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Image-based lighting based on RGBT encode.Approximation atmospheric fog and sky scattering.Volumetric fog (cube and sphere fog support).Volumetric light (point, spot and ies light source support).Omni light shadow support based on dual-paraboloid project.IES light profiles (point and spot light support).Multiple light sources (Point, spot, sun, reactangle, disk, sphere, tube, ies).Cook-Torrance microfacet specular BRDF (GGX) and burley diffuse BRDF.Approximation subsurface scattering materials.Anisotropic material to simulate a specular reflection.Cloth material with cloth-DFG to simulate a specular reflection.Clear coat material with absorption to simulate a second layer.Physically-Based Material: albedo, metallic, smoothness/roughness, specular/reflectance, emissive, etc.Direct3D 9 With Shader Model 3.0 (ps_3_0).MikuMikuDance - 926ver (圆4) (Without Anti-Aliasing).StereoImage - v1.0.0 (zip) (updated: 2.

Ray-MMD is a free, powerful library and an extension pack of mikumikudance, offering an easy way of adding physically-based rendering with high-freedom of operation.

If you don't want to do it through mmd for whatever reason, you can extarct from pmm by understanding the pmx data structure, the entire structure is as followsīody: (All are arrays of byte/short/int with null as -1, other than vertices which is ubyte/ushort/int non-nullable.Īll you need to do is read through the pmm file until you find the above pattern of data types, then write them to a pmx file until you get the next header information and repeat through that.Ray-MMD English 中文文档 Physically-Based Rendering It is possible but I don't think there's a tool for it, it'd be easier for you to open the scene in mmd and individually export as pmx.