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CFEL - ASG Software Suite
2.5.0
CASS
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CFEL - ASG Software Suite
2.5.0
CASS
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| ►Ncass | |
| ►NACQIRIS | |
| CAGATStreamer | Deserialize the data stream of the regular agat program |
| CAnodeLayer | A anode layer of the delayline detector |
| CCFD16Bit | Finds signals in a 16 bit waveform |
| CCFD8Bit | Finds Signals in a waveform |
| CCFDParameters | Struct to combine the parameters that the Constant Fraction Extractors need |
| CChannel | A Channel of an Acqiris Instrument |
| CCoM16Bit | Finds signals in a 16 bit waveform |
| CCoM8Bit | Finds Signals in a waveform |
| CCombineConditions | Combination of conditions |
| CCoMParameters | Struct to combine the parameters that the Center of Mass Extractors need |
| CConverter | Acqiris Converter |
| CDelaylineDetector | A delayline detector |
| CDelaylineDetectorAnalyzerBackend | Base class for delayline detector analysis |
| CDelaylineDetectorAnalyzerSimple | Simple sorter of hits from a Quadanode delayline detector |
| CDelaylineNonSorting | Simple detectorhit creator |
| CDetectorAnalyzerBackend | Base class for all detector analyzers |
| CDetectorBackend | Base class for all Detectors attached to an Acqiris Instrument |
| CDevice | The Acqiris device |
| CHelperAcqirisDetectors | Helper for Acqiris related Postprocessors |
| CHexSorter | Achims resort routine wrapper |
| CHitCorrector | Copy and correct detectorhit properties |
| CInstrument | An Acqiris Instrument |
| CisInRange | Check whether anode end wire signal is correleated to mcp signal |
| CisInTimeRange | Functor returning true if signal is in requested range |
| CIsParticleHit | Base class of conditions for finding the right particle |
| CLMAParser | Will parse a lma file |
| CLmaReader | Class for reading lma files |
| CMomentumCalculator | Base class for calculating momenta from a detector hit |
| CParticle | A Particle |
| CPositionCalculator | Position calculator base class |
| CPxPyCalculatorWithBField | Calculate px,py momenta |
| CPxPyCalculatorWithoutBField | Calculate px,py momenta |
| CPzCalculatorDirectOneRegion | Calculate pz momenta |
| CPzCalculatorMulitpleRegions | Calculate pz momenta |
| CRadCond | Radius position condition |
| CRectCond | Simple position condition |
| CSignalExtractor | Base class for classes that extract Signals from recorded data |
| CSignalProducer | A Signal Producer |
| CSpectrometer | REMI type spectrometer |
| CSpectrometerRegion | Region of a spectrometer |
| CTofCond | Time of Flight condition |
| CTofDetector | A Time of Flight Detector |
| CUVCalc | Position calculator for hex anodes u and v layer |
| CUWCalc | Position calculator for hex anodes u and w layer |
| CVWCalc | Position calculator for hex anodes u and v layer |
| CXYCalc | Position calculator for quad anode |
| ►NACQIRISTDC | |
| CChannel | A Channel of an Acqiris TDC Instrument |
| CConverter | Acqiris Converter |
| CDevice | The Acqiris TDC device |
| CInstrument | An Acqiris TDC Instrument |
| CTDCExtractor | Finds Signals in a waveform |
| ►NAGATRemoteHeader | |
| CChannel | Header of an recorded channel |
| CEvent | General stream header |
| ►NGeometryInfo | |
| ClookupTable_t | Combine info needed for the lookuptable |
| Cpos_t | Combine the position in the lab into a struct |
| ►Nhdf5 | |
| CAppendEntry | Append an entity to a dataset in h5 file |
| CWriteEntry | Write an entity to a h5 file |
| ►NhllDataTypes | |
| CDarkcalFileHeader | File header structure of the hll darkcal file format |
| CFrameHeader | Header that describe the frames |
| CFrms6FileHeader | File header |
| Cstatistics | Struct describing the statistics saved in a HLL Darkcal file |
| ►Nlclsid | |
| CKey | Key for IdConversion Map |
| ►NlmaHeader | |
| CChannel | Header of each channel as part of the file header |
| CEvent | Header for each event |
| CGeneral | General header of an lma file |
| CPuls | Header of a puls |
| ►NMachineData | |
| CConverter | Converter for Beamline-, Cavity-, Epics- and EVR Data |
| CDevice | Container for all Machine related Data |
| CXTCDataKey | Key for the xtc data lookup map |
| ►Npixeldetector | |
| ►Ncommonmode | |
| CCalculatorBase | Base class for all common mode calculators |
| CMeanCalculator | Calculate the common mode by taking mean of pixel values |
| CMedianCalculator | Calculate the common mode by taking the median of pixel values |
| CNoCalc | Just returns a constant 0 |
| CSimpleMeanCalculator | Calculate the common mode by taking mean of pixel values |
| CAboveNoiseFinder | Will find pixels by comparing them to a "noise" map |
| CAdvancedDetector | An Advanced Pixel Detector |
| CCoalescingBase | Base class for all coalescing functors |
| CCommonData | Data used commonly for one AdvancedDetector |
| CConverter | Converter for pnCCD, CsPad and commercial CCD Data |
| CDetector | Detector containing a ccd camera image |
| CDetectorHelper | Helper for Advanced Pixel Detector related Postprocessors |
| CDetectorName | Retrieve the DetectorName |
| CDevice | Device containing pixel detector data |
| CFixedMaps | Creates maps from a fixed number of Frames |
| CFrame | A Frame of an advance Pixel Detector |
| CFrameProcessorBase | Base class for all frame processors |
| CFrms6Reader | Class for reading frms6 files |
| CGainCalibration | Creates a gain calibration |
| CHit | A Hit on a pixel detector |
| CHLLProcessor | HLL like frame processing |
| CHotPixelsFinder | Hotpixels finder |
| CisNeighbour | Check if pixel is neighbour |
| CMapCreatorBase | Base class for all correction map creators |
| CMovingMaps | Creates maps from the last number of maps |
| CNoProcess | Class with no processing |
| COnlineFixedCreator | Creates the maps fast and simple |
| COnlineFixedCreatorCommonMode | Creates the maps fast and simple with commond mode correction |
| CPixel | Pixel definition |
| CPixelFinderBase | Base class for pixel finders |
| CPixelFinderSimple | Simple algorithm to find pixels of interest |
| CPixelFinderSimpleMoreOptions | Same as simple, but with adjustable box size |
| CRAWSSSReader | Class for reading commercial ccd files |
| CSHMStreamer | Deserialize the data stream of shm2tcp program |
| CSimpleCoalesce | Simple coalescing of pixels |
| CWithinRange | Within range |
| ►NsssFile | |
| CHeader | Raw sss header |
| CAccumulatingProcessor | Accumulating processor |
| CAGIPDTile | Tile |
| CAlphaCounter | Alphabetical counter extension |
| CAxis | Axis of a more than 0 dimensional container |
| ►CCachedList | List of results for caching |
| Citem_info | Bundeling the lock status and the id |
| CCASSEvent | Event to store all LCLS Data |
| CCASSSettings | Settings for CASS |
| CCommandlineArgumentParser | Command line argument parser |
| CConversionBackend | Base class for Converters |
| CCummulativeStatisticsCalculator | Statistics calculator for a cummulative statistic |
| CCummulativeStatisticsNoOutlier | Statistics calculator for a cummulative statistic, removes outliers |
| CDataGenerationError | Exception thrown when there is a problem during data generation |
| CDataGenerator | Base class for all data generators |
| CDeserializeError | Exception thrown when there is a problem with deserializing QDataStreams |
| CDetectorTile | A Tile of a Detector |
| CDeviceBackend | A Baseclass for all Devices in the CASSEvent |
| CFactory | Factory for creating shared_pointers of classes derived from a base class |
| CFileInput | File Input for cass |
| CFileParser | Base class for all file parsers |
| CFilePointer | A resource that will point at a specific location within a file |
| CFileProcessor | Process a file |
| CFileReader | Base class for all file readers |
| CFormatConverter | Format converter container |
| CFrms6Parser | Will parse a frms6 file created by Xonline |
| ►CHDF5FileInput | HDF5 File Input for cass |
| CAcqirisParams | Parameters needed to retrieve the Acqiris data |
| CPixeldetectorParams | Parameters needed to retrieve the pixeldetector data |
| CHexCalibrator | Achims resort routine calibrator |
| CIdList | Id-list |
| CImageGenerator | Generate a waveform of a chosen type |
| CInputBase | Input base class |
| CInvalidData | Exception thrown when there is a problem with the data |
| CInvalidProcessorError | Exception thrown when accessing invalid processor |
| CInvalidResultError | Exception thrown when accessing invalid histogram |
| CLog | Logger for logging debug and info messages |
| CMachineInfo | Struct combining the information needed to get machine values |
| CmachineVal | A machine vale |
| CMedianCalculator | Statistics calculator for a median |
| CMovingStatisticsCalculator | Statistics calculator for a exponential moving statistics |
| CMultiFileInput | Multi File Input for cass |
| COctalDetector | An Octal Detector |
| Cpp1 | Operation on 2 results |
| ►Cpp1002 | Saves a selected 2d histogram to hdf5 |
| Centry_t | Struct bundleing info for writing an entry to file |
| Cpp105 | Pixeldetector image |
| Cpp107 | Display the maps |
| Cpp109 | Pixeldetector raw image |
| Cpp110 | Acqiris channel waveform |
| Cpp111 | Cfd trace from waveform |
| Cpp112 | Cfd analysis of waveform |
| Cpp12 | Constant Value processor |
| Cpp120 | Retrieval of beamline data |
| Cpp121 | Check whether event contains eventcode |
| Cpp122 | Retrieve the eventId from event |
| Cpp123 | Retrieve beamline spectrometer data |
| Cpp13 | Return the input |
| Cpp130 | Retrieval of Epics data |
| Cpp14 | Clear result |
| Cpp144 | Coalesced pixels (hits) on a pixeldetector |
| Cpp145 | Number of coalesced pixels (hits) in a pixeldetector |
| Cpp146 | Split level of the colesced pixels (hits) of CCD's |
| Cpp148 | Image of detected pixels in a pixeldetector |
| Cpp149 | Number of detected pixels of an pixeldetector |
| Cpp15 | Check whether value has changed |
| Cpp150 | Number of Signals in MCP Waveform |
| Cpp1500 | Converts histograms to (c)rystal (b)inary (f)ormat files |
| Cpp151 | All mcp signals |
| Cpp152 | FWHM vs |
| Cpp153 | Deadtime between two consecutive mcp signals |
| Cpp160 | Number of Signals in Anode Layers Waveform |
| Cpp1600 | Convert cspad 2d histogram into cheetah layout |
| Cpp1601 | Convert cspad 2d histogram into a quasi oriented layout |
| Cpp1602 | Convert cspad data into laboratory frame using crystfel geometry files |
| Cpp161 | FWHM vs |
| Cpp162 | Timesum of Delayline |
| Cpp163 | Timesum of Delayline Anode vs Position of Anode |
| Cpp164 | Detector picture of first hit |
| Cpp165 | Number of reconstucted hits |
| Cpp166 | Detector hits values |
| Cpp167 | Deadtime between two consecutive anode signals |
| Cpp2 | Operation on result with value |
| Cpp200 |  of a requested image |
| ►Cpp2000 | Root file converter |
| Centry_t | Struct bundleing info for writing an entry to file |
| Cpp2001 | Root file converter |
| Cpp201 | Angular distribution of a requested image |
| Cpp202 | Transform kartesian to poloar coordinates |
| Cpp203 | Get the local background from image |
| Cpp204 | Find bragg peaks and store them in a list |
| Cpp205 | Visualize the peaks that were found in the image itself |
| Cpp206 | Find pixels of bragg peaks and store them in a list |
| Cpp208 | Find bragg peaks and store them in list |
| Cpp209 | Find connected pixels, coalesce them and store them in a list |
| Cpp210 | |
| Cpp220 | Pipico spectra |
| Cpp230 | Retrieve photonenergy |
| Cpp240 | Test image |
| Cpp241 | Decreased offset correction |
| Cpp242 | Process untreated frame with mask |
| Cpp243 | Apply mask to an image, set the masked pixel to a certain value |
| Cpp244 | Generate a histogram for each pixel of the input 2d image |
| Cpp250 | Particle value |
| Cpp251 | Particle values |
| Cpp252 | Number of particles found per shot |
| Cpp300 | Single particle hit |
| Cpp301 | Calculate median of last values |
| Cpp302 | Load data from binary dump into 2DHistogram |
| Cpp310 | Calculate the autocorrelation of an image in radial coordinates |
| Cpp311 | Calculate the autocorrelation of an image |
| Cpp312 | Calculate the absolute squared fft of an histogram |
| Cpp312Traits | |
| Cpp312Traits< double > | |
| Cpp312Traits< float > | |
| Cpp313 | Convolute histogram with kernel |
| Cpp330 | Pixel detector calibrations |
| Cpp331 | Pixel detector gain calibrations |
| Cpp332 | Pixel detector hot pixel detection |
| Cpp333 | Pixel detector common mode background calculation |
| Cpp334 | Pixel detector common mode background calculation |
| Cpp4 | Apply boolean NOT to 0D result |
| Cpp40 | Threshold result |
| Cpp400 | Converts a Electron Time of Flight trace to Energy |
| Cpp404 | Convert time of flight to charge to mass ratio |
| Cpp405 | Calc the pulse duration from the bld |
| Cpp406 | Tof to Energy correct from 0D histogram |
| Cpp407 | Tof to Energy linear interpolation |
| Cpp408 | Tof to Energy linear interpolation and correct from 0d histogram |
| Cpp41 | Threshold result based upon information from another result |
| Cpp410 | Covariance map |
| Cpp412 | Calculate intensity correction |
| Cpp50 | Projection of 2d result |
| Cpp500 | Add a new column where the contents are taken from another results based on the index provided in this table |
| Cpp5000 | Electron energy |
| Cpp5001 | Tripple coincidence spectra |
| Cpp51 | Integral of 1D result |
| Cpp55 | Rotate, transpose, invert axis on 2d result |
| Cpp56 | Store previous result of other Processor |
| Cpp57 | Weighted Projection of 2D result |
| Cpp60 | 0D,1D or 2D to 1D histogramming |
| Cpp61 | Result averaging |
| Cpp62 | Result summing |
| Cpp63 | Time average of 0d result |
| Cpp64 | Record 0d result into 1d result |
| Cpp65 | 0D, 1D, and 2D to 2D histogramming |
| Cpp66 | 1D to 2D combining |
| Cpp68 | 0D and 1D to 2D combining |
| Cpp69 | 0D to 1D scatter plot |
| Cpp70 | Subset result |
| Cpp71 | Returns a the min or max value of a result |
| Cpp72 | Get specific column from table like histogram |
| Cpp73 | Get all rows with condition on a column |
| Cpp74 | Retrieve a specific value of a specific row |
| Cpp75 | Clear result |
| Cpp76 | Quit Program |
| Cpp77 | Checks for id on list |
| Cpp78 | Counter |
| Cpp79 | Generate a 2d Histogram from values of 2 columns of a table |
| Cpp81 | Retrieve user choosable type of bin of 1D result |
| Cpp82 | Return the statistic values of all bins of a result |
| Cpp85 | Return full width at half maximum in given range of 1D result |
| Cpp86 | Find step in 1d result |
| Cpp87 | Find center of Mass of 1D result in a user given range |
| Cpp88 | Return axis parameter of a result |
| Cpp89 | Low / high pass filter of 1D result |
| Cpp9 | Check whether result is in range |
| ►Cpp90 | Create a radial average of q values from a raw detector image |
| Ctemp_t | Define the table row of a single output |
| Cpp91 | Returns a list of local extreme points in a 1D result |
| CPreAverage | Short description |
| CProcessableTimedout | Exception thrown when a timeout occured |
| CProcessor | Base class for processors |
| CProcessorManager | Container and call handler for all registered processors |
| CRatemeter | Class calculating a rate in Hz |
| ►CRatePlotter | Plotting information about the ongoing processing |
| CProcProperties | Define the processor properties |
| CRAWSSSParser | Will parse a file containing commercial ccd images |
| CRegistrar | Helper struct that will add Derived to the factory map |
| CRestartInputLoop | Exception thrown when one needs to reastart the input loop |
| CResult | A result of a processor |
| ►CRingBuffer | A Ringbuffer, handles communication between Input and Worker Threads |
| CElement | Element of the ringbuffer |
| CROOTFileHelper | Root file creation |
| CRotor | Matrix rotation struct |
| ►CSACLAConverter | Class for reading SACLA data |
| CdetParams | Detector consists of tiles |
| CdetTileParams | Non changeing parameters of a pixel detector tile |
| CMachineValue | Container for the cached machine value |
| CSACLAOfflineInput | SACLA Offline Input for cass |
| CSACLAOnlineInput | Online Input to be used at SACLA |
| CSaclaPixDetError | Exception thrown when there is an error with a SACLA Pixel Detector |
| CSegmentCopier | Copy from a source matrix to a destination matrix in user wanted way |
| CSerializable | Serializable |
| CSerializer | A string serializer |
| CSerializerBackend | A serializer |
| CSerializerReadFile | A file input deserializer |
| CSerializerWriteFile | A file output serializer |
| CSharedMemoryInput | Shared Memory Input for receiving xtc datagrams |
| CSoapHandler | Handle a single SOAP request |
| CSoapServer | SOAP server |
| CSplitter | Split the line into the values in that line |
| CTagListProcessor | A processor for a tag list |
| CTagOutdated | Exception thrown when SACLA tag is outdated |
| CTCPInput | TCP Input for receiving data |
| CTCPStreamer | Base class for all tcp streamers |
| CTestInput | Testing Input for cass |
| Cthreshold | Binary function for thresholding |
| CTimeAverage | Binary function for averaging |
| CTokenizer | Tokenize to return all lines of an ascii file in a vector |
| CTxtParser | Will parse a txt files |
| CTxtReader | Class for reading txt files |
| CWaveformGenerator | Generate a waveform of a chosen type |
| Cweighted_minus | Binary function for weighted subtraction |
| CWorker | The worker thread |
| CWorkers | Worker Thread Handler |
| ►CXFELHDF5FileInput | XFEL HDF5 File Input for cass |
| CAcqirisParams | Parameters needed to retrieve the Acqiris data |
| CPixeldetectorParams | Parameters needed to retrieve the pixeldetector data |
| CXFELOnlineInput | XFEL Input for receiving data |
| CXtcIterator | Iteration over XTC's |
| CXtcParser | Class for parsing xtc files |
| CXtcReader | Class for reading xtc files |
| CZMQInput | ZMQ Input for receiving data |
| ►Nhdf5 | |
| CDatasetError | Exception thrown when there is an error with the dataset |
| CHandler | A handler for h5 files |
| Cpartiality_t | Define the partiality parameter container |
| ►Njocassview | |
| CData | Base class for all data wrappers |
| CDataSource | Base class for data sources |
| CDataSourceManager | Singleton class to manage the available data sources |
| CDataViewer | Base class for viewers |
| CFileHandler | Read and write data to files |
| CIdList | Id-list |
| CJoCASSViewer | Jocassview class |
| CLogColorMap | Logarithmic color map |
| CMinMaxControl | Widget to control the min and max values |
| COneDViewer | Viewer that displays 1d data |
| COneDViewerData | 1d data wrapper |
| CPlotCurve | Alternative curve plot |
| CStatusLED | LED that should display the status |
| CTCPClient | Tcp client that connects to the cass server |
| CTrackZoomer2D | Class that allows to zoom in a 2d view with tracking information |
| CTwoDViewer | Viewer that displays 2d data |
| CTwoDViewerData | 2d data wrapper |
| CZeroDViewer | Viewer that displays 0d data |
| CZeroDViewerData | Wrapper for the 0d data |
| ►Nlmf | |
| CPausableThread | A QThread that has the ability to be paused and resumed |
| ►Nlucassview | |
| CdeleteObsoleteHistogram | Delete all root histograms that are not on the list |
| CTCPClient | Tcp client that connects to the cass server |
| CupdateHist | Create the list of updateable histograms from all available keys |
| CwriteObject | Write the object to file |
| CasicInfo_t | |
| CHistogramUpdater | |
| ChttpServer | |
| CInfo | Define a structure that holds information about how to parse and extract the info contained in a msgpack object |
| CLED | |
| Creq_histogram1DImage | |
| Creq_histogram1DPage | |
| Creq_histogram2DImage | |
| Creq_histogram2DPage | |
| Creq_overviewPage | |
| CrequestType | |
| Csavedivides |
1.8.10
