bool DirtyListVisit::runVisit()
{
DeletePass = false;
document()->history().buildDirtyList(*this);
DeletePass = true;
for (int i=0; i<RelationsToDelete.uniqueKeys().size(); i++) {
if (!RelationsToDelete.uniqueKeys()[i]->hasOSMId())
continue;
RelationsToDelete[RelationsToDelete.uniqueKeys()[i]] = eraseRelation(RelationsToDelete.uniqueKeys()[i]);
}
for (int i=0; i<RoadsToDelete.uniqueKeys().size(); i++) {
if (!RoadsToDelete.uniqueKeys()[i]->hasOSMId())
continue;
RoadsToDelete[RoadsToDelete.uniqueKeys()[i]] = eraseRoad(RoadsToDelete.uniqueKeys()[i]);
}
for (int i=0; i<TrackPointsToDelete.uniqueKeys().size(); i++) {
if (!TrackPointsToDelete.uniqueKeys()[i]->hasOSMId())
continue;
TrackPointsToDelete[TrackPointsToDelete.uniqueKeys()[i]] = erasePoint(TrackPointsToDelete.uniqueKeys()[i]);
}
return document()->history().buildDirtyList(*this);
}
void CCTubeGridTile::updateErasing(float delta)
{
if (m_isErasing)
{
m_canGetFireLocation = true;
if (GENERIC_TYPE_LINE == genericType)
{
if (!m_isReversedErasing)
{
erasePoint(m_erasingPoint.x,m_erasingPoint.y);
m_erasingPoint = ccpAdd(m_erasingPoint,ccp(0,m_eraserSpeed));
if (m_erasingPoint.y>m_eraserLineUpperBound)
{
m_isErasing = FALSE;
}
}
else
{
erasePoint(m_erasingPoint.x,m_erasingPoint.y);
m_erasingPoint = ccpAdd(m_erasingPoint,ccp(0,-m_eraserSpeed));
if (m_erasingPoint.y<m_eraserLineLowerBound)
{
m_isErasing = FALSE;
}
}
}
else
{
if (!m_isReversedErasing)
{
erasePointInCurveForAngle(m_erasingAngle);
m_erasingAngle +=m_eraserSpeed/m_curveRadius;
if (m_erasingAngle>m_eraserCurveAngleUpperBound)
{
m_isErasing = FALSE;
}
}
else
{
erasePointInCurveForAngle(m_erasingAngle);
m_erasingAngle -=m_eraserSpeed/m_curveRadius;
if (m_erasingAngle<m_eraserCurveAngleLowerBound)
{
m_isErasing = FALSE;
}
}
}
}
if (!m_isErasing)
{
m_canGetFireLocation = false;
unschedule(schedule_selector(CCTubeGridTile::updateErasing));
endErasing();
m_remainTubes --;
}
}
void CCTubeGridTile::erasePointInCurveForAngle(float angle)
{
float erasePointx = m_curveRadius*::sin(angle);
float erasePointy = m_curveRadius*::cos(angle);
erasePoint(erasePointx,erasePointy);
}
