void WaitForRegionsToFinishProcessing (ProcessorQueue &analysis_queue, ComputationPlanner &analysis_compute_plan)
{
// wait for all of the regions to finish processing before moving on to the next
// image
// Need better logic...This is just following the different steps involved in signal processing
analysis_queue.GetCpuQueue()->WaitTillDone();
if (analysis_queue.GetGpuQueue())
analysis_queue.GetGpuQueue()->WaitTillDone();
analysis_queue.GetCpuQueue()->WaitTillDone();
if (analysis_queue.GetGpuQueue())
analysis_queue.GetGpuQueue()->WaitTillDone();
// if (analysis_queue.GetSingleFitGpuQueue())
// analysis_queue.GetSingleFitGpuQueue()->WaitTillDone();
if (analysis_compute_plan.use_gpu_acceleration)
analysis_queue.GetCpuQueue()->WaitTillDone();
}
void SpinUpGPUThreads(ProcessorQueue &analysis_queue, ComputationPlanner &analysis_compute_plan)
{
if (analysis_compute_plan.use_gpu_acceleration) {
// create gpu thread for multi flow fit
CreateGpuThreadsForFitType(analysis_queue.GetGpuInfo(),
analysis_compute_plan.numBkgWorkers_gpu, analysis_queue.GetGpuQueue(),
analysis_compute_plan.valid_devices);
// create gpu thread for single flow fit
/* CreateGpuThreadsForFitType(analysis_queue.GetSingleFitGpuInfo(), GPU_SINGLE_FLOW_FIT,
analysis_compute_plan.numSingleFlowFitGpuWorkers, analysis_queue.GetSingleFitGpuQueue(),
analysis_compute_plan.valid_devices);*/
}
}
