Dokumentacja

multimesh3d

Thousands of copies of one mesh in one draw, each with its own transform, colour and custom data, through node.multimesh3d.

Na tej stronie

Functions

Thousands of copies of one mesh in one draw, each with its own transform, colour and custom data, through node.multimesh3d.

15 functions, 0 constants. Scripts reach it as multimesh3d::.

Acts on multimesh3d: those functions are also methods on the component's handle, without the node argument.

Functions

Argument kinds are the script values a call passes: node is a node handle, any a table or value of any kind, fn a callback.

function	acts on	what it does
`buffer(Node) -> [float]`	`multimesh3d`	Every instance as one flat list of floats in Godot's `MultiMesh.buffer` layout: 12 of transform in 3D or 8 in 2D, then 4 of colour and 4 of custom data.
`instance_color(Node, int) -> Color`	`multimesh3d`	The colour one instance draws in.
`instance_count(Node) -> int`	`multimesh3d`	How many instances the node holds.
`instance_custom_data(Node, int) -> Color`	`multimesh3d`	One instance's four floats of custom data, as a colour.
`instance_transform(Node, int) -> Transform3d`	`multimesh3d`	One instance's transform.
`instances(Node) -> [render::MultimeshInstance]`	`multimesh3d`	Every instance as the `multimesh` asset spells it, so `assets.save` writes a scripted layout into a file.
`populate(Node, render::PopulateOptions) -> [render::MultimeshInstance]`	`multimesh3d`	Godot's Populate Surface, and a row, a ring or a grid: the instances a layout would write, worked out from `seed`, returned in the `multimesh` asset's shape rather than set. `kind` is `render.POPULATE_SURFACE` with a `surface` node, `POPULATE_ROW` (`count`, `step`), `POPULATE_RING` (`count`, `radius`) or `POPULATE_GRID` (`counts`, `step`); `rotation`, `tilt` and `random_scale` vary each instance, as fractions, around `scale`.
`set_buffer(Node, [float])`	`multimesh3d`	Replace every instance from one flat list in the layout `buffer` answers in, for a Godot port that sets `buffer`. Building the list in a script costs more than one `set_instance_transform` per instance.
`set_instance_color(Node, int, Color)`	`multimesh3d`	The colour one instance draws in.
`set_instance_count(Node, int)`	`multimesh3d`	How many instances the node holds. Those below the count keep where they were; new ones are plain, at the node.
`set_instance_custom_data(Node, int, Color)`	`multimesh3d`	Four floats a material's shader reads for one instance, as a colour.
`set_instance_transform(Node, int, Transform3d)`	`multimesh3d`	Place one instance. A shear is kept, as the instance's `basis`.
`set_instances(Node, [render::MultimeshInstance])`	`multimesh3d`	Replace every instance with a list in the `multimesh` asset's shape.
`set_visible_instance_count(Node, int)`	`multimesh3d`	How many instances draw, from the first; -1 draws them all.
`visible_instance_count(Node) -> int`	`multimesh3d`	How many instances draw; -1 is all of them.