void* regLoop(void* userData) {
int l = 0;
int status;
int numParamsChanged;
int numRecvdCmds;
int recvdCmds[REG_MAX_NUM_STR_CMDS];
char** changedParamLabels;
char** recvdCmdParams;
bool done;
bool needRefresh = false;
// params to be registered...
int mVis;
int bVis;
double isoValue[PVS_MAX_ISOS];
int isoVis[PVS_MAX_ISOS];
int orthoslice;
int cutplane;
// thread data...
threadData* td = (threadData*) ((ThreadInfoStruct*) userData)->UserData;
// allocate memory...
changedParamLabels = Alloc_string_array(REG_MAX_STRING_LENGTH,
REG_MAX_NUM_STR_PARAMS);
recvdCmdParams = Alloc_string_array(REG_MAX_STRING_LENGTH,
REG_MAX_NUM_STR_CMDS);
// initialise steering library...
regInit();
// register params...
if(td->xyzPipeline) {
((PlatoXYZPipeline*) td->xyzPipeline)->isMoleculeVisible() ? mVis = 1 : mVis = 0;
status = Register_param("Molecule visible?", REG_TRUE, (void*) &mVis,
REG_INT, "0", "1");
((PlatoXYZPipeline*) td->xyzPipeline)->isBondsVisible() ? bVis = 1 : bVis = 0;
status = Register_param("Bonds visible?", REG_TRUE, (void*) &bVis,
REG_INT, "0", "1");
}
double* isoRange = ((PlatoDataReader*) td->dataReader)->getDataRange();
char isoMin[10];
char isoMax[10];
char isoLabel[20];
snprintf(isoMin, 10, "%f", isoRange[0]);
snprintf(isoMax, 10, "%f", isoRange[1]);
for(int i = 0; i < PVS_MAX_ISOS; i++) {
snprintf(isoLabel, 20, "Iso %d visible?", i);
((PlatoIsoPipeline*) td->isoPipeline)->isIsoVisible(i) ? isoVis[i] = 1 : isoVis[i] = 0;
status = Register_param(isoLabel, REG_TRUE, (void*) &isoVis[i],
REG_INT, "0", "1");
snprintf(isoLabel, 20, "Iso %d value", i);
isoValue[i] = ((PlatoIsoPipeline*) td->isoPipeline)->getIsoValue(i);
status = Register_param(isoLabel, REG_TRUE, (void*) &isoValue[i],
REG_DBL, isoMin, isoMax);
}
((PlatoOrthoPipeline*) td->orthoPipeline)->isOrthosliceOn() ? orthoslice = 1
: orthoslice = 0;
status = Register_param("Orthoslice?", REG_TRUE, (void*) &orthoslice,
REG_INT, "0", "1");
((PlatoIsoPipeline*) td->isoPipeline)->isIsoCutterOn() ? cutplane = 1 :
cutplane = 0;
status = Register_param("Cut-plane?", REG_TRUE, (void*) &cutplane,
REG_INT, "0", "1");
loopLock->Lock();
done = regLoopDone;
loopLock->Unlock();
// go into loop until told to finish...
while(!done) {
// sleep for 0.2 seconds...
usleep(200000);
status = Steering_control(l, &numParamsChanged, changedParamLabels,
&numRecvdCmds, recvdCmds, recvdCmdParams);
if(status != REG_SUCCESS) {
std::cerr << "Call to Steering_control failed...\n";
continue;
}
// deal with commands from steering library...
for(int i = 0; i < numRecvdCmds; i++) {
switch(recvdCmds[i]) {
case REG_STR_STOP:
//td->window->getInteractor()->InvokeEvent(vtkCommand::ExitEvent);
td->window->exit();
break;
}
}
// deal with changed parameters...
for(int i = 0; i < numParamsChanged; i++) {
if(strstr(changedParamLabels[i], "Molecule") ||
strstr(changedParamLabels[i], "Bonds")) {
moleculeVisibility((PlatoXYZPipeline*) td->xyzPipeline, mVis, bVis);
needRefresh = true;
continue;
}
if(!strncmp(changedParamLabels[i], "Iso", 3)) {
isoChanged((PlatoIsoPipeline*) td->isoPipeline,
changedParamLabels[i], isoValue, isoVis);
needRefresh = true;
continue;
}
if(!strcmp(changedParamLabels[i], "Orthoslice?")) {
toggleOrthoslice((PlatoOrthoPipeline*) td->orthoPipeline, orthoslice);
needRefresh = true;
continue;
}
if(!strcmp(changedParamLabels[i], "Cut-plane?")) {
toggleCutplane((PlatoIsoPipeline*) td->isoPipeline, cutplane);
needRefresh = true;
continue;
}
}
// tell the interactor to render if needs be...
if(needRefresh) {
renderLock->Lock();
reRender = true;
renderLock->Unlock();
needRefresh = false;
}
// see if we're done yet...
loopLock->Lock();
done = regLoopDone;
loopLock->Unlock();
// update loop count for steering library...
l++;
}
// clean up steering library...
regFinalise();
// tell main thread that this one is done...
sem_post(®Done);
}
void Camera::resetCapabilities() {
QtCamDevice *dev = device();
delete m_zoom;
m_zoom = new Zoom(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()), m_zoom, SLOT(prepareForDeviceChange()));
emit zoomChanged();
delete m_flash;
m_flash = new Flash(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_flash, SLOT(prepareForDeviceChange()));
emit flashChanged();
delete m_scene;
m_scene = new Scene(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_scene, SLOT(prepareForDeviceChange()));
emit sceneChanged();
delete m_evComp;
m_evComp = new EvComp(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_evComp, SLOT(prepareForDeviceChange()));
emit evCompChanged();
delete m_whiteBalance;
m_whiteBalance = new WhiteBalance(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_whiteBalance, SLOT(prepareForDeviceChange()));
emit whiteBalanceChanged();
delete m_colorTone;
m_colorTone = new ColorTone(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_colorTone, SLOT(prepareForDeviceChange()));
emit colorToneChanged();
delete m_iso;
m_iso = new Iso(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()), m_iso, SLOT(prepareForDeviceChange()));
emit isoChanged();
delete m_exposure;
m_exposure = new Exposure(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_exposure, SLOT(prepareForDeviceChange()));
emit exposureChanged();
delete m_aperture;
m_aperture = new Aperture(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_aperture, SLOT(prepareForDeviceChange()));
emit apertureChanged();
delete m_noiseReduction;
m_noiseReduction = new NoiseReduction(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_noiseReduction, SLOT(prepareForDeviceChange()));
emit noiseReductionChanged();
delete m_flickerReduction;
m_flickerReduction = new FlickerReduction(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_flickerReduction, SLOT(prepareForDeviceChange()));
emit flickerReductionChanged();
delete m_focus;
m_focus = new Focus(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_focus, SLOT(prepareForDeviceChange()));
emit focusChanged();
delete m_autoFocus;
m_autoFocus = new AutoFocus(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_autoFocus, SLOT(prepareForDeviceChange()));
emit autoFocusChanged();
delete m_roi;
m_roi = new Roi(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()), m_roi, SLOT(prepareForDeviceChange()));
emit roiChanged();
delete m_videoMute;
m_videoMute = new VideoMute(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_videoMute, SLOT(prepareForDeviceChange()));
emit videoMuteChanged();
delete m_videoTorch;
m_videoTorch = new VideoTorch(dev, this);
QObject::connect(this, SIGNAL(prepareForDeviceChange()),
m_videoTorch, SLOT(prepareForDeviceChange()));
emit videoTorchChanged();
}
