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https://doi.org/10.1007/978-1-4613-1477-6 rigid-body objects in the simulation. Even though this is one of the simplest models of particle systems that can be used, the computational efficiency and degree of realism that can be attained with these systems is highly attractive. This chapter also discusses in details the use of spatially dep

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Snake Charming - The Musical Pythont constraint their motion. Position-based, velocity-based and force-based constraints systems are explained and a framework is presented to derive the appropriate constraint equations based on the number of degree of freedoms associated with a joint. This framework is applied to spherical, universal

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Maan B. Rokaya,Binu Timsina,Pavel Kindlmanng-error problems found when combining rotation matrices. Also, the interpolation between two quaternions representing the orientation of an object is easier than using rotation matrices. This is especially useful when backtracking in time the object’s motion to determine the instant just before a co

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DEMUR

Particle Systemscy and degree of realism that can be attained with these systems is highly attractive. This chapter also discusses in details the use of spatially dependent interaction forces to model particle-based fluid simulations including a detailed overview of Smoothed Particle Hydrodynamics (SPH).

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