void RemSection::addAdHoc(QString const& rem, QString const& quiValue,
QString const& qchemValue) {
// qchemValue (from the database) can be of the form qchem1|qchem2|...,
// where all the valid QChem inputs are sparated by the | character. For
// the Qui->QChem mapping we have a one to one relationship, but for
// QChem->Qui we have many to one.
QString ucRem(rem.toUpper());
QStringList validQChemValues(qchemValue.split("|"));
m_adHoc[ucRem + "::" + quiValue] = validQChemValues[0];
for (int i = 0; i < validQChemValues.count(); ++i) {
m_adHoc[ucRem + "::" + validQChemValues[i]] = quiValue;
}
}
void RemSection::addAdHoc(QString const& rem, QString const& quiValue,
QString const& qchemValue) {
// qchemValue (from the database) can be of the form qchem1|qchem2|...,
// where all the valid QChem inputs are sparated by the | character. For
// the Qui->QChem mapping we have a one to one relationship, but for
// QChem->Qui we have many to one.
QString ucRem(rem.toUpper());
QStringList validQChemValues(qchemValue.split("|"));
m_adHoc[ucRem + "::" + quiValue] = validQChemValues[0];
for (int i = 0; i < validQChemValues.count(); ++i) {
// Even more ad Hoc. This avoids MP2 getting transformed to MP2[V].
// What really needs to be done is to have different translation units
// depending on which direction the translation occurs.
if (quiValue != "MP2[V]") {
m_adHoc[ucRem + "::" + validQChemValues[i]] = quiValue;
}
}
}