void TouchManager::touchesEnded(const ds::ui::TouchEvent &event) {
for (auto touchIt = event.getTouches().begin(); touchIt != event.getTouches().end(); ++touchIt) {
int fingerId = touchIt->getId() + MOUSE_RESERVED_IDS;
if(mDiscardTouchMap[fingerId]){
continue;
}
ci::Vec2f touchPos = touchIt->getPos();
if(mOverrideTranslation && !event.getInWorldSpace()){
overrideTouchTranslation(touchPos);
}
inputEnded(fingerId, touchPos);
}
}
void TouchManager::touchesEnded(const TouchEvent &event) {
for (std::vector<TouchEvent::Touch>::const_iterator touchIt = event.getTouches().begin(); touchIt != event.getTouches().end(); ++touchIt) {
if (TouchMode::hasSystem(mTouchMode) && ci::System::hasMultiTouch() && touchIt->getId() == mIgnoreFirstTouchId){
mIgnoreFirstTouchId = -1;
continue;
}
int fingerId = touchIt->getId() + MOUSE_RESERVED_IDS;
if(mDiscardTouchMap[fingerId]){
continue;
}
ci::Vec2f touchPos = touchIt->getPos();
if(mOverrideTranslation){
overrideTouchTranslation(touchPos);
}
//if (shouldDiscardTouch(touchPos))
// return;
TouchInfo touchInfo;
touchInfo.mCurrentGlobalPoint = Vec3f(touchPos, 0.0f);
touchInfo.mFingerId = fingerId;
touchInfo.mStartPoint = mTouchStartPoint[touchInfo.mFingerId];
touchInfo.mDeltaPoint = touchInfo.mCurrentGlobalPoint - mTouchPreviousPoint[touchInfo.mFingerId];
touchInfo.mPhase = TouchInfo::Removed;
touchInfo.mPassedTouch = false;
touchInfo.mPickedSprite = nullptr;
mRotationTranslator.up(touchInfo);
if (mFingerDispatcher[touchInfo.mFingerId]) {
mFingerDispatcher[touchInfo.mFingerId]->processTouchInfo( touchInfo );
mFingerDispatcher[touchInfo.mFingerId] = nullptr;
}
mTouchStartPoint.erase(touchInfo.mFingerId);
mTouchPreviousPoint.erase(touchInfo.mFingerId);
mFingerDispatcher.erase(touchInfo.mFingerId);
if (mCapture) mCapture->touchEnd(touchInfo);
}
}
void TouchManager::touchesBegin(const TouchEvent &event) {
for (std::vector<TouchEvent::Touch>::const_iterator touchIt = event.getTouches().begin(); touchIt != event.getTouches().end(); ++touchIt) {
// This system uses a mouse click for the first touch, which allows for use of the mouse and touches simultaneously
// It's possible we'll run into a scenario where we need to reverse this, which we can just add a bool flag to the settings to use all touches and ignore all mouses.
if (TouchMode::hasSystem(mTouchMode) && ci::System::hasMultiTouch() && TouchMode::hasMouse(mTouchMode)) {
mIgnoreFirstTouchId = touchIt->getId();
return;
}
ci::Vec2f touchPos = touchIt->getPos();
if(mOverrideTranslation){
overrideTouchTranslation(touchPos);
}
int fingerId = touchIt->getId() + MOUSE_RESERVED_IDS;
if(shouldDiscardTouch(touchPos)){
mDiscardTouchMap[fingerId] = true;
continue;
}
mDiscardTouchMap[fingerId] = false;
TouchInfo touchInfo;
touchInfo.mCurrentGlobalPoint = Vec3f(touchPos, 0.0f);
touchInfo.mFingerId = fingerId;
touchInfo.mStartPoint = mTouchStartPoint[touchInfo.mFingerId] = touchInfo.mCurrentGlobalPoint;
mTouchPreviousPoint[touchInfo.mFingerId] = touchInfo.mCurrentGlobalPoint;
touchInfo.mDeltaPoint = touchInfo.mCurrentGlobalPoint - mTouchPreviousPoint[touchInfo.mFingerId];
touchInfo.mPhase = TouchInfo::Added;
touchInfo.mPassedTouch = false;
if (mCapture) mCapture->touchBegin(touchInfo);
Sprite *currentSprite = getHit(touchInfo.mCurrentGlobalPoint);
touchInfo.mPickedSprite = currentSprite;
mRotationTranslator.down(touchInfo);
if ( currentSprite ) {
mFingerDispatcher[touchInfo.mFingerId] = currentSprite;
currentSprite->processTouchInfo(touchInfo);
}
}
}
