Package org.optaplanner.examples.cheaptime.domain

Examples of org.optaplanner.examples.cheaptime.domain.Machine

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        Map<Machine, List<TaskAssignment>> negativePillarMap = new LinkedHashMap<Machine, List<TaskAssignment>>(
                cheapTimeSolution.getGlobalPeriodRangeTo());
        List<TaskAssignment> taskAssignmentList = cheapTimeSolution.getTaskAssignmentList();
        int pillarCapacity = (taskAssignmentList.size() * 2 / cheapTimeSolution.getMachineList().size()) + 1;
        for (TaskAssignment taskAssignment : taskAssignmentList) {
            Machine machine = taskAssignment.getMachine();
            Task task = taskAssignment.getTask();
            Integer startPeriod = taskAssignment.getStartPeriod();
            if (startPeriod != null) {
                if (startPeriod < task.getStartPeriodRangeTo() - 1) {
                    List<TaskAssignment> pillar = positivePillarMap.get(machine);
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        }
        long mediumScore = 0L;
        long softScore = 0L;
        List<PeriodPowerPrice> periodPowerPriceList = solution.getPeriodPowerPriceList();
        for (TaskAssignment taskAssignment : solution.getTaskAssignmentList()) {
            Machine machine = taskAssignment.getMachine();
            Integer startPeriod = taskAssignment.getStartPeriod();
            if (machine != null && startPeriod != null) {
                List<MachinePeriodPart> machinePeriodList = machinePeriodListMap.get(machine);
                int endPeriod = taskAssignment.getEndPeriod();
                for (int period = startPeriod; period < endPeriod; period++) {
                    MachinePeriodPart machinePeriodPart = machinePeriodList.get(period);
                    machinePeriodPart.addTaskAssignment(taskAssignment);
                    PeriodPowerPrice periodPowerPrice = periodPowerPriceList.get(period);
                    mediumScore -= CheapTimeCostCalculator.multiplyTwoMicros(taskAssignment.getTask().getPowerConsumptionMicros(),
                            periodPowerPrice.getPowerPriceMicros());
                }
                softScore -= startPeriod;
            }
        }
        long hardScore = 0L;
        for (Map.Entry<Machine, List<MachinePeriodPart>> entry : machinePeriodListMap.entrySet()) {
            Machine machine = entry.getKey();
            List<MachinePeriodPart> machinePeriodList = entry.getValue();
            MachinePeriodStatus previousStatus = MachinePeriodStatus.OFF;
            long idleCostMicros = 0L;
            for (int period = 0; period < globalPeriodRangeTo; period++) {
                PeriodPowerPrice periodPowerPrice = periodPowerPriceList.get(period);
                MachinePeriodPart machinePeriodPart = machinePeriodList.get(period);
                boolean active = machinePeriodPart.isActive();
                if (active) {
                    if (previousStatus == MachinePeriodStatus.OFF) {
                        // Spin up
                        mediumScore -= machine.getSpinUpDownCostMicros();
                    } else if (previousStatus == MachinePeriodStatus.IDLE) {
                        // Pay idle cost
                        mediumScore -= idleCostMicros;
                        idleCostMicros = 0L;
                    }
                    hardScore += machinePeriodPart.getHardScore();
                    mediumScore -= CheapTimeCostCalculator.multiplyTwoMicros(machine.getPowerConsumptionMicros(),
                            periodPowerPrice.getPowerPriceMicros());
                    previousStatus = MachinePeriodStatus.ACTIVE;
                } else {
                    if (previousStatus != MachinePeriodStatus.OFF) {
                        idleCostMicros += CheapTimeCostCalculator.multiplyTwoMicros(machine.getPowerConsumptionMicros(),
                                periodPowerPrice.getPowerPriceMicros());
                        if (idleCostMicros > machine.getSpinUpDownCostMicros()) {
                            idleCostMicros = 0L;
                            previousStatus = MachinePeriodStatus.OFF;
                        } else {
                            previousStatus = MachinePeriodStatus.IDLE;
                        }
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            softScore += oldStartPeriod;
        }
        if (newStartPeriod != null) {
            softScore -= newStartPeriod;
        }
        Machine machine = taskAssignment.getMachine();
        MachinePeriodPart[] machinePeriodList;
        if (machine != null) {
            machinePeriodList = machineToMachinePeriodListMap[machine.getIndex()];
        } else {
            machinePeriodList = unassignedMachinePeriodList;
        }
        if (retractStart != retractEnd) {
            retractRange(taskAssignment, machinePeriodList, retractStart, retractEnd, true);
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            List<Machine> machineList = new ArrayList<Machine>(machineListSize);
            List<MachineCapacity> machineCapacityList = new ArrayList<MachineCapacity>(
                    machineListSize * resourceListSize);
            long machineCapacityId = 0L;
            for (int i = 0; i < machineListSize; i++) {
                Machine machine = new Machine();
                String[] machineLineTokens = splitBySpacesOrTabs(readStringValue(), 4);
                machine.setId(Long.parseLong(machineLineTokens[0]));
                machine.setIndex(i);
                machine.setPowerConsumptionMicros(CheapTimeCostCalculator.parseMicroCost(machineLineTokens[1]));
                machine.setSpinUpDownCostMicros(CheapTimeCostCalculator.parseMicroCost(machineLineTokens[2])
                        + CheapTimeCostCalculator.parseMicroCost(machineLineTokens[3]));
                String[] capacityLineTokens = splitBySpacesOrTabs(readStringValue(), resourceListSize);
                List<MachineCapacity> machineCapacityListOfMachine = new ArrayList<MachineCapacity>(resourceListSize);
                for (int j = 0; j < resourceListSize; j++) {
                    MachineCapacity machineCapacity = new MachineCapacity();
                    machineCapacity.setId(machineCapacityId);
                    machineCapacityId++;
                    machineCapacity.setMachine(machine);
                    machineCapacity.setResource(solution.getResourceList().get(j));
                    machineCapacity.setCapacity(Integer.parseInt(capacityLineTokens[j]));
                    machineCapacityList.add(machineCapacity);
                    machineCapacityListOfMachine.add(machineCapacity);
                }
                machine.setMachineCapacityList(machineCapacityListOfMachine);
                machineList.add(machine);
            }
            solution.setMachineList(machineList);
            solution.setMachineCapacityList(machineCapacityList);
        }
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    private static class PlotTaskAssignmentComparator implements Comparator<TaskAssignment> {

        @Override
        public int compare(TaskAssignment a, TaskAssignment b) {
            Machine aMachine = a.getMachine();
            Machine bMachine = b.getMachine();
            return new CompareToBuilder()
                    .append(aMachine == null ? null : aMachine.getId(), bMachine == null ? null : bMachine.getId())
                    .append(a.getStartPeriod(), b.getStartPeriod())
                    .append(a.getTask().getDuration(), b.getTask().getDuration())
                    .append(a.getId(), b.getId())
                    .toComparison();
        }
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Related Classes of org.optaplanner.examples.cheaptime.domain.Machine

  • org.optaplanner.examples.cheaptime.persistence.CheapTimeImporter$CheapTimeInputBuilder
  • org.optaplanner.examples.cheaptime.solver.move.factory.CheapTimePillarSlideMoveIteratorFactory
  • org.optaplanner.examples.cheaptime.solver.score.CheapTimeEasyScoreCalculator
  • org.optaplanner.examples.cheaptime.solver.score.CheapTimeIncrementalScoreCalculator
  • org.optaplanner.examples.cheaptime.swingui.CheapTimePanel$PlotTaskAssignmentComparator
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