ADOS is a powerful optical design software system with scope needed to meet today's requirements of optical designers.
ADOS is an integrated software environment that enables you complete almost any task in contemporary optical design.
ADOS comes with a complete set of tools and functions and there is no need to refer to any other software.
ADOS includes a source code version of the most popular optical design programs: Zemax, Zygo, Eyeforce, Zeneis, Opti-tools,...
Several powerful optical design analysis functions make possible to carry out a complete performance analysis of a given optical system. The analysis of optical systems can be divided into:
- Analyzing a system modal model;
- Aberrational analysis;
- Spot diagram and modular transfer function (MTF) analysis.
ADOS is a complete program that enables you to analyze various optical systems.
Tasks that ADOS can perform:
- Simplification of optical systems;
- Analyzing of complete optical systems;
- Finding of optical system solutions;
- Design of complete optical systems;
- Design of partial optical systems.
- Simulation of complete optical systems;
- Solution of inverse problems;
- Calculation of special optical systems and optical systems based on law of optics;
- Evaluation of optical systems based on modal description;
- Calculation of energy distribution on beam cross section and graphical presentation;
- Simulation of special optical systems;
- Design of beam-splitters;
- Detailed design of free space optical systems and optical fiber systems;
- Design of diffraction gratings;
- Design of objective and eyepieces;
- Design of telescopes;
- Design of wide-angle and multiscope systems;
- Design of prism system and diffractive optical elements;
- Design of optical systems based on law of optics;
- Design of optical systems based on solution of inverse problems;
- Design of optical systems based on sources or law of optics;
- Design of optical systems based on various types of boundary conditions;
- Design of optical systems based on solutions of inverse problems;
- Design of optical systems based on source;
- Design of optical systems based on law of optics;
- Design of optical systems based on special optical systems;
- Design of optical systems based on the laws of optics;
- Design of special optical systems and optical systems based on solutions of inverse problems;
- Design of optical systems based on special optical a77f14ba26 alolath
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