Currently the diameter of particles don't correspondent with the tested samples, on average the vision analysed particles are bigger. This error can probably be explained because the current diameter is calculated by treating them as perfect circles.
But I believe that with sieving the smallest diameter count with elliptic particles.
Therefore the hu moments for each particle wil be calculated and the particles will be orrientatie horizontally where the height of the particle counts as the smallest diameter.
The centroid of the particle will be calculated with (M10 / M00) , (M01 / M00) and will act as the input for getting the Fast Fourier Descriptors
Currently the diameter of particles don't correspondent with the tested samples, on average the vision analysed particles are bigger. This error can probably be explained because the current diameter is calculated by treating them as perfect circles. But I believe that with sieving the smallest diameter count with elliptic particles.
Therefore the hu moments for each particle wil be calculated and the particles will be orrientatie horizontally where the height of the particle counts as the smallest diameter.
The centroid of the particle will be calculated with (M10 / M00) , (M01 / M00) and will act as the input for getting the Fast Fourier Descriptors
See issue #90