def test_rgb_to_rgb_percent(self):
"""
Test conversion from integer RGB triplet to percent RGB
triplet.
"""
test_pairs = (((255, 255, 255), (u'100%', u'100%', u'100%')),
((0, 0, 128), (u'0%', u'0%', u'50%')),
((218, 165, 32), (u'85.49%', u'64.71%', u'12.5%')))
for triplet, percent_triplet in test_pairs:
self.assertEqual(percent_triplet,
webcolors.rgb_to_rgb_percent(triplet))
def test_rgb_to_rgb_percent(self):
"""
Test conversion from integer RGB triplet to percent RGB
triplet.
"""
test_pairs = (((255, 255, 255), (u'100%', u'100%', u'100%')),
((0, 0, 128), (u'0%', u'0%', u'50%')),
((218, 165, 32), (u'85.49%', u'64.71%', u'12.5%')))
for triplet, percent_triplet in test_pairs:
self.assertEqual(percent_triplet,
webcolors.rgb_to_rgb_percent(triplet))
def test_rgb_to_rgb_percent(self):
"""
Test conversion from integer RGB triplet to percent RGB
triplet.
"""
test_pairs = (
((255, 255, 255), ("100%", "100%", "100%")),
((0, 0, 128), ("0%", "0%", "50%")),
((218, 165, 32), ("85.49%", "64.71%", "12.5%")),
)
for triplet, percent_triplet in test_pairs:
result = webcolors.rgb_to_rgb_percent(triplet)
assert isinstance(result, webcolors.PercentRGB)
assert percent_triplet == result
def test_rgb_to_rgb_percent(self):
"""
Test conversion from integer RGB triplet to percent RGB
triplet.
"""
test_pairs = (
((255, 255, 255), (u'100%', u'100%', u'100%')),
((0, 0, 128), (u'0%', u'0%', u'50%')),
((218, 165, 32), (u'85.49%', u'64.71%', u'12.5%'))
)
for triplet, percent_triplet in test_pairs:
result = webcolors.rgb_to_rgb_percent(triplet)
assert isinstance(result, webcolors.PercentRGB)
assert percent_triplet == result
def generateLegendFig(self, legenddict):
# First process the data: the goal is to
# create several lists to be used while
# generating figures.
alllevels = []
alllevellabel = []
alllevelrgbs = []
alltitle = [
'Runoff (mm)', 'Erosion (ton/ha)', 'Total N (kg/ha)',
'Total P (kg/ha)'
]
for k1, v1 in legenddict.items():
levels = []
levellabel = []
levelrgbs = []
for k2, v2 in v1.items():
levels.append(k1.replace('level', ''))
if k1 == 'runoff':
levellabel.append('%i to %i' %
(int(v2["min"]), int(v2["max"])))
else:
levellabel.append('%3.2f to %3.2f' %
(v2["min"], v2["max"]))
rgbfloat = None
rgbfloat = webcolors.rgb_to_rgb_percent(
(v2["RGB1"], v2["RGB2"], v2["RGB3"]))
a = float(rgbfloat[0].replace('%', '')) / 100.0
b = float(rgbfloat[1].replace('%', '')) / 100.0
c = float(rgbfloat[2].replace('%', '')) / 100.0
levelrgbs.append((a, b, c))
alllevels.append(levels)
alllevellabel.append(levellabel)
alllevelrgbs.append(levelrgbs)
return alllevels, alllevellabel, alllevelrgbs, alltitle
def rgb_to_percent(rgb_str):
color = webcolors.rgb_to_rgb_percent(map(int, rgb_str.split()))
return [float(i.strip('%'))/100.0 for i in color]
def test_triplet_conversion(self):
for int_triplet in int_colors():
self.assertEqual(
int_triplet,
webcolors.rgb_percent_to_rgb(
webcolors.rgb_to_rgb_percent(int_triplet)))
unique_arrays = unique_rgb(rug_small)
#herrschner color name conversions
unique_herrschners = []
for unique_array in unique_arrays:
unique_herrschners = np.append(
unique_herrschners, closest_herrschners_name(unique_array.tolist()))
unique_herrschners = np.unique(unique_herrschners)
df = pd.DataFrame(unique_herrschners)
df.to_csv(github_filepath + '/pixelate/data/' + rug_name + '/colors.csv')
## plot all herrschners colors in image
color_plts = []
for unique_herrschner in unique_herrschners:
color_plts.append(
webcolors.rgb_to_rgb_percent(herrschners_name[unique_herrschner]))
color_flts = []
for color_plt in color_plts:
color_flts.append(
tuple(
float("." + x.replace(".", "").replace("%", "").zfill(4))
for x in color_plt))
fig = plt.figure()
ax = fig.add_subplot(111)
ratio = 1.0 / 3.0
count = math.ceil(math.sqrt(len(color_flts)))
x_count = count * ratio
y_count = count / ratio
def rgb_to_percent(rgb_list):
# print(rgb_list)
color = webcolors.rgb_to_rgb_percent(rgb_list)
return [float(i.strip('%')) / 100.0 for i in color]
def test_triplet_conversion(self):
for int_triplet in int_colors():
conversion = webcolors.rgb_percent_to_rgb(
webcolors.rgb_to_rgb_percent(int_triplet))
assert int_triplet == conversion
def test_triplet_conversion(self):
for int_triplet in int_colors():
conversion = webcolors.rgb_percent_to_rgb(
webcolors.rgb_to_rgb_percent(int_triplet)
)
assert int_triplet == conversion
def rgb_print(self, rgb_str, str, end=' '):
#print(str)
color = webcolors.rgb_to_rgb_percent(map(int,rgb_str.split()))
console.set_color(*[float(i.strip('%'))/100.0 for i in color])
print(str, end=end)
console.set_color()
herrschners_name = {}
for rgb, name in names_and_rgbs:
herrschners_name[name] = rgb
#write dict to import later
with open(GITHUB_FILEPATH + '/pixelate/data/herrschners_name.csv',
'w',
newline='') as csv_file:
writer = csv.writer(csv_file)
for key, value in herrschners_name.items():
writer.writerow([key, value])
## plot all herrchners colors
color_plts = []
for rgb in rgbs:
color_plts.append(webcolors.rgb_to_rgb_percent(rgb))
color_flts = []
for color_plt in color_plts:
color_flts.append(
tuple(
float("." + x.replace(".", "").replace("%", "").zfill(4))
for x in color_plt))
fig = plt.figure()
ax = fig.add_subplot(111)
ratio = float(1.0 / 3.0)
count = math.ceil(math.sqrt(len(color_flts)))
x_count = count * ratio
y_count = count / ratio
def test_triplet_conversion(self):
for int_triplet in int_colors():
self.assertEqual(int_triplet,
webcolors.rgb_percent_to_rgb(
webcolors.rgb_to_rgb_percent(int_triplet)))
