void ComponentWidget::insertComponent()
{
QStringList options;
QVariantMap::iterator iterator;
for (iterator = m_options.begin(); iterator != m_options.end(); ++iterator) {
options.append(QString("'%1': %2").arg(iterator.key()).arg(iterator.value().toString()));
}
emit insertComponent(Clock::getComponentString(m_component), (options.isEmpty() ? QString() : options.join(QString(", "))));
}
void SLICKEnergy::registerComponents_()
{
float coeff_CHPI = options_.setDefaultReal(SLICKEnergy::Option::CHPI, SLICKEnergy::Default::CHPI);
float coeff_HB = options_.setDefaultReal(SLICKEnergy::Option::HB, SLICKEnergy::Default::HB);
float coeff_VDW = options_.setDefaultReal(SLICKEnergy::Option::VDW, SLICKEnergy::Default::VDW);
float coeff_NPS = options_.setDefaultReal(SLICKEnergy::Option::NONPOLAR, SLICKEnergy::Default::NONPOLAR);
float coeff_PS = options_.setDefaultReal(SLICKEnergy::Option::POLAR, SLICKEnergy::Default::POLAR);
CHPISlick* chpi = new CHPISlick(*this);
chpi->setCoefficient(coeff_CHPI);
chpi->setup();
chpi->setNormalizationParameters(0.0, 0.0);
insertComponent(chpi);
HydrogenBondSlick* hb = new HydrogenBondSlick(*this);
hb->setCoefficient(coeff_HB);
hb->setup();
hb->setNormalizationParameters(0.0, 0.0);
insertComponent(hb);
VanDerWaalsSlick* vdws = new VanDerWaalsSlick(*this);
vdws->setCoefficient(coeff_VDW);
vdws->setup();
vdws->setNormalizationParameters(0.0, 0.0);
insertComponent(vdws);
PolarSolvation* ps = new PolarSolvation(*this);
ps->setCoefficient(coeff_PS);
ps->setup();
ps->setNormalizationParameters(0.0, 0.0);
insertComponent(ps);
NonpolarSolvation* nps = new NonpolarSolvation(*this);
nps->setCoefficient(coeff_NPS);
nps->setup();
nps->setNormalizationParameters(0.0, 0.0);
insertComponent(nps);
}
void ExpressionLineEdit::extendContextMenu(QMenu *menu)
{
if (m_clock) {
menu->addSeparator();
menu->addAction(KIcon("chronometer"), i18n("Insert Clock Component..."), this, SLOT(insertComponent()));
}
}