It is expected that this script will run correctly in most cases, but may not fully import all background properties (Virtual, trace through, multi-hit, etc.). Running this script will read a multi-background *.geo file and import the background and element data, overwriting any existing system geometry. We have provided an example script called (click on the Script tab to hit, click on the open icon at the top of the script window to start this script). Instead, the user must manually import *.sun,*.opt and *.geo files that contain a complete system geometry. Importing items in the early-use (*.STP) file format is not possible at this time. The comparison of these two versions is included below.įigure 1 Previous version of Soltrace (Delphi) shows the Sun definition pageįigure 2 New version soltrace (C++/QT) shows the same Sun input parameter options Depending on the geometry chosen, the speed can be increased by 5 to 30 times times. Process speed tests on 2-core Windows PCs using the latest code and previous Delphi versions. The previous version, in the Delphi programming environment, was only able to run under windows and had compatibility issues under cross-version Windows. The new version is written in C + + and uses the QT User graphics interface tool, which can be run on Windows and Mac OS x systems. This upgrade greatly expands the modeling capabilities of analyzing large optical systems and demonstrating complex batch simulations using the built-in scripting language. The 2011,soltrace is completely rewritten to improve performance, uses parallel processing techniques, updates the user interface, and provides a framework for future use of other modeling tools.
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