Uploaded January 2015 | Updated September 2026, 2 days ago
This is a second video about the new fracture method w.i.p. showing off the topology of the generated shard geometry.
All objects shown in this video are solid and watertight, they do not include any non-manifold geometry, and there are also no air bubbles as the shards fit together perfectly. Good to go for rigid body simulation.
However, to work efficiently together with rigid body simulation this requires also some improved shape type alongside the classical Convex Hull. Hierarchical Approximate Convex Decomposition (HACD) by Khaled Mamou seems as the way to go.
Music: Gavotte by Jean-Baptiste Lully (Public Domain)
kostackstudio.de
Tags:
Blender (Software), collapse, Simulation, Finite Element Method, Demolition, fracturing, fracture, shattering, shatter, dynamic, adaptive, engine, bullet, physics, Physics Simulation, Dynamica, Maya, Cinema4d, 3DS Max, MODO, Thinking Particles, Rayfire, non-manifold geometry, mesh topology, watertight mesh, boolean, next-gen fracture, voronoi cells, cell fracture, rigid body simulation
This is a second video about the new fracture method w.i.p. showing off the topology of the generated shard geometry.
All objects shown in this video are solid and watertight, they do not include any non-manifold geometry, and there are also no air bubbles as the shards fit together perfectly. Good to go for rigid body simulation.
However, to work efficiently together with rigid body simulation this requires also some improved shape type alongside the classical Convex Hull. Hierarchical Approximate Convex Decomposition (HACD) by Khaled Mamou seems as the way to go.
Music: Gavotte by Jean-Baptiste Lully (Public Domain)
kostackstudio.de
Tags:
Blender (Software), collapse, Simulation, Finite Element Method, Demolition, fracturing, fracture, shattering, shatter, dynamic, adaptive, engine, bullet, physics, Physics Simulation, Dynamica, Maya, Cinema4d, 3DS Max, MODO, Thinking Particles, Rayfire, non-manifold geometry, mesh topology, watertight mesh, boolean, next-gen fracture, voronoi cells, cell fracture, rigid body simulation
