shared_ptr<PlayerEntity> PlayerEntity::create
(const std::string& name,
Scene* scene,
const CFrame& position,
const shared_ptr<Model>& model) {
// Don't initialize in the constructor, where it is unsafe to throw Any parse exceptions
shared_ptr<PlayerEntity> playerEntity(new PlayerEntity());
// Initialize each base class, which parses its own fields
playerEntity->Entity::init(name, scene, position, shared_ptr<Entity::Track>(), true, true);
playerEntity->VisibleEntity::init(model, true, Surface::ExpressiveLightScatteringProperties(), Table<std::string, shared_ptr<UniversalMaterial> >(), ArticulatedModel::PoseSpline());
playerEntity->PlayerEntity::init(Vector3::zero(), Sphere(1.0f));
return playerEntity;
}
shared_ptr<PlayerEntity> PlayerEntity::create
(const std::string& name,
Scene* scene,
AnyTableReader& propertyTable,
const ModelTable& modelTable) {
// Don't initialize in the constructor, where it is unsafe to throw Any parse exceptions
shared_ptr<PlayerEntity> playerEntity(new PlayerEntity());
// Initialize each base class, which parses its own fields
playerEntity->Entity::init(name, scene, propertyTable);
playerEntity->VisibleEntity::init(propertyTable, modelTable);
playerEntity->PlayerEntity::init(propertyTable);
// Verify that all fields were read by the base classes
propertyTable.verifyDone();
return playerEntity;
}
int main()
{
const float deltaTime = 0.016f;
// First frame
cout << "FIRST FRAME" << endl;
EntityEngine engine;
engine.addSystem<BackgroundCollisionSystem>();
shared_ptr<Entity> entity1 = engine.createEntity();
entity1->addComponent<BackgroundCollidableComponent>();
entity1->addComponent<RenderableComponent>(1);
shared_ptr<Entity> entity2 = engine.createEntity();
entity2->addComponent<RenderableComponent>(2);
engine.update(deltaTime);
// Second frame
cout << endl << "SECOND FRAME" << endl;
engine.addSystem<RenderingSystem>();
engine.update(deltaTime);
// Third frame
cout << endl << "THIRD FRAME" << endl;
shared_ptr<Entity> entity3(new Entity());
entity3->addComponent<RenderableComponent>(3);
engine.addEntity(entity3);
engine.update(deltaTime);
// Forth frame
cout << endl << "FORTH FRAME" << endl;
entity3->addComponent<BackgroundCollidableComponent>();
engine.update(deltaTime);
// Fifth frame
cout << endl << "FIFTH FRAME" << endl;
entity3->removeComponent<BackgroundCollidableComponent>();
engine.update(deltaTime);
// Sixth frame
cout << endl << "SIXTH FRAME" << endl;
engine.removeEntity(entity3);
engine.update(deltaTime);
// Seventh frame
cout << endl << "SEVENTH FRAME" << endl;
engine.removeSystem<BackgroundCollisionSystem>();
engine.update(deltaTime);
// Eight frame
cout << endl << "EIGHT FRAME" << endl;
engine.removeSystem<RenderingSystem>();
engine.addSystem<EnemySystem>();
engine.update(deltaTime);
// Ninth frame
shared_ptr<Entity> playerEntity(new Entity());
playerEntity->addComponent<PlayerComponent>();
shared_ptr<Entity> controlEntity(new Entity());
controlEntity->addComponent<ControlComponent>();
cout << endl << "NINTH FRAME" << endl;
engine.addSystem<PlayerSystem>();
engine.addEntity(playerEntity);
engine.addEntity(controlEntity);
engine.update(deltaTime);
return 0;
}