bool Unit_Impl::isBaseUnit(const std::string& baseUnit) const {
std::vector<UnitElement>::const_iterator loc = findBaseUnit(baseUnit);
if (loc == m_units.end()) {
return false;
}
return true;
}
void FahrenheitUnit_Impl::setBaseUnitExponent(const std::string& baseUnit,int exponent) {
auto loc = findBaseUnit(baseUnit);
if (loc != m_units.end()) {
loc->second = exponent;
}
else {
LOG_AND_THROW("Cannot add base units to an instance of FahrenheitUnit.");
}
}
int Unit_Impl::baseUnitExponent(const std::string& baseUnit) const {
std::vector<UnitElement>::const_iterator loc = findBaseUnit(baseUnit);
if (loc == m_units.end()) {
return 0;
}
else {
return loc->second;
}
}
void SIUnit_Impl::setBaseUnitExponent(const std::string& baseUnit,int exponent)
{
std::vector<UnitElement>::iterator loc = findBaseUnit(baseUnit);
if (loc != m_units.end()) {
loc->second = exponent;
}
else {
LOG_AND_THROW("Cannot add baseUnit " << baseUnit << " to an instance of SIUnit.");
}
}
void Unit_Impl::setBaseUnitExponent(const std::string& baseUnit,int exponent)
{
std::vector<UnitElement>::iterator loc = findBaseUnit(baseUnit);
if (loc != m_units.end()) {
loc->second = exponent;
}
else {
m_units.push_back(UnitElement(baseUnit,exponent));
}
}
