Radar#

class ansys.stk.core.stkobjects.Radar#

Bases: ISTKObject, ILifetimeInformation

Class defining the radar object.

Overview#

Methods

Get a value indicating whether the specified type can be used.

Properties

`chain_analysis_options`	Get the radar’s chain analysis options.
`graphics`	Get the 2D Graphics properties for the radar.
`graphics_3d`	Get the 3D Graphics properties for the radar.
`model_component_linking`	Get the link/embed controller for managing the radar model component.
`refraction`	Refraction method, a member of the SensorRefractionType enumeration.
`refraction_model`	Get a refraction model.
`refraction_supported_types`	Return an array of valid choices.
`rf_environment`	Get the object RF Environment settings.
`use_refraction_in_access`	Flag controls whether refraction is applied when computing relative position in Access.

from ansys.stk.core.stkobjects import Radar

property Radar.chain_analysis_options: ChainAnalysisOptions#: Get the radar’s chain analysis options.

property Radar.graphics: RadarGraphics#: Get the 2D Graphics properties for the radar.

property Radar.graphics_3d: RadarGraphics3D#: Get the 3D Graphics properties for the radar.

property Radar.model_component_linking: IComponentLinkEmbedControl#: Get the link/embed controller for managing the radar model component.

property Radar.refraction: SensorRefractionType#: Refraction method, a member of the SensorRefractionType enumeration.

property Radar.refraction_model: IRefractionModelBase#: Get a refraction model.

property Radar.refraction_supported_types: list#: Return an array of valid choices.

property Radar.rf_environment: ObjectRFEnvironment#: Get the object RF Environment settings.

property Radar.use_refraction_in_access: bool#: Flag controls whether refraction is applied when computing relative position in Access.

Radar.is_refraction_type_supported(self, model: SensorRefractionType) → bool#

Get a value indicating whether the specified type can be used.