Damped Equilibrium Muscle Model
Posted: Fri Sep 06, 2019 12:29 pm
Hi,
How does the concrete computation of the force for the damped muscle model work?
The equilibrium equation is given by:
(a*fl(f^M)*fv(v^M)+fpe(l^M)+beta*v^M)*cos(alpha)-ft(l^T)=0
Do I, similar to the undamped version, need to solve the equation for v^M (with fl, fv,ft, fpe from previous timestep ) and then integrate v^M to get a new l^M that I in turn can use as the length for the next timestep?
Best, Rachid
How does the concrete computation of the force for the damped muscle model work?
The equilibrium equation is given by:
(a*fl(f^M)*fv(v^M)+fpe(l^M)+beta*v^M)*cos(alpha)-ft(l^T)=0
Do I, similar to the undamped version, need to solve the equation for v^M (with fl, fv,ft, fpe from previous timestep ) and then integrate v^M to get a new l^M that I in turn can use as the length for the next timestep?
Best, Rachid