step off either side of a transition state and quench to find the minima
pot : potential object
xt : array
transition state coords
stepmin : float
initial guess for size of pushoff when stepping off the transition state
stepmax : float
maximum size of pushoff when stepping off the transition state
gdiff : float
criterion for choosing a step size. Try to choose a stepsize so that: (gradpar - gradpar_ts) / gradpar_ts >= gdiff where gradpar and gradpar_ts is the parallel component of the gradient after the step and at the top of the transition state
criterion for choosing a step size. Try to choose a stepsize so that:
(gradpar - gradpar_ts) / gradpar_ts >= gdiff
where gradpar and gradpar_ts is the parallel component of the gradient after the step and at the top of the transition state
quenchRoutine : callable
routine to use to do the quenching
quenchParams : dict
parameters to pass to quenchRoutine
verbose : bool
pele.transition_states.gramm_schmidt
Parallel connect jobs (pele.concurrent)
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