support \MakeUppercase about pydetex HOT 3 CLOSED

xionghuichen commented on August 19, 2024

support \MakeUppercase

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Comments (3)

ppizarror commented on August 19, 2024 1

Implemented in #35.

from pydetex.

ppizarror commented on August 19, 2024

The example "I am \MakeUppercase{Happy}" => "I am" should be translated to "I am \MakeUppercase{Happy}" => "I am HAPPY". Thus, we should add the following:

\uppercase{text}
\lowercase{text}
\MakeUppercase{text}
\MakeLowercase{text}

To add these methods, the function

PyDetex/pydetex/parsers.py

Lines 702 to 787 in 3b39b08

 def output_text_for_some_commands( 

 s: str, 

 lang: str 

 ) -> str: 

 """ 

  Replaces the command for a particular text. 

  :param s: Latex string code 

  :param lang: Language tag of the code 

  :return: Text string or empty if error 

  """ 

 # Stores the commands to be transformed 

 # ( 

 # command name, 

 # [(argument number, argument is optional), ...], 

 # tag to be replaced, 

 # total commands, 

 # font_tag ('tex_text_tag' if None), 

 # font_content ('tex_text_tag_content' if None), 

 # add new line (before, after) 

 # ) 

 # The font format is like .... [font tag]YOUR TAG {[font content]YOUR CONTENT} ...[font normal]. In that case, tag to be 

 # relaced is 'YOUR TAG {0}, {1} 

 # All *arguments will be formatted using the tag 

 commands: List[Tuple[str, List[Tuple[int, bool]], str, int, Optional[str], Optional[str], Tuple[bool, bool]]] = [ 

 ('caption', [(1, False)], LANG_TT_TAGS.get(lang, 'caption'), 1, None, None, (False, True)), 

 ('chapter', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('chapter*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('em', [(1, False)], '{0}', 1, 'normal', 'bold', (False, False)), 

 ('emph', [(1, False)], '{0}', 1, 'normal', 'italic', (False, False)), 

 ('href', [(2, False)], LANG_TT_TAGS.get(lang, 'link'), 2, None, None, (False, False)), 

 ('insertimage', [(3, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 3, None, None, (False, True)), 

 ('insertimage', [(4, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 4, None, None, (False, False)), 

 ('insertimageboxed', [(4, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 4, None, None, (False, True)), 

 ('insertimageboxed', [(5, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 5, None, None, (False, True)), 

 ('paragraph', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('section', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('section*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subfloat', [(1, True)], LANG_TT_TAGS.get(lang, 'sub_figure_title'), 1, None, None, (False, True)), 

 ('subparagraph', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsubsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsubsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsubsubsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('subsubsubsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)), 

 ('textbf', [(1, False)], '{0}', 1, 'normal', 'bold', (False, False)), 

 ('textit', [(1, False)], '{0}', 1, 'normal', 'italic', (False, False)), 

 ('texttt', [(1, False)], '{0}', 1, 'normal', 'normal', (False, False)) 

 ] 

 new_s = '' 

 # Get the commands 

 cmd_args = ut.get_tex_commands_args(s) 

 for c in cmd_args: 

 for cmd in commands: 

 if c[0] == cmd[0]: 

 _, cmd_args, cmd_tag, total_commands, font_tag, font_content, cmd_newline = cmd 

 if font_tag is None: 

 font_tag = 'tex_text_tag' 

 if font_content is None: 

 font_content = 'tex_text_tag_content' 

 if len(c) - 1 == total_commands: 

 args = [] 

 for j in cmd_args: 

 cmd_argnum, cmd_is_optional = j 

 if len(c) - 1 >= j[0] >= 0 and c[cmd_argnum][1] == cmd_is_optional: 

 argv = c[cmd_argnum][0].replace('\n', ' ') # Command's argument to process 

 argv = remove_commands_param(argv, lang) # Remove commands within the argument 

 argv = argv.strip() 

 if argv != '': 

 args.append(argv) 

 if len(args) == len(cmd_args): 

 # Add format text 

 for a in range(len(args)): 

 args[a] = FONT_FORMAT_SETTINGS[font_content] + args[a] + FONT_FORMAT_SETTINGS[font_tag] 

 text = cmd_tag.format(*args) 

 text = FONT_FORMAT_SETTINGS[font_tag] + text + FONT_FORMAT_SETTINGS['normal'] 

 if cmd_newline[0]: 

 text = _TAG_NEW_LINE + text 

 new_s += text 

 if cmd_newline[1]: 

 new_s += _TAG_NEW_LINE 

 break 

 return new_s.strip()

must be edited. I was thinking of allowing functions/lambdas in commands:

commands = [...,
('MakeUppercase', [(1, False)], lambda s: s.upper(), 1, 'normal', 'normal', (False, False))
]

In that case, line

PyDetex/pydetex/parsers.py

Lines 778 to 779 in 3b39b08

 text = cmd_tag.format(*args) 

 text = FONT_FORMAT_SETTINGS[font_tag] + text + FONT_FORMAT_SETTINGS['normal']

should support methods instead of calling string.format, for example:

if callable(cmd_tag):
    text = cmd_tag(*args)
else:
    text = cmd_tag.format(*args)

With such methods, I think we could easily add more in the future. This solution differs from #28 because of the nature of the input. Citeauthor requires cites and a different font type; in this case, it only takes one arg of "normal" text.

Let me know if you can add these methods =). Greetings

from pydetex.

xionghuichen commented on August 19, 2024

Thanks for the response. I have not tried the solution yet, but it looks reasonable. I will reply to you as soon as possible after I tried it. :)

from pydetex.

support \MakeUppercase about pydetex HOT 3 CLOSED

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	def output_text_for_some_commands(
	s: str,
	lang: str
	) -> str:
	"""
	Replaces the command for a particular text.

	:param s: Latex string code
	:param lang: Language tag of the code
	:return: Text string or empty if error
	"""
	# Stores the commands to be transformed
	# (
	# command name,
	# [(argument number, argument is optional), ...],
	# tag to be replaced,
	# total commands,
	# font_tag ('tex_text_tag' if None),
	# font_content ('tex_text_tag_content' if None),
	# add new line (before, after)
	# )
	# The font format is like .... [font tag]YOUR TAG {[font content]YOUR CONTENT} ...[font normal]. In that case, tag to be
	# relaced is 'YOUR TAG {0}, {1}
	# All *arguments will be formatted using the tag
	commands: List[Tuple[str, List[Tuple[int, bool]], str, int, Optional[str], Optional[str], Tuple[bool, bool]]] = [
	('caption', [(1, False)], LANG_TT_TAGS.get(lang, 'caption'), 1, None, None, (False, True)),
	('chapter', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('chapter*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('em', [(1, False)], '{0}', 1, 'normal', 'bold', (False, False)),
	('emph', [(1, False)], '{0}', 1, 'normal', 'italic', (False, False)),
	('href', [(2, False)], LANG_TT_TAGS.get(lang, 'link'), 2, None, None, (False, False)),
	('insertimage', [(3, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 3, None, None, (False, True)),
	('insertimage', [(4, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 4, None, None, (False, False)),
	('insertimageboxed', [(4, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 4, None, None, (False, True)),
	('insertimageboxed', [(5, False)], LANG_TT_TAGS.get(lang, 'figure_caption'), 5, None, None, (False, True)),
	('paragraph', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('section', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('section*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subfloat', [(1, True)], LANG_TT_TAGS.get(lang, 'sub_figure_title'), 1, None, None, (False, True)),
	('subparagraph', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsubsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsubsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsubsubsection', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('subsubsubsection*', [(1, False)], '{0}', 1, 'normal', 'bold', (True, True)),
	('textbf', [(1, False)], '{0}', 1, 'normal', 'bold', (False, False)),
	('textit', [(1, False)], '{0}', 1, 'normal', 'italic', (False, False)),
	('texttt', [(1, False)], '{0}', 1, 'normal', 'normal', (False, False))
	]
	new_s = ''

	# Get the commands
	cmd_args = ut.get_tex_commands_args(s)
	for c in cmd_args:
	for cmd in commands:
	if c[0] == cmd[0]:
	_, cmd_args, cmd_tag, total_commands, font_tag, font_content, cmd_newline = cmd
	if font_tag is None:
	font_tag = 'tex_text_tag'
	if font_content is None:
	font_content = 'tex_text_tag_content'
	if len(c) - 1 == total_commands:
	args = []
	for j in cmd_args:
	cmd_argnum, cmd_is_optional = j
	if len(c) - 1 >= j[0] >= 0 and c[cmd_argnum][1] == cmd_is_optional:
	argv = c[cmd_argnum][0].replace('\n', ' ') # Command's argument to process
	argv = remove_commands_param(argv, lang) # Remove commands within the argument
	argv = argv.strip()
	if argv != '':
	args.append(argv)
	if len(args) == len(cmd_args):
	# Add format text
	for a in range(len(args)):
	args[a] = FONT_FORMAT_SETTINGS[font_content] + args[a] + FONT_FORMAT_SETTINGS[font_tag]
	text = cmd_tag.format(*args)
	text = FONT_FORMAT_SETTINGS[font_tag] + text + FONT_FORMAT_SETTINGS['normal']
	if cmd_newline[0]:
	text = _TAG_NEW_LINE + text
	new_s += text
	if cmd_newline[1]:
	new_s += _TAG_NEW_LINE
	break

	return new_s.strip()