bool IBBTouchElement::doCCTouchBegan(cocos2d::CCTouch *pTouch, cocos2d::CCEvent *pEvent)
{
if(m_touchListeners->count() == 0) return false;
bool result = false;
pTouch->retain();
CCPoint pos = pTouch->getLocationInView();
pos = CCDirector::sharedDirector()->convertToGL(pos);
CCObject* it = NULL;
CCARRAY_FOREACH(m_touchListeners, it)
{
CCNode* node = dynamic_cast<CCNode*>(it);
node->retain();
if(BBTouchEventUtils::hitTest(node, pTouch))
{
result = m_blockTouchFlow;
onTouchPress(node, pTouch);
BBTouchEventUtils::press(node, pos);
}
}
bool CCTile3DFrameBuffer::handleProjectedTouch(const CCCameraProjectionResults &cameraProjectionResults,
const CCCollideable *hitObject,
const CCVector3 &hitPosition,
const CCScreenTouches &touch,
const CCTouchAction touchAction)
{
if( collisionsEnabled == false )
{
return false;
}
if( sceneControlsActive )
{
return handleSceneTouch( cameraProjectionResults, hitObject, hitPosition, touch, touchAction );
}
if( hitObject == this &&
( touchAction == touch_pressed || ( touchMovementAllowed && CCControls::TouchActionMoving( touchAction ) ) ) )
{
if( touching == false )
{
touching = true;
touchingTime = 0.0f;
onTouchPress();
}
}
if( touching )
{
const float maxTimeHeld = 0.125f;
if( touchAction == touch_pressed )
{
if( touch.timeHeld >= maxTimeHeld )
{
CCVector3 relativeHitPosition;
relativeHitPosition.x = hitPosition.x - position.x;
relativeHitPosition.y = hitPosition.y - position.y;
float x = relativeHitPosition.x / collisionBounds.x;
float y = relativeHitPosition.y / collisionBounds.y;
touchActionPressed( x, y, touch, touchAction );
}
}
else if( touchMovementAllowed && CCControls::TouchActionMoving( touchAction ) )
{
if( hitObject != this )
{
return handleProjectedTouch( cameraProjectionResults, hitObject, hitPosition, touch, touch_lost );
}
else
{
CCVector3 relativeHitPosition;
relativeHitPosition.x = hitPosition.x - position.x;
relativeHitPosition.y = hitPosition.y - position.y;
float x = relativeHitPosition.x / collisionBounds.x;
float y = relativeHitPosition.y / collisionBounds.y;
touchActionPressed( x, y, touch, touchAction );
}
}
else
{
// Ensure we have a good touch release
if( touchAction == touch_released )
{
if( touchMovementAllowed == false )
{
const float absDeltaX = fabsf( touch.totalDelta.x );
const float absDeltaY = fabsf( touch.totalDelta.y );
if( absDeltaX > CCControls::GetTouchMovementThreashold().x || absDeltaY > CCControls::GetTouchMovementThreashold().y )
{
return handleProjectedTouch( cameraProjectionResults, hitObject, hitPosition, touch, touch_lost );
}
}
// If we have a good first touch, register it.
CCVector3 relativeHitPosition;
relativeHitPosition.x = hitPosition.x - position.x;
relativeHitPosition.y = hitPosition.y - position.y;
float x = relativeHitPosition.x / collisionBounds.x;
float y = relativeHitPosition.y / collisionBounds.y;
touchActionPressed( x, y, touch, touch_pressed );
}
touching = false;
touchActionRelease( touchAction );
if( touchAction == touch_released )
{
return true;
}
}
}
return false;
}
