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chromatic4cpp：用 C++ 玩溜色值（RGB / RGBA / CMYK / HSL / HSV）

chromatic4cpp

一、介绍

chromatic4cpp 致力于为 C++ 的色值操作和相互转换提供便利，当前已经支持 RGB，RGBA，CMYK，HSL，HSV 五种色值类型。

chromatic4cpp 主要特点有：

  • 支持色值之间的运算（加、减、乘、除、取余、等于、不等于 及其他）；
  • 支持十六进制色值与 RGB，RGBA，CMYK，HSL，HSV 之间的转换；
  • 提供了丰富的十六进制预定义色值 （无 Alpha 通道） ；
  • 不同模式下的随机色值；
  • 不同模式之间的色值比对；
  • ...

chromatic4cpp 的主要接口如下：

  • equals : 同等于
  • nequals : 同不等于
  • add : 同加法
  • sub : 同减法
  • scale : 同乘法
  • divide : 同除法
  • mod : 同取模
  • clear : 清空色值
  • check : 检查输入的色值是否有效，如果无效，则使用默认规则转换为有效色值
  • dump : 打印原始色值和十六进制数值
  • red : 获取/设置 RGB(A) 模式下 r 位色值
  • green : 获取/设置 RGB(A) 模式下的 g 位色值
  • blue : 获取/设置 RGB(A) 模式下的 b 位色值
  • alpha : 获取/设置 RGBA 模式下的 a 位色值
  • cyan : 获取/设置 CMYK 模式下的 c 位色值
  • yellow : 获取/设置 CMYK 模式下的 y 位色值
  • magenta : 获取/设置 CMYK 模式下的 m 位色值
  • black : 获取/设置 CMYK 模式下的 k 位色值
  • hue : 获取/设置 HSL/HSV 模式下的 h 位色值
  • saturation : 获取/设置 HSL/HSV 模式下的 s 位色值
  • lightness : 获取/设置 HSL 模式下的 l 位色值
  • value : 获取/设置 HSV 模式下的 v 位色值
  • fromRGB(A) : 从 RGB(A) 模式转换
  • fromCMYK : 从 CMYK 模式转换
  • fromHSL(V) :从 HSL(V) 模式转换
  • fromHEX : 从十六进制模式转换
  • toRGB(A) : 转换为 RGB(A) 模式
  • toCMYK : 转换为 CMYK 模式
  • toHSL(V) :转换为 HSL(V) 模式
  • toHEX : 转换为十六进制模式
  • blend : 混合色值计算（色值叠加计算，目前只支持 RGB 和 RGBA）
  • opposite : 获取 RGB(A) 色值的相反色
  • random : 获取随机色值
  • Chromatic::equals : 宽松比对两种色彩模式的色值是否相等
  • Chromatic::sequals : 严格比对两种色彩模式的色值是否相等

二、测试用例

//
//  main.cpp
//  Playground
//
//  Created by Reyn-Mac on 2017/1/25.
//  Copyright © 2017年 Reyn-Mac. All rights reserved.
//
#include <stdio.h>
#include <iostream>
#include "Chromatics.hpp"
#include "StringUtils.hpp"
using namespace Chromatic;
using namespace std;

void RGB_TestCase() {
    cout << "<# RGB TestCase Start" << endl;

    cout << "=> RGB original data:" << endl;
    RGB case0 = RGB(REBECCAPURPLE);
    case0.dump();

    cout << endl << "=> single operator:" << endl;
    (case0+1).dump();
    (case0-1).dump();
    (case0*2).dump();
    (case0/2).dump();
    (case0%15.f).dump();
    cout << endl << "=> mixed  operator:" << endl;
    case0.clear(166);
    (case0+RGB(1,1,1)).dump();
    (case0-RGB(1,1,1)).dump();
    (case0*RGB(2,2,2)).dump();
    (case0/RGB(2,2,2)).dump();
    (case0%RGB(15,15,15)).dump();

    cout << endl << "=> use scale:" << endl;
    (case0.scale(10.8).dump());

    cout << endl << "=> use divide:" << endl;
    (case0.divide(2).dump());

    cout << endl << "=> from hex string(do check):" << endl;
    case0.fromHEX("80aF*U", true).dump();

    cout << endl << "=> from hex string(do not check):" << endl;
    case0.fromHEX("80aF*U", false).dump();

    cout << endl << "=> to hex string:" << endl;
    cout << case0.toHEX() << endl;

    cout << endl << "=> from/to RGBA:" << endl;
    case0.fromRGBA(case0.toRGBA().dump()).dump();

    cout << endl << "=> clear with:" << endl;
    case0.clear(255).dump();

    cout << endl << "=> RED + LIME = YELLOW : " << endl;
    (RGB(RED) + RGB(LIME)).dump();
    RGB(YELLOW).dump();

    cout << endl << "=> convertor: " << endl;
    RGB rgb = RGB().fromHEX(ANTIQUEWHITE).dump();
    rgb.toRGBA().dump();
    rgb.toCMYK().dump();
    rgb.toHSL().dump();

    cout << "!!! RGB TestCase End #>" << endl << endl;
}


void RGBA_TestCase() {
    cout << "<# RGBA TestCase Start" << endl;

    RGBA case0 = RGBA(INDIGO);

    cout << "=> RGBA original data:" << endl;
    case0.dump();

    cout << endl << "=> single operator:" << endl;
    (case0+1).dump();
    (case0-1).dump();
    (case0*2).dump();
    (case0/2).dump();
    (case0%15.f).dump();
    cout << endl << "=> mixed  operator:" << endl;
    case0.clear(166);
    (case0+RGBA(1,1,1,1)).dump();
    (case0-RGBA(1,1,1,1)).dump();
    (case0*RGBA(2,2,2,2)).dump();
    (case0/RGBA(2,2,2,2)).dump();
    (case0%RGBA(15,15,15,15)).dump();

    cout << endl << "=> use scale:" << endl;
    (case0.scale(10.8).dump());

    cout << endl << "=> use divide:" << endl;
    (case0.divide(2).dump());

    cout << endl << "=> from hex string (do check):" << endl;
    case0.fromHEX("80aF*UE", true).dump();

    cout << endl << "=> from hex string (do not check):" << endl;
    case0.fromHEX("80aF*UE", false).dump();

    cout << endl << "=> to hex string:" << endl;
    cout << case0.toHEX() << endl;

    cout << endl << "=> from/to RGB:" << endl;
    case0.fromRGB(case0.toRGB().dump()).dump();

    cout << endl << "=> clear with:" << endl;
    case0.clear(255).dump();

    cout << endl << "=> convertor: " << endl;
    RGBA rgba = RGBA().fromHEX(ANTIQUEWHITE).dump();
    rgba.toRGB().dump();
    rgba.toCMYK().dump();
    rgba.toHSL().dump();

    cout << "!!! RGBA TestCase End #>" << endl << endl;
}

void CMYK_TestCase() {
    cout << "<# CMYK TestCase Start " << endl;

    CMYK cmyk = CMYK().fromHEX(ANTIQUEWHITE).dump();
    cmyk.toRGB().dump();
    cmyk.toHSL().dump();
    cmyk.toRGBA().dump();

    cout << "!!! CMYK TestCase END #>" << endl << endl;
}

void HSL_TestCase() {
    cout << "<# HSL TestCase Start " << endl;

    HSL hsl = HSL().fromHEX(ANTIQUEWHITE).dump();
    hsl.toRGB().dump();
    hsl.toCMYK().dump();
    hsl.toRGBA().dump();

    cout << "!!! HSL TestCase Start #>" << endl << endl;
}

void HSV_TestCase() {
    cout << "<# HSV TestCase Start" << endl;
    HSV hsv = HSV().fromHEX(ANTIQUEWHITE).dump();
    hsv.toRGB().dump();
    hsv.toCMYK().dump();
    hsv.toRGBA().dump();
    cout << "!!! HSV TestCase End #>" << endl << endl;
}


void RGB_Blend_TestCase() {
    cout << "<# RGB Blend TestCase Start" << endl;

    bool bBlendRedLime = RGB(RED).blend(LIME) == YELLOW;
    cout << "Red blend Lime = Yellow ? ";
    bBlendRedLime ? cout << "True" : cout << "False";
    cout << endl;

    bBlendRedLime = RGB(RED).blend(LIME) + RGB(YELLOW).opposite() == WHITE;
    cout << "Red blend Green = Yellow ? ";
    bBlendRedLime ? cout << "True" : cout << "False";
    cout << endl;

    cout << "!!! RGB Blend TestCase End #>" << endl << endl;
}

void RGBA_Blend_TestCase() {
    cout << "<# RGBA Blend TestCase Start" << endl;

    RGBA c1 = RGBA().fromAlphaF(235, 152, 80, 0.6f).dump();
    RGBA c2 = RGBA().fromAlphaF(234, 97, 124, 0.8f).dump();
    c1.blend(c2).dump();

    cout << "RGBA Blend TestCase End #>" << endl << endl;
}

void ColorRandom_TestCase() {
    cout << "<# Color Random TestCase Start" << endl;

    RGB  c1 = RGB().random().dump();
    randomColor(c1).dump();
    RGBA c2 = RGBA().random().dump();
    randomColor(c2).dump();
    CMYK c3 = CMYK().random().dump();
    randomColor(c3).dump();
    HSL  c4 = HSL().random().dump();
    randomColor(c4).dump();
    HSV  c5 = HSV().random().dump();
    randomColor(c5).dump();

    cout << "!!! Color Random TestCase End #>" << endl << endl;
}

void CompareColor_TestCase() {
    cout << "<# Compare Color With Mode Start" << endl;

    RGB  c1 = RGB(LIMEGREEN).dump();
    RGBA c2 = RGBA(LIMEGREEN).alpha(88).dump();
    CMYK c3 = CMYK(LIMEGREEN).dump();
    HSL  c4 = HSL(LIMEGREEN).dump();
    HSV  c5 = HSV(LIMEGREEN).dump();
    cout << "[Color Value] LIMEGREEN: HEX(#32CD32)" << endl;
    cout << "[Color Mode ] c1: RGB, c2: RGBA, c3: CMYK, c4: HSL, c5: HSV " << endl;
    cout << "[CampareMode] loose :" << endl;
    cout << "c1 == c2 ? " << (equals(c1, c2) ? "True" : "False") << endl;
    cout << "c1 == c3 ? " << (equals(c1, c3) ? "True" : "False") << endl;
    cout << "c1 == c4 ? " << (equals(c1, c4) ? "True" : "False") << endl;
    cout << "c1 == c5 ? " << (equals(c1, c5) ? "True" : "False") << endl;
    cout << "c2 == c3 ? " << (equals(c2, c3) ? "True" : "False") << endl;
    cout << "c2 == c4 ? " << (equals(c2, c4) ? "True" : "False") << endl;
    cout << "c2 == c5 ? " << (equals(c2, c5) ? "True" : "False") << endl;
    cout << "c3 == c4 ? " << (equals(c3, c4) ? "True" : "False") << endl;
    cout << "c3 == c5 ? " << (equals(c3, c5) ? "True" : "False") << endl;
    cout << "c4 == c5 ? " << (equals(c4, c5) ? "True" : "False") << endl;
    cout << "[Color Value] LIMEGREEN: HEX(#32CD32)" << endl;
    cout << "[Color Mode ] c1: RGB, c2: RGBA, c3: CMYK, c4: HSL, c5: HSV " << endl;
    cout << "[CampareMode] strict :" << endl;
    cout << "c1 == c2 ? " << (sequals(c1, c2) ? "True" : "False") << endl;
    cout << "c1 == c3 ? " << (sequals(c1, c3) ? "True" : "False") << endl;
    cout << "c1 == c4 ? " << (sequals(c1, c4) ? "True" : "False") << endl;
    cout << "c1 == c5 ? " << (sequals(c1, c5) ? "True" : "False") << endl;
    cout << "c2 == c3 ? " << (sequals(c2, c3) ? "True" : "False") << endl;
    cout << "c2 == c4 ? " << (sequals(c2, c4) ? "True" : "False") << endl;
    cout << "c2 == c5 ? " << (sequals(c2, c5) ? "True" : "False") << endl;
    cout << "c3 == c4 ? " << (sequals(c3, c4) ? "True" : "False") << endl;
    cout << "c3 == c5 ? " << (sequals(c3, c5) ? "True" : "False") << endl;
    cout << "c4 == c5 ? " << (sequals(c4, c5) ? "True" : "False") << endl;

    cout << "!!! Compare Color With Mode End #>" << endl << endl;
}

int main() {
    RGB_TestCase();
    RGBA_TestCase();
    CMYK_TestCase();
    HSL_TestCase();
    HSV_TestCase();
    RGB_Blend_TestCase();
    RGBA_Blend_TestCase();
    ColorRandom_TestCase();
    CompareColor_TestCase();
}

输出：

<# RGB TestCase Start
=> RGB original data:
RGB(102,051,153) HEX(#663399)

=> single operator:
RGB(103,052,154) HEX(#67349A)
RGB(102,051,153) HEX(#663399)
RGB(204,102,255) HEX(#CC66FF)
RGB(102,051,127) HEX(#66337F)
RGB(012,006,007) HEX(#0C0607)

=> mixed  operator:
RGB(167,167,167) HEX(#A7A7A7)
RGB(166,166,166) HEX(#A6A6A6)
RGB(255,255,255) HEX(#FFFFFF)
RGB(127,127,127) HEX(#7F7F7F)
RGB(007,007,007) HEX(#070707)

=> use scale:
RGB(075,075,075) HEX(#4B4B4B)

=> use divide:
RGB(037,037,037) HEX(#252525)

=> from hex string(do check):
RGB(000,000,000) HEX(#000000)

=> from hex string(do not check):
RGB(128,175,000) HEX(#80AF00)

=> to hex string:
#80AF00

=> from/to RGBA:
RGBA(128,175,000,000) HEX(#80AF0000)
RGB(128,175,000) HEX(#80AF00)

=> clear with:
RGB(255,255,255) HEX(#FFFFFF)

=> RED + LIME = YELLOW : 
RGB(255,255,000) HEX(#FFFF00)
RGB(255,255,000) HEX(#FFFF00)

=> convertor: 
RGB(250,235,215) HEX(#FAEBD7)
RGBA(250,235,215,000) HEX(#FAEBD700)
CMYK(0.000,0.060,0.140,0.020) HEX(#FAEBD7)
HSL(034,0.778,0.912) HEX(#FAEBD7)
!!! RGB TestCase End #>

<# RGBA TestCase Start
=> RGBA original data:
RGBA(075,000,130,000) HEX(#4B008200)

=> single operator:
RGBA(076,001,131,001) HEX(#4C018301)
RGBA(075,000,130,000) HEX(#4B008200)
RGBA(150,000,255,000) HEX(#9600FF00)
RGBA(075,000,127,000) HEX(#4B007F00)
RGBA(000,000,007,000) HEX(#00000700)

=> mixed  operator:
RGBA(167,167,167,167) HEX(#A7A7A7A7)
RGBA(166,166,166,166) HEX(#A6A6A6A6)
RGBA(255,255,255,255) HEX(#FFFFFFFF)
RGBA(127,127,127,127) HEX(#7F7F7F7F)
RGBA(007,007,007,007) HEX(#07070707)

=> use scale:
RGBA(075,075,075,075) HEX(#4B4B4B4B)

=> use divide:
RGBA(037,037,037,037) HEX(#25252525)

=> from hex string (do check):
RGBA(000,000,000,000) HEX(#00000000)

=> from hex string (do not check):
RGBA(128,175,000,224) HEX(#80AF00E0)

=> to hex string:
#80AF00E0

=> from/to RGB:
RGB(128,175,000) HEX(#80AF00)
RGBA(128,175,000,000) HEX(#80AF0000)

=> clear with:
RGBA(255,255,255,255) HEX(#FFFFFFFF)

=> convertor: 
RGBA(250,235,215,000) HEX(#FAEBD700)
RGB(250,235,215) HEX(#FAEBD7)
CMYK(0.000,0.060,0.140,0.020) HEX(#FAEBD7)
HSL(034,0.778,0.912) HEX(#FAEBD7)
!!! RGBA TestCase End #>

<# CMYK TestCase Start 
CMYK(0.000,0.060,0.140,0.020) HEX(#FAEBD7)
RGB(250,235,215) HEX(#FAEBD7)
HSL(034,0.778,0.912) HEX(#FAEBD7)
RGBA(250,235,215,000) HEX(#FAEBD700)
!!! CMYK TestCase END #>

<# HSL TestCase Start 
HSL(034,0.778,0.912) HEX(#FAEBD7)
RGB(250,235,215) HEX(#FAEBD7)
CMYK(0.000,0.060,0.140,0.020) HEX(#FAEBD7)
RGBA(250,235,215,000) HEX(#FAEBD700)
!!! HSL TestCase Start #>

<# HSV TestCase Start
HSV(034,0.140,0.980) HEX(#FAEBD7)
RGB(250,235,215) HEX(#FAEBD7)
CMYK(0.000,0.060,0.140,0.020) HEX(#FAEBD7)
RGBA(250,235,215,000) HEX(#FAEBD700)
!!! HSV TestCase End #>

<# RGB Blend TestCase Start
Red blend Lime = Yellow ? True
Red blend Green = Yellow ? True
!!! RGB Blend TestCase End #>

<# RGBA Blend TestCase Start
RGBA(235,152,080,153) HEX(#EB985099)
RGBA(234,097,124,204) HEX(#EA617CCC)
RGBA(234,104,118,234) HEX(#EA6876EA)
RGBA Blend TestCase End #>

<# Color Random TestCase Start
RGB(135,012,182) HEX(#870CB6)
RGB(211,129,080) HEX(#D38150)
RGBA(203,078,031,087) HEX(#CB4E1F57)
RGBA(120,105,210,236) HEX(#7869D2EC)
CMYK(0.631,0.390,0.383,0.965) HEX(#030505)
CMYK(0.569,0.416,0.865,0.759) HEX(#1A2308)
HSL(345,0.917,0.390) HEX(#BF0836)
HSL(175,0.758,0.220) HEX(#0E635C)
HSV(219,0.490,0.770) HEX(#6486C4)
HSV(174,0.375,0.618) HEX(#629E98)
!!! Color Random TestCase End #>

<# Compare Color With Mode Start
RGB(050,205,050) HEX(#32CD32)
RGBA(050,205,050,088) HEX(#32CD3258)
CMYK(0.756,0.000,0.756,0.196) HEX(#32CD32)
HSL(120,0.608,0.500) HEX(#32CD32)
HSV(120,0.756,0.804) HEX(#32CD32)
[Color Value] LIMEGREEN: HEX(#32CD32)
[Color Mode ] c1: RGB, c2: RGBA, c3: CMYK, c4: HSL, c5: HSV 
[CampareMode] loose :
c1 == c2 ? True
c1 == c3 ? True
c1 == c4 ? True
c1 == c5 ? True
c2 == c3 ? True
c2 == c4 ? True
c2 == c5 ? True
c3 == c4 ? True
c3 == c5 ? True
c4 == c5 ? True
[Color Value] LIMEGREEN: HEX(#32CD32)
[Color Mode ] c1: RGB, c2: RGBA, c3: CMYK, c4: HSL, c5: HSV 
[CampareMode] strict :
c1 == c2 ? False
c1 == c3 ? True
c1 == c4 ? True
c1 == c5 ? True
c2 == c3 ? False
c2 == c4 ? False
c2 == c5 ? False
c3 == c4 ? True
c3 == c5 ? True
c4 == c5 ? True
!!! Compare Color With Mode End #>

三、预定义的色值

const string INDIGO                = "4B0082";
const string GOLD                  = "FFD700";
const string HOTPINK               = "FF69B4";
const string FIREBRICK             = "B22222";
const string INDIANRED             = "CD5C5C";
const string YELLOW                = "FFFF00";
const string MISTYROSE             = "FFE4E1";
const string DARKOLIVEGREEN        = "556B2F";
const string OLIVE                 = "808000";
const string DARKSEAGREEN          = "8FBC8F";
const string PINK                  = "FFC0CB";
const string TOMATO                = "FF6347";
const string LIGHTCORAL            = "F08080";
const string ORANGERED             = "FF4500";
const string NAVAJOWHITE           = "FFDEAD";
const string LIME                  = "00FF00";
const string PALEGREEN             = "98FB98";
const string DARKSLATEGREY         = "2F4F4F";
const string GREENYELLOW           = "ADFF2F";
const string BURLYWOOD             = "DEB887";
const string SEASHELL              = "FFF5EE";
const string MEDIUMSPRINGGREEN     = "00FA9A";
const string FUCHSIA               = "FF00FF";
const string PAPAYAWHIP            = "FFEFD5";
const string BLANCHEDALMOND        = "FFEBCD";
const string CHARTREUSE            = "7FFF00";
const string DIMGRAY               = "696969";
const string BLACK                 = "000000";
const string PEACHPUFF             = "FFDAB9";
const string SPRINGGREEN           = "00FF7F";
const string AQUAMARINE            = "7FFFD4";
const string WHITE                 = "FFFFFF";
const string ORANGE                = "FFA500";
const string LIGHTSALMON           = "FFA07A";
const string DARKSLATEGRAY         = "2F4F4F";
const string BROWN                 = "A52A2A";
const string IVORY                 = "FFFFF0";
const string DODGERBLUE            = "1E90FF";
const string PERU                  = "CD853F";
const string LAWNGREEN             = "7CFC00";
const string CHOCOLATE             = "D2691E";
const string CRIMSON               = "DC143C";
const string FORESTGREEN           = "228B22";
const string DARKGREY              = "A9A9A9";
const string LIGHTSEAGREEN         = "20B2AA";
const string CYAN                  = "00FFFF";
const string MINTCREAM             = "F5FFFA";
const string SILVER                = "C0C0C0";
const string ANTIQUEWHITE          = "FAEBD7";
const string MEDIUMORCHID          = "BA55D3";
const string SKYBLUE               = "87CEEB";
const string GRAY                  = "808080";
const string DARKTURQUOISE         = "00CED1";
const string GOLDENROD             = "DAA520";
const string DARKGREEN             = "006400";
const string FLORALWHITE           = "FFFAF0";
const string DARKVIOLET            = "9400D3";
const string DARKGRAY              = "A9A9A9";
const string MOCCASIN              = "FFE4B5";
const string SADDLEBROWN           = "8B4513";
const string GREY                  = "808080";
const string DARKSLATEBLUE         = "483D8B";
const string LIGHTSKYBLUE          = "87CEFA";
const string LIGHTPINK             = "FFB6C1";
const string MEDIUMVIOLETRED       = "C71585";
const string SLATEGREY             = "708090";
const string RED                   = "FF0000";
const string DEEPPINK              = "FF1493";
const string LIMEGREEN             = "32CD32";
const string DARKMAGENTA           = "8B008B";
const string PALEGOLDENROD         = "EEE8AA";
const string PLUM                  = "DDA0DD";
const string TURQUOISE             = "40E0D0";
const string LIGHTGREY             = "D3D3D3";
const string LIGHTGOLDENRODYELLOW  = "FAFAD2";
const string DARKGOLDENROD         = "B8860B";
const string LAVENDER              = "E6E6FA";
const string MAROON                = "800000";
const string YELLOWGREEN           = "9ACD32";
const string SANDYBROWN            = "F4A460";
const string THISTLE               = "D8BFD8";
const string VIOLET                = "EE82EE";
const string NAVY                  = "000080";
const string MAGENTA               = "FF00FF";
const string DIMGREY               = "696969";
const string TAN                   = "D2B48C";
const string ROSYBROWN             = "BC8F8F";
const string OLIVEDRAB             = "6B8E23";
const string BLUE                  = "0000FF";
const string LIGHTBLUE             = "ADD8E6";
const string GHOSTWHITE            = "F8F8FF";
const string HONEYDEW              = "F0FFF0";
const string CORNFLOWERBLUE        = "6495ED";
const string SLATEBLUE             = "6A5ACD";
const string LINEN                 = "FAF0E6";
const string DARKBLUE              = "00008B";
const string POWDERBLUE            = "B0E0E6";
const string SEAGREEN              = "2E8B57";
const string DARKKHAKI             = "BDB76B";
const string SNOW                  = "FFFAFA";
const string SIENNA                = "A0522D";
const string MEDIUMBLUE            = "0000CD";
const string ROYALBLUE             = "4169E1";
const string LIGHTCYAN             = "E0FFFF";
const string GREEN                 = "008000";
const string MEDIUMPURPLE          = "9370DB";
const string MIDNIGHTBLUE          = "191970";
const string CORNSILK              = "FFF8DC";
const string PALETURQUOISE         = "AFEEEE";
const string BISQUE                = "FFE4C4";
const string SLATEGRAY             = "708090";
const string DARKCYAN              = "008B8B";
const string KHAKI                 = "F0E68C";
const string WHEAT                 = "F5DEB3";
const string TEAL                  = "008080";
const string DARKORCHID            = "9932CC";
const string DEEPSKYBLUE           = "00BFFF";
const string SALMON                = "FA8072";
const string DARKRED               = "8B0000";
const string STEELBLUE             = "4682B4";
const string PALEVIOLETRED         = "DB7093";
const string LIGHTSLATEGRAY        = "778899";
const string ALICEBLUE             = "F0F8FF";
const string LIGHTSLATEGREY        = "778899";
const string LIGHTGREEN            = "90EE90";
const string ORCHID                = "DA70D6";
const string GAINSBORO             = "DCDCDC";
const string MEDIUMSEAGREEN        = "3CB371";
const string LIGHTGRAY             = "D3D3D3";
const string MEDIUMTURQUOISE       = "48D1CC";
const string LEMONCHIFFON          = "FFFACD";
const string CADETBLUE             = "5F9EA0";
const string LIGHTYELLOW           = "FFFFE0";
const string LAVENDERBLUSH         = "FFF0F5";
const string CORAL                 = "FF7F50";
const string PURPLE                = "800080";
const string AQUA                  = "00FFFF";
const string WHITESMOKE            = "F5F5F5";
const string MEDIUMSLATEBLUE       = "7B68EE";
const string DARKORANGE            = "FF8C00";
const string MEDIUMAQUAMARINE      = "66CDAA";
const string DARKSALMON            = "E9967A";
const string BEIGE                 = "F5F5DC";
const string BLUEVIOLET            = "8A2BE2";
const string AZURE                 = "F0FFFF";
const string LIGHTSTEELBLUE        = "B0C4DE";
const string OLDLACE               = "FDF5E6";
const string REBECCAPURPLE         = "663399";
原文  https://github.com/DoooReyn/chromatic4cpp
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