Method predict

src/Solver/time_stepping/TimeCluster.cpp:691–728

  // Doesn't do anything
}
void TimeCluster::predict() {
  assert(state == ActorState::Corrected);
  if (m_clusterData->getNumberOfCells() == 0) return;

  bool resetBuffers = true;
  for (auto& neighbor : neighbors) {
      if (neighbor.ct.timeStepRate > ct.timeStepRate
          && ct.stepsSinceLastSync > neighbor.ct.stepsSinceLastSync) {
          resetBuffers = false;
        }
  }
  if (ct.stepsSinceLastSync == 0) {
    resetBuffers = true;
  }

  writeReceivers();
#ifdef ACL_DEVICE
  if (executor == Executor::Device) {
    computeLocalIntegrationDevice(*m_clusterData, resetBuffers);
  }
  else {
    computeLocalIntegration(*m_clusterData, resetBuffers);
  }
#else
  computeLocalIntegration(*m_clusterData, resetBuffers);
#endif
  computeSources();

  seissolInstance.flopCounter().incrementNonZeroFlopsLocal(m_flops_nonZero[static_cast<int>(ComputePart::Local)]);
  seissolInstance.flopCounter().incrementHardwareFlopsLocal(m_flops_hardware[static_cast<int>(ComputePart::Local)]);
#ifdef ACL_DEVICE
  if (hasDifferentExecutorNeighbor()) {
    auto other = executor == Executor::Device ? seissol::initializer::AllocationPlace::Host : seissol::initializer::AllocationPlace::Device;
    m_clusterData->bucketSynchronizeTo(m_lts->buffersDerivatives, other, streamRuntime.stream());
    streamRuntime.wait();
  }
#endif
}

void TimeCluster::handleDynamicRupture(initializer::Layer& layerData) {
#ifdef ACL_DEVICE