AdvancedTrackTool.cpp

 
/* SPDX-License-Identifier: CC0-1.0 */
 
#include "AdvancedTrackTool.h"
 
#include <QAction>
#include <QApplication>
#include <QLabel>
#include <QListIterator>
#include <QMenu>
#include <QMenuBar>
#include <QMessageBox>
#include <QPushButton>
#include <QScrollArea>
#include <QSize>
#include <QTableWidget>
#include <QTableWidgetItem>
#include <QToolBar>
#include <QVBoxLayout>
 
#include "Angle.h"
#include "Camera.h"
#include "CameraDistortionMap.h"
#include "CameraFocalPlaneMap.h"
#include "Distance.h"
#include "iTime.h"
#include "Longitude.h"
#include "MdiCubeViewport.h"
#include "Projection.h"
#include "RingPlaneProjection.h"
#include "SerialNumber.h"
#include "SpecialPixel.h"
#include "TableMainWindow.h"
#include "Target.h"
#include "TProjection.h"
#include "TrackingTable.h"
 
namespace Isis {
 
  // For mosaic tracking
#define FLOAT_MIN         -16777215
 
  AdvancedTrackTool::AdvancedTrackTool(QWidget *parent) : Tool(parent) {
    p_tableWin = new TableMainWindow("Advanced Tracking", parent);
    p_tableWin->setTrackListItems(true);
    connect(p_tableWin, SIGNAL(fileLoaded()), this, SLOT(updateID()));
 
    p_action = new QAction(parent);
    p_action->setText("Tracking ...");
    p_action->setIcon(QPixmap(toolIconDir() + "/goto.png"));
    p_action->setShortcut(Qt::CTRL + Qt::Key_T);
    p_action->setWhatsThis("<b>Function: </b> Opens the Advanced Tracking Tool \
                           window. This window will track sample/line positions,\
                           lat/lon positions, and many other pieces of \
                           information.  All of the data in the window can be \
                           saved to a text file. <p><b>Shortcut: </b> Ctrl+T</p>");
    connect(p_action, SIGNAL(triggered()), p_tableWin, SLOT(showTable()));
    activate(true);
    connect(p_action, SIGNAL(triggered()), p_tableWin, SLOT(raise()));
    connect(p_action, SIGNAL(triggered()), p_tableWin, SLOT(syncColumns()));
    p_tableWin->installEventFilter(this);
 
    // Adds each item of checkBoxItems to the table.
    // If a tool tip is specified, we cannot skip parameters, so -1 and
    // Qt::Horizontal are specified.
    QList< QList<QString> >::iterator iter;
    for (iter = checkBoxItems.begin(); iter != checkBoxItems.end(); ++iter) {
      QList<QString> currentList = *iter;
      QString header = currentList[0];
      QString menuText = currentList[2];
      QString toolTip = currentList[3];
      bool onByDefault;
      if (currentList[1] == QString("true")) {
        onByDefault = true;
      }
      else {
        onByDefault = false;
      }
 
      if (toolTip != QString("")) {
        p_tableWin->addToTable(onByDefault, header, menuText,
                          -1, Qt::Horizontal, toolTip);
      }
      else {
        p_tableWin->addToTable(onByDefault, header, menuText);
      }
    }
 
    //This variable will keep track of how many times
    // the user has issued the 'record' command.
    p_id = 0;
 
    // Setup 10 blank rows in the table
    for(int r = 0; r < 10; r++) {
      p_tableWin->table()->insertRow(r);
      for(int c = 0; c < p_tableWin->table()->columnCount(); c++) {
        QTableWidgetItem *item = new QTableWidgetItem("");
        p_tableWin->table()->setItem(r, c, item);
      }
    }
 
    // Create the action for recording points
    QAction *recordAction = new QAction(parent);
    recordAction->setShortcut(Qt::Key_R);
    parent->addAction(recordAction);
    connect(recordAction, SIGNAL(triggered()), this, SLOT(record()));
    p_tableWin->setStatusMessage("To record press the R key"
                                 "  ---  Double click on a cell to enable crtl+c (copy) and"
                                 " ctrl+v (paste).");
 
    // Add a help menu to the menu bar
    QMenuBar *menuBar = p_tableWin->menuBar();
    QMenu *helpMenu = menuBar->addMenu("&Help");
    QAction *help = new QAction(p_tableWin);
    help->setText("&Tool Help");
    help->setShortcut(Qt::CTRL + Qt::Key_H);
    connect(help, SIGNAL(triggered()), this, SLOT(helpDialog()));
    helpMenu->addAction(help);
    p_tableWin->setMenuBar(menuBar);
    installEventFilter(p_tableWin);
 
    m_showHelpOnStart = true;
    readSettings();
  }
 
  bool AdvancedTrackTool::eventFilter(QObject *o, QEvent *e) {
    if(e->type() == QEvent::Show) {
      activate(true);
      if (m_showHelpOnStart) {
        helpDialog();
        m_showHelpOnStart = false;
        writeSettings();
      }
    }
    else if(e->type() == QEvent::Hide) {
      activate(false);
    }
    return Tool::eventFilter(o, e);
  }
 
 
  void AdvancedTrackTool::addTo(QMenu *menu) {
    menu->addAction(p_action);
  }
 
  void AdvancedTrackTool::addToPermanent(QToolBar *perm) {
    perm->addAction(p_action);
  }
 
  void AdvancedTrackTool::mouseMove(QPoint p) {
    updateRow(p);
  }
 
  void AdvancedTrackTool::mouseLeave() {
 
    if(cubeViewport()->isLinked()) {
      for(int i = 0; i < p_numRows; i++) {
        p_tableWin->clearRow(i + p_tableWin->currentRow());
      }
    }
    else {
      p_tableWin->clearRow(p_tableWin->currentRow());
    }
 
  }
 
  void AdvancedTrackTool::updateRow(QPoint p) {
    MdiCubeViewport *cvp = cubeViewport();
    if(cvp == NULL) {
      p_tableWin->clearRow(p_tableWin->currentRow());
      return;
    }
 
    if(!cubeViewport()->isLinked()) {
      updateRow(cvp, p, p_tableWin->currentRow());
      p_numRows = 1;
    }
    else {
      p_numRows = 0;
      for(int i = 0; i < (int)cubeViewportList()->size(); i++) {
        MdiCubeViewport *d = (*(cubeViewportList()))[i];
        if(d->isLinked()) {
          updateRow(d, p, p_tableWin->currentRow() + p_numRows);
          p_numRows++;
        }
      }
    }
  }
 
 
    int AdvancedTrackTool::getIndex(QString keyword) {
      int index = 0;
      QList< QList<QString> >::iterator iter;
      for (iter = checkBoxItems.begin(); iter != checkBoxItems.end(); ++iter) {
        QList<QString> currentList = *iter;
        QList<QString> splitHeader = currentList[0].split(":");
        QList<QString>::iterator headerIter;
        for (headerIter = splitHeader.begin(); headerIter != splitHeader.end(); ++headerIter) {
          QString header = *headerIter;
          if (header.toLower() == keyword.toLower()) {
            return index;
          }
          index++;
      }
    }
    IString msg = "Header [" + keyword + "] not found; make sure spelling is correct";
    throw IException(IException::Io, msg, _FILEINFO_);
  }
 
  void AdvancedTrackTool::updateRow(MdiCubeViewport *cvp, QPoint p, int row) {
    // Get the sample line position to report
    double sample, line;
    cvp->viewportToCube(p.x(), p.y(), sample, line);
    int isample = int (sample + 0.5);
    int iline = int (line + 0.5);
 
    /*if there are linked cvp's then we want to highlight (select)
    the row of the active cvp.*/
    if(cvp->isLinked()) {
 
      if(cvp == cubeViewport()) {
        p_tableWin->table()->selectRow(row);
      }
 
    }
 
 
    // Do we need more rows?
    if(row + 1 > p_tableWin->table()->rowCount()) {
      p_tableWin->table()->insertRow(row);
      for(int c = 0; c < p_tableWin->table()->columnCount(); c++) {
        QTableWidgetItem *item = new QTableWidgetItem("");
        p_tableWin->table()->setItem(row, c, item);
        if(c == 0) p_tableWin->table()->scrollToItem(item);
      }
    }
 
    // Blank out the row to remove stuff left over from previous cvps
    for(int c = 0; c < p_tableWin->table()->columnCount(); c++) {
      p_tableWin->table()->item(row, c)->setText("");
    }
 
    // Don't write anything if we are outside the cube
    if(sample < 0.5) return;
    if(line < 0.5) return;
    if(sample > cvp->cubeSamples() + 0.5) return;
    if(line > cvp->cubeLines() + 0.5) return;
 
    // Write cols 0-2 (id, sample, line)
    p_tableWin->table()->item(row, getIndex("ID"))->setText(QString::number(p_id));
    p_tableWin->table()->item(row, getIndex("Sample"))->setText(QString::number(sample));
    p_tableWin->table()->item(row, getIndex("Line"))->setText(QString::number(line));
 
    // Write col 3 (band)
    if (cvp->isGray()) {
      p_tableWin->table()->item(row, getIndex("Band"))->setText(QString::number(cvp->grayBand()));
    }
    else {
      p_tableWin->table()->item(row, getIndex("Band"))->setText(QString::number(cvp->redBand()));
    }
 
    // Write out the path, filename, and serial number
    FileName fname = FileName(cvp->cube()->fileName()).expanded();
    QString fnamePath = fname.path();
    QString fnameName = fname.name();
    p_tableWin->table()->item(row, getIndex("Path"))->setText(fnamePath);
    p_tableWin->table()->item(row, getIndex("FileName"))->setText(fnameName);
    if (!cvp->cube()->hasGroup("Tracking") && !cvp->cube()->hasTable("InputImages")){
      p_tableWin->table()->item(row, getIndex("Serial Number"))->setText(SerialNumber::Compose(*cvp->cube()));
    }
 
    // If we are outside of the image then we are done
    if((sample < 0.5) || (line < 0.5) ||
        (sample > cvp->cubeSamples() + 0.5) ||
        (line > cvp->cubeLines() + 0.5)) {
      return;
    }
 
    // Otherwise write out col 4 (Pixel value)
    QString pixel;
    if(cvp->isGray()) {
      pixel = PixelToString(cvp->grayPixel(isample, iline), 12);
    }
    else {
      pixel = PixelToString(cvp->redPixel(isample, iline), 12);
    }
    p_tableWin->table()->item(row, getIndex("Pixel"))->setText(pixel);
 
    // Do we have a camera model?
    if(cvp->camera() != NULL) {
      if(cvp->camera()->SetImage(sample, line)) {
        if (cvp->camera()->target()->isSky()) {
          double dec = cvp->camera()->Declination();
          double ra = cvp->camera()->RightAscension();
          p_tableWin->table()->item(row, getIndex("Right Ascension"))->
                                setText(QString::number(ra, 'f', 15));
          p_tableWin->table()->item(row, getIndex("Declination"))->
                                setText(QString::number(dec, 'f', 15));
        }
        else {
          // Write columns ocentric lat/lon, and radius, only if set image succeeds
          double lat = cvp->camera()->UniversalLatitude();
          double lon = cvp->camera()->UniversalLongitude();
 
          double radius = cvp->camera()->LocalRadius().meters();
          p_tableWin->table()->item(row, getIndex("Planetocentric Latitude"))->
                               setText(QString::number(lat, 'f', 15));
          p_tableWin->table()->item(row, getIndex("360 Positive East Longitude"))->
                               setText(QString::number(lon, 'f', 15));
          p_tableWin->table()->item(row, getIndex("Local Radius"))->
                               setText(QString::number(radius, 'f', 15));
 
          /* 180 Positive East Lon. */
          p_tableWin->table()->item(row, getIndex("180 Positive East Longitude"))->
                               setText(QString::number(TProjection::To180Domain(lon), 'f', 15));
 
          // Write out the planetographic and positive west values, only if set image succeeds
          lon = -lon;
          while(lon < 0.0) lon += 360.0;
          Distance radii[3];
          cvp->camera()->radii(radii);
          lat = TProjection::ToPlanetographic(lat, radii[0].meters(), radii[2].meters());
          p_tableWin->table()->item(row, getIndex("Planetographic Latitude"))->
                               setText(QString::number(lat, 'f', 15));
          p_tableWin->table()->item(row, getIndex("360 Positive West Longitude"))->
                               setText(QString::number(lon, 'f', 15));
 
          /*180 Positive West Lon.  */
          p_tableWin->table()->item(row, getIndex("180 Positive West Longitude"))->setText(
                               QString::number(TProjection::To180Domain(lon), 'f', 15));
 
          // Next write out columns, the x/y/z position of the lat/lon, only if set image succeeds
          double pos[3];
          cvp->camera()->Coordinate(pos);
          p_tableWin->table()->item(row, getIndex("Point X"))->setText(QString::number(pos[0]));
          p_tableWin->table()->item(row, getIndex("Point Y"))->setText(QString::number(pos[1]));
          p_tableWin->table()->item(row, getIndex("Point Z"))->setText(QString::number(pos[2]));
 
          // Write out columns resolution, only if set image succeeds
          double res = cvp->camera()->PixelResolution();
          if (res != -1.0) {
            p_tableWin->table()->item(row, getIndex("Resolution"))->setText(QString::number(res));
          }
          else {
            p_tableWin->table()->item(row, getIndex("Resolution"))->setText("");
          }
 
          // Write out columns, oblique pixel resolution, only if set image succeeds
          double obliquePRes = cvp->camera()->ObliquePixelResolution();
          if (obliquePRes != Isis::Null) {
            p_tableWin->table()->item(row, getIndex("Oblique Pixel Resolution"))->
                                 setText(QString::number(obliquePRes));
          }
          else {
            p_tableWin->table()->item(row, getIndex("Oblique Pixel Resolution"))->setText("");
          }
 
          // Write out columns photometric angle values, only if set image succeeds
          double phase = cvp->camera()->PhaseAngle();
          p_tableWin->table()->item(row, getIndex("Phase"))->setText(QString::number(phase));
          double incidence = cvp->camera()->IncidenceAngle();
          p_tableWin->table()->item(row, getIndex("Incidence"))->setText(QString::number(incidence));
          double emission = cvp->camera()->EmissionAngle();
          p_tableWin->table()->item(row, getIndex("Emission"))->setText(QString::number(emission));
 
          // Write out columns local incidence and emission, only if set image
          // succeeds.  This might fail if there are holes in the DEM.
          // Calculates the angles local to the slope for the DEMs, compare against
          // the incidence and emission angles calculated for the sphere
          Angle phaseAngle, incidenceAngle, emissionAngle;
          bool bSuccess = false;
          cvp->camera()->LocalPhotometricAngles(phaseAngle, incidenceAngle, emissionAngle, bSuccess);
          if(bSuccess) {
            p_tableWin->table()->item(row, getIndex("LocalIncidence"))->
                                 setText(QString::number(incidenceAngle.degrees()));
            p_tableWin->table()->item(row, getIndex("LocalEmission"))->
                                 setText(QString::number(emissionAngle.degrees()));
          }
          else {
            p_tableWin->table()->item(row, getIndex("LocalIncidence"))->setText("");
            p_tableWin->table()->item(row, getIndex("LocalEmission"))->setText("");
          }
 
          // If set image succeeds, write out columns north azimuth, sun azimuth, solar longitude
          // north azimuth is meaningless for ring plane projections
          double northAzi = cvp->camera()->NorthAzimuth();
          if (cvp->camera()->target()->shape()->name() != "Plane"
              && Isis::IsValidPixel(northAzi)) {
            p_tableWin->table()->item(row, getIndex("North Azimuth"))->
                                 setText(QString::number(northAzi));
          }
          else { // north azimuth is meaningless for ring plane projections
            p_tableWin->table()->item(row, getIndex("North Azimuth"))->setText("");
          }
 
 
          try {
            double sunAzi = cvp->camera()->SunAzimuth();
            if (Isis::IsValidPixel(sunAzi)) {
              p_tableWin->table()->item(row, getIndex("Sun Azimuth"))->
                                   setText(QString::number(sunAzi));
            }
            else { // sun azimuth is null
              p_tableWin->table()->item(row, getIndex("Sun Azimuth"))->setText("");
            }
          }
          catch(IException &e) {
            p_tableWin->table()->item(row, getIndex("Sun Azimuth"))->setText("");
          }
 
 
          double spacecraftAzi = cvp->camera()->SpacecraftAzimuth();
          if (Isis::IsValidPixel(spacecraftAzi)) {
            p_tableWin->table()->item(row, getIndex("Spacecraft Azimuth"))->
                                 setText(QString::number(spacecraftAzi));
          }
          else { // spacecraft azimuth is null
            p_tableWin->table()->item(row, getIndex("Spacecraft Azimuth"))->setText("");
          }
 
          // Write out columns solar lon, slant distance, local solar time
          try {
            double solarLon = cvp->camera()->solarLongitude().degrees();
            p_tableWin->table()->item(row, getIndex("Solar Longitude"))->
                                 setText(QString::number(solarLon));
          }
          catch (IException &e) {
            p_tableWin->table()->item(row, getIndex("Solar Longitude"))->
                                 setText("");
          }
 
          double slantDistance = cvp->camera()->SlantDistance();
          p_tableWin->table()->item(row, getIndex("Slant Distance"))->
                               setText(QString::number(slantDistance));
          try {
            double lst = cvp->camera()->LocalSolarTime();
            p_tableWin->table()->item(row, getIndex("Local Solar Time"))->
                                 setText(QString::number(lst));
          }
          catch (IException &e) {
            p_tableWin->table()->item(row, getIndex("Local Solar Time"))->
                                 setText("");
          }
        }
 
      } // end if set image succeeds
 
      // Always write out the x/y/z of the undistorted focal plane
      if (cvp->camera()->DistortionMap() != NULL) {
        CameraDistortionMap *distortedMap = cvp->camera()->DistortionMap();
        double undistortedFocalPlaneX = distortedMap->UndistortedFocalPlaneX();
        p_tableWin->table()->item(row, getIndex("Undistorted Focal X"))->
                             setText(QString::number(undistortedFocalPlaneX));
        double undistortedFocalPlaneY = distortedMap->UndistortedFocalPlaneY();
        p_tableWin->table()->item(row, getIndex("Undistorted Focal Y"))->
                             setText(QString::number(undistortedFocalPlaneY));
        double undistortedFocalPlaneZ = distortedMap->UndistortedFocalPlaneZ();
        p_tableWin->table()->item(row, getIndex("Undistorted Focal Z"))->
                             setText(QString::number(undistortedFocalPlaneZ));
      }
      else {
        p_tableWin->table()->item(row, getIndex("Undistorted Focal X"))->
                             setText("");
        p_tableWin->table()->item(row, getIndex("Undistorted Focal Y"))->
                             setText("");
        p_tableWin->table()->item(row, getIndex("Undistorted Focal Z"))->
                             setText("");
      }
 
      // Always write out the x/y of the distorted focal plane
      if (cvp->camera()->FocalPlaneMap() != NULL) {
        CameraFocalPlaneMap *focalPlaneMap = cvp->camera()->FocalPlaneMap();
        double distortedFocalPlaneX = focalPlaneMap->FocalPlaneX();
        p_tableWin->table()->item(row, getIndex("Focal Plane X"))->
                             setText(QString::number(distortedFocalPlaneX));
        double distortedFocalPlaneY = focalPlaneMap->FocalPlaneY();
        p_tableWin->table()->item(row, getIndex("Focal Plane Y"))->
                             setText(QString::number(distortedFocalPlaneY));
      }
      else {
        p_tableWin->table()->item(row, getIndex("Focal Plane X"))->
                             setText("");
        p_tableWin->table()->item(row, getIndex("Focal Plane Y"))->
                             setText("");  
      }
 
 
      // Always write out columns ra/dec, regardless of whether set image succeeds
      double ra = cvp->camera()->RightAscension();
      p_tableWin->table()->item(row, getIndex("Right Ascension"))->setText(QString::number(ra));
      double dec = cvp->camera()->Declination();
      p_tableWin->table()->item(row, getIndex("Declination"))->setText(QString::number(dec));
 
      // Always write out columns et and utc, regardless of whether set image succeeds
      iTime time(cvp->camera()->time());
      p_tableWin->table()->item(row, getIndex("Ephemeris Time"))->
                           setText(QString::number(time.Et(), 'f', 15));
      QString time_utc = time.UTC();
      p_tableWin->table()->item(row, getIndex("UTC"))->setText(time_utc);
 
      // Always out columns spacecraft position, regardless of whether set image succeeds
      double pos[3];
      cvp->camera()->instrumentPosition(pos);
      p_tableWin->table()->item(row, getIndex("Spacecraft X"))->setText(QString::number(pos[0]));
      p_tableWin->table()->item(row, getIndex("Spacecraft Y"))->setText(QString::number(pos[1]));
      p_tableWin->table()->item(row, getIndex("Spacecraft Z"))->setText(QString::number(pos[2]));
    }
 
    else if (cvp->projection() != NULL) {
      // Determine the projection type
      Projection::ProjectionType projType = cvp->projection()->projectionType();
 
      if (cvp->projection()->SetWorld(sample, line)) {
        if (projType == Projection::Triaxial) {
          TProjection *tproj = (TProjection *) cvp->projection();
          double lat = tproj->UniversalLatitude();
          double lon = tproj->UniversalLongitude();
 
          double glat = tproj->ToPlanetographic(lat);
          double wlon = -lon;
          while(wlon < 0.0) wlon += 360.0;
          if (tproj->IsSky()) {
            lon = tproj->Longitude();
            p_tableWin->table()->item(row, getIndex("Right Ascension"))->
                                 setText(QString::number(lon, 'f', 15));
            p_tableWin->table()->item(row, getIndex("Declination"))->
                                 setText(QString::number(lat, 'f', 15));
          }
          else {
            double radius = tproj->LocalRadius();
            p_tableWin->table()->item(row, getIndex("Planetocentric Latitude"))->
                                 setText(QString::number(lat, 'f', 15));
            p_tableWin->table()->item(row, getIndex("Planetographic Latitude"))->
                                 setText(QString::number(glat, 'f', 15));
            p_tableWin->table()->item(row, getIndex("360 Positive East Longitude"))->
                                 setText(QString::number(lon, 'f', 15));
            p_tableWin->table()->item(row, getIndex("180 Positive East Longitude"))->
                                 setText(QString::number(TProjection::To180Domain(lon), 'f', 15));
            p_tableWin->table()->item(row, getIndex("360 Positive West Longitude"))->
                                 setText(QString::number(wlon, 'f', 15));
            p_tableWin->table()->item(row, getIndex("180 Positive East Longitude"))->
                                 setText(QString::number(TProjection::To180Domain(wlon), 'f', 15));
            p_tableWin->table()->item(row, getIndex("Local Radius"))->setText(QString::number(radius, 'f', 15));
          }
        }
        else { // RingPlane
          RingPlaneProjection *rproj = (RingPlaneProjection *) cvp->projection();
          double lat = rproj->UniversalRingRadius();
          double lon = rproj->UniversalRingLongitude();
 
          double wlon = -lon;
          while(wlon < 0.0) wlon += 360.0;
          double radius = lat;
          p_tableWin->table()->item(row, getIndex("Planetocentric Latitude"))->setText("0.0");
          p_tableWin->table()->item(row, getIndex("Planetographic Latitude"))->setText("0.0");
          p_tableWin->table()->item(row, getIndex("360 Positive East Longitude"))->
                               setText(QString::number(lon, 'f', 15));
          p_tableWin->table()->item(row, getIndex("180 Positive East Longitude"))->
                               setText(QString::number(RingPlaneProjection::To180Domain(lon), 'f', 15));
          p_tableWin->table()->item(row, getIndex("360 Positive West Longitude"))->
                               setText(QString::number(wlon, 'f', 15));
          p_tableWin->table()->item(row, getIndex("180 Positive West Longitude"))->
                               setText(QString::number(RingPlaneProjection::To180Domain(wlon), 'f', 15));
          p_tableWin->table()->item(row, getIndex("Local Radius"))->
                               setText(QString::number(radius, 'f', 15));
        }
      }
    }
 
    //If there is a projection add the Projected X and Y coords to the table
    if(cvp->projection() != NULL) {
      if(cvp->projection()->SetWorld(sample, line)) {
        double projX = cvp->projection()->XCoord();
        double projY = cvp->projection()->YCoord();
        p_tableWin->table()->item(row, getIndex("Projected X"))->
                             setText(QString::number(projX, 'f', 15));
        p_tableWin->table()->item(row, getIndex("Projected Y"))->
                             setText(QString::number(projY, 'f', 15));
      }
    }
 
    // Track the Mosaic Origin -  Index (Zero based) and FileName
    if (cvp->cube()->hasTable("InputImages") || cvp->cube()->hasGroup("Tracking")) {
      int iMosaicOrigin = -1;
      QString sSrcFileName = "";
      QString sSrcSerialNum = "";
      TrackMosaicOrigin(cvp, iline, isample, iMosaicOrigin, sSrcFileName, sSrcSerialNum);
      p_tableWin->table()->item(row, getIndex("Track Mosaic Index"))->
                           setText(QString::number(iMosaicOrigin));
      p_tableWin->table()->item(row, getIndex("Track Mosaic FileName"))->
                           setText(QString(sSrcFileName));
      p_tableWin->table()->item(row, getIndex("Track Mosaic Serial Number"))->
                           setText(QString(sSrcSerialNum));
    }
  }
 
 
  void AdvancedTrackTool::TrackMosaicOrigin(MdiCubeViewport *cvp, int piLine,
      int piSample, int &piOrigin, QString &psSrcFileName,
      QString &psSrcSerialNum) {
      try {
        Cube *cCube = cvp->cube();
        int iTrackBand = -1;
 
        // This is a mosaic in the new format or the external tracking cube itself
        if(cCube->hasGroup("Tracking") ||
                (cCube->hasTable(trackingTableName) && cCube->bandCount() == 1)) {
          Cube *trackingCube;
          if(cCube->hasGroup("Tracking")) {
            trackingCube = cvp->trackingCube();
          }
          else {
            trackingCube = cCube;
          }
 
          // Read the cube DN value from TRACKING cube at location (piLine, piSample)
          Portal trackingPortal(trackingCube->sampleCount(), 1, trackingCube->pixelType());
          trackingPortal.SetPosition(piSample, piLine, 1);
          trackingCube->read(trackingPortal);
 
          unsigned int currentPixel = trackingPortal[0];
          if (currentPixel != NULLUI4) {  // If from an image
            Table table = trackingCube->readTable(trackingTableName); // trackingTableName from TrackingTable
            TrackingTable trackingTable(table);
 
            FileName trackingFileName = trackingTable.pixelToFileName(currentPixel);
            psSrcFileName = trackingFileName.name();
            psSrcSerialNum = trackingTable.pixelToSN(currentPixel);
            piOrigin = trackingTable.fileNameToIndex(trackingFileName, psSrcSerialNum);
          }
        }
        // Backwards compatability. Have this tool work with attached TRACKING bands
        else if(cCube->hasTable(trackingTableName)) {
          Pvl *cPvl = cCube->label();
          PvlObject cObjIsisCube = cPvl->findObject("IsisCube");
          PvlGroup cGrpBandBin = cObjIsisCube.findGroup("BandBin");
          for(int i = 0; i < cGrpBandBin.keywords(); i++) {
            PvlKeyword &cKeyTrackBand = cGrpBandBin[i];
            for(int j = 0; j < cKeyTrackBand.size(); j++) {
              if(cKeyTrackBand[j] == "TRACKING") {
                iTrackBand = j;
                break;
              }
            }
          }
 
          if(iTrackBand > 0 && iTrackBand <= cCube->bandCount()) {
            Portal cOrgPortal(cCube->sampleCount(), 1,
                              cCube->pixelType());
            cOrgPortal.SetPosition(piSample, piLine, iTrackBand + 1); // 1 based
            cCube->read(cOrgPortal);
            piOrigin = (int)cOrgPortal[0];
            switch(SizeOf(cCube->pixelType())) {
              case 1:
                piOrigin -= VALID_MIN1;
                break;
 
              case 2:
                piOrigin -= VALID_MIN2;
                break;
 
              case 4:
                piOrigin -= FLOAT_MIN;
                break;
            }
 
            // Get the input file name and serial number
            Table cFileTable = cCube->readTable(trackingTableName);
            int iRecs =   cFileTable.Records();
            if(piOrigin >= 0 && piOrigin < iRecs) {
              psSrcFileName = QString(cFileTable[piOrigin][0]);
              psSrcSerialNum = QString(cFileTable[piOrigin][1]);
            }
          }
        }
 
      }
      catch (IException &e) {
          // This gets called too frequently to raise a warning; so, suppress the error
          // and return invalid.
          piOrigin = -1;
      }
 
      if (piOrigin == -1) { // If not from an image, display N/A
        psSrcFileName = "N/A";
        psSrcSerialNum = "N/A";
      }
  }
 
 
  void AdvancedTrackTool::helpDialog() {
 
      QDialog  *helpDialog = new QDialog(p_tableWin);
 
      QVBoxLayout *dialogLayout = new QVBoxLayout;
      helpDialog->setLayout(dialogLayout);
      QLabel *dialogTitle = new QLabel("<h3>Advanced Tracking Tool</h3>");
      dialogLayout->addWidget(dialogTitle);
 
      QTabWidget *tabArea = new QTabWidget;
      dialogLayout->addWidget(tabArea);
 
      QScrollArea *recordTab = new QScrollArea;
      QWidget *recordContainer = new QWidget;
      QVBoxLayout *recordLayout = new QVBoxLayout;
      recordContainer->setLayout(recordLayout);
      QLabel *recordText = new QLabel("To record, click on the viewport of interest and"
                                      " press (r) while the mouse is hovering over the image.");
      recordText->setWordWrap(true);
      recordLayout->addWidget(recordText);
      recordTab->setWidget(recordContainer);
 
      QScrollArea *helpTab = new QScrollArea;
      QWidget *helpContainer = new QWidget;
      QVBoxLayout *helpLayout = new QVBoxLayout;
      helpContainer->setLayout(helpLayout);
      QLabel *helpText = new QLabel("In order to use <i>ctrl+c</i> to copy and <i>ctrl+v</i> to"
                                    " paste, you need to double click on the cell you are copying"
                                    " from (the text should be highlighted). Then double click on"
                                    " the cell you are pasting to (you should see a cursor if the"
                                    " cell is blank). When a cell is in this editing mode, most"
                                    " keyboard shortcuts work.");
      helpText->setWordWrap(true);
      recordText->setWordWrap(true);
      helpLayout->addWidget(helpText);
      helpTab->setWidget(helpContainer);
 
      tabArea->addTab(recordTab, "Record");
      tabArea->addTab(helpTab, "Table Help");
 
      QPushButton *okButton = new QPushButton("OK");
      dialogLayout->addStretch();
      dialogLayout->addWidget(okButton);
      helpDialog->show();
      connect(okButton, SIGNAL(clicked()), helpDialog, SLOT(accept()));
  }
 
 
  void AdvancedTrackTool::record() {
    if(p_tableWin->table()->isHidden()) return;
    if(p_tableWin->table()->item(p_tableWin->currentRow(), 0)->text() == "") return;
 
    int row = 0;
    p_tableWin->setCurrentRow(p_tableWin->currentRow() + p_numRows);
    p_tableWin->setCurrentIndex(p_tableWin->currentIndex() + p_numRows);
    while(p_tableWin->currentRow() >= p_tableWin->table()->rowCount()) {
 
      row = p_tableWin->table()->rowCount();
 
      p_tableWin->table()->insertRow(row);
      for(int c = 0; c < p_tableWin->table()->columnCount(); c++) {
        QTableWidgetItem *item = new QTableWidgetItem("");
        p_tableWin->table()->setItem(row, c, item);
      }
    }
 
    QApplication::sendPostedEvents(p_tableWin->table(), 0);
    p_tableWin->table()->scrollToItem(p_tableWin->table()->item(p_tableWin->currentRow(), 0),
                                      QAbstractItemView::PositionAtBottom);
 
    //Keep track of number times user presses 'R' (record command)
    p_id = p_tableWin->table()->item(p_tableWin->currentRow() - 1, 0)->text().toInt() + 1;
  }
 
 
  void AdvancedTrackTool::record(QPoint p) {
    p_tableWin->showTable();
    updateRow(p);
    record();
  }
 
 
  void AdvancedTrackTool::updateID() {
    //Check if the current row is 0
    if(p_tableWin->currentRow() == 0)
      p_id = 0;
    else
      p_id = p_tableWin->table()->item(p_tableWin->currentRow() - 1, getIndex("ID"))->text().toInt() + 1;
  }
 
 
  void AdvancedTrackTool::readSettings() {
 
    QSettings settings(settingsFilePath() , QSettings::NativeFormat);
 
    m_showHelpOnStart = settings.value("showHelpOnStart", m_showHelpOnStart).toBool();
  }
 
 
  void AdvancedTrackTool::writeSettings() {
 
    QSettings settings(settingsFilePath(), QSettings::NativeFormat);
 
    settings.setValue("showHelpOnStart", m_showHelpOnStart);
  }
 
 
  QString AdvancedTrackTool::settingsFilePath() const {
 
    if (QApplication::applicationName() == "") {
      throw IException(IException::Programmer, "You must set QApplication's "
          "application name before using the Isis::MainWindow class. Window "
          "state and geometry can not be saved and restored", _FILEINFO_);
    }
 
    FileName config(FileName("$HOME/.Isis/" + QApplication::applicationName() + "/").path() + "/" +
                    "advancedTrackTool.config");
 
    return config.expanded();
  }
}