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Library for Rigid Body Dynamics
Moravčík, Libor ; Janoušek, Vladimír (oponent) ; Peringer, Petr (vedoucí práce)
This thesis sums up a basic knowledge about rigid body simulations in two dimensional space of computer games.Practical result is a hands-on library written in C++. Collision geometry of rigid bodies is simplified to convex polygons and circles. Multiple bodies can be joined together via a joint. Collision detection is split in to two phases, broad and narrow. Broad phase is implemented using a dynamic aabb tree while narrow phase uses Gilbert-Johnost-Keerthi (GJK) algorithm with Expanding Polytope Algorithm as an extension for detecting collision points between two polygons.
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Library for Rigid Body Dynamics
Moravčík, Libor ; Janoušek, Vladimír (oponent) ; Peringer, Petr (vedoucí práce)
This thesis sums up a basic knowledge about rigid body simulations in two dimensional space of computer games.Practical result is a hands-on library written in C++. Collision geometry of rigid bodies is simplified to convex polygons and circles. Multiple bodies can be joined together via a joint. Collision detection is split in to two phases, broad and narrow. Broad phase is implemented using a dynamic aabb tree while narrow phase uses Gilbert-Johnost-Keerthi (GJK) algorithm with Expanding Polytope Algorithm as an extension for detecting collision points between two polygons.
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Dynamics of machines 2002
Dobiáš, Ivan
Cílem Koloquia je umožnit výmět výměnu nejnovějších informací a znalostí mezi odborníky na mechaniku tuhých těles. Hlavní důraz bude kladen na: dynamiku kontinua, impakt a nelineární jevy, šíření trhlin, konstitutivní modely, dynamiku lineárních a nelineárních systémů, identifikaci, chaos, kmitání, iterace mechanických systemů a tekutin, moderní počítačovou mechaniku a experimenty.
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