schemes.h

   1 #ifndef __SCHEMES_H__
   2 #define __SCHEMES_H__
   3
   4 #include "viiper.h" /* for enum items */
   5
   6 #define BORDER_T 0
   7 #define BORDER_C 1
   8 #define BORDER_B 2
   9 #define BORDER_S 3
  10 #define BORDER_L 0
  11 #define BORDER_R 2
  12 //#define BORDER(v,h) op.sch->border[BORDER_ ## v][BORDER_ ## h]
  13 #define BORDER(v,h) (g.b.t&1<<BONUS_WRAP?op.sch->permeable:op.sch->border) \
  14         [BORDER_ ## v][BORDER_ ## h]
  15
  16 struct scheme {
  17         char* border[4][3];
  18         char* permeable[4][3]; /* for wrap-around mode */
  19
  20         char* snake[5][5]; /* [predecessor][successor] */
  21         char* color[3]; /* 0=even, 1=odd, 2=head */
  22
  23         char* food[NUM_FOODS];
  24         char* boni[NUM_BONI];
  25
  26         int cell_width; /* logical cell width */
  27         int display_width; /* physical cell width */
  28 };
  29
  30 struct scheme unic0de = {
  31         .border = {
  32                 {"╔", "══", "╗"},
  33                 {"║", "  ", "║"},
  34                 {"╚", "══", "╝"},
  35                 {  "╡","","╞"  },
  36         },
  37         .permeable = {//┅╍
  38                 {"┏", "╍╍", "┓"},
  39                 {"┋", "  ", "┋"},
  40                 {"┗", "╍╍", "┛"},
  41                 {  "┥","","┝"  },
  42         },
  43
  44         .snake = { /* sorted like in the enum directions */
  45         /*NOTE: same-to-same direction is for wrap-around*/
  46                 {/* NONE -> */
  47                         /*NONE */ "",
  48                         /*NORTH*/ "⢿⡿",
  49                         /*EAST */ "⢾⣿",
  50                         /*SOUTH*/ "⣾⣷",
  51                         /*WEST */ "⣿⡷",
  52                 },{/* NORTH -> */
  53                         /*NONE */ "⢇⡸",
  54                         /*NORTH*/ "⢇⠜",
  55                         /*EAST */ "⢇⣈",
  56                         /*SOUTH*/ "⡇⢸",
  57                         /*WEST */ "⣁⡸",
  58                 },{/* EAST -> */
  59                         /*NONE */ "⢎⣉",
  60                         /*NORTH*/ "⢇⣈",
  61                         /*EAST */ "⠪⣉",
  62                         /*SOUTH*/ "⡎⢉",
  63                         /*WEST */ "⣉⣉",
  64                 },{/* SOUTH -> */
  65                         /*NONE */ "⡎⢱",
  66                         /*NORTH*/ "⡇⢸",
  67                         /*EAST */ "⡎⢉",
  68                         /*SOUTH*/ "⡔⢱",
  69                         /*WEST */ "⡉⢱",
  70                 },{/* WEST -> */
  71                         /*NONE */ "⣉⡱",
  72                         /*NORTH*/ "⣁⡸",
  73                         /*EAST */ "⣉⣉",
  74                         /*SOUTH*/ "⡉⢱",
  75                         /*WEST */ "⣉⡢",
  76                 },
  77         },
  78         .color = {"32", "92", "92;1"},
  79
  80         .food = {
  81                 [FOOD_PEAR]    = "🍐",
  82                 [FOOD_WMELON]  = "🍉",
  83                 [FOOD_BANANA]  = "🍌",
  84                 [FOOD_KIWI]    = "🥝",
  85                 [FOOD_APPLER]  = "🍎",
  86                 [FOOD_CHERRY]  = "🍒",
  87                 [FOOD_AVOCADO] = "🥑",
  88         },
  89         .boni = {
  90                 [BONUS_SNIP] = "✂️ ",
  91                 [BONUS_GROW] = "🐍",
  92                 [BONUS_SLOW] = "🐌",
  93                 [BONUS_FAST] = "🐇",
  94                 [BONUS_WRAP] = "🧱",
  95         },
  96
  97         .cell_width = 2,
  98         .display_width = 2,
  99 };
 100
 101 #endif