PxrBakeTexture can be used as a pass-through node for baking patterns networks to 2D textures as part of the baking workflow.
This is the incoming result of the pattern network to be baked. This connection requires a color (RGB). This input takes precedence over Input Float.
This is the incoming result of a pattern network where the output is a float or scalar value.
The input/output filename of the resulting baked texture.
This parameter is required. |
Formatting style for atlas textures. When enabled, the filename must contain _MAPID_ which will be substituted automatically according to the surface parameterization.
| Value | Example (texture_MAPID_.tex) |
|---|---|
| None | texture.tex |
| UDIM (MARI) | texture1001.tex |
| UV Tile Base-1 (Mudbox) | texture_u1_v1.tex |
| UV Tile Base-0 (Zbrush) | texture_u0_v0.tex |
UDIM is only defined for textures with U values in range 0.0 to 10.0 and V values greater than 0.0. Users should avoid negative texture coordinates for all atlas texture workflows. |
Selects different reconstruction filters that can be used during texture lookup. The available filters are:
Interpolate values between mipmap levels, resulting in smoother transitions between levels.
Inverts the T parameter for the texture lookup.
Resulting color when there is an error opening the texture file.
This mode enables or disables texture baking.
Control reading from input patterns or baked textures during regular renders.
| Value | Description |
|---|---|
| Automatic | Attempts to first read previously baked textures, else the input pattern. |
| Input | Always reads from the input pattern. |
| Texture | Always reads from previously baked textures, else the missing color. |
Output file type display driver such as txmake (.tex), OpenEXR (.exr), and TIFF (.tif).
Underlying formats for the txmake (.tex) file type: OpenEXR or TIFF
OpenEXR data type: half or float.
Compression for OpenEXR file format: None, RLE, ZIP, or PIZ
The resolution of the baked texture. Higher numbers may preserve more details at the cost of memory usage. For best results, use a power of two.
This parameter chooses the 2D or 1D primvar that defines the texture manifold.
This optional parameter chooses a second 1D primvar that defines the texture manifold.