clr

{
  "id": 756408,
  "created_at": "2021-04-17T03:17:23.000Z",
  "tag_name": "clr",
  "nsfw": false,
  "owner_id": "149926720114262016",
  "uses": 723,
  "description": null,
  "restricted": true,
  "shared": false,
  "deleted": false,
  "safe": "",
  "hidden": false,
  "guild_id": "186980582863929345",
  "sharer": "149926720114262016",
  "content": "{=(prefix):!}\n{=(tagname):clr}\n\n{=(i):1,2,3,4,5,6,7,8,9,0,A,B,C,D,E,F} \n{=(rand.Color):{#:{i}}{#:{i}}{#:{i}}{#:{i}}{#:{i}}{#:{i}}}\n\n{=(COMMENT):Capitalizing and spacing the args for practicity.}\n{=(uargs):{all({args(1)}!=|{lower:{args(1)}}!=random):{replace(#,):{upper:{args(1)}}}|{any({lower:{args(1)}}==random|{args(1)}==):{rand.Color}}}}\n{=(spaced):{replace(A,10):{replace(B,11):{replace(C,12):{replace(D,13):{replace(E,14):{replace(F,15):{replace(, ):{uargs}}}}}}}}}\n\n{=(COMMENT):Is the input color a hex code?}\n{=(COMMENT):Puts the hex code between + to calculate them with each digit later.}\n{=(hextest):{m:trunc({join(+):{spaced}})}}\n{=(COMMENT):Input color length to check if it's equal to a hex code length later.}\n{=(length):{index(%^&):{replace(, ):{uargs}} %^&}}\n\n{=(isLength6):{if({length}==6):true|false}}\n{=(isHex):{if({hextest}=={m:trunc({hextest}/1)}):true|false}}\n\n{=(isSuccess):{all({isLength6}==true|{isHex}==true):true|false}}\n\n{=(COMMENT):RGB Converting}\n{=(hex.Red):{spaced(2)} {spaced(3)}}\n{=(dec.R):{m:trunc(({hex.Red(1)}*(16^1))+({hex.Red(2)}*(16^0)))}}\n\n{=(hex.Green):{spaced(4)} {spaced(5)}}\n{=(dec.G):{m:trunc(({hex.Green(1)}*(16^1))+({hex.Green(2)}*(16^0)))}}\n\n{=(hex.Blue):{spaced(6)} {spaced(7)}}\n{=(dec.B):{m:trunc(({hex.Blue(1)}*(16^1))+({hex.Blue(2)}*(16^0)))}}\n\n{=(COMMENT):RGB Percent.}\n{=(per.Red):{m:round(({dec.Red}/255)*100)}}\n{=(per.Green):{m:round(({dec.Red}/255)*100)}}\n{=(per.Blue):{m:round(({dec.Red}/255)*100)}}\n\n\n{=(COMMENT):Hex to Decimal Conversion}\n{=(dec):{m:trunc(({spaced(2)}*(16^5))+({spaced(3)}*(16^4))+({spaced(4)}*(16^3))+({spaced(5)}*(16^2))+({spaced(6)}*(16^1))+({spaced(7)}*(16^0)))}}\n\n\n{=(COMMENT):Complementary color in R, G and B value.}\n{=(comp.R):{m:trunc(255-{dec.R})}}\n{=(comp.G):{m:trunc(255-{dec.G})}}\n{=(comp.B):{m:trunc(255-{dec.B})}}\n\n{=(COMMENT):CLOSEST COLOR - RGB REWORK (FOR ACCURACY)}\n{=(COMMENT):ALL RGB COLORS with minimum, medium and maximum values possible.}\n{=(COMMENT):Each variable here is the RGB value. Calling the RGB value of the potentially closest color would return its name.}\n{=(0,0,0):Black}\n{=(0,128,0):Green}\n{=(0,0,128):Navy}\n{=(0,255,0):Lime}\n{=(0,255,128):Aquamarine}\n{=(0,255,255):Cyan}\n{=(0,128,255):Azure}\n{=(0,0,255):Blue}\n{=(0,128,128):Teal}\n\n{=(128,0,0):Maroon}\n{=(128,128,0):Olive}\n{=(128,0,128):Purple}\n{=(128,128,128):Gray}\n{=(128,0,255):Violet}\n{=(128,255,0):Chartreuse}\n{=(128,255,255):Electric Blue}\n{=(128,128,255):Light Slate Blue}\n{=(128,255,128):Light Green}\n\n{=(255,0,0):Red}\n{=(255,255,0):Yellow}\n{=(255,0,255):Magenta}\n{=(255,255,255):White}\n{=(255,128,0):Orange}\n{=(255,0,128):Rose}\n{=(255,255,128):Pastel Yellow}\n{=(255,128,128):Light Coral}\n{=(255,128,255):Fuchsia Pink}\n\n{=(COMMENT):Closest R, G and B value from either 0, 125 or 255 for the BASE (input) color!}\n{=(closestR):{if({dec.R}<=84):0|{if({dec.R}<=170):128|{if({dec.R}<=255):255}}}}\n{=(closestG):{if({dec.G}<=84):0|{if({dec.G}<=170):128|{if({dec.G}<=255):255}}}}\n{=(closestB):{if({dec.B}<=84):0|{if({dec.B}<=170):128|{if({dec.B}<=255):255}}}}\n{=(COMMENT):Calls the variable containing the name of the Closest color thanks to its closest RGB value.}\n{=(new.Closest):{{closestR},{closestG},{closestB}}}\n\n{=(COMMENT):Closest R, G and B value from either 0, 125 or 255 for the Complementary color!}\n{=(closestcR):{if({comp.R}<=84):0|{if({comp.R}<=170):128|{if({comp.R}<=255):255}}}}\n{=(closestcG):{if({comp.G}<=84):0|{if({comp.G}<=170):128|{if({comp.G}<=255):255}}}}\n{=(closestcB):{if({comp.B}<=84):0|{if({comp.B}<=170):128|{if({comp.B}<=255):255}}}}\n{=(COMMENT):Calls the variable containing the name of the Closest color of the Completementary color thanks to its closest RGB value.}\n{=(new.cClosest):{{closestcR},{closestcG},{closestcB}}}\n\n{=(COMMENT):Decimal value of each color.}\n{=(dec.Black):0}\n{=(dec.Blue):255}\n{=(dec.Green):65280}\n{=(dec.Cyan):65535}\n{=(dec.Gray):8421504}\n{=(dec.Red):16711680}\n{=(dec.Magenta):16711935}\n{=(dec.Yellow):16776960}\n{=(dec.White):16777215}\n\n{=(COMMENT):Calculating the difference between each color's decimal value and our current color's decimal value.}\n{=(dif.Black):{m:abs({dec.Black}-{dec})}}\n{=(dif.Blue):{m:abs({dec.Blue}-{dec})}}\n{=(dif.Green):{m:abs({dec.Green}-{dec})}}\n{=(dif.Cyan):{m:abs({dec.Cyan}-{dec})}}\n{=(dif.Gray):{m:abs({dec.Gray}-{dec})}}\n{=(dif.Red):{m:abs({dec.Red}-{dec})}}\n{=(dif.Magenta):{m:abs({dec.Magenta}-{dec})}}\n{=(dif.Yellow):{m:abs({dec.Yellow}-{dec})}}\n{=(dif.White):{m:abs({dec.White}-{dec})}}\n\n{=(COMMENT):Determines which color our color is closer to.}\n{=(is.BlackBlue):{if({dif.Blue}<={dif.Black}):Blue|Black}}\n{=(is.BlueGreen):{if({dif.Green}<={dif.Blue}):Lime|Blue}}\n{=(is.GreenCyan):{if({dif.Cyan}<={dif.Green}):Cyan|Lime}}\n{=(is.CyanGray):{if({dif.Gray}<={dif.Cyan}):Gray|Cyan}}\n{=(is.GrayRed):{if({dif.Red}<={dif.Gray}):Red|Gray}}\n{=(is.RedMagenta):{if({dif.Magenta}<={dif.Red}):Magenta|Red}}\n{=(is.MagentaYellow):{if({dif.Yellow}<={dif.Magenta}):Yellow|Magenta}}\n{=(is.YellowWhite):{if({dif.White}<={dif.Yellow}):White|Yellow}}\n\n{=(closest):{if({dec}=={dec.Black}):Black|{if({dec}<={dec.Blue}):{is.BlackBlue}|{if({dec}<={dec.Green}):{is.BlueGreen}|{if({dec}<={dec.Cyan}):{is.GreenCyan}|{if({dec}<={dec.Gray}):{is.CyanGray}|{if({dec}<={dec.Red}):{is.GrayRed}|{if({dec}<={dec.Magenta}):{is.RedMagenta}|{if({dec}<={dec.Yellow}):{is.MagentaYellow}|{if({dec}<={dec.White}):{is.YellowWhite}}}}}}}}}}}\n\n\n{=(COMMENT):Hex and hashtag.}\n{=(hex):{uargs}}\n\n\n{=(COMMENT):Divides each R, G and B values' first digit by 16; and second digit by modulo 16 to get their remainder and successfully convert them in hexadecimal.}\n{=(hex.Red1):{m:trunc({comp.R}/16)}}\n{=(hex.Red2):{m:trunc({comp.R}%16)}}\n\n{=(hex.Green1):{m:trunc({comp.G}/16)}}\n{=(hex.Green2):{m:trunc({comp.G}%16)}}\n\n{=(hex.Blue1):{m:trunc({comp.B}/16)}}\n{=(hex.Blue2):{m:trunc({comp.B}%16)}}\n\n{=(COMMENT):Puts the results of the calculations above in preHex, just for code clarity. Could be condensed in \"hex\" below.}\n{=(preHex):{hex.Red1} {hex.Red2} {hex.Green1} {hex.Green2} {hex.Blue1} {hex.Blue2}}\n\n{=(COMMENT):Replaces the values between 10 and 15 to be replaced by their letter equivalent in hexadecimal. This variable is the final hexadecimal value.}\n{=(comp.hex):{join():{replace(10,A):{replace(11,B):{replace(12,C):{replace(13,D):{replace(14,E):{replace(15,F):{preHex}}}}}}}}}\n\n{=(COMMENT):RGB Percent of the Complementary Color and the input color.}\n{=(per.comp.R):{m:trunc({comp.R}/255*100)}}\n{=(per.comp.G):{m:trunc({comp.G}/255*100)}}\n{=(per.comp.B):{m:trunc({comp.B}/255*100)}}\n\n{=(per.R):{m:trunc({dec.R}/255*100)}}\n{=(per.G):{m:trunc({dec.G}/255*100)}}\n{=(per.B):{m:trunc({dec.B}/255*100)}}\n\n{=(COMMENT):RGB To Decimal of the Complementary color.}\n{=(dec.comp):{m:trunc(({comp.R} * 256 * 256) + ({comp.G} * 256)+{comp.B})}}\n\n{=(COMMENT):---HSL STUFF starts here---}\n\n{=(COMMENT):Number of decimal places it should round up to.}\n{=(decimals):2}\n{=(suffix):*10^{decimals})/10^{decimals}}\n\n{=(COMMENT):Convert the RGB values to the range 0-1}\n{=(rR):{m:round(({dec.R}/255){suffix}}}\n{=(rG):{m:round(({dec.G}/255){suffix}}}\n{=(rB):{m:round(({dec.B}/255){suffix}}}\n{=(COMMENT):0.09 0.38 0.46}\n\n{=(rgbranges):{rR} {rG} {rB}}\n{=(letters):R G B}\n\n{=(maxval):{rR}}\n{=(maxval):{if({rG}>{maxval}):{rG}|{maxval}}}\n{=(maxval):{if({rB}>{maxval}):{rB}|{maxval}}}\n\n{=(maxindex):{index({maxval}):0 {rgbranges}}}\n{=(maxletter):{letters({maxindex})}}\n\n{=(minval):{rR}}\n{=(minval):{if({rG}<{minval}):{rG}|{minval}}}\n{=(minval):{if({rB}<{minval}):{rB}|{minval}}}\n\n{=(luminance):{m:round((({minval}+{maxval})/2)*100)}}\n\n{=(COMMENT):No saturation if minval and maxval are equal. Grey if all RGB values are equal. If no saturation, Hue=0.}\n{=(saturation):{if({minval}=={maxval}):0|{if({m:{luminance}/100}<=0.5):{m:({maxval}-{minval})/({maxval}+{minval})}|{m:({maxval}-{minval})/(2-{maxval}-{minval})}}}}\n{=(saturation):{m:round({saturation}*100)}}\n\n{=(R.max):({rR}-{rB})/({maxval}-{minval})}\n{=(G.max):2+({rB}-{rR})/({maxval}-{minval})}\n{=(B.max):4+({rR}-{rG})/({maxval}-{minval})}\n\n{=(hue):{if({saturation}==0):0|{m:{{maxletter}.max}}}}\n{=(COMMENT):Converting into degrees}\n{=(hue):{m:round({hue}*60)}}\n\n{=(COMMENT):---HSL FOR Complementary---}\n{=(COMMENT):Convert the RGB values to the range 0-1}\n{=(comp.rR):{m:round(({comp.R}/255){suffix}}}\n{=(comp.rG):{m:round(({comp.G}/255){suffix}}}\n{=(comp.rB):{m:round(({comp.B}/255){suffix}}}\n{=(COMMENT):0.09 0.38 0.46}\n\n{=(comp.rgbranges):{comp.rR} {comp.rG} {comp.rB}}\n{=(comp.letters):R G B}\n\n{=(comp.maxval):{comp.rR}}\n{=(comp.maxval):{if({comp.rG}>{comp.maxval}):{comp.rG}|{comp.maxval}}}\n{=(comp.maxval):{if({comp.rB}>{comp.maxval}):{comp.rB}|{comp.maxval}}}\n\n{=(comp.maxindex):{index({comp.maxval}):0 {comp.rgbranges}}}\n{=(comp.maxletter):{comp.letters({comp.maxindex})}}\n\n{=(comp.minval):{comp.rR}}\n{=(comp.minval):{if({comp.rG}<{comp.minval}):{comp.rG}|{comp.minval}}}\n{=(comp.minval):{if({comp.rB}<{comp.minval}):{comp.rB}|{comp.minval}}}\n\n{=(comp.luminance):{m:round((({comp.minval}+{comp.maxval})/2)*100)}}\n\n{=(COMMENT):No saturation if minval and maxval are equal. Grey if all RGB values are equal. If no saturation, Hue=0.}\n{=(comp.saturation):{if({comp.minval}=={comp.maxval}):0|{if({m:{comp.luminance}/100}<=0.5):{m:({comp.maxval}-{comp.minval})/({comp.maxval}+{comp.minval})}|{m:({comp.maxval}-{comp.minval})/(2-{comp.maxval}-{comp.minval})}}}}\n{=(comp.saturation):{m:round({comp.saturation}*100)}}\n\n{=(comp.R.max):({comp.rR}-{comp.rB})/({comp.maxval}-{comp.minval})}\n{=(comp.G.max):2+({comp.rB}-{comp.rR})/({comp.maxval}-{comp.minval})}\n{=(comp.B.max):4+({comp.rR}-{comp.rG})/({comp.maxval}-{comp.minval})}\n\n{=(comp.hue):{if({comp.saturation}==0):0|{m:{comp.{comp.maxletter}.max}}}}\n{=(COMMENT):Converting into degrees}\n{=(comp.hue):{m:round({comp.hue}*60)}}\n\n{=(COMMENT):---END OF HSL stuff---}\n\n{=(COMMENT):Outputs and embed.}\n{=(new.Title):**[Color Information](https://encycolorpedia.com/{hex})**}\n{embed(color):#{any({isSuccess}==true|{lower:{1}}==random|{1}==):{hex}|2f3136}}\n{=(thumb):{any({1}==|{lower:{1}}==random|{isSuccess}==true):https://res.cloudinary.com/demo/image/upload/w_100,h_100,e_colorize,co_rgb:{hex}/one_pixel.png}}\n{=(footer):{prefix}{tagname} [[#]Hex Code] • Custom command made by Asty'#8926}\n\n{=(COMMENT):Complementary image banner generator.}\n{=(comp.banner):{any({1}==|{lower:{1}}==random|{isSuccess}==true):https://res.cloudinary.com/demo/image/upload/w_350,h_50,e_colorize,co_rgb:{comp.hex}/one_pixel.png}}\n\n{=(COMMENT):Output formatting.}\n{=(msg.Hex):Hex: `#{replace(#,):{uargs}}`}\n{=(msg.RGB):RGB: `{dec.R}, {dec.G}, {dec.B}`}\n{=(msg.PerRGB):Percent RGB: `{per.R}%, {per.G}%, {per.B}%`}\n{=(msg.HSL):HSL: `{hue}°, {saturation}%, {luminance}%`}\n{=(msg.Dec):Decimal: `{dec}`}\n{=(msg.Closest):Closest Color: `{new.Closest}`}\n\n{=(msg.Error.Length):There are 6 characters in a Hexidecimal Color Code (no alpha values), try again.}\n{=(msg.Error.Char):Hexidecimal Color Codes should only contain digits 0-9 and letters A-F. There is an invalid character present, try again.}\n\n{=(msg.Comp):**[Complementary Color](https://encycolorpedia.com/{comp.hex})**\nHex: `#{comp.hex}`\nRGB: `{comp.R}, {comp.G}, {comp.B}`\nPercent RGB: `{per.comp.R}%, {per.comp.G}%, {per.comp.B}%`\nHSL: `{comp.hue}°, {comp.saturation}%, {comp.luminance}%`\nDecimal: `{dec.comp}`\nClosest Color: `{new.cClosest}`}\n\n{=(output.Correct):{msg.Hex}\n{msg.RGB}\n{msg.PerRGB}\n{msg.HSL}\n{msg.Dec}\n{msg.Closest}\n\n{msg.Comp}}\n\n{=(output):{any({isSuccess}==true|{args(1)}==|{lower:{args(1)}}==random):output.Correct|{if({isHex}==false):msg.Error.Char|{if({isLength6}==false):msg.Error.Length}}}}",
  "embed": "{\"color\": 5198940, \"image\": {\"url\": \"{comp.banner}\"}, \"footer\": {\"text\": \"{footer}\"}, \"thumbnail\": {\"url\": \"{thumb}\"}, \"description\": \"{new.Title}\\n{{output}}\"}",
  "last_fetched": "2026-10-20T16:06:39.283Z"
}