LaserPulse class properties

Several physical properties of LaserPulse objects are automatically calculated and can be accessed using the dot notation.

Contents

Several physical properties of LaserPulse objects are automatically calculated and can be accessed using the dot notation.

New pulse in frequency domain

% frequency array
f = linspace(0, 10, 1000);
% electric field
Af = exp(-(f-0.5).^2/(0.1)^2);
phi = 1000*(f-0.5).^3;
% LaserPulse object
p2 = LaserPulse(f, 'THz', Af, phi);

% Plot the pulse
p2.plot();

Display physical properties

fprintf('\ntime domain properties')
fprintf('\n----------------------\n')
propertyName = {'arrivalTime', 'duration', 'timeOffset', 'timeStep'};
for i = 1:numel(propertyName)
  fprintf('%s = %.2f %s\n', propertyName{i}, p2.(propertyName{i}), p2.timeUnits);
end

fprintf('\nfrequency domain properties')
fprintf('\n---------------------------\n')
propertyName = {'centralFrequency', 'bandwidth', 'frequencyOffset', 'frequencyStep'};
for i = 1:numel(propertyName)
  fprintf('%s = %.2f %s\n', propertyName{i}, p2.(propertyName{i}), p2.frequencyUnits);
end

time domain properties
----------------------
arrivalTime = 1.19 ps
duration = 4.68 ps
timeOffset = 1.21 ps
timeStep = 0.10 ps

frequency domain properties
---------------------------
centralFrequency = 0.50 THz
bandwidth = 0.12 THz
frequencyOffset = 5.01 THz
frequencyStep = 0.01 THz

Published with MATLAB® R2015a