查看“︁User:ColorfulGalaxy/Programs”︁的源代码

== xdi8tools.py ==

Unfortunately, I still have no idea how to obtain the entire Shidinn dictionary database (including {{x|obiT}}).

<pre>from xdict import dict_xdi8
# dict_xdi8 is a Shidinn dictionary e.g. { '一':'NV','二':'42' }

b1i45=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,(0),0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,44,39,42,22,23,38,26,41,0,0,0,0,0,0,0,
       0,35,27,0,11,34,25,0,14,0,0,0,37,0,15,0,
       0,0,0,0,40,0,43,0,0,36,0,0,0,0,0,0,
       0,31,1,28,17,33,29,19,21,45,5,20,16,3,9,32,
       2,6,13,12,18,30,24,4,7,8,10,0,0,0,0,0,0]+65535*[0]
b1i90000=[(((i-1)%9+1) * (10**((i-1)//9))if i!=0 else 0) for i in b1i45]
xdi8hanzi=list(dict_xdi8.keys())

def b1i45encode(word):
    return ' '.join((str(b1i45[ord(q)]) if len(str(b1i45[ord(q)]))>=2 else '0'+str(b1i45[ord(q)])) for q in word)

def b1i90000sum(word):
    return sum([b1i90000[ord(q)] for q in word])

def translate_into_xdi8(word,sep=''):
    return sep.join((dict_xdi8[q] if (q in xdi8hanzi) else q) for q in word)</pre>

== [[荆哲歌单|Infinite song list]] tools ==

The chart will be placed in [[User:ColorfulGalaxy/荆哲歌单/可排序表格]]. (citation needed)

=== Convert json to python dictionary ===

Takes [[Module:Songlist-brief.json]] as input.

<pre>import json
with open("songlist-brief-03472a.json","r",encoding="utf-8") as f:
    data=json.load(f)

with open("songlist_brief_03472a.py","w",encoding="utf-8") as g:
    print('songlist=',data,file=g)

print('done')

</pre>

=== Convert python dictionary to wiki chart ===

New columns added. You can help us expand it.

<pre>from songlist_brief_03472a import songlist
import sys
import os.path
from xdi8tools import *

songnumbers=list(songlist['songlist'].keys())

# xdi8aho translation exception
xdi8exlist={
    '0':'He f8 k2 Huo k2 miLh',
    '239':'jbia rA xue',
    }
xdi8exlistk=list(xdi8exlist.keys())

def xdi8titleof(num1,sep1=''):
    return (xdi8exlist[num1].replace(' ','') if sep1=='' else xdi8exlist[num1]) if num1 in xdi8exlistk else translate_into_xdi8(songlist['songlist'][songnumbers[p]]['song']['name'],sep=sep1)

timelist={
    '0':'0'
    }
timelistk=list(timelist.keys())

keylist={
    '0':'0'
    }
keylistk=list(keylist.keys())

keymodlist={
    '0':'0'
    }
keymodlistk=list(keymodlist.keys())

titleclasslist={
    '0':1
    }
titleclasslistk=list(titleclasslist.keys())

# 30 day song challenge
tdsclist={

    }
tdsclistk=list(tdsclist.keys())


saltdatelist={

    }
saltdatelistk=list(saltdatelist.keys())

rhythmgamesonglist={
    }
rhythmgamesonglistk=list(rhythmgamesonglist.keys())

f=open("songlist-wikifile.txt","w",encoding="utf-8")

f.write("\'\'\'Lucas Song List\'\'\', also called the Infinite Song List, is a system organized by Lucas that maps popular songs to integers in a somewhat mathematical manner. \n")
f.write("The current database version is 03472a. The list below may contain errors, mainly because the Shidinn translator (programmed manually by ColorfulGalaxy) is unable to handle homograph.\n\n")

f.write("{| class=\"wikitable sortable\"\n");
f.write("! Number !! Song title !! Singers !! Title in Shidinn !! b1i45 index !! Shidinn numeral sum !! Time signature !! Key signature !! Key modulation (half-steps) !! [http://puzzling.stackexchange.com/questions/106137 Title category] !! Day # in<br>original<br>30-day song<br>challenge !! Salt song guess date !! 与之 旋律/和声/节奏/曲风 相近的音游曲目\n");

for p in range(len(songnumbers)):
    f.write("|-\n")
    f.write("| "+songnumbers[p]+" || ")
    f.write(songlist['songlist'][songnumbers[p]]['song']['name']+" || "+','.join(songlist['songlist'][songnumbers[p]]['song']['singers'])+" || ")
    f.write(xdi8titleof(songnumbers[p],sep1=' ')+" || ")
    f.write(b1i45encode(xdi8titleof(songnumbers[p]))[0:17]+" || ")
    f.write(str(b1i90000sum(xdi8titleof(songnumbers[p])))+" || ")
    f.write((timelist[songnumbers[p]]if songnumbers[p] in timelistk else '')+" || ");
    f.write((keylist[songnumbers[p]]if songnumbers[p] in keylistk else '')+" || ");
    f.write((keymodlist[songnumbers[p]]if songnumbers[p] in keymodlistk else '')+" || ");
    f.write(str(titleclasslist[songnumbers[p]]if songnumbers[p] in titleclasslistk else '')+" || ");
    f.write((tdsclist[songnumbers[p]]if songnumbers[p] in tdsclistk else '')+" || ");
    f.write((saltdatelist[songnumbers[p]]if songnumbers[p] in saltdatelistk else '')+" || ");
    f.write((rhythmgamesonglist[songnumbers[p]]if songnumbers[p] in rhythmgamesonglistk else '')+"\n");
    
    # TODO
f.write("|}")

f.close()
</pre>

== Older programs ==
Chart generator (August 2025 - a new version using custom xdi8tools module should be uploaded)

<pre class="mw-collapsible">import sys
import os.path
import pypinyin
import xdi8string # all the characters spaced out translated into shidinn
f=open("wikifile.txt","w",encoding="utf-8")

characters=[chr(i) for i in range(0x4e00,0xa000)]
plaintext=' '.join(chr(n) for n in range(0x4e00,0xa000))
ciphertext=xdi8string.output

b1i45=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,(0),0,0,0,0,0,0,0,0,0,0,0,0,0,0,
       0,44,39,42,22,23,38,26,41,0,0,0,0,0,0,0,
       0,35,27,0,11,34,25,0,14,0,0,0,37,0,15,0,
       0,0,0,0,40,0,43,0,0,36,0,0,0,0,0,0,
       0,31,1,28,17,33,29,19,21,45,5,20,16,3,9,32,
       2,6,13,12,18,30,24,4,7,8,10,0,0,0,0,0,0]
b1i90000=[(((i-1)%9+1) * (10**((i-1)//9))if i!=0 else 0) for i in b1i45]

def b1i45encode(word):
    return ' '.join((str(b1i45[ord(q)]) if len(str(b1i45[ord(q)]))>=2 else '0'+str(b1i45[ord(q)])) for q in word)

def b1i90000sum(word):
    return sum([b1i90000[ord(q)] for q in word])

plain=plaintext.split()
cipher=ciphertext.split()

maxlength=0
maxlench=[]

f.write("Do not simply rely on this chart to translate, as this chart did not handle [[talk:希顶日本语#注意多音字|homograph]] properly. The calculation may be incorrect. If so, please fix it.")

f.write("{| class=\"wikitable sortable\"\n");
f.write("! Character !! Unicode decimal !! Stroke count !! han4 yu3 pin1 yin1 !! xdi8 aho !! [[b1i45密码|b1i45]] !! xdi8 aho letter count !! [[希顶解经|Numeral sum]] !! Stress pattern !! Notes\n")
for p in range(len(plain)):
    if(plain[p]!=cipher[p]):
        f.write("|-\n");
        f.write("| "+plain[p]+" || ")
        f.write(str(ord(plain[p])))
        f.write(" || || ")
        f.write(pypinyin.pinyin(characters[p],style=pypinyin.Style.TONE3,neutral_tone_with_five=True)[0][0])
        f.write(" || "+cipher[p])
        f.write(" || "+b1i45encode(cipher[p]))
        f.write(" || "+str(len(cipher[p])))
        f.write(" || "+str(b1i90000sum(cipher[p])) + "\n")
        if(maxlength<len(cipher[p])):
            maxlench=[p]
            maxlength=len(cipher[p])
        elif(maxlength<=len(cipher[p])):
            maxlench+=[p]
f.write("|}")
print(maxlench,maxlength,len(maxlench))

f.close();
</pre>