void deleteContent()
{
QSGNode *subnode = firstChild();
while (subnode) {
// We can't delete the node now as it might be in the preprocess list
// It will be deleted in the next preprocess
m_nodes_to_delete.append(subnode);
subnode = subnode->nextSibling();
}
removeAllChildNodes();
}
ExeTask:: ~ExeTask(void)
{
//m_taskTAB는 실행전 외부에서 설정되는 것이기 때문에 여기서 지우면 안된다.
//m_piAdapter로 외부에서 생성되어 전달된 것이라 외부에서 지운다.. 여기서 지우면 안된다.
//if(m_startExeBehavior != NULL){
// delete m_startExeBehavior;
// m_startExeBehavior = NULL;
//}
// m_outModelTAB->clear();
// delete m_outModelTAB;
stopRunning();
if(m_runner != NULL){ //삭제 순서도 중요함. m_logFile이 먼저삭제되면 안됨.
delete m_runner;
m_runner = NULL;
}
if(m_wVarTAB != NULL){
m_wVarTAB->clear();
delete m_wVarTAB;
m_wVarTAB = NULL;
}
if(m_logFile != NULL){
delete m_logFile;
m_logFile = NULL;
}
//ExeTaskTreeNode의 소멸자에서 호출되지만 m_missionNodes와 같은 것을 참조하기 때문에
//반드시 childnode를 삭제하고 m_mission을 삭제해야 하기 때문
//(참고)상위 클래스의 소멸자는 나중에 호출됨
//미리 recall대상이 빼야할 때 빠지고 없어야 하기 때문에 true로 설정
removeAllChildNodes(true);
if(m_missionNodes.size()>0){
std::map<std::string, ExeTaskTreeNode*>::iterator mapiter;
for(mapiter=m_missionNodes.begin(); mapiter!=m_missionNodes.end(); mapiter++){
delete mapiter->second;
}
}
m_missionNodes.clear();
pthread_cond_destroy(&m_SLEEPstmt_wakeup_cond);
pthread_mutex_destroy(&m_SLEEPstmt_wakeup_mu);
//m_task는 TaskMem이 삭제될 때 삭제
//m_outModelTAB은 TaskMem에서 삭제한다.
}
//TODO updateMoons and destructor
void PlanetMoonsNode::updateMoons() {
//In order to get the z-order right for the moons and the planet,
//we need to first append the planet (both m_point and m_planetPic) then append all nodes for moons
//that are nearer than the planet and then prepend nodes for moons that are further than the planet
if(pmoons) {
int nmoons = pmoons->nMoons();
if(m_labelType == LabelsItem::label_t::NO_LABEL) {
m_labelType = LabelsItem::label_t::JUPITER_MOON_LABEL;
}
if(!m_moonNodes.length()) { //Initialize PointSourceNodes used for drawing moons
for ( int i=0; i<nmoons; ++i ) {
m_moonNodes.append(new PointSourceNode(pmoons->moon(i), m_rootNode,m_labelType));
}
}
removeAllChildNodes(); // Clear all child nodes so that we can render moons according to z-order
// We need to reappend node that draws the planet
appendChildNode(m_planetNode);
bool drawLabel = true;
if ( ! (Options::showPlanetNames() && Options::zoomFactor() > 50.*MINZOOM) ) {
drawLabel = false;
}
for ( int i=0; i<nmoons; ++i ) {
if ( pmoons->z(i) < 0.0 ) { //Moon is nearer than the planet
appendChildNode(m_moonNodes[i]);
m_moonNodes[i]->SkyNode::update(drawLabel);
} else {
//Draw Moons that are further than the planet
//skyp->drawPointSource( pmoons->moon(i), pmoons->moon(i)->mag() );
prependChildNode(m_moonNodes[i]);
m_moonNodes[i]->SkyNode::update(drawLabel);
}
}
/* //Draw Moon name labels if at high zoom
return;
for ( int i=0; i<nmoons; ++i ) {
if (planet ==KSPlanetBase::SATURN)
SkyLabeler::AddLabel( pmoons->moon(i), SkyLabeler::SATURN_MOON_LABEL );
else
SkyLabeler::AddLabel( pmoons->moon(i), SkyLabeler::JUPITER_MOON_LABEL );
}*/
}
}
void MultiTrackPlotter::setDataFormat( int channels, int frames )
{
if (channels == m_channel_count && frames == m_frame_count)
return;
m_frame_count = frames;
if (channels != m_channel_count)
{
m_channel_count = channels;
removeAllChildNodes();
for (int idx = 0; idx < m_channel_count; ++idx)
{
PlotNode1D *plotNode = new PlotNode1D;
QSGTransformNode *transformNode = new QSGTransformNode;
transformNode->appendChildNode(plotNode);
this->appendChildNode(transformNode);
}
}
updateTransform();
}
