######################################################################################################### Code developed by: Andres Florez (Los Andes), Alfredo Gurrola (Vanderbilt) and Amandeep Kalsi (Panjab) ##########################################################################################################

The recipe is to install the code at LPC/ACCRE. Therefore, to install the code elsewere, you'd need to make the necessary changes.

In order to use the code you need to follow carefully these steps:

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CMSSW_7_4_4 Recipe

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1. You need to work at the SLC6 area.

2. set the CMSSW release: cmsrel CMSSW_7_4_4

3. cd CMSSW_7_4_4/src

4. cmsenv

5. Install and compile the code to use the PAT-electron ID:

5.1 git cms-merge-topic ikrav:egm_id_74X_v0
5.2 scram b -j 10

6. Get the NTupleMaker code and compile it:

6.1 git clone https://github.com/florez/NtupleMaker_740
6.2 mv NtupleMaker_740 NtupleMaker
6.3 scram b -j 10

7. Get the Analyzer code and compile it (code that performs the analysis and produces histograms):

7.1 git clone https://github.com/gurrola/Analyzer
7.2 scram b -j 10

8. cd into the appropriate NtupleMaker directory to start running the code:

8.1 cd NtupleMaker/BSM3G_TNT_Maker/python

9. Run the NtupleMaker code. In the python directory, there is file called miniAOD_*.py
   (name specifies which file is appropriate)

9.1 cmsRun miniAOD_747_50ns.py

10. cd into the appropriate Analyzer directory to start running the code:

10.1 cd Analyzer/BSM3G_TNT_MainAnalyzer/

11. Copy the Ntuple root file from step 9 (or some previously produced Ntuple) and compile the code:

11.1 cp $CMSSW_BASE/src/NtupleMaker/BSM3G_TNT_Maker/python/OutTree.root .
11.2 make clean
11.3 make BSM3GAnalyzer

12. Run the analyzer code and inspect the output root file:

12.1 ./BSM3GAnalyzer OutTree.root analysis.root
12.2 root -l analysis.root

13. To run over multiple Ntuple files at LPC using CONDOR, please go to this link and follow the instructions:
    https://github.com/florez/CONDOR
    Please make sure to read carefully the scripts to understand how to configure the code.
    

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CMSSW_7_4_7 Recipe

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1. You need to work at the SLC6 area.

2. set the CMSSW release: cmsrel CMSSW_7_4_7

3. cd CMSSW_7_4_7/src

4. cmsenv

5. Install and compile the code to use the PAT-electron ID:

5.1 git cms-merge-topic ikrav:egm_id_747_v2
5.2 scram b -j 10

6. Get the NTupleMaker code and compile it:

6.1 git clone https://github.com/florez/NtupleMaker_740
6.2 mv NtupleMaker_740 NtupleMaker
6.3 scram b -j 10

7. Get the Analyzer code and compile it (code that performs the analysis and produces histograms):

7.1 git clone https://github.com/gurrola/Analyzer
7.2 scram b -j 10

8. cd into the appropriate NtupleMaker directory to start running the code:

8.1 cd NtupleMaker/BSM3G_TNT_Maker/python

9. Run the NtupleMaker code. In the python directory, there is file called miniAOD_*.py
   (name specifies which file is appropriate)

9.1 cmsRun miniAOD_747_50ns.py

10. cd into the appropriate Analyzer directory to start running the code:

10.1 cd Analyzer/BSM3G_TNT_MainAnalyzer/

11. Copy the Ntuple root file from step 9 (or some previously produced Ntuple) and compile the code:

11.1 cp $CMSSW_BASE/src/NtupleMaker/BSM3G_TNT_Maker/python/OutTree.root .
11.2 make clean
11.3 make BSM3GAnalyzer

12. Run the analyzer code and inspect the output root file:

12.1 ./BSM3GAnalyzer OutTree.root analysis.root
12.2 root -l analysis.root

13. To run over multiple Ntuple files at LPC using CONDOR, please go to this link and follow the instructions:
    https://github.com/florez/CONDOR
    Please make sure to read carefully the scripts to understand how to configure the code.
    

#####################################################################

CMSSW_7_4_15 Recipe

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1. You need to work at the SLC6 area.

2. set the CMSSW release: cmsrel CMSSW_7_4_15

3. cd CMSSW_7_4_15/src

4. cmsenv

5. Install and compile the code to use the PAT-electron ID:

5.1 git cms-merge-topic ikrav:egm_id_7.4.12_v1
5.2 scram b -j 10

6. Install and compile the code to use the MET producers (for covariance matrix):

6.1 git cms-addpkg RecoMET/METProducers
6.2 scram b -j 10

7. Get the NTupleMaker code and compile it:

7.1 git clone https://github.com/florez/NtupleMaker_740
7.2 cd NtupleMaker_740
7.3 git checkout miniAODv2_ForHiggsDalitz
7.4 cd ./..
7.5 mv NtupleMaker_740 NtupleMaker
7.6 scram b -j 10

8. Get the Analyzer code and compile it (code that performs the analysis and produces histograms):

8.1 git clone https://github.com/gurrola/Analyzer
8.2 cd Analyzer
8.3 git checkout forMiniAODv2_11062015_v1
8.4 cd ./..
8.5 scram b -j 10

9. cd into the appropriate NtupleMaker directory to start running the code:

9.1 cd NtupleMaker/BSM3G_TNT_Maker/python

10. Run the NtupleMaker code. In the python directory, there is file called miniAODv2_7415_*.py
    (name specifies which file is appropriate)

10.1 cmsRun miniAODv2_7415_25ns_MC.py

11. cd into the appropriate Analyzer directory to start running the code:

11.1 cd Analyzer/BSM3G_TNT_MainAnalyzer/

12. Copy the Ntuple root file from step 10 (or some previously produced Ntuple) and compile the code:

12.1 cp $CMSSW_BASE/src/NtupleMaker/BSM3G_TNT_Maker/python/OutTree.root .
12.2 make clean
12.3 make BSM3GAnalyzer

13. Run the analyzer code and inspect the output root file:

13.1 ./BSM3GAnalyzer OutTree.root analysis.root
13.2 root -l analysis.root

14. To run over multiple Ntuple files at LPC using CONDOR, please go to this link and follow the instructions:
    https://github.com/florez/CONDOR
    Please make sure to read carefully the scripts to understand how to configure the code.