Cedar_phy/restructure-chris/headers/io/attach_blinded_output.h File Reference

#include "set_cand_output_bntp.h"
#include "set_ntpst_output_bntp.h"

Go to the source code of this file.

Functions
void	attach_blinded_output (JobC &jc, TString attach_to)

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Function Documentation

void attach_blinded_output (  JobC &  jc, TString  attach_to )

Definition at line 4 of file Cedar_phy/restructure-chris/headers/io/attach_blinded_output.h. References JobCPathModule::Attach(), JobCPathModule::Create(), jc, JobC::Path, set_cand_output_bntp(), and set_ntpst_output_bntp(). { // Setting the Output Path with Blinding //// // These files have the blinding algorithm //// // applied and thus will be the open files //// //Create a new path where the Blinding module may be used // all reco is of course the same jc.Path.Create("blindpath", "Blinder::Ana " "Output::Put "); //Explicitly turn on the Blinder Filtering jc.Path("blindpath").Node("Blinder::Ana").FilterOn(); //Set Candidate Output to CandS.root (reduced number of Spills // are included in output) // This will become the ??.cand.?? file set_cand_output_bntp(jc.Path("blindpath").Mod("Output"), "CandS.root", true); jc.Path.Create("blindSR", "Output::Put "); jc.Path("blindSR").SetAllFilters(false); //Set the ntuple output to ntupleSt.root (reduced number of Spills // included in output) // this will become the ??.sntp.?? file set_ntpst_output_bntp(jc.Path("blindSR").Mod("Output"), "ntupleStS.root", true); jc.Path.Attach("blindpath","blindSR"); //Attach to the blinded branch jc.Path.Attach(attach_to, "blindpath"); //Attach to the blinded branch }

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