% Obtain the numeric Laplace Transform of the source-to-detector transfer of the network
%
simType('numeric'); % Set the simulation type to numeric.
%
% Data type is still 'laplace' which is required for plotting frequency characteristics
% Source, detector and gain type have already been defined.
gainLaplaceNumeric = execute();
% Create MATLAB figure objects, later we will place them on an html page.
figMag = plotMag('Magnitude plot of the gain', gainLaplaceNumeric, 10, 1e5, 100);
figdBmag = plotdBmag('dB Magnitude plot of the gain', gainLaplaceNumeric, 10, 1e5, 100);
figPhase = plotPhase('Phase plot of the gain', gainLaplaceNumeric, 10, 1e5, 100);
figDelay = plotDelay('Group delay of the gain', gainLaplaceNumeric, 10, 1e5, 100);