parameters: (self)
docstring: Print the molecule in Angstroms. Same as :py:func:`print_out` only always in Angstroms.
          (method name in libmints is print_in_angstrom)
docstring_summary: Print the molecule in Angstroms. Same as :py:func:`print_out` only always in Angstroms.
          (method name in libmints is print_in_angstrom)
docstring_tokens: Print the molecule in Angstroms . Same as : py : func : print_out only always in Angstroms . ( method name in libmints is print_in_angstrom )
function: def print_out_in_angstrom(self):
          """Print the molecule in Angstroms. Same as :py:func:`print_out` only always in Angstroms.
          (method name in libmints is print_in_angstrom)
  
          """
          text = ""
          if self.natom():
              if self.pg:
                  text += """    Molecular point group: %s\n""" % (self.pg.symbol())
              if self.full_pg:
                  text += """    Full point group: %s\n\n""" % (self.get_full_point_group())
              text += """    Geometry (in %s), charge = %d, multiplicity = %d:\n\n""" % \
                  ('Angstrom', self.molecular_charge(), self.multiplicity())
              text += """       Center              X                  Y                   Z       \n"""
              text += """    ------------   -----------------  -----------------  -----------------\n"""
  
              for i in range(self.natom()):
                  text += """      %3s%-7s """ % ("" if self.Z(i) else "Gh(", self.symbol(i) + ("" if self.Z(i) else ")"))
                  text += ("""  %17.12f""" * 3).format(*self.xyz(i) * qcel.constants.bohr2angstroms)
                  text += "\n"
              text += "\n"
          else:
              text += "  No atoms in this molecule.\n"
          print(text)
function_tokens: def print_out_in_angstrom ( self ) : text = "" if self . natom ( ) : if self . pg : text += """    Molecular point group: %s\n""" % ( self . pg . symbol ( ) ) if self . full_pg : text += """    Full point group: %s\n\n""" % ( self . get_full_point_group ( ) ) text += """    Geometry (in %s), charge = %d, multiplicity = %d:\n\n""" % ( 'Angstrom' , self . molecular_charge ( ) , self . multiplicity ( ) ) text += """       Center              X                  Y                   Z       \n""" text += """    ------------   -----------------  -----------------  -----------------\n""" for i in range ( self . natom ( ) ) : text += """      %3s%-7s """ % ( "" if self . Z ( i ) else "Gh(" , self . symbol ( i ) + ( "" if self . Z ( i ) else ")" ) ) text += ( """  %17.12f""" * 3 ) . format ( * self . xyz ( i ) * qcel . constants . bohr2angstroms ) text += "\n" text += "\n" else : text += "  No atoms in this molecule.\n" print ( text )