A Python software package for classical rigid multi-body dynamics modeling and simulation, utilizing SymPy for symbolic equation derivation and code generation for fast numerical evaluation.
PyDy
- Python
- Luft- und Raumfahrt, Mathematik, Maschinenbau, Robotik, Simulation
- Computergestützte Strömungsmechanik (CFD), Design für additive Fertigung (DfAM), Optimierung des Designs, Maschinenbau, Kinematik, Maschinenbauingenieur, Robotik, Simulation, Software
Merkmale:
- Symbolic derivation of equations of motion,Kane's method,Newtonian formulation,Lagrangian formulation,code generation (NumPy,Cython,Theano,Fortran),kinematic analysis,dynamic analysis,integration with SciPy for numerical simulation,visualization tools (with PyDy Visualizer or other backends like three.js)
Preisgestaltung:
- Kostenlos
- Enables symbolic derivation of complex multi-body system dynamics, helps in understanding system behavior and parameter sensitivities, can generate optimized numerical code for fast simulations, open-source.
- Steep learning curve, requires understanding of multi-body dynamics principles and SymPy, setting up complex systems can be involved and verbose, visualization part might need separate setup and dependencies.
Am besten geeignet für:
- Engineers and researchers working on the symbolic modeling and numerical simulation of complex rigid multi-body mechanical systems in fields like robotics, biomechanics, and vehicle dynamics.