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tribox_sticker_colors.py
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tribox_sticker_colors.py
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#!/usr/bin/env python3
from colormath.color_conversions import convert_color
from colormath.color_diff import delta_e_cie2000
from colormath.color_objects import LabColor, sRGBColor
# Fetched on 2015-01-20 from store.tribox.com
colors = [
{'rgb': (255,255,255), 'id': 10, 'name': '010 : White'},
{'rgb': (255,172,0), 'id': 20, 'name': '020 : Golden Yellow'},
{'rgb': (255,208,48), 'id': 21, 'name': '021 : Yellow'},
{'rgb': (255,228,48), 'id': 22, 'name': '022 : Light Yellow'},
{'rgb': (255,237,151), 'id': 23, 'name': '023 : Cream'},
{'rgb': (255,248,0), 'id': 25, 'name': '025 : Brimstone Yellow'},
{'rgb': (155,11,40), 'id': 30, 'name': '030 : Dark Red'},
{'rgb': (194,23,23), 'id': 31, 'name': '031 : Red'},
{'rgb': (234,27,27), 'id': 32, 'name': '032 : Light Red'},
{'rgb': (255,102,0), 'id': 35, 'name': '035 : Pastel Orange'},
{'rgb': (92,25,117), 'id': 40, 'name': '040 : Violet'},
{'rgb': (226,63,158), 'id': 41, 'name': '041 : Pink'},
{'rgb': (213,164,224), 'id': 42, 'name': '042 : Lilac'},
{'rgb': (100,90,209), 'id': 43, 'name': '043 : Lavender'},
{'rgb': (255,159,232), 'id': 45, 'name': '045 : Soft Pink'},
{'rgb': (26,55,114), 'id': 50, 'name': '050 : Dark Blue'},
{'rgb': (0,91,230), 'id': 52, 'name': '052 : Azure Blue'},
{'rgb': (31,163,244), 'id': 53, 'name': '053 : Light Blue'},
{'rgb': (32,183,175), 'id': 54, 'name': '054 : Turquoise'},
{'rgb': (135,232,204), 'id': 55, 'name': '055 : Mint'},
{'rgb': (108,189,255), 'id': 56, 'name': '056 : Ice Blue'},
{'rgb': (0,66,192), 'id': 57, 'name': '057 : Traffic Blue'},
{'rgb': (26,66,34), 'id': 60, 'name': '060 : Dark Green'},
{'rgb': (13,130,83), 'id': 61, 'name': '061 : Green'},
{'rgb': (0,149,58), 'id': 62, 'name': '062 : Light Green'},
{'rgb': (147,205,61), 'id': 63, 'name': '063 : Lime-Tree Green'},
{'rgb': (66,201,63), 'id': 64, 'name': '064 : Yellow Green'},
{'rgb': (13,153,153), 'id': 66, 'name': '066 : Turquoise Blue'},
{'rgb': (7,70,160), 'id': 67, 'name': '067 : Blue'},
{'rgb': (10,10,10), 'id': 70, 'name': '070 : Black'},
{'rgb': (150,152,150), 'id': 71, 'name': '071 : Grey'},
{'rgb': (229,229,229), 'id': 72, 'name': '072 : Light Grey'},
{'rgb': (81,81,81), 'id': 73, 'name': '073 : Dark Grey'},
{'rgb': (186,186,186), 'id': 74, 'name': '074 : Middle Grey'},
{'rgb': (183,135,78), 'id': 81, 'name': '081 : Light Brown'},
{'rgb': (58,30,12), 'id': 80, 'name': '080 : Brown'},
{'rgb': (234,211,173), 'id': 82, 'name': '082 : Beige'},
{'rgb': (188,89,0), 'id': 83, 'name': '083 : Nut Brown'},
{'rgb': (44,65,255), 'id': 86, 'name': '086 : Brilliant Blue'},
{'rgb': (168,168,167), 'id': 90, 'name': '090 : Silver'},
{'rgb': (191,161,34), 'id': 91, 'name': '091 : Gold'},
{'rgb': (160,109,36), 'id': 92, 'name': '092 : Copper'},
{'rgb': (107,12,35), 'id': 312, 'name': '312 : Burgundy'},
{'rgb': (255,133,0), 'id': 395, 'name': '395 : Pumpkin'},
{'rgb': (46,15,132), 'id': 404, 'name': '404 : Purple'},
{'rgb': (0,18,96), 'id': 518, 'name': '518 : Steel Blue'},
{'rgb': (16,91,62), 'id': 613, 'name': '613 : Forest Green'},
{'rgb': (255,0,136), 'id': 991, 'name': 'Pink'},
{'rgb': (255,50,0), 'id': 992, 'name': 'Red'},
{'rgb': (255,91,0), 'id': 993, 'name': 'Orange'},
{'rgb': (255,167,0), 'id': 994, 'name': 'Light Orange'},
{'rgb': (255,255,0), 'id': 995, 'name': 'Yellow'},
{'rgb': (0,255,30), 'id': 996, 'name': 'Green'},
{'rgb': (0,106,255), 'id': 997, 'name': 'Blue'}
]
# Converts RGB to Lab and adds to the global dictionary.
def add_lab_field():
global colors
for c in colors:
rgb = sRGBColor(c['rgb'][0], c['rgb'][1], c['rgb'][2], True)
#print(rgb)
lab = convert_color(rgb, LabColor)
#print(lab)
c['lab'] = lab.get_value_tuple();
# Outputs Delta E between any two colors to the CSV file.
def output_csv():
f = open('delta-e-cie2000.csv', 'w')
# header
line = ','
for c in colors:
line += str(c['id']) + ','
f.write(line + "\n")
# body
for c1 in colors:
line = str(c1['id']) + ','
lab1 = LabColor(c1['lab'][0], c1['lab'][1], c1['lab'][2])
for c2 in colors:
if c1['id'] == c2['id']:
line += '0,'
else:
lab2 = LabColor(c2['lab'][0], c2['lab'][1], c2['lab'][2])
line += str(delta_e_cie2000(lab1, lab2)) + ','
f.write(line + "\n")
f.close()
# Outputs Delta E between any two colors to the HTML file.
def output_html():
f = open('delta-e-cie2000.html', 'w')
f.write('<table>')
# header
line = '<thead><tr><th></th>'
for c in colors:
rgb = sRGBColor(c['rgb'][0], c['rgb'][1], c['rgb'][2], True)
line += '<th style="background-color:' + rgb.get_rgb_hex() + ';">' + str(c['id']) + '</th>'
f.write(line + '</tr></thead>')
# boody
f.write('<tbody>')
for c1 in colors:
rgb = sRGBColor(c1['rgb'][0], c1['rgb'][1], c1['rgb'][2], True)
line = '<tr><th style="background-color:' + rgb.get_rgb_hex() + ';">' + str(c1['id']) + '</th>'
lab1 = LabColor(c1['lab'][0], c1['lab'][1], c1['lab'][2])
for c2 in colors:
if c1['id'] == c2['id']:
line += '<td>--</td>'
else:
lab2 = LabColor(c2['lab'][0], c2['lab'][1], c2['lab'][2])
line += '<td>' + str(round(delta_e_cie2000(lab1, lab2), 2)) + '</td>'
f.write(line + '</td>')
f.write('</tbody>')
f.write('</table>')
f.close()
if __name__ == '__main__':
# Converts RGB to Lab and adds to the dictionary.
add_lab_field()
# Some output functions.
output_csv()
output_html()