It can easily be done in NSC mode to let multiple optical systems exist simultaneously ,and by doing so I can combine light from different system to get interferogram . I wonder if it can still be realised in SEQ mode ?
Like the picture below.
Solved
Can multiple systems exist in zemax simultaneously
Best answer by MichaelH
Hi DDDD,
Yes, this is possible.
In Sequential mode, you will have to setup each “system” as a separate configuration in the Multi-Config Editor (MCE). So, for the image you showed above, you would have 6 different configurations with Coordinate Breaks to move each primary/secondary mirror segment together.
Then, there are a handful of analysis, such as Geometric Image Analysis for ray-based results and Huygens PSF/MTF for diffraction-based results which will actually trace all 6 configurations at the same time to give you a single result that includes all configurations:
Other analysis, such as the Interferogram Analysis, will only look at 1 or 2 configurations at a single time. So, if you want to get the entire wavefront/Zernike, you will have to use the ZOS-API to combine all the wavefronts together and perform the calculation in something like Python or Matlab.
+2Hi DDDD,
Yes, this is possible.
In Sequential mode, you will have to setup each “system” as a separate configuration in the Multi-Config Editor (MCE). So, for the image you showed above, you would have 6 different configurations with Coordinate Breaks to move each primary/secondary mirror segment together.
Then, there are a handful of analysis, such as Geometric Image Analysis for ray-based results and Huygens PSF/MTF for diffraction-based results which will actually trace all 6 configurations at the same time to give you a single result that includes all configurations:
Other analysis, such as the Interferogram Analysis, will only look at 1 or 2 configurations at a single time. So, if you want to get the entire wavefront/Zernike, you will have to use the ZOS-API to combine all the wavefronts together and perform the calculation in something like Python or Matlab.
Hi DDDD,
Yes, this is possible.
In Sequential mode, you will have to setup each “system” as a separate configuration in the Multi-Config Editor (MCE). So, for the image you showed above, you would have 6 different configurations with Coordinate Breaks to move each primary/secondary mirror segment together.
Then, there are a handful of analysis, such as Geometric Image Analysis for ray-based results and Huygens PSF/MTF for diffraction-based results which will actually trace all 6 configurations at the same time to give you a single result that includes all configurations:
Other analysis, such as the Interferogram Analysis, will only look at 1 or 2 configurations at a single time. So, if you want to get the entire wavefront/Zernike, you will have to use the ZOS-API to combine all the wavefronts together and perform the calculation in something like Python or Matlab.
Hi Michael :
Thanks for your help!
DDDD
Enter your E-mail address. We'll send you an e-mail with instructions to reset your password.
Need more help?
To Chinese users:
Do not provide any information or data that is restricted by applicable law, including by the People’s Republic of China’s Cybersecurity and Data Security Laws ( e.g., Important Data, National Core Data, etc.).
不要提供任何受适用法律，包括中华人民共和国的网络安全和数据安全法限制的信息或数据（如重要数据、国家核心数据等）。