Added the ChangeLog generated with cvs2cl.pl tool
Added some doc info.
Added some other constant for algorithm identifications.
Added a file containing all possible exceptions we can need within the Eutelescope package. All exceptions are sub-classes of lcio::Exception.
Improved the documentation describing the newly introduced calculation algorithm.
Replaced DoubleVec with FloatVec and IntVec with ShortVec because in this way the can be easily assigned to the Tracker(Raw)Data final results.
Added the static definition all newly introduced constant. Changed BADPIXEL from -1 to 1 because it is easier to be displayed into the Status Map histogram.
Added a new calculation algorithm (AIDAPROFILE) that requires an AIDA implementation; still to be verified because of many bugs in RAIDA.
Added a new masking algorithm (ABSOLUTENOISEVALUE) based on an absolute noise threshold.
Fixed some problems with histogram filling.
Added an experimental block to save into an external LCIO file the pedestal, noise and status collection.
Still not working the rewind.
There is a problem with the CellIDEncoder class to be fixed.
Updated.
Added NOOFEVENT as a parameter in the run header. Still to be improved in the EUTelSucimaImagerReader.
A better version but still not optimized.
Updated.
Added a missing ";".
Restored the CellIDEncoder since now working with LCIO v01-08-01-p03 thanks to the precious help of Frank.
Fixed last errors. Now it is ready to start the real "physics" debug phase.
Updated.
Moved the global processor instance from the implementation to the include file within the eutelescope namespace.
A lot of work (offline). Almost ready for the first release.
Added the CalibrateEventProcessor. This is used to remove the pedestal value from each raw data and to eventually suppress the common mode.
Added the ClusteringProcessor able to look for clusters into data.
Updated.
Added a test utility for the EUTelPedestalNoiseProcessor. This small example program is used to generate a known pedestal
pattern to test the pedestal processor functionalities. Have a look at the code of pedetest.cc and eventually adapt it to your testing conditions. To make the binary file, type make at the command prompt. Running ./pedetest will produce both a file.root file containing the histograms and profiles describing the produced pedestal and a slcio file that can be used as input for the EUTelPedestalNoiseProcessor. The obtained processor results can be compared with the one included into file.root
This simple test program is used to generate both a pedestal slcio
file and another slcio file in which on the pedestal values a random number of clusters is injected. This utility is providing a powerfull way to test the cluster reconstruction capabilities of the
EUTelClusteringProcessor.  In particular this tool is also saving a
text log file listing on an event basis, the position of each injected
cluster.
Added the test target to build all test utilities.
Updated.