def getQoIParams(params):
paramsQ = Params()
paramsQ.CD = params.CD
paramsQ.BC = params.BC
paramsQ.m = params.m
paramsQ.efpaWR = params.efpaWR
paramsQ.vmagWR = params.vmagWR
paramsQ.m_Y = params.m_Y
paramsQ.CD_Y = params.CD_Y
paramsQ.efpa_Y = params.efpa_Y
paramsQ.vmag_Y = params.vmag_Y
paramsQ.atm_Ys = params.atm_Ys
return paramsQ
atm_YsList = []
outname = './results/' + params.p.name + '_' + str(Nmc) + '_' + datestring
for i_trial in range(Nmc):
# generate density function for this trial
params.dFun, params.atm_Ys = getKLEdensfun(evals, evecs, densSampMean, d, h)
# generate input realizations
params.efpa_Y = norm.rvs(size = 1).item(0)
params.efpaWR = efpamean + efpastd * params.efpa_Y
params.vmag_Y = norm.rvs(size = 1).item(0)
params.vmagWR = vmagmean + vmagstd * params.vmag_Y
params.CD_Y = norm.rvs(size = 1).item(0)
params.CD = CDmean + CDstd * params.CD_Y
params.m_Y = norm.rvs(size = 1).item(0)
params.m = mmean + mstd * params.m_Y
params.BC = params.m / (params.CD * Anom)
params.A = Anom
# run sim
print('\nTrial {}'.format(i_trial+1))
outs = Outs()
outsList.append(mainAD(params, tspan, events, outs))
paramsList.append(getQoIParams(params))
m_YList.append(params.m_Y)
