Flexible Foil Mesh Generation for Spatial Focal-Body Modeling of a Spherical Mirror

TL;DR

This paper introduces a novel application of the Flexible Foil Mesh Generation method to accurately model the complex 3D focal body of a spherical mirror, enhancing optical system simulation and geometric reconstruction.

Contribution

The study applies the FFMG method to model highly concave focal bodies of spherical mirrors, demonstrating its effectiveness in capturing intricate geometries for optical and computational applications.

Findings

FFMG accurately models the 3D focal body of spherical mirrors.

The method effectively captures complex concave geometries.

Implications for improved optical system design and 3D reconstruction.

Abstract

We present a novel application of the Flexible Foil Mesh Generation (FFMG) method to model the $3D$ Focal Body generated by a spherical mirror collecting light from an infinitely distant source on its optical axis. The study addresses the challenge of accurately representing highly concave structures formed by the focusing effect. Through theoretical analysis and numerical simulations, we demonstrate the effectiveness of the FFMG method in capturing the intricate geometry of the Focal Body, with implications for computational geometry, $3D$ reconstruction, and optical system modeling.