public uint[] GetBoneCRCs()
{
CheckValidity();
IntPtr crcs = APIWrapper.AnimationBank_GetBoneCRCs(NativeInstance, out int numAnims);
return(MemUtils.IntPtrToArray <uint>(crcs, numAnims));
}
public ushort[] GetIndexBuffer(Topology requestedTopology = Topology.TriangleList)
{
CheckValidity();
if (requestedTopology != Topology.TriangleList &&
requestedTopology != Topology.TriangleStrip)
{
throw new Exception("Only requestable topologies are tri strip and tri list!");
}
if (Topology != Topology.TriangleList &&
Topology != Topology.TriangleStrip)
{
return(new ushort[0]);
}
if (Topology == Topology.TriangleList &&
requestedTopology == Topology.TriangleStrip)
{
throw new Exception("Cant convert triangle strip to list yet!");
}
ushort[] indices = MemUtils.IntPtrToArray <ushort>(IndexBufferPtr, NumIndices);
if (requestedTopology == Topology)
{
return(indices);
}
else
{
return(ToTriList(indices));
}
}
public byte[] GetBytesRGBA()
{
CheckValidity();
int length = Width * Height * 4;
return(IsConvertibleFormat ? MemUtils.IntPtrToArray <byte>(NativeRawImageData, length) : new byte[length]);
}
public bool GetCurve(uint animCRC, uint boneCRC, uint component,
out ushort[] inds, out float[] values)
{
CheckValidity();
bool status = APIWrapper.AnimationBank_GetCurve(
NativeInstance, animCRC, boneCRC, component,
out IntPtr indexBuffer, out IntPtr valueBuffer,
out int numKeys);
inds = MemUtils.IntPtrToArray <ushort>(indexBuffer, numKeys);
values = MemUtils.IntPtrToArray <float>(valueBuffer, numKeys);
return(status);
}
public bool GetOverriddenProperties(out uint[] properties, out string[] values)
{
CheckValidity();
bool status = APIWrapper.EntityClass_GetOverriddenProperties(NativeInstance, out IntPtr props, out IntPtr vals, out int count);
if (status)
{
properties = MemUtils.IntPtrToArray <uint>(props, count);
values = MemUtils.IntPtrToStringList(vals, count).ToArray();
}
else
{
properties = new uint[0];
values = new string[0];
}
return(status);
}
public ushort[] GetIndices()
{
CheckValidity();
return(MemUtils.IntPtrToArray <ushort>(IndexBufferPtr, (int)IndexCount));
}
public unsafe T[] GetVertices <T>() where T : unmanaged
{
CheckValidity();
return(MemUtils.IntPtrToArray <T>(VertexBufferPtr, ((int)VertexCount * 3 * 4) / sizeof(T)));
}
public VertexWeight[] GetVertexWeights()
{
CheckValidity();
return(MemUtils.IntPtrToArray <VertexWeight>(VertexWeightsBufferPtr, NumVertexWeights));
}
public unsafe T[] GetUVBuffer <T>() where T : unmanaged
{
CheckValidity();
return(MemUtils.IntPtrToArray <T>(UVBufferPtr, (NumVertices * 2 * 4) / sizeof(T)));
}
public unsafe T[] GetNormalsBuffer <T>() where T : unmanaged
{
CheckValidity();
return(MemUtils.IntPtrToArray <T>(normalsBufferPtr, ((int)NumNormals * 3 * 4) / sizeof(T)));
}
public unsafe T[] GetPositionsBuffer <T>() where T : unmanaged
{
CheckValidity();
return(MemUtils.IntPtrToArray <T>(vertexBufferPtr, ((int)NumVertices * 3 * 4) / sizeof(T)));
}
public uint[] GetIndexBuffer()
{
CheckValidity();
APIWrapper.Terrain_GetIndexBuffer(NativeInstance, out IntPtr buf, out uint numInds);
return(MemUtils.IntPtrToArray <uint>(buf, (int)numInds));
}
public void GetBlendMap(out uint dim, out uint numLayers, out byte[] data)
{
CheckValidity();
APIWrapper.Terrain_GetBlendMap(NativeInstance, out dim, out numLayers, out IntPtr bytesNative);
data = MemUtils.IntPtrToArray <byte>(bytesNative, (int)(dim * dim * numLayers));
}
public void GetHeightMap(out uint dim, out uint dimScale, out float[] data)
{
CheckValidity();
APIWrapper.Terrain_GetHeightMap(NativeInstance, out dim, out dimScale, out IntPtr bytesNative);
data = MemUtils.IntPtrToArray <float>(bytesNative, (int)(dim * dim));
}