Searched refs:nTargetSamples (Results 1 – 7 of 7) sorted by relevance
80 nTargetSamples = static_cast<int>(std::ceil(nTargetPopulation)); in put()82 if (nTargetSamples) in put()85 nTargetSamples = std::max(nwtot, nTargetSamples); in put()88 nTargetSamples = std::max(nTargetSamples, target_min); in put()91 nTargetSamples = ((nTargetSamples + nwtot - 1) / nwtot) * in put()93 nSamplesPerThread = nTargetSamples / Nprocs / Nthreads; in put()94 int ns_target = nTargetSamples * nStepsBetweenSamples; //total samples to generate in put()97 Period4WalkerDump = nStepsBetweenSamples = (ns_per_step * nSteps * nBlocks) / nTargetSamples; in put()293 app_log() << " Total Sample Size =" << nTargetSamples << std::endl; in resetRun()
248 app_log() << " Total Sample Size =" << nTargetSamples << std::endl; in resetRun()357 nTargetSamples = static_cast<int>(std::ceil(nTargetPopulation)); in put()359 if (nTargetSamples) in put()362 nTargetSamples = std::max(nwtot, nTargetSamples); in put()365 nTargetSamples = std::max(nTargetSamples, target_min); in put()368 nTargetSamples = ((nTargetSamples + nwtot - 1) / nwtot) * in put()370 nSamplesPerThread = nTargetSamples / Nprocs / Nthreads; in put()371 int ns_target = nTargetSamples * nStepsBetweenSamples; //total samples to generate in put()374 Period4WalkerDump = nStepsBetweenSamples = (ns_per_step * nSteps * nBlocks) / nTargetSamples; in put()
51 m_param.add(nTargetSamples, "targetWalkers"); in VMCcuda()590 if (nTargetSamples > (myComm->size() * W.WalkerList.size())) in resetRun()594 int samples_per_node = (nTargetSamples + nnodes - 1) / nnodes; in resetRun()602 nTargetSamples = myComm->size() * W.WalkerList.size(); in resetRun()605 int samples_this_node = nTargetSamples / myComm->size(); in resetRun()606 if (nTargetSamples % myComm->size() > myComm->rank()) in resetRun()643 nTargetSamples = static_cast<int>(std::ceil(nTargetPopulation)); in put()644 if (nTargetSamples) in put()647 nTargetSamples = std::max(nwtot, nTargetSamples); in put()648 nTargetSamples = ((nTargetSamples + nwtot - 1) / nwtot) * in put()[all …]
59 m_param.add(nTargetSamples, "targetWalkers"); in VMCLinearOpt()60 m_param.add(nTargetSamples, "targetwalkers"); in VMCLinearOpt()61 m_param.add(nTargetSamples, "target_walkers"); in VMCLinearOpt()476 int samples_this_node = nTargetSamples / myComm->size(); in resetRun()477 if (nTargetSamples % myComm->size() > myComm->rank()) in resetRun()486 app_log() << " Total Sample Size =" << nTargetSamples << std::endl; in resetRun()
271 IndexType nTargetSamples; variable
109 nTargetSamples = 0; in QMCDriver()
1207 nTargetSamples = init_num_samp; in adaptive_three_shift_run()