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- evaluate_grid_stitching(image, bin_size=100, radius=10, innerradius=2)
- evaluate_stitching = evaluate_stitching4(image, radius=10)
- evaluate_stitching1(image)
- evaluate_stitching2(image, radius=10, innerradius=2)
- evaluate_stitching3(image, radius=10)
- evaluate_stitching4(image, radius=10)
- evaluate_stitching5(image, radius=10)
- reverse_kernel(image, kernel)
- sort_peaks(image1, image2, yins, xins, ymin, ymax, xmin, xmax, n=25)
- Interpret the translation to find the translation with heighest ncc.
the first image (the dimension must be 2)
yins : IntArray
the y positions estimated by PCM
xins : IntArray
the x positions estimated by PCM
n : Int
the number of peaks to check, default is 2.
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