FfdSolutionData

class pyaedt.modules.solutions.FfdSolutionData(app, sphere_name, setup_name, frequencies, variations=None, overwrite=True, taper='flat', sbr_3d_comp_name=None)

Contains Hfss Far Field Solution Data (ffd).

Methods

FfdSolutionData.array_center_and_edge()	Find the center and edge of our array, assuming all ports in far field mapping file are active ports.
FfdSolutionData.array_min_max_values()	Array bounding box.
FfdSolutionData.assign_weight(a, b[, taper, ...])	Assign weight to array.
FfdSolutionData.beamform([phi_scan, theta_scan])	Compute the far field pattern calculated for a specific phi/scan angle requested.
FfdSolutionData.beamform_2beams([phi_scan1, ...])	Compute the far field pattern calculated for a specific phi/scan angle requested.
FfdSolutionData.element_location(a, b)	Element location in the array.
FfdSolutionData.get_array_index(port_name)	Get index of a given port.
FfdSolutionData.get_lattice_vectors()	Compute Lattice vectors for Antenna Arrays or return default array in case of simple antenna analysis.
FfdSolutionData.plot_2d_cut([qty_str, ...])	Create a 2D plot of specified quantity in matplotlib.
FfdSolutionData.plot_farfield_contour([...])	Create a Contour plot of specified quantity.
FfdSolutionData.polar_plot_3d([qty_str, ...])	Create a 3d plot of specified quantity.
FfdSolutionData.polar_plot_3d_pyvista([...])	Create a 3d Polar Plot of Geometry with Radiation Pattern in Pyvista.
FfdSolutionData.polar_plot_3d_pyvista_2beams([...])	Create a 3d Polar Plot with 2 beams of Geometry with Radiation Pattern in Pyvista.

Attributes

FfdSolutionData.frequency	Get/set the Active Frequency.
FfdSolutionData.mag_offset	Additional magnitude on each port.
FfdSolutionData.phase_offset	Additional phase offset in degrees on each port.