orthTex

orthTex is a software library designed for the analysis and manipulation of 3D objects, particularly those represented by triangle meshes. Developed with a focus on geometric processing and computational geometry, orthTex provides a suite of tools for tasks such as mesh simplification, smoothing, feature detection, and surface parameterization. The library aims to offer robust and efficient algorithms for common operations encountered in fields like computer graphics, computer-aided design (CAD), and scientific visualization.

Key functionalities of orthTex include the ability to load and save various 3D mesh formats, perform mesh repairing operations, and compute intrinsic and extrinsic properties of surfaces. Its parameterization capabilities are often used to map 3D surfaces onto 2D domains, which is crucial for texture mapping and other applications requiring a flat representation of a curved surface. The library emphasizes a clean API and a modular design, allowing developers to integrate its components into larger software systems or use them as standalone tools.

OrthTex is typically implemented in C++ to leverage its performance characteristics, with potential bindings for other programming languages to enhance accessibility. Researchers and developers working with 3D geometry often turn to libraries like orthTex for their ability to handle complex mesh data and accelerate the development of applications that rely on advanced geometric computations.