Zernike Decomposition

[1]:

from optiland.samples.objectives import ReverseTelephoto
from optiland.wavefront import ZernikeOPD

[2]:

lens = ReverseTelephoto()

[3]:

lens.draw()

[3]:

(<Figure size 1000x400 with 1 Axes>, <Axes: xlabel='Z [mm]', ylabel='Y [mm]'>)

../../_images/gallery_wavefront_zernike_decomposition_3_1.png

Options for Zernike types: ‘standard’, ‘fringe’, ‘noll’

[4]:

zernike_standard = ZernikeOPD(
    lens,
    field=(0, 1),
    wavelength=4.2,
    zernike_type="standard",
    num_terms=37,
)

zernike_standard.view(projection="2d", num_points=512)

[4]:

(<Figure size 700x550 with 2 Axes>,
 <Axes: title={'center': 'Zernike Standard Fit'}, xlabel='Pupil X', ylabel='Pupil Y'>)

../../_images/gallery_wavefront_zernike_decomposition_5_1.png