[PIPE2D-1001] Create initial guess for global solution Created: 09/Mar/22 Updated: 19/Mar/22 Resolved: 19/Mar/22 |
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| Status: | Done |
| Project: | DRP 2-D Pipeline |
| Component/s: | None |
| Affects Version/s: | None |
| Fix Version/s: | None |
| Type: | Task | Priority: | Major |
| Reporter: | ncaplar | Assignee: | ncaplar |
| Resolution: | Done | Votes: | 0 |
| Labels: | None | ||
| Remaining Estimate: | Not Specified | ||
| Time Spent: | Not Specified | ||
| Original Estimate: | Not Specified | ||
| Attachments: |
defocus example.png
focus_continous.png
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| Story Points: | 6 | ||||||||||||||||
| Sprint: | 2DDRP-2022 B | ||||||||||||||||
| Description |
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From the parameter solutions which analyzed each spot on the detector independently, construct an initial solution which would: 1. Have continuous solution for Zernike parameters across the whole detector This initial solution will then be iterated (see ticket PIPE2D-1006). |
| Comments |
| Comment by ncaplar [ 18/Mar/22 ] |
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I generated the solution where Zernike parameters are continous across the detector. This is a polynomial fit in x- and y- direction, with linear fit in defocus space. For example see I have also fixed the parameters describing fiber illumination to be same for all spots in the fiber. Defocused example, where it is seen that modifications are needed, is shown in |
