Main Content

convergence

Calculate and plot convergence of FMM solver

Since R2021b

collapse all in page

    Syntax

    convergence(hsolver)

    Description

    convergence(hsolver) calculates and plots convergence of the fast multipole method (FMM) solver defined in hsolver. The function calculates the convergence over the iterations and relative residual specified in the hsolver object.

    example

    Examples

    collapse all

    Open Live Script

    Design a default parabolic reflector antenna.

    m = reflectorParabolic;

    Set the solver type of the parabolic reflector antenna to FMM.

    m.SolverType = 'FMM';

    Calculate the impedance of the parabolic reflector antenna at 10 GHz.

    Z = impedance(m,10e9);

    Access the FMM solver and set the relative residual to 1e-3. 

    s = solver(m);
s.RelativeResidual = 1e-3;

    Calculate and plot the convergence of the FMM solver for the parabolic reflector antenna.

    convergence(s)

    Figure contains an axes object. The axes object with title Convergence, xlabel Iterations, ylabel Relative residual contains an object of type line.

    Input Arguments

    collapse all

    Fast multipole method (FMM) solver, specified as a solver object.

    Version History

    Introduced in R2021b

    See Also

    Topics