foxes.output.PointCalculator.calculate(points, *args, states_mean=False, weight_turbine=0, to_file=None, write_vars=None, write_pars={}, **kwargs)[source]

Calculate point results

Parameters

points: numpy.ndarray

The points, shape: (n_points, 3) or (n_states, n_points, 3)

args: tuple, optional

Additional arguments for algo.calc_points

states_mean: bool

Flag for taking the mean over states

weight_turbine: int, optional

Index of the turbine from which to take the weight

to_file: str, optional

Path to the output netCDF file

write_vars: list of str

The variables to be written to file, or None for all

write_pars: dict, optional

Additional parameters for write_nc

kwargs: tuple, optional

Additional arguments for algo.calc_points

Returns

point_results: xarray.Dataset

The point results. The calculated variables have dimensions (state, point)