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These benchmarks show the relative cost of iterating through a small set of coordinates in various ways.
These benchmarks show the relative cost of iterating through a large set of coordinates in various ways.
These benchmarks show the relative cost of iterating through a huge set of coordinates in various ways.
These benchmarks show the relative cost of computing rotations directory from the quaternion and from a cached rotation matrix.
These benchmarks compare quadratic collision detection on two rigid bodies to using the sphere hierarchy.
These benchmarks compare the cost of getting the children of a hierarchy node to getting all leaves.
These benchmarks compare various methods of collision detection.
These benchmarks compare various methods for computing nearest neighbors on 10 particles.
These benchmarks compare various methods for computing nearest neighbors on 100 particles.
These benchmarks compare various methods for computing nearest neighbors on 1000 particles.
These benchmarks compare the costs of access various types of containers.
These benchmarks compare the costs of access various types of containers.
These benchmarks compare the costs of computing connectivity in various ways.
These benchmarks compare the various close pairs finders.
These benchmarks compare the various close pairs finders with many close pairs.
These benchmarks compare the various close pairs finders.
These benchmarks compare the various close pairs finders when there are many collisions.
These benchmarks look at various optimizations of brownian dynamics.
Reading pdb files
Various approacches for computing excluded volume between rigid bodies
