def delegator_reduce(images, cell, n):
img = images[int(cell)]
reduced_list = reduce.reduce_instances(img,int(n))
RGB_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[0]] + images[int(cell)+1:])
RGB_reduced_spliced.save('../Outputs/reduce_RGB.png')
XYZ_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[1]] + images[int(cell)+1:])
XYZ_reduced_spliced.save('../Outputs/reduce_XYZ.png')
CMY_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[2]] + images[int(cell)+1:])
CMY_reduced_spliced.save('../Outputs/reduce_CMY.png')
YUV_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[3]] + images[int(cell)+1:])
YUV_reduced_spliced.save('../Outputs/reduce_YUV.png')
YIQ_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[4]] + images[int(cell)+1:])
YIQ_reduced_spliced.save('../Outputs/reduce_YIQ.png')
YCbCr_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[5]] + images[int(cell)+1:])
YCbCr_reduced_spliced.save('../Outputs/reduce_YCbCr.png')
Lab_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[6]] + images[int(cell)+1:])
Lab_reduced_spliced.save('../Outputs/reduce_Lab.png')
HSL_reduced_spliced = highlight.splice_image(images[:int(cell)] + [reduced_list[7]] + images[int(cell)+1:])
HSL_reduced_spliced.save('../Outputs/reduce_HSL.png')
"""Take a string cell and a string n, and create 7 versions of the image, where the number of colors has been reduced to n."""
pass
def delegator_saturate(images, increase):
"""Take a string "increase" or "decrease", and increase/decrease the saturation of the first row of the image by 10%, while preserving the energy."""
img = highlight.splice_image(saturate.saturate_top(images, increase))
img.save('../Outputs/saturate.png')
pass
