timflow.steady.well.WellString ============================== .. toctree:: :hidden: /api/timflow/steady/well/WellString.potinf /api/timflow/steady/well/WellString.disvecinf /api/timflow/steady/well/WellString.discharge /api/timflow/steady/well/WellString.discharge_per_well /api/timflow/steady/well/WellString.headinside /api/timflow/steady/well/WellString.potinflayers /api/timflow/steady/well/WellString.potentiallayers /api/timflow/steady/well/WellString.disvec /api/timflow/steady/well/WellString.disvecinflayers /api/timflow/steady/well/WellString.disveclayers .. py:class:: timflow.steady.well.WellString(model, xy, Qw=100, rw=0.1, res=0.0, layers=0, label=None) Bases: :py:obj:`WellStringBase` WellString is a string of wells for which the total discharge is specified. The head inside the wells is equal but unknown, and the total discharge of the wells is specified. :param model: model to which the element is added :type model: Model object :param xy: list of (x, y) tuples or 2d array of x and y coordinates of the well nodes :type xy: list of tuples or np.ndarray :param Qw: total discharge of the well string :type Qw: float :param rw: radius of the wells :type rw: float :param res: resistance of the well screens :type res: float :param layers: layer (int) or layers (list or array) where well is screened :type layers: int, array or list :param label: label of the well string :type label: string or None (default: None) .. !! processed by numpydoc !! Methods ------- .. autoapisummary:: timflow.steady.well.WellString.potinf timflow.steady.well.WellString.disvecinf timflow.steady.well.WellString.discharge timflow.steady.well.WellString.discharge_per_well timflow.steady.well.WellString.headinside timflow.steady.well.WellString.potinflayers timflow.steady.well.WellString.potentiallayers timflow.steady.well.WellString.disvec timflow.steady.well.WellString.disvecinflayers timflow.steady.well.WellString.disveclayers