def __init__(self):
DisplayCompiler.__init__(self)
self.fragments['separator'].literals['='] = ' + '
self.fragments['separator'].literals['-'] = ' -> '
self.fragments['separator'].literals['/'] = '*'
self.fragments['separator'].literals['=,'] = ' = '
self.fragments['separator'].literals['-/'] = ' <--> '
self.fragments['separator'].literals['=/'] = ' <=> '
self.fragments['coefficient'].wrap = ('{}', '{}/{}')
self.fragments['charge'].literals['='] = '+'
self.fragments['charge'].literals['-'] = '-'
for numeral in range(10):
self.fragments['charge'].literals[str(numeral)] = str(numeral)
self.fragments['charge'].wrap = ('^{}',)
self.fragments['state'].literals['l'] = r'$\ell$'
self.fragments['state'].wrap = (' _{{({})}}',)
for numeral in range(10):
self.fragments['counter'].literals[str(numeral)] = str(numeral)
self.fragments['open group'].literals["'"] = '('
self.fragments['close group'].literals["'"] = ')'
def __init__(self):
DisplayCompiler.__init__(self)
self.fragments['separator'].literals['='] = ' + '
self.fragments['separator'].literals['-'] = ' ⟶ '
self.fragments['separator'].literals['/'] = '·'
self.fragments['separator'].literals['=,'] = ' = '
self.fragments['separator'].literals['-/'] = ' ⇄ '
self.fragments['separator'].literals['=/'] = ' ⇌ '
self.fragments['coefficient'].wrap = (
'{} ', '<sup>{}</sup>⁄<sub>{}</sub> ')
self.fragments['charge'].literals['='] = '+'
self.fragments['charge'].literals['-'] = '−'
for numeral in range(10):
self.fragments['charge'].literals[str(numeral)] = str(numeral)
self.fragments['charge'].wrap = ('<sup>{}</sup>',)
self.fragments['state'].literals['l'] = 'ℓ'
self.fragments['state'].wrap = ('<sub>({})</sub>',)
for numeral in range(10):
self.fragments['counter'].literals[str(numeral)] = str(numeral)
self.fragments['counter'].wrap = ('<sub>{}</sub>',)
self.fragments['open group'].literals["'"] = '('
self.fragments['close group'].literals["'"] = ')'
def __init__(self):
DisplayCompiler.__init__(self)
self.fragments['separator'].literals['='] = ' + '
self.fragments['separator'].literals['-'] = ' \u27f6 '
self.fragments['separator'].literals['/'] = '\xb7'
self.fragments['separator'].literals['=,'] = ' = '
self.fragments['separator'].literals['-/'] = ' \u21c4 '
self.fragments['separator'].literals['=/'] = ' \u21cc '
self.fragments['coefficient'].wrap = (
'{}\u2006', r'\ :sup:`{}`\ ' '\u2044\ ' r':sub:`{}`\ ' '\u2006')
self.fragments['charge'].literals['='] = '+'
self.fragments['charge'].literals['-'] = '\u2212'
for numeral in range(10):
self.fragments['charge'].literals[str(numeral)] = str(numeral)
self.fragments['charge'].wrap = (r'\ :sup:`{}`\ ',)
self.fragments['state'].literals['l'] = '\u2113'
self.fragments['state'].wrap = (r'\ :sub:`({})`\ ',)
for numeral in range(10):
self.fragments['counter'].literals[str(numeral)] = str(numeral)
self.fragments['counter'].wrap = (r'\ :sub:`{}`\ ',)
self.fragments['open group'].literals["'"] = '('
self.fragments['close group'].literals["'"] = ')'
def __init__(self):
DisplayCompiler.__init__(self)
self.fragments['separator'].literals['='] = ' + '
self.fragments['separator'].literals['-'] = ' \u27f6 '
self.fragments['separator'].literals['/'] = '\xb7'
self.fragments['separator'].literals['=,'] = ' = '
self.fragments['separator'].literals['-/'] = ' \u21c4 '
self.fragments['separator'].literals['=/'] = ' \u21cc '
self.fragments['coefficient'].wrap = ('{}\u2006', '{}\u2044{}\u2006')
self.fragments['charge'].literals['='] = '\u207a'
self.fragments['charge'].literals['-'] = '\u207b'
for numeral in range(10):
self.fragments['charge'].literals[str(numeral)] = (
'\u2070\xb9\xb2\xb3\u2074\u2075\u2076\u2077\u2078'
'\u2079'[numeral])
self.fragments['state'].literals['l'] = '\u2113'
self.fragments['state'].wrap = ('({})',)
for numeral in range(10):
self.fragments['counter'].literals[str(numeral)] = (
'\u2080\u2081\u2082\u2083\u2084\u2085\u2086\u2087\u2088'
'\u2089'[numeral])
self.fragments['open group'].literals["'"] = '('
self.fragments['close group'].literals["'"] = ')'
def __init__(self):
DisplayCompiler.__init__(self)
# We can use \underset or \overset{text}{arrow} to make text above
# or below separators without using packages other than AMS.
self.fragments['separator'].literals['='] = '+'
self.fragments['separator'].literals['-'] = r'\longrightarrow'
self.fragments['separator'].literals['/'] = r'\cdot{}'
self.fragments['separator'].literals['=,'] = '='
self.fragments['separator'].literals['-/'] = r'\rightleftarrows'
self.fragments['separator'].literals['=/'] = r'\rightleftharpoons'
self.fragments['coefficient'].wrap = (r'{}\,', r'\frac{{{}}}{{{}}}\,')
self.fragments['charge'].literals['='] = '+'
self.fragments['charge'].literals['-'] = '-'
for numeral in range(10):
self.fragments['charge'].literals[str(numeral)] = str(numeral)
self.fragments['charge'].wrap = ('^{{{}}}{{}}',)
self.fragments['state'].literals['l'] = r'\ell'
self.fragments['state'].wrap = (r'_{{\mathrm{{({})}}}}{{}}',)
self.fragments['element'].wrap = (r'\mathrm{{{}}}',)
for numeral in range(10):
self.fragments['counter'].literals[str(numeral)] = str(numeral)
self.fragments['counter'].wrap = ('_{{{}}}{{}}',)
self.fragments['open group'].literals["'"] = r'\left('
self.fragments['close group'].literals["'"] = r'\right)'
def compile(self, ast):
# Merge adjacent subscripts and superscripts.
return re.sub(r'<(sup|sub)>(.+?)</\1><\1>(.+?)</\1>', r'<\1>\2\3</\1>',
DisplayCompiler.compile(self, ast))
def compile(self, ast):
return re.sub(r'(\\ :(?:sub|sup):`)([^`]+?)`\\ \1([^`]+?)`\\ ',
r'\1\2\3`\\ ',
DisplayCompiler.compile(self, ast)
).replace(r'\ \ ', r'\ ').rstrip(r'\ ')
def compile(self, ast):
return r'\ce{{{}}}'.format(DisplayCompiler.compile(self, ast))
def compile(self, ast):
# Merge adjacent subscripts, superscripts and \mathrms.
return r'\({}\)'.format(re.sub(
r'(_|\^|\\mathrm)\{([^{}]+?)\}(?:\{\})?(?:\1\{([^{}]+?)\})+',
self._replace, DisplayCompiler.compile(self, ast)))
