Diseño y análisis de sistemas ópticos
Diseñe y simule sistemas ópticos utilizando la biblioteca Optical Design and Simulation Library for Image Processing Toolbox™. Con esta biblioteca, puede diseñar sistemas ópticos personalizados ensamblando componentes como elementos de lentes refractivas, planos imagen, diafragmas y espejos. Seleccione materiales componentes de la extensa biblioteca de catálogos de proveedores de vidrio, importe materiales o cree materiales personalizados. La biblioteca proporciona herramientas de visualización para visualizar diseños ópticos en 2D y 3D. Además, puede integrarse con diseños ópticos que ya tenga importando sistemas desde archivos ZMX.
La función de análisis óptico permite evaluar y optimizar los diseños ópticos. Trace rayos, calcule diagramas de puntos, realice análisis de aberraciones, distorsión de lente y curvatura de campo, y visualice los resultados.
Puede instalar la biblioteca Optical Design and Simulation Library for Image Processing Toolbox desde Add-On Explorer. Para obtener información sobre la instalación de complementos, consulte Descargar y administrar complementos.
Funciones
Temas
- Get Started with Optical Design and Simulation
Use optical design and analysis tools to simulate and tune optical system performance.
- Coordinate Systems in Optical Design
Understand coordinate systems to manipulate positions and orientation of optical systems and their components.
Ejemplos destacados
Design Cooke Triplet
Design a Cooke triplet lens system. This example requires the Optical Design and Simulation Library for Image Processing Toolbox™. You can install the Optical Design and Simulation Library for Image Processing Toolbox from Add-On Explorer. For more information about installing add-ons, see Obtener y administrar complementos.
Modify Focal Length By Scaling Optical System
Modify the focal length of an optical system by appropriately scaling its individual components and gaps between components. Scale the optical system to adapt reference optical system designs to new focal length constraints, or to create reference designs which are normalized to a unit focal length.
Optimize Photographic Zoom Lens Component Positions
Demonstrates how to use numerical optimization techniques to optimize the positions of zoom groups and achieve a target focal length. A zoom group is a series of optical elements that have fixed positions relative to each other. Photographic zoom lenses are lenses that have a variable focal length, enabling photographers to zoom in or out on a subject without switching to a different lens. These lenses can contain multiple zoom groups that can be moved to change the focal length of a system.
Apply Configurations to Optical System Imported from ZMX File
To apply preset configurations from a ZMX file to the optical design stored in the ZMX file.
Create Lens Prescription Table for Optical System
Lens prescription tables are detailed specifications that describe the physical and optical properties of a lens or a lens system. These tables contain surface specifications such as the surface number and name, radius of curvature, lens thickness and spacing, and glass material properties such as the refractive index and Abbe number, which makes them crucial in the design and manufacturing of optical systems such as cameras, microscopes, and telescopes.
