1  /* ************************************************************************** */
  2  /*                                                                            */
  3  /*                                                        :::      ::::::::   */
  4  /*   rush01.c                                           :+:      :+:    :+:   */
  5  /*                                                    +:+ +:+         +:+     */
  6  /*   By: lfiorell <lfiorell@student.42nice.fr>      +#+  +:+       +#+        */
  7  /*                                                +#+#+#+#+#+   +#+           */
  8  /*   Created: 2024/07/20 09:03:00 by lfiorell          #+#    #+#             */
  9  /*   Updated: 2024/07/20 09:20:49 by lfiorell         ###   ########.fr       */
 10  /*                                                                            */
 11  /* ************************************************************************** */
 12  
 13  #define LEFT_CORNER '/'
 14  #define RIGHT_CORNER '\\'
 15  #define UP_WALL '*'
 16  #define SIDE_WALL '*'
 17  #define EMPTY ' '
 18  
 19  /*
 20   *  This function prints the character c to stdout.
 21   */
 22  void	ft_putchar(char c);
 23  
 24  /*
 25   * Prints to the standard output a line of the rush's output,
 26  	taking as arguments
 27   *
 28   * size : The width of the line to display
 29   * y    : The current line being printed, starting at 0
 30   * j    : The total number of line to display minus 1
 31   */
 32  void	display_line(int size, int y, int j);
 33  
 34  /*
 35   * Prints a line, taking as arguments
 36   *
 37   * c     : The character used to fill the middle
 38   * left  : The character to print first, so it is placed to the left
 39   * right : The character to print last, so it is placed to the right
 40   * n     : The width of the line to print
 41   */
 42  void	print_line(char c, char left, char right, int n);
 43  
 44  /*
 45   * Runs the rush's function, taking as arguments
 46   *
 47   * x : The width of the rectangle to print
 48   * y : the height of the rectangle to print
 49   */
 50  void	rush(int x, int y)
 51  {
 52  	int	j;
 53  
 54  	j = 0;
 55  	while (j < y)
 56  	{
 57  		display_line(x, j, y - 1);
 58  		j++;
 59  	}
 60  }
 61  
 62  /*
 63   * Prints to the standard output a line of the rush's output,
 64  	taking as arguments
 65   *
 66   * size : The width of the line to display
 67   * y    : The current line being printed, starting at 0
 68   * j    : The total number of line to display minus 1
 69   *
 70   * If this is the first line
 71   *  print the corners (`*_CORNER`) and the top (`UP_WALL`).
 72   *
 73   * If this is the last line
 74   *  print the corners (`*_CORNER`) reversed and the bottom (`UP_WALL`).
 75   *
 76   * If it isn't the first or last
 77   *  print the sides (`SIDE_WALL`), and fill the middle with `EMPTY`
 78   */
 79  void	display_line(int size, int y, int j)
 80  {
 81  	if (0 == y)
 82  	{
 83  		print_line(UP_WALL, LEFT_CORNER, RIGHT_CORNER, size - 2);
 84  	}
 85  	else if (j == y)
 86  	{
 87  		print_line(UP_WALL, RIGHT_CORNER, LEFT_CORNER, size - 2);
 88  	}
 89  	else
 90  	{
 91  		print_line(EMPTY, SIDE_WALL, SIDE_WALL, size - 2);
 92  	}
 93  }
 94  
 95  /*
 96   * Prints a line, taking as arguments
 97   *
 98   * c     : The character used to fill the middle
 99   * left  : The character to print first, so it is placed to the left
100   * right : The character to print last, so it is placed to the right
101   * n     : The width of the line to print
102   */
103  void	print_line(char c, char left, char right, int n)
104  {
105  	int	i;
106  
107  	i = 0;
108  	ft_putchar(left);
109  	while (i < n)
110  	{
111  		ft_putchar(c);
112  		i++;
113  	}
114  	ft_putchar(right);
115  	ft_putchar('\n');
116  }