public GraphicsModelData(ModelData modelData, bool smoothing)
{
smoothing = true;
var faceCount = modelData.GetFaceCount();
faces = new TriangleFace[faceCount];
dataTNV = new VertexTNV[faceCount * 3];
for (var index = 0; index < faceCount; ++index)
{
ModelData.Face face = modelData.GetFace(index);
Vector3 position1 = modelData[face.Index1];
Vector3 position2 = modelData[face.Index2];
Vector3 position3 = modelData[face.Index3];
if (smoothing)
{
dataTNV[3 * index] = new VertexTNV(cheatSmoothing(modelData.GetVertex(face.Index1), face.Normal), position1);
dataTNV[3 * index + 1] = new VertexTNV(cheatSmoothing(modelData.GetVertex(face.Index2), face.Normal), position2);
dataTNV[3 * index + 2] = new VertexTNV(cheatSmoothing(modelData.GetVertex(face.Index3), face.Normal), position3);
}
else
{
dataTNV[3 * index] = new VertexTNV(face.Normal, position1);
dataTNV[3 * index + 1] = new VertexTNV(face.Normal, position2);
dataTNV[3 * index + 2] = new VertexTNV(face.Normal, position3);
}
faces[index] = new TriangleFace((uint)(3 * index), (uint)(3 * index + 1), (uint)(3 * index + 2));
}
}
public GraphicsModelData(List <VertexTNV> vertex_list)
{
faces = new TriangleFace[vertex_list.Count / 3];
dataTNV = new VertexTNV[vertex_list.Count];
var num = 0;
while (num < vertex_list.Count)
{
for (var index = num; index < num + 3; ++index)
{
dataTNV[index] = vertex_list[index];
}
faces[num / 3] = new TriangleFace((uint)num, (uint)(num + 1), (uint)(num + 2));
num += 3;
}
}
