class foxes.core.TurbineType(foxes.core.TurbineModel)[source]

Abstract base class for turbine type models.

Rotor diameter and hub height can be overwritten by individual settings in the Turbine object.

Attributes

name: str

The model name

D: float

The rotor diameter

H: float

The hub height

P_nominal: float

The nominal power in kW

P_unit: str

The unit of power

Public members

TurbineType(name=None, D=None, H=None, P_nominal=None, P_unit='kW')[source]

Constructor.

__repr__()[source]

Return repr(self).

modify_cutin(modify_ct, modify_P)[source]

Modify the data such that a discontinuity at cutin wind speed is avoided

classmethod new(ttype_type, *args, **kwargs)[source]

Run-time turbine type factory.

abstract calculate(algo, mdata, fdata, st_sel)[source]

The main model calculation.

abstract output_farm_vars(algo)[source]

The variables which are being modified by the model.

ensure_variables(algo, mdata, fdata)[source]

Add variables to fdata, initialized with NaN

run_calculation(algo, *data, out_vars, **calc_pars)[source]

Starts the model calculation in parallel, via xarray’s apply_ufunc.

property model_id

Unique id based on the model type.

var(v)[source]

Creates a model specific variable name.

property initialized

Initialization flag.

sub_models()[source]

List of all sub-models

load_data(algo, verbosity=0)[source]

Load and/or create all model data that is subject to chunking.

initialize(algo, verbosity=0, force=False)[source]

Initializes the model.

finalize(algo, verbosity=0)[source]

Finalizes the model.

get_data(variable, target, lookup='smfp', mdata=None, ...)[source]

Getter for a data entry in the model object or provided data sources

data_to_store(name, algo, data)[source]

Adds data from mdata to the local store, intended for iterative runs.

from_data_or_store(name, algo, data, ret_dims=False, safe=False)[source]

Get data from mdata or local store