int main(){
Animal A = "Buffy";
// Animal A("Buffy");
int i(5);
A.act();
A.move();
A.sound();
cout << "------------End of main" << endl;
return 0;
}
int main(){
Cat C("TOM");
Animal* ap = new Cat("Fluffy");
cout << "------------Using Animal pointer: " << endl;
ap->act();
ap->move();
ap->sound();
cout << "------------End of main" << endl;
delete ap;
act(C);
return 0;
}
void Game::handleMovement(Weaponry& grenade, Animal& user)
{
if (ev.type == SDL_KEYDOWN)
{
switch(ev.key.keysym.sym)
{
case SDLK_LEFT:
{
// Spelaren ska inte kunna röra under avfyrning
if (!grenade.isActivated())
{
user.setDir(LEFT);
user.move();
}
break;
}
case SDLK_RIGHT:
{
if (!grenade.isActivated())
{
user.setDir(RIGHT);
user.move();
}
break;
}
default:
{ break; }
}
}
// När vi släpper mellanslagstangenten ska skottet avfyras
else if (ev.type == SDL_KEYUP && grenade.isActivated())
{
grenade.activated(false);
grenade.getsThrown(true, user);
grenade.setSpeed(SHEEP);
}
}
void AI::estimateAndMove(Animal& ai)
{
// Välj ut en lämplig position att röra sig till
// (en gång per tur)
if (!move_choices_made)
{
desired_direction = rand() % 2 ; // left/right
ai.setDir(desired_direction);
desired_steps = rand() % 5;
move_choices_made = true;
steps = 0;
}
// Fortsätt tills vi kommit till målet
if ( steps < desired_steps )
{
++steps;
ai.move();
}
}
int main(){
Cat* c = new Cat("Fluffy");
Animal* ap = new Cat("Tom");
Animal& ar = *ap;
cout << "------------Using Animal pointer: " << endl;
c->act();
c->move();
c->sound();
cout << "------------Using Animal reference: " << endl;
ar.act();
ar.move();
ar.sound();
cout << "------------Using Animal pointer: " << endl;
ap->act();
ap->move();
ap->sound();
delete c;
delete ap; // only the animal is deleted, oops!!!
cout << "------------End of main" << endl;
return 0;
}
int main(){
int* p = new int(3);
Cat* c = new Cat("Fluffy");
Animal* ap = new Cat("Tom");
Animal& ar = *ap;
cout << "------------Using Animal pointer: " << endl;
c->act();
c->move();
c->sound();
cout << "------------Using Animal reference: " << endl;
ar.act();
ar.move();
ar.sound();
cout << "------------Using Animal pointer: " << endl;
ap->act();
ap->move();
ap->sound();
delete c;
delete ap; !
cout << "------------End of main" << endl;
return 0;
}
int main(){
Animal A; // will cause error because of abstract base class
Cat C("Fluffy");
Animal& ar = C;
Animal* ap = &C;
/* cout << "------------No Cat, jut Animal reference: " << endl;
A.act();
A.move();
A.sound(); will cause error because of abstract base class */
cout << "------------Using Cat reference: " << endl;
C.act();
C.move();
C.sound();
cout << "------------Using Animal reference: " << endl;
ar.act();
ar.move();
ar.sound();
cout << "------------Using Animal pointer: " << endl;
ap->act();
ap->move();
ap->sound();
cout << "------------End of main" << endl;
return 0;
}
int main(){
Animal a;
a.move();
a.climb();
return 0;
}
