int Table::addAt(shared_ptr<AnimalCard> card, int row, int col, bool force) {
if (!force) {
//Transformation des nombres de row/col de l'affichage de table en nombre actuel de table
row = START_LOCATION + (row - startPrintRow);
col = START_LOCATION + (col - startPrintCol);
}
if (!isInbounds(row, col)) {
IllegalPlacement ip("Position de carte n'est pas sur la table 103x103.");
throw ip;
} else if (!isLegalPlacement(row, col, topMax, botMax, leftMax, rightMax)) {
IllegalPlacement ip("Position de la carte est invalide sur la table.");
throw ip;
} else if (cardsOnTable[row][col]->isPlayed()){
IllegalPlacement ip("Position de la table est deja occupee.");
throw ip;
} else if (force) { // Option pour forcer le placement de la carte - utiliser lors du loading de joute
cardsOnTable[row][col] = card;
cardsOnTable[row][col]->play();
return 1;
} else {
int numConnections = numberOfConnections(card, row, col);
if (numConnections > 0) {
cardsOnTable[row][col] = card;
cardsOnTable[row][col]->play();
//Recalcule l'espace d'affichage
if (row == topMax && topMax != 0){topMax--;startPrintRow++;}
if (row == botMax && botMax != MAX_SIZE_TABLE-1){botMax++;}
if (col == leftMax && leftMax != 0){leftMax--;startPrintCol++;}
if (col == rightMax && rightMax != MAX_SIZE_TABLE-1){rightMax++;}
printTableLength = botMax - topMax + 1;
printTableWidth = rightMax - leftMax + 1;
numCardsOnTable++;
return numConnections;
} else {
IllegalPlacement ip("Carte ne se connecte pas a aucune autre carte.");
throw ip;
}
}
}
//-----------------------------------------------------------------------------------------------
// generates a description for driver file
//-----------------------------------------------------------------------------------------------
QString InjectionWell::description() const
{
QString str("START WELL\n");
str.append(" NAME " + name() + "\n");
str.append(" TYPE I \n");
str.append(" GROUP " + group() + "\n");
str.append(" BHPLIMIT " + QString::number(bhpLimit()) + "\n");
str.append(" BHPINJ ");
if(bhpInj() == WellControl::QWAT) str.append("WATER\n");
else if(bhpInj() == WellControl::QOIL) str.append("OIL\n");
else if(bhpInj() == WellControl::QGAS) str.append("GAS\n");
if(hasInstallTime())
{
str.append(" INSTALLTIME " + QString::number(installTime()->value()) + " " + QString::number(installTime()->max()) + " " + QString::number(installTime()->min()) + "\n");
}
if(hasCost())
{
str.append(" COST " + QString::number(cost()->constantCost()) + " " + QString::number(cost()->fractionCost()) + " " + QString::number(cost()->capacityCost()) + "\n");
}
if(numberOfConstantConnections() > 0)
{
str.append(" START CONNECTIONS\n");
for(int i = 0; i < numberOfConnections(); ++i)
{
WellConnection *wc = constantConnection(i);
if(wc->cell() >= 0) str.append(" " + QString::number(wc->cell()) + " " + QString::number(wc->wellIndex()) + "\n");
else str.append(" " + QString::number(wc->i()) + " " +
QString::number(wc->j()) + " " +
QString::number(wc->k1()) + " " +
QString::number(wc->k2()) + " " +
QString::number(wc->wellIndex()) + "\n");
}
str.append(" END CONNECTIONS\n\n");
}
if(numberOfVariableConnections() > 0)
{
str.append(" START VARCONNECTIONS\n");
for(int i = 0; i < numberOfVariableConnections(); ++i)
{
WellConnectionVariable *wcv = variableConnection(i);
str.append(" " + QString::number(wcv->iVariable()->value()) + " " +
QString::number(wcv->iVariable()->max()) + " " +
QString::number(wcv->iVariable()->min()) + " " +
QString::number(wcv->jVariable()->value()) + " " +
QString::number(wcv->jVariable()->max()) + " " +
QString::number(wcv->jVariable()->min()) + " " +
QString::number(wcv->wellConnection()->k1()) + " " +
QString::number(wcv->wellConnection()->k2()) + " " +
QString::number(wcv->wellConnection()->wellIndex()) + "\n");
}
str.append(" END VARCONNECTIONS\n");
}
str.append(" START SCHEDULE\n");
for(int i = 0; i < numberOfControls(); ++i) str.append(control(i)->description());
str.append(" END SCHEDULE\n\n");
str.append("END WELL\n\n");
return str;
}
