%
htmlPage('Frequency-domain plots step I_C');
stepVar('I_C');              % Use I_C as step variable
stepMethod('lin');           % Use linear stepping
stepStart('100u');           % Start at 100uA
stepStop('1m');              % Stop at 1mA
stepNum(9);                  % Take 9 steps (10 values)
laplaceResult = execute();
magPlot   = plotMag('Magnitude transimpedance [Ohm], step I_C', laplaceResult, 1e3, 1e9, 100);
phasePlot = plotPhase('Phase transimpedance [deg], step I_C', laplaceResult, 1e3, 1e9, 100);
delayPlot = plotDelay('Delay transimpedance [s], step I_C', laplaceResult, 1e3, 1e9, 100);
fig2html(magPlot, 'magPlot_IC.svg', 800);
fig2html(phasePlot, 'phasePlot_IC.svg', 800);
fig2html(delayPlot, 'delayPlot_IC.svg', 800);