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Interestingly, it replaces any result containing an expletive with either “Bobo” or “Wumbus”
source
const startStrings = [ "B", "Br", "J", "F", "S", "M", "C", "Ch", "L", "P", "K", "W", "G", "Z", "Tr", "T", "Gr", "Fr", "Pr", "N", "Sn", "R", "Sh", "St" ] const connectiveStrings = [ "ll", "tch", "l", "m", "n", "p", "r", "s", "t", "c", "rt", "ts" ] const vowelStrings = [ "a", "e", "i", "o", "u" ] const endStrings = [ "ie", "o", "a", "ers", "ley" ] const vowelDictionary1 = { a: [ "nie", "bell", "bo", "boo", "bella", "s" ], e: [ "ll", "llo", "", "o" ], i: [ "ck", "e", "bo", "ba", "lo", "la", "to", "ta", "no", "na", "ni", "a", "o", "zor", "que", "ca", "co", "mi" ], o: [ "nie", "ze", "dy", "da", "o", "ver", "la", "lo", "s", "ny", "mo", "ra" ], u: [ "rt", "mo", "", "s" ] } const vowelDictionary2 = { a: [ "nny", "sper", "trina", "bo", "-bell", "boo", "lbert", "sko", "sh", "ck", "ishe", "rk" ], e: [ "lla", "llo", "rnard", "cardo", "ffe", "ppo", "ppa", "tch", "x" ], i: [ "llard", "lly", "lbo", "cky", "card", "ne", "nnie", "lbert", "nono", "nano", "nana", "ana", "nsy", "msy", "skers", "rdo", "rda", "sh" ], o: [ "nie", "zzy", "do", "na", "la", "la", "ver", "ng", "ngus", "ny", "-mo", "llo", "ze", "ra", "ma", "cco", "z" ], u: [ "ssie", "bbie", "ffy", "bba", "rt", "s", "mby", "mbo", "mbus", "ngus", "cky" ] } const randomNumberBetween = (bottom, top) => { const diff = top - bottom const rando = Math.floor(Math.random() * (diff)) return rando + bottom } const randomNumberNext = (num) => randomNumberBetween(0, num) const randoNext = (num1, num2) => { if (num2 === undefined) return randomNumberNext(num1) else return randomNumberBetween(num1, num2) } function namer(){ let source = "" let str1 = "" const num = randoNext(3, 6) // Get start of string source = str1 + startStrings[randoNext(startStrings.length - 1)] // Add some chars from array 2 or array 3 for (let index = 1; index < num - 1; index++) { source = index % 2 != 0 ? source + vowelStrings[randoNext(vowelStrings.length)] : source + connectiveStrings[randoNext(connectiveStrings.length)] // Stop if greater than the number if (source.length >= num) break; } let char = '' let currentLastLetter = source[source.length - 1] // if last letter is not a vowel and 50% chance, add some letters if (Math.random() < 0.5 && !(vowelStrings.includes(currentLastLetter))) { source += endStrings[randoNext(endStrings.length)] } // otherwise if the last letter is a vowel else if (vowelStrings.includes(currentLastLetter)) { // if 80 percent chance if (Math.random() < 0.8) { let newCurrentLastLetter = source[source.length - 1] char = newCurrentLastLetter // if its short add something from voweldict2 if (source.length <= 3) { const maxValue = vowelDictionary2[char].length - 1 const index2 = randoNext(maxValue) const str3 = vowelDictionary2[newCurrentLastLetter][index2] source = source + str3 } // if its long add something from voweldict1 else { const maxValue = vowelDictionary1[char].length - 1 const index2 = randoNext(maxValue) const str3 = vowelDictionary1[newCurrentLastLetter][index2] source = source + str3 } } } // otherwise add a vowel else { source += vowelStrings[randoNext(vowelStrings.length)] } // from end of the source, every character for (let index = source.length - 1; index > 2; index--) { // get the character char = source[index]; // if its a vowel if (vowelStrings.includes(char)) { // get the two to last letter char = source[index - 2] // if its also a vowel if (vowelStrings.includes(char)) { // find the letter in between and add a letter to it // so "noco" turns into "nocko" etc char = source[index - 1] switch (char) { case 'c': source = source.substring(0, index) + 'k' + source.substring(index); --index; continue; case 'l': source = source.substring(0, index) + 'n' + source.substring(index); --index; continue; case 'r': source = source.substring(0, index) + 'k' + source.substring(index); --index; continue; default: continue; } } } } // small percent chance of doubling the string if its shourt. a la ka-ka if (source.length <= 3 && Math.random() < 0.1) { source = Math.random() < 0.5 ? source + source : source + '-' + source; } // maybe add an m, p, or b, if there's an e at the end if (source.length <= 2 && source[source.length - 1] === 'e') { source+= Math.random() < 0.3 ? 'm' : ( Math.random() < 0.5 ? 'p' : 'b') } // blacklist words [ 'sex', 'taboo', 'fuck', 'rape', 'cock', 'willy', 'cum', 'goock', 'trann', 'gook', 'bitch', 'shit', 'pusie', 'kike', 'nigg', 'puss' ].forEach(expletive => { if (source.includes(expletive)) { source = Math.random() > 0.5 ? 'Bobo' : 'Wumbus' } }) return source }Wumbus is a great name
I am gonna put this to Sidebar.
I suggest to also add this link for some fan-made fonts to the tools in the sidebar
LMAO, I was also thinking that. Even downloaded every SDV Font I can find.
For fun, I just ported it to Python
source
from random import random from math import floor strings_start = [ "B", "Br", "C", "Ch", "F", "Fr", "G", "Gr", "K", "J", "L", "M", "N", "P", "Pr", "R", "S", "Sh", "Sn", "St", "T", "Tr", "W", "Z" ] strings_connective = [ "c", "l", "ll", "m", "n", "p", "r", "s", "t", "rt", "tch", "ts" ] strings_end = [ "a", "ers", "ie", "ley", "o" ] strings_vowel = [ "a", "e", "i", "o", "u" ] strings_expletive = [ 'bitch', 'cock', 'cum', 'fuck', 'goock', 'gook', 'kike', 'nigg', 'pusie', 'puss', 'rape', 'sex', 'shit', 'taboo', 'trann', 'willy' ] dictionary_vowel_1 = { "a": [ "bell", "bella", "bo", "boo", "nie", "s" ], "e": [ "", "ll", "llo", "o" ], "i": [ "a", "bo", "ba", "ca", "ck", "co", "e", "la", "lo", "mi" "na", "no", "ni", "o", "que", "ta", "to", "zor", ], "o": [ "da", "dy", "la", "lo", "mo", "nie", "ny", "o", "ra", "s", "ver", "ze" ], "u": [ "", "mo", "rt", "s" ] } dictionary_vowel_2 = { "a": [ "-bell", "bo", "boo", "ck", "ishe", "lbert", "nny", "rk", "sh", "sko", "sper", "trina" ], "e": [ "cardo", "ffe", "lla", "llo", "ppa", "ppo", "rnard", "tch", "x" ], "i": [ "ana", "card", "cky", "lbert", "lbo", "llard", "lly", "msy", "nana", "nano", "ne", "nnie", "nono", "nsy", "rda", "rdo", "sh", "skers", ], "o": [ "-mo", "cco", "do", "la", "llo", "ma", "na", "nie", "ng", "ngus", "ny", "ra", "ver", "z", "ze", "zzy" ], "u": [ "bba", "bbie", "cky", "ffy", "mby", "mbo", "mbus", "ngus", "rt", "ssie", "s" ] } def random_num(num_1, num_2 = None): return floor(random() * num_1) if num_2 == None else floor(random() * (num_2 - num_1)) + num_1 def random_name(): num = random_num(3, 6) # Get start of string output_name = strings_start[random_num(len(strings_start) - 1)] # Add some chars from array 2 or array 3 for index in range(num): if index % 2 == 0: output_name += strings_vowel[random_num(len(strings_vowel))] else: output_name += strings_connective[random_num(len(strings_connective))] # Stop if greater than the number if len(output_name) >= num: break last_letter = output_name[-1] # if last letter is not a vowel and 50% chance, add some letters if random() < 0.5 and (last_letter not in strings_vowel): output_name += strings_end[random_num(len(strings_end))] # otherwise if the last letter is a vowel elif last_letter in strings_vowel: # if 80 percent chance if random() < 0.8: # if it's short add something from voweldict2 if len(output_name) <= 3: value_max = len(dictionary_vowel_2[last_letter]) - 1 suffix = dictionary_vowel_2[last_letter][random_num(value_max)] # if it's long add something from voweldict1 else: value_max = len(dictionary_vowel_1[last_letter]) - 1 suffix = dictionary_vowel_1[last_letter][random_num(value_max)] output_name += suffix # otherwise add a vowel else: output_name += strings_vowel[random_num(len(strings_vowel))] # from end of the output_name, every character inserted = 0 for index in reversed(range(1, len(output_name))): index -= inserted # if the target letter and the letter two indices back are both vowels if output_name[index] in strings_vowel and output_name[index - 2] in strings_vowel: # find the letter in between and add a letter to it # so "noco" turns into "nocko" etc char_target = output_name[index - 1] match char_target: case 'c' | 'r': output_name = output_name[:index] + 'k' + output_name[index:] inserted += 1 case 'l': output_name = output_name[:index] + 'n' + output_name[index:] inserted += 1 # small percent chance of doubling the string if it's short, a la kaka or ka-ka if len(output_name) <= 3 and random() < 0.1: output_name += output_name if random() < 0.5 else '-' + output_name # if name is short and has an e at the end, add an m, p, or b if len(output_name) <= 2 and output_name[-1] == 'e': output_name += 'm' if random() < 0.3 else 'p' if random() < 0.5 else 'b' # if generated name contains an expletive, try again for expletive in strings_expletive: if expletive in output_name.lower(): output_name = random_name() break return output_name if __name__ == '__main__': print(random_name())Cool, I am gonna put in on my Codeberg. It’s now our code. XD
Feel free. I claim no ownership
Oh man I know some people who are going to be very pleased about this.
