The purpose ofĮach example is to showcase a feature of libigl while applying to a practical We introduce libigl with a series of self-contained examples. Each section of the lecture notes links to a cross-platform example application. Via interactive, step-by-step examples, we demonstrate how to accomplish common geometry processing tasks such as computation of differential quantities and operators, real-time deformation, parametrization, numerical optimization and remeshing. The tutorial is a self-contained, hands-on introduction to libigl. This combines the rapid prototyping familiar to Matlab or Python programmers with the performance and versatility of C++. Dropping the heavy data structures of tradition geometry libraries, libigl is a simple header-only library of encapsulated functions. Libigl is an open source C++ library for geometry processing research and development. Heat Method For Fast Geodesic Distance Approximation Simplicial Complex Augmentation Framework For Bijective Maps Off-screen rendering using ray tracing with Embree Global, Seamless Integer-grid Parametrizationĭumping Eigen Matrices To Copy And Paste Into Matlab Relationship To "differential Coordinates" And Laplacian Surface EditingĪ quick primer on linear elastostatics 25 Chapter 2: Discrete Geometric Quantities And Operators
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