/ proof-of-concept / bead-percussion
Sign in
proof-of-concept / bead-percussion
main
Branches
main
bead-percussion / matlab / helpers
Go to fileHistory
Code
Clone with HTTP

Anyone can clone. Pushing asks for a username and a token.

Download main
Source as zipSource as tar.gz
Jeremy Magland Dome: hinge elements (sys.hinges, Bridson gradient, rest angle from sys.pos), bp_hinges, full 3D linear modes for curved nets, axial dashpots so bp_decay is exact for all modes, bp_decay takes and returns sys; dome example 3bd39d8 11 Commits
..
bp_anchor.mFree edges: bending triplets (sys.bends) with damping, lattice triplets from bp_hexdisk/bp_chain, bp_decay for bending, bp_anchor soft supports, zero-mode warning; plate and bar examples
bp_chain.mFree edges: bending triplets (sys.bends) with damping, lattice triplets from bp_hexdisk/bp_chain, bp_decay for bending, bp_anchor soft supports, zero-mode warning; plate and bar examples
bp_decay.mDome: hinge elements (sys.hinges, Bridson gradient, rest angle from sys.pos), bp_hinges, full 3D linear modes for curved nets, axial dashpots so bp_decay is exact for all modes, bp_decay takes and returns sys; dome example
bp_edges.mBead-and-spring percussion simulator: numbl-scripted setup, Verlet/Yoshida solver with exact damping, linear modes, browser app
bp_hexdisk.mFree edges: bending triplets (sys.bends) with damping, lattice triplets from bp_hexdisk/bp_chain, bp_decay for bending, bp_anchor soft supports, zero-mode warning; plate and bar examples
bp_hinges.mDome: hinge elements (sys.hinges, Bridson gradient, rest angle from sys.pos), bp_hinges, full 3D linear modes for curved nets, axial dashpots so bp_decay is exact for all modes, bp_decay takes and returns sys; dome example
bp_near.mBead-and-spring percussion simulator: numbl-scripted setup, Verlet/Yoshida solver with exact damping, linear modes, browser app
bp_springs.mBead-and-spring percussion simulator: numbl-scripted setup, Verlet/Yoshida solver with exact damping, linear modes, browser app
↑↓ move↵openescclose