Package net.sf.mpxj

Examples of net.sf.mpxj.Duration

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     * @return int Integer with the rounded duration in hours
     */
    private static int durationToIntHours(Duration duration,
            ProjectHeader header) {

        Duration durationInHours = duration
                .convertUnits(TimeUnit.HOURS, header);

        return (int) Math.floor(durationInHours.getDuration());
    }
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                        if (task1 != null && task2 != null)
                        {
                           RelationType type = RelationType.getInstance(MPPUtility.getShort(data, 12));
                           TimeUnit durationUnits = MPPUtility.getDurationTimeUnits(MPPUtility.getShort(data, 14));
                           Duration lag = MPPUtility.getAdjustedDuration(m_file, MPPUtility.getInt(data, 16), durationUnits);
                           Relation relation = task2.addPredecessor(task1, type, lag);
                           m_file.fireRelationReadEvent(relation);
                        }
                     }
                  }
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         switch (type.getDataType())
         {
            case DURATION : // 0x03
            {
               Duration value = MPPUtility.getAdjustedDuration(m_file, MPPUtility.getInt(m_data, m_dataOffset), MPPUtility.getDurationTimeUnits(MPPUtility.getShort(m_data, m_dataOffset + 4)));
               m_dataOffset += 6;
               criteria.setRightValue(index, value);
               break;
            }

            case NUMERIC : // 0x05
            {
               Double value = Double.valueOf(MPPUtility.getDouble(m_data, m_dataOffset));
               m_dataOffset += 8;
               criteria.setRightValue(index, value);
               break;
            }

            case CURRENCY : // 0x06
            {
               Double value = Double.valueOf(MPPUtility.getDouble(m_data, m_dataOffset) / 100);
               m_dataOffset += 8;
               criteria.setRightValue(index, value);
               break;
            }

            case STRING : // 0x08
            {
               String value = MPPUtility.getUnicodeString(m_data, m_dataOffset);
               m_dataOffset += ((value.length() + 1) * 2);
               criteria.setRightValue(index, value);
               break;
            }

            case BOOLEAN : // 0x0B
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            {
               result.removeLast();

               double work = previousAssignment.getTotalAmount().getDuration();
               work += assignment.getTotalAmount().getDuration();
               Duration totalWork = Duration.getInstance(work, TimeUnit.MINUTES);

               TimephasedWork merged = new TimephasedWork();
               merged.setStart(previousAssignment.getStart());
               merged.setFinish(assignment.getFinish());
               merged.setTotalAmount(totalWork);
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      //
      // Retrieve data used to calculate the pro-rata work split
      //
      Date assignmentStart = assignment.getStart();
      Date assignmentFinish = assignment.getFinish();
      Duration calendarWork = calendar.getWork(assignmentStart, assignmentFinish, TimeUnit.MINUTES);

      if (calendarWork.getDuration() != 0)
      {
         //
         // Split the first day
         //
         Date splitFinish;
         double splitCost;
         if (calendar.isWorkingDate(assignmentStart))
         {
            Date splitStart = assignmentStart;
            Date splitFinishTime = calendar.getFinishTime(splitStart);
            splitFinish = DateUtility.setTime(splitStart, splitFinishTime);
            Duration calendarSplitWork = calendar.getWork(splitStart, splitFinish, TimeUnit.MINUTES);
            splitCost = (assignment.getTotalAmount().doubleValue() * calendarSplitWork.getDuration()) / calendarWork.getDuration();

            TimephasedCost split = new TimephasedCost();
            split.setStart(splitStart);
            split.setFinish(splitFinish);
            split.setTotalAmount(Double.valueOf(splitCost));
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         int currentBlock = 0;
         while (currentBlock < blockCount && index + 20 <= data.length)
         {
            double time = MPPUtility.getInt(data, index + 0);
            time /= 80;
            Duration startWork = Duration.getInstance(time, TimeUnit.MINUTES);

            double currentCumulativeWork = (long) MPPUtility.getDouble(data, index + 4);
            double assignmentDuration = currentCumulativeWork - previousCumulativeWork;
            previousCumulativeWork = currentCumulativeWork;
            assignmentDuration /= 1000;
            Duration totalWork = Duration.getInstance(assignmentDuration, TimeUnit.MINUTES);
            time = (long) MPPUtility.getDouble(data, index + 12);
            time /= 125;
            time *= 6;
            Duration workPerDay = Duration.getInstance(time, TimeUnit.MINUTES);

            Date start;
            if (startWork.getDuration() == 0)
            {
               start = startDate;
            }
            else
            {
               start = calendar.getDate(startDate, startWork, true);
            }

            TimephasedWork assignment = new TimephasedWork();
            assignment.setStart(start);
            assignment.setAmountPerDay(workPerDay);
            assignment.setTotalAmount(totalWork);

            if (previousAssignment != null)
            {
               Date finish = calendar.getDate(startDate, startWork, false);
               previousAssignment.setFinish(finish);
               if (previousAssignment.getStart().getTime() == previousAssignment.getFinish().getTime())
               {
                  list.removeLast();
               }
            }

            list.add(assignment);
            previousAssignment = assignment;

            index += 20;
            ++currentBlock;
         }

         if (previousAssignment != null)
         {
            double time = MPPUtility.getInt(data, 24);
            time /= 80;
            Duration finishWork = Duration.getInstance(time, TimeUnit.MINUTES);
            Date finish = calendar.getDate(startDate, finishWork, false);
            previousAssignment.setFinish(finish);
            if (previousAssignment.getStart().getTime() == previousAssignment.getFinish().getTime())
            {
               list.removeLast();
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               TimephasedWork lastComplete = timephasedComplete.get(timephasedComplete.size() - 1);

               Date startWork = calendar.getNextWorkStart(lastComplete.getFinish());
               double time = MPPUtility.getDouble(data, 16);
               time /= 1000;
               Duration totalWork = Duration.getInstance(time, TimeUnit.MINUTES);
               Duration adjustedTotalWork = Duration.getInstance((time * 100) / units, TimeUnit.MINUTES);
               Date finish = calendar.getDate(startWork, adjustedTotalWork, false);

               time = MPPUtility.getDouble(data, 8);
               time /= 2000;
               time *= 6;
               Duration workPerDay = Duration.getInstance(time, TimeUnit.MINUTES);

               TimephasedWork assignment = new TimephasedWork();
               assignment.setStart(startWork);
               assignment.setAmountPerDay(workPerDay);
               assignment.setModified(false);
               assignment.setFinish(finish);
               assignment.setTotalAmount(totalWork);

               if (assignment.getStart().getTime() != assignment.getFinish().getTime())
               {
                  list.add(assignment);
               }
            }
         }
         else
         {
            Date offset = startDate;

            if (!timephasedComplete.isEmpty())
            {
               TimephasedWork lastComplete = timephasedComplete.get(timephasedComplete.size() - 1);
               offset = lastComplete.getFinish();
            }

            int index = 40;
            double previousCumulativeWork = 0;
            TimephasedWork previousAssignment = null;
            int currentBlock = 0;

            while (currentBlock < blockCount && index + 28 <= data.length)
            {
               double time = MPPUtility.getInt(data, index);
               time /= 80;
               Duration blockDuration = Duration.getInstance(time, TimeUnit.MINUTES);
               Date start;
               if (blockDuration.getDuration() == 0)
               {
                  start = offset;
               }
               else
               {
                  start = calendar.getDate(offset, blockDuration, true);
               }

               double currentCumulativeWork = MPPUtility.getDouble(data, index + 4);
               double assignmentDuration = currentCumulativeWork - previousCumulativeWork;
               assignmentDuration /= 1000;
               Duration totalWork = Duration.getInstance(assignmentDuration, TimeUnit.MINUTES);
               previousCumulativeWork = currentCumulativeWork;

               time = MPPUtility.getDouble(data, index + 12);
               time /= 2000;
               time *= 6;
               Duration workPerDay = Duration.getInstance(time, TimeUnit.MINUTES);

               int modifiedFlag = MPPUtility.getShort(data, index + 22);
               boolean modified = (modifiedFlag == 0 && currentBlock != 0) || ((modifiedFlag & 0x3000) != 0);

               TimephasedWork assignment = new TimephasedWork();
               assignment.setStart(start);
               assignment.setAmountPerDay(workPerDay);
               assignment.setModified(modified);
               assignment.setTotalAmount(totalWork);

               if (previousAssignment != null)
               {
                  Date finish = calendar.getDate(offset, blockDuration, false);
                  previousAssignment.setFinish(finish);
                  if (previousAssignment.getStart().getTime() == previousAssignment.getFinish().getTime())
                  {
                     list.removeLast();
                  }
               }

               list.add(assignment);
               previousAssignment = assignment;

               index += 28;
               ++currentBlock;
            }

            if (previousAssignment != null)
            {
               double time = MPPUtility.getInt(data, 24);
               time /= 80;
               Duration blockDuration = Duration.getInstance(time, TimeUnit.MINUTES);
               Date finish = calendar.getDate(offset, blockDuration, false);
               previousAssignment.setFinish(finish);
               if (previousAssignment.getStart().getTime() == previousAssignment.getFinish().getTime())
               {
                  list.removeLast();
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            {
               System.out.print(',');
            }
            first = false;
            System.out.print(relation.getTargetTask().getID());
            Duration lag = relation.getLag();
            if (relation.getType() != RelationType.FINISH_START || lag.getDuration() != 0)
            {
               System.out.print(relation.getType());
            }

            if (lag.getDuration() != 0)
            {
               if (lag.getDuration() > 0)
               {
                  System.out.print("+");
               }
               System.out.print(lag);
            }
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    * @param timeUnit duration units
    * @return Duration instance
    */
   public static Duration getAdjustedDuration(ProjectFile file, int duration, TimeUnit timeUnit)
   {
      Duration result = null;

      if (duration != -1)
      {
         switch (timeUnit)
         {
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    * @param value duration value
    * @return Duration instance
    */
   public static final Duration parseDuration(ProjectFile file, TimeUnit defaultUnits, String value)
   {
      Duration result = null;

      if (value != null && value.length() != 0)
      {
         XsdDuration xsd = new XsdDuration(value);
         TimeUnit units = TimeUnit.DAYS;
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Related Classes of net.sf.mpxj.Duration

  • net.sf.mpxj.mpd.MPD9AbstractReader
  • net.sf.mpxj.mpd.MPDUtility
  • net.sf.mpxj.mpp.GraphicalIndicatorReader
  • net.sf.mpxj.mpp.MPP12Reader
  • net.sf.mpxj.mpp.MPP14Reader
  • net.sf.mpxj.mpp.MPP8Reader
  • net.sf.mpxj.mpp.MPP9Reader
  • net.sf.mpxj.mpp.MPPAbstractTimephasedWorkNormaliser
  • net.sf.mpxj.mpp.MPPTimephasedBaselineCostNormaliser
  • net.sf.mpxj.mpp.MPPTimephasedBaselineWorkNormaliser
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