;
diceroll=0;
posy_r2=405;
}
}
if(ini==1 && longg==5 && shortt==3)
{
counter=counter+diceroll;
if(counter==0)
{ printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=285;
posy_r2=435;
if(counter<3)
{
posx_r2=posx_r2-(counter*30);
}
else if(counter>3)
{
longg++;
counter=counter-3;
diceroll=0;
posx_r2=195;
}
else if(counter==3)
{
longg++;
counter=0;
diceroll=0;
posx_r2=195;
}
}
if(ini==1 && longg==6 && shortt==3)
{
counter=counter+diceroll;
if(counter==0)
{ printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=195;
posy_r2=435;
if(counter<5 && counter>0)
{
posy_r2=posy_r2-(30*counter);
}
else if(counter>5)
{
longg++;
counter=counter-5;
diceroll=0;
posy_r2=285;
}
else if(counter==5)
{
longg++;
counter=0;
diceroll=0;
posy_r2=285;
}
}
if(ini==1 && longg==7 && shortt==3)
{
counter=counter+diceroll;
if(counter==0)
{ printpiece(posx_r1,posy_r1,posx_r2,posy_r2,posx_r3,posy_r3,posx_r4,posy_r4,posx_g1,posy_g1,posx_g2,posy_g2,posx_g3,posy_g3,posx_g4,posy_g4,posx_y1,posy_y1,posx_y2,posy_y2,posx_y3,posy_y3,posx_y4,posy_y4,posx_b1,posy_b1,posx_b2,posy_b2,posx_b3,posy_b3,posx_b4,posy_b4);
return;
}
posx_r2=195;
posy_r2=255;
if(counter<5 && counter>0)
{
posx_r2=posx_r2-(30*counter);
}
else if(counter>5)
{
shortt++;
counter=counter-5;
diceroll=0;
posx_r2=45;
}
else if(counter==5)
{
shortt++;
counter=0;
diceroll=0;
posx_r2=45;
}