ControlPointV0003.cpp

#include "ControlPointV0003.h"

#include <QString>

#include "ControlMeasureLogData.h"
#include "ControlPointFileEntryV0002.pb.h"
#include "ControlPointV0002.h"
#include "IException.h"
#include "PvlObject.h"
#include "PvlContainer.h"

using namespace std;

namespace Isis {

  ControlPointV0003::ControlPointV0003(QSharedPointer<ControlPointFileEntryV0002> pointData)
      : m_pointData(pointData) {

  }


  ControlPointV0003::ControlPointV0003(PvlObject &pointObject)
      : m_pointData(new ControlPointFileEntryV0002) {

    // Copy over strings, doubles, and bools
    copy(pointObject, "PointId",
         m_pointData, &ControlPointFileEntryV0002::set_id);
    copy(pointObject, "ChooserName",
         m_pointData, &ControlPointFileEntryV0002::set_choosername);
    copy(pointObject, "DateTime",
         m_pointData, &ControlPointFileEntryV0002::set_datetime);
    copy(pointObject, "AprioriXYZSourceFile",
         m_pointData, &ControlPointFileEntryV0002::set_apriorisurfpointsourcefile);
    copy(pointObject, "AprioriRadiusSourceFile",
         m_pointData, &ControlPointFileEntryV0002::set_aprioriradiussourcefile);
    copy(pointObject, "JigsawRejected",
         m_pointData, &ControlPointFileEntryV0002::set_jigsawrejected);
    copy(pointObject, "EditLock",
         m_pointData, &ControlPointFileEntryV0002::set_editlock);
    copy(pointObject, "Ignore",
         m_pointData, &ControlPointFileEntryV0002::set_ignore);
    copy(pointObject, "AprioriX",
         m_pointData, &ControlPointFileEntryV0002::set_apriorix);
    copy(pointObject, "AprioriY",
         m_pointData, &ControlPointFileEntryV0002::set_aprioriy);
    copy(pointObject, "AprioriZ",
         m_pointData, &ControlPointFileEntryV0002::set_aprioriz);
    copy(pointObject, "AdjustedX",
         m_pointData, &ControlPointFileEntryV0002::set_adjustedx);
    copy(pointObject, "AdjustedY",
         m_pointData, &ControlPointFileEntryV0002::set_adjustedy);
    copy(pointObject, "AdjustedZ",
         m_pointData, &ControlPointFileEntryV0002::set_adjustedz);
    copy(pointObject, "LatitudeConstrained",
         m_pointData, &ControlPointFileEntryV0002::set_latitudeconstrained);
    copy(pointObject, "LongitudeConstrained",
         m_pointData, &ControlPointFileEntryV0002::set_longitudeconstrained);
    copy(pointObject, "RadiusConstrained",
         m_pointData, &ControlPointFileEntryV0002::set_radiusconstrained);

    // Copy enumerated values

    // The control point type names were changed between version 3 and version 4.
    // In version 3, the types are ground, tie, and constrained
    // In version 4, these were changed to fixed, free, and constrained respectively.
    // The protobuf file version was not changed, fixed and free were simply added to the
    // enumeration and the old names were flagged as obsolete.
    if (pointObject["PointType"][0] == "Fixed"
        || pointObject["PointType"][0] == "Ground") {
      m_pointData->set_type(ControlPointFileEntryV0002::Fixed);
    }
    else if (pointObject["PointType"][0] == "Constrained") {
      m_pointData->set_type(ControlPointFileEntryV0002::Constrained);
    }
    else if (pointObject["PointType"][0] == "Free"
             || pointObject["PointType"][0] == "Tie") {
      m_pointData->set_type(ControlPointFileEntryV0002::Free);
    }
    else {
      QString msg = "Invalid ControlPoint type [" + pointObject["PointType"][0] + "].";
      throw IException(IException::User, msg, _FILEINFO_);
    }

    if (pointObject.hasKeyword("AprioriXYZSource")) {
      QString source = pointObject["AprioriXYZSource"][0];

      if (source == "None") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::None);
      }
      else if (source == "User") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::User);
      }
      else if (source == "AverageOfMeasures") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::AverageOfMeasures);
      }
      else if (source == "Reference") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::Reference);
      }
      else if (source == "Basemap") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::Basemap);
      }
      else if (source == "BundleSolution") {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::BundleSolution);
      }
      else {
        QString msg = "Invalid AprioriXYZSource [" + source + "]";
        throw IException(IException::User, msg, _FILEINFO_);
      }
    }

    if (pointObject.hasKeyword("AprioriRadiusSource")) {
      QString source = pointObject["AprioriRadiusSource"][0];

      if (source == "None") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::None);
      }
      else if (source == "User") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::User);
      }
      else if (source == "AverageOfMeasures") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::AverageOfMeasures);
      }
      else if (source == "Ellipsoid") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::Ellipsoid);
      }
      else if (source == "DEM") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::DEM);
      }
      else if (source == "BundleSolution") {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::BundleSolution);
      }
      else {
        QString msg = "Invalid AprioriRadiusSource, [" + source + "]";
        throw IException(IException::User, msg, _FILEINFO_);
      }
    }

    // Copy array values
    if (pointObject.hasKeyword("AprioriCovarianceMatrix")) {
      PvlKeyword &matrix = pointObject["AprioriCovarianceMatrix"];

      m_pointData->add_aprioricovar(toDouble(matrix[0]));
      m_pointData->add_aprioricovar(toDouble(matrix[1]));
      m_pointData->add_aprioricovar(toDouble(matrix[2]));
      m_pointData->add_aprioricovar(toDouble(matrix[3]));
      m_pointData->add_aprioricovar(toDouble(matrix[4]));
      m_pointData->add_aprioricovar(toDouble(matrix[5]));
    }

    if (pointObject.hasKeyword("AdjustedCovarianceMatrix")) {
      PvlKeyword &matrix = pointObject["AdjustedCovarianceMatrix"];

      m_pointData->add_adjustedcovar(toDouble(matrix[0]));
      m_pointData->add_adjustedcovar(toDouble(matrix[1]));
      m_pointData->add_adjustedcovar(toDouble(matrix[2]));
      m_pointData->add_adjustedcovar(toDouble(matrix[3]));
      m_pointData->add_adjustedcovar(toDouble(matrix[4]));
      m_pointData->add_adjustedcovar(toDouble(matrix[5]));
    }

    //  Process Measures
    for (int groupIndex = 0; groupIndex < pointObject.groups(); groupIndex ++) {
      PvlGroup &group = pointObject.group(groupIndex);
      ControlPointFileEntryV0002_Measure measure;

      // Copy strings, booleans, and doubles
      copy(group, "SerialNumber",
           measure, &ControlPointFileEntryV0002_Measure::set_serialnumber);
      copy(group, "ChooserName",
           measure, &ControlPointFileEntryV0002_Measure::set_choosername);
      copy(group, "Sample",
           measure, &ControlPointFileEntryV0002_Measure::set_sample);
      copy(group, "Line",
           measure, &ControlPointFileEntryV0002_Measure::set_line);
      copy(group, "SampleResidual",
           measure, &ControlPointFileEntryV0002_Measure::set_sampleresidual);
      copy(group, "LineResidual",
           measure, &ControlPointFileEntryV0002_Measure::set_lineresidual);
      copy(group, "DateTime",
           measure, &ControlPointFileEntryV0002_Measure::set_datetime);
      copy(group, "Diameter",
           measure, &ControlPointFileEntryV0002_Measure::set_diameter);
      copy(group, "EditLock",
           measure, &ControlPointFileEntryV0002_Measure::set_editlock);
      copy(group, "Ignore",
           measure, &ControlPointFileEntryV0002_Measure::set_ignore);
      copy(group, "JigsawRejected",
           measure, &ControlPointFileEntryV0002_Measure::set_jigsawrejected);
      copy(group, "AprioriSample",
           measure, &ControlPointFileEntryV0002_Measure::set_apriorisample);
      copy(group, "AprioriLine",
           measure, &ControlPointFileEntryV0002_Measure::set_aprioriline);
      copy(group, "SampleSigma",
           measure, &ControlPointFileEntryV0002_Measure::set_samplesigma);
      copy(group, "LineSigma",
           measure, &ControlPointFileEntryV0002_Measure::set_linesigma);

      if (group.hasKeyword("Reference")) {
        if (group["Reference"][0].toLower() == "true") {
          m_pointData->set_referenceindex(groupIndex);
        }
        group.deleteKeyword("Reference");
      }

      QString type = group["MeasureType"][0].toLower();
      if (type == "candidate") {
        measure.set_type(ControlPointFileEntryV0002_Measure::Candidate);
      }
      else if (type == "manual") {
        measure.set_type(ControlPointFileEntryV0002_Measure::Manual);
      }
      else if (type == "registeredpixel") {
        measure.set_type(ControlPointFileEntryV0002_Measure::RegisteredPixel);
      }
      else if (type == "registeredsubpixel") {
        measure.set_type(ControlPointFileEntryV0002_Measure::RegisteredSubPixel);
      }
      else {
        throw IException(IException::Io,
                         "Unknown measure type [" + type + "]",
                         _FILEINFO_);
      }
      group.deleteKeyword("MeasureType");

      for (int key = 0; key < group.keywords(); key++) {
        ControlMeasureLogData interpreter(group[key]);
        if (!interpreter.IsValid()) {
          QString msg = "Unhandled or duplicate keywords in control measure ["
                        + group[key].name() + "]";
          throw IException(IException::Programmer, msg, _FILEINFO_);
        }
        else {
          ControlPointFileEntryV0002_Measure_MeasureLogData protoBufDataEntry;

          protoBufDataEntry.set_doubledatatype(interpreter.GetDataType());
          protoBufDataEntry.set_doubledatavalue(interpreter.GetNumericalValue());

          *measure.add_log() = protoBufDataEntry;
        }
      }

      *m_pointData->add_measures() = measure;
    }

    if (!m_pointData->IsInitialized()) {
      QString msg = "There is missing required information in the control "
                    "points or measures";
      throw IException(IException::Io, msg, _FILEINFO_);
    }
  }


  ControlPointV0003::ControlPointV0003(ControlPointV0002 &oldPoint)
      : m_pointData(new ControlPointFileEntryV0002) {
    QSharedPointer<ControlNetFileProtoV0001_PBControlPoint> oldPointData = oldPoint.pointData();
    if (!oldPointData) {
      QString msg = "Version 2 control point is missing point data.";
      throw IException(IException::User, msg, _FILEINFO_);
    }
    QSharedPointer<ControlNetLogDataProtoV0001_Point> oldLogData = oldPoint.logData();
    if (!oldLogData) {
      QString msg = "Version 2 control point is missing measure log data.";
      throw IException(IException::User, msg, _FILEINFO_);
    }

    // Copy over POD values
    if ( oldPointData->has_id() ) {
      m_pointData->set_id( oldPointData->id() );
    }
    if ( oldPointData->has_choosername() ) {
      m_pointData->set_choosername( oldPointData->choosername() );
    }
    if ( oldPointData->has_datetime() ) {
      m_pointData->set_datetime( oldPointData->datetime() );
    }
    if ( oldPointData->has_apriorisurfpointsourcefile() ) {
      m_pointData->set_apriorisurfpointsourcefile( oldPointData->apriorisurfpointsourcefile() );
    }
    if ( oldPointData->has_aprioriradiussourcefile() ) {
      m_pointData->set_aprioriradiussourcefile( oldPointData->aprioriradiussourcefile() );
    }
    if ( oldPointData->has_jigsawrejected() ) {
      m_pointData->set_jigsawrejected( oldPointData->jigsawrejected() );
    }
    if ( oldPointData->has_editlock() ) {
      m_pointData->set_editlock( oldPointData->editlock() );
    }
    if ( oldPointData->has_ignore() ) {
      m_pointData->set_ignore( oldPointData->ignore() );
    }
    if ( oldPointData->has_apriorix() ) {
      m_pointData->set_apriorix( oldPointData->apriorix() );
    }
    if ( oldPointData->has_aprioriy() ) {
      m_pointData->set_aprioriy( oldPointData->aprioriy() );
    }
    if ( oldPointData->has_aprioriz() ) {
      m_pointData->set_aprioriz( oldPointData->aprioriz() );
    }
    if ( oldPointData->has_adjustedx() ) {
      m_pointData->set_adjustedx( oldPointData->adjustedx() );
    }
    if ( oldPointData->has_adjustedy() ) {
      m_pointData->set_adjustedy( oldPointData->adjustedy() );
    }
    if ( oldPointData->has_adjustedz() ) {
      m_pointData->set_adjustedz( oldPointData->adjustedz() );
    }
    if ( oldPointData->has_latitudeconstrained() ) {
      m_pointData->set_latitudeconstrained( oldPointData->latitudeconstrained() );
    }
    if ( oldPointData->has_longitudeconstrained() ) {
      m_pointData->set_longitudeconstrained( oldPointData->longitudeconstrained() );
    }
    if ( oldPointData->has_radiusconstrained() ) {
      m_pointData->set_radiusconstrained( oldPointData->radiusconstrained() );
    }
    if ( oldPointData->has_referenceindex() ) {
      m_pointData->set_referenceindex( oldPointData->referenceindex() );
    }

    // Copy over enumerated values

    // The only point types in V0002 are ground and tie.
    // So, convert ground and tie to their V0003 values, fixed and free respectively.
    // Later check if the point is constrained.
    if ( oldPointData->has_type() ) {
      ControlNetFileProtoV0001_PBControlPoint_PointType pointType = oldPointData->type();
      if (pointType == ControlNetFileProtoV0001_PBControlPoint::Ground) {
        m_pointData->set_type(ControlPointFileEntryV0002::Fixed);
      }
      else if (pointType == ControlNetFileProtoV0001_PBControlPoint::Tie) {
        m_pointData->set_type(ControlPointFileEntryV0002::Free);
      }
      else {
        QString msg = "Invalid ControlPoint type.";
        throw IException(IException::User, msg, _FILEINFO_);
      }
    }

    if ( oldPointData->has_apriorisurfpointsource() ) {
      ControlNetFileProtoV0001_PBControlPoint_AprioriSource surfacePointSource;
      surfacePointSource = oldPointData->apriorisurfpointsource();
      if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::None) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::None);
      }
      else if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::User) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::User);
      }
      else if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::AverageOfMeasures) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::AverageOfMeasures);
      }
      else if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::Reference) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::Reference);
      }
      else if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::Basemap) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::Basemap);
      }
      else if (surfacePointSource == ControlNetFileProtoV0001_PBControlPoint::BundleSolution) {
        m_pointData->set_apriorisurfpointsource(ControlPointFileEntryV0002::BundleSolution);
      }
      else {
        QString msg = "Invalid ControlPoint apriori surface point source.";
        throw IException(IException::User, msg, _FILEINFO_);
      }
    }

    if ( oldPointData->has_aprioriradiussource() ) {
      ControlNetFileProtoV0001_PBControlPoint_AprioriSource radiusSource;
      radiusSource = oldPointData->aprioriradiussource();
      if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::None) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::None);
      }
      else if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::User) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::User);
      }
      else if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::AverageOfMeasures) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::AverageOfMeasures);
      }
      else if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::Ellipsoid) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::Ellipsoid);
      }
      else if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::DEM) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::DEM);
      }
      else if (radiusSource == ControlNetFileProtoV0001_PBControlPoint::BundleSolution) {
        m_pointData->set_aprioriradiussource(ControlPointFileEntryV0002::BundleSolution);
      }
      else {
        QString msg = "Invalid AprioriRadiusSource.";
        throw IException(IException::User, msg, _FILEINFO_);
      }
    }

    // Copy the array values

    // If there is a covariance matrix, then the point is constrained
    if (oldPointData->aprioricovar_size() > 0) {
      m_pointData->set_type(ControlPointFileEntryV0002::Constrained);
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(0) );
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(1) );
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(2) );
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(3) );
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(4) );
      m_pointData->add_aprioricovar( oldPointData->aprioricovar(5) );
    }

    if (oldPointData->adjustedcovar_size() > 0) {
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(0) );
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(1) );
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(2) );
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(3) );
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(4) );
      m_pointData->add_adjustedcovar( oldPointData->adjustedcovar(5) );
    }

    // Copy the measures
    for (int i = 0; i < oldPointData->measures_size(); i++) {
      ControlPointFileEntryV0002_Measure *newMeasure = m_pointData->add_measures();
      ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure oldMeasure;
      oldMeasure = oldPointData->measures(i);

      // Copy over POD values
      if ( oldMeasure.has_serialnumber() ) {
        newMeasure->set_serialnumber( oldMeasure.serialnumber() );
      }
      if ( oldMeasure.has_choosername() ) {
        newMeasure->set_choosername( oldMeasure.choosername() );
      }
      if ( oldMeasure.has_datetime() ) {
        newMeasure->set_datetime( oldMeasure.datetime() );
      }
      if ( oldMeasure.has_diameter() ) {
        newMeasure->set_diameter( oldMeasure.diameter() );
      }
      if ( oldMeasure.has_editlock() ) {
        newMeasure->set_editlock( oldMeasure.editlock() );
      }
      if ( oldMeasure.has_ignore() ) {
        newMeasure->set_ignore( oldMeasure.ignore() );
      }
      if ( oldMeasure.has_jigsawrejected() ) {
        newMeasure->set_jigsawrejected( oldMeasure.jigsawrejected() );
      }
      if ( oldMeasure.has_apriorisample() ) {
        newMeasure->set_apriorisample( oldMeasure.apriorisample() );
      }
      if ( oldMeasure.has_aprioriline() ) {
        newMeasure->set_aprioriline( oldMeasure.aprioriline() );
      }
      if ( oldMeasure.has_samplesigma() ) {
        newMeasure->set_samplesigma( oldMeasure.samplesigma() );
      }
      if ( oldMeasure.has_linesigma() ) {
        newMeasure->set_linesigma( oldMeasure.linesigma() );
      }
      // In the version 1 protobuf format, the sample, line, sample residual, and line residual
      // values are stored in a nested message so we have to copy them differently.
      if ( oldMeasure.has_measurement() ) {
        ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_PBMeasure oldMeasurement;
        oldMeasurement = oldMeasure.measurement();
        if ( oldMeasurement.has_sample() ) {
          newMeasure->set_sample( oldMeasurement.sample() );
        }
        if ( oldMeasurement.has_line() ) {
          newMeasure->set_line( oldMeasurement.line() );
        }
        if ( oldMeasurement.has_sampleresidual() ) {
          newMeasure->set_sampleresidual( oldMeasurement.sampleresidual() );
        }
        if ( oldMeasurement.has_lineresidual() ) {
          newMeasure->set_lineresidual( oldMeasurement.lineresidual() );
        }
      }

      // Copy over the enumerated values
      if ( oldMeasure.has_type() ) {
        ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_MeasureType oldType;
        oldType = oldMeasure.type();
        if (oldType == ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_MeasureType_Candidate) {
          newMeasure->set_type(ControlPointFileEntryV0002_Measure_MeasureType_Candidate);
        }
        else if (oldType == ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_MeasureType_Manual) {
          newMeasure->set_type(ControlPointFileEntryV0002_Measure_MeasureType_Manual);
        }
        else if (oldType == ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_MeasureType_RegisteredPixel) {
          newMeasure->set_type(ControlPointFileEntryV0002_Measure_MeasureType_RegisteredPixel);
        }
        else if (oldType == ControlNetFileProtoV0001_PBControlPoint_PBControlMeasure_MeasureType_RegisteredSubPixel) {
          newMeasure->set_type(ControlPointFileEntryV0002_Measure_MeasureType_RegisteredSubPixel);
        }
        else {
          QString msg = "Invalid measure type";
          throw IException(IException::User, msg, _FILEINFO_);
        }

        // Copy over any log data
        ControlNetLogDataProtoV0001_Point_Measure measureLogData = oldLogData->measures(i);
        for (int j = 0; j < measureLogData.loggedmeasuredata_size(); j++) {

          ControlNetLogDataProtoV0001_Point_Measure_DataEntry oldData =
              measureLogData.loggedmeasuredata(j);

          ControlPointFileEntryV0002_Measure_MeasureLogData newData;

          newData.set_doubledatatype( oldData.datatype() );
          newData.set_doubledatavalue( oldData.datavalue() );

          *newMeasure->add_log() = newData;
        }

        // Check that all the required fields in the measure are filled
        if ( !newMeasure->IsInitialized() ) {
          QString msg = "Measure file entry at index [" + toString(i)
                        + "] is missing required fields.";
          throw IException(IException::User, msg, _FILEINFO_);
        }
      }
    }

    // Check that all of the required fields in the point are filled
    if ( !m_pointData->IsInitialized() ) {
      QString msg = "Control point file entry is missing required fields.";
      throw IException(IException::User, msg, _FILEINFO_);
    }
  }


  const ControlPointFileEntryV0002 &ControlPointV0003::pointData() {
    if (!m_pointData) {
      m_pointData.reset(new ControlPointFileEntryV0002);
    }

    return *m_pointData;
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               QSharedPointer<ControlPointFileEntryV0002> point,
                               void (ControlPointFileEntryV0002::*setter)(bool)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    QString value = container[keyName][0];
    container.deleteKeyword(keyName);
    value = value.toLower();

    if (value == "true" || value == "yes") {
      (point.data()->*setter)(true);
    }
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               QSharedPointer<ControlPointFileEntryV0002> point,
                               void (ControlPointFileEntryV0002::*setter)(double)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    double value = toDouble(container[keyName][0]);
    container.deleteKeyword(keyName);
    (point.data()->*setter)(value);
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               QSharedPointer<ControlPointFileEntryV0002> point,
                               void (ControlPointFileEntryV0002::*setter)(const std::string&)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    QString value = container[keyName][0];
    container.deleteKeyword(keyName);
    (point.data()->*setter)(value.toLatin1().data());
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               ControlPointFileEntryV0002_Measure &measure,
                               void (ControlPointFileEntryV0002_Measure::*setter)(bool)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    QString value = container[keyName][0];
    container.deleteKeyword(keyName);
    value = value.toLower();

    if (value == "true" || value == "yes") {
      (measure.*setter)(true);
    }
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               ControlPointFileEntryV0002_Measure &measure,
                               void (ControlPointFileEntryV0002_Measure::*setter)(double)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    double value = toDouble(container[keyName][0]);
    container.deleteKeyword(keyName);
    (measure.*setter)(value);
  }


  void ControlPointV0003::copy(PvlContainer &container,
                               QString keyName,
                               ControlPointFileEntryV0002_Measure &measure,
                               void (ControlPointFileEntryV0002_Measure::*setter)
                                      (const std::string &)) {

    if (!container.hasKeyword(keyName)) {
      return;
    }

    QString value = container[keyName][0];
    container.deleteKeyword(keyName);
    (measure.*setter)(value.toLatin1().data());
  }
}