public MultilayerArrangement[] getArrangements()
{
MultilayerArrangement[] output;
this.SeekToOffset(0x01D0BC9C);
ushort numlayers = this.ReadUInt16();
ushort numarrs = this.ReadUInt16();
output = new MultilayerArrangement[numarrs];
Arrangement[] layers = new Arrangement[numlayers];
for (int i = 0; i < numlayers; i++)
layers[i] = GetMO3Layer(i);
MultilayerArrangement temp;
this.SeekToOffset(0x1D1EFC0);
ushort layer1, layer2, alpha1, alpha2;
for (int i = 0; i < numarrs; i++) {
this.SeekToOffset(0x1D1EFC0 + i * 12);
layer1 = this.ReadUInt16();
layer2 = this.ReadUInt16();
alpha1 = this.ReadUInt16();
alpha2 = this.ReadUInt16();
temp = new MultilayerArrangement(layers[layer1], layers[layer2]);
temp.opacity[0] = alpha1 / 16.0;
temp.opacity[1] = alpha2 / 16.0;
output[i] = temp;
}
Console.WriteLine("Read {0} arrangements", output.Length);
this.Close();
this.Dispose();
return output;
}
public MultilayerArrangement(Arrangement layer1)
{
numlayers = 1;
layers = new Arrangement[numlayers];
layers[0] = layer1;
opacity = new double[numlayers];
opacity[0] = 1;
this.Name = layer1.Name;
}
public MultilayerArrangement(Arrangement layer1, Arrangement layer2)
{
numlayers = 2;
layers = new Arrangement[numlayers];
opacity = new double[numlayers];
layers[0] = layer1;
layers[1] = layer2;
opacity[0] = 1;
opacity[1] = 1;
this.Name = layer1.Name + " + " + layer2.Name;
}
