Fix for gain da.
Fix for pedestal - removed errounous break that mean no values written to peds.csv
Added plug-in lines for fitters to pedestal and gain DA.
Fixes for DAs after introduction of 3 LDCs (rather than 1):
* AliFMDBaseDA: Only write out conditions values for the detector(s)
seen in the SOD event.
* AliFMDCalibSampleRate: Second (optional) argument of 3 booleans to
WriteOut. The array contains the value true of detectors which are
seen. Also, specify the std:: namespace explicitly, and use {i,o}stream
instead of {i,o}fstream.
* AliFMDCalibStripRange: As above.
* AliFMDPedestalDA: Write only pedestal upload files for the detectors
we've seen.
* AliFMDRawReader: Return argument of 3 bools for detectors seen in
SOD events.
* Elaborated some documentation
several bugfixes:
- choosing the right CF component depending on availability of rawreader and runloader
- make the AliAltroRawStreamV3 the default decoder for raw data
- adding libAliHLTUtil to required libraries as the defined chains need the
AliRawReaderPublisher
bugfix: using the AliRawReaderMemory correctly. The ClearBuffers method is now used to
cleanup the event. AliRawReader::Reset just rewinds the read position within the current event.
bugfix: doing a proper cleanup if the event processing failed. The DigitReader was not reset and
the global instance of the decoder not released. Subsequent CF cycles could not get the decoder
instance. Further investigation is needed to spot the condition which lead to the error (not enough
space in output buffer.
Disable unloading of GRP and reco-param OCDB entries. They are used by ZDC/VZERO and the QA framework. So for the moment that is the only way to have the PROOF-based reco operational. That should be fixed by providing proper interfaces from AliRunInfo to the reconstructors and from reco-param steering object to QA framework.
Clear definition of the ownership of the cached cdb entries. From now on that is the cache-entry map. There is no longer a need to delete the entries manually since it is done autmatically by the map object. From rev. 33630
Main changes:
- update macro MUONReCalcGlobalTrigger.C for the latest status of the code
- bug fix: in the loop over the regional crates replace the "iteration" by the
correct "for" loop over "side" and "regional crate"
(Bogdan V.)
Adding configuration file for TOF da running during Physics runs.
The configuration file sets the debug level of the printouts,
and the flag to decide whether to use or not the T0 data
to calculate the time of flight.
- add the loop over the TObjArray of AliTPCseed objects in the calibration components
- fix misplaced component in the testing macros
- add some documentation
several bugfixes in order to get the HLTGlobalTrigger decision safely into the ESD
- implementing copy constructor and assignment operator for class AliHLTGlobalTriggerDecision
Even though the TClonesArray of participating trigger decisions is a member and not a
pointer, this is not correctly handled
- Setting the trigger name of the HLTGlobalTrigger correctly from the default constructor.
This makes sure the name is kept even though the AliESDEvent class uses placement new
to reset the individual objects.
- ESDManager: correctly find the target object in the target ESD to copy over the data
- ESDManager: propagation of ESD is now enabled again
- AliHLTTriggerAgent: the trigger object has been added for every event instead of copying
the content to the existig none
AliAnaElectron: Correct warning
AliAnaParticleJetLeadingConeCorrelation: Added histograms to plot delta phi vs pt / pt trigger for the leading jet particle
AliAnaParticleHadronCorrelation: Modify for underlying event studies.
AliCaloTrackESDReader: modification of debug message.
adding HLT interface components for TPC calibration, adding corresponding test macros,
adding the cluster errors in the cluster transformation of AliHLTTPCOfflineCluster.cxx (Kelly)
Move all AMORE linked parts from AliMUONPedestal and AliMUONGain
classes into DAs.
Replacement of the method MakePedStore(TString) by the sequence :
Finalize();
MakeASCIIoutput(ostream& );
MakeControlHistos()
Offsets are now handled properly for the lists corrsponding to different
event species.
Data are decoded with the new SDD raw data format.
In addition there is a new important feature (now for the online) that
allows the comparison of the latest calibration constants to the previous
set and the histograms for the long term monitoring of calibration
parameters.
AliITSQADataMakerRec also contains a new function to be used by the
forthcoming HLTITSQA module.
Implementing base class methods for easy component configuration:
- AliHLTComponent::ConfigureFromArgumentString implements the common
parsing and loop over all arguments. Fits both for single strings
containing several blank separated arguments as well as an array
of arguments.
- AliHLTComponent::ConfigureFromCDBTObjString loads the specified
OCDB object and calls the argument parsing for all objects of
type TObjString
- AliHLTComponent::LoadAndExtractOCDBObject helper function to
access OCDB objects from components
- AliHLTComponent::ScanConfigurationArgument is defined and needs to
be implemented in order to support the argument scan
Adding an abstract interface which provides OCDB functionality within the libHLTbase
and the implementation in libHLTrec. Keeps the libHLTbase free from AliRoot dependencies.
The AliHLTMisc methods can be extended later for other purposes.
* If the number of detectors is set to 0 (zero) in AliFMDMap, it
will assume that the data contained is 51,200 entries -
corresponding exactly to the number of channels in the FMD.
This is the default mode of operation for most maps - in
particular the multiplicity map of AliESDFMD. Before, one
would specify 3 detectors, 2 rings, 40 sectors, and 512 strips,
resulting in 3*2*40*512=122880 entries - or 71680 entries that
would never be used. This change will effectively more than
half the amount of memory used by AliESDFMD.
* Implemented the member function AliFMDMap::CalcCoords to go from
array index to detector coordinates
(detector,ring,sector,strip).
* Implemented *=, /=, +=, and -= between AliFMDMap objects, and
*, /, +, and - operators that return an AliFMDFloatMap object.
The implementation will access the contained arrays sequentially
for optimal speed (unrolled nested loops). This would allow us
to the ADC->Energy conversion like
energy = (adc - pedestal) * gain
where energy, adc, pedestal, and gain are all AliFMDFloatMap
objects. Special care is taken if the maps do not have the same
dimensions.
* Implemented AliFMDMap::ForEach that takes an object of a
sub-class of AliFMDMap::ForOne and applies the relevant
functional operator to each element. The internal array is
accessed sequentially for optimal speed (unrolled nested
loops).
* Define AliESDFMD::ForEach that will loop over all entries and
apply the functional operator of the supplied object of a
sub-class of AliESDFMD::ForOne to each element in turn. The
loop is unrolled.
Changes in FMD:
* AliFMD***Map now defaults to construct with exactly 51200
entries. Maps with fewer entries can still be made (like
before) by explicit use of constructor arguments.
* Calibration and digitizer code constructs AliFMD***Map with
minimal sizes needed.
These changes committed by Peter HRISTOV on behalf of Christian Holm
Christensen.
New macros for analysis train ESDtoAOD, compliant with analysis framework, possibility of adding AOD-branch with MC truth, running locally and in AliEn with and without AliEn pluggins (Roberta)
git://git.uio.no / u / mrichter / AliRoot.git / log