Théophile Bastian
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First attempt to generate the configurations of the marching cubes algorithm, following naively the definition — using the 15 base cases and generating all rotations and symmetries. This implementation does not try to be parcimonious, it bruteforces the configurations, since the search space is quite small anyway. The plan is to implement a python generator that outputs a valid .cpp file containing the pre-computed (at compile time) array for configurations.
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Python
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Python