bool TheveninMethod::isComlete(bool isEndVout, AnalogInputs::ValueType value)
{
// SerialLog::printString("TM::isComlete "); SerialLog::printUInt(isEndVout); SerialLog::printD(); SerialLog::printUInt(value); SerialLog::printD(); SerialLog::printUInt(minValue_); SerialLog::printD(); SerialLog::printUInt(getMinValueB());
// SerialLog::printNL();
if(balance_) {
//if(value > max(minBalanceValue_, minValue_))
if(value > max(IBALANCE, minValue_))
Balancer::done_ = false;
// if(Ifalling_ != LastRthMesurment) //ign
bstatus_ = Balancer::doStrategy();
}
if(bstatus_ != Strategy::COMPLETE)
return false;
// isEndVout |= (Ifalling_ == Falling) && value < minValue_;
// if (value < minValue_) isEndVout = true; //ign
if(value <= getMinValueB() && isEndVout) {
if(fullCount_++ >= 10) {
return true;
}
}
else {
fullCount_ = 0;
}
return false;
}
AnalogInputs::ValueType TheveninMethod::normalizeI(AnalogInputs::ValueType value, AnalogInputs::ValueType oldValue)
{
valueTh_ = value;
if(value > maxValue_) {
value = maxValue_;
}
if(value < getMinValueB()) {
value = getMinValueB();
}
if(oldValue != value) {
if(Ifalling_ != Falling
|| value < oldValue
|| (oldValue <= minValue_ && lastBallancingEnded_ != Balancer::balancingEnded_)) {
lastBallancingEnded_ = Balancer::balancingEnded_;
return value;
}
}
return oldValue;
}
bool TheveninMethod::isComlete(bool isEndVout, AnalogInputs::ValueType value)
{
if(balance_) {
if(value > max(minBalanceValue_, minValue_))
Balancer::done_ = false;
if(Ifalling_ != LastRthMesurment)
bstatus_ = Balancer::doStrategy();
}
if(bstatus_ != Strategy::COMPLETE)
return false;
isEndVout |= (Ifalling_ == Falling) && value < minValue_;
if(value <= getMinValueB() && isEndVout) {
if(fullCount_++ >= 10) {
return true;
}
} else {
fullCount_ = 0;
}
return false;
}
