This innovative program automates the detection of optical elements in a design, enabling seamless user interaction for shifting and tilting components. The tool calculates Zernike coefficients for spherical aberration, coma, and astigmatism, while field curvature and distortion are analyzed using Seidel parameters.

Key Features:

Automated Element Detection: Automatically identifies and isolates optical elements in your design.

Shift and Tilt Adjustments: Easily apply shifts and tilts to elements for dynamic analysis. (Upcoming version: Independent shift and tilt adjustments.)

Nominal and Dynamic Aberration Calculation: Provides baseline aberration data and tracks changes with applied shifts or tilts.

Zernike and Seidel Analysis: Leverages Zernike polynomials for spherical, coma, and astigmatism aberrations, and Seidel calculations for field curvature and distortion. (Upcoming version: Comprehensive Zernike analysis for all aberrations.)

With this tool, users gain unparalleled insight into the sensitivity of optical systems, optimizing designs for precision and performance.

Looking for additional functionality? We offer free customization. Whether you need specific plots, analysis features, or other enhancements, we’ll tailor this tool to your requirements—at no extra development cost.

Order Sensitivity Analysis of Zernike and Seidel Aberrations with one-month free trial