void LinkedList<T>::deleteList()
{
ComponentPtr currPtr = head;
while(currPtr != nullptr)
{
//cout<<"Count is: "<<x<<endl;
removeShip(currPtr); currPtr = head;
}
head = nullptr;
tail = nullptr;
}
int startGame(){
int posX, posY; /* User coordinates input */
system("clear");
/* Initialize some positions for enemy ships */
enemyShipTable[0][0]=1;
enemyShipTable[1][1]=1;
enemyShipTable[2][2]=1;
enemyShipTable[3][3]=1;
enemyShipTable[4][4]=1;
do{
printf("Digite a posicao que deseja atirar (x y):\n");
printf("*Para sair digite (-1 -1)\n");
scanf("%i %i", &posX, &posY);
while(!coordIsValid(posX, posY)){
printf("Coordenadas invalidas! Tente novamente\n");
scanf("%i" "%i", &posX, &posY);
}
system("clear");
if(posX!=-1 && posY!=-1){
if(isAHit(posX, posY)==1){
removeShip(posX, posY);
printf("Acertou um navio!\n");
}
else
printf("Errou! Tente novamente\n");
if(gameIsOver())
printf("Acertou todos os navios\nParabens voce venceu!\n");
}
else /* Back to main menu if (-1 -1)*/
return 0;
}while((posX!=-1 && posY!=-1) && gameIsOver()==0);
printf("\n[Pressione ENTER para voltar ao menu]\n");
getchar();
getchar();
return 0;
}
// Ship tick format: (5)
// x * 10 | y * 10 | thruster angle * 100 | force * 100 | energy * 10
void ReplayBuilder::addShipStates(Ship **ships, int time) {
for (int x = 0; x < numShips_; x++) {
Ship *ship = ships[x];
if (shipsAlive_[x] != ship->alive) {
if (ship->alive) {
addShip(ship->index, time);
} else {
removeShip(ship->index, time);
}
shipsAlive_[x] = ship->alive;
}
if (shipsShowName_[x] != ship->showName) {
if (ship->showName) {
addShipShowName(ship->index, time);
} else {
addShipHideName(ship->index, time);
}
shipsShowName_[x] = ship->showName;
}
if (shipsShowEnergy_[x] != ship->energyEnabled) {
if (ship->energyEnabled) {
addShipShowEnergy(ship->index, time);
} else {
addShipHideEnergy(ship->index, time);
}
shipsShowEnergy_[x] = ship->energyEnabled;
}
}
for (int x = 0; x < numShips_; x++) {
Ship *ship = ships[x];
if (ship->alive) {
shipTickData_->addInt(round(ship->x * 10));
shipTickData_->addInt(round(ship->y * 10));
shipTickData_->addInt(
round(normalAbsoluteAngle(ship->thrusterAngle) * 100));
shipTickData_->addInt(round(limit(0, ship->thrusterForce, 1) * 100));
shipTickData_->addInt(round(std::max(0., ship->energy) * 10));
}
}
}
