Changes between Version 4 and Version 5 of SFS

Timestamp:

Jun 9, 2020, 2:14:39 PM (5 years ago)

Author:

jackaraz

Comment:

--

SFS

@@ -59 +59 @@
 }}}
 
-where `<true>` stands for the true object that will be reconstructed as `<reco>` object. If `<true>` and `<reco>` objects are same, the module will apply efficiency to reconstruct the given object. If, on the other hand, the `<true>` and `<reco>` objects are different, the module will apply misidentification efficiency on the `<true>` object. This submodule can be used on jets (`j`, `21`), b-jets (`b` , `5`), c-jets (`c`,`4`), electrons (`e`, `11`), muons (`mu`,`13`), hadronic taus (`ta`,`15`) or photons (`a`,`22`) where within certain physical limitations each object can be reconstructed as other objects, please see [CITE] for the available options.
+where `<true>` stands for the true object that will be reconstructed as `<reco>` object. If `<true>` and `<reco>` objects are same, the module will apply efficiency to reconstruct the given object. If, on the other hand, the `<true>` and `<reco>` objects are different, the module will apply misidentification efficiency on the `<true>` object. This submodule can be used on jets (`j`, `21`), b-jets (`b`, `5`), c-jets (`c`, `4`), electrons (`e`, `11`), muons (`mu`, `13`), hadronic taus (`ta`, `15`) or photons (`a`, `22`) where within certain physical limitations each object can be reconstructed as other objects, please see [CITE] for the available options. It is important to note that `<true>` and `<reco>` are separated by the keyword `as`.
 
 Example:
@@ -71 +71 @@
 Here first three examples show the jet misidentification as a hadronic tau object where it can be misidentified with respect to the number of prongs inside the jet. The last line shows the b-jet tagging efficiency, which depends on its transverse momentum.
 
+The algorithm gives the importance to first b-jets, where if a jet is mistagged as c-jet it won't be mistagged as b, tau, electron or photon. Similar order goes for all other objects, we simply set the importance as follows b > c > tau > muon > electron > photon which means that if a jet is mistagged as any of the objects on this sequence it won't be mistagged as the following objects.
 
 == SFS in Expert Mode ==
@@ -78 +79 @@
 $> ./bin/ma5 -Re <folder_name> <analysis_name> <SFS_card>
 }}}
-To use the SFS machinary in expert mode, the expertmode has to be initialized alongside with `RECO` mode. `<folder_name>` is optional input to create the analysis folder, `<analysis_name>` is, again, optional to write a null analysis file with given name and finally the optional `<SFS_card>` generates the detector environment for the analysis and the detector effects will be applied live during the analysis.
+To use the SFS machinery in expert mode, the expert mode has to be initialized alongside with `RECO` mode. `<folder_name>` is optional input to create the analysis folder, `<analysis_name>` is, again, optional to write a null analysis file with the given name and finally the optional `<SFS_card>` generates the detector environment for the analysis and the detector effects will be applied live during the analysis.
 
 
 == LHC Recasting with SFS ==
 
+SFS machinery can be used for LHC recasting