void MainWindow::usmRadiusChanged(int value)
{
mCurrUSMRadius = value;
af::array slices = usm(mCurrentImage, mCurrUSMRadius, mCurrUSMSharpness);
af::array interleaved = af::reorder(slices, 2, 1, 0)/255.0f;
interleaved.host((void*)mImageDataRawPtr);
mRenderCanvas->updateTexData(mImageDataRawPtr, mImageWidth, mImageHeight);
mRenderCanvas->updateGL();
}
void MainWindow::usmChanged(int value)
{
mCurrUSMSharpness = convertRange(value, USMSHARP_ALGO_MAX, USMSHARP_ALGO_MIN,
UI_USMSHARP_SLIDER_MAX, UI_USMSHARP_SLIDER_MIN);
af::array slices = usm(mCurrentImage, mCurrUSMRadius, mCurrUSMSharpness);
af::array interleaved = af::reorder(slices, 2, 1, 0)/255.0f;
interleaved.host((void*)mImageDataRawPtr);
mRenderCanvas->updateTexData(mImageDataRawPtr, mImageWidth, mImageHeight);
mRenderCanvas->updateGL();
}
/*
in input image
type integer defining how convolution for smoothing operation is done
0 <==> spatial domain; 1 <==> frequency domain
size size of used smoothing kernel
thresh minimal intensity difference to perform operation
scale scaling of edge enhancement
return enhanced image
*/
Mat Dip3::run(Mat& in, int smoothType, int size, double thresh, double scale){
return usm(in, smoothType, size, thresh, scale);
}
/*
in input image
type integer defining how convolution for smoothing operation is done
0 <==> spatial domain; 1 <==> frequency domain
size size of used smoothing kernel
thresh minimal intensity difference to perform operation
scale scaling of edge enhancement
return enhanced image
*/
Mat Dip3::run(Mat& in, int smoothType, int size, double thresh, double scale){
Mat copy = in.clone();
return usm(copy, smoothType, size, thresh, scale);
}
