add on_ckSolveDegreeSpinBox_valueChanged() to JigsawSetupDialog

  /**

   * Slot that listens for changes to the SPK Solve Degree spin box.

   *

   * This slot populates the Instrument Pointing Solve Options table according to the value of the

   * This slot populates the Instrument Position Solve Options table according to the value of the

   * SPK Solve Degree. Rows are added depending on the degree set, where number of rows added is

   * equal to the SPK Solve Degree + 1.

   *

  }

    /**

   * Slot that listens for changes to the CK Solve Degree spin box.

   *

   * This slot populates the Instrument Pointing Solve Options table according to the value of the

   * CK Solve Degree. Rows are added depending on the degree set, where number of rows added is

   * equal to the CK Solve Degree + 1.

   *

   * @param int Value the CK Solve Degree spin box was changed to.

   */

  void JigsawSetupDialog::on_ckSolveDegreeSpinBox_valueChanged(int i) {

    // number of rows == ckSolveDegree value + 1 (i+1)

    QTableWidget *table = m_ui->pointingAprioriSigmaTable;

    table->setRowCount(i + 1);

    const int columnCount = table->columnCount();

    // Headers : coefficient, description, units, a priori sigma

    // The description and units are related directly to the solve options, so for now do those

    // generically (columns 1 and 2)

    for (int row = 0; row < i + 1; row++) {

      QTableWidgetItem *coefficient = new QTableWidgetItem();

      coefficient->setFlags(Qt::ItemIsEnabled);

      coefficient->setText(QString::number(row + 1));

      table->setItem(row, 0, coefficient);

      for (int column = 1; column < columnCount - 1; column++) {

        QTableWidgetItem *columnItem = new QTableWidgetItem();

        columnItem->setFlags(Qt::ItemIsEnabled);

        table->setItem(row, column, columnItem);

      }

      QTableWidgetItem *sigma = new QTableWidgetItem();

      sigma->setFlags(Qt::ItemIsSelectable | Qt::ItemIsEditable | Qt::ItemIsEnabled);

      sigma->setText("0.0");

      table->setItem(row, columnCount - 1, sigma);

    }

    // { NONE: N/A, ANGLES: 0, VELOCITY: 1, ACCELERATION: 2, ALL: 3+ }

    // POSITION

    if (i + 1 > 0) { 

      QTableWidgetItem *description = table->item(0, 1);

      description->setText("ANGLES");

      QTableWidgetItem *units = table->item(0, 2);

      units->setText("degrees");

    }

    // VELOCITY

    if (i + 1 > 1) {

      QTableWidgetItem *description = table->item(1, 1);

      description->setText("VELOCITY");

      QTableWidgetItem *units = table->item(1, 2);

      units->setText("deg/s");

    }

    // ACCELERATION

    if (i + 1 > 2) {

      QTableWidgetItem *description = table->item(2, 1);

      description->setText("ACCELERATION");

      QTableWidgetItem *units = table->item(2, 2);

      units->setText("deg/s^2");

    }

    table->resizeColumnToContents(1);

    table->resizeColumnToContents(2);

  }

  /**

   * Slot that listens for when the Instrument Position Solve Option combobox changes.

   *

    void on_aRadiusLineEdit_textChanged(const QString &arg1);

    void on_targetBodyComboBox_currentIndexChanged(int index);

    void on_spkSolveDegreeSpinBox_valueChanged(int arg1);

    void on_ckSolveDegreeSpinBox_valueChanged(int arg1);

    void on_rightAscensionLineEdit_textChanged(const QString &arg1);

    void on_declinationLineEdit_textChanged(const QString &arg1);

    void on_rightAscensionVelocityLineEdit_textChanged(const QString &arg1);