private void _applyImgDtoToUi(BitmapImageSuccessDto inImgDto, double inUiToFileRatio)
{
if (inImgDto.Img != null)
{
CurrentImage = inImgDto.Img;
}
CurrentImageOf = inImgDto.ImgNoOf;
CurrentDirectoryOf = inImgDto.DirNoOf;
CurrentImageName = inImgDto.ImageName;
ObservableCollection <double> tmpFindableLeft =
new ObservableCollection <double>();
ObservableCollection <double> tmpFindableTop =
new ObservableCollection <double>();
for (int i = 0; i < 3; i++)
{
double radius = inImgDto.FileImageRadiuses[i];
tmpFindableLeft.Add(inImgDto.FileImageCenters[i].X * inUiToFileRatio - radius * inUiToFileRatio);
tmpFindableTop.Add(inImgDto.FileImageCenters[i].Y * inUiToFileRatio - radius * inUiToFileRatio);
_findableCenter[i] = new Point(
inImgDto.FileImageCenters[i].X * inUiToFileRatio,
inImgDto.FileImageCenters[i].Y * inUiToFileRatio);
}
FindableLeft = tmpFindableLeft;
FindableTop = tmpFindableTop;
FindableWidthHeight =
new ObservableCollection <double>(
inImgDto.FileImageRadiuses.Select(x => x * 2 * inUiToFileRatio)
.ToList());
IsUsedFindable =
new ObservableCollection <bool>(inImgDto.KnownMarkings);
}
public BitmapImageSuccessDto LoadNextImage()
{
// This entire algo may only be execute if not at the end
if (_currentSetIndex >= _allSetMarkingsContainers.Count)
{
BitmapImageSuccessDto retLast = new BitmapImageSuccessDto();
retLast.LastDirFinished = true;
return(retLast);
}
// Cycle through the sets without any images until one is found.
while (!_allSetMarkingsContainers[_currentSetIndex].HasNextImage())
{
// Delete temp archive folder, serialize markings
// and remove markings from memory
_allSetMarkingsContainers[_currentSetIndex].Cleanup();
_currentSetIndex++;
// If the new current does exist because
// the prev was the last one
if (_currentSetIndex >= _allSetMarkingsContainers.Count)
{
BitmapImageSuccessDto retLast = new BitmapImageSuccessDto();
retLast.LastDirFinished = true;
return(retLast);
}
}
BitmapImageSuccessDto ret =
_allSetMarkingsContainers[_currentSetIndex].LoadNextImage();
ret.DirNoOf = (_currentSetIndex + 1).ToString() +
"/" + _allSetMarkingsContainers.Count.ToString();
return(ret);
}
public BitmapImageSuccessDto GetCurrentFileImgMarkingsDto()
{
BitmapImageSuccessDto ret =
_allSetMarkingsContainers[_currentSetIndex].GetCurrentFileImgMarkingsDto();
ret.DirNoOf = (_currentSetIndex + 1).ToString() +
"/" + _allSetMarkingsContainers.Count.ToString();
return(ret);
}
public void LoadPrevImage()
{
BitmapImageSuccessDto imgDto =
_globalMarkingsManager.LoadPrevImage();
if (imgDto.Success)
{
double ratio = _getUiToFileSizeRatio(imgDto.Img.PixelWidth, imgDto.Img.PixelHeight);
_applyImgDtoToUi(imgDto, ratio);
CurrentDir = _globalMarkingsManager.GetCurrentDir();
}
}
public void ResizingDone()
{
BitmapImageSuccessDto imgDto =
_globalMarkingsManager.GetCurrentFileImgMarkingsDto();
double ratio = 0;
if (imgDto.Img != null)
{
ratio = _getUiToFileSizeRatio(imgDto.Img.PixelWidth, imgDto.Img.PixelHeight);
}
else
{
ratio = _getUiToFileSizeRatio(FileImageWidth, FileImageHeight);
}
_applyImgDtoToUi(imgDto, ratio);
}
public void LoadNextImage()
{
BitmapImageSuccessDto imgDto =
_globalMarkingsManager.LoadNextImage();
if (imgDto.Success)
{
double ratio = _getUiToFileSizeRatio(imgDto.Img.PixelWidth, imgDto.Img.PixelHeight);
_applyImgDtoToUi(imgDto, ratio);
CurrentDir = _globalMarkingsManager.GetCurrentDir();
}
else if (imgDto.LastDirFinished)
{
//TODO(Simon): Don't do this, arghhhh
Application.Current.Shutdown();
}
else
{
MessageBox.Show("Couldn't load image.");
}
}
