string Classement::getDescription()
{
std::ostringstream s;
string em = (getPlace() == 1) ? "er" : "eme";
s<<getPlace()<<em<<" | "<<"Voilier : "<<voilier->getNom()<<" | Temps : " << getTemps();
return s.str();
}
/* Remove from all containers */
Actor::~Actor() {
/* Drop the actors items */
for(vector<Item *>::iterator it = possessions.begin();
it!=possessions.end();
++it) {
getPlace()->getStuff().push_back(*it);
}
/* Remove actor from current place */
vector<Actor*>::iterator it = find(getPlace()->getGubbar().begin(),
getPlace()->getGubbar().end(),
this);
if(it==getPlace()->getGubbar().end()) {
} else {
getPlace()->getGubbar().erase(it);
}
/* Remove from thingMap */
getThingMap().erase(name());
/* Remove from actors */
getActors().erase(find(getActors().begin(),
getActors().end(),
this));
}
//Sets a Cell's "Active" to true {Mouse Use}
void CheckBox::setHoverTrue(COORD& cur)
{
//Changes the GLOBAL cursor's Y position to the objects position
//And sets the colors to chosen scheme
cur.Y = getPlace();
SetConsoleCursorPosition(GetStdHandle(STD_OUTPUT_HANDLE), cur);
SetConsoleTextAttribute(GetStdHandle(STD_OUTPUT_HANDLE), clrActive);
//Sets the cell to "Active"
hover = true;
//Checks if the cell is selected ("[X]") or not and reprints the cell in "Active" colors
if (pressed) cout << checked << " " << getName();
else cout << unchecked << " " << getName();
}
void GameHighScore::insert(string strName, long int iPts)
{
int iPlace=getPlace(iPts);
if (iPlace>0)
{
iPlace--; //Platzierung in Index umwandeln..
for (int x=HIGH_SCORE_ENTRIES-2;x>=iPlace; x--) // Namensliste nach unten verschieben..
{
iPoints[x+1]=iPoints[x];
strNames[x+1]=strNames[x];
}
iPoints[iPlace]=iPts;
strNames[iPlace]=strName;
}
}
/*
Calculates & animates trajectory, returns true if the missile reached the target location
alters Bx, By to be where it reached (so you can tell where it wound up if blocked)
*/
void Missile::animate(int Ax, int Ay, int *Bx, int *By, int _flags, float fixedrange)
{
int origBx = *Bx;
int origBy = *By;
hit = false;
struck = NULL;
flags = _flags;
struct sprite *tmpSprite = sprite_clone(getSprite(), 0);
mapAnimateProjectile(Ax, Ay, Bx, By, tmpSprite, getPlace(), this, fixedrange);
sprite_del(tmpSprite);
hit = (hit || (origBx == *Bx && origBy == *By));
}
void Database::reserveTicket(string eventId, string personName, int numSeats)
{
int i,sizex,totalSeat=0,maxSeats;
vector<Ticket> ticketList;
bool doesExist=false;
ticketList=getEventTickets(eventId); //choose tickets belongs to eventId
sizex=ticketList.size(); //get the size of list
try{
for(i=0;i<sizex;i++)
if(personName!=ticketList[i].getOwnerName()) //if ownernames are different
totalSeat+=ticketList[i].getNumberOfSeats(); //calculate occupied seats
else throw (SystemError) 6; //if they are same throw existence exception
if(totalSeat)
{
maxSeats=getPlace(getEvent(eventId).getPlaceName()).getMaxSeats();
if(totalSeat + numSeats > maxSeats) //if there aren't enough place throw an error
throw (SystemError) 5;
}
else
{
sizex=places.size(); //getting size of event vector
for(i=0; i<sizex; i++) //find the placeName if it exists
if(eventId==events[i].getEventId())
{
doesExist=true;
break;
}
if(!doesExist) //if place does not exist
throw (SystemError) 3; //throw an existance exception
}
tickets.push_back(Ticket(eventId,personName,numSeats,true)); //add new ticket object
}
catch(SystemError x) {
if(x==3) cout << "ERR_EVENT_NOT_EXISTS"<<endl;
if(x==5) cout << "ERR_NOT_ENOUGH_SEATS"<<endl;
if(x==6) cout << "ERR_TICKET_CUSTOMER_EXISTS"<<endl;
}
ticketList.clear(); //deleting the vector, and cleaning the buffer
}
int Database::getNumberOfAvailableSeats(string eventId)
{
int maxSeats,i,sizex,occupied=0;
vector<Ticket> ticketList;
bool doesExist=false;
ticketList=getEventTickets(eventId); //choose tickets belongs to eventId
sizex=ticketList.size(); //get the size of list
try{
if(sizex)
for(i=0;i<sizex;i++)
occupied+=ticketList[i].getNumberOfSeats(); //find total occupied seats
else
{
sizex=events.size();
for(i=0;i<sizex;i++)
if(events[i].getEventId()==eventId)
{
doesExist=true;
break;
}
if(!doesExist)
throw (SystemError) 3;
}
}
catch(SystemError x)
{
cout<<"ERR_EVENT_NOT_EXIST"<<endl;
}
maxSeats= getPlace(getEvent(eventId).getPlaceName()).getMaxSeats();
ticketList.clear();
return maxSeats-occupied;
}
void Boolean7SegmentView::resize()
{
CompViewSize::resize();
if (getViewType() == SHEET_VIEW)
{
#define connectors 4
int height = getPlace().height()/gridY;
int deltaPlace = (height - connectors) / (connectors + 1) + 1;
int start = (height - (deltaPlace * connectors)) / 2;
QPoint connPos(0, start);
get7Seg()->getInput1()->setGridPos(connPos);
connPos.ry() += deltaPlace;
get7Seg()->getInput2()->setGridPos(connPos);
connPos.ry() += deltaPlace;
get7Seg()->getInput4()->setGridPos(connPos);
connPos.ry() += deltaPlace;
get7Seg()->getInput8()->setGridPos(connPos);
}
}
