These updates are very significant as they significantly improve the performance and functionality of your software.
- MTF Multithreading Calculation and Fast MTF Feature
- Fast Aspherical Surface Tracing Feature
- Update of Ray Aiming Algorithm
- Fast Wavefront Feature
- Enhanced Features in Graphic Windows
- Ruler Feature in PSF Window
- Addition of Secondary Toolbar
- Addition of Optical Pupil Aberration Analysis Feature
Let me briefly summarize the importance of each update:
1. MTF Multithreading Calculation and Fast MTF Feature:
By introducing multithreading calculation and optimizing the MTF calculation algorithm, the performance of your software has been greatly improved, significantly reducing the waiting time for users to obtain MTF results and enhancing user experience.
2. Fast Aspherical Surface Tracing Feature:
The speed of non-spherical ray tracing has been improved, making tasks involving non-spherical lens systems more efficient.
3. Update of Ray Aiming Algorithm:
This update significantly improves the speed of ray aiming, which is a major improvement for users who need to perform ray aiming frequently.
4. Fast Wavefront Feature:
The improvement in wavefront calculation speed will make the analysis of optical system wavefronts more efficient, which is crucial for many optical design and research tasks.
5. Enhanced Features in Graphic Windows:
By supporting zooming, panning, and one-click copy, save, and print operations, users can more conveniently view and process graphic data, improving the usability of the software.
6. Ruler Feature in PSF Window:
The introduction of this feature allows users to intuitively understand the size of diffraction spots, which is very helpful for performance evaluation and optimization of optical systems.
7. Addition of Secondary Toolbar:
By adding a secondary toolbar, users can perform operations more quickly while maintaining a clean interface and improving operational efficiency.
8. Addition of Optical Pupil Aberration Analysis Feature:
The introduction of this feature enables users to analyze the performance of optical systems more comprehensively, especially for analyzing optical pupil aberrations, which will help optimize and improve systems.
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