Command

Parameters

(No)

Short description

Averaged_With_Lossless

(3)

Used with QWCX (coax) version of QuickWave only.

Calculate_With_Prony

(9)

Tells QW-Simulator to use the QProny module.

Cascade_Windows

(0)

Equivalent to Window-Cascade from menu of QW-Simulator.

ChangeDir

(1)

Changes current working directory to specify as a parameter.

Change_Excitation_Parameters

(5)

Sets frequency, amplitude and delay in port of name Port_Name1 and consecutively in the next ports (if parameters are present) in subcircuit S_NAME.

Close_Windows

(0)

Closes all child windows.

Combine_Results_From_Both_Ports

(3)

Used with QWCX (coax) version of QuickWave only.

Continue

(1)

Continue simulation up to iteration specified as a parameter.

Continue_With_Samples_For_Prony

(2)

Used with QProny module only.

Dump_Fields

(1)

Store in a text file (parameter) the values of all field components, in all layers of the circuit, at the current iteration.

Exit

(0)

After completing all the tasks, the QW‑Simulator will exit.

Freeze

(1)

The state of QW-Simulator with all its variables will be frozen in the file.

FreezeRot

(1)

The state of QW-Simulator with all its variables and with rotation will be frozen in the file.

Loop

(0)

Repeats the tasks specified in the tasker file in a loop. It must be placed as the last task in the file.

Message

(0)

Allows controlling field displays.

Modify_Media_Parameters

(3)

Modify Media Parameters from *.pmo file. Applicable for usage with QW-BHM module.

Modify_Media_Parameters_Multiple

n/a

Decomposed into a sequence of periodically performed Modify Media Parameters from *.pmo file. Applicable for usage with QW-BHM module.

Modify_Media_Parameters_Multiple_T

n/a

An extension to Modify_ Media_ Parameters_ Multiple, in that the pattern of one selected component is saved after each Modify_ Media_ Parameters. Applicable for usage with QW-BHM module.

Modify_Media_Parameters_Rot

(7)

Modify Media Parameters from *.pmo file and rotate selected object. Applicable for usage with QW-BHM module.

Modify_Media_Parameters_Rot_Ext

(7)

Modify Media Parameters from *.pmo file and rotate or translate selected object. Applicable for usage with QW-BHM module.

Next_Postprocessing

(1)

Allows to display the result of the next postprocessing.

Resume

(0)

Resume suspended application. Equivalent to Run-Resume from menu of QW-Simulator.

Run

(1)

Simulation is performed without iteration limit. NOTE that the next tasks will not be performed!!!

Run_External_Program

(2)

Starts external program with parameters.

RunFreeze

(1)

The QW-Simulator will run a project previously frozen in the file.

RunFreezeIter

(2)

The QW-Simulator will run a project previously frozen in the file for a specified number of iterations.

RunFreezeRot

(1)

The QW-Simulator will run a project with rotation previously frozen in the file.

Run_Grid_Search

(1)

Performs grid search for the project.

RunIter

(2)

Simulation is performed for a specified number of iterations.

Run_Optimisation

(1)

Performs optimisation for the project.

Save_All_Components_Monitor_3D

(1)

The fields monitor 3D data for specified monitor and all field components and all monitor frequencies are saved to separate files.

Save_Antenna_Fixed_Angle_Results

(3)

Antenna fixed angle results are saved to the file.

Save_Antenna_Results

(5)

Radiation pattern of the antenna versus angle is saved to the file.

Save_Antenna_Results_Extended

(12)

Radiation pattern of the antenna versus angle is saved to the file (needed more parameters).

Save_Antenna_Results_Extended_Walls

(13)

This task is the same as task Save_Antenna_Results_Extended but has also possibility to switch on or off NTF Walls.

Save_Calculated_ExH_Time_Integral_Results

(6)

Time Integral ExH or Poynting vector components calculated for specified number of iterations <Nb_of_It>  are saved in chosen directory (in SUBDIR sub-directory) to the specified file.

Save_Circular_Antenna_Results_

Extended_Walls

(13)

This task is the same as Save_Antenna_Results_Extended_Walls but for Circular polarization of antenna characteristics.

Save_Combine_Contour_Results

(4)

Combined contour results of names ‘Contour Name1’ and ‘Contour Name2’ of current (suspended) simulation are saved to the r_name.ext file.

Save_Contour_Results

(3)

Contour results of name ‘Contour Name’ of current (suspended) simulation are saved to the r_name.ext file.

Save_Enthalpy_ReIm

(5)

Enthalpy for Re/Im grid are saved in the specified file.

Save_Enthalpy_ReIm_Media

(6)

Enthalpy for Re/Im grid for chosen media are saved in the specified file.

Save_ExH_Time_Integral_Results

(5)

Time Integral ExH or Poynting vector components are saved in chosen directory (in SUBDIR sub-directory) to the specified file.

Save_FD_Probing_Results

(2)

FD-Probing results of current simulation are saved to the file.

Save_FD_Probing_Results_Extended

(4)

FD-Probing selected results of current simulation for all probes are saved to the file.

Save_Fields_Along_Contour

(5)

Envelope of a specified field along chosen contour in a specified subcircuit is constructed for a specified number of iterations and saved to a specified text file.

Save_Fields_Monitor

(6)

The fields monitor data of a specified component in a specified subcircuit and for specified monitor wall and monitor frequency is saved to a specified file.

Save_Fields_Monitor_3D

(6)

The fields monitor 3D data of a specified component in a specified subcircuit and for specified monitor wall and monitor frequency is saved to a specified file.

Save_Full_Volume_Envelope

(5)

Envelope (max or avr) of a specified component over the whole specified subcircuit is constructed for a specified number of iterations, and then saved to a specified file.

Save_Full_Volume_Instantaneous

(3)

Instantaneous pattern of a specified component over the whole specified subcircuit is saved to a specified file.

Save_Full_Volume_Integrated

(4)

Integrated field of the chosen field component in chosen subcircuit and in full volume will be saved in a specified file.

Save_Line_Envelope

(8)

Envelope of a specified component in a specified subcircuit, along a particular line parallel to one of the coordinate axes is constructed for a specified number of iterations and saved to a specified text file.

Save_Opened_Windows_Picture

(0)

Save all opened windows (View Results, View Fields, View Monitor, View Envelope) view to the *.png files.

Save_Pdiss_Energy_QF

(4)

Power, Energy and Q-factor are saved to the file.

Save_Pdiss_Energy_QF_ReIm

(5)

Power, Energy and Q-factor for Re/Im grid are saved in the specified file.

Save_Pdiss_Energy_QF_ReIm_Media

(6)

Power, Energy and Q-factor for Re/Im grid for chosen media are saved in the specified file.

Save_Plane_Envelope_Aver

(6)

Envelope (aver) of a specified component in a specified subcircuit, plane and layer is constructed for a specified number of iterations and saved to a specified text file.

Save_Plane_Envelope_Max

(6)

Envelope (max) of a specified component in a specified subcircuit, plane and layer is constructed for a specified number of iterations and saved to a specified text file.

Save_Plane_Instantaneous

(5)

The instantaneous field of the chosen field component, specified subcircuit, plane and layer will be saved to a specified text file.

Save_Results

(2)

The result of the current postprocessing are saved to the file.

Save_SMN_Results

(2)

SMN-parameter results of current simulation.

Save_S_Results

(2)

S-parameter results of current simulation are saved to the file.

Save_S_Results_Extended

(2)

Extended S-parameter results of current simulation are saved to the file.

Save_S_Results_Shift

(?)

S-parameter results of current simulation with virtually shifted reference planes are saved to the file.

Save_Time_Probes

(9)

Time probes of a specified component in a specified subcircuit, along a particular line parallel to one of the coordinate axes is constructed for a specified number of iterations and saved to a specified text file.

Save_Time_Probes_Extended_Dir

(10)

This task is the same as Save_Time_Probes but time probes will be saved in sub-directory.

Save_Volume_Envelope

(11)

Envelope (max or avr) of a specified component over a specified sub-volume of a specified subcircuit is constructed for a specified number of iterations, and then saved to a specified file.

Save_Volume_Instantaneous

(9)

Instantaneous pattern of a specified component over a specified sub-volume of a specified subcircuit is saved to a specified file.

Save_Volume_Integrated

(10)

Integrated field of the chosen field component in chosen subcircuit and volume will be saved in a specified file.

SParameters

(?)

Calculate full S-matrix with corrections for imperfect absorbing boundaries of the multiport circuit in a sequential regime, for a specified number of iterations.

SParameters_MS

(?)

Calculate full S-matrix with corrections for imperfect absorbing boundaries of the multiport circuit in a multisimulator regime.

SParameters_MSIter

(?)

Calculate full S-matrix with corrections for imperfect absorbing boundaries of the multiport circuit (for a specified number of iterations), in a multisimulator regime.

Stop

(0)

Normally, after completing all the tasks, the QW-Simulator exits. This command prevents the exit to the operating system.

Suspend

(0)

Suspend application. Equivalent to Run-Suspend from menu of QW-Simulator.

TemplateDV

(5)

2DV template calculation task.

TemplateQS

(4)

QS (quasistatic) template calculation task.

TemplateQS_Check

(1)

QS (quasistatic) template preliminary testing task.

Tile_Windows

(0)

Equivalent to Window-Tile from menu of QW-Simulator.

Use_Concurrent_Tasks

(0)

Sets simultaneous subtask mode for tasker.

View_Antenna_Results

(10)

Equivalent to View-Results from menu of QW-Simulator for Antenna Postprocessing.

View_FD_Probing_Results

(1)

Equivalent to View-Results from menu of QW-Simulator for FD Probe Postprocessing.

View_Fields

(1)

Equivalent to View-Fields from menu of QW‑Simulator.

View_Fields_Monitor

(1)

Equivalent to View-Fields Monitor from menu of QW-Simulator

View_Line_Envelope

(1)

Equivalent to View-Envelope from menu of QW-Simulator.

View_Pdiss_Energy_QF

(1)

Equivalent to View-Power and Q from menu of QW-Simulator.

View_Prony_Results

(1)

For use with QProny module.

View_Results

(1)

Equivalent to View-S Results from menu of QW-Simulator.

View_Saved_Fields

(1)

Equivalent to View-Saved Fields from menu of QW-Simulator.

View_Saved_Line_Envelope

(1)

Equivalent to View-Saved Envelope from menu of QW-Simulator.

View_Saved_Results

(1)

Equivalent to View-Saved Results from menu of QW-Simulator.

View_S_Results

(1)

Equivalent to View-S Results from menu of QW-Simulator.

View_Test_LC

(1)

Equivalent to Test-LC from menu of QW-Simulator.

View_Test_Mesh

(1)

Equivalent to Test-Mesh from menu of QW-Simulator.