| Variable | Definition |
| GlblSum_EM_Et | The total electromagnetic energy in the calorimeter |
| GlblSum_Missing_Pt | The missing transverse momentum |
| GlblSum_Nevents | The number of events used |
| GlblSum_Tot_Et | The total energy in the calorimeter |
| Sort_Em1EM_Et | The total electromagnetic energy for each event in Tower 1 |
| Sort_Em1Eta | The pseudorapidity of each event in Tower 1 |
| Sort_Em1HD_Veto | The total hadronic energy in Tower 1 |
| Sort_Em1NTow | The number of events |
| Sort_Em1Phi | The azimuthal angle of each event that occurs in Tower 1 |
| Sort_Em1Quadrant | The quadrant in which the leading tower is located. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Em1Region | The region of the detector that contains the leading tower for each event, where 0 is south, 1 is central, and 2 is north. |
| Sort_Em2EM_Et | The total electromagnetic energy for each event in Tower 2 |
| Sort_Em2Eta | The pseudorapidity of each event in Tower 2 |
| Sort_Em2HD_Veto | The total hadronic energy in Tower 2 |
| Sort_Em2NTow | The number of events |
| Sort_Em2Phi | The azimuthal angle of each event that occurs in Tower 2 |
| Sort_Em2Quadrant | The quadrant in which the second leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Em2Region | The region of the detector that contains the second leading tower for each event, where 0 is south, 1 is central, and 2 is north. |
| Sort_Em3EM_Et | The total electromagnetic energy for each event in Tower 3 |
| Sort_Em3Eta | The pseudorapidity of each event in Tower 3 |
| Sort_Em3HD_Veto | The total hadronic energy in Tower 3 |
| Sort_Em3NTow | The number of events |
| Sort_Em3Phi | The azimuthal angle of each event that occurs in Tower 3 |
| Sort_Em3Quadrant | The quadrant in which the third leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Em3Region | The region of the detector that contains the third leading tower for each event, where 0 is south, 1 is central, and 2 is north. |
| Sort_Em4EM_Et | The total electromagnetic energy for each event in Tower 4 |
| Sort_Em4Eta | The pseudorapidity of each event in Tower 4 |
| Sort_Em4HD_Veto | The total hadronic energy in Tower 4 |
| Sort_Em4NTow | The number of events |
| Sort_Em4Phi | The azimuthal angle of each event that occurs in Tower 4 |
| Sort_Em4Quadrant | The quadrant in which the fourth leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Em4Region | The region of the detector that contains the fourth leading tower for each event, where 0 is south, 1 is central, and 2 is north. |
| Sort_Tot1Eta | The pseudorapidity of each event in Tower 1 |
| Sort_Tot1NTow | The number of events |
| Sort_Tot1Phi | The azimuthal angle of each event that occurs in Tower 1 |
| Sort_Tot1Quadrant | The quadrant in which the leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Tot1Region | The region of the detector that contains the leading tower for each event, where 0 is south, 1 is central, and 2 is north |
| Sort_Tot1Tot_Et | The total energy of Tower 1 for each event |
| Sort_Tot2Eta | The pseudorapidity of each event in Tower 2 |
| Sort_Tot2NTow | The number of events |
| Sort_Tot2Phi | The azimuthal angle of each event that occurs in Tower 2 |
| Sort_Tot2Quadrant | The quadrant in which the second leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Tot2Region | The region of the detector that contains the second leading tower for each event, where 0 is south, 1 is central, and 2 is north |
| Sort_Tot2Tot_Et | The total energy of the Tower 2 for each event |
| Sort_Tot3Eta | The pseudorapidity of each event in Tower 3 |
| Sort_Tot3NTow | The number of events |
| Sort_Tot3Phi | The azimuthal angle of each event that occurs in Tower 3 |
| Sort_Tot3Quadrant | The quadrant in which the third leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Tot3Region | The region of the detector that contains the third leading tower for each event, where 0 is south, 1 is central, and 2 is north |
| Sort_Tot3Tot_Et | The total energy of Tower 3 for each event |
| Sort_Tot4Eta | The pseudorapidity of each event in Tower 4 |
| Sort_Tot4NTow | The number of events |
| Sort_Tot4Phi | The azimuthal angle of each event that occurs in Tower 4 |
| Sort_Tot4Quadrant | The quadrant in which the fourth leading tower is located for each event. Quadrant 1 is designated as 0, quadrant 2 as 1, quadrant 3 as 2, and quadrant 4 as 3. Quadrant 1 is for an azimuthal angle between 0 and pi/2, etc. |
| Sort_Tot4Region | The region of the detector that contains the fourth leading tower for each event, where 0 is south, 1 is central, and 2 is north |
| Sort_Tot4Tot_Et | The total energy of Tower 4 for each event |