class_docstr: Replace Beta Code with Unicode.
  
  >>> from cltk.alphabet.grc.beta_to_unicode import BetaCodeReplacer
  >>> beta_code_replace = BetaCodeReplacer()
  >>> beta_code_str = "O(/PWS OU)=N MH\ TAU)TO\ "
  >>> beta_code_replace.replace_beta_code(beta_code_str)
  'ὅπως οὖν μὴ ταὐτὸ '
  >>> beta_code_str = "PROU+POTETAGME/NWN"
  >>> beta_code_replace.replace_beta_code(beta_code_str)
  'προϋποτεταγμένων'
class_docstr_tok: ["Replace","Beta","Code","with","Unicode",".",">",">",">","from","cltk.alphabet.grc.beta_to_unicode","import","BetaCodeReplacer",">",">",">","beta_code_replace","=","BetaCodeReplacer","(",")",">",">",">","beta_code_str","=","``","O","(","\/PWS","OU",")","=N","MH\\","TAU",")","TO\\","``",">",">",">","beta_code_replace.replace_beta_code","(","beta_code_str",")","'\u1f45\u03c0\u03c9\u03c2","\u03bf\u1f56\u03bd","\u03bc\u1f74","\u03c4\u03b1\u1f50\u03c4\u1f78","'",">",">",">","beta_code_str","=","``","PROU+POTETAGME\/NWN","''",">",">",">","beta_code_replace.replace_beta_code","(","beta_code_str",")","'\u03c0\u03c1\u03bf\u03cb\u03c0\u03bf\u03c4\u03b5\u03c4\u03b1\u03b3\u03bc\u03ad\u03bd\u03c9\u03bd","'"]
docstr: Replace method. Note: regex.subn() returns a tuple (new_string,
  number_of_subs_made).
  
  >>> from cltk.alphabet.grc.beta_to_unicode import BetaCodeReplacer
  >>> beta_code_replace = BetaCodeReplacer()
  >>> beta_code_str = r"*XALDAI+KH\N"  # extra slash in ``\N`` only here for doctest
  >>> beta_code_replace.replace_beta_code(beta_code_str)
  'Χαλδαϊκὴν'
  >>> beta_code_str = "proi+sxome/nwn"
  >>> beta_code_replace.replace_beta_code(beta_code_str)
  'προϊσχομένων'
docstr_tok: ["Replace","method",".","Note",":","regex.subn","(",")","returns","a","tuple","(","new_string",",","number_of_subs_made",")",".",">",">",">","from","cltk.alphabet.grc.beta_to_unicode","import","BetaCodeReplacer",">",">",">","beta_code_replace","=","BetaCodeReplacer","(",")",">",">",">","beta_code_str","=","r","''","*","XALDAI+KH\\N","''","#","extra","slash","in","``","\\N","``","only","here","for","doctest",">",">",">","beta_code_replace.replace_beta_code","(","beta_code_str",")","'\u03a7\u03b1\u03bb\u03b4\u03b1\u03ca\u03ba\u1f74\u03bd'",">",">",">","beta_code_str","=","``","proi+sxome\/nwn","''",">",">",">","beta_code_replace.replace_beta_code","(","beta_code_str",")","'\u03c0\u03c1\u03bf\u03ca\u03c3\u03c7\u03bf\u03bc\u03ad\u03bd\u03c9\u03bd","'"]
code: def replace_beta_code(self, text: str) -> str:
      """Replace method. Note: regex.subn() returns a tuple (new_string,
      number_of_subs_made).
  
      >>> from cltk.alphabet.grc.beta_to_unicode import BetaCodeReplacer
      >>> beta_code_replace = BetaCodeReplacer()
      >>> beta_code_str = r"*XALDAI+KH\\N"  # extra slash in ``\\N`` only here for doctest
      >>> beta_code_replace.replace_beta_code(beta_code_str)
      'Χαλδαϊκὴν'
      >>> beta_code_str = "proi+sxome/nwn"
      >>> beta_code_replace.replace_beta_code(beta_code_str)
      'προϊσχομένων'
      """
  
      # Accounts for cases in which the whole string is upper case, leaving only
      # the uppers marked by asterisks
      if text.isupper():
          text = regex.sub(
              r"(?<!\*)([A-Z]+)", lambda pat: pat.group(1).lower(), text
          )
      text = text.replace("-", "")
      for pattern, repl in self.reorder_pattern:
          text = pattern.subn(repl, text)[0]
      for pattern, repl in self.pattern:
          text = pattern.subn(repl, text)[0]
      return normalize("NFC", text)
  
imports: from unicodedata import normalize
  import regex
label_desc: Use image node_id 2 for calling the BetaCodeReplacer obj's underlying member method code with example usage: obj.replace_beta_code(text) and returns: normalize