public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16((ushort)(HasTransparency ? 1 : 0));
archive.SerialiseUInt16((ushort)Mipmaps.Count);
foreach (var mipmap in Mipmaps)
{
archive.SerialiseUInt16((ushort)mipmap.ImageDimensions.Height);
archive.SerialiseUInt16((ushort)mipmap.ImageDimensionsMinusOne.Height);
archive.SerialiseUInt16((ushort)mipmap.ImageDimensions.Width);
archive.SerialiseUInt16((ushort)mipmap.ImageDimensionsMinusOne.Width);
archive.SerialiseUInt16((ushort)mipmap.Level);
archive.SerialiseUInt32((uint)mipmap.ImageData.Length);
archive.SerialiseBytes(mipmap.ImageData);
var spanCounts = from s in mipmap.PixelSpans select s.Count;
archive.SerialiseUInt32((uint)spanCounts.Sum());
foreach (var spanList in mipmap.PixelSpans)
{
archive.SerialiseUInt16((ushort)spanList.Count);
foreach (var pixelSpan in spanList)
{
archive.SerialiseUInt16(pixelSpan.StartIndex);
archive.SerialiseUInt16(pixelSpan.EndIndex);
}
}
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(X1);
archive.SerialiseUInt16(Y1);
archive.SerialiseUInt16(X2);
archive.SerialiseUInt16(Y2);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(X);
archive.SerialiseUInt16(Y);
archive.SerialiseUInt16((ushort)FacingDirection);
archive.SerialiseUInt16(Z);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(X);
archive.SerialiseUInt16(Y);
archive.SerialiseUInt16((ushort)FacingDirection);
archive.SerialiseUInt16(Z);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(X1);
archive.SerialiseUInt16(Y1);
archive.SerialiseUInt16(X2);
archive.SerialiseUInt16(Y2);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
foreach (var colour in Palette)
{
archive.SerialiseByte(colour.R);
archive.SerialiseByte(colour.G);
archive.SerialiseByte(colour.B);
archive.SerialiseByte(0); /* Never any alpha, transparency is handled by PixelSpans */
}
archive.SerialiseBuggyList(Textures, 0);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(unknown01);
archive.SerialiseUInt16(unknown02);
archive.SerialiseUInt16(unknown03);
archive.SerialiseUInt16(unknown04);
archive.SerialiseUInt16(0);
archive.SerialiseBytes(new byte[8]);
archive.SerialiseBytes(new byte[8]);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
base.Serialise(archive);
archive.SerialiseUInt16(unknown01);
archive.SerialiseUInt16(unknown02);
archive.SerialiseUInt16(unknown03);
archive.SerialiseUInt16(unknown04);
archive.SerialiseUInt16(0);
archive.SerialiseBytes(new byte[8]);
archive.SerialiseBytes(new byte[8]);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
archive.SerialiseString(Name);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
foreach (var colour in Palette)
{
archive.SerialiseByte(colour.R);
archive.SerialiseByte(colour.G);
archive.SerialiseByte(colour.B);
archive.SerialiseByte(0); /* Never any alpha, transparency is handled by PixelSpans */
}
archive.SerialiseBuggyList(Textures, 0);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
public override void Serialise(MfcSerialiser archive)
{
archive.SerialiseString(Name);
archive.SerialiseObjectNoHeader(new TrailingBytes());
}
