def force_dr(F0,f0,t): f = np.zeros(len(t)) for ii in range(len(t)): f[ii] = forces.driven(F0,f0,t[ii]) return f
def force_ts(option_mask,z,v,t,f0,k,Q,Rt,a0,E,H,mu,m,D,F0,zc,eta,sigmas,sigmat,landadeb,epsilonr,mutip,musample): f = np.zeros(len(z)) for ii in range(len(z)): f[ii] = forces.sumatory(option_mask,z[ii],v[ii],t[ii],f0,k,Q,Rt,a0,E,H,mu,m,D,F0,zc,eta,sigmas,sigmat,landadeb,epsilonr,mutip,musample) - forces.driven(F0,f0,t[ii]) return f