facelessuser

{"data":[{"facecolor":["rgb(111, 243, 0)","rgb(118, 243, 0)","rgb(117, 241, 0)","rgb(110, 241, 0)","rgb(112, 246, 0)","rgb(113, 249, 0)","rgb(113, 249, 0)","rgb(122, 251, 0)","rgb(255, 221, 129)","rgb(255, 224, 127)","rgb(108, 238, 0)","rgb(108, 238, 0)","rgb(114, 236, 0)","rgb(108, 238, 0)","rgb(114, 236, 0)","rgb(106, 233, 0)","rgb(100, 73, 0)","rgb(100, 76, 0)","rgb(195, 142, 0)","rgb(195, 148, 0)","rgb(197, 149, 0)","rgb(195, 142, 0)","rgb(197, 149, 0)","rgb(200, 145, 0)","rgb(255, 221, 186)","rgb(255, 222, 183)","rgb(255, 255, 255)","rgb(255, 254, 252)","rgb(161, 49, 0)","rgb(159, 48, 0)","rgb(144, 48, 0)","rgb(141, 47, 0)","rgb(146, 53, 0)","rgb(144, 48, 0)","rgb(5, 2, 0)","rgb(5, 2, 0)","rgb(255, 227, 209)","rgb(255, 224, 206)","rgb(255, 255, 255)","rgb(255, 254, 252)","rgb(255, 231, 140)","rgb(255, 231, 140)","rgb(255, 221, 132)","rgb(255, 221, 132)","rgb(255, 221, 132)","rgb(255, 225, 132)","rgb(255, 228, 155)","rgb(255, 227, 152)","rgb(255, 226, 135)","rgb(255, 226, 137)","rgb(255, 251, 247)","rgb(2

facelessuser

# pragma: init
"""
Okhsl/Okhsv class.

Adapted to Python and ColorAide and adjusted to P3 by Isaac Muse 2023.

---- License ----

Copyright (c) 2021 Björn Ottosson

facelessuser

# pragma: init
from coloraide import Color as Base
from coloraide.cat import WHITES
from coloraide.spaces import Space
from coloraide import algebra as alg
from coloraide.types import Vector
from coloraide.channels import Channel
from coloraide import Color as Base

facelessuser

# pragma: init
"""Convert Linear sRGB to LMS using Smith & Pokorny (1975) 2-deg cone fundamentals."""
from __future__ import annotations
from coloraide.cat import WHITES
from coloraide.spaces import Space
from coloraide import algebra as alg
from coloraide.types import Vector
from coloraide.channels import Channel

LRGB_TO_LMS = [

facelessuser

"""
Execute Python code in code blocks and construct a interactive Python console output.

This allows you to write code examples, but then execute them, showing the results.

https://github.com/facelessuser/pymdown-extensions/issues/1690

---

MIT License

facelessuser

— LICENSE —

W3 License for Compliant Code Only

IMPORTANT: please see the APCA integration compliance doc.

The Short Summary, TL;DR:

Files in this repository are licensed to the W3/AGWG under their cooperative agreement for use with WCAG accessibility guidelines for web-delivered and web-based content only, and not for any other use. Certain limitations do apply.

Use of the terms "SAPC", "SACAM", "APCA", "Advanced Perceptual Contrast Algorithm", "Accessible Perceptual Contrast Algorithm", to describe any contrast method, app, or device, is only permitted for code that is correctly implemented, maintained, and up to date, per the APCA integration compliance page.

Code or implementations found to be non-compliant with APCA, meaning they are incorrect in operation or methodology as defined for APCA contrast, including but not limited to the indication of polarity, and use

facelessuser

Random color harmony generator.

Available harmonies are:

Harmony	Description
mono	Monochromatic
complement	Complementary
split	Split Complementary
analogous	Analogous

facelessuser

[
    {
        "caption": "Wildcard Navigation",
        "command": "wildcard_nav"
    }
]

facelessuser

inputs = ['red', 'orange', 'yellow', 'green', 'blue', 'indigo', 'violet']
colors = Color.steps(inputs, steps=10, space='srgb')
HtmlRow(colors)
HtmlRow([c.filter('brightness', 0.5).clip() for c in colors])
HtmlRow([c.filter('saturate', 0.5).clip() for c in colors])
HtmlRow([c.filter('contrast', 1.2).clip() for c in colors])
HtmlRow([c.filter('opacity', 0.5).clip() for c in colors])
HtmlRow([c.filter('invert', 1).clip() for c in colors])
HtmlRow([c.filter('hue-rotate', 90).clip() for c in colors])
HtmlRow([c.filter('sepia', 1).clip() for c in colors])

facelessuser

"""CAM16 class."""
import math
from coloraide.spaces import Space, Labish
from coloraide.distance import DeltaE
from coloraide.cat import WHITES
from coloraide.channels import Channel, FLG_ANGLE
from coloraide import util
from coloraide import algebra as alg
from coloraide.types import Vector, VectorLike
from typing import Optional