/*
* Course Generator
* Copyright (C) 2016 Pierre Delore
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
package course_generator;
import static course_generator.utils.Utils.CalcDistance;
import java.awt.Color;
import java.awt.Component;
import java.io.BufferedOutputStream;
import java.io.File;
import java.io.FileOutputStream;
import java.io.IOException;
import java.io.PrintWriter;
import java.text.DecimalFormat;
import java.text.DecimalFormatSymbols;
import java.text.NumberFormat;
import java.util.ArrayList;
import java.util.Collections;
import java.util.Locale;
import javax.swing.JOptionPane;
import javax.xml.stream.XMLOutputFactory;
import javax.xml.stream.XMLStreamException;
import javax.xml.stream.XMLStreamWriter;
import org.joda.time.DateTime;
import com.sun.xml.txw2.output.IndentingXMLStreamWriter;
import course_generator.param.ParamData;
import course_generator.settings.CgSettings;
import course_generator.utils.CgConst;
import course_generator.utils.CgLog;
import course_generator.utils.StatData;
import course_generator.utils.Utils;
import course_generator.utils.Utils.CalcLineResult;
/**
* @author pierre.delore
*/
public class TrackData {
private static TrackData instance;
/** Slope/Speed parameters **/
public ParamData param = null;
/** Parameters file name **/
public String Paramfile = "";
/** Arraylist containing the main data **/
public ArrayList<CgData> data;
/** Statistics data for 'in night' **/
public StatData tInNight;
/** Statistics data for 'in day' **/
public StatData tInDay;
/** Statistics data for 'slope' **/
public StatData[] StatSlope;
/** Statistics data for 'elevation' **/
public StatData[] StatElev;
/** Statistics data for 'elevation during night' **/
public StatData[] StatElevNight;
/** Statistics data for 'elevation during day' **/
public StatData[] StatElevDay;
/** Track name **/
public String Name; // Track name
/** Full track name with **/
public String FullName; // Track name
/** New track **/
public boolean isNewTrack;
/** Name of the track that appear in the track setting **/
public String CourseName = "";
/** Total distance in meters **/
private double TotalDistance = 0.0;
/** Total time in seconde **/
public int TotalTime = 0;
/** Indicate if during the last loading the time field as been loaded **/
public boolean isTimeLoaded = false;
/**
* Indicate if the data has been calculated. false=They must be calculate
**/
public boolean isCalculated = false;
/** If 'true' this indicate that the data has been modified **/
public boolean isModified = false;
/** Contain the ascent climb of the whole track (in m) **/
private double ClimbP = 0.0;
/** Contain the descent climb of the whole track (in m) **/
private double ClimbM = 0.0;
/** Contain the ascent time of the whole track (in s) **/
public int AscTime = 0;
/** Contain the descent time of the whole track (in s) **/
public int DescTime = 0;
/** Description of the track **/
public String Description = "";
/** Indicate if the autocalc function is active **/
public boolean isAutoCalc = false;
/** Start time of the track **/
public DateTime StartTime = new DateTime();
/** Minimum elevation of the track (in m) **/
private double MinElev = -1;
/** Maximum elevation of the track (in m) **/
private double MaxElev = -1;
/** Filter value for the elevation filter **/
public int SmoothFilter = 0;
/** Global start health coefficient **/
public double StartGlobalCoeff = 100;
/** Global end health coefficient **/
public double EndGlobalCoeff = 100;
/** If 'true' this indicate that the time limit has been reached **/
public boolean isTimeLimit = false;
/** Indicate where the timelimit has been reached (-1 if none) **/
public int TimeLimit_Line = -1;
/** Timezone offset for the sunrise/sunset calculation **/
public int timeZoneOffsetHours = 0;
/** Time Zone Id **/
public String timeZoneId = "";
/** Are we using the daylight saving time for the sunrise/sunset calculation **/
public boolean TrackUseDaylightSaving = false;
public double StartSpeed = 0.0;
public double EndSpeed = 0.0;
/** Number of meter of road in the track **/
private double DistRoad = 0.0;
/** Indicate the type of error during the file reading **/
public int ReadError = 0;
/** Indicate the at which line the error appear **/
public int ReadLineError = 0;
// -- Night Coeff --
/** Start night time **/
public DateTime StartNightTime;
/** End night time **/
public DateTime EndNightTime;
private final static DateTime defaultSunriseSunsetTime = new DateTime(2010, 1, 1, 0, 0, 0);
/** If 'true' this indicate that the night coefficients are used ***/
public boolean bNightCoeff = false;
/** Ascent nigth coefficient (100%=normal) **/
public double NightCoeffAsc = 100.0;
/** Descent nigth coefficient (100%=normal) **/
public double NightCoeffDesc = 100.0;
// -- Elevation coeff
/** Indicate that the elevation effect is used during the calculation **/
public boolean bElevEffect = false;
// -- Profil mini-roadbook
/** Width of the mini roadbook (in pixels) **/
public int MrbSizeW = 1000;
/** Height of the mini roadbook (in pixels) **/
public int MrbSizeH = 480;
/** Curve filter in the mini roadbook **/
public int CurveFilter = 1;
/** Number of characters before the line is word wrapped **/
public int WordWrapLength = 25;
/** Position of the label. 'true'=bottom **/
public boolean LabelToBottom = false;
/** Type of profil in the mini roadbook **/
public int MRBType = 0;
/** Top margin size in pixels in the mini roadbook **/
public int TopMargin = 100;
/** Show the night and day on the mrb profil **/
public boolean bShowNightDay = true;
// ** Indicate this track is read only mode **/
public boolean ReadOnly = false;
// -- Profil colors
public Color clProfil_Simple_Fill = Color.BLACK;
public Color clProfil_Simple_Border = Color.BLACK;
public Color clProfil_RS_Road = Color.BLACK;
public Color clProfil_RS_Path = Color.BLACK;
public Color clProfil_RS_Border = Color.BLACK;
public Color clProfil_SlopeInf5 = Color.BLACK;
public Color clProfil_SlopeInf10 = Color.BLACK;
public Color clProfil_SlopeInf15 = Color.BLACK;
public Color clProfil_SlopeSup15 = Color.BLACK;
public Color clProfil_SlopeBorder = Color.BLACK;
private static CgSettings Settings;
// -- Constructor --
public TrackData(CgSettings settings) {
Name = "";
FullName = "";
isNewTrack = true;
param = new ParamData();
Paramfile = "Default";
data = new ArrayList<CgData>();
tInNight = new StatData();
tInDay = new StatData();
StatSlope = new StatData[13]; // : Array [0..12] of TStat;
for (int i = 0; i < 13; i++) {
StatSlope[i] = new StatData();
}
StatElev = new StatData[6]; // : Array [0..5] of TStat;
StatElevNight = new StatData[6]; // : Array [0..5] of TStat;
StatElevDay = new StatData[6]; // : Array [0..5] of TStat;
for (int i = 0; i < 6; i++) {
StatElev[i] = new StatData();
StatElevNight[i] = new StatData();
StatElevDay[i] = new StatData();
}
timeZoneOffsetHours = 0;
timeZoneId = "";
StartNightTime = defaultSunriseSunsetTime;
EndNightTime = defaultSunriseSunsetTime;
MrbSizeW = settings.DefMrbWidth;
MrbSizeH = settings.DefMrbHeight;
CurveFilter = 1;
WordWrapLength = 25;
SmoothFilter = 0;
DefaultMRBProfilSimpleColor();
DefaultMRBProfilRSColor();
DefaultMRBProfilSlopeColor();
ReadOnly = false;
Settings = settings;
}
public static synchronized TrackData getInstance() {
if (instance == null) {
instance = new TrackData(Settings);
}
return instance;
}
/**
* Initialize the mini roadbook profil color (simple mode)
*/
public void DefaultMRBProfilSimpleColor() {
clProfil_Simple_Fill = CgConst.CL_PROFIL_SIMPLE_FILL;
clProfil_Simple_Border = CgConst.CL_PROFIL_SIMPLE_BORDER;
}
/**
* Initialize the mini roadbook profil color (Road and track mode)
*/
public void DefaultMRBProfilRSColor() {
clProfil_RS_Road = CgConst.CL_PROFIL_RS_ROAD;
clProfil_RS_Path = CgConst.CL_PROFIL_RS_PATH;
clProfil_RS_Border = CgConst.CL_PROFIL_RS_BORDER;
}
/**
* Initialize the mini roadbook profil color (Slope mode)
*/
public void DefaultMRBProfilSlopeColor() {
clProfil_SlopeInf5 = CgConst.CL_PROFIL_SLOPE_INF5;
clProfil_SlopeInf10 = CgConst.CL_PROFIL_SLOPE_INF10;
clProfil_SlopeInf15 = CgConst.CL_PROFIL_SLOPE_INF15;
clProfil_SlopeSup15 = CgConst.CL_PROFIL_SLOPE_SUP15;
clProfil_SlopeBorder = CgConst.CL_PROFIL_SLOPE_BORDER;
}
/**
* Return the total distance in meter
*
* @return
*/
public double getTotalDistance() {
return TotalDistance;
}
/**
* Return the total distance. Unit depend of the 'unit'
*
* @param unit Unit
* @return distance
*/
public double getTotalDistance(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return TotalDistance;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2uMiles(TotalDistance);
default:
return TotalDistance;
}
}
public void setTotalDistance(double totalDistance) {
TotalDistance = totalDistance;
}
/***
* Check the GPS point density on the track. If the result is too high, ask if
* CG need to filter the track
*
* @return true : filter must be apply
*/
private boolean CheckPointDensity(double PosFilterAskThreshold) {
java.util.ResourceBundle bundle = java.util.ResourceBundle.getBundle("course_generator/Bundle");
CalcDist();
int nb = 0;
boolean ok = false;
// Scan the data
for (CgData r : data) {
if (r.getDist(CgConst.UNIT_METER) < 10.0)
nb += 1;
}
double p = nb * 100.0 / data.size();
CgLog.info("Point density calculation = " + p + "%");
// Question?
if (p >= PosFilterAskThreshold) {
if (JOptionPane.showConfirmDialog(null,
String.format(bundle.getString("TrackData.PositionFilterQuestion"), p), "",
JOptionPane.YES_NO_OPTION) == JOptionPane.YES_OPTION) {
ok = true;
}
}
return ok;
}
/**
* Read a GPX file and store the data in the array
*
* @param name Full name of the file
* @param mode 0 = Replace the existing data by the new data 1 = Insert the new
* data at the beginning of the existing data 2 = Add the new data
* at the end of the existing data
* @return Return true if time data have been loaded
* @throws Exception
*/
public boolean OpenGPX(String name, int mode, double PosFilterAskThreshold) throws Exception {
SaxGPXHandler GPXhandler = new SaxGPXHandler();
int ret = GPXhandler.readDataFromGPX(name, this, mode);
if (ret != 0)
CgLog.error("TrackData.OpenGPX : Error while reading '" + name + "'. Line =" + GPXhandler.getErrLine());
CgLog.info(data.size() + " positions loaded.");
boolean filter = CheckPointDensity(PosFilterAskThreshold);
// -- Positions filter
if (filter) {
PositionFilter();
CgLog.info(data.size() + " positions after positions filter.");
}
// -- Set the line number
int cmpt = 1;
for (CgData r : data) {
r.setNum(cmpt);
cmpt++;
}
isCalculated = false;
isModified = false;
if (mode == 0)
isNewTrack = true;
// -- Calculate the main data of the track
CalcMainData(true, false);
// StartTime = data.get(0).getHour().equals(new DateTime(1970, 1, 1, 0, 0, 0)) ?
// new DateTime(2010, 1, 1, 0, 0) : data.get(0).getHour();
StartTime = data.get(0).getHour().equals(new DateTime(1970, 1, 1, 0, 0, 0)) ? DateTime.now()
: data.get(0).getHour();
timeZoneOffsetHours = 0;
timeZoneId = "";
StartNightTime = defaultSunriseSunsetTime;
EndNightTime = defaultSunriseSunsetTime;
SetNightBit();
isCalculated = true;
Name = new File(name).getName();
switch (mode) {
case 1:
CgLog.info("TrackData.OpenGPX : '" + name + "' imported at the end of the data");
break;
case 2:
CgLog.info("TrackData.OpenGPX : '" + name + "' imported at the start of the data");
break;
default:
CgLog.info("TrackData.OpenGPX : '" + name + "' loaded");
}
return isTimeLoaded;
} // -- OpenGPX
// -- Save GPX file (complet or partial) --
/**
* Save the track in GPX format
*
* @param name Name of the file
* @param start Index of the first point to save
* @param end Index of the last point to save
*/
public void ExportGPX(String name, int start, int end) {
/*
* <?xml version="1.0"?> <gpx creator=
* "GPS Visualizer http://www.gpsvisualizer.com/" version="1.0"
* xmlns="http://www.topografix.com/GPX/1/0"
* xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xsi:schemaLocation=
* "http://www.topografix.com/GPX/1/0 http://www.topografix.com/GPX/1/0/gpx.xsd"
* > <trk> <name>Lamontagnhard</name> <desc>http://www.lamontagnhard.fr</desc>
* <trkseg> <trkpt lat="45.8547528" lon="6.7226378"> <ele>1180.4</ele>
* <time>2010-06-11T11:41:10.000Z</time> </trkpt> </trkseg> </trk> </gpx>
*/
if (data.size() <= 0) {
return;
}
long ts = System.currentTimeMillis();
// -- Save the data in the home directory
XMLOutputFactory factory = XMLOutputFactory.newInstance();
try {
BufferedOutputStream bufferedOutputStream = new BufferedOutputStream(new FileOutputStream(name));
XMLStreamWriter writer = new IndentingXMLStreamWriter(
factory.createXMLStreamWriter(bufferedOutputStream, "UTF-8"));
// writer.writeStartDocument("UTF-8", "1.0");
// writer.writeComment("Course Generator (C) Pierre DELORE");
// writer.writeStartElement("CONFIG");
// Utils.WriteStringToXML(writer, "PARAMFILE", ParamFile);
// DateTime dt = new DateTime();
writer.writeStartDocument("UTF-8", "1.0");
writer.writeStartElement("gpx");
writer.writeAttribute("creator", "Course Generator http://www.techandrun.com");
writer.writeAttribute("version", "1.1");
writer.writeAttribute("xsi:schemaLocation",
"http://www.topografix.com/GPX/1/1 http://www.topografix.com/GPX/1/1/gpx.xsd http://www.garmin.com/xmlschemas/WaypointExtension/v1 http://www8.garmin.com/xmlschemas/WaypointExtensionv1.xsd http://www.garmin.com/xmlschemas/TrackPointExtension/v1 http://www.garmin.com/xmlschemas/TrackPointExtensionv1.xsd http://www.garmin.com/xmlschemas/GpxExtensions/v3 http://www8.garmin.com/xmlschemas/GpxExtensionsv3.xsd http://www.garmin.com/xmlschemas/ActivityExtension/v1 http://www8.garmin.com/xmlschemas/ActivityExtensionv1.xsd http://www.garmin.com/xmlschemas/AdventuresExtensions/v1 http://www8.garmin.com/xmlschemas/AdventuresExtensionv1.xsd http://www.garmin.com/xmlschemas/PressureExtension/v1 http://www.garmin.com/xmlschemas/PressureExtensionv1.xsd http://www.garmin.com/xmlschemas/TripExtensions/v1 http://www.garmin.com/xmlschemas/TripExtensionsv1.xsd http://www.garmin.com/xmlschemas/TripMetaDataExtensions/v1 http://www.garmin.com/xmlschemas/TripMetaDataExtensionsv1.xsd http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensions/v1 http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensionsv1.xsd http://www.garmin.com/xmlschemas/CreationTimeExtension/v1 http://www.garmin.com/xmlschemas/CreationTimeExtensionsv1.xsd http://www.garmin.com/xmlschemas/AccelerationExtension/v1 http://www.garmin.com/xmlschemas/AccelerationExtensionv1.xsd http://www.garmin.com/xmlschemas/PowerExtension/v1 http://www.garmin.com/xmlschemas/PowerExtensionv1.xsd http://www.garmin.com/xmlschemas/VideoExtension/v1 http://www.garmin.com/xmlschemas/VideoExtensionv1.xsd");
writer.writeAttribute("xmlns", "http://www.topografix.com/GPX/1/1");
writer.writeAttribute("xmlns:xsi", "http://www.w3.org/2001/XMLSchema-instance");
writer.writeAttribute("xmlns:wptx1", "http://www.garmin.com/xmlschemas/WaypointExtension/v1");
writer.writeAttribute("xmlns:gpxtrx", "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
writer.writeAttribute("xmlns:gpxtpx", "http://www.garmin.com/xmlschemas/TrackPointExtension/v1");
writer.writeAttribute("xmlns:gpxx", "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
writer.writeAttribute("xmlns:trp", "http://www.garmin.com/xmlschemas/TripExtensions/v1");
writer.writeAttribute("xmlns:adv", "http://www.garmin.com/xmlschemas/AdventuresExtensions/v1");
writer.writeAttribute("xmlns:prs", "http://www.garmin.com/xmlschemas/PressureExtension/v1");
writer.writeAttribute("xmlns:tmd", "http://www.garmin.com/xmlschemas/TripMetaDataExtensions/v1");
writer.writeAttribute("xmlns:vptm",
"http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensions/v1");
writer.writeAttribute("xmlns:ctx", "http://www.garmin.com/xmlschemas/CreationTimeExtension/v1");
writer.writeAttribute("xmlns:gpxacc", "http://www.garmin.com/xmlschemas/AccelerationExtension/v1");
writer.writeAttribute("xmlns:gpxpx", "http://www.garmin.com/xmlschemas/PowerExtension/v1");
writer.writeAttribute("xmlns:vidx1", "http://www.garmin.com/xmlschemas/VideoExtension/v1");
// Utils.WriteStringToXML(writer, "creator", "Course Generator
// http://www.techandrun.com");
// Utils.WriteStringToXML(writer, "version", "1.1");
//
// Utils.WriteStringToXML(writer, "xsi:schemaLocation",
// "http://www.topografix.com/GPX/1/1
// http://www.topografix.com/GPX/1/1/gpx.xsd
// http://www.garmin.com/xmlschemas/WaypointExtension/v1
// http://www8.garmin.com/xmlschemas/WaypointExtensionv1.xsd
// http://www.garmin.com/xmlschemas/TrackPointExtension/v1
// http://www.garmin.com/xmlschemas/TrackPointExtensionv1.xsd
// http://www.garmin.com/xmlschemas/GpxExtensions/v3
// http://www8.garmin.com/xmlschemas/GpxExtensionsv3.xsd
// http://www.garmin.com/xmlschemas/ActivityExtension/v1
// http://www8.garmin.com/xmlschemas/ActivityExtensionv1.xsd
// http://www.garmin.com/xmlschemas/AdventuresExtensions/v1
// http://www8.garmin.com/xmlschemas/AdventuresExtensionv1.xsd");
// Utils.WriteStringToXML(writer, "xmlns",
// "http://www.topografix.com/GPX/1/1");
// Utils.WriteStringToXML(writer, "xmlns:xsi",
// "http://www.w3.org/2001/XMLSchema-instance");
// Utils.WriteStringToXML(writer, "xmlns:wptx1",
// "http://www.garmin.com/xmlschemas/WaypointExtension/v1");
// Utils.WriteStringToXML(writer, "xmlns:gpxtrx",
// "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
// Utils.WriteStringToXML(writer, "xmlns:gpxtpx",
// "http://www.garmin.com/xmlschemas/TrackPointExtension/v1");
// Utils.WriteStringToXML(writer, "xmlns:gpxx",
// "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
// Utils.WriteStringToXML(writer, "xmlns:trp",
// "http://www.garmin.com/xmlschemas/TripExtensions/v1");
// Utils.WriteStringToXML(writer, "xmlns:adv",
// "http://www.garmin.com/xmlschemas/AdventuresExtensions/v1");
// <trk> node
writer.writeStartElement("trk");
// <name> node
Utils.WriteStringToXML(writer, "name", CourseName);
// <trkseg> node
writer.writeStartElement("trkseg");
NumberFormat nf = NumberFormat.getNumberInstance(Locale.ROOT);
nf.setGroupingUsed(false);
nf.setMaximumFractionDigits(7);
int cmpt = 0;
for (int i = start; i <= end; i++) {
CgData r = data.get(i);
// <trkpt>
// <trkpt lat="45.8547528" lon="6.7226378">
writer.writeStartElement("trkpt");
// writer.writeAttribute("lat", String.format(Locale.ROOT,
// "%1.14f", r.getLatitude()));
// writer.writeAttribute("lon", String.format(Locale.ROOT,
// "%1.14f", r.getLongitude()));
nf.setMaximumFractionDigits(14);
writer.writeAttribute("lat", nf.format(r.getLatitude()));
writer.writeAttribute("lon", nf.format(r.getLongitude()));
// <ele>1180.4</ele>
// Utils.WriteStringToXML(writer, "ele",
// String.format(Locale.ROOT, "%1.7f",
// r.getElevation(CgConst.UNIT_METER)));
nf.setMaximumFractionDigits(7);
Utils.WriteStringToXML(writer, "ele", nf.format(r.getElevation(CgConst.UNIT_METER)));
// <time>2010-08-18T07:57:07.000Z</time>
// dt = r.getHour().ToUniversalTime();
Utils.WriteStringToXML(writer, "time", r.getHour().toString());
// <name>toto</name>
Utils.WriteStringToXML(writer, "name", String.valueOf(i));
writer.writeEndElement();// Trkpt
cmpt++;
} // for
writer.writeEndElement();// Trkseg
writer.writeEndElement();// trk
writer.writeEndElement();// gpx
writer.writeEndDocument();
writer.flush();
writer.close();
bufferedOutputStream.close();
isModified = false;
// Name = new File(name).getName();
CgLog.info("TrackData.SaveGPX : '" + name + "' saved");
CgLog.info(cmpt + " positions saved.");
} catch (XMLStreamException | IOException e) {
e.printStackTrace();
}
CgLog.info("Save time : " + (System.currentTimeMillis() - ts) + "ms");
}
// -- Save tags as waypoint in a GPX file --
public void SaveWaypoint(String name, int mask) {
if (data.size() <= 0) {
return;
}
// -- Save the data in the home directory
XMLOutputFactory factory = XMLOutputFactory.newInstance();
try {
BufferedOutputStream bufferedOutputStream = new BufferedOutputStream(new FileOutputStream(name));
XMLStreamWriter writer = new IndentingXMLStreamWriter(
factory.createXMLStreamWriter(bufferedOutputStream, "UTF-8"));
writer.writeStartDocument("UTF-8", "1.0");
writer.writeStartElement("gpx");
writer.writeAttribute("creator", "Course Generator http://www.techandrun.com");
writer.writeAttribute("version", "1.1");
writer.writeAttribute("xsi:schemaLocation",
"http://www.topografix.com/GPX/1/1 http://www.topografix.com/GPX/1/1/gpx.xsd http://www.garmin.com/xmlschemas/WaypointExtension/v1 http://www8.garmin.com/xmlschemas/WaypointExtensionv1.xsd http://www.garmin.com/xmlschemas/TrackPointExtension/v1 http://www.garmin.com/xmlschemas/TrackPointExtensionv1.xsd http://www.garmin.com/xmlschemas/GpxExtensions/v3 http://www8.garmin.com/xmlschemas/GpxExtensionsv3.xsd http://www.garmin.com/xmlschemas/ActivityExtension/v1 http://www8.garmin.com/xmlschemas/ActivityExtensionv1.xsd http://www.garmin.com/xmlschemas/AdventuresExtensions/v1 http://www8.garmin.com/xmlschemas/AdventuresExtensionv1.xsd http://www.garmin.com/xmlschemas/PressureExtension/v1 http://www.garmin.com/xmlschemas/PressureExtensionv1.xsd http://www.garmin.com/xmlschemas/TripExtensions/v1 http://www.garmin.com/xmlschemas/TripExtensionsv1.xsd http://www.garmin.com/xmlschemas/TripMetaDataExtensions/v1 http://www.garmin.com/xmlschemas/TripMetaDataExtensionsv1.xsd http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensions/v1 http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensionsv1.xsd http://www.garmin.com/xmlschemas/CreationTimeExtension/v1 http://www.garmin.com/xmlschemas/CreationTimeExtensionsv1.xsd http://www.garmin.com/xmlschemas/AccelerationExtension/v1 http://www.garmin.com/xmlschemas/AccelerationExtensionv1.xsd http://www.garmin.com/xmlschemas/PowerExtension/v1 http://www.garmin.com/xmlschemas/PowerExtensionv1.xsd http://www.garmin.com/xmlschemas/VideoExtension/v1 http://www.garmin.com/xmlschemas/VideoExtensionv1.xsd");
writer.writeAttribute("xmlns", "http://www.topografix.com/GPX/1/1");
writer.writeAttribute("xmlns:xsi", "http://www.w3.org/2001/XMLSchema-instance");
writer.writeAttribute("xmlns:wptx1", "http://www.garmin.com/xmlschemas/WaypointExtension/v1");
writer.writeAttribute("xmlns:gpxtrx", "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
writer.writeAttribute("xmlns:gpxtpx", "http://www.garmin.com/xmlschemas/TrackPointExtension/v1");
writer.writeAttribute("xmlns:gpxx", "http://www.garmin.com/xmlschemas/GpxExtensions/v3");
writer.writeAttribute("xmlns:trp", "http://www.garmin.com/xmlschemas/TripExtensions/v1");
writer.writeAttribute("xmlns:adv", "http://www.garmin.com/xmlschemas/AdventuresExtensions/v1");
writer.writeAttribute("xmlns:prs", "http://www.garmin.com/xmlschemas/PressureExtension/v1");
writer.writeAttribute("xmlns:tmd", "http://www.garmin.com/xmlschemas/TripMetaDataExtensions/v1");
writer.writeAttribute("xmlns:vptm",
"http://www.garmin.com/xmlschemas/ViaPointTransportationModeExtensions/v1");
writer.writeAttribute("xmlns:ctx", "http://www.garmin.com/xmlschemas/CreationTimeExtension/v1");
writer.writeAttribute("xmlns:gpxacc", "http://www.garmin.com/xmlschemas/AccelerationExtension/v1");
writer.writeAttribute("xmlns:gpxpx", "http://www.garmin.com/xmlschemas/PowerExtension/v1");
writer.writeAttribute("xmlns:vidx1", "http://www.garmin.com/xmlschemas/VideoExtension/v1");
int i = 1;
String s;
for (CgData r : data) {
if ((r.getTag() != 0) && ((r.getTag() & mask) != 0)) {
// <wpt>
writer.writeStartElement("wpt");
writer.writeAttribute("lat", String.format(Locale.ROOT, "%1.14f", r.getLatitude()));
writer.writeAttribute("lon", String.format(Locale.ROOT, "%1.14f", r.getLongitude()));
// <time>2010-08-18T07:57:07.000Z</time>
// Utils.WriteStringToXML(writer,"time",
// r.getHour().toString()+"Z");
// <name>toto</name>
if (r.getName().isEmpty()) {
Utils.WriteStringToXML(writer, "name", String.format("NoName%d", i));
i++;
} else
Utils.WriteStringToXML(writer, "name", r.getName());
// <sym>Flag, Green</sym>
s = "Flag, Green"; // Par defaut
if ((r.getTag() & CgConst.TAG_HIGH_PT) != 0)
s = "Summit";
if ((r.getTag() & CgConst.TAG_WATER_PT) != 0)
s = "Bar";
if ((r.getTag() & CgConst.TAG_EAT_PT) != 0)
s = "Restaurant";
Utils.WriteStringToXML(writer, "sym", s);
// <type>user</type>
Utils.WriteStringToXML(writer, "type", "user");
writer.writeEndElement();// wpt
} // if
} // for
writer.writeEndElement();// gpx
writer.writeEndDocument();
writer.flush();
writer.close();
CgLog.info("TrackData.SaveWaypoint : '" + name + "' saved");
} catch (XMLStreamException | IOException e) {
e.printStackTrace();
}
}
public void ExportCGP(String name, int mask) {
if (data.size() <= 0) {
return;
}
// -- Save the data in the home directory
XMLOutputFactory factory = XMLOutputFactory.newInstance();
try {
XMLStreamWriter writer = new IndentingXMLStreamWriter(
factory.createXMLStreamWriter(new FileOutputStream(name), "UTF-8"));
writer.writeStartDocument("UTF-8", "1.0");
writer.writeStartElement("COURSEGENERATOR");
writer.writeAttribute("VERSION", "1");
// <Points> node
writer.writeStartElement("Points");
for (CgData r : data) {
if ((((mask & CgConst.TAG_HIGH_PT) != 0) && ((r.getTag() & CgConst.TAG_HIGH_PT) != 0))
|| (((mask & CgConst.TAG_LOW_PT) != 0) && ((r.getTag() & CgConst.TAG_LOW_PT) != 0))
|| (((mask & CgConst.TAG_EAT_PT) != 0) && ((r.getTag() & CgConst.TAG_EAT_PT) != 0))
|| (((mask & CgConst.TAG_WATER_PT) != 0) && ((r.getTag() & CgConst.TAG_WATER_PT) != 0))
|| (((mask & CgConst.TAG_MARK) != 0) && ((r.getTag() & CgConst.TAG_MARK) != 0))
|| (((mask & CgConst.TAG_COOL_PT) != 0) && ((r.getTag() & CgConst.TAG_COOL_PT) != 0))
|| (((mask & CgConst.TAG_NOTE) != 0) && ((r.getTag() & CgConst.TAG_NOTE) != 0))
|| (((mask & CgConst.TAG_ROADBOOK) != 0) && ((r.getTag() & CgConst.TAG_ROADBOOK) != 0))
|| (((mask & CgConst.TAG_DROPBAG) != 0) && ((r.getTag() & CgConst.TAG_DROPBAG) != 0))
|| (((mask & CgConst.TAG_CREW) != 0) && ((r.getTag() & CgConst.TAG_CREW) != 0))
|| (((mask & CgConst.TAG_FIRST_AID) != 0) && ((r.getTag() & CgConst.TAG_FIRST_AID) != 0))
|| (((mask & CgConst.TAG_INFO) != 0) && ((r.getTag() & CgConst.TAG_INFO) != 0))) {
// <Pt>
writer.writeStartElement("Pt");
// <LatitudeDegrees>123.456</LatitudeDegrees>
Utils.WriteStringToXML(writer, "LatitudeDegrees",
String.format(Locale.ROOT, "%1.14f", r.getLatitude()));
// <LongitudeDegrees>12345.678</LongitudeDegrees>
Utils.WriteStringToXML(writer, "LongitudeDegrees",
String.format(Locale.ROOT, "%1.14f", r.getLongitude()));
// <AltitudeMeters>625.03515</AltitudeMeters>
Utils.WriteStringToXML(writer, "AltitudeMeters",
String.format(Locale.ROOT, "%1.1f", r.getElevation(CgConst.UNIT_METER)));
// <Comment>AAA</Comment>
String s = r.getComment().trim();
if (s.equals(""))
s = " ";
Utils.WriteStringToXML(writer, "Comment", s);
// <Name>AAA</Name>
s = r.getName().trim();
if (s.equals(""))
s = " ";
Utils.WriteStringToXML(writer, "Name", s);
// <Tag>1234</Tag>
Utils.WriteStringToXML(writer, "Tag", String.format("%d", r.getTag()));
// <EatTime>1234</EatTime>
Utils.WriteIntToXML(writer, "EatTime", r.getStation());
// <TimeLimit>1234</TimeLimit>
Utils.WriteIntToXML(writer, "TimeLimit", r.getTimeLimit());
// <FmtLbMiniRoadbook>1234</FmtLbMiniRoadbook>
Utils.WriteStringToXML(writer, "FmtLbMiniRoadbook", r.FmtLbMiniRoadbook);
// <OptMiniRoadbook>1234</OptMiniRoadbook>
Utils.WriteIntToXML(writer, "OptMiniRoadbook", r.OptionMiniRoadbook);
// <VPosMiniRoadbook>1234</VPosMiniRoadbook>
Utils.WriteIntToXML(writer, "VPosMiniRoadbook", r.VPosMiniRoadbook);
// <CommentMiniRoadbook>1234</CommentMiniRoadbook>
Utils.WriteStringToXML(writer, "CommentMiniRoadbook", r.CommentMiniRoadbook);
// <FontSizeMiniRoadbook>1234</FontSizeMiniRoadbook>
Utils.WriteIntToXML(writer, "FontSizeMiniRoadbook", r.FontSizeMiniRoadbook);
writer.writeEndElement(); // Pt
} // if
} // for
writer.writeEndElement(); // Points
writer.writeEndElement(); // COURSEGENERATOR
writer.writeEndDocument();
writer.flush();
writer.close();
} catch (XMLStreamException | IOException e) {
e.printStackTrace();
}
}
/**
* Class used to store the result of a point search
*
* @author pierre
*/
public static class SearchPointResult {
public double Distance; // Distance in meter
public int Point; // -1= no point
public SearchPointResult(int _point, double _distance) {
Distance = _distance;
Point = _point;
}
}
/**
* Search the best point from the latitude and longitude
*
* @param lat Latitude of the point to search
* @param lon Longitude of the point to search
* @return Object that contain the found point and the distance from the
* searched point
*/
public SearchPointResult SearchPoint(double lat, double lon) {
CgData cdata;
double d, best;
int p;
best = 10000000000.0; // Big value. It's normal
p = -1;
if (data.size() >= 0) {
for (int i = 0; i < data.size() - 1; i++) {
cdata = data.get(i);
d = Math.abs(Utils.CalcDistance(cdata.getLatitude(), cdata.getLongitude(), lat, lon));
if (d < best) {
best = d;
p = i;
}
}
}
return new SearchPointResult(p, best);
}
/**
* Search the best point from the latitude and longitude
*
* @param dist Distance to search
*
* @return Index of the found point
*/
public int SearchDistance(double dist) {
CgData cdata;
double d, best;
int p;
double val = Utils.Distance2Meter(dist, Settings.Unit);
best = 10000000000.0; // Big value. It's normal
p = -1;
if (data.size() >= 0) {
for (int i = 0; i < data.size() - 1; i++) {
cdata = data.get(i);
d = Math.abs(val - cdata.getTotal(CgConst.UNIT_METER));
if (d < best) {
best = d;
p = i;
}
}
}
return p;
}
/*
* private void AltitudeFilter() { if (data.size() <= 1) { return; } CgData r =
* null; double threshold = 4.0; double oldAlt =
* data.get(0).getElevation(CgConst.UNIT_METER); // We don't use the first and
* last point for (int i = 1; i < data.size() - 2; i++) { r = data.get(i); if
* (Math.abs(r.getElevation(CgConst.UNIT_METER) - oldAlt) < threshold)
* r.setElevation(oldAlt); else oldAlt = r.getElevation(CgConst.UNIT_METER); } }
*/
/**
* Position filter
*/
private void PositionFilter() {
if (data.size() <= 0) {
return;
}
int i = 0;
CgData r = null;
CgData r1 = null;
CgData r2 = null;
CgData r3 = null;
CgData r4 = null;
// Threshold. Point at a distance less than +- threshold are removed
double threshold = 15.0; // 8.0;
// Scan the data
for (i = 0; i < data.size() - 6; i++) {
r = data.get(i);
if (r.ToDelete)
continue;
r1 = data.get(i + 1);
r2 = data.get(i + 2);
r3 = data.get(i + 3);
r4 = data.get(i + 4);
double dist1 = CalcDistance(r.getLatitude(), r.getLongitude(), r1.getLatitude(), r1.getLongitude());
double dist2 = CalcDistance(r.getLatitude(), r.getLongitude(), r2.getLatitude(), r2.getLongitude());
double dist3 = CalcDistance(r.getLatitude(), r.getLongitude(), r3.getLatitude(), r3.getLongitude());
double dist4 = CalcDistance(r.getLatitude(), r.getLongitude(), r4.getLatitude(), r4.getLongitude());
if (dist4 < threshold) {
r4.ToDelete = true;
}
if (dist3 < threshold) {
r3.ToDelete = true;
}
if (dist2 < threshold) {
r2.ToDelete = true;
}
if (dist1 < threshold) {
r1.ToDelete = true;
}
}
// Removed the marked points
for (i = data.size() - 1; i >= 0; i--) {
if (data.get(i).ToDelete)
data.remove(i);
}
}
/**
* Calculate the main data of the track
*
* @param CalcHour Indicate hour calculation need to be done
*/
public void CalcMainData(boolean CalcHour, boolean SpeedwithTime) {
CalcDist();
CalcSpeed(SpeedwithTime);
CalcSlope();
CalcClimbResult resClimb = new CalcClimbResult();
CalcClimb(CgConst.ELEV_NORM, 0, data.size() - 1, resClimb);
ClimbP = resClimb.cp;
ClimbM = resClimb.cm;
AscTime = resClimb.tp;
DescTime = resClimb.tm;
if (CalcHour)
TotalTime = CalcHour();
SearchMinMaxElevationResult resMinMaxElev = new SearchMinMaxElevationResult();
resMinMaxElev = SearchMinMaxElevation(0, (data.size() - 1), resMinMaxElev);
MinElev = resMinMaxElev.min;
MaxElev = resMinMaxElev.max;
}
// -- Calculate Distance ---
/**
* Calculate the distance of each portion of the track and the total distance
* The calculation take into account the elevation
*/
public void CalcDist() {
double dist = 0.0;
double mLat = 0.0;
double mLon = 0.0;
double mEle = 0.0;
double v = 0.0;
double Lat = 0;
double Lon = 0;
double Ele = 0;
TotalDistance = 0;
boolean b = false;
for (CgData r : data) {
Lat = r.getLatitude();
Lon = r.getLongitude();
Ele = r.getElevation(CgConst.UNIT_METER);
if (b) {
// -- Calculate the "flat" distance
dist = CalcDistance(mLat, mLon, Lat, Lon);
// -- A little bit of Pythagoras theorem in order to include the
// difference of elevation between the points
v = Math.sqrt(dist * dist + (Ele - mEle) * (Ele - mEle));
TotalDistance = TotalDistance + v;
r.setDist(v);
r.setTotal(TotalDistance);
} else {
r.setDist(0.0);
r.setTotal(0.0);
b = true;
} // if
mLat = Lat;
mLon = Lon;
mEle = Ele;
}
} // Calcdist
/**
* Calculate speed !!! To call after Calcdist()
*/
public void CalcSpeed(boolean withTime) {
if (withTime)
// CalcSpeedWithTime();
{
int prevTime = data.get(0).getTime();
// -- Calculation loop --
for (CgData r : data) {
int dTime = r.getTime() - prevTime;
//double dist = r.getDist(CgConst.UNIT_METER);
if (dTime != 0.0) {
r.setSpeed(r.getDist(CgConst.UNIT_METER) / dTime * 3.6);
} else {
r.setSpeed(0.0);
}
prevTime = r.getTime();
} // End of the calculation loop --
} else {
boolean b = false;
for (CgData r : data) {
if (b) {
if (r.getdTime_f() != 0.0) {
r.setSpeed(r.getDist(CgConst.UNIT_METER) / r.getdTime_f() * 3.6);
} else {
r.setSpeed(0.0);
}
} else {
r.setSpeed(0.0);
b = true;
} // if
}
}
} // CalcSpeed
/**
* Calculate slope
*/
public void CalcSlope() {
double delta = 0;
double dist = 0;
double mLat = 0;
double mLon = 0;
double mEle = 0;
double Lat = 0;
double Lon = 0;
double Ele = 0;
boolean b = false;
for (CgData r : data) {
r.setSlope(0.0);
Lat = (double) r.getLatitude();
Lon = (double) r.getLongitude();
Ele = (double) r.getElevation(CgConst.UNIT_METER);
if (b) {
dist = CalcDistance(mLat, mLon, Lat, Lon);
delta = Ele - mEle;
r.setdElevation(delta);
if (dist != 0) {
r.setSlope(delta / dist * 100);
} else {
r.setSlope(0);
}
}
b = true;
mLat = Lat;
mLon = Lon;
mEle = Ele;
} // for i
} // Calcslope
public static class CalcAvrSlopeResult {
/** Average positive slope **/
public double AvrSlopeP;
/** Average negative slope **/
public double AvrSlopeM;
/** Total distance with positive climb (stored in m) **/
private double TotClimbP;
/** Totale distance with flat (stored in m) **/
private double TotFlat;
/** Total distance with negative climb (stored in m) **/
private double TotClimbM;
public double getTotClimbP(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return TotClimbP;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2uMiles(TotClimbP);
default:
return TotClimbP;
}
}
public void setTotClimbP(double totClimbP) {
TotClimbP = totClimbP;
}
public double getTotFlat(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return TotFlat;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2uMiles(TotFlat);
default:
return TotFlat;
}
}
public void setTotFlat(double totFlat) {
TotFlat = totFlat;
}
public double getTotClimbM(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return TotClimbM;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2uMiles(TotClimbM);
default:
return TotClimbM;
}
}
public void setTotClimbM(double totClimbM) {
TotClimbM = totClimbM;
}
}
// -- Calculate climb - and + ---
public CalcAvrSlopeResult CalcAvrSlope(int StartLine, int EndLine, CalcAvrSlopeResult r) {
int i = 0;
int ip = 0;
int im = 0;
double slope = 0.0;
r.AvrSlopeP = 0.0;
r.AvrSlopeM = 0.0;
r.TotClimbP = 0.0;
r.TotFlat = 0.0;
r.TotClimbM = 0.0;
if (data.size() > 0) {
for (i = StartLine; i <= EndLine; i++) {
slope = data.get(i).getSlope();
if (slope > 0) {
r.AvrSlopeP += slope;
ip++;
} else {
r.AvrSlopeM += slope;
im++;
}
if (slope <= -2) {
r.TotClimbM += data.get(i).getDist(CgConst.UNIT_METER);
} else if ((slope > -2) && (slope < 2)) {
r.TotFlat += data.get(i).getDist(CgConst.UNIT_METER);
} else if (slope >= 2) {
r.TotClimbP += data.get(i).getDist(CgConst.UNIT_METER);
}
} // for i
} // if
r.AvrSlopeP = r.AvrSlopeP / ip;
r.AvrSlopeM = r.AvrSlopeM / im;
return r;
} // CalcAvrSlope
public static class CalcClimbResult {
public double cp, cm;
public int tp, tm;
public double getAscendClimbSum(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return cp;
case CgConst.UNIT_MILES_FEET:
// meter to feet
return Utils.Meter2Feet(cp);
default:
return cp;
}
}
public String getAscendClimbSumString(int unit, boolean withunit) {
double e = getAscendClimbSum(unit);
String s = "";
switch (unit) {
case CgConst.UNIT_METER:
s = String.format("%1.0f", e);
if (withunit)
s = s + "m";
break;
case CgConst.UNIT_MILES_FEET:
s = String.format("%1.0f", e);
if (withunit)
s = s + "feet";
break;
default:
s = String.format("%1.0f", e);
if (withunit)
s = s + "m";
break;
}
return s;
}
public double getDescentClimbSum(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return cm;
case CgConst.UNIT_MILES_FEET:
// meter to feet
return Utils.Meter2Feet(cm);
default:
return cm;
}
}
public String getDescentClimbSumString(int unit, boolean withunit) {
double e = getDescentClimbSum(unit);
String s = "";
switch (unit) {
case CgConst.UNIT_METER:
s = String.format("%1.0f", e);
if (withunit)
s = s + "m";
break;
case CgConst.UNIT_MILES_FEET:
s = String.format("%1.0f", e);
if (withunit)
s = s + "feet";
break;
default:
s = String.format("%1.0f", e);
if (withunit)
s = s + "m";
break;
}
return s;
}
}
// -- Calculate climb - and + ---
// cp: cumul D+ (m)
// cm: cumul D- (m)
// tp: cumul temps en montée (s)
// tm: cumul temps en descente (s)
public CalcClimbResult CalcClimb(int elevType, int StartLine, int EndLine, CalcClimbResult r) {
int i = 0;
int oldTime = 0;
int dt = 0;
double oldElev = 0.0;
double de = 0.0;
double elev = 0.0;
int time = 0;
r.cp = 0;
r.cm = 0;
r.tp = 0;
r.tm = 0;
if (data.size() > 0) {
switch (elevType) {
case CgConst.ELEV_NOTSMOOTHED:
oldElev = data.get(StartLine).getElevationNotSmoothed(CgConst.UNIT_METER);
break;
case CgConst.ELEV_SMOOTHED:
oldElev = data.get(StartLine).getElevationSmoothed(CgConst.UNIT_METER);
break;
default:
oldElev = data.get(StartLine).getElevation(CgConst.UNIT_METER);
}
oldTime = data.get(StartLine).getTime();
for (i = StartLine; i <= EndLine; i++) {
switch (elevType) {
case CgConst.ELEV_NOTSMOOTHED:
elev = data.get(i).getElevationNotSmoothed(CgConst.UNIT_METER);
break;
case CgConst.ELEV_SMOOTHED:
elev = data.get(i).getElevationSmoothed(CgConst.UNIT_METER);
break;
default:
elev = data.get(i).getElevation(CgConst.UNIT_METER);
}
time = data.get(i).getTime();
de = (elev - oldElev);
dt = (time - oldTime);
if (Math.abs(de) > (double) Settings.ClimbThresholdForCalculation) {
if (de > 0) {
r.cp += de;
r.tp += dt;
}
if (de < 0) {
r.cm -= de;
r.tm += dt;
}
oldElev = elev;
oldTime = time;
}
} // for i
} // if
return r;
} // CalcClimb
/**
* Class to store the result of Average speed calculation
*
* @author pierre
*/
public static class CalcAvrSpeedResult {
/** Average speed (km/h) **/
private double avrspeed;
public void setAvrspeed(double avrspeed) {
this.avrspeed = avrspeed;
}
public double getAvrspeed() {
return avrspeed;
}
}
// -- Calculate the average speed between 2 points
public CalcAvrSpeedResult CalcAvrSpeed(int StartLine, int EndLine, CalcAvrSpeedResult r) {
int t = 0;
if (data.size() > 0) {
t = (data.get(EndLine).getTime() - data.get(StartLine).getTime());
if (t != 0) {
r.avrspeed = (data.get(EndLine).getTotal(CgConst.UNIT_METER)
- data.get(StartLine).getTotal(CgConst.UNIT_METER)) * 3.600 / t;
} else {
r.avrspeed = 0.0;
}
} // if
return r;
} // CalcAvrSpeed
// -- Calculate Hour --
/**
* Calculate the hour for each point
*
* @return the total time in second
*/
public int CalcHour() {
int last = 0;
for (CgData r : data) {
r.setHour(StartTime.plusSeconds(r.getTime()));
last = r.getTime();
} // for i
return last;
}
// -- Calculate road distance (in meter) --
public double CalcRoad(int start, int end) {
double road = 0.0;
// DistRoad = 0.0;
// for (CgData r : data) {
for (int i = start; i < end; i++) {
CgData r = data.get(i);
if (r.getDiff() == 100) {
// DistRoad = DistRoad + r.getDist(CgConst.UNIT_METER);
road = road + r.getDist(CgConst.UNIT_METER);
}
}
return road;
}
class SearchMinMaxElevationResult {
public double min, max;
}
/**
* Search the minmimum and maximum elevation of the track betwwen two points
*
* @param start Starting point
* @param end Ending point
* @param r SearchMinMaxElevationResult object
* @return Result in a SearchMinMaxElevationResult object
*/
private SearchMinMaxElevationResult SearchMinMaxElevation(int start, int end, SearchMinMaxElevationResult r) {
r.min = 9999.0;
r.max = -1.0;
int i = 0;
for (i = start; i < end; i++) {
double e = data.get(i).getElevation(CgConst.UNIT_METER);
if (e < r.min) {
r.min = e;
}
if (e > r.max) {
r.max = e;
}
}
return r;
}
/*
* public void SearchMinMaxElevation(int start, int end, ref min, ref max) {
* MinElev = 9999; MaxElev = -1; foreach (cgData r in data) { double e =
* r.Elevation; if (e < MinElev) MinElev = e; if (e > MaxElev) MaxElev = e; } }
*/
/**
* Check if the limit time is reached
*
* @return True if the limit time is reached
*/
public boolean CheckTimeLimit() {
int i = 0;
isTimeLimit = false;
TimeLimit_Line = -1;
for (CgData r : data) {
if ((r.getTimeLimit() != 0) && (r.getTime() > r.getTimeLimit())) {
isTimeLimit = true;
TimeLimit_Line = i;
}
i++;
}
return isTimeLimit;
}
/**
* Calculate the time for each position of the track
*/
public void Calculate() {
int j = 0;
int k = 0;
double ts = 0.0;
double x = 0.0;
double x1 = 0.0;
double y1 = 0.0;
double x2 = 0.0;
double y2 = 0.0;
double y = 0.0;
double tmp = 0.0;
double night = 0.0;
double dt = 0.0;
double ef = 1.0;
boolean ok;
if (param == null) {
return;
}
isTimeLoaded = false;
// String sParamfile = Utils.GetHomeDir() + "/" + CgConst.CG_DIR + "/" +
// Paramfile + ".par";
// -- Search the curve in a special order (user>min_miles>km_h)
int FolderType = Utils.searchCurveFolder(Paramfile);
String sParamfile = Utils.getSelectedCurveFolder(FolderType) + Paramfile + ".par";
try {
param.Load(sParamfile);
} catch (Exception e) {
return;
}
ef = 1;
dt = 0;
// -- Calculation loop --
for (CgData r : data) {
x = r.getSlope();
if (x > CgConst.MAX_CLIMB) {
x = CgConst.MAX_CLIMB;
}
if (x < CgConst.MIN_CLIMB) {
x = CgConst.MIN_CLIMB;
}
ok = false;
for (j = 0; j <= param.data.size() - 1; j++) // -2
{
tmp = param.data.get(j).getSlope();
if (tmp >= x) {
k = j - 1;
if (j == 0) {
k = 0;
}
x1 = param.data.get(k).getSlope();
y1 = param.data.get(k).getSpeedNumber();
x2 = param.data.get(j).getSlope();
y2 = param.data.get(j).getSpeedNumber();
ok = true;
break;
}
} // for j
if (ok) {
// We give 2 points (slope/speed) and we get "a" and
// "b" from the line equation
if (x1 != x2) {
Utils.CalcLineResult res = new CalcLineResult();
res = Utils.CalcLine(x1, y1, x2, y2, res);
// We calculate the line equation. "Y"=speed in km/h
// and "X"=slope
y = res.a * x + res.b;
} else {
y = y1;
}
} else {
y = param.data.get(param.data.size() - 2).getSpeedNumber();
}
// --Night coeff --
DateTime t = r.getHour();
if (bNightCoeff
&& ((Utils.CompareHMS(t, StartNightTime) >= 0) || (Utils.CompareHMS(t, EndNightTime) <= 0))) {
if (r.getSlope() < -2.0) {
night = 100.0 / NightCoeffDesc;
r.setNight(true);
} else {
night = 100.0 / NightCoeffAsc;
r.setNight(true);
}
} else {
night = 1;
r.setNight(false);
}
// --Elev effect --
if (bElevEffect && ((double) r.getElevation(CgConst.UNIT_METER) > 1500.0)) {
ef = 1.0 + (Math.round(((double) r.getElevation(CgConst.UNIT_METER) - 1500.0) / 100.0) / 100.0);
} else {
ef = 1.0;
}
// --
double dist = r.getDist(CgConst.UNIT_METER);
double coeff = 100.0;
double diff = 100.0;
if (coeff != 0.0) {
coeff = 100.0 / r.getCoeff();
}
if (diff != 0) {
diff = 100.0 / r.getDiff();
}
double station = (double) (r.getStation());
if (y != 0.0) {
// Calculate the travel time in second in a part of the track
ts = (dist / (y / 3.6)) * coeff * diff * night * ef + station;
} else {
ts = 0.0;
}
dt = dt + ts;
r.setdTime_f(ts);
r.setTime((int) Math.round(dt));
if (ts != 0.0) {
r.setSpeed(dist * 3.6 / ts);
} else {
r.setSpeed(0.0);
}
r.setHour(StartTime.plusSeconds((int) (Math.round(dt))));
} // End of the calculation loop --
// -- Update the road distance for the track
DistRoad = CalcRoad(0, data.size() - 1);
TotalTime = (int) Math.round(dt);
isCalculated = true;
isModified = true;
} // Calculate
public void CalcSpeedWithTime() {
if (param == null) {
return;
}
isTimeLoaded = false;
int prevTime = data.get(0).getTime();
// -- Calculation loop --
for (CgData r : data) {
int dTime = r.getTime() - prevTime;
double dist = r.getDist(CgConst.UNIT_METER);
if (dTime != 0.0) {
r.setSpeed(dist * 3.6 / dTime);
} else {
r.setSpeed(0.0);
}
prevTime = r.getTime();
} // End of the calculation loop --
isModified = true;
} // Calculate
/**
* Set night bit. Used when we load a track to avoid to launch a new calculation
* to have the night display on the map
*/
public void SetNightBit() {
// -- Calculation loop --
for (CgData r : data) {
DateTime t = r.getHour();
if (bNightCoeff
&& ((Utils.CompareHMS(t, StartNightTime) >= 0) || (Utils.CompareHMS(t, EndNightTime) <= 0))) {
r.setNight(true);
} else {
r.setNight(false);
}
}
} // SetNightBit
/**
* Search the min/max elevation of the track
*/
public void CalcMinMaxElevation() {
int i = 0;
int j = 0;
int k = 0;
double dist = 0.0;
double valmax = 0.0;
double valmin = 0.0;
boolean minm = false;
boolean maxm = false;
boolean minp = false;
boolean maxp = false;
boolean findmax = false;
boolean findmin = false;
CgData r1 = null;
CgData r2 = null;
CgData r3 = null;
// -- Reset bit 0 & 1 of 'Tag' variable
for (CgData r : data)
r.setTag((int) r.getTag() & 0xFC);
// -- Main loop
for (i = 0; i < data.size(); i++) {
r1 = data.get(i);
dist = 0;
minm = true;
maxm = true;
findmax = false;
findmin = false;
valmax = -1;
valmin = -1;
for (j = i; j >= 0; j--) {
r2 = data.get(j);
if ((r2.getTag() & (CgConst.TAG_LOW_PT | CgConst.TAG_HIGH_PT)) == 1) {
findmax = true;
valmax = r2.getElevation(CgConst.UNIT_METER);
}
if ((r2.getTag() & (CgConst.TAG_LOW_PT | CgConst.TAG_HIGH_PT)) == 2) {
findmin = true;
valmin = r2.getElevation(CgConst.UNIT_METER);
}
if (r2.getElevation(CgConst.UNIT_METER) > r1.getElevation(CgConst.UNIT_METER)) {
maxm = false;
}
if (r2.getElevation(CgConst.UNIT_METER) < r1.getElevation(CgConst.UNIT_METER)) {
minm = false;
}
dist = dist + r2.getDist(CgConst.UNIT_METER);
if (dist > CgConst.DIST_MAX_MINMAX) {
break;
}
} // For j
if ((r1 == null) || (r2 == null)) {
return;
}
if (maxm && (findmax
|| (Math.abs(r2.getElevation(CgConst.UNIT_METER) - valmax) < CgConst.MIN_ELEV_MINMAX))) {
maxm = false;
}
if (minm && (findmin
|| (Math.abs(r2.getElevation(CgConst.UNIT_METER) - valmin) < CgConst.MIN_ELEV_MINMAX))) {
minm = false;
}
dist = 0;
minp = true;
maxp = true;
for (k = i; k < data.size(); k++) {
r3 = data.get(k);
if (r3.getElevation(CgConst.UNIT_METER) > r1.getElevation(CgConst.UNIT_METER)) {
maxp = false;
}
if (r3.getElevation(CgConst.UNIT_METER) < r1.getElevation(CgConst.UNIT_METER)) {
minp = false;
}
if (k < data.size() - 1) {
dist = dist + (double) data.get(k + 1).getDist(CgConst.UNIT_METER);
}
if (dist > CgConst.DIST_MAX_MINMAX) {
break;
}
}
if (maxm && maxp) {
r1.setTag(r1.getTag() | CgConst.TAG_HIGH_PT);
}
if (minm && minp) {
r1.setTag(r1.getTag() | CgConst.TAG_LOW_PT);
}
} // Main loop
} // CalcMinMax
/**
* Invert track
*/
public void Invert() {
if (data.size() >= 0) {
// -- Invert the list
Collections.reverse(data);
// -- Set the line number
int n = 1;
for (CgData r : data)
r.setNum(n++);
// -- Refresh
CalcDist();
CalcSlope();
CalcClimbResult resClimb = new CalcClimbResult();
CalcClimb(CgConst.ELEV_NORM, 0, data.size() - 1, resClimb);
ClimbP = resClimb.cp;
ClimbM = resClimb.cm;
AscTime = resClimb.tp;
DescTime = resClimb.tm;
CalcHour();
SearchMinMaxElevationResult resMinMaxElev = new SearchMinMaxElevationResult();
resMinMaxElev = SearchMinMaxElevation(0, (data.size() - 1), resMinMaxElev);
MinElev = resMinMaxElev.min;
MaxElev = resMinMaxElev.max;
isCalculated = true;
isModified = true;
}
}
/**
* Invert track
*
* @param start Index of the starting point
*/
public void NewStartingPoint(int start) {
if (data.size() >= 0) {
ArrayList<CgData> datatmp;
datatmp = new ArrayList<CgData>();
int n = start;
int nb = 0;
while (nb < data.size()) {
datatmp.add(new CgData((double) (nb + 1), data.get(n).getLatitude(), data.get(n).getLongitude(),
data.get(n).getElevation(CgConst.UNIT_METER),
data.get(n).getElevationNotSmoothed(CgConst.UNIT_METER),
data.get(n).getElevationSmoothed(CgConst.UNIT_METER), data.get(n).getElevationMemo(),
data.get(n).getTag(), data.get(n).getDist(CgConst.UNIT_METER),
data.get(n).getTotal(CgConst.UNIT_METER), data.get(n).getDiff(), data.get(n).getCoeff(), 0.0,
data.get(n).getSlope(), data.get(n).getSpeed(CgConst.UNIT_METER),
data.get(n).getdElevation(CgConst.UNIT_METER), data.get(n).getTime(), data.get(n).getdTime_f(),
data.get(n).getTimeLimit(), data.get(n).getHour(), data.get(n).getStation(),
data.get(n).getName(), data.get(n).getComment(), 0.0, 0.0, data.get(n).FmtLbMiniRoadbook,
data.get(n).OptionMiniRoadbook, data.get(n).VPosMiniRoadbook, data.get(n).CommentMiniRoadbook,
data.get(n).FontSizeMiniRoadbook));
nb++;
n++;
if (n >= data.size()) {
n = 0;
}
}
n = 0;
for (CgData r : data) {
r.setNum(datatmp.get(n).getNum());
r.setLatitude(datatmp.get(n).getLatitude());
r.setLongitude(datatmp.get(n).getLongitude());
r.setElevation(datatmp.get(n).getElevation(CgConst.UNIT_METER));
r.setElevationNotSmoothed(datatmp.get(n).getElevationNotSmoothed(CgConst.UNIT_METER));
r.setElevationSmoothed(datatmp.get(n).getElevationSmoothed(CgConst.UNIT_METER));
r.setElevationMemo(datatmp.get(n).getElevationMemo());
r.setTag(datatmp.get(n).getTag());
r.setDist(datatmp.get(n).getDist(CgConst.UNIT_METER));
r.setTotal(datatmp.get(n).getTotal(CgConst.UNIT_METER));
r.setDiff(datatmp.get(n).getDiff());
r.setCoeff(datatmp.get(n).getCoeff());
r.setSlope(datatmp.get(n).getSlope());
r.setSpeed(datatmp.get(n).getSpeed(CgConst.UNIT_METER));
r.setdElevation(datatmp.get(n).getdElevation(CgConst.UNIT_METER));
r.setTime(datatmp.get(n).getTime());
r.setdTime_f(datatmp.get(n).getdTime_f());
r.setTimeLimit(datatmp.get(n).getTimeLimit());
r.setHour(datatmp.get(n).getHour());
r.setStation(datatmp.get(n).getStation());
r.setName(datatmp.get(n).getName());
r.setComment(datatmp.get(n).getComment());
r.FmtLbMiniRoadbook = data.get(n).FmtLbMiniRoadbook;
r.OptionMiniRoadbook = data.get(n).OptionMiniRoadbook;
r.VPosMiniRoadbook = data.get(n).VPosMiniRoadbook;
r.CommentMiniRoadbook = data.get(n).CommentMiniRoadbook;
n++;
}
CalcDist();
CalcSpeed(false);
CalcSlope();
CalcClimbResult resClimb = new CalcClimbResult();
resClimb = CalcClimb(CgConst.ELEV_NORM, 0, data.size() - 1, resClimb);
ClimbP = resClimb.cp;
ClimbM = resClimb.cm;
AscTime = resClimb.tp;
DescTime = resClimb.tm;
CalcHour();
SearchMinMaxElevationResult resMinMaxElev = new SearchMinMaxElevationResult();
resMinMaxElev = SearchMinMaxElevation(0, (data.size() - 1), resMinMaxElev);
MinElev = resMinMaxElev.min;
MaxElev = resMinMaxElev.max;
isCalculated = true;
isModified = true;
}
}
/**
* Load a CGX file
*
* @param name name of the file
* @param mode reading mode (0=complet 1=partial)
* @param backup Indicate if the load is a backup or not. If it's a backup the
* name will not be updated
*/
public void OpenCGX(Component parent, String name, int mode, boolean backup) {
SaxCGXHandler CGXhandler = new SaxCGXHandler();
int ret = 0;
try {
ret = CGXhandler.readDataFromCGX(parent, name, this, mode);
} catch (Exception e) {
}
if (ret != 0)
CgLog.error("TrackData.OpenCGX : Error while reading '" + name + "'. Line =" + CGXhandler.getErrLine());
CgLog.info(data.size() + " positions loaded.");
/*
* Currently not used. Useful for CGX???? // -- Positions filter
* PositionFilter(); CgLog.info(data.size() +
* " positions after positions filter.");
*/
// -- Set the line number
int cmpt = 1;
for (CgData r : data) {
r.setNum(cmpt);
cmpt++;
}
isCalculated = false;
isModified = false;
if (mode == 0)
isNewTrack = true;
// -- Calculate the main data of the track
CalcMainData(true, false);
/*
* CalcDist(); CalcSpeed(); CalcSlope();
*
* CalcClimbResult resClimb = new CalcClimbResult();
* CalcClimb(CgConst.ELEV_NORM, 0, data.size() - 1, resClimb); ClimbP =
* resClimb.cp; ClimbM = resClimb.cm; AscTime = resClimb.tp; DescTime =
* resClimb.tm;
*
* TotalTime = CalcHour();
*
* SearchMinMaxElevationResult resMinMaxElev = new
* SearchMinMaxElevationResult(); resMinMaxElev = SearchMinMaxElevation(0,
* (data.size() - 1), resMinMaxElev); MinElev = resMinMaxElev.min; MaxElev =
* resMinMaxElev.max;
*/
SetNightBit();
CheckTimeLimit();
isCalculated = true;
if (!backup) {
Name = new File(name).getName();
//String Dir = new File(name).getAbsolutePath();
switch (mode) {
case 1:
CgLog.info("TrackData.OpenCGX : '" + name + "' imported at the end of the data");
break;
case 2:
CgLog.info("TrackData.OpenCGX : '" + name + "' imported at the start of the data");
break;
default:
CgLog.info("TrackData.OpenCGX : '" + name + "' loaded");
}
}
FullName = name;
}// LoadCGX
/**
* Save data in CGX format (complete and partial)
*
* @param name name of the file
* @param start first line to save
* @param end last line to save
*/
public void SaveCGX(String name, int start, int end, boolean backup) {
if (data.isEmpty()) {
return;
}
long ts = System.currentTimeMillis();
XMLOutputFactory factory = XMLOutputFactory.newInstance();
try {
BufferedOutputStream bufferedOutputStream = new BufferedOutputStream(new FileOutputStream(name));
XMLStreamWriter writer = new IndentingXMLStreamWriter(
factory.createXMLStreamWriter(bufferedOutputStream, "UTF-8"));
writer.writeStartDocument("UTF-8", "1.0");
writer.writeStartElement("COURSEGENERATOR");
Utils.WriteStringToXML(writer, "VERSION", "5");
double d = data.get(end).getTotal(CgConst.UNIT_METER) - data.get(start).getTotal(CgConst.UNIT_METER);
Utils.WriteStringToXML(writer, "TOTALDISTANCE", String.format(Locale.ROOT, "%f", d));
int j = data.get(end).getTime() - data.get(start).getTime();
Utils.WriteStringToXML(writer, "TOTALSECOND", String.valueOf(j));
Utils.WriteStringToXML(writer, "COURSENAME", CourseName);
Utils.WriteStringToXML(writer, "DESCRIPTION", Description);
Utils.WriteStringToXML(writer, "STARTTIME", StartTime.toString());
Utils.WriteStringToXML(writer, "USEELEVEFFECT", (bElevEffect ? "1" : "0"));
Utils.WriteStringToXML(writer, "USENIGHTCOEFF", (bNightCoeff ? "1" : "0"));
Utils.WriteStringToXML(writer, "NIGHTSTARTTIME", StartNightTime.toString("HH:mm"));
Utils.WriteStringToXML(writer, "NIGHTENDTIME", EndNightTime.toString("HH:mm"));
Utils.WriteStringToXML(writer, "NIGHTCOEFF", String.format(Locale.ROOT, "%f", NightCoeffAsc));
Utils.WriteStringToXML(writer, "NIGHTCOEFFDESC", String.format(Locale.ROOT, "%f", NightCoeffDesc));
Utils.WriteStringToXML(writer, "STARTGLOBALCOEFF", String.format(Locale.ROOT, "%f", StartGlobalCoeff));
Utils.WriteStringToXML(writer, "ENDGLOBALCOEFF", String.format(Locale.ROOT, "%f", EndGlobalCoeff));
Utils.WriteIntToXML(writer, "TIMEZONE", timeZoneOffsetHours);
Utils.WriteStringToXML(writer, "TIMEZONEID", timeZoneId);
Utils.WriteStringToXML(writer, "USESUMMERTIME", (TrackUseDaylightSaving ? "1" : "0"));
Utils.WriteStringToXML(writer, "CURVE", Paramfile);
Utils.WriteIntToXML(writer, "MRBSIZEW", MrbSizeW);
Utils.WriteIntToXML(writer, "MRBSIZEH", MrbSizeH);
Utils.WriteStringToXML(writer, "MRBSHOWDAYNIGHT", (bShowNightDay ? "1" : "0"));
Utils.WriteIntToXML(writer, "CLPROFILSIMPLEFILL", clProfil_Simple_Fill.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSIMPLEBORDER", clProfil_Simple_Border.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILRSROAD", clProfil_RS_Road.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILRSPATH", clProfil_RS_Path.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILRSBORDER", clProfil_RS_Border.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSLOPEINF5", clProfil_SlopeInf5.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSLOPEINF10", clProfil_SlopeInf10.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSLOPEINF15", clProfil_SlopeInf15.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSLOPESUP15", clProfil_SlopeSup15.getRGB());
Utils.WriteIntToXML(writer, "CLPROFILSLOPEBORDER", clProfil_SlopeBorder.getRGB());
Utils.WriteIntToXML(writer, "MRBCURVEFILTER", CurveFilter);
Utils.WriteIntToXML(writer, "WORDWRAPLENGTH", WordWrapLength);
Utils.WriteStringToXML(writer, "LABELTOBOTTOM", (LabelToBottom ? "1" : "0"));
Utils.WriteIntToXML(writer, "MRBTYPE", MRBType);
Utils.WriteIntToXML(writer, "TOPMARGIN", TopMargin);
Utils.WriteIntToXML(writer, "SMOOTHFILTER", SmoothFilter);
NumberFormat nf = NumberFormat.getNumberInstance(Locale.ROOT);
nf.setGroupingUsed(false);
nf.setMaximumFractionDigits(7);
writer.writeStartElement("TRACKPOINTS");
int cmpt = 0;
for (int i = start; i <= end; i++) {
CgData r = data.get(i);
writer.writeStartElement("TRACKPOINT");
Utils.WriteStringToXML(writer, "LATITUDEDEGREES", nf.format(r.getLatitude()));
Utils.WriteStringToXML(writer, "LONGITUDEDEGREES", nf.format(r.getLongitude()));
Utils.WriteStringToXML(writer, "ALTITUDEMETERS", nf.format(r.getElevation(CgConst.UNIT_METER)));
Utils.WriteStringToXML(writer, "ALTITUDEMETERSNOTSMOOTHED",
nf.format(r.getElevationNotSmoothed(CgConst.UNIT_METER)));
Utils.WriteStringToXML(writer, "ALTITUDEMETERSSMOOTHED",
nf.format(r.getElevationSmoothed(CgConst.UNIT_METER)));
Utils.WriteStringToXML(writer, "DISTANCEMETERS", nf.format(r.getDist(CgConst.UNIT_METER)));
Utils.WriteStringToXML(writer, "DISTANCEMETERSCUMUL", nf.format(r.getTotal(CgConst.UNIT_METER)));
Utils.WriteStringToXML(writer, "DIFF", nf.format(r.getDiff()));
Utils.WriteStringToXML(writer, "COEFF", nf.format(r.getCoeff()));
Utils.WriteStringToXML(writer, "RECUP", nf.format(r.getRecovery()));
Utils.WriteIntToXML(writer, "TIMESECONDE", r.getTime());
Utils.WriteIntToXML(writer, "EATTIME", r.getStation());
Utils.WriteIntToXML(writer, "TIMELIMIT", r.getTimeLimit());
Utils.WriteStringToXML(writer, "COMMENT", r.getComment());
Utils.WriteStringToXML(writer, "NAME", r.getName());
Utils.WriteIntToXML(writer, "TAG", r.getTag());
Utils.WriteStringToXML(writer, "FMTLBMINIROADBOOK", r.FmtLbMiniRoadbook);
Utils.WriteIntToXML(writer, "OPTMINIROADBOOK", r.OptionMiniRoadbook);
Utils.WriteIntToXML(writer, "VPOSMINIROADBOOK", r.VPosMiniRoadbook);
Utils.WriteStringToXML(writer, "COMMENTMINIROADBOOK", r.CommentMiniRoadbook);
Utils.WriteIntToXML(writer, "FONTSIZEMINIROADBOOK", r.FontSizeMiniRoadbook);
writer.writeEndElement();
cmpt++;
} // for
// TRACKPOINT
writer.writeEndElement();
writer.writeEndElement();
writer.writeEndDocument();
writer.flush();
writer.close();
bufferedOutputStream.close();
if (!backup)
{
isModified = false;
Name = new File(name).getName();
CgLog.info("TrackData.SaveCGX : '" + name + "' saved");
CgLog.info(cmpt + " positions saved.");
}
FullName = name;
} catch (XMLStreamException |
IOException e) {
e.printStackTrace();
}
CgLog.info("Save time : " + (System.currentTimeMillis() - ts) + "ms");
}
/**
* Save CSV file
*
* @param name name of the CSV file
* @param start first line of the data to save
* @param end last line of the data to save
* @param separator 0=dot 1=comma
*/
public void SaveCSV(String name, int start, int end, int unit, int separator) {
if (data.size() <= 0)
return;
java.util.ResourceBundle bundle = java.util.ResourceBundle.getBundle("course_generator/Bundle");
StringBuilder s = new StringBuilder();
long ts = System.currentTimeMillis();
DecimalFormatSymbols symbols = new DecimalFormatSymbols(Locale.ROOT);
if (separator == 0)
symbols.setDecimalSeparator('.');
else
symbols.setDecimalSeparator(',');
DecimalFormat decimalFormat7 = new DecimalFormat("##0.#######", symbols);
DecimalFormat decimalFormat1 = new DecimalFormat("##0.#", symbols);
// TODO May be export alo elevationNotSmoothed and elevationSmoothed?
try {
PrintWriter writer = new PrintWriter(name, "UTF-8");
s.append(bundle.getString("frmMain.HeaderNum.text") + ";");
s.append(bundle.getString("frmMain.HeaderLat.text") + ";");
s.append(bundle.getString("frmMain.HeaderLon.text") + ";");
s.append(bundle.getString("frmMain.HeaderElev.text") + ";");
s.append(bundle.getString("frmMain.HeaderElevNotSmoothed.text") + ";"); // "ElevationNotSmoothed" + ";");
// //TODO translate
s.append(bundle.getString("frmMain.HeaderElevSmoothed.text") + ";"); // "ElevationSmoothed" + ";"); //TODO
// translate
s.append(bundle.getString("frmMain.HeaderTag.text") + ";");
s.append(bundle.getString("frmMain.HeaderDist.text") + ";");
s.append(bundle.getString("frmMain.HeaderTotal.text") + ";");
s.append(bundle.getString("frmMain.HeaderDiff.text") + ";");
s.append(bundle.getString("frmMain.HeaderCoeff.text") + ";");
s.append(bundle.getString("frmMain.HeaderRecovery.text") + ";");
s.append(bundle.getString("frmMain.HeaderTime.text") + ";");
s.append(bundle.getString("frmMain.HeaderTimeLimit.text") + ";");
s.append(bundle.getString("frmMain.HeaderHour.text") + ";");
s.append(bundle.getString("frmMain.HeaderStation.text") + ";");
s.append(bundle.getString("frmMain.HeaderName.text") + ";");
s.append(bundle.getString("frmMain.HeaderComment.text") + ";");
s.append(bundle.getString("frmMain.HeaderSpeed.text") + ";"); // "Speed;"); //TODO translate
s.append(bundle.getString("frmMain.HeaderSlope.text") + ";"); // "Slope;"); //TODO translate
writer.println(s);
s.setLength(0);
for (int i = start; i <= end; i++) {
CgData d = data.get(i);
s.append(d.getNumString() + ";");
s.append(decimalFormat7.format(d.getLatitude()) + ";");
s.append(decimalFormat7.format(d.getLongitude()) + ";");
s.append(d.getElevationString(unit, false) + ";"); // No decimal
s.append(d.getElevationNotSmoothedString(unit, false) + ";"); // No decimal
s.append(d.getElevationSmoothedString(unit, false) + ";"); // No decimal
s.append(d.getTag() + ";");
s.append(d.getDistString(unit, false) + ";"); // No decimal
s.append(decimalFormat1.format(d.getTotal(unit)) + ";");
s.append(decimalFormat1.format(d.getDiff()) + ";");
s.append(decimalFormat1.format(d.getCoeff()) + ";");
s.append(decimalFormat1.format(d.getRecovery()) + ";");
s.append(d.getTimeString() + ";");
s.append(d.getTimeLimitString(false) + ";");
s.append(d.getHourString() + ";");
s.append(d.getStationString(false) + ";");
String str = d.getName();
str = str.replace("\n", "").replace("\r", "").trim();
s.append(str + ";");
str = d.getComment();
str = str.replace("\n", "").replace("\r", "").trim();
s.append(str + ";");
s.append(decimalFormat1.format(d.getSpeed(unit)) + ";");
s.append(decimalFormat1.format(d.getSlope()) + ";");
writer.println(s);
s.setLength(0);
}
writer.close();
} catch (IOException e) {
e.printStackTrace();
}
CgLog.info("Save time : " + (System.currentTimeMillis() - ts) + "ms");
}
/**
* Calculate the night and day time, speed and distance
*/
public void CalcStatNight() {
if (data.size() <= 0) {
return;
}
tInNight.Init();
tInDay.Init();
boolean first = true;
for (CgData r : data) {
if (!first) {
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
tInNight.Time = tInNight.Time + r.getdTime_f();
tInNight.setSpeed(tInNight.getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
tInNight.setDist(tInNight.getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
tInNight.Cmpt++;
} else {
tInDay.Time = tInDay.Time + r.getdTime_f();
tInDay.setSpeed(tInDay.getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
tInDay.setDist(tInDay.getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
tInDay.Cmpt++;
}
} else {
first = false;
}
}
}
/**
* Calculate the slope statistic
*/
public void CalcStatSlope() {
if (data.size() <= 0) {
return;
}
for (StatData st : StatSlope)
st.Init();
int j = 0;
boolean first = true;
for (CgData r : data) {
if (!first) {
if (r.getSlope() < -40) {
j = 0;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -40) && (r.getSlope() < -30)) {
j = 1;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -30) && (r.getSlope() < -20)) {
j = 2;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -20) && (r.getSlope() < -10)) {
j = 3;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -10) && (r.getSlope() < -5)) {
j = 4;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -5) && (r.getSlope() < -2)) {
j = 5;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() >= -2) && (r.getSlope() <= 2)) {
j = 6;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() > 2) && (r.getSlope() <= 5)) {
j = 7;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() > 5) && (r.getSlope() <= 10)) {
j = 8;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() > 10) && (r.getSlope() <= 20)) {
j = 9;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() > 20) && (r.getSlope() <= 30)) {
j = 10;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if ((r.getSlope() > 30) && (r.getSlope() <= 40)) {
j = 11;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
} else if (r.getSlope() > 40) {
j = 12;
StatSlope[j].setSpeed(StatSlope[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatSlope[j].setDist(StatSlope[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatSlope[j].Time = StatSlope[j].Time + r.getdTime_f();
StatSlope[j].Cmpt++;
}
} else {
first = false;
}
} // foreach
}
/**
* Calculate the elevation statistic
*/
public void CalcStatElev() {
if (data.size() <= 0) {
return;
}
for (StatData st : StatElev)
st.Init();
for (StatData st : StatElevNight)
st.Init();
for (StatData st : StatElevDay)
st.Init();
int j = 0;
boolean first = true;
for (CgData r : data) {
if (!first) {
if (r.getElevation(CgConst.UNIT_METER) < 1000) {
j = 0;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
} else if ((r.getElevation(CgConst.UNIT_METER) >= 1000)
&& (r.getElevation(CgConst.UNIT_METER) < 1500)) {
j = 1;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
} else if ((r.getElevation(CgConst.UNIT_METER) >= 1500)
&& (r.getElevation(CgConst.UNIT_METER) < 2000)) {
j = 2;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
} else if ((r.getElevation(CgConst.UNIT_METER) >= 2000)
&& (r.getElevation(CgConst.UNIT_METER) < 2500)) {
j = 3;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
} else if ((r.getElevation(CgConst.UNIT_METER) >= 2500)
&& (r.getElevation(CgConst.UNIT_METER) < 3000)) {
j = 4;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
} else if ((r.getElevation(CgConst.UNIT_METER) >= 3000)) {
j = 5;
StatElev[j].setSpeed(StatElev[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElev[j].setDist(StatElev[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElev[j].Time = StatElev[j].Time + r.getdTime_f();
StatElev[j].Cmpt++;
// Night
if (bNightCoeff && ((r.getHour().getSecondOfDay() >= StartNightTime.getSecondOfDay())
|| (r.getHour().getSecondOfDay() <= EndNightTime.getSecondOfDay()))) {
StatElevNight[j].Time = StatElevNight[j].Time + r.getdTime_f();
StatElevNight[j].setSpeed(
StatElevNight[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevNight[j]
.setDist(StatElevNight[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevNight[j].Cmpt++;
} else // Day
{
StatElevDay[j].Time = StatElevDay[j].Time + r.getdTime_f();
StatElevDay[j]
.setSpeed(StatElevDay[j].getSpeed(CgConst.UNIT_METER) + r.getSpeed(CgConst.UNIT_METER));
StatElevDay[j]
.setDist(StatElevDay[j].getDist(CgConst.UNIT_METER) + r.getDist(CgConst.UNIT_METER));
StatElevDay[j].Cmpt++;
}
}
} else {
first = false;
}
}
}
/**
* Find the nearest point in the point list
*
* @param lat latitude of the point
* @param lon longitude of the point
* @return index of the nearest point in the point list
*/
public int FindNearestPoint(double lat, double lon) {
double a, c, dDistance, dLat1InRad, dLong1InRad, dLat2InRad, dLong2InRad, dLongitude, dLatitude;
double kEarthRadiusKms;
double min;
int index = -1;
int i = 0;
min = 99999999;
double k = Math.PI / 180.0;
dLat1InRad = lat * k;
dLong1InRad = lon * k;
for (CgData r : data) {
kEarthRadiusKms = 6378.14; // 6376.5
dDistance = 0; // Double.MinValue
dLat2InRad = r.getLatitude() * k;
dLong2InRad = r.getLongitude() * k;
dLongitude = dLong2InRad - dLong1InRad;
dLatitude = dLat2InRad - dLat1InRad;
// Intermediate result a.
a = Math.pow(Math.sin(dLatitude / 2.0), 2.0)
+ Math.cos(dLat1InRad) * Math.cos(dLat2InRad) * Math.pow(Math.sin(dLongitude / 2.0), 2.0);
// Intermediate result c (great circle distance in Radians)
c = 2.0 * Math.atan2(Math.sqrt(a), Math.sqrt(1.0 - a));
// Distance.
dDistance = kEarthRadiusKms * c * 1000.0;
if (dDistance < min) {
min = dDistance;
index = i;
}
i++;
}
// Résultat en mètres
return index;
}
/**
* Return the minimum elevation of the track
*
* @param unit Unit wanted (To get from the settings)
* @return Minimum elevation of the track
*/
public double getMinElev(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return MinElev;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2Feet(MinElev);
default:
return MinElev;
}
}
/**
* Return the maximum elevation of the track
*
* @param unit Unit wanted (To get from the settings)
* @return Maximum elevation of the track
*/
public double getMaxElev(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return MaxElev;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2Feet(MaxElev);
default:
return MaxElev;
}
}
public double getClimbP(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return ClimbP;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2Feet(ClimbP);
default:
return ClimbP;
}
}
/**
* Set climbP variable
*
* @param climbP Value in meter
*/
public void setClimbP(double climbP) {
ClimbP = climbP;
}
public double getClimbM(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return ClimbM;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2Feet(ClimbM);
default:
return ClimbM;
}
}
/**
* Set climbM variable
*
* @param climbM Value in meter
*/
public void setClimbM(double climbM) {
ClimbM = climbM;
}
/**
* Return the road distance on the track
*
* @param unit Unit for the returned value
* @return Road distance in meter
*/
public double getDistRoad(int unit) {
switch (unit) {
case CgConst.UNIT_METER:
return DistRoad;
case CgConst.UNIT_MILES_FEET:
// meter to miles
return Utils.Meter2uMiles(DistRoad);
default:
return DistRoad;
}
}
/**
* Set distRoad variable
*
* @param distRoad Value in meter
*/
public void setDistRoad(double distRoad) {
DistRoad = distRoad;
}
/**
* Copy the current track to another
*
* @param d track object where to copy the current track
* @return track object where the current is copied
*/
public TrackData CopyTo(TrackData d) {
int i = 0;
d.param = param;
d.Paramfile = Paramfile;
d.data.clear();
for (CgData r : data) {
CgData n = new CgData();
n = r.CopyTo(n);
d.data.add(n);
}
d.tInNight = tInNight.CopyTo(d.tInNight);
d.tInDay = tInDay.CopyTo(d.tInDay);
int n = StatSlope.length;
d.StatSlope = new StatData[StatSlope.length];
if (n >= 0) {
for (i = 0; i < n; i++) {
d.StatSlope[i] = new StatData();
d.StatSlope[i] = StatSlope[i].CopyTo(d.StatSlope[i]);
}
}
n = StatElev.length;
d.StatElev = new StatData[StatElev.length];
if (n >= 0) {
for (i = 0; i < n; i++) {
d.StatElev[i] = new StatData();
d.StatElev[i] = StatElev[i].CopyTo(d.StatElev[i]);
}
}
n = StatElevNight.length;
d.StatElevNight = new StatData[StatElevNight.length];
if (n >= 0) {
for (i = 0; i < n; i++) {
d.StatElevNight[i] = new StatData();
d.StatElevNight[i] = StatElevNight[i].CopyTo(d.StatElevNight[i]);
}
}
n = StatElevDay.length;
d.StatElevDay = new StatData[StatElevDay.length];
if (n >= 0) {
for (i = 0; i < n; i++) {
d.StatElevDay[i] = new StatData();
d.StatElevDay[i] = StatElevDay[i].CopyTo(d.StatElevDay[i]);
}
}
d.Name = d.Name;
d.CourseName = CourseName;
d.TotalDistance = TotalDistance;
d.TotalTime = TotalTime;
d.isTimeLoaded = isTimeLoaded;
d.isCalculated = isCalculated;
d.isModified = isModified;
d.ClimbP = ClimbP;
d.ClimbM = ClimbM;
d.AscTime = AscTime;
d.DescTime = DescTime;
d.Description = Description;
d.isAutoCalc = isAutoCalc;
d.StartTime = StartTime;
d.MinElev = MinElev;
d.MaxElev = MaxElev;
d.StartGlobalCoeff = StartGlobalCoeff;
d.EndGlobalCoeff = EndGlobalCoeff;
d.isTimeLimit = isTimeLimit;
d.TimeLimit_Line = TimeLimit_Line;
d.timeZoneOffsetHours = timeZoneOffsetHours;
d.timeZoneId = timeZoneId;
d.TrackUseDaylightSaving = TrackUseDaylightSaving;
d.StartSpeed = StartSpeed;
d.EndSpeed = EndSpeed;
d.DistRoad = DistRoad;
d.ReadError = ReadError;
d.ReadLineError = ReadLineError;
d.StartNightTime = StartNightTime;
d.EndNightTime = EndNightTime;
d.bNightCoeff = bNightCoeff;
d.NightCoeffAsc = NightCoeffAsc;
d.NightCoeffDesc = NightCoeffDesc;
d.bElevEffect = bElevEffect;
d.MrbSizeW = MrbSizeW;
d.MrbSizeH = MrbSizeH;
d.CurveFilter = CurveFilter;
d.WordWrapLength = WordWrapLength;
d.LabelToBottom = LabelToBottom;
d.MRBType = MRBType;
d.TopMargin = TopMargin;
d.bShowNightDay = bShowNightDay;
d.ReadOnly = ReadOnly;
return d;
}
public void determineTrackTimeZone() {
if (this.data == null || this.data.isEmpty())
return;
timeZoneId = Utils.getTimeZoneFromLatLon(this.data.get(0).getLatitude(), this.data.get(0).getLongitude())
.getID();
timeZoneOffsetHours = Utils.hoursUTCOffsetFromLatLon(this.data.get(0).getLatitude(),
this.data.get(0).getLongitude());
}
public void determineSunriseSunsetTimes() {
if (this.data == null || this.data.isEmpty())
return;
if (timeZoneId.equals(""))
determineTrackTimeZone();
EndNightTime = Utils.determineSunRiseTimes(StartTime, this.data.get(0).getLatitude(),
this.data.get(0).getLongitude(), timeZoneId);
StartNightTime = Utils.determineSunsetTimes(StartTime, this.data.get(0).getLatitude(),
this.data.get(0).getLongitude(), timeZoneId);
}
/**
* Copy the smoothed elevation in the elevation field
*/
public void SelectSmoothedElevation() {
if (this.data == null || this.data.isEmpty())
return;
for (CgData r : data) {
r.setElevation(r.getElevationSmoothed(CgConst.UNIT_METER));
}
}
/**
* Copy the not smoothed elevation in the elevation field
*/
public void SelectNotSmoothedElevation() {
if (this.data == null || this.data.isEmpty())
return;
for (CgData r : data) {
r.setElevation(r.getElevationNotSmoothed(CgConst.UNIT_METER));
}
}
/**
* Copy the Not smoothed elevation in the smoothed elevation field
*/
public void CopyNotSmoothedInSmoothedElevation() {
if (this.data == null || this.data.isEmpty())
return;
for (CgData r : data) {
r.setElevationSmoothed(r.getElevationNotSmoothed(CgConst.UNIT_METER));
}
}
/*
* Keep these 2 methods because they can be used to remove enormous slope. Maybe
* a bit of debug is necessary because input data are not the right ones (due
* the method of calculation of dist and slope)
*
* public double CalcNewSlope(double elevPrev, double elevNext, double distPrev,
* double distNext) {
*
* double de = elevNext-elevPrev; double dd = distPrev-distNext; double
* value=elevPrev+(de*distPrev/dd); return value; }
*
* public void FixIncorrectSlope() { if (this.data == null ||
* this.data.isEmpty()) return;
*
* for (int i=0; i<data.size()-1; i++) { CgData act = data.get(i); if
* (Math.abs(act.getSlope())>50) { CgData prev = data.get(i-1); CgData next =
* data.get(i+1); act.setElevation(CalcNewSlope(
* prev.getdElevation(CgConst.UNIT_METER),
* next.getdElevation(CgConst.UNIT_METER), prev.getDist(CgConst.UNIT_METER),
* next.getDist(CgConst.UNIT_METER) ) ); }
* //r.setElevationSmoothed(r.getElevationNotSmoothed(CgConst.UNIT_METER)); } }
*/
} // TrackData
