public SerializableModel(Node node, TimeValue t, bool bMeshData, bool bReferencedData)
{
color = node.Color;
bone = node.IsBone;
if (bMeshData) // && node.Visibility.Render)
mesh = node.GetMesh(t);
transform = node.GetNodeTransform(t);
name = node.Name;
foreach (Node child in node.Nodes)
models.Add(new SerializableModel(child, t, bMeshData));
if (bReferencedData)
foreach (SceneObject obj in node.TargetTree.FilterType<SceneObject>())
submeshes.Add(obj.GetMesh(t));
}
int CreateGlobalVertex(IMesh mesh, Mesh computedMesh, int face, int facePart, List<GlobalVertex> vertices, bool hasUV, bool hasUV2, VNormal[] vnorms, List<GlobalVertex>[] verticesAlreadyExported, IISkinContextData skinContextData)
{
var faceObject = mesh.Faces[face];
var vertexIndex = (int)faceObject.V[facePart];
var vertex = new GlobalVertex
{
BaseIndex = vertexIndex,
Position = mesh.Verts[vertexIndex],
Normal = (vnorms != null) ? vnorms[vertexIndex].GetNormal(faceObject.SmGroup) : computedMesh.vnormals[vertexIndex]._IPoint3
};
if (hasUV)
{
var tvertexIndex = (int)mesh.TvFace[face].T[facePart];
vertex.UV = Loader.Global.Point2.Create(mesh.TVerts[tvertexIndex].X, mesh.TVerts[tvertexIndex].Y);
}
if (hasUV2)
{
var tvertexIndex = (int)mesh.MapFaces(2)[face].T[facePart];
vertex.UV2 = Loader.Global.Point2.Create(mesh.MapVerts(2)[tvertexIndex].X, mesh.MapVerts(2)[tvertexIndex].Y);
}
if (skinContextData != null)
{
float weight0 = 0;
float weight1 = 0;
float weight2 = 0;
int bone0 = bonesCount;
int bone1 = bonesCount;
int bone2 = bonesCount;
int bone3 = bonesCount;
int nbBones = skinContextData.GetNumAssignedBones(vertexIndex);
if (nbBones > 0)
{
bone0 = skinContextData.GetAssignedBone(vertexIndex, 0);
weight0 = skinContextData.GetBoneWeight(vertexIndex, 0);
}
if (nbBones > 1)
{
bone1 = skinContextData.GetAssignedBone(vertexIndex, 1);
weight1 = skinContextData.GetBoneWeight(vertexIndex, 1);
}
if (nbBones > 2)
{
bone2 = skinContextData.GetAssignedBone(vertexIndex, 2);
weight2 = skinContextData.GetBoneWeight(vertexIndex, 2);
}
if (nbBones > 3)
{
bone3 = skinContextData.GetAssignedBone(vertexIndex, 3);
}
if (nbBones == 0)
{
weight0 = 1.0f;
bone0 = bonesCount;
}
if (nbBones > 4)
{
RaiseError("Too many bones per vertex: " + nbBones);
}
vertex.Weights = Loader.Global.Point4.Create(weight0, weight1, weight2, 1.0 - weight0 - weight1 - weight2);
vertex.BonesIndices = (bone3 << 24) | (bone2 << 16) | (bone1 << 8) | bone0;
}
if (verticesAlreadyExported != null)
{
if (verticesAlreadyExported[vertexIndex] != null)
{
var index = verticesAlreadyExported[vertexIndex].IndexOf(vertex);
if (index > -1)
{
return verticesAlreadyExported[vertexIndex][index].CurrentIndex;
}
}
else
{
verticesAlreadyExported[vertexIndex] = new List<GlobalVertex>();
}
vertex.CurrentIndex = vertices.Count;
verticesAlreadyExported[vertexIndex].Add(vertex);
}
vertices.Add(vertex);
return vertices.Count - 1;
}
int CreateGlobalVertex(IMesh mesh, Mesh computedMesh, int face, int facePart, List<GlobalVertex> vertices, bool hasUV, bool hasUV2, bool noOptimize)
{
var vertexIndex = (int)mesh.Faces[face].V[facePart];
var vertex = new GlobalVertex
{
Position = mesh.Verts[vertexIndex],
Normal = computedMesh.vnormals[vertexIndex]._IPoint3
};
if (hasUV)
{
var tvertexIndex = (int)mesh.TvFace[face].T[facePart];
vertex.UV = Loader.Global.Point2.Create(mesh.TVerts[tvertexIndex].X, mesh.TVerts[tvertexIndex].Y);
}
if (hasUV2)
{
var tvertexIndex = (int)mesh.MapFaces(2)[face].T[facePart];
vertex.UV2 = Loader.Global.Point2.Create(mesh.MapVerts(2)[tvertexIndex].X, mesh.MapVerts(2)[tvertexIndex].Y);
}
if (!noOptimize)
{
var index = vertices.IndexOf(vertex);
if (index > -1)
{
return index;
}
}
vertices.Add(vertex);
return vertices.Count - 1;
}
public Mesh GetMesh(TimeValue t)
{
if (_Object.CanConvertToType(ClassID.TriObject._IClass_ID) == 0)
return null;
ITriObject tri = _Object.ConvertToType(t, ClassID.TriObject._IClass_ID) as ITriObject;
if (tri == null)
return null;
Mesh r = new Mesh(tri.Mesh);
if (tri.Handle != _Object.Handle)
{
RefResult rr = tri.MaybeAutoDelete();
if (rr == RefResult.Fail)
throw new Exception("Failed to autodelete the tri-object");
}
return r;
}