You [Gerald Bauer¹] have been permanently banned [for life] from participating in r/ruby (because of your writing off / outside of r/ruby). I do not see your participation adding anything to this [ruby] community.
-- Richard Schneeman (r/ruby mod and fanatic illiberal ultra leftie on a cancel culture mission)
¹: I know. Who cares? Who is this Gerald Bauer anyway. A random nobody for sure. It just happens that I am the admin among other things of Planet Ruby.
Case Studies of Code of Conduct "Cancel Culture" Out-Of-Control Power Abuse - Ruby - A Call for Tolerance On Ruby-Talk Results In Ban On Reddit RubyUpdate (August, 2022) - A Call for More Tolerance And Call For No-Ban Policy Results In Ban On Ruby-Talk (With No Reason Given)
> I just banned gerald.bauer@gmail.com. > > -- SHIBATA Hiroshi > >> THANK YOU >> >> -- Ryan Davis >> >> >> My full support to moderators. >> >> -- Xavier Noria >> >> My full support to moderators. >> >> -- Carlo E. Prelz >> >> That's fun. >> >> -- Alice
« Ruby Blockchain Week 2021, January 3rd to January 9th - 7 Days of Ruby (Crypto) Gems
Day 6 - kittyverse Gem - Inside the CryptoKitties 256-Bit Genome - Slice ‘n’ Dice Unique Bits ‘n’ Bytes - 48 Genes (12 Traits x 4 P, H1, H2, H3) - Build Your Own CryptoKitties Gene Reader - The Future is Meow
Written by 
A code monkey formerly at Big Korupto. Jobless no coiner having fun staying poor and wrong. Writing the Get Rich Quick “Business Blockchain” Bible - The Secrets of Free Easy Money.
- Fabulous Persian Spock Gerbil Gold Cottoncandy - Extremely rare gen 5 swift virgin | 2.9 ETH
- Rarity: 0.00264% Gen 5 JAGUAR FABULOUS GOLD DALI!! VIRGIN!
- Rarity: 0.0015% Princess Bubblegum is now for sale! Gen 12 | Brisk | Virgin | Chartreux | Bubblegum | Otaku | Emeraldgreen | Saycheese | Mauveover | Spock - Starts ETH 20/Ends ETH 10
- Gold ducat, Gen 5, Virgin, Swift. Very cheap
- Cheap Gen 1 cute kittie with rare genes! Only 0.125 ETH
- UNIQUE Virgin Peach Googly Gold Mauveover gen:2 cooldown:1 0.87992% RARE
- SUPER CHEAP: Gerbil, Ragdoll, Scarlet, Chestnut, Cotton Candy!!! 0.02 ETH (~$14)
- I’m giving away a Gen 1 FAST Gold for free…
At the heart of crypto collectibles (or digital assets) on the blockchain are unique bits & bytes. For CryptoKitties this is a 256-bit integer that holds the super “sekretoooo” genome / genes.
Let’s use Kitty #1001 as an example and look at the “magic” 256-bit integer number:
# A 256-bit super "sekretoooo" integer genome
# hexadecimal (base 16)
genome = 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce
# decimal (base 10)
genome = 512955438081049600613224346938352058409509756310147795204209859701881294
# binary (base 2)
genome = 0b010010100101001010010011000111001110010000001000010111000001010010111101110011100000000101001010000000110001100010000100\
011010100000110010000000100011000110000000101001010010100110001100010100101000110100101000010010100101011011100111001110
Let’s convert from decimal (base 10) to hexadecimal (base 16 - 2^4) and binary (base 2 that is, 0 and 1):
p genome # printed as decimal (base 10) by default
#=> 512955438081049600613224346938352058409509756310147795204209859701881294
p genome.to_s(16)
#=> "4a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce"
p genome.to_s(2)
#=> "10010100101001010010011000111001110010000001000010111000001010010111101110011100000000101001010000000110001100010000100\
# 011010100000110010000000100011000110000000101001010010100110001100010100101000110100101000010010100101011011100111001110"
So what? Thanks to Kai Turner
who first deciphered the CryptoKitties 256-bit genome
in The CryptoKitties Genome Project: On Dominance, Inheritance and Mutation on January 2018
we know today
that the genome breaks down into 5-bit chunks.
And every 5-bit chunk is a gene.
And four 5-bit chunks - known as the primary (p), hidden 1 (h1), hidden 2 (h2), and hidden 3 (h3) gene or
dominant (d), 1st recessive (r1), 2nd recessive (r2), and 3rd recessive (r3) -
get grouped into a trait
(e.g. fur, pattern, eye color, eye shape, base color, highlight color, and so on)
resulting in 12 trait groups of 4 (x 5-bit) genes
(that is, 12 x 4 x 5-bit = 240 bits) with the remaining leading 16 bits “unused” and zeroed-out (e.g. 0x0000).
Let’s break the genome into 5-bit chunks
using Base32.encode from the kittyverse gem.
require 'kittyverse'
Base32.format = :electrologica # use the Electrologica Alphabet / Variant
# hexadecimal (base 16)
genome = 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce # kitty 1001
p Base32.encode( genome )
#=> "09-09-09-09-06-07-07-04-01-01-14-01-09-15-14-14-00-05-05-00-06-06-04-04-13-08-06-08-01-03-03-00-05-05-05-06-06-05-05-03-09-08-09-09-11-14-14-14"
Bingo! Using a genes / traits chart you can now decipher the genome.
CryptoKitties Genes / Traits Chart
Fur (0-3) • Pattern (4-7) • Eye Color (8-11) • Eye Shape (12-15) • Base Color (16-19) • Highlight Color (20-23) • Accent Color (24-27) • Wild (28-31) • Mouth (32-35) • Environment (36-39) • Secret Y Gene (40-43) • Purrstige (44-47)
Fur (FU) - Genes 0-3:
| Kai | Code | Name | Kai | Code | Name |
|---|---|---|---|---|---|
| 1 | FU00 | savannah | h | FU16 | norwegianforest I |
| 2 | FU01 | selkirk | i | FU17 | mekong I |
| 3 | FU02 | chantilly | j | FU18 | highlander I |
| 4 | FU03 | birman | k | FU19 | balinese I |
| 5 | FU04 | koladiviya | m | FU20 | lynx I |
| 6 | FU05 | bobtail | n | FU21 | mainecoon I |
| 7 | FU06 | manul | o | FU22 | laperm I |
| 8 | FU07 | pixiebob | p | FU23 | persian I |
| 9 | FU08 | siberian | q | FU24 | fox II |
| a | FU09 | cymric | r | FU25 | kurilian II |
| b | FU10 | chartreux | s | FU26 | toyger II |
| c | FU11 | himalayan | t | FU27 | manx II |
| d | FU12 | munchkin | u | FU28 | lykoi III |
| e | FU13 | sphynx | v | FU29 | burmilla III |
| f | FU14 | ragamuffin | w | FU30 | liger IIII |
| g | FU15 | ragdoll | x | FU31 | ? |
…
(Source: kittyverse/GENES.md)
Let’s try Kitty #1001 as an example.
Let’s start deciphering from right-to-left ...06-05-05-03-09-08-09-09-11-14-14-14, that is,
14 maps to ragamuffin, 14 to ragamuffin, 14 to ragamuffin, 11 to himalayan, and so on:
Fur (FU) - Genes 0-3:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 14 | 0 | ragamuffin | Primary |
| 14 | 1 | ragamuffin | Hidden 1 |
| 14 | 2 | ragamuffin | Hidden 2 |
| 11 | 3 | himalayan | Hidden 3 |
Pattern (PA) - Genes 4-7:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 09 | 4 | luckystripe | Primary |
| 09 | 5 | luckystripe | Hidden 1 |
| 08 | 6 | calicool | Hidden 2 |
| 09 | 7 | luckystripe | Hidden 3 |
Eye Color (EC) - Genes 8-11:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 03 | 8 | mintgreen | Primary |
| 05 | 9 | sizzurp | Hidden 1 |
| 05 | 10 | sizzurp | Hidden 2 |
| 06 | 11 | chestnut | Hidden 3 |
and so on.
Let’s try another kitty #1111:
genome = 0x000042d28390864842e7b9c900c6321086438c6098ca298c728867425cf6b1ac # kitty 1111
p Base32.encode( genome )
#=> "08-11-09-08-07-04-04-06-09-01-01-14-15-14-14-09-00-03-03-03-04-04-04-06-08-14-06-06-01-06-06-10-05-06-06-07-05-02-03-07-08-09-14-15-13-12-13-12"
Again using a genes / traits chart you can now decipher the genome.
Let’s start from right-to-left ...05-02-03-07-08-09-14-15-13-12-13-12, that is,
12 maps to munchkin, 13 to sphynx, and so on:
Fur (FU) - Genes 0-3:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 12 | 0 | munchkin | Primary |
| 13 | 1 | sphynx | Hidden 1 |
| 12 | 2 | munchkin | Hidden 2 |
| 13 | 3 | sphynx | Hidden 3 |
Pattern (PA) - Genes 4-7:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 15 | 4 | totesbasic | Primary |
| 14 | 5 | totesbasic | Hidden 1 |
| 09 | 6 | luckystripe | Hidden 2 |
| 08 | 7 | calicool | Hidden 3 |
Eye Color (EC) - Genes 8-11:
| 5-Bit Chunk | Gene | Trait | |
|---|---|---|---|
| 07 | 8 | strawberry | Primary |
| 03 | 9 | mintgreen | Hidden 1 |
| 02 | 10 | topaz | Hidden 2 |
| 05 | 11 | isotope | Hidden 3 |
and so on.
What’s Base32?
Encoding / decoding numbers in 5-bit chunks is called base 32
because 2^5 (=2 * 2 * 2 * 2 * 2) results in 32 values.
Using the Electrologica notation / alphabet
(00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31) the conversion chart reads:
| Base32 | Binary | Num | Base32 | Binary | Num | Base32 | Binary | Num | Base32 | Binary | Num |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 00 | 00000 | 0 | 08 | 01000 | 8 | 16 | 10000 | 16 | 24 | 11000 | 24 |
| 01 | 00001 | 1 | 09 | 01001 | 9 | 17 | 10001 | 17 | 25 | 11001 | 25 |
| 02 | 00010 | 2 | 10 | 01010 | 10 | 18 | 10010 | 18 | 26 | 11010 | 26 |
| 03 | 00011 | 3 | 11 | 01011 | 11 | 19 | 10011 | 19 | 27 | 11011 | 27 |
| 04 | 00100 | 4 | 12 | 01100 | 12 | 20 | 10100 | 20 | 28 | 11100 | 28 |
| 05 | 00101 | 5 | 13 | 01101 | 13 | 21 | 10101 | 21 | 29 | 11101 | 29 |
| 06 | 00110 | 6 | 14 | 01110 | 14 | 22 | 10110 | 22 | 30 | 11110 | 30 |
| 07 | 00111 | 7 | 15 | 01111 | 15 | 23 | 10111 | 23 | 31 | 11111 | 31 |
What About Kai Notation / Alphabet?
The Kai (Base 32) notation / alphabet is named in honor of Kai Turner
who first deciphered the CryptoKitties 256-bit genome
in 5-bit chunks.
The Kai notation / alphabet
follows base56
and uses (123456789abcdefghijkmnopqrstuvwx).
The conversion chart reads:
| Kai | Binary | Num | Kai | Binary | Num | Kai | Binary | Num | Kai | Binary | Num |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | 00000 | 0 | 9 | 01000 | 8 | h | 10000 | 16 | q | 11000 | 24 |
| 2 | 00001 | 1 | a | 01001 | 9 | i | 10001 | 17 | r | 11001 | 25 |
| 3 | 00010 | 2 | b | 01010 | 10 | j | 10010 | 18 | s | 11010 | 26 |
| 4 | 00011 | 3 | c | 01011 | 11 | k | 10011 | 19 | t | 11011 | 27 |
| 5 | 00100 | 4 | d | 01100 | 12 | m | 10100 | 20 | u | 11100 | 28 |
| 6 | 00101 | 5 | e | 01101 | 13 | n | 10101 | 21 | v | 11101 | 29 |
| 7 | 00110 | 6 | f | 01110 | 14 | o | 10110 | 22 | w | 11110 | 30 |
| 8 | 00111 | 7 | g | 01111 | 15 | p | 10111 | 23 | x | 11111 | 31 |
Note: - the digit-0 and the letter-l are NOT used in the kai alphabet / notation.
Let’s convert the example kitty genomes to Kai notation:
require 'kittyverse'
Base32.format = :kai # use the Kai Alphabet / Variant
# hexadecimal (base 16)
genome = 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce # kitty 1001
p Base32.encode( genome )
#=> "aaaa788522f2agff16617755e979244166677664a9aacfff"
genome = 0x000042d28390864842e7b9c900c6321086438c6098ca298c728867425cf6b1ac # kitty 1111
p Base32.encode( genome )
#=> "9ca98557a22fgffa144455579f77277b677863489afgeded"
Tip: Use the Base32.fmt helper to pretty print / format
the encoded string into a group of four (genes). Example:
# hexadecimal (base 16)
genome = 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce # kitty 1001
p Base32.fmt( Base32.encode( genome ))
#=> "aaaa 7885 22f2 agff 1661 7755 e979 2441 6667 7664 a9aa cfff"
genome = 0x000042d28390864842e7b9c900c6321086438c6098ca298c728867425cf6b1ac # kitty 1111
p Base32.fmt( Base32.encode( genome ))
#=> "9ca9 8557 a22f gffa 1444 5557 9f77 277b 6778 6348 9afg eded"
p Base32.fmt( genome ) # or use the "all-in-one" shortcut
#=> "9ca9 8557 a22f gffa 1444 5557 9f77 277b 6778 6348 9afg eded"
Build Your Own CryptoKitties Gene Reader
Let’s code a gene reader that deciphers the genome. Let’s automate the lookup of the 5-bit chunks mapping to traits.
Let’s again (re)use the kittyverse gem that includes an up-to-date list of all traits. For example, try:
require 'kittyverse'
pp TRAITS ## pretty print (pp) TRAITS, that is, list of all traits
Resulting in:
{:body=>
{:genes=>"0-3",
:name=>"Fur",
:code=>"FU",
:kai=>
{"1"=>"savannah",
"2"=>"selkirk",
"3"=>"chantilly",
"4"=>"birman",
"5"=>"koladiviya",
"6"=>"bobtail",
"7"=>"manul",
"8"=>"pixiebob",
"9"=>"siberian",
"a"=>"cymric",
"b"=>"chartreux",
"c"=>"himalayan",
"d"=>"munchkin",
"e"=>"sphynx",
"f"=>"ragamuffin",
"g"=>"ragdoll",
"h"=>"norwegianforest",
"i"=>"mekong",
"j"=>"highlander",
"k"=>"balinese",
"m"=>"lynx",
"n"=>"mainecoon",
"o"=>"laperm",
"p"=>"persian",
"q"=>"fox",
"r"=>"kurilian",
"s"=>"toyger",
"t"=>"manx",
"u"=>"lykoi",
"v"=>"burmilla",
"w"=>"liger",
"x"=>""}},
:pattern=>
{:genes=>"4-7",
:name=>"Pattern",
:code=>"PA",
:kai=>
{"1"=>"vigilante",
"2"=>"tiger",
"3"=>"rascal",
"4"=>"ganado",
"5"=>"leopard",
"6"=>"camo",
"7"=>"rorschach",
"8"=>"spangled",
"9"=>"calicool",
"a"=>"luckystripe",
"b"=>"amur",
"c"=>"jaguar",
"d"=>"spock",
"e"=>"mittens",
"f"=>"totesbasic",
"g"=>"totesbasic",
"h"=>"splat",
"i"=>"thunderstruck",
"j"=>"dippedcone",
"k"=>"highsociety",
"m"=>"tigerpunk",
"n"=>"henna",
"o"=>"arcreactor",
"p"=>"totesbasic",
"q"=>"scorpius",
"r"=>"razzledazzle",
"s"=>"hotrod",
"t"=>"allyouneed",
"u"=>"avatar",
"v"=>"gyre",
"w"=>"moonrise",
"x"=>""}},
:coloreyes=>
{:genes=>"8-11",
:name=>"Eye Color",
:code=>"EC",
:kai=>
{"1"=>"thundergrey",
"2"=>"gold",
"3"=>"topaz",
"4"=>"mintgreen",
"5"=>"isotope",
"6"=>"sizzurp",
"7"=>"chestnut",
"8"=>"strawberry",
"9"=>"sapphire",
"a"=>"forgetmenot",
"b"=>"dahlia",
"c"=>"coralsunrise",
"d"=>"olive",
"e"=>"doridnudibranch",
"f"=>"parakeet",
"g"=>"cyan",
"h"=>"pumpkin",
"i"=>"limegreen",
"j"=>"bridesmaid",
"k"=>"bubblegum",
"m"=>"twilightsparkle",
"n"=>"palejade",
"o"=>"pinefresh",
"p"=>"eclipse",
"q"=>"babypuke",
"r"=>"downbythebay",
"s"=>"autumnmoon",
"t"=>"oasis",
"u"=>"gemini",
"v"=>"dioscuri",
"w"=>"kaleidoscope",
"x"=>""}},
:eyes=>
{:genes=>"12-15",
:name=>"Eye Shape",
:code=>"ES",
:kai=>
{"1"=>"swarley",
"2"=>"wonky",
"3"=>"serpent",
"4"=>"googly",
"5"=>"otaku",
"6"=>"simple",
"7"=>"crazy",
"8"=>"thicccbrowz",
"9"=>"caffeine",
"a"=>"wowza",
"b"=>"baddate",
"c"=>"asif",
"d"=>"chronic",
"e"=>"slyboots",
"f"=>"wiley",
"g"=>"stunned",
"h"=>"chameleon",
"i"=>"alien",
"j"=>"fabulous",
"k"=>"raisedbrow",
"m"=>"tendertears",
"n"=>"hacker",
"o"=>"sass",
"p"=>"sweetmeloncakes",
"q"=>"oceanid",
"r"=>"wingtips",
"s"=>"firedup",
"t"=>"buzzed",
"u"=>"bornwithit",
"v"=>"candyshoppe",
"w"=>"drama",
"x"=>""}},
:color1=>
{:genes=>"16-19",
:name=>"Base Color",
:code=>"BC",
:kai=>
{"1"=>"shadowgrey",
"2"=>"salmon",
"3"=>"meowgarine",
"4"=>"orangesoda",
"5"=>"cottoncandy",
"6"=>"mauveover",
"7"=>"aquamarine",
"8"=>"nachocheez",
"9"=>"harbourfog",
"a"=>"cinderella",
"b"=>"greymatter",
"c"=>"tundra",
"d"=>"brownies",
"e"=>"dragonfruit",
"f"=>"hintomint",
"g"=>"bananacream",
"h"=>"cloudwhite",
"i"=>"cornflower",
"j"=>"oldlace",
"k"=>"koala",
"m"=>"lavender",
"n"=>"glacier",
"o"=>"redvelvet",
"p"=>"verdigris",
"q"=>"icicle",
"r"=>"onyx",
"s"=>"hyacinth",
"t"=>"martian",
"u"=>"hotcocoa",
"v"=>"shamrock",
"w"=>"firstblush",
"x"=>""}},
:color2=>
{:genes=>"20-23",
:name=>"Highlight Color",
:code=>"HC",
:kai=>
{"1"=>"cyborg",
"2"=>"springcrocus",
"3"=>"egyptiankohl",
"4"=>"poisonberry",
"5"=>"lilac",
"6"=>"apricot",
"7"=>"royalpurple",
"8"=>"padparadscha",
"9"=>"swampgreen",
"a"=>"violet",
"b"=>"scarlet",
"c"=>"barkbrown",
"d"=>"coffee",
"e"=>"lemonade",
"f"=>"chocolate",
"g"=>"butterscotch",
"h"=>"ooze",
"i"=>"safetyvest",
"j"=>"turtleback",
"k"=>"rosequartz",
"m"=>"wolfgrey",
"n"=>"cerulian",
"o"=>"skyblue",
"p"=>"garnet",
"q"=>"peppermint",
"r"=>"universe",
"s"=>"royalblue",
"t"=>"mertail",
"u"=>"inflatablepool",
"v"=>"pearl",
"w"=>"prairierose",
"x"=>""}},
:color3=>
{:genes=>"24-27",
:name=>"Accent Color",
:code=>"AC",
:kai=>
{"1"=>"belleblue",
"2"=>"sandalwood",
"3"=>"peach",
"4"=>"icy",
"5"=>"granitegrey",
"6"=>"cashewmilk",
"7"=>"kittencream",
"8"=>"emeraldgreen",
"9"=>"kalahari",
"a"=>"shale",
"b"=>"purplehaze",
"c"=>"hanauma",
"d"=>"azaleablush",
"e"=>"missmuffett",
"f"=>"morningglory",
"g"=>"frosting",
"h"=>"daffodil",
"i"=>"flamingo",
"j"=>"buttercup",
"k"=>"bloodred",
"m"=>"atlantis",
"n"=>"summerbonnet",
"o"=>"periwinkle",
"p"=>"patrickstarfish",
"q"=>"seafoam",
"r"=>"cobalt",
"s"=>"mallowflower",
"t"=>"mintmacaron",
"u"=>"sully",
"v"=>"fallspice",
"w"=>"dreamboat",
"x"=>""}},
:wild=>
{:genes=>"28-31",
:name=>"Wild",
:code=>"WE",
:kai=>
{"h"=>"littlefoot",
"i"=>"elk",
"j"=>"ducky",
"k"=>"trioculus",
"m"=>"daemonwings",
"n"=>"featherbrain",
"o"=>"flapflap",
"p"=>"daemonhorns",
"q"=>"dragontail",
"r"=>"aflutter",
"s"=>"foghornpawhorn",
"t"=>"unicorn",
"u"=>"dragonwings",
"v"=>"alicorn",
"w"=>"wyrm",
"x"=>""}},
:mouth=>
{:genes=>"32-35",
:name=>"Mouth",
:code=>"MO",
:kai=>
{"1"=>"whixtensions",
"2"=>"wasntme",
"3"=>"wuvme",
"4"=>"gerbil",
"5"=>"confuzzled",
"6"=>"impish",
"7"=>"belch",
"8"=>"rollercoaster",
"9"=>"beard",
"a"=>"pouty",
"b"=>"saycheese",
"c"=>"grim",
"d"=>"fangtastic",
"e"=>"moue",
"f"=>"happygokitty",
"g"=>"soserious",
"h"=>"cheeky",
"i"=>"starstruck",
"j"=>"samwise",
"k"=>"ruhroh",
"m"=>"dali",
"n"=>"grimace",
"o"=>"majestic",
"p"=>"tongue",
"q"=>"yokel",
"r"=>"topoftheworld",
"s"=>"neckbeard",
"t"=>"satiated",
"u"=>"walrus",
"v"=>"struck",
"w"=>"delite",
"x"=>""}},
:environment=>
{:genes=>"36-39",
:name=>"Environment",
:code=>"EN",
:kai=>
{"h"=>"salty",
"i"=>"dune",
"j"=>"juju",
"k"=>"tinybox",
"m"=>"myparade",
"n"=>"finalfrontier",
"o"=>"metime",
"p"=>"drift",
"q"=>"secretgarden",
"r"=>"frozen",
"s"=>"roadtogold",
"t"=>"jacked",
"u"=>"floorislava",
"v"=>"prism",
"w"=>"junglebook",
"x"=>""}},
:secret=>{:genes=>"40-43", :name=>"Secret Y Gene", :code=>"SE", :kai=>{}},
:prestige=>{:genes=>"44-47", :name=>"Purrstige", :code=>"PU", :kai=>{}}}
That’s quite a list that you do not have to type in.
Let’s use the new TRAITS hash to “automagically”
decipher the genome.
# hexadecimal (base 16)
genome = 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce # kitty 1001
genes_kai = Base32.encode( genome )
p genes_kai
#=> "aaaa788522f2agff16617755e979244166677664a9aacfff"
genes_kai = genes_kai.reverse # for easy array access reverse string
p genes_kai
#=> "fffcaa9a466776661442979e55771661ffga2f225887aaaa"
puts "Fur (FU) - Genes 0-3:"
puts " 0 | #{TRAITS[:body][:kai][genes_kai[0]]}"
puts " 1 | #{TRAITS[:body][:kai][genes_kai[1]]}"
puts " 2 | #{TRAITS[:body][:kai][genes_kai[2]]}"
puts " 3 | #{TRAITS[:body][:kai][genes_kai[3]]}"
puts
puts "Pattern (PA) - Genes 4-7:"
puts " 4 | #{TRAITS[:pattern][:kai][genes_kai[4]]}"
puts " 5 | #{TRAITS[:pattern][:kai][genes_kai[5]]}"
puts " 6 | #{TRAITS[:pattern][:kai][genes_kai[6]]}"
puts " 7 | #{TRAITS[:pattern][:kai][genes_kai[7]]}"
puts
puts "Eye Color (EC) - Genes 8-11:"
puts " 8 | #{TRAITS[:coloreyes][:kai][genes_kai[8]]}"
puts " 9 | #{TRAITS[:coloreyes][:kai][genes_kai[9]]}"
puts "10 | #{TRAITS[:coloreyes][:kai][genes_kai[10]]}"
puts "11 | #{TRAITS[:coloreyes][:kai][genes_kai[11]]}"
puts
puts "Eye Shape (ES) - Genes 12-15:"
puts "12 | #{TRAITS[:eyes][:kai][genes_kai[12]]}"
puts "13 | #{TRAITS[:eyes][:kai][genes_kai[13]]}"
puts "14 | #{TRAITS[:eyes][:kai][genes_kai[14]]}"
puts "15 | #{TRAITS[:eyes][:kai][genes_kai[15]]}"
puts
puts "Base Color (BC) - Genes 16-19:"
puts "16 | #{TRAITS[:color1][:kai][genes_kai[16]]}"
puts "17 | #{TRAITS[:color1][:kai][genes_kai[17]]}"
puts "18 | #{TRAITS[:color1][:kai][genes_kai[18]]}"
puts "19 | #{TRAITS[:color1][:kai][genes_kai[19]]}"
puts
puts "Highlight Color (HC) - Genes 20-23:"
puts "20 | #{TRAITS[:color2][:kai][genes_kai[20]]}"
puts "21 | #{TRAITS[:color2][:kai][genes_kai[21]]}"
puts "22 | #{TRAITS[:color2][:kai][genes_kai[22]]}"
puts "23 | #{TRAITS[:color2][:kai][genes_kai[23]]}"
puts
puts "Accent Color (AC) - Genes 24-27:"
puts "24 | #{TRAITS[:color3][:kai][genes_kai[24]]}"
puts "25 | #{TRAITS[:color3][:kai][genes_kai[25]]}"
puts "26 | #{TRAITS[:color3][:kai][genes_kai[26]]}"
puts "27 | #{TRAITS[:color3][:kai][genes_kai[27]]}"
puts
puts "Mouth (MO) - Genes 32-35:"
puts "32 | #{TRAITS[:mouth][:kai][genes_kai[32]]}"
puts "33 | #{TRAITS[:mouth][:kai][genes_kai[33]]}"
puts "34 | #{TRAITS[:mouth][:kai][genes_kai[34]]}"
puts "35 | #{TRAITS[:mouth][:kai][genes_kai[35]]}"
prints
Fur (FU) - Genes 0-3:
0 | ragamuffin
1 | ragamuffin
2 | ragamuffin
3 | himalayan
Pattern (PA) - Genes 4-7:
4 | luckystripe
5 | luckystripe
6 | calicool
7 | luckystripe
Eye Color (EC) - Genes 8-11:
8 | mintgreen
9 | sizzurp
10 | sizzurp
11 | chestnut
Eye Shape (ES) - Genes 12-15:
12 | crazy
13 | simple
14 | simple
15 | simple
Base Color (BC) - Genes 16-19:
16 | shadowgrey
17 | orangesoda
18 | orangesoda
19 | salmon
Highlight Color (HC) - Genes 20-23:
20 | swampgreen
21 | royalpurple
22 | swampgreen
23 | lemonade
Accent Color (AC) - Genes 24-27:
24 | granitegrey
25 | granitegrey
26 | kittencream
27 | kittencream
Mouth (MO) - Genes 32-35:
32 | happygokitty
33 | happygokitty
34 | soserious
35 | pouty
Note: Every trait has four genes (primary, hidden 1, hidden 2, and hidden 3). The primary gene is the “cattribute”, that is, the visible trait listed on the official kitty profile page. Let’s (double) check for the Kitty #1001:
- Fur: ragamuffin
- Pattern: luckystripe
- Eye Color: mintgreen
- Eye Shape: crazy
- Base Color: shadowgrey
- Highlight Color: swampgreen
- Accent Color: granitegrey
- Mouth: happygokitty
And the official page:
(Source: cryptokitties.co/kitty/1001)
Bingo! The cattributes match up.
For easy (re)use lets put together a more “generic”
print_genes method:
print_genes( 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce ) # kitty 1001
print_genes( 0x000042d28390864842e7b9c900c6321086438c6098ca298c728867425cf6b1ac ) # kitty 1111
And the code:
def print_genes( genome )
genes_kai = Base32.encode( genome )
genes_kai = genes_kai.reverse # for easy array access reverse string
TRAITS.each_with_index do |(trait_key, trait_hash),i|
# note: skip wild, environment, secret, prestige for now
next if [:wild, :environment,
:secret, :prestige].include? trait_key
offset = i*4
puts "#{trait_hash[:name]} (#{trait_hash[:code]}) - Genes #{trait_hash[:genes]}:"
puts "#{'%2d' % (0+offset)} | #{trait_hash[:kai][genes_kai[0+offset]]}"
puts "#{'%2d' % (1+offset)} | #{trait_hash[:kai][genes_kai[1+offset]]}"
puts "#{'%2d' % (2+offset)} | #{trait_hash[:kai][genes_kai[2+offset]]}"
puts "#{'%2d' % (3+offset)} | #{trait_hash[:kai][genes_kai[3+offset]]}"
puts
end
end
Resulting in
Fur (FU) - Genes 0-3:
0 | ragamuffin
1 | ragamuffin
2 | ragamuffin
3 | himalayan
Pattern (PA) - Genes 4-7:
4 | luckystripe
5 | luckystripe
6 | calicool
7 | luckystripe
Eye Color (EC) - Genes 8-11:
8 | mintgreen
9 | sizzurp
10 | sizzurp
11 | chestnut
Eye Shape (ES) - Genes 12-15:
12 | crazy
13 | simple
14 | simple
15 | simple
Base Color (BC) - Genes 16-19:
16 | shadowgrey
17 | orangesoda
18 | orangesoda
19 | salmon
Highlight Color (HC) - Genes 20-23:
20 | swampgreen
21 | royalpurple
22 | swampgreen
23 | lemonade
Accent Color (AC) - Genes 24-27:
24 | granitegrey
25 | granitegrey
26 | kittencream
27 | kittencream
Mouth (MO) - Genes 32-35:
32 | happygokitty
33 | happygokitty
34 | soserious
35 | pouty
See a difference? There’s no difference :-).
Note: The kittyverse gem has a built-in gene reader and pretty printer. Let’s try it:
genome = Genome.new( 0x00004a52931ce4085c14bdce014a0318846a0c808c60294a6314a34a1295b9ce )
puts genome.build_tables # outputs tables in text with markdown formatting
Resulting in:
Fur (FU) - Genes 0-3:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 0 | 01110 | f | ragamuffin | p |
| 1 | 01110 | f | ragamuffin | h1 |
| 2 | 01110 | f | ragamuffin | h2 |
| 3 | 01011 | c | himalayan | h3 |
p = primary, h1 = hidden 1, h2 = hidden 2, h3 = hidden 3
Pattern (PA) - Genes 4-7:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 4 | 01001 | a | luckystripe | p |
| 5 | 01001 | a | luckystripe | h1 |
| 6 | 01000 | 9 | calicool | h2 |
| 7 | 01001 | a | luckystripe | h3 |
Eye Color (EC) - Genes 8-11:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 8 | 00011 | 4 | mintgreen | p |
| 9 | 00101 | 6 | sizzurp | h1 |
| 10 | 00101 | 6 | sizzurp | h2 |
| 11 | 00110 | 7 | chestnut | h3 |
Eye Shape (ES) - Genes 12-15:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 12 | 00110 | 7 | crazy | p |
| 13 | 00101 | 6 | simple | h1 |
| 14 | 00101 | 6 | simple | h2 |
| 15 | 00101 | 6 | simple | h3 |
Base Color (BC) - Genes 16-19:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 16 | 00000 | 1 | shadowgrey | p |
| 17 | 00011 | 4 | orangesoda | h1 |
| 18 | 00011 | 4 | orangesoda | h2 |
| 19 | 00001 | 2 | salmon | h3 |
Highlight Color (HC) - Genes 20-23:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 20 | 01000 | 9 | swampgreen | p |
| 21 | 00110 | 7 | royalpurple | h1 |
| 22 | 01000 | 9 | swampgreen | h2 |
| 23 | 01101 | e | lemonade | h3 |
Accent Color (AC) - Genes 24-27:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 24 | 00100 | 5 | granitegrey | p |
| 25 | 00100 | 5 | granitegrey | h1 |
| 26 | 00110 | 7 | kittencream | h2 |
| 27 | 00110 | 7 | kittencream | h3 |
Mouth (MO) - Genes 32-35:
| Gene | Binary | Kai | Trait | |
|---|---|---|---|---|
| 32 | 01110 | f | happygokitty | p |
| 33 | 01110 | f | happygokitty | h1 |
| 34 | 01111 | g | soserious | h2 |
| 35 | 01001 | a | pouty | h3 |
Find Out More
References
- Home :: github.com/cryptocopycats/kittyverse
- Gem :: kittyverse
- Docs :: kittyverse
- Book (Beta) :: Programming Crypto Collectibles Step-by-Step Guide - Let’s start with CryptoKitties & Copycats
- Article :: Awesome CryptoKitties (Yes, Cute Little Cartoon Cats) on the Blockchain! and CryptoCopycats
- Books :: Best of Crypto Books
Built with Ruby
(running Jekyll)
on 2023-01-25 18:05:39 +0000 in 0.371 seconds.
Hosted on GitHub Pages.
</> Source on GitHub.
(0) Dedicated to the public domain.