public VoxLib(String VXLName, String HVAName)
{
MotLib = new HVA(FileSystem.LoadFile(HVAName));
Voxel = new VXL(FileSystem.LoadFile(VXLName));
Frame = 0;
Voxel.SetHVA(MotLib);
}
public void SetHVA(HVA Mot)
{
MotLib = Mot;
foreach (var s in Sections)
{
s.FrameCount = (int)MotLib.Header.FrameCount;
}
}
public VoxLib(String VXLName, String HVAName)
{
MotLib = new HVA(FileSystem.LoadFile(HVAName));
Voxel = new VXL(FileSystem.LoadFile(VXLName));
Frame = 0;
Voxel.SetHVA(MotLib);
}
public bool ReadFile(BinaryReader r)
{
id = HVA.ReadCString(r, 16);
FrameCount = r.ReadUInt32();
SectionCount = r.ReadUInt32();
return(true);
}
internal void GetVertices(HVA.Section MotLib, int FrameIdx, PAL Palette, List<VertexPositionColorNormal> Vertices, List<int> Indices)
{
if (ComputedFrames[FrameIdx] == null) {
ComputeVerticesIndices(Palette);
var computedF = new SectionFrame();
var rot = MotLib.GetRotation(FrameIdx);
var pos = MotLib.GetPosition(FrameIdx);
pos *= Tail.HVAMultiplier;
computedF.ComputedVertices = ComputedVertices.Select(v => {
v.Position = Vector3.Transform(v.Position, rot);
v.Position += pos;
return v;
}).ToList();
computedF.ComputedIndices = ComputedIndices;
ComputedFrames[FrameIdx] = computedF;
}
var cached = ComputedFrames[FrameIdx];
Vertices.AddRange(cached.ComputedVertices);
Indices.AddRange(cached.ComputedIndices);
}
public void SetHVA(HVA Mot)
{
MotLib = Mot;
foreach (var s in Sections) {
s.FrameCount = (int)MotLib.Header.FrameCount;
}
}
public void ReadID(ArraySegment <byte> s)
{
id = HVA.ReadCString(s, 16);
}
