1.1 BASICSLens ConstructionIn this video tutorial, a simple singlet lens is created using the Lens Wizard and the construction of the lens is explained in the Optical Design Editor.
Video: 2:10 min
1.2 BASICSRaytracingIn this video tutorial, a light sequence is traced through a singlet lens by adding a source and an imaging surface. In addition the autosequence is explained.
Video: 3:25 min
1.3 BASICSEnhance Computing and GUI PerformanceIn this video tutorial it is explained how to enhance the computational performance to increase the computing speed and to accelerate the graphical user interface.
Video: 4:15 min
2.1 CONSTRUCTIONFreeform & Stack DefinitonIn this video tutorial we learn how to create freeforms by adding different shapes to a lens (e.g. aspheres, Gauss peak, cosine structure). With the stack definition, any number of shapes can be combined with each other, which gives maximum flexibility with regard to the shape definition of a lens surface.
Video: 4:33 min
2.2 CONSTRUCTIONAssemblyIn this video tutorial multiple lenses are assigned to a common assembly. An assembly has its own coordinate system which allows to position, move or rotate all elements in the assembly, such as lenses or surfaces, together. In addition a tolerance analysis can be performed for a single assembly, which enables a very realistic tolerance analysis of the optical system.
Video: 2:12 min
2.3 CONSTRUCTIONGlobal & Local Coordinate SystemIn this video the difference between a local and a global coordinate system is explained.
Video: 2:11 min
2.4 CONSTRUCTIONAbsolute & Relative PositionsThis video tutorial explains the absolute or relative positioning of elements within a coordinate system. Relative positions relate to the position of the last surface of the previous element, whereby an absolute positioning is referring to the absolute value in the coordinate system.
Video: 2:23 min
2.5 CONSTRUCTIONLens CatalogThis video tutorial explains how to insert lenses out of the lens catalog and how to filter the catalog by different filters.
Video: 1:47 min
2.6 CONSTRUCTIONMulticonfig Lookup Table & ParameterThis video tutorial explains how to insert parameters instead of numerical values by using the Multiconfig Lookup Table.
Video: 3:25 min
2.7 CONSTRUCTIONSlider Interface & ParameterIn this video the Slider Interface is explained. With the Slider Interface parameters can be defined by a minium and a maximum value. The Slider enables a sliding between these values.
Video: 3:29 min
2.8 CONSTRUCTION3D-View EditorThis video explains how to edit lens- and surface parameters directly inside the 3D-View without having to switch to the Optical Design Editor.
Video: 2:15 min
2.9 CONSTRUCTIONConvert Surface Form WizardIn this tutorial I will show you how to convert a form description of an Asphere into the form description of a Qbfs Q-Type-Asphere without changing the shape of the form and without changing the optical system.
Video: 3:00 min
2.10 CONSTRUCTIONAdding Measurement/Simulation Data to SurfaceIn this tutorial I will show you how to add data from measurements or from simulations as for example from mechanical FEM simulations to a surface.
Video: 2:04 min
3.1 RAYTRACINGAuto Sequence & Sequence FieldsThe Auto Sequence is explained in this video tutorial. It shows how the Auto Sequence is created and how rays can be traced through a system that consists of several lenses. It also explains how to adjust the source properties and how to define fields.
Video: 3:09 min
3.2 RAYTRACINGUser SequenceThe User Sequence is explained in this video tutorial. With a User Sequence the sequential paths through a system can be defined completely invdividual. This makes it very easy to simulate systems with multiple sequential paths, such as interferometers, or to perform sequential reflex analyzes.
Video: 3:14 min
3.3 RAYTRACINGGhost ReflexThis video tutorial explains how ghost reflexes can be generated and how the reflexes can be analyzed individually. Furthermore, it is shown how the ghost reflexes can be sorted according to the maximum illuminance or the maximum total flux in order to easily identify the most problematic reflexes.
Video: 4:31 min
3.4 RAYTRACINGGhost Reflex AnalysisIn this video the intensity of the ghost reflexes and the distribution of the ghosts on the imaging surface will be analysed.
Video: 3:24 min
4.1 POLARIZATIONPolarized Light SourceThis video describes how to set up a polarized Light Source (e.g. Circular Polarization or Jones Complex) and how to define the Polarization Settings in the Source.
Video: 3:09 min
4.2 POLARIZATIONPolarization ElementsIn this video it is shown how to add Polarization ELements as a Quarter Wave Plate or a Jones Matrix to a Lens Surface.
Video: 3:14 min
5.1 MECHANICSImport & Intersection AnalysisIn this video mechanical elements are imported to the optical system. Furthermore it will be analysed if there is an intersection between the optical rays and the mechanical parts.
Video: 2:53 min
6.1 ANALYSISBasic Plot SettingsThis video describes how the Analysis Plots can be set up and how settings can be changed.
Video: 1:46 min
7.1 OPTIMIZATIONSpot Radius OptimizationIn this video the spot radius of an optimization of an achromatic doublet is shown. The Merit Function is defined with different Optimization Goals/Targets and in addition it is shown how to set up Lagrange constraints.
Video: 4:35 min
7.2 OPTIMIZATIONMaterial SubstitutionIn this video it is described, how to substitute Materials by using the Extended Optimization.
Video: 2:29 min
7.3 OPTIMIZATIONMath ExpressionIn this video tutorial it is described how to use a math expression for the optimization. It is also shown how to perform a computation in the math expression with different variables or tracing targets.
Video: 2:08 min
8.1 TOLERANCINGDefine TolerancesThis video describes how to setup a Tolerance Analysis and how to define Global & Specific Tolerances for single elements.
Video: 3:46 min
8.2 TOLERANCINGSensitivity Analysis & Monte Carlo SimulationIn this video a Sensitivity Analysis and a Monte Carlo Simulation is performed. In addition it is described how the tolerances have an impact on the Merit Function.
Video: 2:37 min
9.1 SCRIPTINGPython InterfaceThis video explains the basics of the Python Scripting Interface and shows how to use the Python Wizard to create a PSF Plot and a Spot Diagram.
Video: 2:57 min
VideoDesign of a parametric off-axis mirror telescope in only 13:37 min with Quadoa Optical CADThis tutorial demonstrates how to design a parametric off-axis mirror telescope in Quadoa step by step in only 13:37 minutes. The tutorial includes the definition of the surface shapes and apertures, setting up lookup parameters, defining the sequential raytrace, optimizing the design and analyzing the image quality. In a final step the mirror-surfaces are converted to volumetric elements for CAD export.
Video: 13:37 min
VideoWhat is Quadoa® Optical CAD?See how Quadoa® Optical CAD can enhance your optical design process and how Quadoa®'s design features can facilitate your workflow.
Video: 3:51 min
VideoBuilding of Fizeau InterferometerSee the workflow of buiding up a Fizeau Interferometer in Quadoa® Optical CAD.