Fig 1 - available via license: Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International
Content may be subject to copyright.
Download
View publication
Fitting error (absolute errors) of wavefront data when using Eq. 2 in the example case.

Fitting error (absolute errors) of wavefront data when using Eq. 2 in the example case.

Source publication
Fig. 1. Fitting error (absolute errors) of wavefront data when using...
Fig. 4. Caustic astigmatism (mm) of (a-b) CIGE and (c-d) CIPU...
Fig. 5. Sagittal errors (í µí¼‡í µí±š) of (a-b) CIGE and (c-d) CIPU...
Extended depth-of-focus wavefront design from pseudo-umbilical space curves.
Preprint
Full-text available
  • Jul 2023
Designing extended-depth-of-focus wavefronts is required in multiple optical applications. Caustic location and structure analysis offer a powerful tool to design such wavefronts. An intrinsic limitation of designing extended-depth-of-focus wavefronts is that any smooth surface, with a non-constant mean curvature, unavoidably introduces a separatio...
Cite
Download full-text

Similar publications

Sequential steps of the global design method.
Fitting error (absolute errors) of wavefront data when using Eq. (2) in...
Equal arc-length spaced circle-involute points (blue dots) embedded in...
(a) Transformation of circle involute within asphere ( $\gamma$ γ...
+1 Caustic astigmatism (mm) of (a), (b) CIGE and (c), (d) CIPU wavefronts...
Extended-depth-of-focus wavefront design from pseudo-umbilical space curves
Article
Full-text available
  • Sep 2023
Designing extended-depth-of-focus wavefronts is required in multiple optical applications. Caustic location and structure analysis offer a powerful tool for designing such wavefronts. An intrinsic limitation of designing extended-depth-of-focus wavefronts is that any smooth surface, with a non-constant mean curvature, unavoidably introduces a separ...
View