private void SaveSkinningData()
{
int weightCount = SkinningComponentCount;
_vtxBoneWeightsRange = mBinary.AllocateRange(mMesh.boneWeights.Length * weightCount * sizeof(float));
_vtxBoneIndicesRange = mBinary.AllocateRange(mMesh.boneWeights.Length * weightCount * sizeof(byte));
foreach (var weight in mMesh.boneWeights)
{
_vtxBoneWeightsRange.Write(weight.weight0);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex0);
if (weightCount >= 2)
{
_vtxBoneWeightsRange.Write(weight.weight1);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex1);
if (weightCount >= 4)
{
_vtxBoneWeightsRange.Write(weight.weight2);
_vtxBoneWeightsRange.Write(weight.weight3);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex2);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex3);
}
}
}
}
private void SaveVertexBasics()
{
_vtxPositionsRange = SaveGeometry(mMesh.vertices);
_vtxNormalsRange = SaveGeometry(mMesh.normals);
_vtxUV0Range = SaveUVs(mMesh.uv);
_vtxUV1Range = SaveUVs(mMesh.uv2);
}
public GooBinaryPointer(GooBinaryRange range, Type dataType)
{
int typeSize = 1;
if (dataType == typeof(byte)) {
typeSize = 1;
_typeString = "uint8";
}
else if (dataType == typeof(ushort)) {
typeSize = 2;
_typeString = "uint16";
}
else if (dataType == typeof(uint)) {
typeSize = 4;
_typeString = "uint32";
}
else if (dataType == typeof(float)) {
typeSize = 4;
_typeString = "float32";
}
else {
throw new ArgumentException("Unrecognized range type " + dataType.ToString());
}
if (range.Length % typeSize != 0) {
throw new ArgumentException("Mesh data is not even multiple of element size");
}
_start = range.Start;
_length = range.Length / typeSize;
}
private void SaveVertexColors()
{
_vtxColorsRange = mBinary.AllocateRange(mMesh.colors.Length * sizeof(float) * 4);
foreach (var color in mMesh.colors)
{
// TEMP HACK
_vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f);
/*
* _vtxColorsRange.Write(color.r);
* _vtxColorsRange.Write(color.g);
* _vtxColorsRange.Write(color.b);
* _vtxColorsRange.Write(color.a);
*/
}
}
public GooBinaryRange AllocateRange(int pLength)
{
int alignedOffset = _nextOffset;
if (ByteRangeAlignment > 0)
{
int misalignment = alignedOffset % ByteRangeAlignment;
if (misalignment != 0)
{
alignedOffset += (ByteRangeAlignment - misalignment);
}
}
var range = new GooBinaryRange(this, _writer, alignedOffset, pLength);
_nextOffset = range.Start + range.Length;
return(range);
}
public void AddToBinary(GooBinary pBinary)
{
PostprocessCurveData();
_transRange = pBinary.Add(_translationKeyframes);
_scaleRange = pBinary.Add(_scaleKeyframes);
_rotRange = pBinary.AllocateRange(sizeof(float) * 4 * _rotationKeyframes.Length);
foreach (var rotQuat in _rotationKeyframes)
{
_rotRange.Write(rotQuat[0]);
_rotRange.Write(rotQuat[1]);
_rotRange.Write(rotQuat[2]);
_rotRange.Write(rotQuat[3]);
}
_timesRange = pBinary.AllocateRange(sizeof(float) * _clip.KeyframeCount);
for (int i = 0; i < _clip.KeyframeCount; ++i)
{
_timesRange.Write(_clip.GetTimeAtKeyframe(i));
}
}
public GooBinaryPointer(GooBinaryRange range, Type dataType)
{
int typeSize = 1;
if (dataType == typeof(byte))
{
typeSize = 1;
_typeString = "uint8";
}
else if (dataType == typeof(ushort))
{
typeSize = 2;
_typeString = "uint16";
}
else if (dataType == typeof(uint))
{
typeSize = 4;
_typeString = "uint32";
}
else if (dataType == typeof(float))
{
typeSize = 4;
_typeString = "float32";
}
else
{
throw new ArgumentException("Unrecognized range type " + dataType.ToString());
}
if (range.Length % typeSize != 0)
{
throw new ArgumentException("Mesh data is not even multiple of element size");
}
_start = range.Start;
_length = range.Length / typeSize;
}
public void AddToBinary(GooBinary pBinary)
{
PostprocessCurveData();
_transRange = pBinary.Add(_translationKeyframes);
_scaleRange = pBinary.Add(_scaleKeyframes);
_rotRange = pBinary.AllocateRange(sizeof(float) * 4 * _rotationKeyframes.Length);
foreach (var rotQuat in _rotationKeyframes) {
_rotRange.Write(rotQuat[0]);
_rotRange.Write(rotQuat[1]);
_rotRange.Write(rotQuat[2]);
_rotRange.Write(rotQuat[3]);
}
_timesRange = pBinary.AllocateRange(sizeof(float) * _clip.KeyframeCount);
for (int i = 0; i < _clip.KeyframeCount; ++i) {
_timesRange.Write(_clip.GetTimeAtKeyframe(i));
}
}
private void SaveVertexColors()
{
_vtxColorsRange = mBinary.AllocateRange(mMesh.colors.Length * sizeof(float) * 4);
foreach (var color in mMesh.colors) {
// TEMP HACK
_vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f); _vtxColorsRange.Write(1.0f);
/*
_vtxColorsRange.Write(color.r);
_vtxColorsRange.Write(color.g);
_vtxColorsRange.Write(color.b);
_vtxColorsRange.Write(color.a);
*/
}
}
private void SaveVertexBasics()
{
_vtxPositionsRange = SaveGeometry(mMesh.vertices);
_vtxNormalsRange = SaveGeometry(mMesh.normals);
_vtxUV0Range = SaveUVs(mMesh.uv);
_vtxUV1Range = SaveUVs(mMesh.uv2);
}
private void SaveSkinningData()
{
int weightCount = SkinningComponentCount;
_vtxBoneWeightsRange = mBinary.AllocateRange(mMesh.boneWeights.Length * weightCount * sizeof(float));
_vtxBoneIndicesRange = mBinary.AllocateRange(mMesh.boneWeights.Length * weightCount * sizeof(byte));
foreach (var weight in mMesh.boneWeights) {
_vtxBoneWeightsRange.Write(weight.weight0);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex0);
if (weightCount >= 2) {
_vtxBoneWeightsRange.Write(weight.weight1);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex1);
if (weightCount >= 4) {
_vtxBoneWeightsRange.Write(weight.weight2);
_vtxBoneWeightsRange.Write(weight.weight3);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex2);
_vtxBoneIndicesRange.Write((byte)weight.boneIndex3);
}
}
}
}
public GooBinaryRange AllocateRange(int pLength)
{
int alignedOffset = _nextOffset;
if (ByteRangeAlignment > 0) {
int misalignment = alignedOffset % ByteRangeAlignment;
if (misalignment != 0) {
alignedOffset += (ByteRangeAlignment - misalignment);
}
}
var range = new GooBinaryRange(this, _writer, alignedOffset, pLength);
_nextOffset = range.Start + range.Length;
return range;
}
