Difference between revisions of "Mott Analysis"
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'''/work/idaq/Mott/Analysis/macro/''' | '''/work/idaq/Mott/Analysis/macro/''' | ||
− | Simple commands to plot data | + | Simple commands to plot data: |
root [1] T->Draw("FADC_CH1:Iteration$","","*l",10,100) | root [1] T->Draw("FADC_CH1:Iteration$","","*l",10,100) | ||
root [2] T->Draw("S1m_CH4:Entry$","","*L",100,1000) | root [2] T->Draw("S1m_CH4:Entry$","","*L",100,1000) |
Revision as of 10:06, 7 January 2014
Data Files
CODA writes the data to this disk: /data/mott
Analyze a run
In the directory: /work/idaq/Mott/Analysis/decoder/ Type: decode.pl RunNumber
Analysis Macros
There are several macros to be used for the analysis. All are in opsmdaq1 in the directory:
/work/idaq/Mott/Analysis/macro/
Simple commands to plot data: root [1] T->Draw("FADC_CH1:Iteration$","","*l",10,100) root [2] T->Draw("S1m_CH4:Entry$","","*L",100,1000) root [3] T->Draw("TDC18-TDC17")
To plot the Mott FADC Pedestals: [102] idaq@opsmdaq1 > root root [0] .L FADC_Ped.C root [1] FADC_Ped t Enter Run Number: 7154 root [2] t.Loop()
To calculate Mott Asymmetries: [102] idaq@opsmdaq1 > root root [0] .L MottAsym.C root [1] MottAsym t Enter Run Number: 7154 root [2] t.Loop()
Analysis Help
- ROOT provides a utility that generates a skeleton class designed to loop over the entries of the tree:
root [0] TFile *f = new TFile("Mott_Sample_7231_0.root"); root [1] T->MakeClass("MyClass") Files: MyClass.h and MyClass.C generated from Tree: T
- Mott Summary (April 2012) Media:Mott_Summary_April2012.pdf Media:Mott_Summary_April2012.ppt
- PEPPo Electron Mott Results (July 2013) Media:PEPPo_Mott_Talk.pdf Media:PEPPo_Mott_Talk.pptx