void DocumentLoader::unschedule(SchedulePair& pair)
{
if (mainResourceLoader())
mainResourceLoader()->unschedule(pair);
unscheduleAll(m_subresourceLoaders, pair);
unscheduleAll(m_plugInStreamLoaders, pair);
unscheduleAll(m_multipartSubresourceLoaders, pair);
}
void HFViewport::scrollToSmooth(const CCPoint& targetPoint, CCCallFunc* callbackFunc,float time)
{
unscheduleAll();
mIsProcessingScroll = true;
do
{
this->mTouchMode = TouchMode_Fling;
CCPoint curPos = this->m_TargetNode->getPosition();
CCPoint targetPos = targetPoint;
CCSize winsize = CCDirector::sharedDirector()->getWinSize();
if (targetPos.x >0.0f) {
targetPos.x = curPos.x;
}
if (targetPos.x <winsize.width-MAP_WIDTH*this->m_TargetNode->getScaleX()){
targetPos.x = winsize.width-MAP_WIDTH*this->m_TargetNode->getScaleX();
}
if (targetPos.y >0.0f) {
targetPos.y = curPos.y;
}
if (targetPos.y <winsize.height-MAP_HEIGHT*this->m_TargetNode->getScaleY()){
targetPos.y =winsize.height-MAP_HEIGHT*this->m_TargetNode->getScaleY();
}
CCMoveTo* move = CCMoveTo::create(time, targetPos);
CCAction* action = CCSequence::create(move,callbackFunc,NULL);
action->setTag(FLINGACTION_TAG);
this->m_TargetNode->runAction(action);
}
while(0);
mIsProcessingScroll = false;
}
void HFViewport::scrollBy(const CCPoint& targetPoint, CCCallFunc* callbackFunc,float time)
{
unscheduleAll();
mIsProcessingScroll = true;
do
{
this->mTouchMode = TouchMode_Fling;
CCPoint curPos = this->m_TargetNode->getPosition();
CCPoint targetPos = ccpSub(curPos,targetPoint);
CCSize winsize = CCDirector::sharedDirector()->getWinSize();
if (targetPos.x >0.0f) {
targetPos.x = curPos.x;
}
if (targetPos.x <winsize.width-MAP_WIDTH*this->m_TargetNode->getScaleX()){
targetPos.x = winsize.width-MAP_WIDTH*this->m_TargetNode->getScaleX();
}
if (targetPos.y >0.0f) {
targetPos.y = curPos.y;
}
if (targetPos.y <winsize.height-MAP_HEIGHT*this->m_TargetNode->getScaleY()){
targetPos.y =winsize.height-MAP_HEIGHT*this->m_TargetNode->getScaleY();
} if(time <0.0f)
{
this->m_TargetNode->setPosition(targetPos);
return;
}
CCMoveBy* moveTo = CCMoveBy::create(time, targetPos);
CCEaseOut* ease = CCEaseOut::create(moveTo, 3);
ease->setTag(FLINGACTION_TAG);
this->m_TargetNode->runAction(CCRepeat::create(CCSequence::create(ease, callbackFunc, NULL), 1));
this->mTouchMode = TouchMode_Fling;
}
while(0);
mIsProcessingScroll = false;
}
void Viewport::scrollToSmooth(const Vec2& targetPoint, CallFunc* callbackFunc,float time)
{
unscheduleAll();
mIsProcessingScroll = true;
do
{
this->mTouchMode = TouchMode_Fling;
Vec2 curPos = this->m_TargetNode->getPosition();
Vec2 targetPos = targetPoint;
Size winsize = Director::getInstance()->getWinSize();
if (targetPos.x >0.0f) {
targetPos.x = curPos.x;
}
if (targetPos.x <winsize.width-mMapSize.width*this->m_TargetNode->getScaleX()){
targetPos.x = winsize.width-mMapSize.width*this->m_TargetNode->getScaleX();
}
if (targetPos.y >0.0f) {
targetPos.y = curPos.y;
}
if (targetPos.y <winsize.height-mMapSize.height*this->m_TargetNode->getScaleY()){
targetPos.y =winsize.height-mMapSize.height*this->m_TargetNode->getScaleY();
}
MoveTo* move = MoveTo::create(time, targetPos);
Action* action = Sequence::create(move,callbackFunc,NULL);
action->setTag(FLINGACTION_TAG);
this->m_TargetNode->runAction(action);
}
while(0);
mIsProcessingScroll = false;
}
void Viewport::scrollBy(const Vec2& targetPoint, CallFunc* callbackFunc,float time)
{
unscheduleAll();
mIsProcessingScroll = true;
do
{
this->mTouchMode = TouchMode_Fling;
Vec2 curPos = this->m_TargetNode->getPosition();
Vec2 targetPos = ccpSub(curPos,targetPoint);
Size winsize = Director::getInstance()->getWinSize();
if (targetPos.x >0.0f) {
targetPos.x = curPos.x;
}
if (targetPos.x <winsize.width-mMapSize.width*this->m_TargetNode->getScaleX()){
targetPos.x = winsize.width-mMapSize.width*this->m_TargetNode->getScaleX();
}
if (targetPos.y >0.0f) {
targetPos.y = curPos.y;
}
if (targetPos.y <winsize.height-mMapSize.height*this->m_TargetNode->getScaleY()){
targetPos.y =winsize.height-mMapSize.height*this->m_TargetNode->getScaleY();
} if(time <0.0f)
{
this->m_TargetNode->setPosition(targetPos);
return;
}
MoveBy* moveTo = MoveBy::create(time, targetPos);
EaseOut* ease = EaseOut::create(moveTo, 3);
ease->setTag(FLINGACTION_TAG);
this->m_TargetNode->runAction(CCRepeat::create(CCSequence::create(ease, callbackFunc, NULL), 1));
this->mTouchMode = TouchMode_Fling;
}
while(0);
mIsProcessingScroll = false;
}
// 移动场景到指定的坐标点
void Viewport::scrollTo(const Vec2& targetPoint, CallFunc* callbackFunc, bool Flying)
{
unscheduleAll();
mIsProcessingScroll = true;
do
{
this->mTouchMode = TouchMode_Fling;
Vec2 curPos = this->m_TargetNode->getPosition();
Vec2 targetPos = targetPoint;
Size winsize = Director::getInstance()->getWinSize();
if (targetPos.x >0.0f) {
targetPos.x = curPos.x;
}
if (targetPos.x <winsize.width-mMapSize.width*this->m_TargetNode->getScaleX()){
targetPos.x = winsize.width-mMapSize.width*this->m_TargetNode->getScaleX();
}
if (targetPos.y >0.0f) {
targetPos.y = curPos.y;
}
if (targetPos.y <winsize.height-mMapSize.height*this->m_TargetNode->getScaleY()){
targetPos.y =winsize.height-mMapSize.height*this->m_TargetNode->getScaleY();
}
if (Flying) {
MoveTo* moveTo = MoveTo::create(0.4f, targetPos);
EaseOut* ease = EaseOut::create(moveTo, 3);
ease->setTag(FLINGACTION_TAG);
this->m_TargetNode->runAction(Repeat::create(Sequence::create(ease, callbackFunc, NULL), 1));
}
else{
this->m_TargetNode->setPosition(targetPos);
}
}
while(0);
mIsProcessingScroll = false;
}
void HFViewport::onTouchesBegan(const std::vector<Touch*>& pTouches, Event *pEvent)
{
unscheduleAll();
CC_ASSERT(this->m_TargetNode);
//tao.yu 为解决batch不跟随自定义摄像机走的问题，增加此行代码
if (m_TargetNode->getTag() == IMPERIAL_SCENE_TOUCH_LAYER_TAG)
{
m_TargetNode->setCameraMask((unsigned short)CameraFlag::USER4, true);
auto node3d = m_TargetNode->getChildByTag(JUST3D_NODE_TAG);
if (node3d) {
node3d->setCameraMask((unsigned short)CameraFlag::USER2, true);
}
}
// CC_ASSERT(pTouches);
if (mFingerMap.size() >= 2) {
isMove = true;
return;
}
if( this->mTouchMode == TouchMode_Fling )
{
this->m_TargetNode->stopActionByTag(FLINGACTION_TAG);
}
this->mTouchMode = TouchMode_None;
for ( auto &item: pTouches )
{
CCTouch* curTouch = dynamic_cast<CCTouch*>(item);
CC_ASSERT(curTouch);
if (mFingerMap.size() <= 2) {
mFingerMap[curTouch->getID()] = curTouch->getLocation();
}
}
//
// CCSetIterator iter = pTouches->begin();
//
// while( iter != pTouches->end() )
// {
// CCTouch* curTouch = dynamic_cast<CCTouch*>(*iter);
// CC_ASSERT(curTouch);
// if (mFingerMap.size() <= 2) {
// mFingerMap[curTouch->getID()] = curTouch->getLocation();
// }
// iter++;
// }
switch(mFingerMap.size())
{
case 1:
{
m_bTouchMoved = false;
if (this->mTouchMode != TouchMode_ZoomFling) {
this->mTouchMode = TouchMode_Scroll;
}
if (!mForceStopScroll && mMovable && !pTouches.empty()) {
CCTouch* objTouch = dynamic_cast<CCTouch*>(*pTouches.begin());
CC_ASSERT(objTouch);
// let "beginScroll" fired by first step scroll , make single touch not fire this
// beginScroll(objTouch);
if (mTouchDelegate) {
mTouchDelegate->onSingleTouchBegin(this->m_TargetNode->convertToNodeSpace(objTouch->getLocation()));
mTouchDelegate->onSingleTouchBegin(objTouch);
}
}
CCTouch* ptouch =getAnyTouchObject(pTouches);
mPreviewPos = ptouch->getLocation();
}
break;
case 2:
if (this->mTouchMode != TouchMode_ZoomFling) {
this->mTouchMode = TouchMode_Zoom;
}
if(!allowZoom){
return;
}
do
{
FingerMap::iterator iter = mFingerMap.begin();
CC_BREAK_IF(iter == mFingerMap.end());
CCPoint pos1 = (*iter).second;
CC_BREAK_IF(++iter == mFingerMap.end());
CCPoint pos2 = (*iter).second;
beginZoom(pos1, pos2);
}
while(0);
isMove = true;
break;
default:
isMove = true;
CCLOG("begin:Touch not support with %d fingers", pTouches.size());
}
}
void Dashboard::reset()
{
unscheduleAll();
scheduleEventIn(SIM_EVENT_DO_FRAME, ms_to_sim_time(20));
}
void VirtualNetwork::reset(void)
{
unscheduleAll();
scheduleEventIn(SIM_EVENT_CHECK_FRAMES, DEFAULT_CHECK_FRAMES_INTERVAL);
}
void Viewport::onTouchesBegan(const std::vector<Touch*>& pTouches, Event *pEvent)
{
unscheduleAll();
CC_ASSERT(this->m_TargetNode);
// CC_ASSERT(pTouches);
if (mFingerMap.size() >= 2) {
isMove = true;
return;
}
if( this->mTouchMode == TouchMode_Fling )
{
this->m_TargetNode->stopActionByTag(FLINGACTION_TAG);
}
this->mTouchMode = TouchMode_None;
for ( auto &item: pTouches )
{
Touch* curTouch = dynamic_cast<Touch*>(item);
CC_ASSERT(curTouch);
if (mFingerMap.size() <= 2) {
mFingerMap[curTouch->getID()] = curTouch->getLocation();
}
}
switch(mFingerMap.size())
{
case 1:
{
m_bTouchMoved = false;
if (this->mTouchMode != TouchMode_ZoomFling) {
this->mTouchMode = TouchMode_Scroll;
}
if (!mForceStopScroll && mMovable) {
Touch* objTouch = dynamic_cast<Touch*>(*pTouches.begin());
CC_ASSERT(objTouch);
// let "beginScroll" fired by first step scroll , make single touch not fire this
// beginScroll(objTouch);
if (mTouchBeginHandler) {
pushValueToLua(mTouchBeginHandler, objTouch);
}
}
Touch* ptouch =getAnyTouchObject(pTouches);
mPreviewPos = ptouch->getLocation();
}
break;
case 2:
if (this->mTouchMode != TouchMode_ZoomFling) {
this->mTouchMode = TouchMode_Zoom;
}
if(!allowZoom){
return;
}
do
{
FingerMap::iterator iter = mFingerMap.begin();
CC_BREAK_IF(iter == mFingerMap.end());
Vec2 pos1 = (*iter).second;
CC_BREAK_IF(++iter == mFingerMap.end());
Vec2 pos2 = (*iter).second;
beginZoom(pos1, pos2);
}
while(0);
isMove = true;
break;
default:
isMove = true;
CCLOG("begin:Touch not support with %lu fingers", pTouches.size());
}
}
