attic-stuff

/* VERTEX SHADER */
attribute vec3 in_Position;
attribute vec4 in_Colour;
attribute vec2 in_Texcoord;

varying vec2 texture_coordinate;

void main() {
    vec4 vertex_model_position = vec4(in_Position, 1.0);
    texture_coordinate = in_Texcoord;

attic-stuff

/**
 * parses a yy file into a struct
 * @param {string} yy_file_path the full path to the yy file that has to be parsed
 * @return {struct}
 */
function yy_parse(yy_file_path) {
	
	if (yy_file_path != "") {
		var yy_text_file = file_text_open_read(yy_file_path);
		var json_string = "";

attic-stuff

/**
 * converts compressed tile data from a room yy file into a runtime tilemap
 * @param {array<real>} compressed_tile_data the "TileCompressedData" from the yy file
 * @param {string} tilemap_name the string name of the tilemap layer to populate
 * @param {real} tilemap_columns the number of columns in the tilemap being populated
 */
function compressed_tile_data_to_tilemap(compressed_tile_data, tilemap_name, tilemap_columns) {
	
	var tilemap_layer = layer_tilemap_get_id(tilemap_name);
	var tile_index = 0;

attic-stuff

/*
 * takes a sprite frame, from stretched frames, and returns the image index for it
 * @param {Asset.GMSprite} sprite the sprite we're looking up
 * @param {Real} frame the frame to check
 * @return {Real}
 */
function sprite_get_index_from_frame(sprite, frame) {
	
	var all_frames_information = sprite_get_info(sprite).frame_info;
	

attic-stuff

/**
 * creates a struct object for managing a JASC-PAL color palette
 * @param {Real} dot_pal_file the path to the .pal file
 */
function jasc_pal_pallette(dot_pal_file) constructor {
    
    /**
     * parses the .pal file
     * @param {string} dot_pal_file the path toe the .pal file
     */

attic-stuff

//this is the vertex shader
attribute vec3 in_Position;
attribute vec4 in_Colour;
attribute vec2 in_Texture_Coordinate;

varying vec2 vertex_texture_coordinate;

void main() {
    
    vec4 vertex_model_position = vec4(in_Position, 1.0);

attic-stuff

/**
 * converts a room region to a gpu scissor region
 * @param {real} x the x position of the region origin
 * @param {real} y the y position of the region origin
 * @param {real} width the width of the region
 * @param {real} height the height of the region
 * @return {struct}
 */
function room_region_to_scissor_region(x, y, width, height) {
    

attic-stuff

/**
 * remaps the values on a noise texture to fall between two new values
 * @param {asset.GMSprite} noise_sprite the sprite that needs to be remapped
 * @param {real} new_minimum the new minimum noise value
 * @param {real} new_maximum the new maximum noise value
 */
function noise_remap(noise_sprite, new_minimum, new_maximum) {
    
    var width = sprite_get_width(noise_sprite);
    var height = sprite_get_height(noise_sprite);

attic-stuff

/**
 * creates a data uri out of a sprite  
 * assumes rgba, 8bit
 * @param {Asset.GMSprite} sprite_asset which sprite to convert to url
 * @param {Real} [frame_number] which frame is being converted
 * @return {String}
 */
function sprite_create_data_url(sprite_asset, frame_number = 0) {
    
    static buffer_write_u32_backwards = function(buffer, value) {

attic-stuff

function copy_game_path() {
    clipboard_set_text($"{parameter_string(0)} -game {parameter_string(2)}");
}