hbutils.color.utils

Overview:

Useful color utilities based on color model

visual_distance

hbutils.color.utils.visual_distance(c1: hbutils.color.model.Color, c2: hbutils.color.model.Color) → float

Overview:

Get distance of 2 colors.

Arguments:

• c1 (Color): First color.

• c2 (Color): Second color.

Returns:

• distance (float): Distance of the colors.

Examples::

>>> from hbutils.color import visual_distance, Color
>>> visual_distance(
...     Color.from_hex('#ff0000'),
...     Color.from_hex('#00ff00')
... )
2.5495097567963922
>>> visual_distance(
...     Color.from_hex('#778800'),
...     Color.from_hex('#887700')
... )
0.16996731711975946

rnd_colors

hbutils.color.utils.rnd_colors(count, lightness=0.5, saturation=1.0, init_dis=4.0, lr=0.95, ur=1.5, rnd=None) → Iterator[hbutils.color.model.Color]

Overview:

Generating random colors which are not similar.

Arguments:

• count: Count of colors.

• lightness: Lightness of the colors (in HLS color space), default is 0.5.

• saturation: Saturation of the colors (in HLS color space), default is 1.0.

• init_dis: Initial distance of colors, default is 4.0.

• lr: Lower ratio when generating, default is 0.95.

• hr: Upper ratio when generating, default is 1.5.

• rnd: Random object to be used, default is random.Random(0).

Returns:

• colors (Iterator[Color]): A iterator of colors.

Examples::

>>> from hbutils.color import rnd_colors
>>> for c in rnd_colors(12):
...     print(c)
#ff00ee
#00ff00
#009cff
#ff006c
#c9ff00
#00f3ff
#d100ff
#ffaf00
#00ff6c
#4100ff
#ff5300
#46ff00

>>> for c in rnd_colors(12, 0.8, 0.9):
...     print(c)
#fa9ef4
#9efaa1
#9eb4fa
#faa69e
#c5fa9e
#9ed6fa
#f09efa
#faf89e
#9ef9fa
#c09efa
#fabe9e
#9efaca