using "at" to make it const)

one

version already uses a const variable). It has been erase from the code.

The argument "jet_reco" in the function "getMatchedTruthJet" is now
given by reference.

The interface for IJetCorrectionTool.h is no longer empty.

"CombinedMassUncertaintyComponent.cxx" have been removed because they
were used in a Combined mass calculation that is no longer the one used
in my tool (I have not use CalibTools to join the Calo and TA mass for a
long time)

The comparison "float x == 1" have been changed by a threshold value

the function "make_unique"
+Some commented lines have been erased

posted in the MR. Small changes.

pointers as suggested by Johannes Josef

Delsart suggested

Some small changes suggested by Johannes Josef have been implemented in FFJetSmearingTool_MyExample.cxx

Some more small changes suggested by Johannes Josef have been implemented in FFJetSmearingTool.cxx and FFJetSmearingTool.h

implemented

implemented.

"empty()"("IsNull()")

virtual ~IJetCorrectionTool()=default;

variable "m_MeVtoGeV"

with the imformation of the systematic that we need (instead of all the
information). The name of the systematic has to be saved in order to
find the histograms that correspond to the systematic, the topology that
are affected,etc . I can not avoid comparing "strings" in the function
"getJMSJMR".

the Merge Request

pointer. Now the Algorithm do not show any error and everything compiles
well. Maybe a testing python file should be added in
"JetAnalysisAlgorithms/share" and "JetAnalysisAlgorithms/python" because
we are using the jet containter
AntiKt10LCTopoTrimmedPtFrac5SmallR20Jets. I let Neils decide if it is
necessary or not.

created.

The tool will not work in this commit because I have to change the
function "applycorrection" to use an object "jet" and not a pointer. We
will be working on this in the next commit.

has been diveded in two, one part inside JetInterface and another part inside
JetCPInterfaces.

Now it completely follows the structure of the JetUncertaintiesTool and
we can start working on the Algorithm inside "JetAnalysisAlgorithms"

CP::SystematicVariation& sys = *m_sysConfig->begin();" in every jet
iteration

FFJetSmearingTool as indicated in:

https://atlassoftwaredocs.web.cern.ch/ABtutorial/alg_basic_algorithm/

The dictionary and component factory are included inside the files:
JetUncertainties/JetUncertaintiesDict.h
JetUncertainties/selection.xml

JetUncertainties_entries.cxx
JetUncertainties_load.cxx

Then variables "m_PtRange" and "m_MassRange" are now named "m_MaxPt" and "m_MaxMass". In addition, when these variables where used and compared in GeV (dividing by /1000.), now it is compared in MeV.

The use of UNKNOWN in my local enum has been completely removed and now a function with the form "StatusCode stringToEnum (const std::string& string, TypeEnum& result)" is used.

I have removed the variable "m_name" and, wherever it was used, the command AsgTool::name() is called.

more generic namespace (JetTools). The "enum" has been replaced
by an "enum class" called "FFJetAllowedMassDefEnum" and
all the parts of the code that made references to the old namespace have
been changed.

been fixed

no longer "inline" functions

changed to "JetHelpers"

Comb or Calo). Working in the problem...

only uses std::cout for messaging

out the code because it did not work.