//Converts from the disk format to the human readable format
public BlendshapeState Extract()
{
BlendshapeState bs = new BlendshapeState();
bs.name = name;
bs.shapeIndex = shapeIndex;
bs.frameIndex = frameIndex;
bs.deltaVertices = new Vector3[deltaVerticesLength];
bs.deltaNormals = new Vector3[deltaNormalsLength];
bs.deltaTangents = new Vector3[deltaTangentsLength];
int j = 0;
foreach (Vector3Cereal v in deltaVertices)
{
Vector3 vector = v.Get(ref j);
bs.deltaVertices[j] = vector;
}
foreach (Vector3Cereal v in deltaNormals)
{
Vector3 vector = v.Get(ref j);
bs.deltaNormals[j] = vector;
}
foreach (Vector3Cereal v in deltaTangents)
{
Vector3 vector = v.Get(ref j);
bs.deltaTangents[j] = vector;
}
return(bs);
}
//Converts the nice blendshape state into a serializable less human readable format
public void Fill(BlendshapeState bs)
{
name = bs.name;
shapeIndex = bs.shapeIndex;
frameIndex = bs.frameIndex;
Dictionary <int, Vector3> deltaVerticesDict = ConvertVectorArrayToCompressedDict(bs.deltaVertices, 0.0001f);
Dictionary <int, Vector3> deltaNormalsDict = ConvertVectorArrayToCompressedDict(bs.deltaNormals, 0.0001f);
Dictionary <int, Vector3> deltaTangentsDict = ConvertVectorArrayToCompressedDict(bs.deltaTangents, 0.0001f);
deltaVertices = new Vector3Cereal[deltaVerticesDict.Count];
deltaNormals = new Vector3Cereal[deltaNormalsDict.Count];
deltaTangents = new Vector3Cereal[deltaTangentsDict.Count];
deltaVerticesLength = bs.deltaVertices.Length;
deltaNormalsLength = bs.deltaNormals.Length;
deltaTangentsLength = bs.deltaTangents.Length;
int i = 0;
foreach (int key in deltaVerticesDict.Keys)
{
Vector3 vector = deltaVerticesDict[key];
deltaVertices[i++].Fill(vector, key);
}
i = 0;
foreach (int key in deltaNormalsDict.Keys)
{
Vector3 vector = deltaNormalsDict[key];
deltaNormals[i++].Fill(vector, key);
}
i = 0;
foreach (int key in deltaTangentsDict.Keys)
{
Vector3 vector = deltaTangentsDict[key];
deltaTangents[i++].Fill(vector, key);
}
}
