private Submesh3D ImportSubmesh(FbxSubmesh meshAttribute, FbxNode node)
{
var sm = new Submesh3D {
Mesh = new Mesh <Mesh3D.Vertex> {
Vertices = meshAttribute.Vertices,
Indices = meshAttribute.Indices.Select(index => checked ((ushort)index)).ToArray(),
AttributeLocations = new[] {
ShaderPrograms.Attributes.Pos1,
ShaderPrograms.Attributes.Color1,
ShaderPrograms.Attributes.UV1,
ShaderPrograms.Attributes.BlendIndices,
ShaderPrograms.Attributes.BlendWeights,
ShaderPrograms.Attributes.Normal,
ShaderPrograms.Attributes.Tangent
}
},
Material = meshAttribute.MaterialIndex != -1 && node.Materials != null
? GetOrCreateLimeMaterial(node.Materials[meshAttribute.MaterialIndex])
: FbxMaterial.Default
};
MeshUtils.RemoveDuplicates(sm.Mesh);
if (meshAttribute.Bones.Length > 0)
{
foreach (var bone in meshAttribute.Bones)
{
sm.BoneNames.Add(bone.Name);
sm.BoneBindPoses.Add(bone.Offset);
}
}
return(sm);
}
private Submesh3D ImportSubmesh(FbxSubmesh meshAttribute, FbxImporter.FbxNode node)
{
var sm = new Submesh3D();
sm.Mesh = new Mesh <Mesh3D.Vertex> {
Vertices = meshAttribute.Vertices,
Indices = meshAttribute.Indices.Select(index => checked ((ushort)index)).ToArray(),
AttributeLocations = new[] {
ShaderPrograms.Attributes.Pos1,
ShaderPrograms.Attributes.Color1,
ShaderPrograms.Attributes.UV1,
ShaderPrograms.Attributes.BlendIndices,
ShaderPrograms.Attributes.BlendWeights,
ShaderPrograms.Attributes.Normal
}
};
sm.Material = meshAttribute.MaterialIndex != -1 ?
CreateLimeMaterial(node.Materials[meshAttribute.MaterialIndex], path, target) : FbxMaterial.Default;
if (meshAttribute.Bones.Length > 0)
{
foreach (var bone in meshAttribute.Bones)
{
sm.BoneNames.Add(bone.Name);
sm.BoneBindPoses.Add(bone.Offset);
}
}
return(sm);
}
private static void ReplaceRenderTexturesInSubmesh(Submesh3D submesh)
{
// RenderTexture can't be serialized
var cm = submesh.Material as CommonMaterial;
if (cm?.DiffuseTexture is RenderTexture)
{
cm.DiffuseTexture = new SerializableTexture();
}
}
private Submesh3D ImportSubmesh(Submesh meshAttribute, FbxImporter.Node node)
{
var sm = new Submesh3D();
sm.Mesh = new Mesh {
VertexBuffers = new[] {
new VertexBuffer <Mesh3D.Vertex> {
Data = meshAttribute.Vertices,
},
},
IndexBuffer = new IndexBuffer {
Data = meshAttribute.Indices.Select(index => checked ((ushort)index)).ToArray()
},
Attributes = new[] { new[] {
ShaderPrograms.Attributes.Pos1,
ShaderPrograms.Attributes.Color1,
ShaderPrograms.Attributes.UV1,
ShaderPrograms.Attributes.BlendIndices,
ShaderPrograms.Attributes.BlendWeights,
ShaderPrograms.Attributes.Normal
} }
};
sm.Material = meshAttribute.MaterialIndex != -1 ?
node.Materials[meshAttribute.MaterialIndex].ToLime(path) : Material.Default;
if (meshAttribute.Bones.Length > 0)
{
foreach (var bone in meshAttribute.Bones)
{
sm.BoneNames.Add(bone.Name);
sm.BoneBindPoses.Add(bone.Offset);
}
}
return(sm);
}
