public void Read(BinaryStream bs)
{
var startPos = bs.ByteOffset;
Magic = bs.Read.UInt();
Version = bs.Read.UShort();
Revision = bs.Read.UShort();
Unk1 = bs.Read.UInt();
// Physics mat ids
NumPhysicsMats = bs.Read.Int();
PhysicsMaterialIds = bs.Read.UIntArray(NumPhysicsMats);
// Verts
NumVertBlocks = bs.Read.Int();
Verts = new Vector3[NumVertBlocks][];
for (int i = 0; i < NumVertBlocks; i++)
{
int numVerts = bs.Read.Int();
Verts[i] = bs.Read.Vector3Array(numVerts);
}
// Indice blocks
NumIndiceBlocks = bs.Read.Int();
IndiceBlocks = new IndiceBlock[NumIndiceBlocks];
for (int i = 0; i < NumIndiceBlocks; i++)
{
IndiceBlocks[i] = new IndiceBlock(bs);
}
// Mats
NumMatBlocks = bs.Read.Int();
MatBlocks = new MatBlock[NumMatBlocks];
for (int i = 0; i < NumMatBlocks; i++)
{
MatBlocks[i] = new MatBlock(bs);
}
// Mopps
NumMoppBlocks = bs.Read.Int();
MoppBlocks = new MoppBlock[NumMoppBlocks];
for (int i = 0; i < NumMoppBlocks; i++)
{
MoppBlocks[i] = new MoppBlock(bs);
}
// Havok data
var readBytes = bs.ByteOffset - startPos;
var leftBytes = NodeLength - readBytes;
HavokData = bs.Read.ByteArray((int)leftBytes);
}
public void UpdateParams(float hp, float maxHp)
{
MeshRenderer.GetPropertyBlock(MatBlock);
MatBlock.SetFloat(Fill, hp / maxHp);
MeshRenderer.SetPropertyBlock(MatBlock);
}
