AbstractMeasureItem.cpp

 
/* SPDX-License-Identifier: CC0-1.0 */
 
#include "IsisDebug.h"
 
#include "AbstractMeasureItem.h"
 
#include <QMessageBox>
#include <QString>
#include <QVariant>
 
#include "CnetDisplayProperties.h"
#include "ControlMeasure.h"
#include "ControlMeasureLogData.h"
#include "ControlPoint.h"
#include "IException.h"
 
 
#include "TableColumn.h"
#include "TableColumnList.h"
 
 
namespace Isis {
  QString AbstractMeasureItem::getColumnName(Column col) {
    switch (col) {
      case PointId:
        return "Point ID";
      case ImageId:
        return "Image ID";
      case Sample:
        return "Sample";
      case Line:
        return "Line";
      case EditLock:
        return "Edit Locked";
      case Ignored:
        return "Ignored";
      case Reference:
        return "Reference";
      case Type:
        return "Measure Type";
      case Obsolete_Eccentricity:
        return "Obsolete_Eccentricity";
      case GoodnessOfFit:
        return "Goodness of Fit";
      case MinPixelZScore:
        return "Minimum Pixel Z-Score";
      case MaxPixelZScore:
        return "Maximum Pixel Z-Score";
      case SampleShift:
        return "Sample Shift";
      case LineShift:
        return "Line Shift";
      case SampleSigma:
        return "Sample Sigma";
      case LineSigma:
        return "Line Sigma";
      case APrioriSample:
        return "A Priori Sample";
      case APrioriLine:
        return "A Priori Line";
      case Diameter:
        return "Diameter";
      case JigsawRejected:
        return "Rejected by Jigsaw";
      case ResidualSample:
        return "Residual Sample";
      case ResidualLine:
        return "Residual Line";
      case ResidualMagnitude:
        return "Residual Magnitude";
    }
 
    ASSERT(0);
    return QString();
  }
 
 
  AbstractMeasureItem::Column AbstractMeasureItem::getColumn(
    QString columnTitle) {
    for (int i = 0; i < COLS; i++) {
      if (columnTitle == getColumnName((Column) i))
        return (Column) i;
    }
 
    QString msg = "Column title [" + columnTitle + "] does not match any of "
        "the defined column types";
    throw IException(IException::Programmer, msg, _FILEINFO_);
  }
 
 
  TableColumnList *AbstractMeasureItem::createColumns() {
    TableColumnList *columnList = new TableColumnList;
 
    columnList->append(new TableColumn(getColumnName(PointId), true, false));
    columnList->append(new TableColumn(getColumnName(ImageId), true,
        true));
    columnList->append(new TableColumn(getColumnName(Sample), true, false));
    columnList->append(new TableColumn(getColumnName(Line), true, false));
    columnList->append(new TableColumn(getColumnName(EditLock), false,
        false));
    columnList->append(new TableColumn(getColumnName(Ignored), false, true));
    columnList->append(new TableColumn(getColumnName(Reference), true, true));
    columnList->append(new TableColumn(getColumnName(Type), false, false));
    columnList->append(new TableColumn(getColumnName(Obsolete_Eccentricity), true,
        false));
    columnList->append(new TableColumn(getColumnName(GoodnessOfFit), true,
        false));
    columnList->append(new TableColumn(getColumnName(MinPixelZScore), true,
        false));
    columnList->append(new TableColumn(getColumnName(MaxPixelZScore), true,
        false));
    columnList->append(new TableColumn(getColumnName(SampleShift), true,
        false));
    columnList->append(new TableColumn(getColumnName(LineShift), true,
        false));
    columnList->append(new TableColumn(getColumnName(SampleSigma), false,
        false));
    columnList->append(new TableColumn(getColumnName(LineSigma), false,
        false));
    columnList->append(new TableColumn(getColumnName(APrioriSample), true,
        false));
    columnList->append(new TableColumn(getColumnName(APrioriLine), true,
        false));
    columnList->append(new TableColumn(getColumnName(Diameter), false,
        false));
    columnList->append(new TableColumn(getColumnName(JigsawRejected), true,
        false));
    columnList->append(new TableColumn(getColumnName(ResidualSample), true,
        false));
    columnList->append(new TableColumn(getColumnName(ResidualLine), true,
        false));
    columnList->append(new TableColumn(getColumnName(ResidualMagnitude),
        true, false));
 
    return columnList;
  }
 
  AbstractMeasureItem::AbstractMeasureItem(ControlMeasure *cm,
      int avgCharWidth, AbstractTreeItem *parent)
    : AbstractTreeItem(parent) {
    ASSERT(cm);
    m_measure = cm;
    calcDataWidth(avgCharWidth);
 
    connect(m_measure, SIGNAL(destroyed(QObject *)), this, SLOT(sourceDeleted()));
  }
 
 
  AbstractMeasureItem::~AbstractMeasureItem() {
    m_measure = NULL;
  }
 
 
  QVariant AbstractMeasureItem::getData() const {
    return getData(getColumnName(ImageId));
  }
 
 
  QVariant AbstractMeasureItem::getData(QString columnTitle) const {
    if (m_measure) {
      Column column = getColumn(columnTitle);
 
      switch ((Column) column) {
        case PointId:
          return QVariant((QString) m_measure->Parent()->GetId());
        case ImageId:
          return QVariant(CnetDisplayProperties::getInstance()->getImageName(
              (QString) m_measure->GetCubeSerialNumber()));
        case Sample:
          return QVariant(m_measure->GetSample());
        case Line:
          return QVariant(m_measure->GetLine());
        case EditLock:
          if (m_measure->IsEditLocked())
            return QVariant("Yes");
          else
            return QVariant("No");
        case Ignored:
          if (m_measure->IsIgnored())
            return QVariant("Yes");
          else
            return QVariant("No");
        case Reference:
          if (m_measure->Parent()->GetRefMeasure() == m_measure)
            return QVariant("Yes");
          else
            return QVariant("No");
        case Type:
          return QVariant(
              (QString)m_measure->MeasureTypeToString(m_measure->GetType()));
        case Obsolete_Eccentricity:
          return QVariant(
              m_measure->GetLogData(
                  ControlMeasureLogData::Obsolete_Eccentricity).GetNumericalValue());
        case GoodnessOfFit:
          return QVariant(
              m_measure->GetLogData(
                  ControlMeasureLogData::GoodnessOfFit).GetNumericalValue());
        case MinPixelZScore:
          return QVariant(
              m_measure->GetLogData(ControlMeasureLogData::MinimumPixelZScore).
              GetNumericalValue());
        case MaxPixelZScore:
          return QVariant(
              m_measure->GetLogData(ControlMeasureLogData::MaximumPixelZScore).
              GetNumericalValue());
        case SampleShift:
          return QVariant(m_measure->GetSampleShift());
        case LineShift:
          return QVariant(m_measure->GetLineShift());
        case SampleSigma:
          return QVariant(m_measure->GetSampleSigma());
        case LineSigma:
          return QVariant(m_measure->GetLineSigma());
        case APrioriSample:
          return QVariant(m_measure->GetAprioriSample());
        case APrioriLine:
          return QVariant(m_measure->GetAprioriLine());
        case Diameter:
          return QVariant(m_measure->GetDiameter());
        case JigsawRejected:
          if (m_measure->IsRejected())
            return QVariant("Yes");
          else
            return QVariant("No");
        case ResidualSample:
          return QVariant(m_measure->GetSampleResidual());
        case ResidualLine:
          return QVariant(m_measure->GetLineResidual());
        case ResidualMagnitude:
          return QVariant(
              m_measure->GetResidualMagnitude());
      }
    }
 
    return QVariant();
  }
 
 
  void AbstractMeasureItem::setData(QString const &columnTitle,
      QString const &newData) {
    if (m_measure) {
      Column column = getColumn(columnTitle);
 
      switch ((Column) column) {
        case PointId:
          // PointId is not editable in the measure table
          break;
        case ImageId:
          m_measure->SetCubeSerialNumber(
            CnetDisplayProperties::getInstance()->getSerialNumber(newData));
          break;
        case Sample:
          m_measure->SetCoordinate(catchNull(newData),
              m_measure->GetLine());
          break;
        case Line:
          m_measure->SetCoordinate(m_measure->GetSample(),
              catchNull(newData));
          break;
        case EditLock:
          if (newData == "Yes")
            m_measure->SetEditLock(true);
          else
            m_measure->SetEditLock(false);
          break;
        case Ignored:
          if (newData == "Yes")
            m_measure->SetIgnored(true);
          else if (newData == "No")
            m_measure->SetIgnored(false);
          break;
        case Reference:
          // A measure's reference status should never be editable. It should
          // only be changed through the point.
          break;
        case Type:
          m_measure->SetType(m_measure->StringToMeasureType(
              CnetDisplayProperties::getInstance()->getSerialNumber(
                  newData)));
          break;
        case Obsolete_Eccentricity:
          setLogData(m_measure, ControlMeasureLogData::Obsolete_Eccentricity, newData);
          break;
        case GoodnessOfFit:
          setLogData(m_measure, ControlMeasureLogData::GoodnessOfFit, newData);
          break;
        case MinPixelZScore:
          setLogData(m_measure, ControlMeasureLogData::MinimumPixelZScore,
              newData);
          break;
        case MaxPixelZScore:
          setLogData(m_measure, ControlMeasureLogData::MaximumPixelZScore,
              newData);
          break;
        case SampleShift:
          // This is not editable anymore.
          break;
        case LineShift:
          // This is not editable anymore.
          break;
        case SampleSigma:
          m_measure->SetSampleSigma(catchNull(newData));
          break;
        case LineSigma:
          m_measure->SetLineSigma(catchNull(newData));
          break;
        case APrioriSample:
          m_measure->SetAprioriSample(catchNull(newData));
          break;
        case APrioriLine:
          m_measure->SetAprioriLine(catchNull(newData));
          break;
        case Diameter:
          m_measure->SetDiameter(catchNull(newData));
          break;
        case JigsawRejected:
          // jigsaw rejected is not editable!
          break;
        case ResidualSample:
          m_measure->SetResidual(
            catchNull(newData), m_measure->GetLineResidual());
          break;
        case ResidualLine:
          m_measure->SetResidual(
            m_measure->GetSampleResidual(), catchNull(newData));
          break;
        case ResidualMagnitude:
          // residual magnitude is not editable!
          break;
      }
    }
  }
 
 
  // Returns true if the data at the given column is locked (i.e. is
  // edit-locked). If the m_measure is edit-locked, all columns except the edit
  // lock column should be uneditable. If the m_measure's parent point is
  // edit-locked, none of the columns should be editable as it should only be
  // unlocked from the parent point.
  bool AbstractMeasureItem::isDataEditable(QString columnTitle) const {
    bool parentLocked = !m_measure->Parent() ||
        m_measure->Parent()->IsEditLocked();
    bool locked = m_measure->IsEditLocked() || parentLocked;
 
    if (getColumn(columnTitle) == EditLock && !parentLocked) {
      locked = false;
    }
 
    return !locked;
  }
 
 
  void AbstractMeasureItem::deleteSource() {
    if (m_measure) {
      if (m_measure->Parent()->IsEditLocked()) {
        QString msg = "Measures in point [" +
            getFormattedData(getColumnName(PointId)) +
            "] cannot be deleted because point is edit locked";
        throw IException(IException::User, msg, _FILEINFO_);
      }
 
      else if (m_measure->IsEditLocked()) {
        QString msg = "Measure [" + getFormattedData() + "] in point [" +
            getFormattedData(getColumnName(PointId)) +
            "] cannot be deleted because m_measure is edit locked";
        throw IException(IException::User, msg, _FILEINFO_);
      }
      //       else if (m_measure->Parent()->GetRefMeasure() == m_measure) {
      //         QString msg = "Measure [" + getData() + "] in point [" +
      //             getData(getColumnName(PointId)) + "] cannot be deleted because "
      //             "it is the reference";
      //         throw iException::Message(iException::User, msg, _FILEINFO_);
      //       }
 
      ControlMeasure *tempMeasure = m_measure;
      m_measure = NULL;
      tempMeasure->Parent()->Delete(tempMeasure);
    }
  }
 
 
  AbstractTreeItem::InternalPointerType AbstractMeasureItem::getPointerType()
  const {
    return AbstractTreeItem::Measure;
  }
 
 
  void *AbstractMeasureItem::getPointer() const {
    return m_measure;
  }
 
 
  bool AbstractMeasureItem::hasMeasure(ControlMeasure *m) const {
    return m_measure == m;
  }
 
 
  void AbstractMeasureItem::sourceDeleted() {
    m_measure = NULL;
  }
 
 
  void AbstractMeasureItem::setLogData(ControlMeasure *m_measure,
      int m_measureLogDataEnum, const QString &value) {
    ASSERT(m_measure);
 
    QString newDataStr = value.toLower();
    ControlMeasureLogData::NumericLogDataType type =
      (ControlMeasureLogData::NumericLogDataType) m_measureLogDataEnum;
 
    if (newDataStr == "null") {
      m_measure->DeleteLogData(type);
    }
    else {
      m_measure->SetLogData(ControlMeasureLogData(type,
          value.toDouble()));
    }
  }
}