parameters: (self, **kwargs)
docstring: Creates a plot on the provided axes object for
          the PNG file of the given iteration using matpotlib.
  
          Parameters
          ----------
          kwargs: dict
              additional keyword args. Necessary are the following:
              species : string
                  short name of the particle species, e.g. 'e' for electrons
                  (defined in ``speciesDefinition.param``)
              species_filter: string
                  name of the particle species filter, default is 'all'
                  (defined in ``particleFilters.param``)
              axis: string
                  the coordinate system axis labels (e.g. 'yx' or 'yz')
              slice_point: float
                  relative offset in the third axis not given in the axis\
                  argument.\
                  Should be between 0 and 1
              iteration: int or list of ints
                  The iteration at which to read the data.
                  if set to 'None', then return images for all available\
                      iterations
              time: float
                  simulation time.
                  Only one of 'iteration' or 'time' should be passed!
docstring_summary: Creates a plot on the provided axes object for
          the PNG file of the given iteration using matpotlib.
docstring_tokens: Creates a plot on the provided axes object for the PNG file of the given iteration using matpotlib .
function: def visualize(self, **kwargs):
          """
          Creates a plot on the provided axes object for
          the PNG file of the given iteration using matpotlib.
  
          Parameters
          ----------
          kwargs: dict
              additional keyword args. Necessary are the following:
              species : string
                  short name of the particle species, e.g. 'e' for electrons
                  (defined in ``speciesDefinition.param``)
              species_filter: string
                  name of the particle species filter, default is 'all'
                  (defined in ``particleFilters.param``)
              axis: string
                  the coordinate system axis labels (e.g. 'yx' or 'yz')
              slice_point: float
                  relative offset in the third axis not given in the axis\
                  argument.\
                  Should be between 0 and 1
              iteration: int or list of ints
                  The iteration at which to read the data.
                  if set to 'None', then return images for all available\
                      iterations
              time: float
                  simulation time.
                  Only one of 'iteration' or 'time' should be passed!
          """
          super().visualize(**kwargs)
function_tokens: def visualize ( self , * * kwargs ) : super ( ) . visualize ( * * kwargs )