Zemax Opticstudio User Manual-------- [patched] Site

Used for complex light scattering, stray light analysis, and illumination systems.

| Task | Manual Section / Tab | Key Action | | :--- | :--- | :--- | | | LDE | Press Insert key; type Radius and Glass . | | Auto-Focus | LDE / Solves | On Thickness cell, Press Enter > Solve Type: Variable or Marginal Ray Height . | | Optimize | Optimize Tab | Click Automatic in the Optimization window. | | Check Glass | Libraries | Use Alt + G to open Glass Catalog. Ensure glasses are real. | | Zoom In/Out | Graphics | Scroll wheel or drag a box with the mouse. | | 3D View | Analyze Tab | 3D Viewer to rotate the system. | Zemax Opticstudio User Manual--------

Using Zernike polynomials to analyze aberrations 0.5.3. Used for complex light scattering, stray light analysis,

The manual does an excellent job explaining the two primary simulation modes. | | Optimize | Optimize Tab | Click

| Section | Description | | :--- | :--- | | | Full details on the ZPL, the "Extensions" programming interface (SDK), and interoperability with MatLab and Python . | | The Help Tab | Explains the different links to the online Help file, web-based Knowledge Base, and user forums. | | Using Spreadsheet Editors | Covers the Toolbar, Properties Inspector, and Spreadsheet regions of all editors, including how to use Solves to automate cell calculations. | | Using Analysis Windows | Covers the toolbar, the Settings dialog, and the different display modes (graphic, text, or Classic) for all analysis features. | | The Shaded Model | Explains how to use the advanced graphics view for interactive 3D system inspection, including view controls and cutting planes. | | Tutorials Section | A collection of several examples demonstrating how to perform core tasks in both Sequential and Non-Sequential modes. |