This is the place where most of the settings are adjusted, either clicking on parameter Parameters list and parameter file editing tool (each in separate tab).There are few key elements of the main screen that appear when you start XSvit: Current temporary material file is saved automatically when we save the parameter file. Therefore, chaning this entry also leads to loading another materialįile.
![fdtd light source user input fdtd light source user input](http://image.made-in-china.com/226f3j00jotThwisLMbC/8W-900lm-12V-24V-with-Battery-Clip-Power-Plug-Underwater-Fishing-Light.jpg)
Which material file to show is governed by parameter file entry for "vector material". file" tab, according to GSvit syntax rules described in GSvit documentation. No GUI to edit the material file, it can be done only directly in "Mat. Similarily to parameter file, there is also material file and list of material entries representing "vector material" if such is used in the computation.Īgain, material file is the primary source of information and list of entries is only to assist the user dislaying it. Note that the parameter file used within all the modifications is only a temporary file, so it must be saved prior to computation or exiting the software. If we do so, parameter file is dynamically reloadedĪs we type (and all the entries in "Parameter" tab are again refreshed). On the parameter file, or edit the parameter file in any text editor, leaving out XSvit viewer completely.Īs an alternative to clicking on menu items or parameter list, you can also directly edit content of "Par. Of the parameter file with GSvit - the parameter file is still the only source of information and you can run GSvit solver commandline If we do so, parameter file is automatically written into a temporary location and reloaded back. XSvit goes through the parameters in it and constructs list of entries shown in tab "Parameters".īy clicking on any of these entries, or by using the Edit parameters menu, we can adjust parameters or add some more of them. While loading this file or reloading it after any modification, This represents the data directly as are used in GSvit. Technically the primary data in XSvit are the parameter file that is shown in the "Par. However it can simplify the process of parameter file creation and modification as it serves as a viewer andīasic editor of parameter files. XSvit is primarily a viewer of parameter files suitable for GSvit FDTD calculations. Other examples are linked at bottom of this page. Running the graphical user interfaceĬheck the basic program operation example Page provides documentation for the graphical user interface, you can also check theĭocumentation for computational core.
![fdtd light source user input fdtd light source user input](https://s3-eu-west-1.amazonaws.com/aaimagestore/essays/1342481.005.png)
![fdtd light source user input fdtd light source user input](https://i.ebayimg.com/images/g/JU0AAOSwia5hFtp6/s-l1600.jpg)
GSvit architecture is based on use of computational core (GSvit) and a GUI (XSvit).