original_docstring: You have successfully loaded the JupyterLab Autoplot extension!
  
              This extension will watch the notebook's namespace for datetime indexed, real
              valued pandas series or dataframes and update the plot in real time as these
              variables are modified.
  
              To modify the plot or traces, use the command `%autoplot` with one of more of
              the optional arguments.:
              
docstring: You have successfully loaded the JupyterLab Autoplot extension.
  This extension will watch the notebook's namespace for datetime indexed, real
  valued pandas series or dataframes and update the plot in real time as these
  variables are modified.
  
  To modify the plot or traces, use the command `%autoplot` with one of more of
  the optional arguments..
docstring_tokens: You have successfully loaded the JupyterLab Autoplot extension . This extension will watch the notebook ' s namespace for datetime indexed real valued pandas series or dataframes and update the plot in real time as these variables are modified . To modify the plot or traces use the command ` %autoplot ` with one of more of the optional arguments ..
code: def autoplot(self, arg_string: str):
              """You have successfully loaded the JupyterLab Autoplot extension!
  
              This extension will watch the notebook's namespace for datetime indexed, real
              valued pandas series or dataframes and update the plot in real time as these
              variables are modified.
  
              To modify the plot or traces, use the command `%autoplot` with one of more of
              the optional arguments.:
              """
              args: Namespace = parse_argstring(self.autoplot, arg_string)
  
              # handle resize arguments
              if args.width is not None:
                  self.view_manager.set_plot_width(self.toast, args.width)
              if args.height is not None:
                  self.view_manager.set_plot_height(self.toast, args.height)
  
              # handle variable arguments
              if args.rename is not None:
                  for var, label in args.rename:
                      self.view_manager.rename_variable(self.toast, var, label)
  
              if args.ignore is not None:
                  for a in args.ignore:
                      for var in a:
                          self.view_manager.ignore_variable(self.toast, var)
  
              if args.show is not None:
                  for a in args.show:
                      for var in a:
                          self.view_manager.show_variable(self.toast, var)
  
              if args.colour is not None:
                  for var, colour in args.colour:
                      self.view_manager.change_colour(self.toast, var, colour)
  
              # handle axis label arguments
              if args.ylabel is not None:
                  self.view_manager.set_ylabel(self.toast, remove_quotes(args.ylabel))
  
              # handle sample arguments
              if args.sample is not None:
                  self.view_manager.update_max_series_length(self.toast, args.sample)
  
              # handle freeze / defrost arguments
              if args.freeze:
                  self.view_manager.freeze(self.toast)
  
              if args.defrost:
                  self.view_manager.defrost(self.toast)
  
              self.view_manager.active = args.view if args.view is not None else self.view_manager.active
code_tokens: def autoplot ( self , arg_string : str ) : args : Namespace = parse_argstring ( self . autoplot , arg_string ) if args . width is not None : self . view_manager . set_plot_width ( self . toast , args . width ) if args . height is not None : self . view_manager . set_plot_height ( self . toast , args . height ) if args . rename is not None : for var , label in args . rename : self . view_manager . rename_variable ( self . toast , var , label ) if args . ignore is not None : for a in args . ignore : for var in a : self . view_manager . ignore_variable ( self . toast , var ) if args . show is not None : for a in args . show : for var in a : self . view_manager . show_variable ( self . toast , var ) if args . colour is not None : for var , colour in args . colour : self . view_manager . change_colour ( self . toast , var , colour ) if args . ylabel is not None : self . view_manager . set_ylabel ( self . toast , remove_quotes ( args . ylabel ) ) if args . sample is not None : self . view_manager . update_max_series_length ( self . toast , args . sample ) if args . freeze : self . view_manager . freeze ( self . toast ) if args . defrost : self . view_manager . defrost ( self . toast ) self . view_manager . active = args . view if args . view is not None else self . view_manager . active
short_docstring: You have successfully loaded the JupyterLab Autoplot extension!
short_docstring_tokens: You have successfully loaded the JupyterLab Autoplot extension!
comment: """You have successfully loaded the JupyterLab Autoplot extension!
  
              This extension will watch the notebook's namespace for datetime indexed, real
              valued pandas series or dataframes and update the plot in real time as these
              variables are modified.
  
              To modify the plot or traces, use the command `%autoplot` with one of more of
              the optional arguments.:
              """$SEP$# handle resize arguments$SEP$# handle variable arguments$SEP$# handle axis label arguments$SEP$# handle sample arguments$SEP$# handle freeze / defrost arguments