1 | initial version |
As you can see here, in python, **
is the pow
operator, so just do
gaussianNumerator = (X - centerX)*(X - centerX) + (Y - centerY)*(Y - centerY);
2 | No.2 Revision |
As you can see here, in python, **
is the pow
operator, so just do
gaussianNumerator = (X - centerX)*(X - centerX) + (Y - centerY)*(Y - centerY);centerY);
3 | No.3 Revision |
As you can see here, in python, **
is the pow
operator, so just do
gaussianNumerator = (X - centerX)*(X - centerX) + (Y - centerY)*(Y - centerY);
Please do not change the question, just edit it by adding more questions...
I do not thing that there is some fuction that does that in OpenCV, it is from scipy, but based on its docs, you can implement your own
4 | No.4 Revision |
As you can see here, in python, **
is the pow
operator, so just do
gaussianNumerator = (X - centerX)*(X - centerX) + (Y - centerY)*(Y - centerY);
Please do not change the question, just because my answer will not be relative to it anymore. Just edit it by adding more questions...questions, for eg...
I do not thing that there is some fuction that does that in OpenCV, it is from scipy, but based on its docs, you can implement your own
5 | No.5 Revision |
As you can see here, in python, **
is the pow
operator, so just do
gaussianNumerator = (X - centerX)*(X - centerX) + (Y - centerY)*(Y - centerY);
Please do not change the question, because my answer will not be relative to it anymore. Just edit it by adding more questions, for eg...
I do not thing that there is some fuction that does that is similar to scipy.fftpack.ifftshift
in OpenCV, it is from scipy, but based on its docs, you can implement your own