Eccentric photorefraction involves principles of geometric optics where light may be focused and manipulated. Corrections for lens aberrations use GRIN lenses and advanced computing techniques. Precise details on eccentric photorefraction are not provided in the reference, but similar optical principles apply.
Eccentric photorefraction is not explicitly detailed in the provided reference information. However, the process might involve geometric optics, which relates to the way light is manipulated and focused by lenses. Aberrations in lenses can result in imperfect imaging, which can be corrected using different techniques such as using lenses with specially shaped surfaces or utilizing graded index (GRIN) lenses. Moreover, sophisticated computing techniques can further refine images after they have been captured based on known characteristics of the optical system.
In the field of vision care, laser vision correction is an example where light is used to correct imperfections in the cornea. Calculation of the energy deposited and the corresponding tissue ablation involves understanding the principles of geometric optics and laser-tissue interaction.
So, while the specific method of eccentric photorefraction is not described, the principles of geometric optics and sophisticated image correction techniques would play a role in such a process.