private void ApplyModelGameObjectSettings(GameObject gameObject, DefaulterData.ModelData modelData)
{
if ((modelData.isDefault || modelData.importMode == DefaulterData.ImportMode.Once) && HasAssetBeenImported())
{
return;
}
if (!modelData.Evaluate(ModelImporter))
{
return;
}
LogRule(modelData);
#region GameObject
var go = modelData.gameObjectOptions;
if (go.override_tag)
{
SetTagRecursively(gameObject, go.tag);
}
if (go.override_layer)
{
SetLayerRecursively(gameObject, go.layer);
}
if (go.override_flags)
{
SetFlagsRecursively(gameObject, (StaticEditorFlags)go.flags);
}
#endregion
}
private void GetModelMaterial(DefaulterData.ModelData modelData, ref Material output)
{
if (modelData.materialOptions.override_defaultMaterial)
{
output = modelData.materialOptions.defaultMaterial;
}
}
private void ApplyModelSettings(DefaulterData.ModelData modelData)
{
if ((modelData.isDefault || modelData.importMode == DefaulterData.ImportMode.Once) && HasAssetBeenImported())
{
return;
}
if (!modelData.Evaluate(ModelImporter))
{
return;
}
LogRule(modelData);
#region Mesh Options
var mesh = modelData.meshOptions;
if (mesh.override_globalScale)
{
ModelImporter.globalScale = mesh.globalScale;
}
if (mesh.override_meshCompression)
{
ModelImporter.meshCompression = mesh.meshCompression;
}
if (mesh.override_isReadable)
{
ModelImporter.isReadable = mesh.isReadable;
}
if (mesh.override_optimizeMesh)
{
ModelImporter.optimizeMesh = mesh.optimizeMesh;
}
if (mesh.override_importBlendShapes)
{
ModelImporter.importBlendShapes = mesh.importBlendShapes;
}
if (mesh.override_addCollider)
{
ModelImporter.addCollider = mesh.addCollider;
}
if (mesh.override_keepQuads) /* No public APIs */ } {
