`unreal.GeometryScriptBakeTextureOptions`¶

class unreal.GeometryScriptBakeTextureOptions(resolution: GeometryScriptBakeResolution = Ellipsis, bit_depth: GeometryScriptBakeBitDepth = Ellipsis, samples_per_pixel: GeometryScriptBakeSamplesPerPixel = Ellipsis, sample_filter_mask: Texture2D = Ellipsis, filtering_type: GeometryScriptBakeFilteringType = Ellipsis, projection_distance: float = 0.0, projection_in_world_space: bool = False)¶

Bases: StructBase

Geometry Script Bake Texture Options

C++ Source:

Plugin: GeometryScripting
Module: GeometryScriptingCore
File: MeshBakeFunctions.h

Editor Properties: (see get_editor_property/set_editor_property)

bit_depth (GeometryScriptBakeBitDepth): [Read-Write] The bit depth for each channel of the generated textures
filtering_type (GeometryScriptBakeFilteringType): [Read-Write] Filtering Type to perform on samples
projection_distance (float): [Read-Write] Maximum allowed distance for the projection from target mesh to source mesh for the sample to be considered valid. This is only relevant if a separate source mesh is provided.
projection_in_world_space (bool): [Read-Write] If true, uses the world space positions for the projection from target mesh to source mesh, otherwise it uses their object space positions. This is only relevant if a separate source mesh is provided.
resolution (GeometryScriptBakeResolution): [Read-Write] The pixel resolution of the generated textures
sample_filter_mask (Texture2D): [Read-Write] Mask texture for filtering out samples/pixels from the output texture
samples_per_pixel (GeometryScriptBakeSamplesPerPixel): [Read-Write] Number of samples per pixel

property bit_depth: GeometryScriptBakeBitDepth¶

[Read-Write] The bit depth for each channel of the generated textures

Type:: (GeometryScriptBakeBitDepth)

property filtering_type: GeometryScriptBakeFilteringType¶

[Read-Write] Filtering Type to perform on samples

Type:: (GeometryScriptBakeFilteringType)

property projection_distance: float¶

[Read-Write] Maximum allowed distance for the projection from target mesh to source mesh for the sample to be considered valid. This is only relevant if a separate source mesh is provided.

Type:: (float)

property projection_in_world_space: bool¶

[Read-Write] If true, uses the world space positions for the projection from target mesh to source mesh, otherwise it uses their object space positions. This is only relevant if a separate source mesh is provided.