/** * @author Digitsensitive * @copyright 2018 Digitsensitive * @description Juno Core: API functions * * Here you will find the core functions of Juno. * * @license {@link https://github.com/digitsensitive/juno-console/blob/master/license.txt|MIT License} */ import { ICanvasRenderer } from "../interfaces/canvas-renderer.interface"; import { Input } from "./input"; import { IMouse } from "../interfaces/mouse.interface"; export declare class API { private cr; private inputs; private palette; private images; private mapData; private mapAdjustments; private spriteSize; private tileSize; private passedTicks; constructor(cr: ICanvasRenderer, inputs: Input); /******************************************************************** * Init color palette with chain hex color string * Total 16 colors: 6 * 16 = 96 (string length) * Examples: * Juno: * 1a1c2c572956b14156ee7b58ffd079a0f07238b86e276e7b29366f405bd04fa4f786ecf8f4f4f493b6c1557185324056 * TIC-80 (DB16): * 140C1C44243430346D4E4A4F854C30346524D04648757161597DCED27D2C8595A16DAA2CD2AA996DC2CADAD45EDEEED6 * COMMODORE VIC-20 PALETTE * 000000ffffffa8734ae9b287772d26b6686285d4dcc5ffffa85fb4e99df5559e4a92df8742348b7e70cabdcc71ffffb0 * STILL LIFE PALETTE * 3f28117a2222d13b27e07f8a5d853a68c127b3e868122615513155286fb89b8bffa8e4d4cc8218c7b581000000ffffff * JAPANESE MACHINE PALETTE * 00000019102846af45a1d685453e787664fe8331299ec2e8dc534be18d79d6b97be9d8a1216c4bd365c8afaab9f5f4eb * CGARNE PALETTE * 0000005e606e2234d10c7e455c2e78b5b5b5FFFFFFffd93f7be2f98a36224c81fb44aacceb8a60aa5c3d6cd947e23d69 * PSYGNOSIA PALETTE * 0000001b1e29362747443f4152524c64647c73615077785b9ea4a7cbe8f7e08b79a2324e003308084a3c546a00516cbf * COLOR GRAPHICS ADAPTER PALETTE * 000000555555AAAAAAFFFFFF0000AA5555FF00AA0055FF5500AAAA55FFFFAA0000FF5555AA00AAFF55FFAA5500FFFF55 * EROGE COPPER PALETTE * 0d080d4f2b24825b31c59154f0bd77fbdf9bfff9e4bebbb27bb24e74adbb4180a032535f2a23497d3840c16c5be89973 * EASTER ISLAND PALETTE * f6f6bfe6d1d1868691794765f5e17aedc38dcc8d86ca657e39d4b98dbcd28184ab6860869dc0857ea788567864051625 * PICO-8 PALETTE * 0000001D2B537E255383769CAB5236008751FF004D5F574FFF77A8FFA300C2C3C700E436FFCCAA29ADFFFFEC27FFF1E8 * GRAYSCALE * 000000111111222222333333444444555555666666777777888888999999aaaaaabbbbbbccccccddddddeeeeeeffffff * * @param palette [index of the color in the palette] ********************************************************************/ ipal(palette: string): void; /******************************************************************** * Clear the screen with a specified color. * @param color [index of the color in the palette] /********************************************************************/ cls(c?: number): void; /******************************************************************** * Draw one pixel at a specific 2D location (x and y). * @param x0 [x coordinate of the pixel] * @param y0 [y coordinate of the pixel] * @param color [index of the color in the palette] ********************************************************************/ pix(x0: number, y0: number, c: number): void; /******************************************************************** * Create a circle outline with the Bresenham's circle algorithm. * @param x [x coordinate of the center of the circle] * @param y [y coordinate of the center of the circle] * @param r [radius of the circle] * @param c [index of the color in the palette] ********************************************************************/ circb(x0: number, y0: number, r: number, c: number): void; /******************************************************************** * [pixel description] * @param xc [description] * @param yc [description] * @param x [description] * @param y [description] * @param c [description] ********************************************************************/ private circbPixGroup; /******************************************************************** * Filled Circle (100%) * Create a filled circle with the Bresenham's circle algorithm. * @param x0 [x coordinate of the center of the circle] * @param y0 [y coordinate of the center of the circle] * @param r [radius of the circle] * @param c [index of the color in the palette] ********************************************************************/ circ(x0: number, y0: number, r: number, c: number): void; /******************************************************************** * Group of pixel lines (100%) * Draws a group of lines, used for drawing a filled circle. * @param x0 [first x coordinate] * @param y0 [first y coordinate] * @param x [second x coordinate] * @param y [second y coordinate] * @param c [index of the color in the palette] ********************************************************************/ private circPixGroup; /******************************************************************** * Create a line with the Bresenham's line algorithm. * @param x0 [the starting x position] * @param y0 [the starting y position] * @param x1 [the ending x position] * @param y1 [the ending y position] * @param c [index of the color in the palette] ********************************************************************/ line(x0: number, y0: number, x1: number, y1: number, c: number): void; /******************************************************************** * Draw a filled rectangle. * @param x0 [the x position of the rectangle] * @param y0 [the y position of the rectangle] * @param w [the width of the rectangle] * @param h [the height of the rectangle] * @param c [index of the color in the palette] ********************************************************************/ rect(x0: number, y0: number, w: number, h: number, c: number): void; /******************************************************************** * Draw a rectangle outline. * @param x0 [the x position of the rectangle] * @param y0 [the y position of the rectangle] * @param w [the width of the rectangle] * @param h [the height of the rectangle] * @param c [index of the color in the palette] ********************************************************************/ rectb(x0: number, y0: number, w: number, h: number, c: number): void; /******************************************************************** * Print text. * @param s [string to print] * @param x [x position of the text] * @param y [y position of the text] * @param c [index of the color in the palette] * @param sc [scale factor of the text] ********************************************************************/ print(s: string, x0: number, y0: number, c: number, a?: number, sc?: number): void; /******************************************************************** * Trace a string or a number => Alternative to console.log(). * @param s [the string or number to trace] ********************************************************************/ trace(s: string | number): void; /******************************************************************** * Load your game files (f.e. spritesheet, tiles, json map). * Currently supported file formats: jpg, jpeg, png and json. * @param name [name of the file] * @param path [path of the file] * @param size [size of the sprites/tiles] ********************************************************************/ load(name: string, path: string, size: number): void; /******************************************************************** * Parse JSON data into JSON object. * Currently the following data is parsed: * Map width, Map height, Tile width, Tile height, Layers and Tilesets. * Only CSV as Tile level format is currently supported. * @param data [the data to parse] ********************************************************************/ private parseJSONDataIntoObject; /******************************************************************** * Draw map on the screen. * @param x [starting tile on x coordinate] * @param y [starting tile on y coordinate] * @param w [number of tiles to draw to the width] * @param h [number of tiles to draw to the height] * @param sx [the x coordinate to draw the map to] * @param sy [the y coordinate to draw the map to] ********************************************************************/ map(x?: number, y?: number, w?: number, h?: number, sx?: number, sy?: number): void; /******************************************************************** * Get the map tile index at a specific 2D coordinate. * @param x [the x coordinate of the tile] * @param y [the y coordinate of the tile] * @return [the map tile index] ********************************************************************/ mget(x: number, y: number): number; /******************************************************************** * Set the map tile index at a specific 2D coordinate. * @param id [the map tile index to set] * @param x [the x position of the tile to set] * @param y [the y position of the tile to set] ********************************************************************/ mset(id: number, x: number, y: number): void; mobj(): void; /******************************************************************** * Create a sprite from spritesheet. * @param s [the choosen sprite] * @param x0 [x position of the sprite] * @param y0 [y position of the sprite] ********************************************************************/ spr(s: number, x0: number, y0: number): void; /******************************************************************** * Get pixel color index from 2D position. * @param x0 [x position of the pixel] * @param y0 [y position of the pixel] * @return [the color index of the pixel] ********************************************************************/ pget(x0: number, y0: number): number; /******************************************************************** * Converts each primary color to corresponding hex value. * @param c [the color to convert] * @return [the hex value as a string] ********************************************************************/ private componentToHex; /******************************************************************** * Converts rgb to hex. * @param r [r value] * @param g [g value] * @param b [b value] * @return [the final hex-string] ********************************************************************/ private rgbToHex; /******************************************************************** * Get status of key code passed * Return true if key is pressed * @param code [key code passed] * @return [true or false] ********************************************************************/ key(code: number): boolean; /******************************************************************** * Get status of key code passed * Return only true if pressed now and not in previous frame * @param code [Key code passed] * @return [true or false] ********************************************************************/ keyp(code: number): boolean; sfx(): void; /******************************************************************** * Return mouse informations. * @return [IMouse Interface: Coordinates and Button pressed] ********************************************************************/ mouse(): IMouse; /******************************************************************** * Get the game width in pixels * @return [game width] ********************************************************************/ ggw(): number; /******************************************************************** * Get the game height in pixels * @return [game height] ********************************************************************/ ggh(): number; ticks(): number; rnd(min: number, max: number): number; /******************************************************************** * Color Range Error (100%) * Check if the selected color is between 0 and 15. * @param c [the color to check] ********************************************************************/ private colorRangeError; /******************************************************************** * SPECIAL API FUNCTIONS ********************************************************************/ crc(c: any, r: any): boolean; rrc(r1: any, r2: any): boolean; anim(object: any, startFrame: number, numberOfFrames: number, speed: number): void; private calculateAlphaHexCode; }