private void PrepareHeaderAndMap(string path, Image imageGain, decimal scaleFactor, out MapHeader header, out Image stack)
{
header = MapHeader.ReadFromFile(path,
new int2(MainWindow.Options.InputDatWidth, MainWindow.Options.InputDatHeight),
MainWindow.Options.InputDatOffset,
ImageFormatsHelper.StringToType(MainWindow.Options.InputDatType));
if (scaleFactor == 1M)
{
stack = StageDataLoad.LoadMap(path,
new int2(MainWindow.Options.InputDatWidth, MainWindow.Options.InputDatHeight),
MainWindow.Options.InputDatOffset,
ImageFormatsHelper.StringToType(MainWindow.Options.InputDatType));
if (imageGain != null)
stack.MultiplySlices(imageGain);
stack.Xray(20f);
}
else
{
int3 ScaledDims = new int3((int)Math.Round(header.Dimensions.X * scaleFactor),
(int)Math.Round(header.Dimensions.Y * scaleFactor),
header.Dimensions.Z);
header.Dimensions = ScaledDims;
stack = new Image(ScaledDims);
float[][] OriginalStackData = stack.GetHost(Intent.Write);
//Parallel.For(0, ScaledDims.Z, new ParallelOptions {MaxDegreeOfParallelism = 4}, z =>
for (int z = 0; z < ScaledDims.Z; z++)
{
Image Layer = StageDataLoad.LoadMap(path,
new int2(MainWindow.Options.InputDatWidth, MainWindow.Options.InputDatHeight),
MainWindow.Options.InputDatOffset,
ImageFormatsHelper.StringToType(MainWindow.Options.InputDatType),
z);
//lock (OriginalStackData)
{
if (imageGain != null)
Layer.MultiplySlices(imageGain);
Layer.Xray(20f);
Image ScaledLayer = Layer.AsScaledMassive(new int2(ScaledDims));
Layer.Dispose();
OriginalStackData[z] = ScaledLayer.GetHost(Intent.Read)[0];
ScaledLayer.Dispose();
}
}//);
//stack.WriteMRC("d_stack.mrc");
}
}
