void CtImage::applyHard()
{
DEB_MEMBER_FUNCT();
if(m_img_type != m_next_image_type)
{
m_hw_det->setCurrImageType(m_next_image_type);
m_img_type = m_next_image_type;
}
m_hw->apply();
//Add operation into internal header
CtSaving* saving = m_ct.saving();
Bin bin;getBin(bin);
if(!bin.isOne())
saving->addToInternalCommonHeader("binning",bin);
Roi roi;getRoi(roi);
if(!roi.isEmpty())
saving->addToInternalCommonHeader("roi",roi);
Flip flip;getFlip(flip);
if(flip.x || flip.y)
saving->addToInternalCommonHeader("flip",flip);
RotationMode rMode;getRotation(rMode);
if(rMode != Rotation_0)
saving->addToInternalCommonHeader("rotation",rMode);
}
int main () {
DEB_GLOBAL_FUNCT();
Camera *m_camera;
Interface *m_interface;
CtControl* m_control;
string hostname = "192.168.0.62";
int port = 6341;
int dataPort = 6342;
int nx = 512;
int ny = 512;
int nchips = 4;
bool simulate = false;
try {
m_camera = new Camera(hostname, port, dataPort, nx, ny, nchips, simulate);
m_interface = new Interface(*m_camera);
m_control = new CtControl(m_interface);
string type;
m_camera->getDetectorType(type);
cout << "Detector type : " << type << endl;
string model;
m_camera->getDetectorModel(model);
cout << "Detector model: " << model << endl;
float version;
m_camera->getSoftwareVersion(version);
cout << "Software version: " << version << endl;
HwInterface::StatusType status;
m_interface->getStatus(status);
cout << "Detector Status: " << status << endl;
//reset parameters for acquisition
int nframes = 25;
double time = 0.1;
// m_camera->setEnableCounters(Camera::COUNTER0);
m_camera->setEnableCounters(Camera::BOTH);
m_camera->setFramesPerTrigger(1);
m_camera->setTriggerStartType(Camera::INTERNAL);
m_camera->setTriggerStopType(Camera::INTERNAL);
// setup fileformat and data saving info
CtSaving* saving = m_control->saving();
saving->setDirectory("/home/grm84/data");
saving->setFramesPerFile(nframes);
saving->setFormat(CtSaving::HDF5);
saving->setPrefix("merlin_");
saving->setSuffix(".hdf");
saving->setSavingMode(CtSaving::AutoFrame);
saving->setOverwritePolicy(CtSaving::Overwrite);
// do acquisition
m_control->image()->setImageType(lima::Bpp12);
m_control->acquisition()->setAcqExpoTime(time);
m_control->acquisition()->setLatencyTime(0);
m_control->acquisition()->setAcqNbFrames(nframes);
m_control->prepareAcq();
m_control->startAcq();
// usleep(500000);
// m_control->stopAcq();
sleep(5);
} catch (Exception &e) {
}
}
int main(int argc, char *argv[])
{
DEB_GLOBAL_FUNCT();
DebParams::setModuleFlags(DebParams::AllFlags);
DebParams::setTypeFlags(DebParams::AllFlags);
DebParams::setFormatFlags(DebParams::AllFlags);
Camera *m_camera;
Interface *m_interface;
CtControl* m_control;
int nbCards = 1;
int maxFrames = 16384;
string baseIPaddress= "192.168.0.1";
int basePort = -1;
string baseMACaddress = "02.00.00.00.00.00";
int nbChans = 6;
bool createModule = 1;
string modname = "gm";
int debug = 2;
int cardIndex = 0;
bool noUDP = 0;
string directoryName = "/home/xspress3/esrf/xspress3.8chan/settings";
try {
m_camera = new Camera(nbCards, maxFrames, baseIPaddress, basePort, baseMACaddress, nbChans,
createModule, modname, debug, cardIndex, noUDP, directoryName);
m_interface = new Interface(*m_camera);
m_control = new CtControl(m_interface);
// Setup user timing controls
int nframes = 3;
double m_exp_time = 5.0;
// setup fileformat and data saving info
CtSaving* saving = m_control->saving();
saving->setDirectory("/home/xspress3/esrf/gmdata");
saving->setFormat(CtSaving::HDF5);
saving->setPrefix("xsp3_");
saving->setSuffix(".hdf");
saving->setSavingMode(CtSaving::Manual);
saving->setManagedMode(CtSaving::Hardware);
saving->setFramesPerFile(nframes);
saving->setOverwritePolicy(CtSaving::Overwrite);
// do acquisition
m_camera->setCard(0);
m_camera->setDataSource(-1, Camera::PlaybackStream0);
m_camera->loadPlayback("/home/xspress3/esrf/Lima/camera/xspress3/test/Zr_mca15_pass0.d16", 0, 0);
m_camera->setRunMode(true);
m_camera->setUseDtc(false);
// m_camera->setDeadtimeCalculationEnergy(10000);
// m_camera->setDeadtimeCorrectionParameters(-1,2.5304E-9,2.2534E-7, 2.5304E-9,2.2534E-7, true, false);
m_control->acquisition()->setAcqNbFrames(nframes);
m_control->acquisition()->setAcqExpoTime(m_exp_time);
m_camera->setTiming(0, 0, 0, 100);
m_control->prepareAcq();
m_control->startAcq();
struct timespec delay, remain;
delay.tv_sec = (int)floor(m_exp_time/10.0);
delay.tv_nsec = (int)(1E9*(m_exp_time/10.0-floor(m_exp_time/10.0)));
DEB_TRACE() << "acq thread will sleep for " << m_exp_time/10.0 << " second";
while (m_camera->isAcqRunning()) {
delay.tv_sec = (int)floor(m_exp_time/10.0);
delay.tv_nsec = (int)(1E9*(m_exp_time/10.0-floor(m_exp_time/10.0)));
DEB_TRACE() << "sleep for " << m_exp_time/10.0 << " second";
nanosleep(&delay, &remain);
}
DEB_TRACE() << "Finished collection 1";
nframes = 2;
m_exp_time = 1.0;
long num;
saving->getNextNumber(num);
saving->setNextNumber(++num);
m_control->acquisition()->setAcqNbFrames(nframes);
m_control->acquisition()->setAcqExpoTime(m_exp_time);
m_camera->setTiming(0, 0, 0, 100);
m_control->prepareAcq();
m_control->startAcq();
delay.tv_sec = (int)floor(m_exp_time/10.0);
delay.tv_nsec = (int)(1E9*(m_exp_time/10.0-floor(m_exp_time/10.0)));
DEB_TRACE() << "acq thread will sleep for " << m_exp_time/10.0 << " second";
while (m_camera->isAcqRunning()) {
delay.tv_sec = (int)floor(m_exp_time/10.0);
delay.tv_nsec = (int)(1E9*(m_exp_time/10.0-floor(m_exp_time/10.0)));
DEB_TRACE()<< "sleep for " << m_exp_time/10.0 << " second";
nanosleep(&delay, &remain);
}
DEB_TRACE() << "Finished collection 2";
} catch (Exception& ex) {
DEB_ERROR() << "LIMA Exception: " << ex;
} catch (...) {
DEB_ERROR() << "Unkown exception!";
}
return 0;
}
int main()
{
DEB_GLOBAL_FUNCT();
Camera *m_camera;
Interface *m_interface;
CtControl* m_control;
//DebParams::setModuleFlags(DebParams::AllFlags);
//DebParams::setTypeFlags(DebParams::AllFlags);
//DebParams::setFormatFlags(DebParams::AllFlags);
string path = "/users/blissadm/local/maxipix/tpxatl25/";
string filename = "tpxatl25";
m_camera = new Camera(0, path, filename, true);
m_interface = new Interface(*m_camera);
m_control = new CtControl(m_interface);
// next 2 lines here only for debugging
CtAcquisition* m_ct_acq = m_control->acquisition();
m_ct_acq->setAcqExpoTime(2.0);
string type;
m_camera->getDetectorType(type);
cout << "Detector type : " << type << endl;
string model;
m_camera->getDetectorModel(model);
cout << "Detector model: " << model << endl;
HwInterface::StatusType status;
m_interface->getStatus(status);
cout << "Detector Status: " << status << endl;
int nframes = 10;
// setup fileformat and data saving info
CtSaving* saving = m_control->saving();
saving->setDirectory("./");
saving->setFramesPerFile(nframes);
saving->setFormat(CtSaving::EDF);
saving->setPrefix("maxipix_");
saving->setSuffix(".edf");
saving->setSavingMode(CtSaving::AutoFrame);
//saving->setOverwritePolicy(CtSaving::Append);
// do acquisition
m_control->acquisition()->setAcqExpoTime(2.0);
m_control->acquisition()->setLatencyTime(0.01);
m_control->acquisition()->setAcqNbFrames(nframes);
m_control->prepareAcq();
m_control->startAcq();
while(1) {
cout << "sleeping ...." << endl;
sleep(1);
if (!m_camera->isAcqRunning())
break;
}
sleep(5); //all done!
delete m_control;
delete m_interface;
delete m_camera;
return(1);
}
int main () {
DEB_GLOBAL_FUNCT();
// DebParams::setModuleFlags(DebParams::AllFlags);
// DebParams::setTypeFlags(DebParams::AllFlags);
// DebParams::setFormatFlags(DebParams::AllFlags);
Camera *m_camera;
Interface *m_interface;
CtControl* m_control;
string hostname = "192.168.0.62";
int port = 6341;
int dataPort = 6342;
int nx = 512;
int ny = 512;
int nchips = 4;
bool simulate = false;
// float param;
// int value;
// Camera::Switch mode;
// Camera::Depth depth;
// Camera::Counter counter;
// Camera::GainSetting gain;
// Camera::Trigger trigger;
try {
m_camera = new Camera(hostname, port, dataPort, nx, ny, nchips, simulate);
m_interface = new Interface(*m_camera);
m_control = new CtControl(m_interface);
CtAcquisition* ct_acq = m_control->acquisition();
string type;
m_camera->getDetectorType(type);
cout << "Detector type : " << type << endl;
string model;
m_camera->getDetectorModel(model);
cout << "Detector model: " << model << endl;
float version;
m_camera->getSoftwareVersion(version);
cout << "Software version: " << version << endl;
HwInterface::StatusType status;
m_interface->getStatus(status);
cout << "Detector Status: " << status << endl;
/*
// Set/Get operations
m_camera->getAcquisitionTime(param);
cout << "AcquisitionTime: " << param << endl;
m_camera->setAcquisitionTime(3.2);
m_camera->getAcquisitionTime(param);
cout << "AcquisitionTime: " << param << endl;
m_camera->getAcquisitionPeriod(param);
cout << "AcquisitionPeriod: " << param << endl;
m_camera->setAcquisitionPeriod(5.6);
m_camera->getAcquisitionPeriod(param);
cout << "AcquisitionPeriod: " << param << endl;
m_camera->setChargeSumming(Camera::ON);
m_camera->getChargeSumming(mode);
cout << "ChargeSumming: " << mode << endl;
m_camera->setChargeSumming(Camera::OFF);
m_camera->getChargeSumming(mode);
cout << "ChargeSumming: " << mode << endl;
m_camera->setColourMode(Camera::Colour);
m_camera->getColourMode(mode);
cout << "ColourMode: " << mode << endl;
m_camera->setColourMode(Camera::Monochrome);
m_camera->getColourMode(mode);
cout << "ColourMode: " << mode << endl;
m_camera->setCounterDepth(Camera::BPP12);
m_camera->setContinuousRW(Camera::ON);
m_camera->getContinuousRW(mode);
cout << "ContinuousRW: " << mode << endl;
m_camera->setContinuousRW(Camera::OFF);
m_camera->getContinuousRW(mode);
cout << "ContinuousRW: " << mode << endl;
m_camera->setCounterDepth(Camera::BPP1);
m_camera->getCounterDepth(depth);
cout << "CounterDepth: " << depth << endl;
m_camera->setCounterDepth(Camera::BPP6);
m_camera->getCounterDepth(depth);
cout << "CounterDepth: " << depth << endl;
m_camera->setCounterDepth(Camera::BPP24);
m_camera->getCounterDepth(depth);
cout << "CounterDepth: " << depth << endl;
m_camera->setCounterDepth(Camera::BPP12);
m_camera->getCounterDepth(depth);
cout << "CounterDepth: " << depth << endl;
m_camera->setEnableCounters(Camera::BOTH);
m_camera->getEnableCounters(counter);
cout << "EnableCounters: " << counter << endl;
m_camera->setEnableCounters(Camera::COUNTER0);
m_camera->getEnableCounters(counter);
cout << "EnableCounters: " << counter << endl;
m_camera->setEnableCounters(Camera::COUNTER1);
m_camera->getEnableCounters(counter);
cout << "EnableCounters: " << counter << endl;
m_camera->setFramesPerTrigger(430);
m_camera->getFramesPerTrigger(value);
cout << "FramesPerTrigger: " << value << endl;
m_camera->setNumFramesToAcquire(345);
m_camera->getNumFramesToAcquire(value);
cout << "NumFramesToAcquire: " << value << endl;
m_camera->setOperatingEnergy(358.0);
m_camera->getOperatingEnergy(param);
cout << "OperatingEnergy: " << param << endl;
m_camera->getTemperature(param);
cout << "Temperature: " << param << endl;
for (int i=0; i<5; i++) {
m_camera->getThreshold(Camera::THRESHOLD0, param);
cout << "Threshold0: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD0, param + 3.0);
m_camera->getThreshold(Camera::THRESHOLD0, param);
cout << "Threshold0: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD1, param);
cout << "Threshold1: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD1, param + 3.1);
m_camera->getThreshold(Camera::THRESHOLD1, param);
cout << "Threshold1: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD2, param);
cout << "Threshold2: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD2, param + 3.2);
m_camera->getThreshold(Camera::THRESHOLD2, param);
cout << "Threshold2: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD3, param);
cout << "Threshold3: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD3, param + 3.3);
m_camera->getThreshold(Camera::THRESHOLD3, param);
cout << "Threshold3: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD4, param);
cout << "Threshold4: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD4, param + 3.4);
m_camera->getThreshold(Camera::THRESHOLD4, param);
cout << "Threshold4: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD5, param);
cout << "Threshold5: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD5, param + 3.5);
m_camera->getThreshold(Camera::THRESHOLD5, param);
cout << "Threshold5: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD6, param);
cout << "Threshold6: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD6, param + 3.6);
m_camera->getThreshold(Camera::THRESHOLD6, param);
cout << "Threshold6: " << param << endl;
m_camera->getThreshold(Camera::THRESHOLD7, param);
cout << "Threshold7: " << param << endl;
m_camera->setThreshold(Camera::THRESHOLD7, param + 3.7);
m_camera->getThreshold(Camera::THRESHOLD7, param);
cout << "Threshold7: " << param << endl;
}
m_camera->setTHScanNum(5);
m_camera->getTHScanNum(value);
cout << "THScan: " << value << endl;
m_camera->setTHStart(30.);
m_camera->getTHStart(param);
cout << "TTHStart: " << param << endl;
m_camera->setTHStep(1.);
m_camera->getTHStep(param);
cout << "THStep: " << param << endl;
m_camera->setTHStop(40.);
m_camera->getTHStop(param);
cout << "THStop: " << param << endl;
m_camera->setGain(Camera::SHGM);
m_camera->getGain(gain);
cout << "Gain: " << gain << endl;
m_camera->setGain(Camera::HGM);
m_camera->getGain(gain);
cout << "Gain: " << gain << endl;
m_camera->setGain(Camera::LGM);
m_camera->getGain(gain);
cout << "Gain: " << gain << endl;
m_camera->setGain(Camera::SLGM);
m_camera->getGain(gain);
cout << "Gain: " << gain << endl;
m_camera->setTriggerStartType(Camera::INTERNAL);
m_camera->getTriggerStartType(trigger);
cout << "TriggerStart: " << trigger << endl;
m_camera->setTriggerStartType(Camera::RISING_EDGE);
m_camera->getTriggerStartType(trigger);
cout << "TriggerStart: " << trigger << endl;
m_camera->setTriggerStartType(Camera::FALLING_EDGE);
m_camera->getTriggerStartType(trigger);
cout << "TriggerStart: " << trigger << endl;
m_camera->setTriggerStopType(Camera::INTERNAL);
m_camera->getTriggerStopType(trigger);
cout << "TriggerStop: " << trigger << endl;
m_camera->setTriggerStopType(Camera::RISING_EDGE);
m_camera->getTriggerStopType(trigger);
cout << "TriggerStop: " << trigger << endl;
m_camera->setTriggerStopType(Camera::FALLING_EDGE);
m_camera->getTriggerStopType(trigger);
cout << "TriggerStop: " << trigger << endl;
*/
//reset parameters for acquisition
int nframes = 1;
double time = 3.0;
m_camera->setFramesPerTrigger(1);
m_camera->setTriggerStartType(Camera::INTERNAL);
m_camera->setTriggerStopType(Camera::INTERNAL);
// m_camera->setCounterDepth(Camera::BPP12);
// m_camera->setEnableCounters(Camera::BOTH);
// setup fileformat and data saving info
CtSaving* saving = m_control->saving();
saving->setDirectory("/home/grm84/data");
saving->setFramesPerFile(nframes);
saving->setFormat(CtSaving::HDF5);
saving->setPrefix("merlin_");
saving->setSuffix(".hdf");
saving->setSavingMode(CtSaving::AutoFrame);
saving->setOverwritePolicy(CtSaving::Append);
// do acquisition
m_control->image()->setImageType(lima::Bpp12);
m_control->acquisition()->setAcqExpoTime(time);
m_control->acquisition()->setLatencyTime(0.5);
m_control->acquisition()->setAcqNbFrames(nframes);
m_control->prepareAcq();
m_control->startAcq();
while(1) {
usleep(100);
if (!m_camera->isAcqRunning())
break;
}
sleep(5);
} catch (Exception &e) {
}
}
