![]() This will trace all the beams originated from a beam element: Select the elements to render and run the extension with Extensions > Optics > Ray Tracing: 3. If it doesn't have the syntax optics:, the extra text will simply be ignored. It is possible to add complementary text in the description. It is also possible to directly write the text in the description.Īn element can have at most one optical property and will be ignored if it has two or more. This text is used to reccord the properties of the elements. ![]() This will automatically write some text in the element description. Transmits and bends a beam depending on its optical index. Element can be a closed or open shape, but closed shape will cause the number of beams to increase exponentially. Beam splitter: for each incoming beam, produces one transmitted beam and one reflected beam.Beam dump: absorbs all incoming beams.Typically the element should be a straight line. Need at least one element with this property to see an effect. The material can be one of the following: For each optical element or group of elements, select it and choose its material with Extensions > Optics > Set material as.: If the version of python used by Inkscape doesn't satisfy the requirement, the interpreter can be changed by following these instructions. In addition, this extension also requires the following programs, but they are usually already installed with Inkscape: The extension was not tested with older versions of Inkscape. The location of the extensions directory can be found in Inkscape with Edit > Preferences > System > User extensions.įor Linux users this can typically be done with: cd ~/.config/inkscape/extensions Extract the content of the ZIP folder in Inkscape user extensions directory.Download the zip folder containing the extension source code (Code > Download ZIP). ![]() ![]() An extension for Inkscape that makes it easier to draw optical diagrams.Īllows to annotate Inkscape primitives with optical properties and draws beam paths by taking into account reflection and refraction.īug reports or suggestions are welcome. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |