List of usage examples for org.joda.time DateTime getMinuteOfHour
public int getMinuteOfHour()
From source file:net.tourbook.device.garmin.GarminSAXHandler.java
License:Open Source License
private void finalizeTour() { // check if data are available if (_dtList.size() == 0) { return;//from www. j a va 2s .c om } validateTimeSeries(); // create data object for each tour final TourData tourData = new TourData(); // set tour notes setTourNotes(tourData); /* * set tour start date/time */ adjustTourStart(); final DateTime dtTourStart = new DateTime(_dtList.get(0).absoluteTime); tourData.setStartHour((short) dtTourStart.getHourOfDay()); tourData.setStartMinute((short) dtTourStart.getMinuteOfHour()); tourData.setStartSecond((short) dtTourStart.getSecondOfMinute()); tourData.setStartYear((short) dtTourStart.getYear()); tourData.setStartMonth((short) dtTourStart.getMonthOfYear()); tourData.setStartDay((short) dtTourStart.getDayOfMonth()); tourData.setWeek(dtTourStart); tourData.setIsDistanceFromSensor(_isDistanceFromSensor); tourData.setDeviceTimeInterval((short) -1); tourData.importRawDataFile = _importFilePath; tourData.setTourImportFilePath(_importFilePath); tourData.createTimeSeries(_dtList, true); tourData.setDeviceModeName(_activitySport); tourData.setCalories(_tourCalories); // after all data are added, the tour id can be created final int[] distanceSerie = tourData.getMetricDistanceSerie(); String uniqueKey; if (_deviceDataReader.isCreateTourIdWithRecordingTime) { /* * 25.5.2009: added recording time to the tour distance for the unique key because tour * export and import found a wrong tour when exporting was done with camouflage speed -> * this will result in a NEW tour */ final int tourRecordingTime = tourData.getTourRecordingTime(); if (distanceSerie == null) { uniqueKey = Integer.toString(tourRecordingTime); } else { final long tourDistance = distanceSerie[(distanceSerie.length - 1)]; uniqueKey = Long.toString(tourDistance + tourRecordingTime); } } else { /* * original version to create tour id */ if (distanceSerie == null) { uniqueKey = Util.UNIQUE_ID_SUFFIX_GARMIN_TCX; } else { uniqueKey = Integer.toString(distanceSerie[distanceSerie.length - 1]); } } final Long tourId = tourData.createTourId(uniqueKey); // check if the tour is already imported if (_tourDataMap.containsKey(tourId) == false) { tourData.computeAltitudeUpDown(); tourData.computeTourDrivingTime(); tourData.computeComputedValues(); final String deviceName = _sport.creatorName; final String majorVersion = _sport.creatorVersionMajor; final String minorVersion = _sport.creatorVersionMinor; tourData.setDeviceId(_deviceDataReader.deviceId); tourData.setDeviceName( _deviceDataReader.visibleName + (deviceName == null ? UI.EMPTY_STRING : UI.SPACE + deviceName)); tourData.setDeviceFirmwareVersion(majorVersion == null // ? UI.EMPTY_STRING : majorVersion + (minorVersion == null // ? UI.EMPTY_STRING : UI.DOT + minorVersion)); // add new tour to other tours _tourDataMap.put(tourId, tourData); } _isImported = true; }
From source file:net.tourbook.device.gpx.GPX_SAX_Handler.java
License:Open Source License
private void finalizeTour() { if (_timeDataList.size() == 0) { // there is not data return;//from ww w . j ava 2 s .c om } final TimeData firstTimeData = _timeDataList.get(0); // create data object for each tour final TourData tourData = new TourData(); tourData.setTourTitle(_trkName); /* * set tour start date/time */ final DateTime dtTourStart = new DateTime(firstTimeData.absoluteTime); tourData.setStartYear((short) dtTourStart.getYear()); tourData.setStartMonth((short) dtTourStart.getMonthOfYear()); tourData.setStartDay((short) dtTourStart.getDayOfMonth()); tourData.setStartHour((short) dtTourStart.getHourOfDay()); tourData.setStartMinute((short) dtTourStart.getMinuteOfHour()); tourData.setStartSecond((short) dtTourStart.getSecondOfMinute()); tourData.setWeek(tourData.getStartYear(), tourData.getStartMonth(), tourData.getStartDay()); tourData.setDeviceTimeInterval((short) -1); tourData.setTemperatureScale(TourbookDevice.TEMPERATURE_SCALE); tourData.importRawDataFile = _importFilePath; tourData.setTourImportFilePath(_importFilePath); tourData.createTimeSeries(_timeDataList, true); tourData.computeAltitudeUpDown(); tourData.setWayPoints(_wptList); /* * adjust default marker which are created in tourData.createTimeSeries() */ for (final TourMarker tourMarker : tourData.getTourMarkers()) { tourMarker.setVisualPosition(ChartLabel.VISUAL_VERTICAL_BOTTOM_CHART); // disable time/distance tourMarker.setTime(-1); tourMarker.setDistance(-1); } // after all data are added, the tour id can be created final int[] distanceSerie = tourData.getMetricDistanceSerie(); String uniqueKey; if (_deviceDataReader.isCreateTourIdWithRecordingTime) { /* * 23.3.2009: added recording time to the tour distance for the unique key because tour * export and import found a wrong tour when exporting was done with camouflage speed -> * this will result in a NEW tour */ final int tourRecordingTime = tourData.getTourRecordingTime(); if (distanceSerie == null) { uniqueKey = Integer.toString(tourRecordingTime); } else { final long tourDistance = distanceSerie[(distanceSerie.length - 1)]; uniqueKey = Long.toString(tourDistance + tourRecordingTime); } } else { /* * original version to create tour id */ if (distanceSerie == null) { uniqueKey = Util.UNIQUE_ID_SUFFIX_GPX; } else { uniqueKey = Integer.toString(distanceSerie[distanceSerie.length - 1]); } } final Long tourId = tourData.createTourId(uniqueKey); // check if the tour is already imported if (_tourDataMap.containsKey(tourId) == false) { tourData.computeTourDrivingTime(); tourData.computeComputedValues(); tourData.setDeviceId(_deviceDataReader.deviceId); tourData.setDeviceName(_deviceDataReader.visibleName); // add new tour to other tours _tourDataMap.put(tourId, tourData); } _isImported = true; }
From source file:net.tourbook.device.polar.hrm.PolarHRMDataReader.java
License:Open Source License
private void createTourData(final HashMap<Long, TourData> tourDataMap) { // create data object for each tour final TourData tourData = new TourData(); /*// w ww .j a v a 2 s .c om * set tour start date/time */ final DateTime dtTourStart = new DateTime(_sectionParams.startYear, _sectionParams.startMonth, _sectionParams.startDay, _sectionParams.startHour, _sectionParams.startMinute, _sectionParams.startSecond, 0); tourData.setStartHour((short) dtTourStart.getHourOfDay()); tourData.setStartMinute((short) dtTourStart.getMinuteOfHour()); tourData.setStartSecond((short) dtTourStart.getSecondOfMinute()); tourData.setStartYear((short) dtTourStart.getYear()); tourData.setStartMonth((short) dtTourStart.getMonthOfYear()); tourData.setStartDay((short) dtTourStart.getDayOfMonth()); tourData.setWeek(dtTourStart); tourData.setDeviceTimeInterval((short) _sectionParams.mtInterval); tourData.importRawDataFile = _importFilePath; tourData.setTourImportFilePath(_importFilePath); // tourData.setCalories(_calories); tourData.setRestPulse(_sectionParams.restHR == Integer.MIN_VALUE ? 0 : _sectionParams.restHR); if (_sectionTrip != null) { tourData.setStartDistance(_sectionTrip.odometer == Integer.MIN_VALUE ? 0 : _sectionTrip.odometer); } final ArrayList<TimeData> timeSeries = createTourData10CreateTimeSeries(dtTourStart); createTourData20SetTemperature(tourData, timeSeries); tourData.createTimeSeries(timeSeries, true); createTourData30CreateMarkers(tourData); tourData.computeAltitudeUpDown(); // after all data are added, the tour id can be created final Long tourId = tourData.createTourId(createUniqueId(tourData, Util.UNIQUE_ID_SUFFIX_POLAR_HRM)); // check if the tour is already imported if (tourDataMap.containsKey(tourId) == false) { tourData.computeTourDrivingTime(); tourData.computeComputedValues(); tourData.setDeviceId(deviceId); tourData.setDeviceName(_sectionParams.monitorName); tourData.setDeviceFirmwareVersion(Integer.toString(_hrmVersion)); // add new tour to other tours tourDataMap.put(tourId, tourData); } }
From source file:net.tourbook.device.polartrainer.PolarTrainerSAXHandler.java
License:Open Source License
private void finalizeTour() throws InvalidDeviceSAXException { if (finalizeTour10CreateTimeSlices() == false) { _isImported = false;//w ww . jav a 2s. co m return; } // create data object for each tour final TourData tourData = new TourData(); /* * set tour start date/time */ final DateTime tourStart = _currentExercise.tourStart; tourData.setStartHour((short) tourStart.getHourOfDay()); tourData.setStartMinute((short) tourStart.getMinuteOfHour()); tourData.setStartSecond((short) tourStart.getSecondOfMinute()); tourData.setStartYear((short) tourStart.getYear()); tourData.setStartMonth((short) tourStart.getMonthOfYear()); tourData.setStartDay((short) tourStart.getDayOfMonth()); tourData.setWeek(tourStart); tourData.setDeviceTimeInterval(_currentExercise.timeInterval); tourData.setTemperatureScale(TourbookDevice.TEMPERATURE_SCALE); tourData.importRawDataFile = _importFilePath; tourData.setTourImportFilePath(_importFilePath); tourData.setTourTitle(_currentExercise.tourTitle); tourData.setCalories(_currentExercise.calories); tourData.setRestPulse(_currentExercise.restPulse); tourData.createTimeSeries(_timeSlices, true); finalizeTour20CreateMarkers(tourData); finalizeTour30SetTourType(tourData); tourData.computeAltitudeUpDown(); // after all data are added, the tour id can be created final Long tourId = tourData .createTourId(_device.createUniqueId(tourData, Util.UNIQUE_ID_SUFFIX_POLAR_TRAINER)); // check if the tour is already imported if (_tourDataMap.containsKey(tourId) == false) { tourData.computeTourDrivingTime(); tourData.computeComputedValues(); tourData.setDeviceId(_device.deviceId); tourData.setDeviceName(DEVICE_NAME_POLAR_PERSONALTRAINER); tourData.setDeviceFirmwareVersion(_dataVersion == 1 ? TAG_ROOT_VERSION_1 : UI.EMPTY_STRING); // add new tour to other tours _tourDataMap.put(tourId, tourData); } _isImported = true; }
From source file:net.tourbook.device.sporttracks.FitLogSAXHandler.java
License:Open Source License
private void finalizeTour() { boolean isComputeDrivingTime = true; // create data object for each tour final TourData tourData = new TourData(); /*/*from w w w . j a va 2s . c o m*/ * set tour start date/time */ // DateTime tourDateTime = _currentActivity.trackTourDateTime; // final long trackStartTime = _currentActivity.trackTourStartTime; // if (trackStartTime != Long.MIN_VALUE && trackStartTime < 0) { // // // this case occured, e.g. year was 0002 // tourDateTime = _currentActivity.tourStartTime; // // } else if (tourDateTime == null) { // // // this case can occure when a tour do not have a track // tourDateTime = _currentActivity.tourStartTime; // } final DateTime tourStartTime = _currentActivity.tourStartTime; tourData.setStartHour((short) tourStartTime.getHourOfDay()); tourData.setStartMinute((short) tourStartTime.getMinuteOfHour()); tourData.setStartSecond((short) tourStartTime.getSecondOfMinute()); tourData.setStartYear((short) tourStartTime.getYear()); tourData.setStartMonth((short) tourStartTime.getMonthOfYear()); tourData.setStartDay((short) tourStartTime.getDayOfMonth()); tourData.setWeek(tourStartTime); tourData.setTourTitle(_currentActivity.name); tourData.setTourDescription(_currentActivity.notes); tourData.setTourStartPlace(_currentActivity.location); tourData.setCalories(_currentActivity.calories); /* * weather */ tourData.setWeather(_currentActivity.weatherText); tourData.setWeatherClouds(_weatherId.get(_currentActivity.weatherConditions)); final float weatherTemperature = _currentActivity.weatherTemperature; if (weatherTemperature != Float.MIN_VALUE) { tourData.setTemperatureScale(TourbookDevice.TEMPERATURE_SCALE); tourData.setAvgTemperature((int) (weatherTemperature * TourbookDevice.TEMPERATURE_SCALE)); } tourData.importRawDataFile = _importFilePath; tourData.setTourImportFilePath(_importFilePath); tourData.setDeviceTimeInterval((short) -1); if (_currentActivity.timeSlices.size() == 0) { // tour do not contain a track tourData.setTourDistance(_currentActivity.distance); tourData.setTourRecordingTime(_currentActivity.duration); tourData.setTourDrivingTime(_currentActivity.duration); isComputeDrivingTime = false; tourData.setTourAltUp(_currentActivity.elevationUp); tourData.setTourAltDown(_currentActivity.elevationDown); } else { tourData.createTimeSeries(_currentActivity.timeSlices, false); } // after all data are added, the tour id can be created because it depends on the tour distance final Long tourId = tourData .createTourId(_device.createUniqueId(tourData, Util.UNIQUE_ID_SUFFIX_SPORT_TRACKS_FITLOG)); // check if the tour is already imported if (_tourDataMap.containsKey(tourId) == false) { if (isComputeDrivingTime) { tourData.computeTourDrivingTime(); } tourData.computeAltitudeUpDown(); tourData.computeComputedValues(); if (tourData.pulseSerie == null) { tourData.setAvgPulse(_currentActivity.avgPulse); tourData.setMaxPulse(_currentActivity.maxPulse); } if (tourData.cadenceSerie == null) { tourData.setAvgCadence(_currentActivity.avgCadence); } tourData.setDeviceId(_device.deviceId); tourData.setDeviceName(_device.visibleName); finalizeTour10SetTourType(tourData); finalizeTour20SetTags(tourData); finalizeTour30CreateMarkers(tourData); // add new tour to other tours _tourDataMap.put(tourId, tourData); } // cleanup _currentActivity.timeSlices.clear(); _currentActivity.laps.clear(); _currentActivity.equipmentName.clear(); _isImported = true; }
From source file:net.tourbook.export.gpx.DialogExportTour.java
License:Open Source License
/** * Set filename with the first tour date/time, when tour is merged "<#default>" is displayed *//* w w w . ja va 2 s . c om*/ private void setFileName() { // search for the first tour TourData minTourData = null; final long minTourMillis = 0; for (final TourData tourData : _tourDataList) { final DateTime checkingTourDate = TourManager.getTourDateTime(tourData); if (minTourData == null) { minTourData = tourData; } else { final long tourMillis = checkingTourDate.getMillis(); if (tourMillis < minTourMillis) { minTourData = tourData; } } } if (_isMultipleTourAndMultipleFile) { // use default file name for each exported tour _comboFile.setText(Messages.dialog_export_label_DefaultFileName); } else if ((_tourDataList.size() == 1) && (_tourStartIndex != -1) && (_tourEndIndex != -1)) { // display the start date/time final DateTime dtTour = new DateTime(minTourData.getStartYear(), minTourData.getStartMonth(), minTourData.getStartDay(), minTourData.getStartHour(), minTourData.getStartMinute(), minTourData.getStartSecond(), 0); // adjust start time final int startTime = minTourData.timeSerie[_tourStartIndex]; final DateTime tourTime = dtTour.plusSeconds(startTime); _comboFile.setText(UI.format_yyyymmdd_hhmmss(tourTime.getYear(), tourTime.getMonthOfYear(), tourTime.getDayOfMonth(), tourTime.getHourOfDay(), tourTime.getMinuteOfHour(), tourTime.getSecondOfMinute())); } else { // display the tour date/time _comboFile.setText(UI.format_yyyymmdd_hhmmss(minTourData)); } }
From source file:net.tourbook.printing.DialogPrintTour.java
License:Open Source License
/** * Overwrite filename with the first tour date/time when the tour is not merged *///from w w w .j ava2 s .c om private void setFileName() { // search for the first tour TourData minTourData = null; final long minTourMillis = 0; for (final TourData tourData : _tourDataList) { final DateTime checkingTourDate = TourManager.getTourDateTime(tourData); if (minTourData == null) { minTourData = tourData; } else { final long tourMillis = checkingTourDate.getMillis(); if (tourMillis < minTourMillis) { minTourData = tourData; } } } if ((_tourDataList.size() == 1) && (_tourStartIndex != -1) && (_tourEndIndex != -1)) { // display the start date/time final DateTime dtTour = new DateTime(minTourData.getStartYear(), minTourData.getStartMonth(), minTourData.getStartDay(), minTourData.getStartHour(), minTourData.getStartMinute(), minTourData.getStartSecond(), 0); final int startTime = minTourData.timeSerie[_tourStartIndex]; final DateTime tourTime = dtTour.plusSeconds(startTime); _comboFile.setText(UI.format_yyyymmdd_hhmmss(tourTime.getYear(), tourTime.getMonthOfYear(), tourTime.getDayOfMonth(), tourTime.getHourOfDay(), tourTime.getMinuteOfHour(), tourTime.getSecondOfMinute())); } else { // display the tour date/time _comboFile.setText(UI.format_yyyymmdd_hhmmss(minTourData)); } }
From source file:net.tourbook.tour.DialogExtractTour.java
License:Open Source License
/** * Create a new tour with the extracted time slices *//*from w ww . j a va 2s. c o m*/ private boolean extractTour() { /* * get data series */ final int[] tourAltitudeSerie = _tourDataSource.altitudeSerie; final int[] tourCadenceSerie = _tourDataSource.cadenceSerie; final int[] tourDistanceSerie = _tourDataSource.distanceSerie; final double[] tourLatitudeSerie = _tourDataSource.latitudeSerie; final double[] tourLongitudeSerie = _tourDataSource.longitudeSerie; final int[] tourPulseSerie = _tourDataSource.pulseSerie; final int[] tourTemperatureSerie = _tourDataSource.temperatureSerie; final int[] tourTimeSerie = _tourDataSource.timeSerie; final boolean isTourAltitude = (tourAltitudeSerie != null) && (tourAltitudeSerie.length > 0); final boolean isTourCadence = (tourCadenceSerie != null) && (tourCadenceSerie.length > 0); final boolean isTourDistance = (tourDistanceSerie != null) && (tourDistanceSerie.length > 0); final boolean isTourLat = (tourLatitudeSerie != null) && (tourLatitudeSerie.length > 0); final boolean isTourLon = (tourLongitudeSerie != null) && (tourLongitudeSerie.length > 0); final boolean isTourPulse = (tourPulseSerie != null) && (tourPulseSerie.length > 0); final boolean isTourTemperature = (tourTemperatureSerie != null) && (tourTemperatureSerie.length > 0); final boolean isTourTime = (tourTimeSerie != null) && (tourTimeSerie.length > 0); /* * get speed/power data when data are created by the device */ int[] tourPowerSerie = null; int[] tourSpeedSerie = null; final boolean isTourPower = _tourDataSource.isPowerSerieFromDevice(); final boolean isTourSpeed = _tourDataSource.isSpeedSerieFromDevice(); if (isTourPower) { tourPowerSerie = _tourDataSource.getPowerSerie(); } if (isTourSpeed) { tourSpeedSerie = _tourDataSource.getSpeedSerie(); } int dataSerieLength = -1; if (isTourAltitude) { dataSerieLength = tourAltitudeSerie.length; } else if (isTourCadence) { dataSerieLength = tourCadenceSerie.length; } else if (isTourDistance) { dataSerieLength = tourDistanceSerie.length; } else if (isTourLat) { dataSerieLength = tourLatitudeSerie.length; } else if (isTourLon) { dataSerieLength = tourLongitudeSerie.length; } else if (isTourPower) { dataSerieLength = tourPowerSerie.length; } else if (isTourPulse) { dataSerieLength = tourPulseSerie.length; } else if (isTourSpeed) { dataSerieLength = tourSpeedSerie.length; } else if (isTourTemperature) { dataSerieLength = tourTemperatureSerie.length; } else if (isTourTime) { dataSerieLength = tourTimeSerie.length; } if (dataSerieLength == -1) { StatusUtil.showStatus(Messages.NT001_DialogExtractTour_InvalidTourData); return false; } if (_isSplitTour) { // _extractEndIndex contains -1, set end index to the last time slice _extractEndIndex = dataSerieLength - 1; } final int extractSerieLength = _extractEndIndex - _extractStartIndex + 1; final int[] extractAltitudeSerie = new int[extractSerieLength]; final int[] extractCadenceSerie = new int[extractSerieLength]; final int[] extractDistanceSerie = new int[extractSerieLength]; final double[] extractLatitudeSerie = new double[extractSerieLength]; final double[] extractLongitudeSerie = new double[extractSerieLength]; final int[] extractPowerSerie = new int[extractSerieLength]; final int[] extractPulseSerie = new int[extractSerieLength]; final int[] extractSpeedSerie = new int[extractSerieLength]; final int[] extractTemperatureSerie = new int[extractSerieLength]; final int[] extractTimeSerie = new int[extractSerieLength]; final HashSet<TourMarker> extractedTourMarker = new HashSet<TourMarker>(); final ArrayList<TourWayPoint> extractedWayPoints = new ArrayList<TourWayPoint>(); /* * get start date/time */ DateTime extractedTourStart = null; final boolean isOriginalTime = _chkKeepOriginalDateTime.getSelection(); if (isOriginalTime) { extractedTourStart = _extractedTourStartTime; } else { extractedTourStart = new DateTime(_dtTourDate.getYear(), _dtTourDate.getMonth() + 1, _dtTourDate.getDay(), _dtTourTime.getHours(), _dtTourTime.getMinutes(), _dtTourTime.getSeconds(), 0); } int relTourStartTime = 0; int extractedRecordingTime = 0; if (isTourTime) { relTourStartTime = tourTimeSerie[_extractStartIndex]; extractedRecordingTime = tourTimeSerie[_extractEndIndex] - relTourStartTime; } // get distance int extractedDistance = 0; int relTourStartDistance = 0; if (isTourDistance) { relTourStartDistance = tourDistanceSerie[_extractStartIndex]; extractedDistance = tourDistanceSerie[_extractEndIndex] - relTourStartDistance; } /* * copy existing data series */ int extractedSerieIndex = 0; for (int sourceSerieIndex = _extractStartIndex; sourceSerieIndex <= _extractEndIndex; sourceSerieIndex++) { if (isTourTime) { extractTimeSerie[extractedSerieIndex] = tourTimeSerie[sourceSerieIndex] - relTourStartTime; } if (isTourAltitude) { extractAltitudeSerie[extractedSerieIndex] = tourAltitudeSerie[sourceSerieIndex]; } if (isTourCadence) { extractCadenceSerie[extractedSerieIndex] = tourCadenceSerie[sourceSerieIndex]; } if (isTourDistance) { extractDistanceSerie[extractedSerieIndex] = tourDistanceSerie[sourceSerieIndex] - relTourStartDistance; } if (isTourPulse) { extractPulseSerie[extractedSerieIndex] = tourPulseSerie[sourceSerieIndex]; } if (isTourLat) { extractLatitudeSerie[extractedSerieIndex] = tourLatitudeSerie[sourceSerieIndex]; } if (isTourLon) { extractLongitudeSerie[extractedSerieIndex] = tourLongitudeSerie[sourceSerieIndex]; } if (isTourTemperature) { extractTemperatureSerie[extractedSerieIndex] = tourTemperatureSerie[sourceSerieIndex]; } if (isTourPower) { extractPowerSerie[extractedSerieIndex] = tourPowerSerie[sourceSerieIndex]; } if (isTourSpeed) { extractSpeedSerie[extractedSerieIndex] = tourSpeedSerie[sourceSerieIndex]; } extractedSerieIndex++; } /* * get tour markers, way points */ final Set<TourMarker> tourMarkers = _tourDataSource.getTourMarkers(); if (_chkIncludeMarkerWaypoints.getSelection()) { for (final TourMarker tourMarker : tourMarkers) { final int markerSerieIndex = tourMarker.getSerieIndex(); // skip marker which are not within the extracted time slices if (markerSerieIndex < _extractStartIndex || markerSerieIndex > _extractEndIndex) { continue; } final int extractedMarkerIndex = markerSerieIndex - _extractStartIndex; final TourMarker extractedMarker = tourMarker.clone(_tourDataTarget); // adjust marker position, position is relativ to the tour start extractedMarker.setSerieIndex(extractedMarkerIndex); if (isTourTime) { tourMarker.setTime(extractTimeSerie[extractedMarkerIndex]); } if (isTourDistance) { tourMarker.setDistance(extractDistanceSerie[extractedMarkerIndex]); } extractedTourMarker.add(extractedMarker); } /* * copy all way points, they can be independant of the tour */ for (final TourWayPoint wayPoint : _tourDataSource.getTourWayPoints()) { extractedWayPoints.add((TourWayPoint) wayPoint.clone()); } } // get description String extractedDescription = UI.EMPTY_STRING; if (_chkIncludeDescription.getSelection()) { extractedDescription = _tourDataSource.getTourDescription(); } /* * get calories */ int extractedCalories = 0; if (_extractStartIndex == 0 && _extractEndIndex == (dataSerieLength - 1)) { // tour is copied, the calories can also be copied extractedCalories = _tourDataSource.getCalories(); } else { // TODO calories should be set when they are computed } /* * set target tour data */ _tourDataTarget.setStartYear((short) extractedTourStart.getYear()); _tourDataTarget.setStartMonth((short) extractedTourStart.getMonthOfYear()); _tourDataTarget.setStartDay((short) extractedTourStart.getDayOfMonth()); _tourDataTarget.setStartHour((short) extractedTourStart.getHourOfDay()); _tourDataTarget.setStartMinute((short) extractedTourStart.getMinuteOfHour()); _tourDataTarget.setStartSecond((short) extractedTourStart.getSecondOfMinute()); _tourDataTarget.setWeek(extractedTourStart); // tour id must be created after the tour date/time is set _tourDataTarget.createTourId(); _tourDataTarget.setTourTitle(_txtTourTitle.getText()); _tourDataTarget.setTourDescription(extractedDescription.toString()); _tourDataTarget.setTourMarkers(extractedTourMarker); _tourDataTarget.setWayPoints(extractedWayPoints); _tourDataTarget.setDeviceName(_isSplitTour ? Messages.Dialog_SplitTour_Label_DeviceName : Messages.Dialog_ExtractTour_Label_DeviceName); _tourDataTarget.setIsDistanceFromSensor(_tourDataSource.isDistanceSensorPresent()); _tourDataTarget.setDeviceTimeInterval(_tourDataSource.getDeviceTimeInterval()); _tourDataTarget.setTourRecordingTime(extractedRecordingTime); _tourDataTarget.setTourDistance(extractedDistance); _tourDataTarget.setWeather(_tourDataSource.getWeather()); _tourDataTarget.setWeatherClouds(_tourDataSource.getWeatherClouds()); _tourDataTarget.setWeatherWindDir(_tourDataSource.getWeatherWindDir()); _tourDataTarget.setWeatherWindSpeed(_tourDataSource.getWeatherWindSpeed()); _tourDataTarget.setRestPulse(_tourDataSource.getRestPulse()); _tourDataTarget.setCalories(extractedCalories); _tourDataTarget.setDpTolerance(_tourDataSource.getDpTolerance()); if (isTourAltitude) { _tourDataTarget.altitudeSerie = extractAltitudeSerie; } if (isTourDistance) { _tourDataTarget.distanceSerie = extractDistanceSerie; } if (isTourCadence) { _tourDataTarget.cadenceSerie = extractCadenceSerie; } if (isTourLat) { _tourDataTarget.latitudeSerie = extractLatitudeSerie; } if (isTourLon) { _tourDataTarget.longitudeSerie = extractLongitudeSerie; } if (isTourPower) { _tourDataTarget.setPowerSerie(extractPowerSerie); } if (isTourPulse) { _tourDataTarget.pulseSerie = extractPulseSerie; } if (isTourSpeed) { _tourDataTarget.setSpeedSerie(extractSpeedSerie); } if (isTourTemperature) { _tourDataTarget.temperatureSerie = extractTemperatureSerie; } if (isTourTime) { _tourDataTarget.timeSerie = extractTimeSerie; } _tourDataTarget.setTemperatureScale(_tourDataSource.getTemperatureScale()); _tourDataTarget.computeAltitudeUpDown(); _tourDataTarget.computeTourDrivingTime(); _tourDataTarget.computeComputedValues(); // set person which is required to save a tour _tourDataTarget.setTourPerson(getSelectedPerson()); /* * check size of the fields */ if (_tourDataTarget.isValidForSave() == false) { return false; } TourManager.saveModifiedTour(_tourDataTarget); // check if time slices should be removed if (getStateSplitMethod().equals(STATE_EXTRACT_METHOD_REMOVE)) { TourManager.removeTimeSlices(_tourDataSource, _extractStartIndex, _extractEndIndex, true); _tourDataEditor.updateUI(_tourDataSource, true); TourManager.fireEvent(TourEventId.TOUR_CHANGED, new TourEvent(_tourDataSource)); } return true; }
From source file:net.tourbook.tour.DialogJoinTours.java
License:Open Source License
/** * Join the tours and create a new tour// w ww. j a v a 2s . c o m */ private boolean joinTours() { final boolean isOriginalTime = getStateJoinMethod().equals(STATE_JOIN_METHOD_ORIGINAL); /** * number of slices, time series are already checked in ActionJoinTours */ int joinedSliceCounter = 0; for (final TourData tourData : _selectedTours) { final int[] tourTimeSerie = tourData.timeSerie; final int[] tourDistanceSerie = tourData.distanceSerie; final double[] tourLatitudeSerie = tourData.latitudeSerie; final boolean isTourTime = (tourTimeSerie != null) && (tourTimeSerie.length > 0); final boolean isTourDistance = (tourDistanceSerie != null) && (tourDistanceSerie.length > 0); final boolean isTourLat = (tourLatitudeSerie != null) && (tourLatitudeSerie.length > 0); if (isTourTime) { joinedSliceCounter += tourTimeSerie.length; } else if (isTourDistance) { joinedSliceCounter += tourDistanceSerie.length; } else if (isTourLat) { joinedSliceCounter += tourLatitudeSerie.length; } } boolean isJoinAltitude = false; boolean isJoinDistance = false; boolean isJoinCadence = false; boolean isJoinLat = false; boolean isJoinLon = false; boolean isJoinPower = false; boolean isJoinPulse = false; boolean isJoinSpeed = false; // boolean isJoinTemperature = false; boolean isJoinTime = false; final int[] joinedAltitudeSerie = new int[joinedSliceCounter]; final int[] joinedCadenceSerie = new int[joinedSliceCounter]; final int[] joinedDistanceSerie = new int[joinedSliceCounter]; final double[] joinedLatitudeSerie = new double[joinedSliceCounter]; final double[] joinedLongitudeSerie = new double[joinedSliceCounter]; final int[] joinedPowerSerie = new int[joinedSliceCounter]; final int[] joinedPulseSerie = new int[joinedSliceCounter]; final int[] joinedSpeedSerie = new int[joinedSliceCounter]; final int[] joinedTemperatureSerie = new int[joinedSliceCounter]; final int[] joinedTimeSerie = new int[joinedSliceCounter]; final StringBuilder joinedDescription = new StringBuilder(); final HashSet<TourMarker> joinedTourMarker = new HashSet<TourMarker>(); final ArrayList<TourWayPoint> joinedWayPoints = new ArrayList<TourWayPoint>(); int joinedSerieIndex = 0; int joinedTourStartIndex = 0; int joinedTourStartDistance = 0; int joinedRecordingTime = 0; int joinedDrivingTime = 0; int joinedDistance = 0; int joinedCalories = 0; boolean isJoinedDistanceFromSensor = false; short joinedDeviceTimeInterval = -1; String joinedWeatherClouds = UI.EMPTY_STRING; String joinedWeather = UI.EMPTY_STRING; int joinedWeatherWindDir = 0; int joinedWeatherWindSpeed = 0; int joinedRestPulse = 0; int joinedTemperatureScale = 1; int relTourTime = 0; long relTourTimeOffset = 0; long absFirstTourStartTimeSec = 0; long absJoinedTourStartTimeSec = 0; DateTime joinedTourStart = null; boolean isFirstTour = true; /* * copy tour data series into joined data series */ for (final TourData tourTourData : _selectedTours) { final int[] tourAltitudeSerie = tourTourData.altitudeSerie; final int[] tourCadenceSerie = tourTourData.cadenceSerie; final int[] tourDistanceSerie = tourTourData.distanceSerie; final double[] tourLatitudeSerie = tourTourData.latitudeSerie; final double[] tourLongitudeSerie = tourTourData.longitudeSerie; final int[] tourPulseSerie = tourTourData.pulseSerie; final int[] tourTemperatureSerie = tourTourData.temperatureSerie; final int[] tourTimeSerie = tourTourData.timeSerie; final boolean isTourAltitude = (tourAltitudeSerie != null) && (tourAltitudeSerie.length > 0); final boolean isTourCadence = (tourCadenceSerie != null) && (tourCadenceSerie.length > 0); final boolean isTourDistance = (tourDistanceSerie != null) && (tourDistanceSerie.length > 0); final boolean isTourLat = (tourLatitudeSerie != null) && (tourLatitudeSerie.length > 0); final boolean isTourLon = (tourLongitudeSerie != null) && (tourLongitudeSerie.length > 0); final boolean isTourPulse = (tourPulseSerie != null) && (tourPulseSerie.length > 0); final boolean isTourTemperature = (tourTemperatureSerie != null) && (tourTemperatureSerie.length > 0); final boolean isTourTime = (tourTimeSerie != null) && (tourTimeSerie.length > 0); /* * get speed/power data when it's from the device */ int[] tourPowerSerie = null; int[] tourSpeedSerie = null; final boolean isTourPower = tourTourData.isPowerSerieFromDevice(); final boolean isTourSpeed = tourTourData.isSpeedSerieFromDevice(); if (isTourPower) { tourPowerSerie = tourTourData.getPowerSerie(); } if (isTourSpeed) { tourSpeedSerie = tourTourData.getSpeedSerie(); } /* * set tour time */ final DateTime tourStartTime = new DateTime(tourTourData.getStartYear(), tourTourData.getStartMonth(), tourTourData.getStartDay(), tourTourData.getStartHour(), tourTourData.getStartMinute(), tourTourData.getStartSecond(), 0); if (isFirstTour) { // get start date/time if (isOriginalTime) { joinedTourStart = tourStartTime; } else { joinedTourStart = new DateTime(_dtTourDate.getYear(), _dtTourDate.getMonth() + 1, _dtTourDate.getDay(), _dtTourTime.getHours(), _dtTourTime.getMinutes(), _dtTourTime.getSeconds(), 0); } // tour start in absolute seconds absJoinedTourStartTimeSec = joinedTourStart.getMillis() / 1000; absFirstTourStartTimeSec = absJoinedTourStartTimeSec; } else { // get relative time offset if (isOriginalTime) { final DateTime tourStart = tourStartTime; final long absTourStartTimeSec = tourStart.getMillis() / 1000; // keep original time relTourTimeOffset = absTourStartTimeSec - absFirstTourStartTimeSec; } else { /* * remove time gaps between tours, add relative time from the last tour and add * 1 second for the start of the next tour */ relTourTimeOffset += relTourTime + 1; } } /* * get number of slices */ int tourSliceCounter = 0; if (isTourTime) { tourSliceCounter = tourTimeSerie.length; } else if (isTourDistance) { tourSliceCounter = tourDistanceSerie.length; } else if (isTourLat) { tourSliceCounter = tourLatitudeSerie.length; } int relTourDistance = 0; /* * copy data series */ for (int tourSerieIndex = 0; tourSerieIndex < tourSliceCounter; tourSerieIndex++) { if (isTourTime) { relTourTime = tourTimeSerie[tourSerieIndex]; joinedTimeSerie[joinedSerieIndex] = (int) (relTourTimeOffset + relTourTime); isJoinTime = true; } if (isTourAltitude) { joinedAltitudeSerie[joinedSerieIndex] = tourAltitudeSerie[tourSerieIndex]; isJoinAltitude = true; } if (isTourCadence) { joinedCadenceSerie[joinedSerieIndex] = tourCadenceSerie[tourSerieIndex]; isJoinCadence = true; } if (isTourDistance) { relTourDistance = tourDistanceSerie[tourSerieIndex]; joinedDistanceSerie[joinedSerieIndex] = joinedTourStartDistance + relTourDistance; isJoinDistance = true; } if (isTourPulse) { joinedPulseSerie[joinedSerieIndex] = tourPulseSerie[tourSerieIndex]; isJoinPulse = true; } if (isTourLat) { joinedLatitudeSerie[joinedSerieIndex] = tourLatitudeSerie[tourSerieIndex]; isJoinLat = true; } if (isTourLon) { joinedLongitudeSerie[joinedSerieIndex] = tourLongitudeSerie[tourSerieIndex]; isJoinLon = true; } if (isTourTemperature) { joinedTemperatureSerie[joinedSerieIndex] = tourTemperatureSerie[tourSerieIndex]; } else { // set temperature to temporarily value joinedTemperatureSerie[joinedSerieIndex] = Integer.MIN_VALUE; } if (isTourPower) { joinedPowerSerie[joinedSerieIndex] = tourPowerSerie[tourSerieIndex]; isJoinPower = true; } if (isTourSpeed) { joinedSpeedSerie[joinedSerieIndex] = tourSpeedSerie[tourSerieIndex]; isJoinSpeed = true; } joinedSerieIndex++; } final Set<TourMarker> tourMarkers = tourTourData.getTourMarkers(); if (_chkIncludeMarkerWaypoints.getSelection()) { /* * copy tour markers */ for (final TourMarker tourMarker : tourMarkers) { final TourMarker clonedMarker = tourMarker.clone(_joinedTourData); int joinMarkerIndex = joinedTourStartIndex + clonedMarker.getSerieIndex(); if (joinMarkerIndex >= joinedSliceCounter) { joinMarkerIndex = joinedSliceCounter - 1; } // adjust marker position, position is relativ to the tour start clonedMarker.setSerieIndex(joinMarkerIndex); if (isJoinTime) { clonedMarker.setTime(joinedTimeSerie[joinMarkerIndex]); } if (isJoinDistance) { clonedMarker.setDistance(joinedDistanceSerie[joinMarkerIndex]); } joinedTourMarker.add(clonedMarker); } /* * copy way points */ for (final TourWayPoint wayPoint : tourTourData.getTourWayPoints()) { joinedWayPoints.add((TourWayPoint) wayPoint.clone()); } } if (_chkCreateTourMarker.getSelection()) { /* * create a tour marker */ // first find a free marker position in the tour int tourMarkerIndex = -1; for (int tourSerieIndex = 0; tourSerieIndex < tourSliceCounter; tourSerieIndex++) { boolean isIndexAvailable = true; // check if a marker occupies the current index for (final TourMarker tourMarker : tourMarkers) { if (tourMarker.getSerieIndex() == tourSerieIndex) { isIndexAvailable = false; break; } } if (isIndexAvailable) { // free index was found tourMarkerIndex = tourSerieIndex; break; } } if (tourMarkerIndex != -1) { // create tour marker label final String stateTourMarker = getStateTourMarker(); final long tourStartTimeMS = tourStartTime.getMillis(); String markerLabel = UI.EMPTY_STRING; if (stateTourMarker.equals(STATE_MARKER_TYPE_SMALL)) { markerLabel = _dtFormatterShort.print(tourStartTimeMS); } else if (stateTourMarker.equals(STATE_MARKER_TYPE_MEDIUM)) { markerLabel = _dtFormatterMedium.print(tourStartTimeMS); } else if (stateTourMarker.equals(STATE_MARKER_TYPE_LARGE)) { markerLabel = _dtFormatterFull.print(tourStartTimeMS); } final int joinMarkerIndex = joinedTourStartIndex + tourMarkerIndex; final TourMarker tourMarker = new TourMarker(_joinedTourData, ChartLabel.MARKER_TYPE_CUSTOM); tourMarker.setSerieIndex(joinMarkerIndex); tourMarker.setLabel(markerLabel); tourMarker.setVisualPosition(ChartLabel.VISUAL_VERTICAL_ABOVE_GRAPH); if (isJoinTime) { tourMarker.setTime(joinedTimeSerie[joinMarkerIndex]); } if (isJoinDistance) { tourMarker.setDistance(joinedDistanceSerie[joinMarkerIndex]); } joinedTourMarker.add(tourMarker); } } /* * create description */ if (_chkIncludeDescription.getSelection()) { final String tourDescription = tourTourData.getTourDescription(); if (joinedDescription.length() > 0) { // set space between two tours joinedDescription.append(UI.NEW_LINE2); } joinedDescription.append(Messages.Dialog_JoinTours_Label_Tour); joinedDescription.append(TourManager.getTourTitleDetailed(tourTourData)); if (tourDescription.length() > 0) { joinedDescription.append(UI.NEW_LINE); joinedDescription.append(tourDescription); } } /* * other tour values */ if (isFirstTour) { isJoinedDistanceFromSensor = tourTourData.isDistanceSensorPresent(); joinedDeviceTimeInterval = tourTourData.getDeviceTimeInterval(); joinedWeather = tourTourData.getWeather(); joinedWeatherClouds = tourTourData.getWeatherClouds(); joinedWeatherWindDir = tourTourData.getWeatherWindDir(); joinedWeatherWindSpeed = tourTourData.getWeatherWindSpeed(); joinedRestPulse = tourTourData.getRestPulse(); joinedTemperatureScale = tourTourData.getTemperatureScale(); } else { if (isJoinedDistanceFromSensor && tourTourData.isDistanceSensorPresent()) { // keep TRUE state } else { isJoinedDistanceFromSensor = false; } if (joinedDeviceTimeInterval == tourTourData.getDeviceTimeInterval()) { // keep value } else { joinedDeviceTimeInterval = -1; } } /* * summarize other fields */ tourTourData.computeTourDrivingTime(); joinedRecordingTime += tourTourData.getTourRecordingTime(); joinedDrivingTime += tourTourData.getTourDrivingTime(); joinedDistance += tourTourData.getTourDistance(); joinedCalories += tourTourData.getCalories(); /* * init next tour */ isFirstTour = false; joinedTourStartIndex = joinedSerieIndex; joinedTourStartDistance += relTourDistance; } /* * setup tour data */ _joinedTourData.setStartHour((short) joinedTourStart.getHourOfDay()); _joinedTourData.setStartMinute((short) joinedTourStart.getMinuteOfHour()); _joinedTourData.setStartSecond((short) joinedTourStart.getSecondOfMinute()); _joinedTourData.setStartYear((short) joinedTourStart.getYear()); _joinedTourData.setStartMonth((short) joinedTourStart.getMonthOfYear()); _joinedTourData.setStartDay((short) joinedTourStart.getDayOfMonth()); _joinedTourData.setWeek(joinedTourStart); // tour id must be created after the tour date/time is set _joinedTourData.createTourId(); _joinedTourData.setTourTitle(_txtTourTitle.getText()); _joinedTourData.setTourDescription(joinedDescription.toString()); _joinedTourData.setTourMarkers(joinedTourMarker); _joinedTourData.setWayPoints(joinedWayPoints); _joinedTourData.setDeviceName(Messages.Dialog_JoinTours_Label_DeviceName); _joinedTourData.setIsDistanceFromSensor(isJoinedDistanceFromSensor); _joinedTourData.setDeviceTimeInterval(joinedDeviceTimeInterval); _joinedTourData.setCalories(joinedCalories); _joinedTourData.setRestPulse(joinedRestPulse); _joinedTourData.setWeather(joinedWeather); _joinedTourData.setWeatherClouds(joinedWeatherClouds); _joinedTourData.setWeatherWindDir(joinedWeatherWindDir); _joinedTourData.setWeatherWindSpeed(joinedWeatherWindSpeed); _joinedTourData.setTourRecordingTime(joinedRecordingTime); _joinedTourData.setTourDrivingTime(joinedDrivingTime); _joinedTourData.setTourDistance(joinedDistance); // !! tour type and tour tags are already set !! if (isJoinAltitude) { _joinedTourData.altitudeSerie = joinedAltitudeSerie; } if (isJoinDistance) { _joinedTourData.distanceSerie = joinedDistanceSerie; } if (isJoinCadence) { _joinedTourData.cadenceSerie = joinedCadenceSerie; } if (isJoinLat) { _joinedTourData.latitudeSerie = joinedLatitudeSerie; } if (isJoinLon) { _joinedTourData.longitudeSerie = joinedLongitudeSerie; } if (isJoinPower) { _joinedTourData.setPowerSerie(joinedPowerSerie); } if (isJoinPulse) { _joinedTourData.pulseSerie = joinedPulseSerie; } if (isJoinSpeed) { _joinedTourData.setSpeedSerie(joinedSpeedSerie); } _joinedTourData.temperatureSerie = joinedTemperatureSerie; _joinedTourData.setTemperatureScale(joinedTemperatureScale); if (isJoinTime) { _joinedTourData.timeSerie = joinedTimeSerie; } _joinedTourData.computeAltitudeUpDown(); _joinedTourData.computeComputedValues(); // set person which is required to save a tour _joinedTourData.setTourPerson(getSelectedPerson()); /* * check size of the fields */ if (_joinedTourData.isValidForSave() == false) { return false; } /* * TourData.computeComputedValues() creates speed data serie which must be removed that * cleanupDataSeries() works correctly */ _joinedTourData.setSpeedSerie(null); _joinedTourData.cleanupDataSeries(); _joinedTourData = TourManager.saveModifiedTour(_joinedTourData); return true; }
From source file:nl.mpi.oai.harvester.cycle.EndpointAdapter.java
License:Open Source License
@Override public void doneHarvesting(Boolean done) { /* Store the current date in a XMLGregorianCalendar object. Note: at the XML level, the date will be represented in ISO8601 format. *//*from ww w .j av a 2s . co m*/ XMLGregorianCalendar xmlGregorianCalendar; try { // get current time in the UTC zone DateTime dateTime = new DateTime(DateTimeZone.UTC); // create XML calendar xmlGregorianCalendar = DatatypeFactory.newInstance().newXMLGregorianCalendar(); // set the date related fields xmlGregorianCalendar.setDay(dateTime.getDayOfMonth()); xmlGregorianCalendar.setMonth(dateTime.getMonthOfYear()); xmlGregorianCalendar.setYear(dateTime.getYear()); // set the calendar to UTC, this zone sets off 0 minutes from UTC xmlGregorianCalendar.setTimezone(0); // set the time related fields xmlGregorianCalendar.setHour(dateTime.getHourOfDay()); xmlGregorianCalendar.setMinute(dateTime.getMinuteOfHour()); xmlGregorianCalendar.setSecond(dateTime.getSecondOfMinute()); // represent milliseconds as a fraction of a second BigDecimal s = BigDecimal.valueOf(dateTime.getMillisOfSecond()); s = s.divide(BigDecimal.valueOf(1000)); xmlGregorianCalendar.setFractionalSecond(s); // set the property representing the date of the attempt endpointType.setAttempted(xmlGregorianCalendar); if (done) { // successful attempt, also set attribute representing this endpointType.setHarvested(xmlGregorianCalendar); } xmlOverview.save(); } catch (DatatypeConfigurationException e) { // report the error, we cannot continue Logger.getLogger(EndpointAdapter.class.getName()).log(Level.SEVERE, null, endpointType); } }