Wakefield Solver Settings

Before the wakefield solver can be started, several settings and definitions must be made:

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The solver can be started from the wakefield solver control dialog box that can be opened by choosing Simulation: SolverStart Simulation from the main menu.

The solver will produce a set of results that can be accessed from the navigation tree.

Please note that the one dimensional results and the mode patterns can already be accessed while the solver is still performing the transient analysis. The one dimensional results (time signals and S-parameter) will show an intermediate solution that will change as the solver proceeds.

Plots can be updated during the simulation, in case of 1D results via 1D Plot: Plot PropertiesUpdate Results, in case of 2D/3D results via 2D/3D Plot: Plot PropertiesUpdate Results. Alternatively, press F5 while the solver is running.

Wakefield Solver Settings

Before the wakefield solver can be started, several settings and definitions must be made:

The solver can be started from the wakefield solver control dialog box that can be opened by choosing Simulation: SolverStart Simulation from the main menu.

The solver will produce a set of results that can be accessed from the navigation tree.

Please note that the one dimensional results and the mode patterns can already be accessed while the solver is still performing the transient analysis. The one dimensional results (time signals and S-parameter) will show an intermediate solution that will change as the solver proceeds.

Plots can be updated during the simulation, in case of 1D results via 1D Plot: Plot PropertiesUpdate Results, in case of 2D/3D results via 2D/3D Plot: Plot PropertiesUpdate Results. Alternatively, press F5 while the solver is running.

Wakefield Solver Settings

Before the wakefield solver can be started, several settings and definitions must be made:

The solver will produce a set of results that can be accessed from the navigation tree.

Please note that the one dimensional results and the mode patterns can already be accessed while the solver is still performing the transient analysis. The one dimensional results (time signals and S-parameter) will show an intermediate solution that will change as the solver proceeds.

Plots can be updated during the simulation, in case of 1D results via 1D Plot: Plot PropertiesUpdate Results, in case of 2D/3D results via 2D/3D Plot: Plot PropertiesUpdate Results. Alternatively, press F5 while the solver is running.

The solver will produce a set of results that can be accessed from the navigation tree.

Plots can be updated during the simulation, in case of 1D results via 1D Plot: Plot PropertiesUpdate Results, in case of 2D/3D results via 2D/3D Plot: Plot PropertiesUpdate Results. Alternatively, press F5 while the solver is running.