validate_mesh {rayvertex} | R Documentation |
Validate Mesh Data
Description
This function takes a mesh and validates it. The mesh should be a list with "shapes", "materials", "vertices", "texcoords", "normals", and "material_hashes" entries.
Usage
validate_mesh(mesh, validate_materials = TRUE)
Arguments
mesh |
List. A mesh is a list as described above. |
validate_materials |
Default |
Value
A mesh.
Shapes
Each "shapes" entry should be a list with "mesh", "name", and "material" entries. Each "mesh" entry should have "indices", "tex_indices", "norm_indices", "material_ids", "has_vertex_tex", and "has_vertex_normals". The indices should not exceed the number of rows in their corresponding vertex/normal/texcoord data. There should be no NA/NaN values in the vertex/normal/texcoord data.
Materials (for rayvertex package only)
Each "materials" entry is expected to be a list with several entries with specific required lengths, as listed below:
Attribute | Length | Type |
diffuse | 3 | Numeric |
ambient | 3 | Numeric |
specular | 3 | Numeric |
transmittance | 3 | Numeric |
emission | 3 | Numeric |
shininess | 1 | Numeric |
ior | 1 | Numeric |
dissolve | 1 | Numeric |
illum | 1 | Numeric |
diffuse_texname | 1 | Character |
normal_texname | 1 | Character |
bump_texname | 1 | Character |
specular_texname | 1 | Character |
ambient_texname | 1 | Character |
emissive_texname | 1 | Character |
diffuse_intensity | 1 | Numeric |
bump_intensity | 1 | Numeric |
specular_intensity | 1 | Numeric |
emission_intensity | 1 | Numeric |
ambient_intensity | 1 | Numeric |
culling | 1 | Character |
type | 1 | Character |
translucent | 1 | Logical |
toon_levels | 1 | Numeric |
toon_outline_width | 1 | Numeric |
toon_outline_color | 3 | Numeric |
reflection_intensity | 1 | Numeric |
reflection_sharpness | 1 | Numeric |
two_sided | 1 | Logical |
Note: This materials validation only applies to the rayvertex package. Other renderers might choose to use their own information in the material list.
Examples
# validate a mesh
mesh = validate_mesh(sphere_mesh())