pymead.core.param.LengthDesVar#

class LengthDesVar(value: float, name: str, lower: float | None = None, upper: float | None = None, setting_from_geo_col: bool = False, point=None, root=None, rotation_handle=None, enabled: bool = True, equation_str: str | None = None)[source]#

Bases: LengthParam

Design variable class for length values. Adds lower and upper bound default behavior.

__init__(value: float, name: str, lower: float | None = None, upper: float | None = None, setting_from_geo_col: bool = False, point=None, root=None, rotation_handle=None, enabled: bool = True, equation_str: str | None = None)[source]#
Parameters:

  • value (float) – Starting value of the design variable

  • name (str) – Name of the design variable

  • lower (float or None) – Lower bound for the design variable. If None, a reasonable value is chosen. Default: None.

  • upper (float or None) – Upper bound for the design variable. If None, a reasonable value is chosen. Default: None.

  • setting_from_geo_col (bool) – Whether this method is being called directly from the geometric collection. Default: False.

Methods

get_dict_rep()

Gets a dictionary representation of the pymead object.

Attributes

get_dict_rep()[source]#

Gets a dictionary representation of the pymead object. In general, this dictionary should consist of only the required arguments for object instantiation. For example, the dictionary representation of a point looks something like this: {"x": 0.3, "y": 0.5}. If the argument requires a reference to a PymeadObj rather than a string or float value, the name() method should be the value that is stored. For an example, see the overridden value of this method in pymead.core.airfoil.Airfoil. All subclasses of PymeadObj must implement this method, since it is the way pymead objects are stored in saved instances of a GeometryCollection (.jmea files).