LaserPulse is a simple Matlab toolbox for nonlinear and ultrafast optics. It can be used to simulate propagation through optical media, and pulse compression techniques (e.g. FROG, G-MIIPS).
More information can be found here: http://albeco.github.io/LaserPulse/
A concise overview and example code can be found here: http://albeco.github.io/LaserPulse/manual/laserpulse_overview.html
Alberto Comin (2019). albeco/LaserPulse (https://www.github.com/albeco/LaserPulse), GitHub. Retrieved .
1.0.6.0 | added live script examples |
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1.0.5.0 | minor fixes |
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1.0.4.0 | added support for linear propagation in transparent media |
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1.0.3.2 | added setter and getter methods for timeUnits, frequencyUnits, centralFrequency, arrivalTime, groupDelay, groupDelayDispersion, instantaneousFrequency added property phaseOffset several bugs fixed |
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1.0.3.1 | updated documentation |
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1.0.3.0 | changed GitHub repository name from LaserPulseClass to LaserPulse |
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1.0.2.0 | added test files |
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1.0.1.0 | version 1.0.1 : added support for mathematical operators in both time and frequency domain; added example files with simulations of interferometric FROG and MIIPS; fixed some bugs (especially for the method disp()) |
Create scripts with code, output, and formatted text in a single executable document.
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Really useful!
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