List of usage examples for org.jfree.data.time Millisecond Millisecond
public Millisecond(Date time)
From source file:org.streamspinner.harmonica.application.CQGraphTerminal.java
private Millisecond getMillisecond() { Calendar c = Calendar.getInstance(); c.add(c.MILLISECOND, base);//from w w w. j a v a 2 s. c o m base++; Millisecond mil = new Millisecond(c.getTime()); return mil; }
From source file:com.freedomotic.jfrontend.extras.GraphPanel.java
/** * * @param ev//www .j a v a 2 s . c o m */ public void addDataFromEvent(EventTemplate ev) { Date d = new Date(ev.getCreation()); Millisecond ms_read = new Millisecond(d); int valut = ev.getProperty("object.behavior.powered").equalsIgnoreCase("true") ? 1 : 0; series.addOrUpdate(ms_read, valut); chart.fireChartChanged(); }
From source file:it.freedomotic.jfrontend.extras.GraphPanel.java
public void addDataFromEvent(EventTemplate ev) { Date d = new Date(ev.getCreation()); Millisecond ms_read = new Millisecond(d); int valut = ev.getProperty("object.behavior.powered").equalsIgnoreCase("true") ? 1 : 0; series.addOrUpdate(ms_read, valut);//from w w w.j a va 2 s. c o m chart.fireChartChanged(); }
From source file:net.liuxuan.device.VACVBS.JIF_DrawChart_vacvbs.java
public void openFiletoCurve() throws NumberFormatException { String tempstr = jFormattedTextField_temp.getText(); int tempint = Integer.parseInt(tempstr); dropinterval = tempint;/* ww w .jav a 2s . co m*/ //?? //??0?1 filterds = new double[dropinterval]; SimpleDateFormat sdfx = new SimpleDateFormat("[yyyy-MM-dd HH:mm:ss]"); // String content; String fileContent = null; JFileChooser jfc = initFileChooser(); int result = jfc.showOpenDialog(this); // ""? if (result == JFileChooser.APPROVE_OPTION) { // String filepath = jfc.getSelectedFile().getAbsolutePath(); if (jfc.getSelectedFile() == null) { // System.out.println("!!"); return; } try { fileContent = Files.toString(jfc.getSelectedFile(), Charsets.ISO_8859_1); } catch (IOException ex) { Logger.getLogger(JIF_DrawChart_vacvbs.class.getName()).log(Level.SEVERE, null, ex); } } else { System.out.println("!!"); return; } //??,dropinterval parseFileToDataStructure(fileContent, dropinterval); if (metadatas.size() == 0) { System.out.println("?"); return; } else { chartPanel.getChart().setTitle("" + jfc.getSelectedFile().getName()); System.out.println("" + jfc.getSelectedFile().getName()); System.out.println(String.format("?%d", metadatas.size())); } //===============kalman? clearChart();//? tsNotifyFalse();//? //?? for (int i = 0; i < metadatas.size(); i++) { VACVBSMetaData data = metadatas.get(i); ts_LP.addOrUpdate(new Millisecond(data.date1), data.LP); ts_HP.addOrUpdate(new Millisecond(data.date1), data.HP); ts_temprature.addOrUpdate(new Millisecond(data.date1), data.Temprature); //??100??100 ts_humidity.addOrUpdate(new Millisecond(data.date1), data.Humidity); //25????25 ts_num.addOrUpdate(new Millisecond(data.date1), data.num); //38????38 ts_time.addOrUpdate(new Millisecond(data.date1), data.Time); //? //status 1?? 2 ? 3 4 5?? 6 7?? 8 9? 0 ts_reserved1.addOrUpdate(new Millisecond(data.date1), data.reserved1); ts_reserved2.addOrUpdate(new Millisecond(data.date1), data.reserved2); ts_reserved3.addOrUpdate(new Millisecond(data.date1), data.reserved3); } tsNotifyTrue();// }
From source file:com.android.ddmuilib.log.event.EventDisplay.java
private void processClick(XYPlot xyPlot) { double rangeValue = xyPlot.getRangeCrosshairValue(); if (rangeValue != 0) { double domainValue = xyPlot.getDomainCrosshairValue(); Millisecond msec = new Millisecond(new Date((long) domainValue)); // look for values in the dataset that contains data at this TimePeriod Set<ValueDisplayDescriptor> descKeys = mValueDescriptorSeriesMap.keySet(); for (ValueDisplayDescriptor descKey : descKeys) { HashMap<Integer, TimeSeries> map = mValueDescriptorSeriesMap.get(descKey); Set<Integer> pidKeys = map.keySet(); for (Integer pidKey : pidKeys) { TimeSeries series = map.get(pidKey); Number value = series.getValue(msec); if (value != null) { // found a match. lets check against the actual value. if (value.doubleValue() == rangeValue) { return; }/*from ww w . jav a2 s .c o m*/ } } } } }
From source file:net.liuxuan.device.w3330.JIF_DrawChart_w3330.java
public void openFiletoCurve() throws NumberFormatException { String tempstr = jFormattedTextField_temp.getText(); int tempint = Integer.parseInt(tempstr); dropinterval = tempint;//from w w w.jav a2 s. c o m //?? //??0?1 double oldzero = -1000; long oldzerotime = -1; double oldstatus = -1; filterds = new double[dropinterval]; SimpleDateFormat sdfx = new SimpleDateFormat("[yyyy-MM-dd HH:mm:ss]"); // String content; List<String> fileContentStringList = null; JFileChooser jfc = initFileChooser(); //?lastpath String latestPath = (String) datas.get("lastpath"); File currentDir = null; FileSystemView fsv = FileSystemView.getFileSystemView(); if (latestPath == null) { //? currentDir = fsv.getHomeDirectory(); } else { currentDir = new File(latestPath); if (currentDir.exists() && currentDir.isDirectory()) { } else { currentDir = fsv.getHomeDirectory(); } } jfc.setCurrentDirectory(currentDir); int result = jfc.showOpenDialog(this); // ""? if (result == JFileChooser.APPROVE_OPTION) { // String filepath = jfc.getSelectedFile().getAbsolutePath(); //lastpath datas.put("lastpath", jfc.getSelectedFile().isDirectory() ? jfc.getSelectedFile().getAbsolutePath() : jfc.getSelectedFile().getParent()); if (jfc.getSelectedFile() == null) { // System.out.println("!!"); return; } try { fileContentStringList = Files.readLines(jfc.getSelectedFile(), Charsets.ISO_8859_1); } catch (IOException ex) { Logger.getLogger(JIF_DrawChart_w3330.class.getName()).log(Level.SEVERE, null, ex); } } else { System.out.println("!!"); return; } //??,dropinterval parseFileToDataStructure(fileContentStringList, dropinterval); if (metadatas.size() == 0) { System.out.println("?"); return; } else { chartPanel.getChart().setTitle("" + jfc.getSelectedFile().getName()); System.out.println("" + jfc.getSelectedFile().getName()); System.out.println(String.format("?%d", fileContentStringList.size())); System.out.println(String.format("?%d", metadatas.size())); } //? KalmanFilterHolder kfh_AmbiTemp = new KalmanFilterHolder(25d);//? KalmanFilterHolder kfh_ppm = new KalmanFilterHolder(13d);//? //===============kalman? clearChart();//? tsNotifyFalse();//? //?? for (int i = 0; i < metadatas.size(); i++) { W3330MetaData data = metadatas.get(i); if (oldzero < -1) { oldzero = data.zero; oldzerotime = data.time.getTime(); } else if (oldzero != data.zero) { oldzero = data.zero; oldzerotime = data.time.getTime(); // Color purple = new Color(139, 0, 255); String Labelstr = String.format("%.4f", data.zero); chartDrawHerizonLine(data, purple, Labelstr); } //status 1?? 2 ? 3 4 5?? 6 7?? 8 9? 0 if (oldstatus != data.status) { oldstatus = data.status; // Color purple = new Color(139, 0, 255); String Labelstr; switch ((int) data.status) { case 1: Labelstr = "??"; break; case 2: Labelstr = "?"; break; case 3: Labelstr = ""; break; case 4: Labelstr = ""; break; case 5: Labelstr = "??"; break; case 6: Labelstr = ""; break; case 7: Labelstr = "??"; break; case 8: Labelstr = ""; break; case 9: Labelstr = "?"; break; case 0: Labelstr = ""; break; default: Labelstr = "???status=" + data.status; // throw new AssertionError(); } // Labelstr = String.format("%.4f", data.zero); chartDrawVerticalLine(data, purple, Labelstr); //?ppm kfh_ppm = new KalmanFilterHolder(data.wppm);//? } // data.filter1 = kfh_AmbiTemp.getEstimation(data.temp3); data.filter2 = kfh_ppm.getEstimation(data.wppm); //fitting2 = kalmanfilter2.getStateEstimation()[0]-(fitting-25)*0.78; // fitting2 = wppm-(fitting-25)*0.7;//ppm // fitting = kalmanfilter.getStateEstimation()[0]; // state estimate shouldn't be larger than the measurement noise // double diff = Math.abs(x.getEntry(0) - kalmanfilter.getStateEstimation()[0]); /* //? if (filterpoint < filterds.length) { //? filterds[filterpoint] = temp3; filterpoint++; fitting = wppm; } else { //??? filterds[filterpoint % filterds.length] = temp3; double[] copy = Arrays.copyOf(filterds, filterds.length); Arrays.sort(copy); double total = 0; for (int idx = copy.length / 4; idx < copy.length - copy.length / 4; idx++) { total += copy[idx]; } temp3 = total / (copy.length - copy.length / 4 - copy.length / 4); filterpoint++; //0.78? //???? // fitting = wppm-(filterds[filterpoint%filterds.length]-25)*0.78; fitting = wppm - (temp3 - 25) * 0.78; } */ ts_wppm.addOrUpdate(new Millisecond(data.time), data.wppm); ts_wppm_zero.addOrUpdate(new Millisecond(data.time), data.ppmzero); ts_wvtr.addOrUpdate(new Millisecond(data.time), data.wvtr); //??100??100 ts_flux.addOrUpdate(new Millisecond(data.time), data.flux); //25????25 ts_tempambi.addOrUpdate(new Millisecond(data.time), data.temp3); //38????38 ts_tempcell.addOrUpdate(new Millisecond(data.time), data.temp1); //? //status 1?? 2 ? 3 4 5?? 6 7?? 8 9? 0 ts_status.addOrUpdate(new Millisecond(data.time), data.status); ts_fitting.addOrUpdate(new Millisecond(data.time), data.filter1); data.fitting2 = data.wppm - (data.temp3 - 25) * 1.25;//?? //data.fitting2 = data.wppm *(273.15+25)/(273.15+data.temp3);//?? // data.fitting2= data.wppm+(data.flux-40)*12.4; // ts_fitting2.addOrUpdate(new Millisecond(data.time), data.fitting2); ts_fitting2.addOrUpdate(new Millisecond(data.time), data.filter2); //fitting2 ? /* int step = 20; step = tempint; if (data.zero > 0 && i % step == 0 && i > 2 * step) { //?? double value_wvtr = (data.wppm - data.zero) * 0.02161956; double total = 0; double value_avg = 0; double old1 = (metadatas.get(i - step).wppm - data.zero); double old2 = (metadatas.get(i - step * 2).wppm - data.zero); total = (old1 + old2 + (data.wppm - data.zero)) * 0.02161956; value_avg = total / 3; double diff = (value_wvtr - value_avg) / value_avg; System.out.println(String.format(":%s?%.4f?%.4f???%.4f%%", sdfx.format(data.time), value_wvtr, value_avg, diff * 100)); ts_fitting2.addOrUpdate(new Millisecond(data.time), data.wppm - old1 - data.zero); } */ } tsNotifyTrue();// }
From source file:de.xirp.chart.ChartManager.java
/** * This method creates a//ww w. j a v a 2s . c om * {@link org.jfree.data.time.TimeSeriesCollection} from the given * {@link de.xirp.db.Record} and key array. The * record is evaluated from the given start to the given stop time * or is evaluated completely if the flag <code>origTime</code> * is set to <code>true</code>. <br> * <br> * The method also fills the given * <code>List<Observed></code> with the found * {@link de.xirp.db.Observed} value objects. This * list is used by the * {@link de.xirp.chart.ChartManager#exportAutomatically(List, JFreeChart)} * method. <br> * <br> * This is done because the code base is the the. The * {@link de.xirp.db.Observed} objects are created * from a database query. To create a chart the date must be * contained in a {@link org.jfree.data.time.TimeSeriesCollection}. * The export methods in * {@link de.xirp.chart.ChartUtil} works with a * <code>List<Observed></code>. The database query * delivers a <code>List<Observed></code>, so the values * are converted to a * {@link org.jfree.data.time.TimeSeriesCollection} and then are * copied to the <code>all</code> list to be used laster on in * the * {@link de.xirp.chart.ChartManager#exportAutomatically(List, JFreeChart)} * method. * * @param all * <code>null</code> or empty List <b>not</b> * permitted.<br> * Must be a <code>new</code> List. * @param record * The record containing the data. * @param keys * The keys to use. * @param origTime * A flag indicating if the original time should be * used. * @param stop * The start time. * @param start * The stop time. * @return A <code>TimeSeriesCollection</code> with the values * of the record for the time interval. * @see org.jfree.data.time.TimeSeriesCollection * @see de.xirp.db.Observed * @see de.xirp.db.Record * @see de.xirp.chart.ChartUtil * @see de.xirp.chart.ChartManager#exportAutomatically(java.util.List, * org.jfree.chart.JFreeChart) * @see org.jfree.chart.JFreeChart */ private static TimeSeriesCollection createTimeSeriesAndFillAllObservedList(List<Observed> all, Record record, String[] keys, boolean origTime, long start, long stop) { TimeSeriesCollection dataset = new TimeSeriesCollection(); Date date = new Date(); List<Observed> obs; for (String keyname : keys) { TimeSeries ts = new TimeSeries(keyname, Millisecond.class); if (origTime) { obs = ChartDatabaseUtil.getObservedList(record, keyname); } else { obs = ChartDatabaseUtil.getObservedList(record, keyname, start, stop); } for (Observed o : obs) { date.setTime(o.getTimestamp()); ts.addOrUpdate(new Millisecond(date), o.getValue()); } all.addAll(obs); dataset.addSeries(ts); } return dataset; }
From source file:ch.algotrader.client.chart.ChartTab.java
private RegularTimePeriod getRegularTimePeriod(Date date) { if (TimePeriod.MSEC.equals(this.chartDefinition.getTimePeriod())) { return new Millisecond(date); } else if (TimePeriod.SEC.equals(this.chartDefinition.getTimePeriod())) { return new Second(date); } else if (TimePeriod.MIN.equals(this.chartDefinition.getTimePeriod())) { return new Minute(date); } else if (TimePeriod.HOUR.equals(this.chartDefinition.getTimePeriod())) { return new Hour(date); } else if (TimePeriod.DAY.equals(this.chartDefinition.getTimePeriod())) { return new Day(date); } else if (TimePeriod.WEEK.equals(this.chartDefinition.getTimePeriod())) { return new Week(date); } else if (TimePeriod.MONTH.equals(this.chartDefinition.getTimePeriod())) { return new Month(date); } else if (TimePeriod.YEAR.equals(this.chartDefinition.getTimePeriod())) { return new Year(date); } else {//w w w . j a v a2 s . c o m throw new IllegalArgumentException("unkown TimePeriod: " + this.chartDefinition.getTimePeriod()); } }
From source file:com.peterbochs.instrument.InstrumentPanel.java
private void runTimer() { if (interruptTimer != null) { interruptTimer.cancel();/* ww w. j av a 2s . c om*/ } interruptTimer = new Timer(); interruptTimer.schedule(new TimerTask() { Hashtable<Long, Integer> oldInterruptRecords; public void run() { try { synchronized (allSeries) { ArrayList<Long> list = Collections.list(InterruptSocketServer.interruptRecords.keys()); Date d = new Date(); // int noOfFrame = getTimeframe() / getSpeed(); oldInterruptRecords = (Hashtable<Long, Integer>) InterruptSocketServer.interruptRecords .clone(); ((InterruptTableModel) jInterruptTable.getModel()).fireTableDataChanged(); for (int x = 0; x < list.size(); x++) { long interuptNoL = list.get(x); int interruptNo = (int) interuptNoL; if (allSeries.get(interruptNo) != null) { TimeSeries series = allSeries.get(interruptNo); List<TimeSeriesDataItem> items = series.getItems(); for (int z = items.size() - 1; z >= 0; z--) { RegularTimePeriod pd = items.get(z).getPeriod(); Calendar cal1 = Calendar.getInstance(); cal1.add(Calendar.MILLISECOND, -1 * getTimeframe()); Calendar cal2 = Calendar.getInstance(); cal2.setTime(pd.getEnd()); if (cal1.after(cal2)) { series.delete(pd); } } series.add(new Millisecond(d), InterruptSocketServer.interruptRecords.get(interuptNoL) - oldInterruptRecords.get(interuptNoL)); // InterruptSocketServer.interruptRecords.put(interuptNoL, 0); } else { TimeSeries newSeries = new TimeSeries("Int 0x" + Integer.toHexString(interruptNo)); interruptDataset.addSeries(newSeries); allSeries.put(interruptNo, newSeries); } } interruptChart.fireChartChanged(); } } catch (Exception ex) { ex.printStackTrace(); } } }, 0, getSpeed()); }