Running OSLO remotely
Question Can I run OSLO from other programs or the DOS command line? Is there a good way for OSLO to exchange data with other MS Windows programs such as Matlab, TracePro, MS Word, MS Excel, ...etc.?
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Multilayer information the designer needs to enter into OSLO
Question I am trying to design multilayer structure LEDs and photodetectors which consist of various epitaxial films. Can I design an optical multilayer structure with OSLO Premium? How about the refractive indices of different materials? Do we have to find them or does your program have its own...
Importing BSDF Measurements
Data files to be used to demonstrate the capabilities of the Surface Property Generator. The Surface Property Generator can read measured scatter data and convert it into a TracePro Surface Property. Scattermaster file (*.csv) BSDFPolarExampleSpecular.csv OxyTech file (*.csv) ALLLUMINIO...
Labels for graphs in Ray Intercept Curve report graphics
Question When I plot the Ray Intercept Curve (RIC) Report Graphic, I notice that the axes of many of the individual graphs do not have labels on them. What are the labels on the plotted Axes? Synopsis Labels for graphs in Ray Intercept Curve report graphics Solution The Ray Intercept Curve Report...
09. OSLO Text Editors
Computing the coupling efficiency of a complex waveguide
Question I want to perform the overlap integral of the OSLO coupling efficiency calculation on a more complex mode structure than a fibre, so I would like to output the amplitude and phase of the point spread function to a file. The PSF is calculated using an FFT, so basically I would like to...
Problems using C syntax in CCL
Question Why doesn't my C function work in CCL? Synopsis Problems using C syntax in CCL Solution CCL is a subset of C. If your function uses pointers, structs, unions, casts, or is case-sensitive, it won't work.
17. OSLO Tip: Invert graphics background
05. OSLO GaussBeam Example 2
GaussBeam Example 2
YAGCAVTY.LEN - A YAG LASER CAVITY
Yagcavty shows the final design of the YAG laser cavity described elsewhere, and can be used to check your results. This is the final design of the YAG laser cavity . The design shown here was actually produced using an optimization procedure, in which an SCP error function was used to compute...