void check_win(int last_x, int last_y, t_data *powf)
{
char p;
p = powf->board[last_y * powf->col + last_x];
if (check_up(p, last_x, last_y, powf)
|| check_left(p, last_x, last_y, powf)
|| check_up_left(p, last_x, last_y, powf)
|| check_up_right(p, last_x, last_y, powf))
powf->winner = p;
powf->nmatch = 0;
}
int check_possible_movement(int j,int k)
{
int count=0;
if( check_up(j,k)==0)
{
move_loc[count][0]=j;
move_loc[count][1]=k-1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_down(j,k)==0)
{
move_loc[count][0]=j;
move_loc[count][1]=k+1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_left(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_right(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k;
//draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if((j+k)%2==0)
{
if( check_up_left(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k-1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_up_right(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k-1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_down_left(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k+1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
if( check_down_right(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k+1;
// draw_target(move_loc[count][0],move_loc[count][1]);
count++;
}
}
return count;
}
int check_movement_ok(int j,int k,int m,int n)
{
int count=0;
int ok=0;
if( check_up(j,k)==0)
{
move_loc[count][0]=j;
move_loc[count][1]=k-1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_down(j,k)==0)
{
move_loc[count][0]=j;
move_loc[count][1]=k+1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_left(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_right(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if((j+k)%2==0)
{
if( check_up_left(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k-1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_up_right(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k-1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_down_left(j,k)==0)
{
move_loc[count][0]=j+1;
move_loc[count][1]=k+1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
if( check_down_right(j,k)==0)
{
move_loc[count][0]=j-1;
move_loc[count][1]=k+1;
if(move_loc[count][0]==m && move_loc[count][1]==n)
ok=1;
count++;
}
}
return ok;
}
int check_possible_jump_movement(int j,int k)
{
int count=0;
if( check_up(j,k)==2 && check_up(j,k-1)==0)
{
jump_loc[count][0]=j;
jump_loc[count][1]=k-2;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_down(j,k)==2 && check_down(j,k+1)==0)
{
jump_loc[count][0]=j;
jump_loc[count][1]=k+2;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_left(j,k)==2 && check_left(j-1,k)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_right(j,k)==2 && check_right(j+1,k)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if((j+k)%2==0)
{
if( check_up_left(j,k)==2 && check_up_left(j-1,k-1)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k-2;
//draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_up_right(j,k)==2 && check_up_right(j+1,k-1)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k-2;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_down_left(j,k)==2 && check_down_left(j+1,k+1)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k+2;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
if( check_down_right(j,k)==2 && check_down_right(j-1,k+1)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k+2;
// draw_target(jump_loc[count][0],jump_loc[count][1]);
count++;
}
}
return count;
}
int check_jump_movement_ok(int j,int k,int m,int n)
{
int count=0;
int ok=0;
if( check_up(j,k)==2 && check_up(j,k-1)==0)
{
jump_loc[count][0]=j;
jump_loc[count][1]=k-2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_down(j,k)==2 && check_down(j,k+1)==0)
{
jump_loc[count][0]=j;
jump_loc[count][1]=k+2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_left(j,k)==2 && check_left(j-1,k)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_right(j,k)==2 && check_right(j+1,k)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if((j+k)%2==0)
{
if( check_up_left(j,k)==2 && check_up_left(j-1,k-1)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k-2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_up_right(j,k)==2 && check_up_right(j+1,k-1)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k-2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_down_left(j,k)==2 && check_down_left(j+1,k+1)==0)
{
jump_loc[count][0]=j+2;
jump_loc[count][1]=k+2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
if( check_down_right(j,k)==2 && check_down_right(j-1,k+1)==0)
{
jump_loc[count][0]=j-2;
jump_loc[count][1]=k+2;
if(jump_loc[count][0]==m && jump_loc[count][1]==n)
ok=1;
count++;
}
}
return ok;
}
