double Cell::getDistance()const
{
double minDistance=1000000.0;
QList<Cell*>::const_iterator i;
for (i = finalNodes.constBegin(); i != finalNodes.constEnd(); ++i)
{
minDistance=std::min(getDistanceFrom(**i), minDistance);
}
return minDistance;
}
void TooltipWindow::timerCallback()
{
auto& desktop = Desktop::getInstance();
auto mouseSource = desktop.getMainMouseSource();
auto now = Time::getApproximateMillisecondCounter();
auto* newComp = mouseSource.isTouch() ? nullptr : mouseSource.getComponentUnderMouse();
auto newTip = newComp != nullptr ? getTipFor (*newComp) : String();
bool tipChanged = (newTip != lastTipUnderMouse || newComp != lastComponentUnderMouse);
lastComponentUnderMouse = newComp;
lastTipUnderMouse = newTip;
auto clickCount = desktop.getMouseButtonClickCounter();
auto wheelCount = desktop.getMouseWheelMoveCounter();
bool mouseWasClicked = (clickCount > mouseClicks || wheelCount > mouseWheelMoves);
mouseClicks = clickCount;
mouseWheelMoves = wheelCount;
auto mousePos = mouseSource.getScreenPosition();
bool mouseMovedQuickly = mousePos.getDistanceFrom (lastMousePos) > 12;
lastMousePos = mousePos;
if (tipChanged || mouseWasClicked || mouseMovedQuickly)
lastCompChangeTime = now;
if (isVisible() || now < lastHideTime + 500)
{
// if a tip is currently visible (or has just disappeared), update to a new one
// immediately if needed..
if (newComp == nullptr || mouseWasClicked || newTip.isEmpty())
{
if (isVisible())
{
lastHideTime = now;
hideTip();
}
}
else if (tipChanged)
{
displayTip (mousePos.roundToInt(), newTip);
}
}
else
{
// if there isn't currently a tip, but one is needed, only let it
// appear after a timeout..
if (newTip.isNotEmpty()
&& newTip != tipShowing
&& now > lastCompChangeTime + (uint32) millisecondsBeforeTipAppears)
{
displayTip (mousePos.roundToInt(), newTip);
}
}
}
void Timeline::render(Track* track)
{
CCSize * timeLineSize=new CCSize(CCDirector::sharedDirector()->getVisibleSize().width,CCDirector::sharedDirector()->getVisibleSize().height/20);
CCPoint *timelineTrackRatio=new CCPoint(getTimelineTrackRatio(track,timeLineSize));
float * addtionalDistance=new float(getDistanceFrom(track));
drawTimeLine(track,timeLineSize);
drawTBars(track,timelineTrackRatio,timeLineSize,addtionalDistance);
drawTItems(track,timelineTrackRatio,timeLineSize,addtionalDistance);
drawTPlayer(track,timelineTrackRatio,timeLineSize,addtionalDistance);
ccDrawColor4F(0xFF,0xFF,0xFF,0xFF);
glLineWidth(1.0f);
}
double Cell::getPortalDistance()const
{
double minDistance=1000000.0;
QList<Cell*>::const_iterator i;
for (i = portalNodes.constBegin(); i != portalNodes.constEnd(); ++i)
{
if((**i).getState()!=visited)
minDistance=std::min(getDistanceFrom(**i)+(**i).portalEstimate, minDistance);
}
return minDistance;
}
void MouseInactivityDetector::wakeUp (const MouseEvent& e, bool alwaysWake)
{
auto newPos = e.getEventRelativeTo (&targetComp).getPosition();
if ((! isActive) && (alwaysWake || e.source.isTouch() || newPos.getDistanceFrom (lastMousePos) > toleranceDistance))
setActive (true);
if (lastMousePos != newPos)
{
lastMousePos = newPos;
startTimer (delayMs);
}
}
float distanceFrom( const TilePos& other ) { return getDistanceFrom( other );}
virtual float3 getPowerDensityAt (float3 x) {
float surfaceArea = 4*M_PI*pow(getDistanceFrom(x),2.0);
return float3(power.x/surfaceArea, power.y/surfaceArea, power.z/surfaceArea);
}
