80 lines
2.9 KiB
Python
80 lines
2.9 KiB
Python
import json
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import re
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from sys import argv
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try:
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allsymbols = json.load(open('./unicode-latex.json'))
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except:
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allsymbols = json.load(open('../unicode-latex.json'))
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mysymbols = ['≡', '≠', '≼', '→', '←', '⊀', '⋠', '≺', '∀', 'ε', '₀', '₂', '₁', '₃', '₄', 'ₐ', 'ₖ', 'ᵥ', 'ₘ', 'ₙ', 'ᵢ', 'ⁱ', '⋮', 'ₛ', 'ₜ', '≃', '⇔', '∧', '∅', 'ℕ', 'ⱼ', 'ʲ', '⊥', 'π', 'α', 'β', '∞', 'σ', '≤', '⊈', '∧', '∨', '∃', '⇒', '∩', '∉', '⋃', 'ᵏ', 'ₗ', 'ˡ', 'ₒ', 'ᵣ', 'ᴵ', '≈', '⊆', '↦' ]
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extrasymbols = {'〚': '\llbracket', '〛': r'\rrbracket', '̸': '\neg', '¬̸': '\neg', '∈': '\in ', 'ₛ': '_S', 'ₜ': '_T'}
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symbols = {s: allsymbols[s] for s in mysymbols}
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symbols.update(extrasymbols)
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mathsymbols = {s: '$'+v+'$' for s, v in symbols.items()}
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def read_by_char(fname):
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# Yield character and True/False if inside mathmode block
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mathmode = False
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mathmode_begin = set(['\\begin{equation*}', '\\begin{equation}', '\[', '\\begin{mathpar}'])
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mathmode_end = set(['\\end{equation*}', '\\end{equation}', '\]', '\\end{mathpar}'])
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cnt = 0
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with open(fname, 'r') as fp:
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for line in fp.readlines():
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cnt += 1
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words = [w.strip() for w in line.split(' ')]
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if mathmode_begin.intersection(words):
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assert mathmode == False
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mathmode = True
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if mathmode_end.intersection(words):
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assert mathmode == True, f'Line: {words}, number: {cnt}'
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mathmode = False
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for ch in line:
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yield ch, mathmode
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def convert(ch, mathmode):
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if not mathmode:
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return mathsymbols[ch] if ch in mathsymbols else ch
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else:
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return symbols[ch] if ch in symbols else ch
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def latex_errors_replacements(charlist):
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text = ''.join(charlist).split(' ')
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replacements = {
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'\n\end{comment}\n\end{enumerate}\n\end{enumerate}\n\n\subsection{Symbolic': '\n\end{comment}\n\n\subsection{Symbolic',
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}
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r_set = set(replacements.keys())
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for word in text:
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it = r_set.intersection(set([word]))
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if it:
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yield from replacements[it.pop()]
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else:
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yield from word
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yield ' '
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def ll_rr_bracket(charlist):
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llrr_mode = False
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for i, ch in enumerate(charlist):
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if ch == '\\':
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if charlist[i:i+10] == '\llbracket':
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assert llrr_mode is False ; llrr_mode = True
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elif charlist[i:i+10] == '\rrbracket':
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assert llrr_mode is True ; llrr_mode = False
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if not (llrr_mode and ch == '$'):
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yield ch
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# convert symbols except the one requiring math mode modifiers
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firstpass = [convert(*c) for c in read_by_char(argv[1])]
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# remove a latex error
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secondpass = latex_errors_replacements(firstpass)
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thirdpass = ll_rr_bracket(list(secondpass))
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newfile = ''.join(thirdpass)
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with open(argv[2], 'w') as f:
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f.write(newfile)
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