vega

MAYAFLUX_API Creator MayaFlux::vega {}

Global Creator instance.

Every call on vega is one of three kinds:

• Class-named factories (Sine, AudioBuffer, ModalNetwork, TextureBuffer and the rest of the registry) construct the class with exactly its constructor arguments. The pipe registers the result in a domain.
• read_* loaders take a source and return the real object. read_audio, read_image, read_file, read_mesh and read_mesh_network load from a path or, with no argument, from the matching choose_* call. read_file returns a CompositeContainer for supported structured formats. read_mesh returns a MeshGroupHandle that the pipe registers. read_hid, read_midi, read_osc, read_tablet and read_input create an input node and register it against a binding.
• evolve and mint take a config and perform the whole sequence, returning the real object with rendering attached.

auto wave = vega.Sine(440.f) | Audio[0];
auto buf  = vega.AudioBuffer(0, 512) | Audio[0];
auto net  = vega.ModalNetwork(16, 220.0) | Audio[{0, 1}];
auto tex  = vega.TextureBuffer(...) | Graphics;
 
auto sfx    = vega.read_audio("x.wav") | Audio;
auto image  = vega.read_image("x.png") | Graphics;
auto records = vega.read_file("x.csv");
auto meshes = vega.read_mesh("x.fbx") | Graphics;
auto pad    = vega.read_midi(config, binding);
 
auto life  = vega.evolve(grid_config, seed, { .target_window = window });
auto smoke = vega.evolve(volume, flow_config, { .target_window = window });
auto form  = vega.mint(StructureConfig::Object {
    .mesh = mesh,
    .render = { .target_window = window } });

Definition at line 28 of file Creator.cpp.

{};