public static WatermarkProperties getInstance()
{
if (_WatermarkProperties_inst == null)
{
_WatermarkProperties_inst = new WatermarkProperties();
}
return(_WatermarkProperties_inst);
}
//
// Summary:
// Applies watermark on the filtered frame.
//
// Parameters:
// Sourcefile path to apply watermark.
//
public static void ApplyWatermark(string sourcePath)
{
DSLR_Tool_PC.ViewModels.Watermark waterMarkProperties = DSLR_Tool_PC.ViewModels.Watermark.GetInstance();
Bitmap wImage = new Bitmap(waterMarkProperties.ImagePath);
//Bitmap watermarkImage = new Bitmap(wImage, waterMarkProperties.ImageWidth, waterMarkProperties.ImageHeight);
Bitmap image = new Bitmap(sourcePath);
//Adjust size of watermark image//
Bitmap watermarkImage = new Bitmap(WatermarkProperties.getInstance().WatermarkResolutionCorrection(wImage, image));
//Opacity correcting of watermark
if (waterMarkProperties.IsOpacityApply)
{
watermarkImage = SetOpacity(watermarkImage, (float)waterMarkProperties.ImageOpacity1);
}
//Correction for x and y co-ordinate of watermark on final image.
WatermarkProperties.getInstance().XandYcorrection();
//store watermark on the final image
Bitmap Finalimage = new Bitmap(WatermarkProperties.getInstance().WatermarkImage(image, watermarkImage, WatermarkProperties.getInstance().x_location, WatermarkProperties.getInstance().y_location));
image.Dispose(); image = null;
string dst = sourcePath;
if (File.Exists(sourcePath))
{
File.Delete(sourcePath);
}
StaticClass.saveBitmap2File(Finalimage, dst);
wImage.Dispose();
Finalimage.Dispose();
watermarkImage.Dispose();
GC.Collect();
Thread.Sleep(10);
}
