mirror of
https://github.com/Ttanasart-pt/Pixel-Composer.git
synced 2024-11-10 12:34:06 +01:00
322 lines
18 KiB
Plaintext
322 lines
18 KiB
Plaintext
function __lua_noti(txt) {
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noti_status(txt);
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}
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function __lua_draw_surface_general(surface, xx, yy, xs = 1, ys = 1, rot = 0, color = c_white, alpha = 1) {
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if(!is_surface(surface)) return;
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draw_surface_ext_safe(surface, xx, yy, xs, ys, rot, color, alpha);
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}
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function __lua_draw_surface_transform(surface, xx, yy, xs = 1, ys = 1, rot = 0) {
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if(!is_surface(surface)) return;
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if(argument_count == 5) ys = argument[4];
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draw_surface_ext_safe(surface, xx, yy, xs, ys, rot, c_white, 1);
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}
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function __lua_draw_surface_colored(surface, xx, yy, color = c_white, alpha = 1) {
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if(!is_surface(surface)) return;
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draw_surface_ext_safe(surface, xx, yy, 1, 1, 0, color, alpha);
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}
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function __lua_draw_surface(surface, xx, yy) {
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if(!is_surface(surface)) return;
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draw_surface_safe(surface, xx, yy);
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}
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function __lua_draw_rectangle(x0, y0, x1, y1) {
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draw_rectangle(x0, y0, x1, y1, false);
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}
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function __lua_draw_rectangle_outline(x0, y0, x1, y1, thick = 1) {
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draw_rectangle_border(x0, y0, x1, y1, thick);
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}
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function __lua_draw_circle(x0, y0, r) {
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draw_circle(x0, y0, r, false);
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}
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function __lua_draw_circle_outline(x0, y0, r, thick = 1) {
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draw_circle_border(x0, y0, r, thick);
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}
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function __lua_draw_ellipse(x0, y0, x1, y1) {
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draw_ellipse(x0, y0, x1, y1, false);
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}
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function __lua_draw_ellipse_outline(x0, y0, x1, y1, thick = 1) {
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draw_ellipse_border(x0, y0, x1, y1, thick);
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}
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function __lua_draw_line(x0, y0, x1, y1, thick = 1) {
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draw_line_width(x0, y0, x1, y1, thick);
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}
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function __lua_draw_line_round(x0, y0, x1, y1, thick = 1) {
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draw_line_round(x0, y0, x1, y1, thick);
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}
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function __lua_draw_pixel(x0, y0) {
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draw_point(x0, y0);
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}
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function __lua_blendmode_set(mode) {
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gpu_set_blendmode(mode);
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}
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function __lua_blendmode_reset() {
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gpu_set_blendmode(bm_normal);
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}
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function __lua_set_color(color = c_white) {
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draw_set_color(color);
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}
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function __lua_set_alpha(alpha = 1) {
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draw_set_alpha(alpha);
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}
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function __lua_set_color_alpha(color = c_white, alpha = 1) {
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draw_set_color(color);
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draw_set_alpha(alpha);
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}
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function __lua_get_color(_x, _y) {
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var surf = surface_get_target();
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if(!is_surface(surf)) return 0;
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return surface_get_pixel_ext(surf, _x, _y);
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}
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function __lua_get_color_surface(surface, _x, _y) {
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if(!is_surface(surface)) return;
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return surface_get_pixel_ext(surface, _x, _y);
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}
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function __lua_color_make_rgb(r, g, b, normalize = false) {
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if(normalize)
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return make_color_rgb(r * 255, g * 255, b * 255);
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return make_color_rgb(r, g, b);
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}
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function __lua_color_make_hsv(h, s, v, normalize = false) {
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if(normalize)
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return make_color_hsv(h * 255, s * 255, v * 255);
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return make_color_hsv(h, s, v);
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}
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function __lua_random(from = 0, to = 1) {
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return random_range(from, to);
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}
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function __lua_irandom(from = 0, to = 1) {
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return irandom_range(from, to);
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}
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function __lua_clamp(number, minn = 0, maxx = 1) {
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return clamp(number, minn, maxx);
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}
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function __lua_string_search(str, sch) {
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return string_pos(sch, str);
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}
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function __initLua() {
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global.lua_functions = [
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"Draw Surface",
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["draw", __lua_draw_surface, "draw(surface, x, y)", "Draw surface, with top left at (x, y).",
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[["surface", "surface", "Surface to draw"], ["x", "number", "x position"], ["y", "number", "y position"]]],
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["drawBlend", __lua_draw_surface_colored, "drawBlend(surface, x, y, color = white, alpha = 1)", "Draw surface with color blending.",
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[["surface", "surface", "Surface to draw"], ["x", "number", "x position"], ["y", "number", "y position"], ["color", "color", "Blend color"], ["alpha", "number", "Alpha (tranparency)"]]],
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["drawTransform", __lua_draw_surface_transform, "drawTransform(surface, x, y, xs = 1, ys = 1, rot = 0)", "Draw surface with extra transformation.",
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[["surface", "surface", "Surface to draw"], ["x", "number", "x position"], ["y", "number", "y position"], ["xs", "number", "x scale"], ["ys", "number", "y scale"], ["rot", "number", "Rotation"]]],
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["drawGeneral", __lua_draw_surface_general, "drawGeneral(surface, x, y, xs = 1, ys = 1, rot = 0, color = white, alpha = 1)", "Draw surface with all the controls.",
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[["surface", "surface", "Surface to draw"], ["x", "number", "x position"], ["y", "number", "y position"], ["xs", "number", "x scale"], ["ys", "number", "y scale"], ["rot", "number", "Rotation"], ["color", "color", "Blend color"], ["alpha", "number", "Alpha (tranparency)"]]],
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"Draw Functions",
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["clear", function(color = 0, alpha = 0) { draw_clear_alpha(color, alpha); }, "clear()", "Clear surface, need to be call every frame to refresh the surface. "],
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["setColor", __lua_set_color, "setColor(color = white)", "Set current drawing color.",
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[["color", "color", "Draw color"], ]],
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["setAlpha", __lua_set_alpha, "setAlpha(alpha = 1)", "Set current drawing alpha.",
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[["alpha", "number", "Draw alpha"], ]],
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["setColorAlpha", __lua_set_color_alpha, "setColorAlpha(color = white, alpha = 1)", "Set current drawing color and alpha.",
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[["color", "color", "Draw color"], ["alpha", "number", "Draw alpha"], ]],
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["getColor", __lua_get_color, "getColor(x, y)", "Get color from current surface.",
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[["x", "number", "Sample x position"], ["y", "number", "Sample y position"], ]],
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["getColorSurface", __lua_get_color_surface, "getColorSurface(surface, x, y)", "Get color from surface.",
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[["surface", "surface", "Surface to get color from"], ["x", "number", "Sample x position"], ["y", "number", "Sample y position"], ]],
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["drawRect", __lua_draw_rectangle, "drawRect(x0, y0, x1, y1)", "Draw filled rectangle.",
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[["x0", "number", "Left position"], ["y0", "number", "Top position"], ["x1", "number", "Right position"], ["y1", "number", "Bottom position"], ]],
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["drawRectOutline", __lua_draw_rectangle_outline, "drawRectOutline(x0, y0, x1, y1, thick = 1)", "Draw rectangle outline.",
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[["x0", "number", "Left position"], ["y0", "number", "Top position"], ["x1", "number", "Right position"], ["y1", "number", "Bottom position"], ["thick", "number", "Line thickness"], ]],
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["drawCircle", __lua_draw_circle, "drawCircle(x, y, radius)", "Draw filled circle.",
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[["x", "number", "Center x position"], ["y", "number", "Center y position"], ["radius", "number", "Circle radius"], ]],
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["drawCircleOutline", __lua_draw_circle_outline, "drawCircleOutline(x, y, radius, thick = 1)", "Draw circle outline.",
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[["x", "number", "Center x position"], ["y", "number", "Center y position"], ["radius", "number", "Circle radius"], ["thick", "number", "Line thickness"], ]],
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["drawEllipse", __lua_draw_ellipse, "drawEllipse(x0, y0, x1, y1)", "Draw filled ellipse.",
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[["x0", "number", "Left position"], ["y0", "number", "Top position"], ["x1", "number", "Right position"], ["y1", "number", "Bottom position"], ]],
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["drawEllipseOutline", __lua_draw_ellipse_outline, "drawEllipseOutline(x0, y0, x1, y1, thick = 1)", "Draw ellipse outline.",
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[["x0", "number", "Left position"], ["y0", "number", "Top position"], ["x1", "number", "Right position"], ["y1", "number", "Bottom position"], ["thick", "number", "Line thickness"], ]],
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["drawLine", __lua_draw_line, "drawLine(x0, y0, x1, y1, thick = 1)", "Draw line.",
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[["x0", "number", "x position of the first point"], ["y0", "number", "y position of the first point"], ["x1", "number", "x position of the second point"], ["y1", "number", "y position of the second point"], ["thick", "number", "Line thickness"], ]],
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["drawLineRound", __lua_draw_line_round, "drawLineRound(x0, y0, x1, y1, thick = 1)", "Draw line with rounded cap.",
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[["x0", "number", "x position of the first point"], ["y0", "number", "y position of the first point"], ["x1", "number", "x position of the second point"], ["y1", "number", "y position of the second point"], ["thick", "number", "Line thickness"], ]],
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["drawPixel", __lua_draw_pixel, "drawPixel(x, y)", "Draw a single pixel.",
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[["x", "number", "x position"], ["y", "number", "y position"]]],
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"Colors",
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["colorGetRed", colour_get_red, "colorGetRed(color)", "Get red value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["colorGetGreen", colour_get_green, "colorGetGreen(color)", "Get green value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["colorGetBlue", colour_get_blue, "colorGetBlue(color)", "Get blue value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["colorGetHue", colour_get_hue, "colorGetHue(color)", "Get hue value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["colorGetSaturation", colour_get_saturation, "colorGetSaturation(color)", "Get seturation value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["colorGetValue", colour_get_value, "colorGetValue(color)", "Get value value from color (0-255).",
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[["color", "color", "color (very useful I know)"], ]],
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["getCurrentColor", draw_get_colour, "getColor()", "Get current drawing color.", ],
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["getCurrentAlpha", draw_get_alpha, "getAlpha()", "Get current drawing alpha.", ],
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["colorCreateRGB", __lua_color_make_rgb, "colorCreateRGB(red, green, blue, normalize = false)", "Create color from RGB value.",
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[["red", "number", "Red component"], ["green", "number", "Green component"], ["blue", "number", "Blue component"], ["normalize", "boolean", "Use normalized value (0-1) or non normalized value (0-255)"], ]],
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["colorCreateHSV", __lua_color_make_hsv, "colorCreateHSV(hue, saturation, value, normalize = false)", "Create color from HSV value.",
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[["hue", "number", "Hue component"], ["saturation", "number", "Saturation component"], ["value", "number", "Value component"], ["normalize", "boolean", "Use normalized value (0-1) or non normalized value (0-255)"], ]],
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["colorMerge", merge_colour, "colorMerge(colorFrom, colorTo, ratio)", "Combine 2 colors.",
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[["colorFrom", "color", "First color"], ["colorTo", "color", "Second color"], ["ratio", "number", "Blend amount 0 = colorFrom, 1 = colorTo"] ]],
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["setBlend", __lua_blendmode_set, "setBlend(blend)", "Set blending mode: 0 = normal, 1 = add, 3 = subtract.",
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[["blend", "number", "Blend mode."], ]],
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["resetBlend", __lua_blendmode_reset, "resetBlend()", "Reset blending mode.", ],
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"Numbers",
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["randomize", randomize, "randomize()", "Randomize all random functions.", ],
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["setSeed", random_set_seed, "setSeed(seed)", "Set random seed to specific value.",
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[["seed", "number", "seed value"], ]],
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["random", __lua_random, "random(from = 0, to = 1)", "Random floating value.",
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[["from", "number", "Minimum value"], ["to", "number", "Maximum value (exclusive)"], ]],
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["irandom", __lua_irandom, "irandom(from = 0, to = 1)", "Random integer value.",
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[["from", "number", "Minimum value"], ["to", "number", "Maximum value (inclusive)"], ]],
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["abs", abs, "abs(number)", "Calculate absolute value.",
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[["number", "number", "Number"], ]],
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["round", round, "round(number)", "Round decimal to the closet integer.",
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[["number", "number", "Number"], ]],
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["floor", floor, "floor(number)", "Round decimal down to the closet integer.",
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[["number", "number", "Number"], ]],
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["ceil", ceil, "ceil(number)", "Round decimal up to the closet integer.",
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[["number", "number", "Number"], ]],
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["max", max, "max(number0, number1)", "Return maximum value between 2 numbers.",
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[["number0", "number", "First number"], ["number1", "number", "Second number"], ]],
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["min", min, "min(number0, number1)", "Return minimum value between 2 numbers.",
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[["number0", "number", "First number"], ["number1", "number", "Second number"], ]],
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["clamp", __lua_clamp, "clamp(number, min = 0, max = 1)", "Clamp number between 2 values.",
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[["number", "number", "Number to clamp"], ["min", "number", "Minimum range"], ["max", "number", "Maximum range"], ]],
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["lerp", lerp, "lerp(numberFrom, numberTo, ratio)", "Linearly interpolate between 2 numbers.",
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[["number0", "number", "First number"], ["number1", "number", "Second number"], ["ratio", "number", "Lerp amount 0 = first number, 1 = second number"], ]],
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["sqr", sqr, "sqr(number)", "Return square value (n * n)",
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[["number", "number", "n"], ]],
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["sqrt", sqrt, "sqrt(number)", "Return square root of number.",
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[["number", "number", "n"], ]],
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["power", power, "power(base, exponent)", "Return a ^ b",
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[["base", "number", "Base (a)"], ["exponent", "number", "Exponent (b)"], ]],
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["exp", exp, "exp(exponent)", "Return exponent power(e, n)",
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[["exponent", "number", "Exponent (n)"], ]],
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["ln", ln, "ln(number)", "Return natural log (log(e, n))",
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[["number", "number", "n"], ]],
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["log2", log2, "log2(number)", "Return log 2 of n.",
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[["number", "number", "Number (n)"], ]],
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["log10", log10, "log10(number)", "Return log 10 of n.",
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[["number", "number", "Number (n)"], ]],
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["logn", logn, "logn(base, number)", "Return log b of a.",
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[["base", "number", "Base (b)"], ["number", "number", "Number (a)"], ]],
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"Trigonometry, Vector",
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["sin", sin, "sin(number)", "Return sin of radian angle.",
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[["number", "number", "Angle in radian"], ]],
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["cos", cos, "cos(number)", "Return cos of radian angle.",
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[["number", "number", "Angle in radian"], ]],
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["tan", tan, "tan(number)", "Return tan of radian angle.",
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[["number", "number", "Angle in radian"], ]],
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["asin", arcsin, "asin(number)", "Return arcsin (in radian).",
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[["number", "number", "Value"], ]],
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["acos", arccos, "acos(number)", "Return arccos (in radian).",
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[["number", "number", "Value"], ]],
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["atan", arctan, "atan(number)", "Return arctan (in radian).",
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[["number", "number", "Value"], ]],
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["atan2", arctan2, "atan2(y, x)", "Return arctan (in radian) from y, x.",
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[["y", "number", "y value"], ["x", "number", "x value"], ]],
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["dsin", dsin, "dsin(number)", "Return sin of degree angle.",
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[["number", "number", "Angle in degree"], ]],
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["dcos", dcos, "dcos(number)", "Return cos of degree angle.",
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[["number", "number", "Angle in degree"], ]],
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["dtan", dtan, "dtan(number)", "Return tan of degree angle.",
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[["number", "number", "Angle in degree"], ]],
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["dasin", darcsin, "dasin(number)", "Return arcsin (in degree).",
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[["number", "number", "Value"], ]],
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["dacos", darccos, "dacos(number)", "Return arccos (in degree).",
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[["number", "number", "Value"], ]],
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["datan", darctan, "datan(number)", "Return arctan (in degree).",
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[["number", "number", "Value"], ]],
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["datan2", darctan2, "datan2(y, x)", "Return arctan (in degree) from y, x.",
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[["y", "number", "y value"], ["x", "number", "x value"], ]],
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["rad", degtorad, "rad(number)", "Convert degree angle to radian.",
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[["number", "number", "Degree angle"], ]],
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["deg", radtodeg, "deg(number)", "Convert radian angle to degree.",
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[["number", "number", "Radian angle"], ]],
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["dot", dot_product, "dot(x0, y0, x1, y1)", "Calculate dot product.",
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[["x0", "number", "Value"], ["y0", "number", "Value"], ["x1", "number", "Value"], ["y1", "number", "Value"], ]],
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"String",
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["stringLength", string_length, "stringLength(string)", "Return length of the string.",
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[["string", "text", "Text to calculate length"], ]],
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["stringSearch", __lua_string_search, "stringSearch(string, searchString)", "Return position of the substring in a string. (String position start at 1, curse you GameMaker.)",
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[["string", "text", "Text to get position from"], ["searchString", "text", "Searching text."], ]],
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["stringCopy", string_copy, "stringCopy(string, start, length)", "Return copy of a string.",
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[["string", "text", "Original text"], ["start", "number", "Starting position"], ["length", "number", "Length of text to copy"], ]],
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["stringUpper", string_upper, "stringUpper(string)", "Convert string to uppercase.",
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[["string", "text", "Text to convert"], ]],
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["stringLower", string_lower, "stringLower(string)", "Convert string to lowercase.",
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[["string", "text", "Text to convert"], ]],
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["stringReplace", string_replace, "stringReplace(string, replaceFrom, replaceTo)", "Replace the first occurance of a string with another string.",
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[["string", "text", "Text input"], ["replaceFrom", "text", "Text that will be replace"], ["replaceTo", "text", "Text to replace to"], ]],
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["stringReplaceAll", string_replace_all, "stringReplaceAll(string, replaceFrom, replaceTo)", "Replace every occurances of a string with another string.",
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[["string", "text", "Text input"], ["replaceFrom", "text", "Text that will be replace"], ["replaceTo", "text", "Text to replace to"], ]],
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["stringSplit", string_split, "stringSplit(string, delimiter)", "Separate string to arrays.",
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[["string", "text", "Text input"], ["delimiter", "text", "Text that will use to cut the string"], ]],
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"Project",
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["Project.frame", noone, "Project.frame", "Get current frame index (start at 0)."],
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["Project.frameTotal", noone, "Project.frameTotal", "Get animation length."],
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["Project.fps", noone, "Project.fps", "Get animation framerate."],
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"Debug",
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["print", __lua_noti, "print(string)", "Display text on notification.",
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[["string", "text", "Text to display"], ]],
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];
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globalvar LUA_API;
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LUA_API = ds_map_create();
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for( var i = 0, n = array_length(global.lua_functions); i < n; i++ ) {
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if(is_string(global.lua_functions[i])) continue;
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if(global.lua_functions[i][1] == noone) continue;
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LUA_API[? global.lua_functions[i][0]] = global.lua_functions[i][1];
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}
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}
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function lua_create() {
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var state = lua_state_create();
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var k = ds_map_find_first(LUA_API);
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repeat(ds_map_size(LUA_API)) {
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lua_add_function(state, k, LUA_API[? k]);
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k = ds_map_find_next(LUA_API, k);
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}
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lua_add_code(state, @"
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Project = {};
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Project.frame = 0;
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Project.frameTotal = 0;
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Project.fps = 0;
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");
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lua_projectData(state);
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return state;
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}
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function lua_projectData(state) {
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lua_add_code(state, @"
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Project.frame = " + string(CURRENT_FRAME) + @";
|
|
Project.frameTotal = " + string(TOTAL_FRAMES) + @";
|
|
Project.fps = " + string(PROJECT.animator.framerate) + @";
|
|
");
|
|
}
|
|
|
|
function _lua_error(msg, state) { noti_warning($"Lua error: {msg}\n{state}"); } |