void Editor_update()
{
bool need_update = internalUpdate();
if (need_update)
{
Editor_updateTrackScroll();
internalUpdate();
}
}
void newin::Light::setShader(ShadeProgram* p) {
_prgm = p;
if (!_prgm) {
throw newin::ShaderException("shader cannot be null");
}
internalUpdate();
}
void DGLTextureViewItem::faceComboChanged(int value) {
uint uvalue = value;
if (uvalue != m_CurrentFace && uvalue < static_cast<uint>(m_FacesLevelsLayers.size())) {
m_CurrentFace = uvalue;
internalUpdate();
}
}
KstObject::UpdateType KstPrimitive::update(int update_counter) {
bool force = dirty();
setDirty(false);
if (KstObject::checkUpdateCounter(update_counter) && !force) {
return lastUpdateResult();
}
KstObject::UpdateType providerRC = NO_CHANGE;
if (update_counter > 0) {
KstObjectPtr prov = KstObjectPtr(_provider);
if (prov) {
// provider is already locked
providerRC = prov->update(update_counter);
if (!force && providerRC == KstObject::NO_CHANGE) {
return setLastUpdateResult(providerRC);
}
}
}
KstObject::UpdateType rc = internalUpdate(providerRC);
setDirty(false);
return rc;
}
void DGLTextureViewItem::layerSliderMoved(int value) {
uint uvalue = value;
if (uvalue != m_CurrentLayer &&
uvalue < static_cast<uint>(m_FacesLevelsLayers[m_CurrentFace][m_CurrentLevel].size())) {
m_CurrentLayer = uvalue;
internalUpdate();
}
}
void DGLTextureViewItem::update(const dglnet::DGLResource& res) {
const dglnet::resource::DGLResourceTexture* resource =
dynamic_cast<const dglnet::resource::DGLResourceTexture*>(&res);
m_FacesLevelsLayers = resource->m_FacesLevelsLayers;
m_CurrentFace = std::min(
m_CurrentFace, static_cast<uint>(m_FacesLevelsLayers.size() - 1));
if (m_FacesLevelsLayers.size() && m_FacesLevelsLayers[0].size()) {
if (m_FacesLevelsLayers.size() > 1) {
// texture has faces
m_Ui.labelCM->show();
m_Ui.comboBoxCM->show();
} else {
m_Ui.labelCM->hide();
m_Ui.comboBoxCM->hide();
}
m_Ui.comboBoxCM->setCurrentIndex(m_CurrentFace);
m_CurrentLevel = std::min(
m_CurrentFace, static_cast<uint>(m_FacesLevelsLayers[m_CurrentFace].size() - 1));
m_CurrentLayer = std::min(
m_CurrentFace, static_cast<uint>(m_FacesLevelsLayers[m_CurrentFace][m_CurrentLevel].size() - 1));
m_Ui.horizontalSlider_LOD->setRange(
0, static_cast<int>(m_FacesLevelsLayers[m_CurrentFace].size() - 1));
m_Ui.horizontalSlider_LOD->setEnabled(true);
if (resource->m_Target == GL_TEXTURE_3D ||
resource->m_Target == GL_TEXTURE_2D_ARRAY ||
resource->m_Target == GL_TEXTURE_2D_MULTISAMPLE_ARRAY ||
resource->m_Target == GL_TEXTURE_CUBE_MAP_ARRAY) {
m_Ui.label_TextureLayer->show();
m_Ui.verticalSlider_Layer->show();
} else {
m_Ui.label_TextureLayer->hide();
m_Ui.verticalSlider_Layer->hide();
}
m_Ui.verticalSlider_Layer->setEnabled(true);
m_Ui.verticalSlider_Layer->setRange(
0, static_cast<int>(m_FacesLevelsLayers[m_CurrentFace][m_CurrentLevel].size() - 1));
internalUpdate();
} else {
error("Texture is empty");
}
}
//------------------------------------------------
void guiTypeLabel::setup(ofParameter<string> & label, bool highlight){
// cout << " adding label with name " << label.getName() << " and value " << label << endl;
guiBaseObject::setupNamesFromParams();
textLabel.makeReferenceTo(label);
bHighlight = highlight;
internalUpdate();
boundingBox = hitArea;
}
KalziumTip::KalziumTip( QWidget * parent, const char * name, WFlags f ) : QWidget( parent, name, f )
{
setFocusPolicy(NoFocus); //the widget don't get the keyboard focus
setBackgroundMode(NoBackground); // widget has no background
resize(0,0);
hide(); //initailly hide it
m_richText = 0;
m_noElemIcon = KGlobal::iconLoader()->loadIcon( "orbits", KIcon::NoGroup, 64 );
setMouseTracking(true); // receice mouse move events
connect(&m_frameTimer, SIGNAL(timeout()), SLOT(internalUpdate()));
}
//-----------------------------------------------.
void guiTypeLabel::render(){
internalUpdate();
ofPushStyle();
if( bHighlight ){
glColor4fv(outlineColor.getColorF());
ofLine(boundingBox.x, boundingBox.y, boundingBox.x + boundingBox.width, boundingBox.y);
ofLine(boundingBox.x, boundingBox.y + boundingBox.height, boundingBox.x + boundingBox.width, boundingBox.y + boundingBox.height);
}
guiBaseObject::renderText();
ofPopStyle();
}
void TextureFilter::update(RenderActionBase *action, const Vec2f& DrawnSize)
{
if(isDirty())
{
for(UInt32 i(0) ; i < getNumInputSlots() ; ++i)
{
editInputSlot(i)->getSourceFilter()->update(action, DrawnSize);
}
internalUpdate(action, DrawnSize);
setDirty(false);
}
}
void LayeredHairMesh::simulate()
{
auto state = simPts;
state.insert(state.end(), simVel.begin(), simVel.end());
externalUpdate(state);
internalUpdate(state);
collisionDetect(state);
int compSize = simPts.size();
simPts.clear();
simPts.insert(simPts.end(), state.begin(), state.begin() + compSize);
simVel.clear();
simVel.insert(simVel.end(), state.begin() + compSize, state.end());
}
void base::update ( manager* pManager, TimeType curTime )
{
xform txform ( mXform );
if ( mLoopDuration > 0.0f )
{
txform.mDuration = mLoopDuration;
curTime = txform.mStart + fmodf ( curTime - txform.mStart, mLoopDuration );
}
txform.invert ();
curTime = txform.transform ( curTime );
internalUpdate ( pManager, curTime );
}
nsresult
sbPlayQueueExternalLibraryListener::GenerateUpdates(
sbIMediaItem* aMediaItem,
sbIPropertyArray* aProperties,
Updates& updates)
{
TRACE(("%s[%p]", __FUNCTION__, this));
nsresult rv;
nsCOMPtr<sbILibrary> lib;
rv = aMediaItem->GetLibrary(getter_AddRefs(lib));
NS_ENSURE_SUCCESS(rv, rv);
// This ensures that we have an item that is either in our master library or
// is duplicated in the master library.
nsCOMPtr<sbIMediaItem> internalMediaItem;
if (lib == mMasterLibrary) {
internalMediaItem = aMediaItem;
} else {
rv = mMasterLibrary->GetDuplicate(aMediaItem,
getter_AddRefs(internalMediaItem));
NS_ENSURE_SUCCESS(rv, rv);
if (internalMediaItem) {
sbPropertyUpdate internalUpdate(internalMediaItem, aProperties);
updates.push_back(internalUpdate);
} else {
// If we can't find a duplicate in our master library, just return.
return NS_OK;
}
}
// We found an item in our master library - go find duplicates in our external
// libraries to update.
for (PRInt32 i = 0; i < mExternalLibraries.Count(); i++)
{
if (mExternalLibraries[i] != lib) {
nsCOMPtr<sbIMediaItem> externalMediaItem;
rv = mExternalLibraries[i]->GetDuplicate(internalMediaItem,
getter_AddRefs(externalMediaItem));
if (NS_SUCCEEDED(rv) && externalMediaItem) {
sbPropertyUpdate externalUpdate(externalMediaItem, aProperties);
updates.push_back(externalUpdate);
}
}
}
return NS_OK;
}
void DGLTextureViewItem::levelSliderMoved(int value) {
uint uvalue = value;
if (uvalue != m_CurrentLevel &&
uvalue < static_cast<uint>(m_FacesLevelsLayers[m_CurrentFace].size())) {
m_CurrentLevel = uvalue;
m_Ui.verticalSlider_Layer->setRange(
0, static_cast<int>(m_FacesLevelsLayers[m_CurrentFace][m_CurrentLevel].size() - 1));
m_CurrentLayer = std::min(
m_CurrentFace, static_cast<uint>(m_FacesLevelsLayers[m_CurrentFace][m_CurrentLevel].size() - 1));
internalUpdate();
}
}
KickerTip::KickerTip(QWidget * parent)
: QWidget(parent, "animtt",WX11BypassWM),
m_richText(0),
m_mimeFactory(0),
m_dissolveSize(0),
m_dissolveDelta(-1),
m_direction(KPanelApplet::Up),
m_dirty(false),
m_toolTipsEnabled(KickerSettings::showToolTips()),
m_tippingFor(0)
{
setFocusPolicy(NoFocus);
setBackgroundMode(NoBackground);
resize(0, 0);
hide();
connect(&m_frameTimer, SIGNAL(timeout()), SLOT(internalUpdate()));
}
void newin::Light::initialize(ShadeProgram* prgm, const Vector3D<GLfloat>& p, const Vector3D<GLfloat>& rot, const Vector3D<GLfloat>& c, unsigned int index) {
_pos = p;
_rot = rot;
_col = c;
_prgm = prgm;
_sindex = std::to_string(index);
if (!_prgm) {
throw newin::ShaderException("cannot use light without shader");
}
internalUpdate();
Shader v("shadowMap_vs.glsl", GL_VERTEX_SHADER);
Shader f("shadowMap_fs.glsl", GL_FRAGMENT_SHADER);
_shad = new ShadeProgram(v,f);
_proj.setShader(_shad);
_modv.setShader(_shad);
_proj.setShader(_shad);
initShadowTex();
}
void OnOffButtonWidget::btnOffClicked()
{
endpoint->setValue(0);
internalUpdate();
}
void ParticleTrailGenerator::handleSystemUpdated(ParticleSystemEventDetails* const details)
{
ParticleSystemRecPtr system = dynamic_cast<ParticleSystem*>(details->getSource());
Real64 timeStamp = details->getTimeStamp();
UInt32 numParticles = system->getNumParticles();
// check for proper init. of last added value
if(!_mInitialized)
{
_mLastAdded = timeStamp;
_mInitialized = true;
}
// add new trail sections
if(getTrailResolutionMethod() == TIME_SPACING)
{
Time start(_mLastAdded);
while(_mLastAdded + getTrailResolution() < timeStamp)
{
_mLastAdded += getTrailResolution();
Time fractionalTime = 1 - (timeStamp - _mLastAdded)/(timeStamp - start);
for(PTMItor it = _mTrails.begin(); it != _mTrails.end(); it++)
{
if((*it).second.size() > 0)
{
ParticleTrailGenerator::TrailSection newSection;
newSection.pos = lerp((*it).second.back().pos,
system->getPosition((*it).first),fractionalTime);
newSection.time = lerp<Time>(_mLastAdded,timeStamp,fractionalTime);
newSection.ID = getNextTSID();
(*it).second.push_back(newSection);
internalTrailSectGenerated(newSection, system->getVelocity((*it).first));
}
}// end for(numParticles)
}// end while(_mLastAdded + ...)
} else if(getTrailResolutionMethod() == DISTANCE_SPACING)
{
ParticleTrailGenerator::TrailSection newSection;
Real32 curDist(0.0f), origDist(0.0f);
for(PTMItor it = _mTrails.begin(); it != _mTrails.end(); it++)
{
// we continue to add new sections to the trail as long as the
// distance between the last added trail section and the current
// position is greater than the trail resolution
if((*it).second.size() > 0)
{ // get distance between current position and last added section
origDist = system->getPosition((*it).first).dist((*it).second.back().pos);
curDist = origDist;
while(curDist > getTrailResolution())
{ // generate new trail section
ParticleTrailGenerator::TrailSection newSection;
Real32 fractionalDistance = 1 - (curDist-getTrailResolution())/origDist;
Pnt3f pos = lerp((*it).second.back().pos,
system->getPosition((*it).first),fractionalDistance);
newSection.pos = pos;
newSection.time = lerp<Time>((*it).second.back().time,timeStamp,fractionalDistance);
newSection.ID = getNextTSID();
(*it).second.push_back(newSection);
internalTrailSectGenerated(newSection, system->getVelocity((*it).first));
// update distance
curDist = system->getPosition((*it).first).dist(pos);
}// end while
}// end if
}// end for
} else // 1 trail section/update
{
for(PTMItor it = _mTrails.begin(); it != _mTrails.end(); it++)
{
ParticleTrailGenerator::TrailSection newSection;
newSection.time = timeStamp;
newSection.pos = system->getPosition((*it).first);
newSection.ID = getNextTSID();
(*it).second.push_back(newSection);
internalTrailSectGenerated(newSection, system->getVelocity((*it).first));
}
}
// remove old/outdated trail sections for active particle trails
for(PTMItor it = _mTrails.begin(); it != _mTrails.end(); it++)
{
if(getTrailLengthMethod() == TIME && (*it).second.size() > 0)
{
while(/*sectionAge > getTrailLength() &&*/ (*it).second.size() > 0)
{
Real64 sectionAge = timeStamp - (*it).second.front().time;
if(sectionAge > getTrailLength())
{
internalTrailSectKilled((*it).second.front());
(*it).second.pop_front();
} else break;
}
} else if((*it).second.size() > 0) // getTrailLengthMethod() == NUM_POINTS
{
UInt32 trailLength = (UInt32)getTrailLength();
while((*it).second.size() > trailLength)
{
internalTrailSectKilled((*it).second.front());
(*it).second.pop_front();
}
}// end if/else if
}// end for(_mTrails.size())
// remove old trail sections for killed particles
for(PTMItor kptItor = _mKilledParticleTrails.begin(); kptItor != _mKilledParticleTrails.end(); kptItor++)
{
int numKilledTrails = _mKilledParticleTrails.size();
if(getTrailLengthMethod() == TIME)
{
int thisSize = (*kptItor).second.size();
while((*kptItor).second.size() > 0)
{
thisSize = (*kptItor).second.size();
Real64 sectionAge = timeStamp - (*kptItor).second.front().time;
UInt32 myid = (*kptItor).second.front().ID;
if(sectionAge > getTrailLength())
{
internalTrailSectKilled((*kptItor).second.front());
(*kptItor).second.pop_front();
} else break;
}
} else // getTrailLengthMethod() == NUM_POINTS
{ // No more points are being generated, so if these aren't removed, they will stay forever.
// So, we just clear the trails.
while((*kptItor).second.size() > 0)
{
internalTrailSectKilled((*kptItor).second.front());
(*kptItor).second.pop_front();
}
}
} // end for(_mKilledParticleTrails.size())
// fire off internal update for subclasses of trail generators
internalUpdate(details);
}
newin::Light::Light(ShadeProgram* prgm, const Vector3D<GLfloat>& p, const Vector3D<GLfloat>& r, const Vector3D<GLfloat>& c, unsigned int index) : AObject(p,r,c), _changed(true), _diff(5), _intensity(0.8), _prgm(prgm), _sindex(std::to_string(index)), _shad(NULL) {
if (_prgm) {
internalUpdate();
}
_col = c;
}
/*!
* \fn bool OSG::Animation::update(const Time& ElapsedTime)
*
* \brief Update the animation with the time since the last update
*
* The result of the animation will also be applied to the
* object it is connected to.
*
* \param[in] ElapsedTime The time, in seconds, since the previous call to
* update.
*/
bool Animation::update(const Time& ElapsedTime)
{
if(!_IsPlaying || _IsPaused)
{
return false;
}
//Increment the updated animations statistic
StatIntElem *NAnimationsStatElem = StatCollector::getGlobalElem(statNAnimations);
if(NAnimationsStatElem) { NAnimationsStatElem->inc(); }
//Start the animation update time statistic
StatTimeElem *AnimUpdateTimeStatElem = StatCollector::getGlobalElem(statAnimUpdateTime);
if(AnimUpdateTimeStatElem) { AnimUpdateTimeStatElem->start(); }
_CurrentTime += getScale()*ElapsedTime;
UInt32 PreUpdateCycleCount(getCycles());
if(getCycling() < 0 || PreUpdateCycleCount < getCycling())
{
Real32 CycleLength(getCycleLength() * getScale());
//Check if the Animation Time is past the end
if(_CurrentTime >= CycleLength)
{
//Update the number of cycles completed
setCycles( (CycleLength <= 0.0f) ? (0): (static_cast<UInt32>( osgFloor( _CurrentTime / CycleLength ) )) );
//commitChanges();
}
Real32 t(_CurrentTime);
if(getCycling() > 0 && getCycles() >= getCycling())
{
if(getSpan() > 0.0f)
{
t = getSpan();
}
t -= 0.0001f;
}
else
{
if(getSpan() > 0.0f)
{
t -= osgFloor(_CurrentTime/getSpan())*getSpan();
}
}
t += getOffset();
//Internal Update
internalUpdate(t, _PrevTime);
//If the number of cycles has changed
if(getCycles() != PreUpdateCycleCount)
{
if(getCycling() > 0 && getCycles() >= getCycling())
{
//Animation has reached the end
//Remove the Animation from it's update producer
_UpdateEventConnection.disconnect();
_IsPlaying = false;
//Produce the Ended event
produceAnimationEnded();
}
else
{
//Animation hasn't finished yet
//Produce the Cycled event
produceAnimationCycled();
}
}
}
_PrevTime = _CurrentTime;
//Stp[ the animation update time statistic
if(AnimUpdateTimeStatElem) { AnimUpdateTimeStatElem->stop(); }
//Return true if the animation has completed its number of cycles, false otherwise
return (getCycling() > 0 && getCycles() >= getCycling());
}
