code: def n_sed_plates_max(sed_inputs=sed_dict):
      
      B_plate = sed_inputs['plate_settlers']['S'] + sed_inputs['plate_settlers']['thickness']
      return math.floor((sed_inputs['plate_settlers']['L_cantilevered'].magnitude / B_plate.magnitude
                        * np.tan(sed_inputs['plate_settlers']['angle'].to(u.rad).magnitude)) + 1)
docs: Return the maximum possible number of plate settlers in a module given
      plate spacing, thickness, angle, and unsupported length of plate settler.
      Parameters
      ----------
      S_plate : float
          Edge to edge distance between plate settlers
      thickness_plate : float
          Thickness of PVC sheet used to make plate settlers
      L_sed_plate_cantilevered : float
          Maximum length of sed plate sticking out past module pipes without any
          additional support. The goal is to prevent floppy modules that don't
          maintain constant distances between the plates
      angle_plate : float
          Angle of plate settlers
      Returns
      -------
      int
          Maximum number of plates
      Examples
      --------
      >>> from aide_design.play import*
      >>>