void
AP_RDFEventGTK::updateFromEditorData( PD_DocumentRDFMutationHandle m )
{
if (m_linkingSubject.toString().empty())
{
std::string uuid = XAP_App::getApp()->createUUIDString();
m_linkingSubject = uuid;
}
// UT_DEBUGMSG(("updateFromEditorData() name:%s new-name:%s\n",
// m_name.c_str(), tostr(GTK_ENTRY(w_name)).c_str() ));
std::string predBase = "http://www.w3.org/2002/12/cal/icaltzd#";
setRDFType( m, predBase + "Vevent" );
updateTriple( m, m_uid, m_uid, predBase + "uid");
// updateTriple( m, m_name, tostr(GTK_ENTRY(w_name)), predBase + "name");
updateTriple( m, m_summary, tostr(GTK_ENTRY(w_summary)), predBase + "summary");
updateTriple( m, m_location, tostr(GTK_ENTRY(w_location)),predBase + "location");
updateTriple( m, m_desc, tostr(GTK_ENTRY(w_desc)), predBase + "description");
// updateTriple( m, m_uid, tostr(GTK_ENTRY(w_uid)), predBase + "uid");
updateTriple( m, m_dtstart, parseTimeString(tostr(GTK_ENTRY(w_dtstart))), predBase + "dtstart");
updateTriple( m, m_dtend, parseTimeString(tostr(GTK_ENTRY(w_dtend))), predBase + "dtend");
if (getRDF())
{
// getRDF()->emitSemanticObjectUpdated(this);
}
}
void Scheduler::regenerate(double t, unsigned long long eventCount)
{
masterEL.clear();
BOOST_FOREACH(Particle p1, simulator->getParticles())
masterEL.push_back(getMinTime(t, p1.getID()));
if(masterEL.size() != simulator->getParticles().size())
{
std::cerr << "MasterEL not correct size" << std::endl;
exit(3);
}
//if thermostat is active, initialise its events
if(simulator->setThermostat()->is_initialised())
{
masterEL.push_back(Event());
thermoPoint = masterEL.size() - 1;
getThermoEvent(t, eventCount);
}
//if measuring RDF, initialise its events
if(simulator->getSettings().getSampleRDF())
{
masterEL.push_back(Event());
RDFPoint = masterEL.size() - 1;
getRDF(0);
}
}
