This node converts the input height field into (tiled) geometry. It can also create adaptive meshing based on heightfield details measured using curvature.
Pressing this button will export the heightfield to disk as geometry using the provided settings.
This specifies the output file(s) on disk. Use $(X) and $(Y) to insert the tile number into the filename.
Enabling this toggle will store all chunks in a single file as sub-objects inside the FBX.
Export in ASCII Format
Controls if the exported FBX should be binary or ASCII format.
FBX SDK Version
This allows you to override the used FBX SDK version for export. Default is usually best.
This allows you to override which layer is used for the height information. Generally this value is “height”.
This allows you to control how many chunks have to be generated from the input heightfield.
When this toggle is enabled, the tool will color code all separate chunks for you.
This parameter controls the base density of your generated mesh. A value of 1.0 will generate an equal amount of quads as there are voxels in the heightfield. Lower this value prior to enabling adaptive density.
0-1 UV per segment
Enabling this toggle will force the UVs for all chunks to be distributed from 0-1 in total.
Enabling this toggle will create a closed extruded chunk rather than an open planar surface. This might be useful if you plan on using this geometry for simulations.
This controls the depth of the extrusion produced by the “Extrude Base” toggle.
This controls the direction of the extruded base.
This controls if the extruded bottom needs to be flat for all chunks, or if it should keep the shape of the heightfield.
Enabling this toggle will have the tool calculate adaptive quad density based on heightfield details.
Num Density Levels
This allows you to control how many levels of adaptive density the tool has to generate. Higher will produce more adaptive detail. Please note that increasing this value will increase the cooking time.
The density distribution controls smoothing iterations prior to dividing the heightfield into adaptive quads.
This ramp allows you to control how the adaptive density gets distributed over the heightfield details.