324 lines
14 KiB
Ada
324 lines
14 KiB
Ada
with core;
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use core;
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package body core is
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------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
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procedure configure is
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begin
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engine_configure;
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--
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hexagon_grid_sprite := load_sprite ("./sprite/ui/hexagon_grid_tile.png", 1, 1);
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hexagon_fill_sprite := load_sprite ("./sprite/ui/hexagon_fill_tile.png", 1, 1);
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end configure;
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------------------------------------------------------------------------------------------
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procedure synchronize is
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begin
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global_time := global_time + 1;
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--
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global_time := global_time mod (gameplay_framerate * animation_framerate);
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gameplay_time := global_time mod (gameplay_framerate);
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animation_time := global_time / (gameplay_framerate / animation_framerate);
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--
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engine_synchronize;
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end synchronize;
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------------------------------------------------------------------------------------------
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procedure draw_state_box (x, y : in integer) is
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begin
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write ("Cursor X :" & integer'image (cursor_x), x, y + 0, 16#CCCCCC#);
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write ("Cursor Y :" & integer'image (cursor_y), x, y + 32, 16#CCCCCC#);
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write ("Cursor Mode :" & integer'image (cursor_mode), x, y + 64, 16#CCCCCC#);
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write ("Signal Code :" & signal_code'image (signal_code'val (signal_mode)), x, y + 96, 16#CCCCCC#);
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write ("Camera X :" & integer'image (camera.x), x, y + 128, 16#CCCCCC#);
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write ("Camera Y :" & integer'image (camera.y), x, y + 160, 16#CCCCCC#);
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write ("Global Time :" & integer'image (global_time), x, y + 192, 16#CCCCCC#);
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write ("Gameplay Time :" & integer'image (gameplay_time), x, y + 224, 16#CCCCCC#);
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write ("Animation Time :" & integer'image (animation_time), x, y + 256, 16#CCCCCC#);
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write ("Framerate :" & integer'image (framerate), x, y + 288, 16#CCCCCC#);
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end draw_state_box;
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------------------------------------------------------------------------------------------
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function flip_coin return integer is
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begin
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return (random_integer (0, 1));
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end flip_coin;
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------------------------------------------------------------------------------------------
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function roll_dice return integer is
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begin
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return (random_integer (1, 6));
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end roll_dice;
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------------------------------------------------------------------------------------------
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function by_chance (chance : in integer) return integer is
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begin
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return (random_integer (0, 100) mod chance);
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end by_chance;
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------------------------------------------------------------------------------------------
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function sigmoid (value : in boolean) return integer is
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begin
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return (if value then -1 else 1);
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end sigmoid;
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------------------------------------------------------------------------------------------
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function c_string (ada_string : string) return string is
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begin
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return (ada_string & character'val (0));
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end c_string;
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------------------------------------------------------------------------------------------
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function clip (value, minimum, maximum : in integer) return integer is
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begin
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if value < minimum then return minimum; end if;
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if value > maximum then return maximum; end if;
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return value;
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end clip;
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------------------------------------------------------------------------------------------
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function load_sprite (file_path : in string; frames, states : in integer) return sprite is
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this : sprite;
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begin
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this.index := import_sprite (c_string (file_path));
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this.width := sprite_width (this.index) / states;
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this.height := sprite_height (this.index) / frames;
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this.frames := frames;
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this.states := states;
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--
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return this;
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end load_sprite;
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------------------------------------------------------------------------------------------
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procedure crop (data : in sprite; x, y, u, v, width, height : in integer) is
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begin
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render_sprite (data.index, x, y, u, v, width, height);
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end crop;
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------------------------------------------------------------------------------------------
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procedure view (data : in sprite; x, y, u, v, width, height : in integer) is
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--~crop_u, crop_v, crop_width, crop_height : integer;
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begin
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if x > u + width
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or y > v + height
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or x < u - data.width
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or y < v - data.height then
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return;
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end if;
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--
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--~crop_width := data.width - (if x + data.width > u + width then (x + data.width) mod (u + width) else 0);
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--~crop_height := data.height - (if y + data.height > v + height then (y + data.height) mod (v + height) else 0);
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--
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--~crop_u := (if x < u then data.width - u mod (x + data.width) else 0);
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--~crop_v := (if y < v then data.height - v mod (y + data.height) else 0);
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--~crop_u := (if x < u and x < u - data.width then data.width - (x + data.width) mod u else 0);
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--~crop_v := (if y < v and y < v - data.height then data.height - (y + data.height) mod v else 0);
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--~crop_u := data.width - (if x < u then (x + data.width) mod u else 0);
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--~crop_v := data.height - (if y < v then (y + data.height) mod v else 0);
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--~crop_u := data.width - (if x < u then u mod x else 0);
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--~crop_v := data.height - (if y < v then v mod y else 0);
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--
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--~render_sprite (data.index, x, y, crop_u, crop_v, crop_width, crop_height);
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render_sprite (data.index, x, y, 0, 0, data.width, data.height);
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end view;
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------------------------------------------------------------------------------------------
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procedure draw (data : in sprite; x, y : in integer) is
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begin
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render_sprite (data.index, x, y, 0, 0, data.width, data.height);
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end draw;
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------------------------------------------------------------------------------------------
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procedure move (data : in sprite; x, y, frame, state : in integer) is
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begin
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render_sprite (data.index, x, y, state * data.width, (animation_time mod frame) * data.height, data.width, data.height);
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end move;
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------------------------------------------------------------------------------------------
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procedure line (origin, offset : in vector_2) is
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begin
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render_vector (origin.x, origin.y, origin.x + offset.x, origin.y + offset.y);
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end line;
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------------------------------------------------------------------------------------------
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procedure write (text : in string; x, y : in integer; colour : in integer := 16#CCCCCC#) is
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begin
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render_string (c_string (text), x, y, colour, 0);
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end write;
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------------------------------------------------------------------------------------------
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procedure debug (text : in string) is
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begin
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put_line ("> " & text);
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end debug;
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------------------------------------------------------------------------------------------
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procedure hexagonal_grid (x, y, width, height : in integer; fill : in boolean) is
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crop_width : constant integer := width mod hexagon_grid_sprite.width;
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crop_height : constant integer := height mod hexagon_grid_sprite.height;
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use_sprite : constant sprite := (if fill then hexagon_fill_sprite else hexagon_grid_sprite);
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begin
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for move_y in 0 .. height / hexagon_grid_sprite.height - 1
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loop
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for move_x in 0 .. width / hexagon_grid_sprite.width - 1
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loop
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draw (use_sprite, x + move_x * hexagon_grid_sprite.width, y + move_y * hexagon_grid_sprite.height);
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end loop;
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--
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crop (use_sprite, x + width - crop_width, y + move_y * hexagon_grid_sprite.height, 0, 0, crop_width, hexagon_grid_sprite.height);
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end loop;
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--
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for move_x in 0 .. width / hexagon_grid_sprite.width - 1
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loop
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crop (use_sprite, x + move_x * hexagon_grid_sprite.width, y + height - crop_height, 0, 0, hexagon_grid_sprite.width, crop_height);
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end loop;
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--
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crop (use_sprite, x + width - crop_width, y + height - crop_height, 0, 0, crop_width, crop_height);
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end hexagonal_grid;
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------------------------------------------------------------------------------------------
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function lowercase (text : in string) return string is
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result : string (1 .. text'length);
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begin
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for index in text'range
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loop
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if text (index) in 'A' .. 'Z' then
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result (index) := character'val (character'pos (text (index)) + 32);
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else
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result (index) := text (index);
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end if;
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end loop;
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--
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return result;
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end lowercase;
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------------------------------------------------------------------------------------------
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function uppercase (text : in string) return string is
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result : string (1 .. text'length);
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begin
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for index in text'range
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loop
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if text (index) in 'a' .. 'z' then
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result (index) := character'val (character'pos (text (index)) - 32);
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else
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result (index) := text (index);
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end if;
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end loop;
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--
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return result;
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end uppercase;
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------------------------------------------------------------------------------------------
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procedure draw_central_grid (x, y, width, height : in integer) is
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begin
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render_vector (width / 2 + x, y, width / 2 + x, height + y);
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render_vector ( x, height / 2 + y, width + x, height / 2 + y);
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end draw_central_grid;
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------------------------------------------------------------------------------------------
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procedure draw_squared_grid (x, y, width, height : in integer) is
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offset : constant vector_2 := (((width - base) / 2) mod base, ((height - base) / 2) mod base);
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repeat : constant vector_2 := (2 * (((width - base) / 2) / base) + 1, 2 * (((height - base) / 2) / base) + 1);
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begin
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for next in 0 .. repeat.y
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loop
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line ((x, y + offset.y + next * base), (width, 0));
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end loop;
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--
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if repeat.y mod 4 = 1 then
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y ), (0, offset.y)); end loop;
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + height - offset.y), (0, offset.y)); end loop;
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--
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for step in 0 .. repeat.y / 2 - 1 loop
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + base + offset.y + 2 * step * base), (0, base)); end loop;
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end loop;
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for step in 0 .. repeat.y / 2 loop
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for next in 0 .. repeat.x loop line ((x + offset.x + next * base, y + offset.y + 2 * step * base), (0, base)); end loop;
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end loop;
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else
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + next * base, y ), (0, offset.y)); end loop;
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + next * base, y + height - offset.y), (0, offset.y)); end loop;
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--
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for step in 0 .. repeat.y / 2 - 1 loop
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for next in 0 .. repeat.x loop line ((x + offset.x + next * base, y + base + offset.y + 2 * step * base), (0, base)); end loop;
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end loop;
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for step in 0 .. repeat.y / 2 loop
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + offset.y + 2 * step * base), (0, base)); end loop;
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end loop;
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end if;
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end draw_squared_grid;
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------------------------------------------------------------------------------------------
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procedure draw_hexagon_grid (x, y, width, height : in integer) is
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offset : constant vector_2 := (((width - base) / 2) mod base, ((height - base) / 2) mod base);
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repeat : constant vector_2 := (2 * (((width - base) / 2) / base) + 1, 2 * (((height - base) / 2) / base) + 1);
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begin
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for step in 0 .. repeat.y
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loop
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if step mod 2 = 1 then
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for next in 0 .. repeat.x - 1
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loop
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line ((x + offset.x + base / 2 + next * base, y + offset.y + step * base + base / 4), (-base / 2, -base / 2));
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line ((x + offset.x + base / 2 + next * base, y + offset.y + step * base + base / 4), ( base / 2, -base / 2));
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end loop;
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else
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for next in 0 .. repeat.x - 1
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loop
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line ((x + offset.x + base / 2 + next * base, y + offset.y + step * base - base / 4), (-base / 2, base / 2));
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line ((x + offset.x + base / 2 + next * base, y + offset.y + step * base - base / 4), ( base / 2, base / 2));
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end loop;
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end if;
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end loop;
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--
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if repeat.y mod 4 = 1 then
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y ), (0, offset.y - base / 4)); end loop;
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + base / 4 + height - offset.y), (0, offset.y - base / 4)); end loop;
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--
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for step in 0 .. repeat.y / 2 - 1 loop
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + 5 * base / 4 + offset.y + 2 * step * base), (0, base / 2)); end loop;
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end loop;
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for step in 0 .. repeat.y / 2 loop
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for next in 0 .. repeat.x loop line ((x + offset.x + next * base, y + base / 4 + offset.y + 2 * step * base), (0, base / 2)); end loop;
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end loop;
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else
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + next * base, y ), (0, offset.y)); end loop;
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + next * base, y + height - offset.y), (0, offset.y)); end loop;
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--
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for step in 0 .. repeat.y / 2 - 1 loop
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for next in 0 .. repeat.x loop line ((x + offset.x + next * base, y + 5 * base / 4 + offset.y + 2 * step * base), (0, base / 2)); end loop;
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end loop;
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for step in 0 .. repeat.y / 2 loop
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for next in 0 .. repeat.x - 1 loop line ((x + offset.x + base / 2 + next * base, y + base / 4 + offset.y + 2 * step * base), (0, base / 2)); end loop;
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end loop;
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end if;
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end draw_hexagon_grid;
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------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
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end core;
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