FFT Vectorial PSF - 3D

This example demonstrates how to use the VectorialFFTPSF class to calculate the 3D PSF (through-focus) of an optical system.

Note: Vectorial PSF calculations are automatically performed when polarization is enabled in the optical system. This accounts for the vectorial nature of the electric field at the exit pupil.

[1]:

from optiland.psf import VectorialFFTPSF
from optiland.samples.objectives import TessarLens
from optiland.rays import create_polarization

[2]:

lens = TessarLens()
pol_state_H = create_polarization("H")
lens.updater.set_polarization(pol_state_H)  # Enable polarization to trigger vectorial PSF
lens.draw()

[2]:

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

../../_images/gallery_wavefront_fft_vectorial_psf_3d_2_1.png

[3]:

psf = VectorialFFTPSF(lens, field=(0, 1), wavelength=0.55, num_rays=256)
_ = psf.view(projection="3d")

../../_images/gallery_wavefront_fft_vectorial_psf_3d_3_0.png