Allow some tolerance when looking for a match for the first time-step
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@ -344,7 +344,7 @@ int CALCULATE_LIBRARY_API compute_next_timestep(parking_tariff_t *tariff, int cu
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qCritical() << " compute_next_timestep() currentTimeMinutes: " << currentTimeMinutes;
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qCritical() << " compute_next_timestep() up/down (1=up, 0=down): " << UpDown;
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Configuration *cfg = tariff;
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Configuration const *cfg = tariff;
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// compute payment method id (e.g. Linear=3, Steps=4)
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PaymentMethod const paymentMethodId = Utilities::getPaymentMethodId(cfg);
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@ -372,71 +372,39 @@ int CALCULATE_LIBRARY_API compute_next_timestep(parking_tariff_t *tariff, int cu
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// progressive tariff: e.g. Neuhauser, Kirchdorf (743)
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(paymentMethodId == PaymentMethod::Progressive))
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{
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QVector<QList<int>> stepListVec;
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QList<int> const timeSteps = Calculator::GetInstance().GetTimeSteps(tariff);
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qCritical() << " compute_next_timestep() time-steps: " << timeSteps;
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int paymentOptionIndex = 0;
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int const pop_time_step_config = tariff->getPaymentOptions(paymentOptionIndex).pop_time_step_config;
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if (pop_time_step_config == (int)ATBTimeStepConfig::TimeStepConfig::DYNAMIC) {
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QList<int> lst;
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for (int index = 0; index < 5; ++index) {
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lst.clear();
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QListIterator<int> i(timeSteps);
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while (i.hasNext()) {
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switch (index) {
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case 0:
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lst.append(i.next());
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break;
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case 1:
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lst.append(i.next() - 2);
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break;
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case 2:
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lst.append(i.next() - 1);
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break;
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case 3:
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lst.append(i.next() + 1);
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break;
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case 4:
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lst.append(i.next() + 2);
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break;
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default:;
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}
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}
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qCritical() << " compute_next_timestep() " << index << "list of time-steps" << lst;
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stepListVec.append(lst);
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}
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}
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int stepListIndex = -1;
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for (int index = 0; index < stepListVec.size(); ++index) {
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if (stepListVec[index].indexOf(currentTimeMinutes) != -1) {
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stepListIndex = index;
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break;
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}
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}
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if (stepListIndex == -1) {
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qCritical() << "compute_next_timestep() *NO STEP INDEX* for currentTimeMinutes (" << currentTimeMinutes << ")";
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QList<int> &stepList = Calculator::GetInstance().GetTimeSteps(tariff);
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int const size = stepList.size();
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if (size == 0) {
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qCritical() << "compute_next_timestep() *ERROR empty step-list*";
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return currentTimeMinutes;
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}
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QList<int> const &stepList = stepListVec[stepListIndex];
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qCritical() << " compute_next_timestep() index:" << stepListIndex;
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qCritical() << " compute_next_timestep() timeSteps:" << stepList;
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qCritical() << " compute_next_timestep() first time step:" << stepList[0];
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qCritical() << " compute_next_timestep() timeSteps:" << stepList;
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qCritical() << " compute_next_timestep() currentTimeInMinutes:" << currentTimeMinutes;
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int const currentStepIndex = stepList.indexOf(currentTimeMinutes); // must be currentStepIndex != -1
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// consider time shift: the step-list might have been computed at a
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// slightly different time point
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int maxStep = -1;
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if (size >= 2) {
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maxStep = stepList[1] - stepList[0];
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}
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int tolerance = (maxStep == -1) ? 5 : std::min(maxStep, 5);
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if (std::abs(stepList[0] - currentTimeMinutes) <= tolerance) {
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qCritical().noquote()
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<< QString(" compute_next_timestep() correction stepList[0]=%1 -> %2:")
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.arg(stepList[0]).arg(currentTimeMinutes);
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stepList[0] = currentTimeMinutes;
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qCritical() << " compute_next_timestep() NEW timeSteps:" << stepList;
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}
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int currentStepIndex = stepList.indexOf(currentTimeMinutes);
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if (currentStepIndex == -1) {
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qCritical() << "compute_next_timestep() *NO STEP* for currentTimeMinutes (" << currentTimeMinutes << ")";
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return currentTimeMinutes;
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}
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cfg->getPaymentOptions(paymentOptionIndex).pop_min_time = stepList.first();
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if (UpDown == 1) { // UP
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if (stepList[currentStepIndex] == stepList.last()) {
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qCritical() << "compute_next_timestep() *NO NEXT STEP* for currentTimeMinutes (" << currentTimeMinutes << ")";
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