Scene

Constructors

this

this()

creates a new scene

Members

Functions

begin

void begin()

called internally on scene creation

create_entity

Entity create_entity(string name, Vector2 pos)

create an entity given a name and a 2d position

create_entity

Entity create_entity(string name, Vector3 pos)

create an entity given a name and a 3d position

create_entity

Entity create_entity(string name)

create an entity given a name

end

void end()

called internally on scene destruction

get_entity

Entity get_entity(string name)

Undocumented in source. Be warned that the author may not have intended to support it.

get_manager

Nullable!T get_manager()

Undocumented in source. Be warned that the author may not have intended to support it.

on_start

void on_start()

called at the start of the scene

post_render

void post_render()

run postprocessors

render

void render()

called internally to render ecs

render_scene

void render_scene()

Undocumented in source.

setup

void setup()

setup that hapostprocessorsens after begin, but before the child scene starts

unload

void unload()

called right before cleanup

update

void update()

called internally to update ecs

Properties

filter_mode

raylib.TextureFilterMode filter_mode [@property setter]

sets the texture filtering mode for the scene render target

resolution

Vector2 resolution [@property getter]

gets the render resolution. initialized to Core.default_resolution

resolution

Vector2 resolution [@property setter]

sets the render resolution and updates the render target

Structs

CompositeMode

struct CompositeMode

the mode for compositing a scene onto the display buffer

Variables

clear_color

raylib.Color clear_color;

the cleared background color

composite_mode

CompositeMode composite_mode;

the mode of compositing

ecs

EntityManager ecs;

the entity manager

managers

Manager[] managers;

updatable managers

postprocessors

PostProcessor[] postprocessors;

postprocessors effects

render_target

RenderTarget render_target;

the render target

import re.util.test : TestGame;

static class TestScene : Scene2D {
    class Plant : Component, Updatable {
        public int height = 0;

        void update() {
            height++;
        }
    }

    override void on_start() {
        // create a basic entity
        auto nt = create_entity("apple");
        // add a basic component
        nt.add_component(new Plant());
    }
}

auto my_scene = new TestScene();

class Game : TestGame {
    override void initialize() {
        load_scenes([my_scene]);
    }
}

auto game = new Game();
game.run();

// make sure scene is accessible
assert(game.primary_scene == my_scene, "primary scene does not match loaded scene");

// make sure components worked
assert(my_scene.get_entity("apple").get_component!(TestScene.Plant)().height > 0, "test Updatable was not updated");

game.destroy(); // clean up

// make sure scene is cleaned up
assert(my_scene.ecs is null, "scene was not cleaned up");

• Scene