void Catoms3DBlockCode::processLocalEvent(EventPtr pev) {
MessagePtr message;
stringstream info;
//cout << "event #" << pev->id << ":" << pev->eventType << endl;
switch (pev->eventType) {
case EVENT_NI_RECEIVE: {
message = (std::static_pointer_cast<NetworkInterfaceReceiveEvent>(pev))->message;
// search message id in eventFuncMap
multimap<int,eventFunc>::iterator im = eventFuncMap.find(message->type);
if (im!=eventFuncMap.end()) {
P2PNetworkInterface *recv_interface = message->destinationInterface;
(*im).second(this,message,recv_interface);
} else {
OUTPUT << "ERROR: message Id #"<< message->type << " unknown!" << endl;
}
} break;
case EVENT_ADD_NEIGHBOR: {
OUTPUT << "ADD_NEIGHBOR" << endl;
//startup();
} break;
case EVENT_TAP: {
int face = (std::static_pointer_cast<TapEvent>(pev))->tappedFace;
onTap(face);
} break;
case EVENT_ROTATION3D_END: {
#ifdef verbose
info.str("");
info << "rec.: EVENT_MOTION_END";
scheduler->trace(info.str(),hostBlock->blockId);
#endif
Catoms3DBlock*c3d = (Catoms3DBlock*)hostBlock;
c3d->setPositionAndOrientation(c3d->position,c3d->orientationCode);
onMotionEnd();
} break;
}
}
bool GalleryScroll::init(const ImageCallback &cb, const std::vector<std::string> &vec, size_t selected) {
if (!Node::init()) {
return false;
}
_imageCallback = cb;
_overscrollTop = construct<Overscroll>(Overscroll::Top);
_overscrollTop->setColor(material::Color::Grey_500);
addChild(_overscrollTop, maxOf<int>() - 2);
_overscrollBottom = construct<Overscroll>(Overscroll::Bottom);
_overscrollBottom->setColor(material::Color::Grey_500);
addChild(_overscrollBottom, maxOf<int>() - 2);
_overscrollLeft = construct<Overscroll>(Overscroll::Left);
_overscrollLeft->setColor(material::Color::Grey_500);
addChild(_overscrollLeft, maxOf<int>() - 2);
_overscrollRight = construct<Overscroll>(Overscroll::Right);
_overscrollRight->setColor(material::Color::Grey_500);
addChild(_overscrollRight, maxOf<int>() - 2);
auto l = Rc<gesture::Listener>::create();
l->setTouchFilter([this] (const Vec2 &loc, const gesture::Listener::DefaultTouchFilter &f) {
return f(loc);
});
l->setTapCallback([this] (gesture::Event ev, const gesture::Tap &t) {
if (_actionCallback) {
_actionCallback(t.count==1?Tap:DoubleTap);
}
return onTap(t.location(), t.count);
});
l->setSwipeCallback([this] (gesture::Event ev, const gesture::Swipe &s) {
auto density = screen::density();
if (ev == stappler::gesture::Event::Began) {
if (_actionCallback) {
_actionCallback(Swipe);
}
return onSwipeBegin(s.location());
} else if (ev == stappler::gesture::Event::Activated) {
return onSwipe(cocos2d::Vec2(s.delta.x / density, s.delta.y / density));
} else if (ev == stappler::gesture::Event::Ended) {
return onSwipeEnd(cocos2d::Vec2(s.velocity.x / density, s.velocity.y / density));
}
return true;
});
l->setPinchCallback([this] (stappler::gesture::Event ev, const stappler::gesture::Pinch &p) {
if (ev == stappler::gesture::Event::Began) {
if (_actionCallback) {
_actionCallback(Pinch);
}
_hasPinch = true;
} else if (ev == stappler::gesture::Event::Activated) {
_hasPinch = false;
return onPinch(p.location(), p.scale, p.velocity, false);
} else if (ev == stappler::gesture::Event::Ended || ev == stappler::gesture::Event::Cancelled) {
_hasPinch = false;
return onPinch(p.location(), p.scale, p.velocity, true);
}
return true;
});
addComponent(l);
_gestureListener = l;
_images = vec;
reset(selected);
return true;
}
