void PhyxCompoundUnit::compoundSimplify(int index)
{
PhyxUnit *unit = m_compounds.at(index).unit;
PhyxFloatDataType power = m_compounds.at(index).power;
//qDebug() << static_cast<double>(power) << unit->symbol() << static_cast<double>(unit->scaleFactor()) << static_cast<double>(unit->offset()) << index;
emit scaleValue(pow(unit->scaleFactor(), power));
emit offsetValue(-unit->offset());
if (power == PHYX_FLOAT_NULL) //if unit is 1 remove it
{
m_compounds[index].power = PHYX_FLOAT_NULL;
}
else
{
PhyxUnit *tmpUnit = new PhyxUnit();
copyUnit(unit,tmpUnit);
tmpUnit->setOffset(PHYX_FLOAT_NULL);
tmpUnit->setScaleFactor(PHYX_FLOAT_ONE);
PhyxUnit *newUnit = m_unitSystem->verifyUnit(tmpUnit);
if (newUnit != NULL)
{
compoundDivide(unit, power); //remove old unit
compoundMultiply(newUnit, PHYX_FLOAT_ONE); //add new unit
}
else
{
compoundStrip(index); //strip compound
}
tmpUnit->deleteLater();
}
}
unsigned EthernetFrame::setBack(ACE_UINT8* buffer, const unsigned bufLen) {
ACE_TRACE("EthernetFrame::setBack");
throwIfUninitialized(); // setHeader() has to be called first
if ( getExpectedLength() != bufLen + minBytesToDetermineLength() ) {
ND_ERROR("Expected length %d != %d + buffer size %d (type is %04X)!\n",
getExpectedLength(), minBytesToDetermineLength(), bufLen, getEtherType());
throw std::runtime_error("Expected Ethernet header/payload length is different than buffer.");
}
setBufferSize(getExpectedLength());
copyUnit(ptrUnit() + minBytesToDetermineLength(), buffer, bufLen);
return getUnitLength();
}
