public static IpcImageFits LoadFromFitsDataSingleChannel(FitsData fitsData, int channel)
{
var ipcImage = new IpcImageFits(fitsData, channel);
fitsData.CopyImageSingleChannel(ipcImage.DataPtr, channel);
return(ipcImage);
}
//TODO: Make public when interleave is implemented
internal static IpcImageFits LoadFromFileInterleave(Uri uri)
{
var fitsData = new FitsData(uri);
if (fitsData.Channels == 1)
{
return(LoadFromFileSingleChannel(uri, 0));
}
var ipcImage = new IpcImageFits(fitsData, -1);
fitsData.CopyImageInterleave(ipcImage.DataPtr);
return(ipcImage);
}
public static List <IpcImageFits> LoadFromFitsDataMultiChannel(FitsData fitsData)
{
var ipcImageList = new List <IpcImageFits>();
var ipcImagePtrList = new List <IntPtr>();
for (var i = 0; i < fitsData.Channels; i++)
{
var ipcImage = new IpcImageFits(fitsData, i);
fitsData.CopyImageSingleChannel(ipcImage.DataPtr, i);
ipcImageList.Add(ipcImage);
}
return(ipcImageList);
}
public DiagnosticsClass(FitsData fitsData)
{
_fitsData = fitsData;
}
protected IpcImageFits(FitsData fitsData) : base(fitsData.Width * fitsData.Channels, fitsData.Height,
fitsData.IpcPixelFormat, 0)
{
FitsData = fitsData;
ActiveChannel = -1;
}
//protected IpcImageFits(int width, int height, IpcPixelFormatDefault pixelFormatDefault, int stride = 0) : base( width, height, pixelFormatDefault, stride) { }
protected IpcImageFits(FitsData fitsData, int channel) : base(fitsData.Width, fitsData.Height,
fitsData.IpcPixelFormat, 0)
{
FitsData = fitsData;
ActiveChannel = channel;
}
