original_docstring: 
          represent the algebraic structure in ``Prover9/Mace4`` format
          :returns: a string representation
          
docstring: represent the algebraic structure in ``Prover9/Mace4`` format
docstring_tokens: represent the algebraic structure in ` ` Prover9 / Mace4 ` ` format
code: def mace4_format(self) -> str:
          """
          represent the algebraic structure in ``Prover9/Mace4`` format
          :returns: a string representation
          """
          result = ""
          for op_label, operation in self.operations.items():
              op_symbol = self.operation_map.get(op_label, None)
              if isinstance(list(operation.items())[0][1], Dict):
                  for i in self.symbols:
                      for j in self.symbols:
                          if op_symbol is not None:
                              result += (
                                  f"{i} {op_symbol} {j} = {operation[i][j]}.\n"
                              )
                          else:
                              result += (
                                  f"{op_label}({i}, {j}) = {operation[i][j]}.\n"
                              )
              else:
                  for i in self.symbols:
                      result += f"{op_label}({i}) = {operation[i]}.\n"
          return result
code_tokens: def mace4_format ( self ) -> str : result = "" for op_label , operation in self . operations . items ( ) : op_symbol = self . operation_map . get ( op_label , None ) if isinstance ( list ( operation . items ( ) ) [ 0 ] [ 1 ] , Dict ) : for i in self . symbols : for j in self . symbols : if op_symbol is not None : result += ( f"{i} {op_symbol} {j} = {operation[i][j]}.\n" ) else : result += ( f"{op_label}({i}, {j}) = {operation[i][j]}.\n" ) else : for i in self . symbols : result += f"{op_label}({i}) = {operation[i]}.\n" return result
short_docstring: represent the algebraic structure in ``Prover9/Mace4`` format
short_docstring_tokens: represent the algebraic structure in ` ` Prover9 / Mace4 ` ` format
comment: """
          represent the algebraic structure in ``Prover9/Mace4`` format
          :returns: a string representation
          """