def test_hsl_colors(self):
black = Color.from_name('black')
white = Color.from_name('white')
gray = Color.from_name('gray')
red = Color.from_name('red')
yellow = Color.from_name('yellow')
colors = hsl_colors()
self.assertEqual(len(colors), 361)
self.assertTrue(colors[0].is_same_color(red))
self.assertTrue(colors[-1].is_same_color(red))
self.assertTrue(colors[60].is_same_color(yellow))
colors = hsl_colors(h_interval = 15)
self.assertEqual(len(colors), 25)
self.assertTrue(colors[0].is_same_color(red))
self.assertTrue(colors[-1].is_same_color(red))
self.assertTrue(colors[4].is_same_color(yellow))
colors = hsl_colors(l = 0)
for c in colors:
self.assertTrue(c.is_same_color(black))
colors = hsl_colors(l = 100)
for c in colors:
self.assertTrue(c.is_same_color(white))
colors = hsl_colors(s = 0)
for c in colors:
self.assertTrue(c.is_same_color(gray))
def test_from_name(self):
yellow = Color.from_name('yellow')
self.assertTrue(isinstance(yellow, Color))
self.assertEqual(yellow.name, 'yellow')
self.assertEqual(yellow.hex, '#ffff00')
yellow = Color.from_name('Yellow')
self.assertEqual(yellow.name, 'yellow')
self.assertEqual(yellow.hex, '#ffff00')
self.assertIsNone(Color.from_name('kiiro'))
def test_default(self):
color_names = ('red', 'yellow', 'lime', 'cyan', 'fuchsia', 'blue')
colors = [Color.from_name(c) for c in color_names]
red, yellow, lime, cyan, fuchsia, blue = colors
default_order = [red, yellow, lime, cyan, blue, fuchsia]
rgb_order = [yellow, fuchsia, red, cyan, lime, blue]
self.assertEqual(sorter.sorted(colors), default_order)
self.assertEqual(sorter.sorted(colors, "RGB"), rgb_order)
def test_calc_upper_ratio_limit(self):
color = Color.from_name('black')
self.assertEqual(brightness.calc_upper_ratio_limit(color.rgb), 100)
color = color.from_name('orange')
self.assertEqual(brightness.calc_upper_ratio_limit(color.rgb), 155)
color = color.from_name('blueviolet')
self.assertEqual(brightness.calc_upper_ratio_limit(color.rgb), 594)
color = Color((0, 180, 0))
self.assertEqual(brightness.calc_upper_ratio_limit(color.rgb), 142)
def test_find(self):
black = Color.from_name('black')
white = Color.from_name('white')
orange = Color.from_name('orange')
mintcream = Color.from_name('mintcream')
yellow = Color.from_name('yellow')
springgreen = Color.from_name('springgreen')
green = Color.from_name('green')
darkgreen = Color.from_name('darkgreen')
blue = Color.from_name('blue')
azure = Color.from_name('azure')
blueviolet = Color.from_name('blueviolet')
fuchsia = Color.from_name('fuchsia')
new_rgb = lightness.find(fuchsia.rgb, azure.rgb, 'A')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(fuchsia)
self.assertTrue(azure.has_higher_luminance(fuchsia))
self.assertTrue(azure.has_higher_luminance(new_color))
self.assertEqual(new_color.hex, '#e9ffff')
self.assertGreater(new_contrast_ratio, 3.0)
self.assertAlmostEqual(new_contrast_ratio, 3, 1)
contrast_against_white = darkgreen.contrast_ratio_against(white)
contrast_against_black = darkgreen.contrast_ratio_against(black)
new_rgb = lightness.find(darkgreen.rgb, darkgreen.rgb, 'A')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(darkgreen)
self.assertFalse(darkgreen.is_light_color())
self.assertGreater(contrast_against_white, contrast_against_black)
self.assertEqual(new_color.hex, '#00c000')
self.assertTrue(new_color.has_higher_luminance(darkgreen))
self.assertGreater(new_contrast_ratio, 3.0)
self.assertAlmostEqual(new_contrast_ratio, 3, 1)
new_rgb = lightness.find(white.rgb, orange.rgb, 'AA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#a56a00')
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
new_rgb = lightness.find(white.rgb, green.rgb, 'AA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#008a00')
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
new_rgb = lightness.find(blueviolet.rgb, orange.rgb, 'AA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(blueviolet)
self.assertEqual(new_color.hex, '#ffdc9a')
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
contrast_against_white = springgreen.contrast_ratio_against(white)
contrast_against_black = springgreen.contrast_ratio_against(black)
new_rgb = lightness.find(springgreen.rgb, springgreen.rgb, 'AA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(springgreen)
self.assertTrue(springgreen.is_light_color())
self.assertLess(contrast_against_white, contrast_against_black)
self.assertEqual(new_color.hex, '#007239')
self.assertFalse(new_color.has_higher_luminance(springgreen))
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
new_rgb = lightness.find(orange.rgb, yellow.rgb)
new_color = Color(new_rgb)
self.assertTrue(new_color.is_same_color(white))
self.assertLess(new_color.contrast_ratio_against(yellow), 4.5)
new_rgb = lightness.find(yellow.rgb, mintcream.rgb)
new_color = Color(new_rgb)
self.assertTrue(new_color.is_same_color(white))
self.assertLess(new_color.contrast_ratio_against(yellow), 4.5)
new_rgb = lightness.find(white.rgb, orange.rgb, 'AAA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#7b5000')
self.assertGreater(new_contrast_ratio, 7.0)
self.assertAlmostEqual(new_contrast_ratio, 7, 1)
new_rgb = lightness.find(white.rgb, green.rgb, 'AAA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#006800')
self.assertGreater(new_contrast_ratio, 7.0)
self.assertAlmostEqual(new_contrast_ratio, 7, 1)
new_rgb = lightness.find(green.rgb, blue.rgb, 'AAA')
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(green)
self.assertTrue(new_color.is_same_color(black))
self.assertLess(new_contrast_ratio, 7.0)
new_rgb = lightness.find(white.rgb, orange.rgb, 6.5)
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#825400')
self.assertGreater(new_contrast_ratio, 6.5)
self.assertAlmostEqual(new_contrast_ratio, 6.5, 1)
new_rgb = lightness.find(white.rgb, green.rgb, 6.5)
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(white)
self.assertEqual(new_color.hex, '#006e00')
self.assertGreater(new_contrast_ratio, 6.5)
self.assertAlmostEqual(new_contrast_ratio, 6.5, 1)
new_rgb = lightness.find(green.rgb, blue.rgb, 6.5)
new_color = Color(new_rgb)
new_contrast_ratio = new_color.contrast_ratio_against(green)
self.assertTrue(new_color.is_same_color(black))
self.assertLess(new_contrast_ratio, 6.5)
def test_find(self):
black = Color.from_name('black')
white = Color.from_name('white')
brown = Color.from_name('brown')
orange = Color.from_name('orange')
mintcream = Color.from_name('mintcream')
yellow = Color.from_name('yellow')
springgreen = Color.from_name('springgreen')
green = Color.from_name('green')
darkgreen = Color.from_name('darkgreen')
blue = Color.from_name('blue')
azure = Color.from_name('azure')
blueviolet = Color.from_name('blueviolet')
fuchsia = Color.from_name('fuchsia')
fixed_color = orange
new_rgb = brightness.find(fixed_color.rgb, fixed_color.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = fixed_color.contrast_ratio_against(new_color)
self.assertLess(fixed_color.contrast_ratio_against(fixed_color), 4.5)
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
self.assertEqual(new_color.hex, '#674200')
fixed_color = orange
new_rgb = brightness.find(fixed_color.rgb, blueviolet.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = fixed_color.contrast_ratio_against(new_color)
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
self.assertEqual(new_color.hex, '#6720a9')
fixed_color = blue
new_rgb = brightness.find(fixed_color.rgb, orange.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = fixed_color.contrast_ratio_against(new_color)
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
self.assertEqual(new_color.hex, '#ffaa00')
fixed_color = blueviolet
new_rgb = brightness.find(fixed_color.rgb, orange.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = fixed_color.contrast_ratio_against(new_color)
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
self.assertEqual(new_color.hex, '#ffe000')
fixed_color = brown
new_rgb = brightness.find(fixed_color.rgb, fixed_color.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = fixed_color.contrast_ratio_against(new_color)
self.assertEqual(brown.hex, '#a52a2a')
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
self.assertEqual(new_color.hex, '#ffbebe')
new_rgb = brightness.find(white.rgb, darkgreen.rgb)
new_color = Color(new_rgb)
new_contrast_ratio = white.contrast_ratio_against(new_color)
self.assertGreater(new_contrast_ratio, 4.5)
self.assertAlmostEqual(new_contrast_ratio, 4.5, 1)
new_rgb = brightness.find(white.rgb, darkgreen.rgb, 'AAA')
new_color = Color(new_rgb)
new_contrast_ratio = white.contrast_ratio_against(new_color)
self.assertGreater(new_contrast_ratio, 7)
self.assertAlmostEqual(new_contrast_ratio, 7, 1)
new_rgb = brightness.find(green.rgb, blue.rgb)
new_color = Color(new_rgb)
self.assertTrue(new_color.is_same_color(black))
self.assertTrue(mintcream.has_higher_luminance(yellow))
new_color = mintcream.with_brightness(105)
self.assertEqual(brightness.calc_upper_ratio_limit(mintcream.rgb), 105)
self.assertTrue(new_color.is_same_color(white))
new_rgb = brightness.find(yellow.rgb, mintcream.rgb, 'A')
new_color = Color(new_rgb)
self.assertTrue(new_color.is_same_color(white))
new_rgb = brightness.find(yellow.rgb, mintcream.rgb, 'AA')
new_color = Color(new_rgb)
self.assertTrue(new_color.is_same_color(white))
new_rgb = brightness.find(yellow.rgb, mintcream.rgb, 'AAA')
self.assertTrue(new_color.is_same_color(white))
def prepare_colors(self):
self.colors = [[Color.from_name(c).hex] for c in self.color_names]
self.colors2 = [[Color.from_name(c).hex] for c in self.color_names2]
self.key = operator.itemgetter(0)
def prepare_colors(self):
self.colors = [Color.from_name(c).hex for c in self.color_names]
self.colors2 = [Color.from_name(c).hex for c in self.color_names2]
self.key = None
