//prepare the match inequality coefficient vector beforehand
void ProfileMatchView::setupMatchStatisticsVector(QVector<int> indexDPVector, QVector<int> indexSPVector)
{
float tempIC = 0.0;
float tempCC = 0.0;
float tempTD = 0.0;
float tempTS = 0.0;
float tempED = 0.0;
float tempES = 0.0;
QVector<float> tempTotalDemand;
QVector<float> tempTotalSupply;
tempTotalDemand.clear();
tempTotalSupply.clear();
// pMatchICVector.clear();
// pMatchCCVector.clear();
// pMatchEDVector.clear();
// pMatchESVector.clear();
// pMatchTDVector.clear();
// pMatchTSVector.clear();
//calculate the total demand and push back to the tempTotalDemand vector
for (int i = 0; i < m_pDemandProfileList[m_iDsValue].second[0].m_pDemandDataVector.size(); i++)
{
tempTD = 0.0;
tempTS = 0.0;
for (int j = 0; j < indexDPVector.size(); j++)
{
tempTD = + m_pDemandProfileList[m_iDsValue].second[indexDPVector[j]].m_pDemandDataVector[i];
}
tempTotalDemand.append(tempTD);
for (int k = 0; k < indexSPVector.size(); k++)
{
tempTS = + m_pSupplyProfileList[m_iSsValue].second[indexSPVector[k]].m_pSupplyDataVector[i];
}
tempTotalSupply.append(tempTS);
}
// for (int i=0; i<pMatchIdVector.size(); i++) //the total number of combinations
// {
tempIC = calculateInequalityCoefficient(tempTotalDemand, tempTotalSupply); //inequality coefficient
tempCC = calculateSpearmansCorrelation(tempTotalDemand, tempTotalSupply); //correlation coefficient
tempED = calculateDeficitCurveAreas(tempTotalDemand, tempTotalSupply); //energy deficit
tempES = calculateSurplusCurveAreas(tempTotalDemand, tempTotalSupply); //energy surplus
tempTD = calculateTotal(tempTotalDemand); //total demand
tempTS = calculateTotal(tempTotalSupply); //total supply
pMatchICVector.append(tempIC);
pMatchCCVector.append(tempCC);
pMatchEDVector.append(tempED);
pMatchESVector.append(tempES);
pMatchTDVector.append(tempTD);
pMatchTSVector.append(tempTS);
// }
}
//Draws each card in the deck to the screen.
void Deck::drawDeck(int x, int y, int separation)
{
calculateTotal();
//Draw each card in the deck.
for (unsigned int i = 0; i < m_myDeck.size(); i++)
{
m_myDeck[i]->getSprite().setPosition((float)x + i*separation, (float)y);
Game::instance().getWindow().draw(m_myDeck[i]->getSprite());
}
//Check if deck is not empty.
if (m_myDeck.size() != 0)
{
//Draw the rectangle and the value of the card inside it.
m_valueRect.setPosition((float)x - 44, (float)y);
//Center text on button.
m_totalText.setOrigin(m_totalText.getLocalBounds().left + m_totalText.getLocalBounds().width / 2, m_totalText.getLocalBounds().top + m_totalText.getLocalBounds().height / 2);
m_totalText.setPosition(m_valueRect.getPosition().x + m_valueRect.getLocalBounds().width / 2, m_valueRect.getPosition().y + m_valueRect.getLocalBounds().height / 2);
Game::instance().getWindow().draw(m_valueRect);
Game::instance().getWindow().draw(m_totalText);
}
}
int main()
{
int total = calculateTotal(2,7,7);
printf("Total > %d\n",total);
return 0;
}
// Function: processSale
// Inputs: NA
// Outputs: NA
// Description: Calculates totals and taxes.
//
void ContractorSale::processSale()
{
// Calculate subtotal.
calculateSubTotal();
double subtotal = getSubTotal();
std::cout << SUBTOTAL << subtotal << std::endl;
std::cout << SALE_CONT << std::endl;
std::cout << CONT_ID;
// Prompt for user id.
getline(std::cin, contractorID);
int attempts = 0;
while ( contractorID.compare(OVERIDE) != 0 && (contractorID.length() > MAX_ID_LENGTH || contractorID.length() < MIN_ID_LENGTH || !file.lookupID(contractorID)) )
{
attempts++;
// ID too long
if ( contractorID.length() > MAX_ID_LENGTH )
{
std::cout << ERROR_ID_TOO_LONG << std::endl;
}
// ID too short
else if ( contractorID.length() < MIN_ID_LENGTH )
{
std::cout << ERROR_ID_TOO_SHORT << std::endl;
}
// ID not found in file
else if ( !file.lookupID(contractorID) )
{
std::cout << ERROR_ID_NOT_FOUND << std::endl;
}
// Notify that can overide after 3 attempts.
if ( attempts > 2 )
{
std::cout << CAN_OVERIDE << std::endl;
}
// Prompt for user id.
std::cout << std::endl;
std::cout << CONT_ID;
getline(std::cin, contractorID);
}
applyDiscount();
std::cout << DISCOUNT << OPEN_PERC << getDiscount()*100 << CLOSE_PERC << getAmtDiscounted() << std::endl;
std::cout << SUBTOTAL << getSubTotal() << std::endl;
calculateTax();
calculateTotal();
std::cout << TAX << OPEN_PERC << getTaxRate()*100 << CLOSE_PERC << getTotalTax() << std::endl;
std::cout << TOTAL_AMT << getTotalAmt() << std::endl;
}
void LaminatTask::calculateSize()
{
if (!ui->checkGroup->isChecked()){
return;
}
size = sizeW->getSize();
ui->size->setText(size.toString());
calculateTotal();
}
void LaminatTask::initWidget(Stock *stock)
{
if (stock == NULL) {
return;
}
size = sizeW->getSize();
ui->size->setText(size.toString());
ui->stockInfo->stockChanged(stock);
loadStockVar(stock);
calculatePrice();
calculateTotal();
}
