mise a la racine des sous dossiers de libt
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Hugo LAMY
158
fillit_roduquen/check_square.c
Executable file
158
fillit_roduquen/check_square.c
Executable file
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/* ************************************************************************** */
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/* */
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/* ::: :::::::: */
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/* check_square.c :+: :+: :+: */
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/* +:+ +:+ +:+ */
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/* By: roduquen <marvin@42.fr> +#+ +:+ +#+ */
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/* +#+#+#+#+#+ +#+ */
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/* Created: 2019/04/01 17:12:12 by roduquen #+# #+# */
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/* Updated: 2019/04/01 19:14:13 by roduquen ### ########.fr */
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/* */
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/* ************************************************************************** */
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#include "fillit.h"
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#include <stdio.h>
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#include <unistd.h>
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int check_square(t_type *square, char tetri, int pos)
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{
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if (tetri == -9
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&& square->str[pos] == '.' && (pos + 1) % square->size != 0
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&& pos + 2 * square->size + 1 < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + square->size + 1] == '.'
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&& square->str[pos + 2 * square->size + 1] == '.')
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return (SUCCESS);
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if (tetri == -8
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size + 1 < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + 2 * square->size] == '.'
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&& square->str[pos + square->size + 1] == '.'
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&& square->str[pos + 2 * square->size + 1] == '.')
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return (SUCCESS);
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if (tetri == -7
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size] == '.')
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return (SUCCESS);
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return (check_square2(square, tetri, pos));
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}
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int check_square2(t_type *square, char tetri, int pos)
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{
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if (tetri == -6
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size + 1 < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 2 * square->size + 1] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size] == '.')
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return (SUCCESS);
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if (tetri == -5
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&& (pos + 1) % square->size != 0 && (pos + 2) % square->size != 0
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&& pos + square->size + 1 < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + 2] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 1 + square->size] == '.')
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return (SUCCESS);
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if (tetri == -4
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&& (pos + 1) % square->size != 0 && (pos + 2) % square->size != 0
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&& pos + 2 + square->size < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1] == '.'
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&& square->str[pos + square->size + 1] == '.'
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&& square->str[pos + 2 + square->size] == '.')
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return (SUCCESS);
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return (check_square3(square, tetri, pos));
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}
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int check_square3(t_type *square, char tetri, int pos)
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{
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if (tetri == -3
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1 + square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size] == '.')
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return (SUCCESS);
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if (tetri == -2
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size + 1 < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + 1 + square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size + 1] == '.')
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return (SUCCESS);
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if (tetri == -1
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&& (pos + 1) % square->size != 0 && (pos + 2) % square->size != 0
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&& (pos + 3) % square->size != 0
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&& pos + 3 < square->size * square->size
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&& square->str[pos] == '.' && square->str[pos + 1] == '.'
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&& square->str[pos + 3] == '.'
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&& square->str[pos + 2] == '.')
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return (SUCCESS);
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return (check_square4(square, tetri, pos));
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}
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int check_square4(t_type *square, char tetri, int pos)
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{
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if (tetri == 0
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&& (pos + 1) % square->size != 0
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&& pos + square->size + 1 < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 1 + square->size] == '.')
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return (SUCCESS);
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if (tetri == 1
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&& pos + 3 * square->size < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 3 * square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size] == '.')
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return (SUCCESS);
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if (tetri == 2
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&& (pos + 1) % square->size != 0 && (pos + 2) % square->size != 0
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&& pos + 2 + square->size < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + 1 + square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 + square->size] == '.')
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return (SUCCESS);
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return (check_square5(square, tetri, pos));
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}
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int check_square5(t_type *square, char tetri, int pos)
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{
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if (tetri == 3
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&& (pos + 1) % square->size != 0 && (pos + 2) % square->size != 0
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&& pos + 1 + square->size < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1] == '.'
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&& square->str[pos + square->size + 1] == '.'
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&& square->str[pos + 2] == '.')
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return (SUCCESS);
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if (tetri == 4
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size < square->size * square->size
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&& square->str[pos + 1] == '.'
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&& square->str[pos + 1 + square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size] == '.')
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return (SUCCESS);
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if (tetri == 5
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&& (pos + 1) % square->size != 0
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&& pos + 2 * square->size + 1 < square->size * square->size
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&& square->str[pos] == '.'
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&& square->str[pos + 1 + square->size] == '.'
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&& square->str[pos + square->size] == '.'
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&& square->str[pos + 2 * square->size + 1] == '.')
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return (SUCCESS);
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return (check_square6(square, tetri, pos));
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}
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