public IFFChunk(IFFChunk BaseChunk)
{
m_Data = BaseChunk.m_Data;
Size = BaseChunk.Size;
ID = BaseChunk.ID;
Type = BaseChunk.Type;
}
public IFFChunk(IFFChunk BaseChunk)
{
m_Parent = BaseChunk.m_Parent;
m_Device = BaseChunk.m_Parent.Device;
m_Data = BaseChunk.m_Data;
Size = BaseChunk.Size;
ID = BaseChunk.ID;
Type = BaseChunk.Type;
}
private void ReadHeader(FileReader Reader)
{
Type = (IFFChunkTypes)Enum.Parse(typeof(IFFChunkTypes),Reader.ReadString(4).Replace("#","").Replace("\0",""));
Size = Reader.ReadUInt32();
ID = Reader.ReadUShort();
Reader.ReadUShort(); //Flags
Reader.ReadBytes(64); //Label
m_Data = Reader.ReadBytes((int)(Size - 76));
if (!Endian.IsBigEndian)
{
Array.Reverse(m_Data); //Data is Little Endian, so needs to be reversed.
}
}
private void ReadHeader(FileReader Reader)
{
Type = (IFFChunkTypes)Enum.Parse(typeof(IFFChunkTypes), Reader.ReadString(4).Replace("#", "").Replace("\0", ""));
Size = Reader.ReadUInt32();
ID = Reader.ReadUShort();
Reader.ReadUShort(); //Flags
Reader.ReadBytes(64); //Label
m_Data = Reader.ReadBytes((int)(Size - 76));
if (!Endian.IsBigEndian)
Array.Reverse(m_Data); //Data is Little Endian, so needs to be reversed.
}
public IFFChunk(IFFChunk BaseChunk)
{
m_Data = BaseChunk.m_Data;
Size = BaseChunk.Size;
ID = BaseChunk.ID;
Type = BaseChunk.Type;
}