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+<!DOCTYPE html>
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+<html>
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+<head>
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+ <meta charset="utf-8"/>
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+ <title>Google Summer of Code 2015 Project Ideas</title>
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+ <link type="text/css" rel="stylesheet" href="tutorial/style.css"/>
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+<script type="text/javascript" src="http://cdn.mathjax.org/mathjax/latest/MathJax.js?config=TeX-AMS-MML_HTMLorMML"></script>
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+<link rel="stylesheet" href="http://yandex.st/highlightjs/7.3/styles/default.min.css">
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+<script src="http://yandex.st/highlightjs/7.3/highlight.min.js"></script>
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+<script>hljs.initHighlightingOnLoad();</script>
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+</head>
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+<body>
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+
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+<h1 id="libigl-googlesummerofcode2015projectideas"><a href="./index.html">libigl</a> - Google Summer of Code 2015 Project Ideas</h1>
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+
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+<h2 id="automaticgenerationofpythonmatlabbindings">Automatic Generation of Python/MATLAB bindings</h2>
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+
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+<figure>
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+<img src="./libigl-logo-python-matlab.jpg" alt="" />
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+<figcaption></figcaption></figure>
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+
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+<p>Libigl is a C++ library, but its functional interface make it very friendly to
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+wrapping individual functions for popular scripting languages like Python or
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+MATLAB. Since many libigl functions have the form “mesh in” –> “mesh out” or
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+“mesh with scalar field in” –> “scalar field out”, we would like to develop an
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+<em>automatic</em> routine for generating Python and MATLAB bindings for libigl
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+functions. This project has three parts: 1) determining the necessary mark up
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+(e.g. comments) inside libigl header files to determine the Python interface,
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+2) writing a program to parse this mark up and generate valid Python bindings
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+and compilation instructions, and 3) validating and testing these results on a
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+variety of functions in the library.</p>
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+
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+<p>Student: <a href="https://www.google-melange.com/gsoc/homepage/google/gsoc2015">apply</a></p>
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+
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+<p>Mentors: Alec Jacobson & Daniele Panozzo</p>
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+
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+<h2 id="topologicalmeshoperations">Topological Mesh Operations</h2>
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+
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+<figure>
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+<img src="./collapse-split-flip.jpg" alt="" />
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+<figcaption></figcaption></figure>
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+
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+<p>Libigl avoids complicated mesh data-structures to ensure that its interface is
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+clean and easy to port into users’ existing projects. Our mesh format is a
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+simple list of vertices and list of face indices to those vertices: <code>V</code> and
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+<code>F</code>. We have a number of functions for <em>deforming</em> a mesh: that is, modifying
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+the entries in <code>V</code>, but currently lack functions for <em>modifying</em> the mesh’s
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+topology: that is, modifying <code>F</code> and/or modifying the <em>size</em> of <code>V</code>. This
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+project entails implementing <em>efficient</em> routines for: edge collapse, edge
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+splitting, and edge flipping. The project will culminate in a routine combining
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+these core functions for surface remeshing.</p>
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+
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+<p>Student: <a href="https://www.google-melange.com/gsoc/homepage/google/gsoc2015">apply</a></p>
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+
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+<p>Mentors: Alec Jacobson & Daniele Panozzo</p>
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+
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+</body>
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+</html>
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Alec Jacobson
