plotLAB(output, draw_polygon=True, marker='o')- input the model output results（LAB points，L = 50）
- draw the polygon by
ConvexHullin CIELAB 3D space - using gradient lines
- plot the points in CIELAB 3D space
- change the marker in situation
convert_colors(color_codes, to_lab=True)- input the color_codes（or color charts）like this:
['#424B54', '#93A8AC', '#FFFFFF', '#E2B4BD', '#9B6A6C']- covert it into RGB or LAB numpy array
[[ 3.14174857e+01 -1.36792459e+00 -6.53942015e+00] [ 6.74164112e+01 -6.43887144e+00 -4.52472735e+00] [ 1.00000000e+02 -2.45493786e-03 4.65342115e-03] [ 7.75713669e+01 1.80006547e+01 1.79270892e+00] [ 4.99306188e+01 1.98936707e+01 6.82788001e+00]]plot_lab_plane(ax, L=50, a_range=(-128, 127, 100), b_range=(-128, 127, 100))- plot the surface（e.g. L=50）
set_lab_color_space(ax)- sets the CIELAB color space for a given 3D axis object
JessieChin7/Color-experiments
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