Exporter Plugin [portable]: 3d Rad

3D Rad imports standard formats (OBJ, X, 3DS). If you write a plugin that exports to these formats from Blender/Maya, 3D Rad will automatically accept them.

In your DLL project, use extern "C" to export functions:

This data is stored as custom metadata on the mesh nodes, invisible to the renderer but critical for the RAD file.

: If the model looks "faceted," check the "Smooth" option in the object properties within 3D Rad. 5. Troubleshooting Common Issues

extern "C" __declspec(dllexport) float* GetMeshVertices(const char* filePath) static std::vector<float> verts; // ... populate verts ... return verts.data();

Exporter Plugin [portable]: 3d Rad

3D Rad imports standard formats (OBJ, X, 3DS). If you write a plugin that exports to these formats from Blender/Maya, 3D Rad will automatically accept them.

In your DLL project, use extern "C" to export functions: 3d rad exporter plugin

This data is stored as custom metadata on the mesh nodes, invisible to the renderer but critical for the RAD file. 3D Rad imports standard formats (OBJ, X, 3DS)

: If the model looks "faceted," check the "Smooth" option in the object properties within 3D Rad. 5. Troubleshooting Common Issues 3D Rad imports standard formats (OBJ

extern "C" __declspec(dllexport) float* GetMeshVertices(const char* filePath) static std::vector<float> verts; // ... populate verts ... return verts.data();