@@ -43,11 +43,8 @@ def __init__(
4343 controller_params ,
4444 domain ,
4545 field_name = None ,
46- subcycling_options = None ,
4746 solver_parameters = None ,
48- limiter = None ,
4947 options = None ,
50- augmentation = None ,
5148 t0 = 0 ,
5249 imex = False ,
5350 ):
@@ -62,32 +59,21 @@ def __init__(
6259 mesh and the compatible function spaces.
6360 field_name (str, optional): name of the field to be evolved.
6461 Defaults to None.
65- subcycling_options(:class:`SubcyclingOptions`, optional): an object
66- containing options for subcycling the time discretisation.
67- Defaults to None.
6862 solver_parameters (dict, optional): dictionary of parameters to
6963 pass to the underlying solver. Defaults to None.
70- limiter (:class:`Limiter` object, optional): a limiter to apply to
71- the evolving field to enforce monotonicity. Defaults to None.
7264 options (:class:`AdvectionOptions`, optional): an object containing
7365 options to either be passed to the spatial discretisation, or
7466 to control the "wrapper" methods, such as Embedded DG or a
7567 recovery method. Defaults to None.
76- augmentation (:class:`Augmentation`): allows the equation solved in
77- this time discretisation to be augmented, for instances with
78- extra terms of another auxiliary variable. Defaults to None.
7968 """
8069
8170 self ._residual = None
8271
8372 super ().__init__ (
8473 domain = domain ,
8574 field_name = field_name ,
86- subcycling_options = subcycling_options ,
8775 solver_parameters = solver_parameters ,
88- limiter = limiter ,
8976 options = options ,
90- augmentation = augmentation ,
9177 )
9278
9379 self .description = description
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