Changes between Version 11 and Version 12 of WorkBook/TutorialBologna

Timestamp:

Jun 9, 2016, 8:48:21 AM (8 years ago)

Author:

Michele Selvaggi

Comment:

--

WorkBook/TutorialBologna

@@ -385 +385 @@
 }}}
 
-4)  Add the new variables T0, TF, genT0, genTF, ErrorT to the Candidate class.
-    You will have to edit the files classes/DelphesClasses.h and classes/DelphesClasses.cc.
-    The Candidate class is defined in classes/DelphesClasses.h. Other methods involving the
-    Candidate class are defined in classes/DelphesClasses.cc:
+4)  Add the new variables T0, TF, genT0, genTF, ErrorT to the Candidate class. You will have to edit the files classes/DelphesClasses.h and classes/DelphesClasses.cc. The Candidate class is defined in classes/DelphesClasses.h. Other methods involving the Candidate class are defined in classes/DelphesClasses.cc:
 
     - Candidate (constructor)
@@ -396 +393 @@
 If this step is performed properly, you should be able to compile by typing "make"
 
- We are not done yet... The newly computed timing information is now properly stored and propagated
-   inside Delphes. However, we have to decide which objects will display this new information.
-
-
-5) Let's store this information in Tracks. Find this classes in
-   classes/DelphesClasses.h and add the new variables. Compile.
-
-6)  Now we have to tell Delphes that we want these variables to appear in our final root tree.
-    Store these variables in the Track objects in the ProcessTracks method
-    in modules/TreeWriter.cc. Compile.
-
-
-7)  Finally, call the Timing module in the delphes_card_CMS_PileUp in the detector and configure it.
-
-    Make two different runs with 20 and 100ps. Open the output trees a plots the new interesting 
-    variables. 
-
-
+We are not done yet... The newly computed timing information is now properly stored and propagated
+inside Delphes. However, we have to decide which objects will display this new information.
+
+5) Let's store this information in Tracks. Find this classes in classes/DelphesClasses.h and add the new variables. Compile.
+
+6)  Now we have to tell Delphes that we want these variables to appear in our final root tree. Store these variables in the Track objects in the ProcessTracks method in modules/TreeWriter.cc. Compile.
+
+7)  Finally, call the Timing module in the delphes_card_CMS_PileUp in the detector and configure it. Make a simplified detector card that produces only Tracks out of the Timing module.  
+
+8) Make two different runs with 20 and 100ps. Open the output trees a plots the new interesting variables. 
+