void Project_sV::init()
{
m_preferences = new ProjectPreferences_sV();
m_frameSource = new EmptyFrameSource_sV(this);
m_flowSource = 0; // leak ? new FlowSourceV3D_sV(this);
m_motionBlur = new MotionBlur_sV(this);
reloadFlowSource();
m_tags = new QList<Tag_sV>();
m_nodes = new NodeList_sV();
m_shutterFunctions = new ShutterFunctionList_sV(m_nodes);
m_renderTask = NULL;
m_v3dFailCounter = 0;
/* better here ? */
int tid;
for(tid=0;tid<4;tid++) {
worker[tid]=0;
thread[tid]=0;
}
}
void Project_sV::init()
{
m_preferences = new ProjectPreferences_sV();
m_frameSource = new EmptyFrameSource_sV(this);
m_flowSource = 0; // leak ? new FlowSourceV3D_sV(this);
m_motionBlur = new MotionBlur_sV(this);
#if 0
QSettings settings;
QString method = settings.value("preferences/flowMethod", "V3D").toString();
if ("V3D" == method) {
m_flowSource = new FlowSourceV3D_sV(this);
} else {
m_flowSource = new FlowSourceOpenCV_sV(this);
if ("OCL" == method) {
qDebug() << "setting OCL";
}
}
#else
reloadFlowSource();
#endif
m_tags = new QList<Tag_sV>();
m_nodes = new NodeList_sV();
m_shutterFunctions = new ShutterFunctionList_sV(m_nodes);
m_renderTask = NULL;
m_v3dFailCounter = 0;
/* better here ? */
int tid;
for(tid=0;tid<4;tid++) {
worker[tid]=0;
thread[tid]=0;
}
}
