void CATabBarController::viewDidLoad()
{
CCPoint tab_bar_rectOrgin = CCPointZero;
CCRect container_rect = this->getView()->getBounds();
CCSize container_view_size = container_rect.size;
container_view_size.width *= m_pViewControllers.size();
if (m_bTabBarHidden)
{
tab_bar_rectOrgin = this->getTabBarTakeBackPoint();
}
else
{
tab_bar_rectOrgin = this->getTabBarOpenPoint();
container_rect.size.height -= m_pTabBar->getFrame().size.height;
if (m_eTabBarVerticalAlignment == CABarVerticalAlignmentTop)
{
container_rect.origin.y = m_pTabBar->getFrame().size.height;
}
}
m_pContainer = CAPageView::createWithFrame(container_rect, CAPageView::CAPageViewDirectionHorizontal);
m_pContainer->setBackGroundColor(CAColor_clear);
m_pContainer->setPageViewDelegate(this);
m_pContainer->setScrollViewDelegate(this);
m_pContainer->setScrollEnabled(m_bscrollEnabled);
m_pContainer->setDisplayRange(true);
this->getView()->addSubview(m_pContainer);
CAVector<CAView*> views;
for (int i=0; i<m_pViewControllers.size(); i++)
{
CAView* view = new CAView();
views.pushBack(view);
view->release();
}
m_pContainer->setViews(views);
if (m_pTabBarBackGroundImage)
{
m_pTabBar->setBackGroundImage(m_pTabBarBackGroundImage);
}
else
{
m_pTabBar->setBackGroundColor(m_sTabBarBackGroundColor);
}
if (m_pTabBarSelectedBackGroundImage)
{
m_pTabBar->setSelectedBackGroundImage(m_pTabBarSelectedBackGroundImage);
}
else
{
m_pTabBar->setSelectedBackGroundColor(m_sTabBarSelectedBackGroundColor);
}
if (m_pTabBarSelectedIndicatorImage)
{
m_pTabBar->setSelectedIndicatorImage(m_pTabBarSelectedIndicatorImage);
}
else
{
m_pTabBar->setSelectedIndicatorColor(m_sTabBarSelectedBackGroundColor);
}
m_pTabBar->setTitleColorForNormal(m_sTabBarTitleColor);
m_pTabBar->setTitleColorForSelected(m_sTabBarSelectedTitleColor);
if (m_bShowTabBarSelectedIndicator)
{
m_pTabBar->showSelectedIndicator();
}
m_pTabBar->setFrameOrigin(tab_bar_rectOrgin);
this->getView()->addSubview(m_pTabBar);
m_pTabBar->setSelectedAtIndex(m_nSelectedIndex);
this->renderingSelectedViewController();
}
void CACollectionView::reloadData()
{
CC_RETURN_IF(m_pCollectionViewDataSource == NULL);
this->reloadViewSizeData();
this->removeAllSubviews();
DRect winRect = this->getBounds();
winRect.origin = getContentOffset();
float width = winRect.size.width;
int y = 0;
if (m_nCollectionHeaderHeight > 0 && m_pCollectionHeaderView)
{
m_pCollectionHeaderView->setDisplayRange(true);
m_pCollectionHeaderView->setFrame(DRect(0, y, width, m_nCollectionHeaderHeight));
addSubview(m_pCollectionHeaderView);
y += m_nCollectionHeaderHeight;
}
;
int begin = (int)m_rSectionRects.size();
m_rSectionRects.resize(m_rSectionRects.size() + m_nSections);
for (int i = 0; i < m_nSections; i++)
{
unsigned int iSectionHeaderHeight = m_nSectionHeaderHeights.at(i);
DRect sectionHeaderRect = DRect(0, y, width, iSectionHeaderHeight);
if (iSectionHeaderHeight>0)
{
CAView* pSectionHeaderView = m_pCollectionViewDataSource->collectionViewSectionViewForHeaderInSection(this, sectionHeaderRect.size, i);
if (pSectionHeaderView != NULL)
{
pSectionHeaderView->setDisplayRange(true);
pSectionHeaderView->setFrame(sectionHeaderRect);
insertSubview(pSectionHeaderView, 1);
m_pSectionHeaderViews[i] = pSectionHeaderView;
y += iSectionHeaderHeight;
}
}
y += m_nVertInterval;
unsigned int rowCount = m_nRowsInSections.at(i);
for (int j = 0; j < rowCount; j++)
{
int iHeight = m_nRowHeightss.at(i).at(j);
unsigned int itemCount = m_pCollectionViewDataSource->numberOfItemsInRowsInSection(this, i, j);
unsigned int cellWidth = 0;
if (itemCount>0)
{
cellWidth = (width - m_nHoriInterval) / itemCount - m_nHoriInterval;
}
for (int k = 0; k < itemCount; k++)
{
CAIndexPath3E indexPath = CAIndexPath3E(i, j, k);
DRect cellRect = DRect(m_nHoriInterval + (cellWidth + m_nHoriInterval)*k, y, cellWidth, iHeight);
m_rUsedCollectionCellRects[indexPath] = cellRect;
std::pair<std::map<CAIndexPath3E, CACollectionViewCell*>::iterator, bool> itrResult =
m_mpUsedCollectionCells.insert(std::make_pair(indexPath, (CACollectionViewCell*)NULL));
CC_CONTINUE_IF(!winRect.intersectsRect(cellRect));
CACollectionViewCell* cell = m_pCollectionViewDataSource->collectionCellAtIndex(this, cellRect.size, i, j, k);
if (cell)
{
addSubview(cell);
cell->setFrame(cellRect);
cell->m_nSection = i;
cell->m_nRow = j;
cell->m_nItem = k;
itrResult.first->second = cell;
m_vpUsedCollectionCells.pushBack(cell);
if (m_pCollectionViewDataSource)
{
m_pCollectionViewDataSource->collectionViewWillDisplayCellAtIndex(this, cell, i, j, k);
}
}
}
y += (iHeight + m_nVertInterval);
}
unsigned int iSectionFooterHeight = m_nSectionFooterHeights.at(i);
DRect sectionFooterRect = DRect(0, y, width, iSectionFooterHeight);
if (iSectionFooterHeight > 0)
{
CAView* pSectionFooterView = m_pCollectionViewDataSource->collectionViewSectionViewForFooterInSection(this, sectionFooterRect.size, i);
if (pSectionFooterView != NULL)
{
pSectionFooterView->setDisplayRange(true);
pSectionFooterView->setFrame(sectionFooterRect);
insertSubview(pSectionFooterView, 1);
m_pSectionFooterViews[i] = pSectionFooterView;
y += iSectionFooterHeight;
}
}
DRect sectionRect = sectionHeaderRect;
sectionRect.size.height = sectionFooterRect.origin.y
+ sectionFooterRect.size.height
- sectionHeaderRect.origin.y;
m_rSectionRects[begin + i] = sectionRect;
}
if (m_nCollectionFooterHeight > 0 && m_pCollectionFooterView)
{
m_pCollectionFooterView->setFrame(DRect(0, y, width, m_nCollectionFooterHeight));
addSubview(m_pCollectionFooterView);
y += m_nCollectionFooterHeight;
}
this->updateSectionHeaderAndFooterRects();
this->layoutPullToRefreshView();
this->startDeaccelerateScroll();
}
void CAPickerView::reloadAllComponents()
{
if (m_delegate && m_dataSource)
{
// clear old data
m_tableViews.clear();
m_selected.clear();
m_componentsIndex.clear();
m_displayRow.clear();
// clear all tableviews
removeAllSubviews();
// reload data
int component = m_dataSource->numberOfComponentsInPickerView(this);
float total_width = calcTotalWidth(component);
m_componentsIndex.resize(component);
m_componentOffsetX.resize(component);
m_displayRow.resize(component);
float start_x = getFrame().size.width/2 - total_width/2;
for (int i=0; i<component; i++)
{
m_selected.push_back(0);
m_componentsIndex[i] = std::vector<int>();
m_componentOffsetX[i] = start_x;
m_displayRow[i] = getFrame().size.height/m_dataSource->rowHeightForComponent(this, i);
if (m_displayRow[i] % 2 == 0)
{
m_displayRow[i] += 1;
}
// create tableview
float tableWidth = m_dataSource->widthForComponent(this, i);
float tableHeight = m_dataSource->rowHeightForComponent(this, i) * m_displayRow[i];
float start_y = getFrame().size.height/2 - tableHeight/2;
CATableView* tableView = CATableView::createWithFrame(CCRect(start_x, start_y, tableWidth, tableHeight));
tableView->setTableViewDataSource(this);
tableView->setScrollViewDelegate(this);
tableView->setSeparatorViewHeight(0);
tableView->setSeparatorColor(CAColor_clear);
tableView->setShowsScrollIndicators(false);
m_tableViews.pushBack(tableView);
addSubview(tableView);
// create highlight
CCSize selectSize = CCSizeMake(tableWidth, m_dataSource->rowHeightForComponent(this, i));
CAView* select = m_dataSource->viewForSelect(this, i, selectSize);
if (!select)
{
CCRect sepRect = CCRectMake(start_x, getFrame().size.height/2 - m_dataSource->rowHeightForComponent(this, i)/2, tableWidth, 1);
addSubview(CAView::createWithFrame(sepRect, m_separateColor));
sepRect.origin.y += m_dataSource->rowHeightForComponent(this, i);
addSubview(CAView::createWithFrame(sepRect, m_separateColor));
}
else
{
select->setCenter(CCRectMake(start_x, getFrame().size.height/2, selectSize.width, selectSize.height));
addSubview(select);
}
reloadComponent(1,i, true);
start_x += m_dataSource->widthForComponent(this, i);
}
}
}
void CATabBar::showItems()
{
do
{
CC_BREAK_IF(m_pViews.empty() == false);
unsigned int count = MIN(m_nMaxShowCount, m_pItems.size());
float width = m_obContentSize.width / count;
float height = m_obContentSize.height;
m_cItemSize = CCSize(width, height);
for (unsigned int i=0; i<count; i++)
{
CAView* view = CAView::createWithFrame(CCRect(i * width, 0, width, height), ccc4(0, 0, 0, 0));
this->insertSubview(view, 3);
view->setDisplayRange(false);
m_pViews.push_back(view);
CAImageView* imageView = NULL;
CCLabelTTF* title = NULL;
if (m_pItems.at(i)->getImage())
{
imageView = CAImageView::createWithImage(m_pItems.at(i)->getImage());
imageView->setTag(0xffff);
view->addSubview(imageView);
}
if (m_pItems.at(i)->getTitle().compare("") != 0)
{
int fontSize = this->getContentSize().height / 5.0f;
title = CCLabelTTF::create(m_pItems.at(i)->getTitle().c_str(), "Arial", fontSize);
title->setTag(0xfffe);
view->addSubview(title);
}
if (imageView && title == NULL)
{
CCSize imageViewSize = imageView->getBounds().size;
float scaleX = width / imageViewSize.width * 2/3.0f;
float scaleY = height / imageViewSize.height * 2/3.0f;
float scale = MIN(scaleX, scaleY);
scale = MIN(scale, 1.0f);
imageViewSize = ccpMult(imageViewSize, scale);
CCRect rect;
rect.origin = view->getBounds().size/2;
rect.size = imageViewSize;
imageView->setCenter(rect);
}
else if (title && imageView == NULL)
{
int fontSize = this->getContentSize().height / 2.0f;
title->setFontSize(fontSize);
CCSize titleSize = title->getBounds().size;
float titleScale = height / titleSize.height * 1/2.0f;
titleSize = ccpMult(titleSize, titleScale);
CCRect rect;
rect.origin = view->getBounds().size/2;
rect.size = titleSize;
title->setCenter(rect);
}
else if (title && imageView)
{
CCSize imageViewSize = imageView->getBounds().size;
float scaleX = width / imageViewSize.width * 1/2.0f;
float scaleY = height / imageViewSize.height * 1/2.0f;
float scale = MIN(scaleX, scaleY);
scale = MIN(scale, 1.0f);
imageViewSize = ccpMult(imageViewSize, scale);
CCRect rect;
rect.size = imageViewSize;
rect.origin = view->getBounds().size;
rect.origin.x *= 1/2.0f;
rect.origin.y *= 7/20.0f;
imageView->setCenter(rect);
CCSize titleSize = title->getBounds().size;
float titleScale = height / titleSize.height * 3/10;
titleSize = ccpMult(titleSize, titleScale);
CCRect rect2;
rect2.size = titleSize;
rect2.origin = view->getBounds().size;
rect2.origin.x *= 1/2.0f;
rect2.origin.y *= 15/20.0f;
title->setCenter(rect2);
}
}
}
while (0);
}
void CATouchController::touchMoved()
{
CC_RETURN_IF(ccpDistance(m_tFirstPoint, m_pTouch->getLocation()) < _px(32));
m_tFirstPoint = CCPointZero;
if (!m_vTouchMovedsViewCache.empty())
{
bool isScheduledPassing = CAScheduler::isScheduled(schedule_selector(CATouchController::passingTouchesViews), this);
CAScheduler::unschedule(schedule_selector(CATouchController::passingTouchesViews), this);
while (!m_vTouchMovedsViewCache.empty())
{
CAResponder* responder = m_vTouchMovedsViewCache.back();
CCPoint pointOffSet = CCPointZero;
if (CAView* v = dynamic_cast<CAView*>(responder))
{
pointOffSet = ccpSub(v->convertToNodeSpace(m_pTouch->getLocation()),
v->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else if (CAViewController* c = dynamic_cast<CAViewController*>(responder))
{
pointOffSet = ccpSub(c->getView()->convertToNodeSpace(m_pTouch->getLocation()),
c->getView()->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else
{
pointOffSet = ccpSub(m_pTouch->getLocation(), m_pTouch->getPreviousLocation());
}
pointOffSet.x = fabsf(pointOffSet.x);
pointOffSet.y = fabsf(pointOffSet.y);
do
{
CC_BREAK_IF(!responder->isTouchMovedListenHorizontal() && pointOffSet.x >= pointOffSet.y);
CC_BREAK_IF(!responder->isTouchMovedListenVertical() && pointOffSet.x < pointOffSet.y);
m_vTouchMovedsView.pushBack(m_vTouchMovedsViewCache.back());
}
while (0);
m_vTouchMovedsViewCache.popBack();
}
CAVector<CAResponder * > tTouchesViews = m_vTouchesViews;
if (!m_vTouchMovedsView.empty())
{
if (!isScheduledPassing)
{
CAVector<CAResponder*>::iterator itr;
//
for (itr = m_vTouchMovedsView.begin(); itr != m_vTouchMovedsView.end(); itr++)
{
m_vTouchesViews.eraseObject(*itr, true);
}
//
for (itr=m_vTouchesViews.begin(); itr!=m_vTouchesViews.end(); itr++)
{
(*itr)->ccTouchCancelled(m_pTouch, m_pEvent);
}
}
{
m_vTouchesViews.clear();
for (int i=0; i<m_vTouchMovedsView.size(); i++)
{
CAResponder* responder = m_vTouchMovedsView.at(i);
CCPoint pointOffSet = CCPointZero;
if (CAView* v = dynamic_cast<CAView*>(responder))
{
pointOffSet = ccpSub(v->convertToNodeSpace(m_pTouch->getLocation()),
v->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else if (CAViewController* c = dynamic_cast<CAViewController*>(responder))
{
pointOffSet = ccpSub(c->getView()->convertToNodeSpace(m_pTouch->getLocation()),
c->getView()->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else
{
pointOffSet = ccpSub(m_pTouch->getLocation(), m_pTouch->getPreviousLocation());
}
if (responder->isTouchMovedListenHorizontal()
&& fabsf(pointOffSet.x) >= fabsf(pointOffSet.y))
{
CC_CONTINUE_IF(responder->isSlidingMinX() && pointOffSet.x > 0);
CC_CONTINUE_IF(responder->isSlidingMaxX() && pointOffSet.x < 0);
}
if (responder->isTouchMovedListenVertical()
&& fabsf(pointOffSet.x) < fabsf(pointOffSet.y))
{
CC_CONTINUE_IF(responder->isSlidingMinY() && pointOffSet.y > 0);
CC_CONTINUE_IF(responder->isSlidingMaxY() && pointOffSet.y < 0);
}
m_vTouchesViews.pushBack(responder);
if (tTouchesViews.contains(responder)==false)
{
responder->ccTouchBegan(m_pTouch, m_pEvent);
}
break;
}
if (m_vTouchesViews.empty())
{
m_vTouchesViews.pushBack(m_vTouchMovedsView.front());
if (tTouchesViews.contains(m_vTouchesViews.back())==false)
{
m_vTouchesViews.back()->ccTouchBegan(m_pTouch, m_pEvent);//
}
}
}
}
}
CAView* view = dynamic_cast<CAView*>(CAApplication::getApplication()->getTouchDispatcher()->getFirstResponder());
bool isContainsFirstPoint = view && view->convertRectToWorldSpace(view->getBounds()).containsPoint(m_tFirstPoint);
if (!isContainsFirstPoint && view)
{
view->ccTouchMoved(m_pTouch, m_pEvent);
}
CAVector<CAResponder*>::iterator itr;
for (itr=m_vTouchesViews.begin(); itr!=m_vTouchesViews.end(); itr++)
{
(*itr)->ccTouchMoved(m_pTouch, m_pEvent);
}
}
std::vector<CAResponder*> CATouchController::getEventListener(CATouch* touch, CAView* view)
{
CAResponder* responder = view;
std::vector<CAResponder*> vector;
do
{
vector.push_back(responder);
CAResponder* nextResponder = NULL;
if (CAView* view = dynamic_cast<CAView*>(responder))
{
if (view->getViewDelegate())
{
nextResponder = view->nextResponder();
}
else
{
view->sortAllSubviews();
CAVector<CAView*>::const_reverse_iterator itr;
for (itr=view->getSubviews().rbegin(); itr!=view->getSubviews().rend(); itr++)
{
CAView* subview = *itr;
if (subview->isVisible() && subview->isTouchEnabled())
{
CCPoint point = subview->convertTouchToNodeSpace(touch);
if (subview->getBounds().containsPoint(point))
{
nextResponder = subview;
break;
}
}
}
}
}
else if (CAViewController* viewController = dynamic_cast<CAViewController*>(responder))
{
CAVector<CAView*>::const_reverse_iterator itr;
for (itr=viewController->getView()->getSubviews().rbegin();
itr!=viewController->getView()->getSubviews().rend();
itr++)
{
CAView* subview = *itr;
if (subview->isVisible() && subview->isTouchEnabled())
{
CCPoint point = subview->convertTouchToNodeSpace(touch);
if (subview->getBounds().containsPoint(point))
{
nextResponder = subview;
break;
}
}
}
}
responder = nextResponder;
}
while (responder);
return vector;
}
void CATableView::reloadData()
{
this->reloadViewSizeData();
this->removeAllSubviews();
float width = this->getBounds().size.width;
int y = 0;
if (m_pTablePullDownView)
{
m_pTablePullDownView->setFrame(CCRect(0, -(float)m_nTablePullViewHeight, width, m_nTablePullViewHeight));
this->addSubview(m_pTablePullDownView);
}
if (m_pTablePullUpView)
{
m_pTablePullUpView->setFrame(CCRect(0, this->getBounds().size.height, width, m_nTablePullViewHeight));
this->addSubview(m_pTablePullUpView);
}
if (m_pTableHeaderView)
{
m_pTableHeaderView->setFrame(CCRect(0, y, width, m_nTableHeaderHeight));
this->addSubview(m_pTableHeaderView);
y += m_nTableHeaderHeight;
}
unsigned int sectionCount = m_pTableViewDataSource->numberOfSections(this);
m_rTableCellRectss.resize(sectionCount);
for (unsigned int i=0; i<sectionCount; i++)
{
CAView* sectionHeaderView = m_pTableViewDataSource->tableViewSectionViewForHeaderInSection(this, i);
if (sectionHeaderView)
{
sectionHeaderView->setFrame(CCRect(0, y, width, m_nSectionHeaderHeights.at(i)));
this->addSubview(sectionHeaderView);
}
y += m_nSectionHeaderHeights[i];
m_rTableCellRectss[i].resize(m_nRowHeightss[i].size());
for (unsigned int j=0; j<m_rTableCellRectss[i].size(); j++)
{
m_rTableCellRectss[i][j] = CCRect(0, y, width, m_nRowHeightss[i][j]);
CATableViewCell* cell = m_pTableViewDataSource->tableCellAtIndex(this, i, j);
cell->setFrame(m_rTableCellRectss[i][j]);
this->addSubview(cell);
cell->setSection(i);
cell->setRow(j);
m_pTableCells.push_back(cell);
y += m_nRowHeightss[i][j];
if (j < m_nRowHeightss.at(i).size() - 1)
{
CAView* view = CAView::createWithFrame(CCRect(0, y, width, 1), m_separatorColor);
this->addSubview(view);
y += 1;
}
}
CAView* sectionFooterView = m_pTableViewDataSource->tableViewSectionViewForFooterInSection(this, i);
if (sectionFooterView)
{
sectionFooterView->setFrame(CCRect(0, y, width, m_nSectionFooterHeights.at(i)));
this->addSubview(sectionFooterView);
}
y += m_nSectionFooterHeights.at(i);
}
if (m_pTableFooterView)
{
m_pTableFooterView->setFrame(CCRect(0, y, width, m_nTableFooterHeight));
this->addSubview(m_pTableFooterView);
y += m_nTableFooterHeight;
}
}
void CATouchController::touchMoved()
{
CC_RETURN_IF(ccpDistance(m_tFirstPoint, m_pTouch->getLocation()) < 16);
m_tFirstPoint = DPointZero;
if (!m_vTouchMovedsViewCache.empty())
{
bool isScheduledPassing = CAScheduler::isScheduled(schedule_selector(CATouchController::passingTouchesViews), this);
bool isTouchEventScrollHandOverToSuperview = true;
for (CAVector<CAResponder*>::iterator itr=m_vTouchesViews.begin();
itr!=m_vTouchesViews.end(); itr++)
{
CC_CONTINUE_IF((*itr)->isTouchEventScrollHandOverToSuperview());
isTouchEventScrollHandOverToSuperview = false;
break;
}
if (isScheduledPassing || isTouchEventScrollHandOverToSuperview)
{
CAScheduler::unschedule(schedule_selector(CATouchController::passingTouchesViews), this);
while (!m_vTouchMovedsViewCache.empty())
{
CAResponder* responder = m_vTouchMovedsViewCache.back();
DPoint pointOffSet = DPointZero;
if (CAView* v = dynamic_cast<CAView*>(responder))
{
pointOffSet = ccpSub(v->convertToNodeSpace(m_pTouch->getLocation()),
v->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else if (CAViewController* c = dynamic_cast<CAViewController*>(responder))
{
pointOffSet = ccpSub(c->getView()->convertToNodeSpace(m_pTouch->getLocation()),
c->getView()->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else
{
pointOffSet = ccpSub(m_pTouch->getLocation(), m_pTouch->getPreviousLocation());
}
pointOffSet.x = fabsf(pointOffSet.x);
pointOffSet.y = fabsf(pointOffSet.y);
do
{
CC_BREAK_IF(!responder->isHorizontalScrollEnabled() && pointOffSet.x >= pointOffSet.y);
CC_BREAK_IF(!responder->isVerticalScrollEnabled() && pointOffSet.x < pointOffSet.y);
m_vTouchMovedsView.pushBack(m_vTouchMovedsViewCache.back());
}
while (0);
m_vTouchMovedsViewCache.popBack();
}
if (!m_vTouchMovedsView.empty())
{
bool isTouchCancelled = true;
CAVector<CAResponder*>::iterator itr;
for (itr=m_vTouchesViews.begin(); itr!=m_vTouchesViews.end(); itr++)
{
CAResponder* responder = (*itr);
if (responder->isPriorityScroll())
{
DPoint pointOffSet = DPointZero;
if (CAView* v = dynamic_cast<CAView*>(responder))
{
pointOffSet = ccpSub(v->convertToNodeSpace(m_pTouch->getLocation()),
v->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else if (CAViewController* c = dynamic_cast<CAViewController*>(responder))
{
pointOffSet = ccpSub(c->getView()->convertToNodeSpace(m_pTouch->getLocation()),
c->getView()->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else
{
pointOffSet = ccpSub(m_pTouch->getLocation(), m_pTouch->getPreviousLocation());
}
if (!responder->isReachBoundaryHandOverToSuperview())
{
isTouchCancelled = false;
break;
}
if (responder->isHorizontalScrollEnabled()
&& fabsf(pointOffSet.x) >= fabsf(pointOffSet.y))
{
if (!responder->isReachBoundaryLeft() && pointOffSet.x >= 0)
{
isTouchCancelled = false;
break;
}
if (!responder->isReachBoundaryRight() && pointOffSet.x <= 0)
{
isTouchCancelled = false;
break;
}
}
if (responder->isVerticalScrollEnabled()
&& fabsf(pointOffSet.x) < fabsf(pointOffSet.y))
{
if (!responder->isReachBoundaryUp() && pointOffSet.y >= 0)
{
isTouchCancelled = false;
break;
}
if (!responder->isReachBoundaryDown() && pointOffSet.y <= 0)
{
isTouchCancelled = false;
break;
}
}
}
}
if (isTouchCancelled)
{
if (!isScheduledPassing)
{
CAVector<CAResponder*>::iterator itr;
for (itr=m_vTouchesViews.begin(); itr!=m_vTouchesViews.end(); itr++)
{
this->touchCancelledWithResponder(*itr);
}
}
m_vTouchesViews.clear();
}
if (isScheduledPassing || m_vTouchesViews.empty())
{
for (int i=0; i<m_vTouchMovedsView.size(); i++)
{
CAResponder* responder = m_vTouchMovedsView.at(i);
DPoint pointOffSet = DPointZero;
if (CAView* v = dynamic_cast<CAView*>(responder))
{
pointOffSet = ccpSub(v->convertToNodeSpace(m_pTouch->getLocation()),
v->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else if (CAViewController* c = dynamic_cast<CAViewController*>(responder))
{
pointOffSet = ccpSub(c->getView()->convertToNodeSpace(m_pTouch->getLocation()),
c->getView()->convertToNodeSpace(m_pTouch->getPreviousLocation()));
}
else
{
pointOffSet = ccpSub(m_pTouch->getLocation(), m_pTouch->getPreviousLocation());
}
if (responder->isReachBoundaryHandOverToSuperview())
{
if (responder->isHorizontalScrollEnabled()
&& fabsf(pointOffSet.x) >= fabsf(pointOffSet.y))
{
CC_CONTINUE_IF(responder->isReachBoundaryLeft() && pointOffSet.x > 0);
CC_CONTINUE_IF(responder->isReachBoundaryRight() && pointOffSet.x < 0);
}
else if (responder->isVerticalScrollEnabled()
&& fabsf(pointOffSet.x) < fabsf(pointOffSet.y))
{
CC_CONTINUE_IF(responder->isReachBoundaryUp() && pointOffSet.y > 0);
CC_CONTINUE_IF(responder->isReachBoundaryDown() && pointOffSet.y < 0);
}
}
if (this->touchBeganWithResponder(responder))
{
m_vTouchesViews.pushBack(responder);
}
break;
}
if (m_vTouchesViews.empty())
{
m_vTouchesViews.pushBack(m_vTouchMovedsView.front());
while (m_vTouchesViews.back())
{
if (this->touchBeganWithResponder(m_vTouchesViews.back()))
{
break;
}
m_vTouchesViews.popBack();
}
}
}
}
}
}
CAView* view = dynamic_cast<CAView*>(CAApplication::getApplication()->getTouchDispatcher()->getFirstResponder());
bool isContainsFirstPoint = view && view->convertRectToWorldSpace(view->getBounds()).containsPoint(m_tFirstPoint);
if (!isContainsFirstPoint && view && view->isScrollEnabled())
{
this->touchMovedWithResponder(view);
}
CAVector<CAResponder*>::iterator itr;
for (itr=m_vTouchesViews.begin(); itr!=m_vTouchesViews.end(); itr++)
{
CC_CONTINUE_IF(!(*itr)->isScrollEnabled());
this->touchMovedWithResponder(*itr);
}
}
void CATableView::reloadData()
{
this->reloadViewSizeData();
this->removeAllSubviews();
float width = this->getBounds().size.width;
int y = 0;
if (m_pTablePullDownView)
{
m_pTablePullDownView->setFrame(CCRect(0, -(float)m_nTablePullViewHeight, width, m_nTablePullViewHeight));
this->addSubview(m_pTablePullDownView);
}
if (m_pTableHeaderView)
{
m_pTableHeaderView->setFrame(CCRect(0, y, width, m_nTableHeaderHeight));
this->addSubview(m_pTableHeaderView);
y += m_nTableHeaderHeight;
}
unsigned int sectionCount = m_pTableViewDataSource->numberOfSections(this);
m_rTableCellRectss.resize(sectionCount);
m_rLineRectss.resize(sectionCount);
for (unsigned int i=0; i<sectionCount; i++)
{
CCRect sectionHeaderRect = CCRect(0, y, width, m_nSectionHeaderHeights.at(i));
CAView* sectionHeaderView = m_pTableViewDataSource->tableViewSectionViewForHeaderInSection(this, sectionHeaderRect.size, i);
//CC_DEPRECATED_ATTRIBUTE
if (sectionHeaderView == NULL)
{
sectionHeaderView = m_pTableViewDataSource->tableViewSectionViewForHeaderInSection(this, i);
}
if (sectionHeaderView)
{
sectionHeaderView->setFrame(sectionHeaderRect);
this->insertSubview(sectionHeaderView, 2);
m_pSectionHeaderViews[i] = sectionHeaderView;
}
y += m_nSectionHeaderHeights[i];
m_rTableCellRectss[i].resize(m_nRowHeightss[i].size());
m_rLineRectss[i].resize(m_nRowHeightss[i].size());
for (unsigned int j=0; j<m_rTableCellRectss[i].size(); j++)
{
m_rTableCellRectss[i][j] = CCRect(0, y, width, m_nRowHeightss[i][j]);
y += m_nRowHeightss[i][j];
m_rLineRectss[i][j] = CCRect(0, y, width, m_nSeparatorViewHeight);
y += m_nSeparatorViewHeight;
}
CCRect sectionFooterRect = CCRect(0, y, width, m_nSectionFooterHeights.at(i));
CAView* sectionFooterView = m_pTableViewDataSource->tableViewSectionViewForFooterInSection(this, sectionFooterRect.size, i);
//CC_DEPRECATED_ATTRIBUTE
if (sectionFooterView == NULL)
{
sectionFooterView = m_pTableViewDataSource->tableViewSectionViewForFooterInSection(this, i);
}
if (sectionFooterView)
{
sectionFooterView->setFrame(sectionFooterRect);
this->insertSubview(sectionFooterView, 2);
m_pSectionFooterViews[i] = sectionFooterView;
}
CCRect sectionRect = sectionHeaderRect;
sectionRect.size.height = sectionFooterRect.origin.y
+ sectionFooterRect.size.height
- sectionHeaderRect.origin.y;
m_rSectionRects.push_back(sectionRect);
y += m_nSectionFooterHeights.at(i);
}
if (m_pTableFooterView)
{
m_pTableFooterView->setFrame(CCRect(0, y, width, m_nTableFooterHeight));
this->addSubview(m_pTableFooterView);
y += m_nTableFooterHeight;
}
if (m_pTablePullUpView)
{
m_pTablePullUpView->setFrame(CCRect(0, m_obViewSize.height, width, m_nTablePullViewHeight));
this->addSubview(m_pTablePullUpView);
}
this->loadTableCell();
this->updateSectionHeaderAndFooterRects();
}
// [email protected]: 2015-03-08 void CANavigationController::popToRootViewControllerAnimated(bool animated) { if (m_pViewControllers.size() == 1) { return ; } float x = this->getView()->getBounds().size.width; CAView* backContainer = m_pContainers.back(); backContainer->setFrameOrigin(CCPointZero); size_t index = 0; CAViewController* showViewController = m_pViewControllers.at(index); showViewController->viewDidAppear(); CAView* showContainer = m_pContainers.at(index); showContainer->setVisible(true); showContainer->setFrameOrigin(CCPoint(-x/2.0f, 0)); { CCRect rect = this->getView()->getBounds(); CCPoint point = this->getNavigationBarNowPoint(showViewController); switch (m_eNavigationBarVerticalAlignment) { case CABarVerticalAlignmentTop: { rect.origin.y = point.y + m_tNavigationBarSize.height; rect.size.height = rect.size.height - rect.origin.y; } break; case CABarVerticalAlignmentBottom: { rect.size.height = point.y; } break; default: break; } m_pNavigationBars.at(index)->setFrameOrigin(point); CAView* secondContainer = m_pSecondContainers.at(index); secondContainer->setFrame(rect); showViewController->getSuperViewRect(secondContainer->getBounds()); } CAApplication::getApplication()->getTouchDispatcher()->setDispatchEventsFalse(); if (animated) { CAViewAnimation::beginAnimations("", NULL); CAViewAnimation::setAnimationDuration(0.25f); CAViewAnimation::setAnimationDelay(0.02f); CAViewAnimation::setAnimationCurve(CAViewAnimationCurveEaseOut); showContainer->setFrameOrigin(CCPointZero); CAViewAnimation::commitAnimations(); CAViewAnimation::beginAnimations("", NULL); CAViewAnimation::setAnimationDuration(0.25f); CAViewAnimation::setAnimationDelay(0.03f); CAViewAnimation::setAnimationCurve(CAViewAnimationCurveEaseOut); CAViewAnimation::setAnimationDidStopSelector(this, CAViewAnimation0_selector(CANavigationController::popToRootViewControllerFinish)); backContainer->setFrameOrigin(CCPoint(x, 0)); CAViewAnimation::commitAnimations(); } else { this->popToRootViewControllerFinish(); } }
void CCTransitionCrossFade::onEnter()
{
CCTransitionScene::onEnter();
// create a transparent color layer
// in which we are going to add our rendertextures
ccColor4B color = {0,0,0,0};
CCSize size = CCDirector::sharedDirector()->getWinSize();
CAView* layer = CAView::createWithFrame(CCRect(0, 0, size.width, size.height));
layer->setColor(ccc3(color.r, color.g, color.b));
layer->setOpacity(color.a);
// create the first render texture for inScene
CCRenderTexture* inTexture = CCRenderTexture::create((int)size.width, (int)size.height);
if (NULL == inTexture)
{
return;
}
inTexture->getSprite()->setAnchorPoint( ccp(0.5f,0.5f) );
inTexture->setPosition( ccp(size.width/2, size.height/2) );
inTexture->setAnchorPoint( ccp(0.5f,0.5f) );
// render inScene to its texturebuffer
inTexture->begin();
m_pInScene->visit();
inTexture->end();
// create the second render texture for outScene
CCRenderTexture* outTexture = CCRenderTexture::create((int)size.width, (int)size.height);
outTexture->getSprite()->setAnchorPoint( ccp(0.5f,0.5f) );
outTexture->setPosition( ccp(size.width/2, size.height/2) );
outTexture->setAnchorPoint( ccp(0.5f,0.5f) );
// render outScene to its texturebuffer
outTexture->begin();
m_pOutScene->visit();
outTexture->end();
// create blend functions
ccBlendFunc blend1 = {GL_ONE, GL_ONE}; // inScene will lay on background and will not be used with alpha
ccBlendFunc blend2 = {GL_SRC_ALPHA, GL_ONE_MINUS_SRC_ALPHA}; // we are going to blend outScene via alpha
// set blendfunctions
inTexture->getSprite()->setBlendFunc(blend1);
outTexture->getSprite()->setBlendFunc(blend2);
// add render textures to the layer
layer->addSubview(inTexture);
layer->addSubview(outTexture);
// initial opacity:
inTexture->getSprite()->setOpacity(255);
outTexture->getSprite()->setOpacity(255);
// create the blend action
CCAction* layerAction = CCSequence::create
(
CCFadeTo::create(m_fDuration, 0),
CCCallFunc::create(this, callfunc_selector(CCTransitionScene::hideOutShowIn)),
CCCallFunc::create(this, callfunc_selector(CCTransitionScene::finish)),
NULL
);
// run the blend action
outTexture->getSprite()->runAction( layerAction );
// add the layer (which contains our two rendertextures) to the scene
layer->setTag(kSceneFade);
insertSubview(layer, 2);
}
