MonostaticRCSPlotter#

class ansys.aedt.toolkits.radar_explorer.rcs_visualization.MonostaticRCSPlotter(rcs_data: MonostaticRCSData | None = None)[source]#

Provides monostatic RCS plot functionalities.

Parameters:

rcs_dataansys.aedt.toolkits.radar_explorer.rcs_visualization, default: None: Monostatic RCS data object.

Examples

>>> from ansys.aedt.core import Hfss
>>> from ansys.aedt.toolkits.radar_explorer.rcs_visualization import MonostaticRCSData
>>> from ansys.aedt.toolkits.radar_explorer.rcs_visualization import MonostaticRCSPlotter
>>> app = Hfss(version="2026.1", design="Antenna")
>>> data = app.get_rcs_data()
>>> metadata_file = data.metadata_file
>>> app.release_desktop()
>>> rcs_data = MonostaticRCSData(input_file=metadata_file)
>>> rcs_plotter = MonostaticRCSPlotter(rcs_data)

Methods

`MonostaticRCSPlotter.add_incident_isar_2d_settings`(...)	Add incident wave arrow setting for ISAR 2D scene.
`MonostaticRCSPlotter.add_incident_isar_3d_settings`(...)	Add incident wave arrow setting for ISAR 3D scene.
`MonostaticRCSPlotter.add_incident_range_profile_settings`([...])	Add incident wave arrow setting for range profile scene.
`MonostaticRCSPlotter.add_incident_rcs_settings`(...)	Add incident wave arrow setting for RCS scene.
`MonostaticRCSPlotter.add_incident_waterfall_settings`(...)	Add incident wave arrow setting for waterfall scene.
`MonostaticRCSPlotter.add_isar_2d`([...])	Add the ISAR 2D.
`MonostaticRCSPlotter.add_isar_2d_settings`([...])	Add a preview frame of 2D ISAR visualization to the current 3D scene.
`MonostaticRCSPlotter.add_isar_3d`([...])	Add the ISAR 3D plot to the 3D scene.
`MonostaticRCSPlotter.add_isar_3d_settings`([...])	Add a preview frame of 3D ISAR visualization to the current 3D scene.
`MonostaticRCSPlotter.add_range_profile`([...])	Add the 3D range profile.
`MonostaticRCSPlotter.add_range_profile_settings`([...])	Add a 3D range profile setting representation to the current scene.
`MonostaticRCSPlotter.add_rcs`([color_bar])	Add a 3D RCS representation to the current scene.
`MonostaticRCSPlotter.add_waterfall`([color_bar])	Add the 3D waterfall.
`MonostaticRCSPlotter.add_waterfall_settings`([...])	Add a 3D waterfall setting representation to the current scene.
`MonostaticRCSPlotter.clear_scene`([...])	Clear actors from the visualization scene.
`MonostaticRCSPlotter.get_plane_cut_from_3d_isar`(...)	Extract a 2D plane cut from 3D ISAR data based on the specified plane.
`MonostaticRCSPlotter.plot_isar_2d`([title, ...])	Create a 2D pcolor plot of the 2D ISAR image.
`MonostaticRCSPlotter.plot_isar_3d`([...])	Create a 2D pcolor plot of a 3D-ISAR cut.
`MonostaticRCSPlotter.plot_range_profile`([...])	Create a 2D plot of the range profile.
`MonostaticRCSPlotter.plot_rcs`([...])	Create a 2D plot of the monostatic RCS.
`MonostaticRCSPlotter.plot_rcs_3d`([title, ...])	Create a 3D plot of the monostatic RCS.
`MonostaticRCSPlotter.plot_scene`([show])	Plot the 3D scene including models, annotations, and results.
`MonostaticRCSPlotter.plot_waterfall`([title, ...])	Create a 2D contour plot of the waterfall.
`MonostaticRCSPlotter.rotate_point`(x1, y1, ...)	Rotate a set of 3D points by the specified azimuth, elevation, and twist angles.
`MonostaticRCSPlotter.stretch_data`(data, ...)	Stretches and scales the input data to a specified range.

Attributes

`MonostaticRCSPlotter.all_scene_actors`	All scene actors.
`MonostaticRCSPlotter.center`	Geometry center.
`MonostaticRCSPlotter.extents`	Geometry extents.
`MonostaticRCSPlotter.model_info`	Geometry information.
`MonostaticRCSPlotter.model_units`	Model units.
`MonostaticRCSPlotter.num_contours`	Number of contours.
`MonostaticRCSPlotter.radius`	Geometry radius.
`MonostaticRCSPlotter.rcs_data`	RCS data object.