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MinhasKamal/PebbleDropping.c

Created March 1, 2014 07:34
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PebbleDropping.c
/**
* Developer: Minhas Kamal (BSSE0509, IIT, DU)
* Date: 24.April.2013
* Game's Name: Pebble Dropping
* Comment: I had only a 3.5 months experience in IIT while finishing this program. But I really had a lot of fun!!!
**/
#include <stdio.h>
#include <time.h>
void hvh_choice(char *p1, char *p2); //human vs. human choice
void hvc_choice(char *h); //human vs. computer choice
void box();
int assign(int s1, int pl);
int varification(int pl);
int Computers_Move(int i, int humn_sel);
void developer();
int assi=1; //computer needs it for considering its move
int a, b, c, d, e; //they represent the columns, i have made these global to use them in any function
char move[8][5][2] = //this array collects the moves of the players
{
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{" ", " ", " ", " ", " "},
{"X", "X", "X", "X", "X"} //this last line works as the foundation
};
int main()
{
developer(); //showing the profile
system("cls");
char again='A'; //controls the loop & players introduction
while(1)
{
fflush(stdin);
a=b=c=d=e=6;
int i, j;
for(i=0; i<7; i++) //assigning values in the box
for(j=0; j<5; j++)
move[i][j][0]=' ';
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //introduction of game
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
int ag;
if(again!='y') //input will be asked first time
{
printf("\n* Whom do you want to play against?\n");
printf("Press-\t1.against computer\n\t2.against human.\nSelection- ");
scanf("%d", &ag);
fflush(stdin);
}
if(ag==1)
{
char h[8]; //introduction of players
if(again!='y') //input will be asked only first time
{
printf("* Enter your name: ");
gets(h);
printf("Your symbol is '%c'.\n", 15);
printf("Computer will be using '%c'.", 4);
}
hvc_choice(h);
}
else if(ag==2)
{
char p1[8], p2[8]; //introduction of players
if(again!='y') //input will be asked only first time
{
printf("* Enter player-1 name: ");
gets(p1);
printf("%s's symbol is '%c'.\n\n", p1, 15);
printf("* Enter player-2 name: ");
gets(p2);
printf("%s's symbol is '%c'.\n\n", p2, 4);
}
hvh_choice(p1, p2); //1st function, which organizes everything
}
else
{
printf("\a");
system("cls");
continue;
}
printf("\n\n* Do you want to play again?\n");
printf("Press 'y'(yes) or 'n'(no): ");
fflush(stdin);
scanf("%c", &again);
if(again!='n')
{
system("cls");
}
else break;
}
printf("\n\n\t*** GAME ENDS ***\n\n\n");
return 0;
}
void hvc_choice(char *h)
{
int i=0;
while(i<35) //the loop will give at most 30 chances
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n##**HUMAN vs. COMPUTER\n\n");
printf("\n# Move No: %d", i+1);
box(); //2nd function
int pl;
char *name;
if(i%2==0)
{
pl=1;
name=h;
}
else
{
pl=2;
name="Computer";
}
printf("## Player-%d: %s\n", pl, name);
for( ; ; ) //the loop will assure valid choice
{
int sel; //player's selection
printf("Select a column (1-5): ");
if(pl==1) scanf("%d", &sel); //human choice
else
{
sel=Computers_Move(i, sel); //computer choice
printf("%d", sel);
clock_t start=clock();
while((clock()-start)<(1300));
}
printf("\n");
if(sel<1 || sel>5)
{
printf("**Wrong input1!\a\n");
continue;
}
else
{
assi = assign(sel, pl);
if(assi==0)
{
printf("\nInvalid move!\a\n");
continue;
}
}
break;
}
int r; //this integer holds the result
r = varification(pl);
if(r==1)
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n# Move No: %d", i+1);
box();
printf("\a\a\n%c\t**## Player-%d: %s wins! ##**\a\n", 1, pl, name);
break ;
}
else if(i==34)
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n# Move No: %d", i+1);
box();
printf("\a\n**The match is draw.\a\n");
break ;
}
i++;
}
}
void hvh_choice(char *p1, char *p2) //this function takes the input of the players & arranges other function works
{
int p;
while(1) //the loop assures valid input
{
printf("\n* Who will give first move?\n");
printf("* Press 1(player-1) or 2(player-2): ");
scanf("%d", &p);
if(p>2 || p<1) printf("\n**Wrong input!\a\n**Try again.\n");
else break;
}
int i=0;
while(i<35) //the loop will give at most 30 chances
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n##**HUMAN vs. HUMAN\n\n");
printf("\n# Move No: %d", i+1);
box(); //2nd function
int pl;
char *name;
if(i%2==0) pl=p;
else
{
if(p==2) pl=1;
else pl=2;
}
if(pl==1) name=p1;
else if(pl==2) name=p2;
printf("## Player-%d: %s\n", pl, name);
for( ; ; ) //the loop will assure valid choice
{
int sel; //player's selection
printf("Select a column (1-5): ");
scanf("%d", &sel);
printf("\n");
if(sel<1 || sel>5)
{
printf("**Wrong input1!\a\n");
continue;
}
else
{
assi = assign(sel, pl);
if(assi==0)
{
printf("\nInvalid move!\a\n");
continue;
}
}
break;
}
int r; //this integer holds the result
r = varification(pl);
if(r==1)
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n# Move No: %d", i+1);
box();
printf("\a\a\n%c\t**## Player-%d: %s wins! ##**\a\n", 1, pl, name);
break ;
}
else if(i==34)
{
system("cls"); //this action makes a still screen
printf("\t\t***## THIS IS A PEBBLE DROPPING GAME ##***\n\n\n"); //still image
printf("## You can play against computer or human.\n");
printf("## You can drop the pebble in any column you want.\n");
printf("## Every player will get chance by turns.\n\n");
printf("\n# Move No: %d", i+1);
box();
printf("\a\n**The match is draw.\a\n");
break ;
}
i++;
}
}
void box() //this function creates the box
{
printf("\n");
int i, j;
for(i=0; i<8; i++) //7 rows
{
printf(" +%c%c%c+%c%c%c+%c%c%c+%c%c%c+%c%c%c+", 196,196,196,196,196,196,196,196,196,196,196,196,196,196,196);
printf("\n");
if(i>6) break;
printf(" %c ", 179);
for(j=0; j<5 ; j++) //5 columns
{
printf("%s", move[i][j]);
printf(" %c ", 179);
}
printf("\n");
}
printf(" 1 2 3 4 5 \n\n"); //column number
}
int assign(s1, pl) //this function inputs the value in 'move'
{
char symbol;
if(pl==1) symbol=15;
else symbol=4;
if((s1==1&&a<0) || (s1==2&&b<0) || (s1==3&&c<0) || (s1==4&&d<0) || (s1==5&&e<0))
return 0; //will make know if move is invalid
else
{
if(s1==1)
{
move[a][s1-1][0]=symbol;
a--;
}
else if(s1==2)
{
move[b][s1-1][0]=symbol;
b--;
}
else if(s1==3)
{
move[c][s1-1][0]=symbol;
c--;
}
else if(s1==4)
{
move[d][s1-1][0]=symbol;
d--;
}
else
{
move[e][s1-1][0]=symbol;
e--;
}
return 1;
}
}
int varification(int pl) //finds out the winner
{
int v1, v2;
char symbol;
if(pl==1) symbol=15;
else symbol=4;
for(v1=0; v1<7; v1++) //finds row match
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==symbol && move[v1][v2+1][0]==symbol && move[v1][v2+2][0]==symbol && move[v1][v2+3][0]==symbol)
return 1;
for(v1=6; v1>2; v1--) //finds column match
for(v2=0; v2<5; v2++)
if(move[v1][v2][0]==symbol && move[v1-1][v2][0]==symbol && move[v1-2][v2][0]==symbol && move[v1-3][v2][0]==symbol)
return 1;
for(v1=3; v1<7; v1++) //finds right-angle match
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==symbol && move[v1-1][v2+1][0]==symbol && move[v1-2][v2+2][0]==symbol && move[v1-3][v2+3][0]==symbol)
return 1;
for(v1=3; v1<7; v1++) //finds left-angles match
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==symbol && move[v1-1][v2-1][0]==symbol && move[v1-2][v2-2][0]==symbol && move[v1-3][v2-3][0]==symbol)
return 1;
return 0;
}
int Computers_Move(int i, int humn_sel) //computer gives a move
{
int v1, v2;
static int comp_sel;
//Initial_Move:
if(i==1)
{
if(humn_sel==3 || humn_sel==4 || humn_sel==5)comp_sel=humn_sel;
else comp_sel=humn_sel+1;
}
else if(i==3)
{
if(comp_sel!=2 && humn_sel!=2) comp_sel=2;
else if(comp_sel!=4 && humn_sel!=4) comp_sel=4;
else if(comp_sel!=3 && humn_sel!=3) comp_sel=3;
else comp_sel=humn_sel;
}
else if(i==5)
{
if(comp_sel!=humn_sel) comp_sel=humn_sel;
else comp_sel=1;
}
else if(assi!=0){
//**#Matching_Move:
for(v1=0; v1<7; v1++) //finds row match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1][v2+1][0]==4 && move[v1][v2+2][0]==4 && move[v1+1][v2+3][0]!=' ')
return v2+3+1;
for(v1=0; v1<7; v1++) //finds row match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1][v2+1][0]==4 && move[v1+1][v2+2][0]!=' ' && move[v1][v2+3][0]==4)
return v2+2+1;
for(v1=0; v1<7; v1++) //finds row match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1+1][v2+1][0]!=' ' && move[v1][v2+2][0]==4 && move[v1][v2+3][0]==4)
return v2+1+1;
for(v1=0; v1<7; v1++) //finds row match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1][v2+1][0]==4 && move[v1][v2+2][0]==4 && move[v1][v2+3][0]==4)
return v2+1;
for(v1=6; v1>2; v1--) //finds column match for all
for(v2=0; v2<5; v2++)
if(move[v1][v2][0]==4 && move[v1-1][v2][0]==4 && move[v1-2][v2][0]==4 && move[v1-3][v2][0]==' ')
return v2+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1-1][v2+1][0]==4 && move[v1-2][v2+2][0]==4 && move[v1-3+1][v2+3][0]!=' ')
return v2+3+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1-1][v2+1][0]==4 && move[v1-2+1][v2+2][0]!=' ' && move[v1-3][v2+3][0]==4)
return v2+2+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==4 && move[v1-1+1][v2+1][0]!=' ' && move[v1-2][v2+2][0]==4 && move[v1-3][v2+3][0]==4)
return v2+1+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1-1][v2+1][0]==4 && move[v1-2][v2+2][0]==4 && move[v1-3][v2+3][0]==4)
return v2+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 4th space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==4 && move[v1-1][v2-1][0]==4 && move[v1-2][v2-2][0]==4 && move[v1-3+1][v2-3][0]!=' ')
return v2-3+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 3rd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==4 && move[v1-1][v2-1][0]==4 && move[v1-2+1][v2-2][0]!=' ' && move[v1-3][v2-3][0]==4)
return v2-2+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 2nd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==4 && move[v1-1+1][v2-1][0]!=' ' && move[v1-2][v2-2][0]==4 && move[v1-3][v2-3][0]==4)
return v2-1+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 1st space
for(v2=3 ; v2<5; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1-1][v2-1][0]==4 && move[v1-2][v2-2][0]==4 && move[v1-3][v2-3][0]==4)
return v2+1;
//**#Bloking_Move:
for(v1=0; v1<7; v1++) //finds row match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1][v2+1][0]==15 && move[v1][v2+2][0]==15 && move[v1+1][v2+3][0]!=' ')
return v2+3+1;
for(v1=0; v1<7; v1++) //finds row match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1][v2+1][0]==15 && move[v1+1][v2+2][0]!=' ' && move[v1][v2+3][0]==15)
return v2+2+1;
for(v1=0; v1<7; v1++) //finds row match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1+1][v2+1][0]!=' ' && move[v1][v2+2][0]==15 && move[v1][v2+3][0]==15)
return v2+1+1;
for(v1=0; v1<7; v1++) //finds row match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1][v2+1][0]==15 && move[v1][v2+2][0]==15 && move[v1][v2+3][0]==15)
return v2+1;
for(v1=6; v1>2; v1--) //finds column match for all
for(v2=0; v2<5; v2++)
if(move[v1][v2][0]==15 && move[v1-1][v2][0]==15 && move[v1-2][v2][0]==15 && move[v1-3][v2][0]==' ')
return v2+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1-1][v2+1][0]==15 && move[v1-2][v2+2][0]==15 && move[v1-3+1][v2+3][0]!=' ')
return v2+3+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1-1][v2+1][0]==15 && move[v1-2+1][v2+2][0]!=' ' && move[v1-3][v2+3][0]==15)
return v2+2+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]==15 && move[v1-1+1][v2+1][0]!=' ' && move[v1-2][v2+2][0]==15 && move[v1-3][v2+3][0]==15)
return v2+1+1;
for(v1=3; v1<7; v1++) //finds right-angle match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1-1][v2+1][0]==15 && move[v1-2][v2+2][0]==15 && move[v1-3][v2+3][0]==15)
return v2+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 4th space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==15 && move[v1-1][v2-1][0]==15 && move[v1-2][v2-2][0]==15 && move[v1-3+1][v2-3][0]!=' ')
return v2-3+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 3rd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==15 && move[v1-1][v2-1][0]==15 && move[v1-2+1][v2-2][0]!=' ' && move[v1-3][v2-3][0]==15)
return v2-2+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 2nd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]==15 && move[v1-1+1][v2-1][0]!=' ' && move[v1-2][v2-2][0]==15 && move[v1-3][v2-3][0]==15)
return v2-1+1;
for(v1=3; v1<7; v1++) //finds left-angles match for 1st space
for(v2=3 ; v2<5; v2++)
if(move[v1+1][v2][0]!=' ' && move[v1-1][v2-1][0]==15 && move[v1-2][v2-2][0]==15 && move[v1-3][v2-3][0]==15)
return v2+1;
//**#Planning_Move:
int k=1, l=2, m=3, n=4, o=5; //we need them
int neg;
//Neglecting_Law:
for(v1=0; v1<7; v1++) //finds row match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1][v2+1][0]!=' ' && move[v1][v2+2][0]!=' ' && move[v1+1][v2+3][0]==' ')
{
neg=v2+3+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=0; v1<7; v1++) //finds row match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1][v2+1][0]!=' ' && move[v1+1][v2+2][0]==' ' && move[v1][v2+3][0]!=' ')
{
neg=v2+2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=0; v1<7; v1++) //finds row match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1+1][v2+1][0]==' ' && move[v1][v2+2][0]!=' ' && move[v1][v2+3][0]!=' ')
{
neg=v2+1+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=0; v1<7; v1++) //finds row match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]==' ' && move[v1][v2+1][0]!=' ' && move[v1][v2+2][0]!=' ' && move[v1][v2+3][0]!=' ')
{
neg=v2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
//we don't need column match
for(v1=3; v1<7; v1++) //finds right-angle match for 4th space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1][v2+1][0]!=' ' && move[v1-2][v2+2][0]!=' ' && move[v1-3+1][v2+3][0]==' ')
{
neg=v2+3+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<7; v1++) //finds right-angle match for 3rd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1][v2+1][0]!=' ' && move[v1-2+1][v2+2][0]==' ' && move[v1-3][v2+3][0]!=' ')
{
neg=v2+2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<7; v1++) //finds right-angle match for 2nd space
for(v2=0; v2<2; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1+1][v2+1][0]==' ' && move[v1-2][v2+2][0]!=' ' && move[v1-3][v2+3][0]!=' ')
{
neg=v2+1+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<7; v1++) //finds right-angle match for 1st space
for(v2=0; v2<2; v2++)
if(move[v1+1][v2][0]==' ' && move[v1-1][v2+1][0]!=' ' && move[v1-2][v2+2][0]!=' ' && move[v1-3][v2+3][0]!=' ')
{
neg=v2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<6; v1++) //finds left-angles match for 4th space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1][v2-1][0]!=' ' && move[v1-2][v2-2][0]!=' ' && move[v1-3+1][v2-3][0]==' ')
{
neg=v2-3+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<6; v1++) //finds left-angles match for 3rd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1][v2-1][0]!=' ' && move[v1-2+1][v2-2][0]==' ' && move[v1-3][v2-3][0]!=' ')
{
neg=v2-2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<6; v1++) //finds left-angles match for 2nd space
for(v2=3 ; v2<5; v2++)
if(move[v1][v2][0]!=' ' && move[v1-1+1][v2-1][0]==' ' && move[v1-2][v2-2][0]!=' ' && move[v1-3][v2-3][0]!=' ')
{
neg=v2-1+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
for(v1=3; v1<6; v1++) //finds left-angles match for 1st space
for(v2=3 ; v2<5; v2++)
if(move[v1+1][v2][0]==' ' && move[v1-1][v2-1][0]!=' ' && move[v1-2][v2-2][0]!=' ' && move[v1-3][v2-3][0]!=' ')
{
neg=v2+1;
if(neg==k) k=0;
else if(neg==l) l=0;
else if(neg==m) m=0;
else if(neg==n) n=0;
else if(neg==o) o=0;
}
if(m!=0 && c>=0) comp_sel=m;
else if(l!=0 && b>=0) comp_sel=l;
else if(n!=0 && d>=0) comp_sel=n;
else if(k!=0 && a>=0) comp_sel=k;
else if(o!=0 && e>=0) comp_sel=o;
else comp_sel=(comp_sel+3)/2;
}
else comp_sel=(rand()%5)+1;
return comp_sel;
}
//developer's profile
void developer(){
printf("\n\n\n\n\n \n\n\n\n\n \n\n\n\n\n");
printf(" * Game's Name: Pebble Dropping\n");
printf(" * Developer: Minhas Kamal (BSSE-0509, IIT-5th, DU)\n");
printf(" * Date: 24.April\n");
//delay
clock_t start=0, finish=0;
start=clock();
while((finish-start)<1800)
finish=clock();
return ;
}
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