public DZSFormat(byte[] data, ref int srcOffset)
{
Header = new DZSHeader(data, ref srcOffset);
ChunkHeaders = new List <DZSChunkHeader>();
Data = data;
for (int i = 0; i < Header.ChunkCount; i++)
{
DZSChunkHeader chunkHeader = new DZSChunkHeader(data, ref srcOffset);
ChunkHeaders.Add(chunkHeader);
for (int k = 0; k < chunkHeader.ElementCount; k++)
{
IChunkType chunk;
switch (chunkHeader.Tag)
{
case "EnvR": chunk = new EnvRChunk(); break;
case "Colo": chunk = new ColoChunk(); break;
case "Pale": chunk = new PaleChunk(); break;
case "Virt": chunk = new VirtChunk(); break;
case "SCLS": chunk = new SclsChunk(); break;
case "PLYR": chunk = new PlyrChunk(); break;
default:
chunk = new DefaultChunk();
break;
}
chunk.LoadData(data, ref chunkHeader.ChunkOffset);
chunkHeader.ChunkElements.Add(chunk);
}
}
}
public DZSFormat(byte[] data, ref int srcOffset)
{
Header = new DZSHeader(data, ref srcOffset);
ChunkHeaders = new List<DZSChunkHeader>();
Data = data;
for (int i = 0; i < Header.ChunkCount; i++)
{
DZSChunkHeader chunkHeader = new DZSChunkHeader(data, ref srcOffset);
ChunkHeaders.Add(chunkHeader);
for (int k = 0; k < chunkHeader.ElementCount; k++)
{
IChunkType chunk;
switch (chunkHeader.Tag)
{
case "EnvR": chunk = new EnvRChunk(); break;
case "Colo": chunk = new ColoChunk(); break;
case "Pale": chunk = new PaleChunk(); break;
case "Virt": chunk = new VirtChunk(); break;
case "SCLS": chunk = new SclsChunk(); break;
case "PLYR": chunk = new PlyrChunk(); break;
default:
chunk = new DefaultChunk();
break;
}
chunk.LoadData(data, ref chunkHeader.ChunkOffset);
chunkHeader.ChunkElements.Add(chunk);
}
}
}
