In this document you will get a deep introduction into VirtualLab Fusion. Below you may find the table of contents of our User's Manual. By clicking on the headline or red words you will be forwarded directly to the content in the User's Manual.
Updated: December 2022
A VirtualLab Fusion window consists of the following areas: the ribbon with the Quick Access Toolbar, Docking Tabs at the right and and a status bar. The main area of the user interface is used for document windows. A document window is also denoted as a view. Several types of documents are supported by VirtualLab Fusion, for example optical systems and harmonic fields.
In VirtualLab Fusion there are several document types which show data plotted against one or more coordinates:
- Harmonic Fields and Harmonic Fields Sets
- Documents based on data arrays:
- Sets of Data Arrays
- Ray Distributions
- Order Collections
- Diffraction Orders Diagrams
In VirtualLab Fusion there are several document types which store one- or two-dimensional data. The Manipulations ribbon tab contains several operations to modify this (mostly) sampled data which are described in the following sections. Furthermore, it contains Conversions to convert one document type into another
Catalogs are available for:
- Boundary Responses,
- Light sources,
- and Surfaces.
They are accessible via the dialog. It serves for adding, viewing, editing, or removing of catalog entries, or for the selection of an entry. In case of selection, the dialog is called via the controls.
Complex optical components are built up from simple Building Blocks:
- Optical Interfaces,
- Surface Layouts,
- Boundary Responses,
- and Surface Regions.
Some types of Optical Building Blocks contain other Building Blocks (e.g. a medium contains materials). In VirtualLab Fusion each Building Block category has its own catalog. The general catalog concept is explained in Part VI.
VirtualLab Fusion provides a growing set of source models. Each model describes an electromagnetic field in a plane. The source generation results in a discretized field that is represented by a data array (sampled field) and additional parameters including, e.g., wavelength(s), physical coordinates and others.
Analyzers evaluate an Optical Setup or a single Optical Setup Elementin a special way, independent from the simulation engines described in Sec. 45.3.1.For example the Distortion Analyzer calculates the distor-tion introduced by one Optical Setup Element, whereas the Eigenmode Analyzer calculates the eigenmode of a complete laser re-sonator optical setup.
- User's Manual (PDF) pdf 22.12.22