{blockLibraryPP_blocksPP_FF_PhasedSS_ArraySS_SystemSS_ToolboxFF_EnvironmentSS_andSS_TargetFF_BackscatterSS_RadarSS_TargetPP_label}

A narrowband unpolarised signal given as a complex vector N by 1 or a complex matrix N by M.

N is the number of signal samples and M is the number of signals reflected from the target. Each column corresponds to an independent signal incident at a different reflection angle.

Data types: Float64

The direction of the incident signal given as a 2-by-1 real-valued column vector or a 2-by-M real-valued column matrix.

M is the number of signals reflected from the target. Each column Ang specifies the direction of the incident signal as a pair [AzimuthAngle;ElevationAngle].

The unit of measurement is degrees.

The number of columns in Ang must correspond to the number of independent signals in X.

*Example: [30;45]

Data types: Float64

Switch to update RCS model radar cross section values.

To enable RCS update, set the Update parameters to true.

To keep the RCS value unchanged, set the Update parameters to false.

A narrowband unpolarised signal given as a complex vector 1 on M or a complex matrix N on M. Each column contains an independent signal reflected from the target.

N is the number of signal samples and M is the number of signals reflected from the target. Each column corresponds to a different reflection angle.

The output port contains the signal samples arriving at the signal destination during the current input time slot.

If the signal propagation time from the source to the destination exceeds the duration of the current time frame, the output signal does not contain all contributions from the current time frame input.