sMax := fqrequest.MinSeatSeconds
	dsMax := fqrequest.MinSeatSeconds
	var minQueue *queue
	var minIndex int
	nq := len(qs.queues)
	for range qs.queues {
		qs.robinIndex = (qs.robinIndex + 1) % nq
		queue := qs.queues[qs.robinIndex]
		oldestWaiting, _ := queue.requestsWaiting.Peek()
		if oldestWaiting != nil {
			sMin = min(sMin, queue.nextDispatchR)
			sMax = max(sMax, queue.nextDispatchR)

		t.Run(test.name, func(t *testing.T) {
			qs := &queueSet{
				estimatedServiceDuration: G,
				seatDemandIntegrator:     fq.NewNamedIntegrator(clock.RealClock{}, "seatDemandSubject"),
				robinIndex:               test.robinIndex,
				totSeatsInUse:            test.totSeatsInUse,
				qCfg:                     fq.QueuingConfig{Name: "TestSelectQueueLocked/" + test.name},
				dCfg: fq.DispatchingConfig{