//prints out all sides of the cube
void
print_cube(void){
int i;
for(i = 0; i < 6; i++){
print_side(this_cube->full_cube[i].side, SIDE_WIDTH);
printf("\n");
}
}
void print_board(int black_pieces[], int white_pieces[])
{
/* prints current state of board to screen */
/* counters */
int i, j, k;
/* get number of board lines */
int limit = get_lines_length(get_maximum_piece(black_pieces, white_pieces));
/* write top of board */
print_side("top");
/* write every line */
for(i = 0; i < limit; i++) {
/* write left part of board (it is not a location)*/
printf("||||");
/* i know, one variable is enough, but it is more aesthetic */
for(j = 12, k = 13; j > 0; j--, k++) {
/* print spaces for ( B W B...)*/
printf("%3s", "");
/*
* first_condition || second_condition
*
* pieces[k] -> number of pieces in k location
* i -> line number
*
* first_condition is for top board (locations from 13 to 24)
* - it is not difficult to understand.
* - if number of pieces in k location is greater than line number,
* then write B (or W).
* - ex. let k is 13 and pieces[k] = 5, it will print five times B (or W)
* for i = 0, 1, 2, 3, 4. as you can see, there must be 5 pieces.
*
* second_condition is for bottom board (locations from 12 to 1)
* - it is a little bit hard to understand, but solution is very practical.
* - if number of pieces in k location plus line number is greater than or
* equal to limit, then write B (or W).
* - ex. (IMPORTANT) let k is 12, pieces[k] = 5 and limit = 14, it will
* print five times B (or W) for i = 9 (5 + 9 >= 14, then print),
* i = 10 (5 + 10 >= 14, then print) ... i = 14 (5 + 14 >= 14, then print)
* as you can see, i = 8 (8 + 5 >= 14, it is not true, do not print)
*/
if(black_pieces[k] > i || black_pieces[j] + i >= limit)
printf("B");
else if(white_pieces[k] > i || white_pieces[j] + i >= limit)
printf("W");
else
printf(" ");
/* print |||| middle of board row and right of board row */
if(k == 18 || k == 24 || j == 7 || j == 1)
printf("%3s||||", "");
}
/* new line */
printf("\n");
}
/* write bottom of board */
print_side("bottom");
}
