Raquel Castillo Fernandez
- Email: rcastill@fnal.gov
- Registered on: 08/27/2015
- Last connection: 02/15/2019
Issues
Projects
- Cosmogenics (Manager, Developer, 01/07/2016)
- uBooNE Reconstruction (Developer, 12/18/2015)
- LArCore (Developer, 10/22/2015)
- LArData (Developer, 10/22/2015)
- LArEvt (Developer, 10/22/2015)
- LArSim (Developer, 10/22/2015)
- LArReco (Developer, 10/22/2015)
- LArAna (Developer, 10/22/2015)
- LArEventDisplay (Developer, 10/22/2015)
- LArExamples (Developer, 10/22/2015)
- uBooNE code (Developer, 10/22/2015)
- LBNE code (Developer, 10/22/2015)
- LArSoft (Developer, 10/22/2015)
- LArPandora (Developer, 10/22/2015)
- mrb (Reporter, 10/22/2015)
- LAr1ND code (Developer, 10/22/2015)
- LArUtils (Developer, 10/22/2015)
- dunetpc (Developer, 10/22/2015)
- LArIAT (Developer, 08/28/2015)
- Saturday Morning Physics (Developer, 02/17/2016)
- uBooNE Offline (Developer, 03/28/2016)
- uBooNE Utilities (Developer, 03/28/2016)
- LArCoreObj (Developer, 04/07/2016)
- LArDataObj (Developer, 04/07/2016)
- LArPandoraContent (Developer, 05/03/2016)
- uBooNE Production (Developer, 12/05/2016)
- LArSoftObj (Developer, 06/22/2016)
- LArIAT Online (Manager, Developer, 07/07/2016)
- larwirecell (Developer, 06/28/2016)
- LArDataAlg (Developer, 08/16/2016)
- LArTestAlg (Developer, 08/16/2016)
- LArCoreAlg (Developer, 08/18/2016)
- UBooNE alg (Developer, 08/31/2016)
- LArSimAlg (Developer, 09/06/2016)
- sbnddaq (Developer, 12/27/2016)
- DUNE (Developer, 03/14/2017)
- DUNE Approved Plots (Developer, 03/14/2017)
- DUNE DAQ (Developer, 03/14/2017)
- Dune Computing (Developer, 03/14/2017)
- LArToolObj (Developer, 05/09/2017)
- LArSimTools (Developer, 05/09/2017)
- uboone_data (Developer, 05/22/2017)
- uboonedata (Developer, 05/23/2017)
- Vertical Slice Test (Developer, 08/20/2018)
- DUNE NearDet Design (Developer, 10/12/2017)
- TrajCluster (Developer, 10/21/2017)
- SBN Online (Developer, 12/18/2017)
- larshoweralg (Developer, 01/26/2018)
- uBCore (Developer, 06/06/2018)
- LArG4 (Developer, 06/06/2018)
- uBLite (Developer, 06/07/2018)
- uBAna (Developer, 06/07/2018)
- uBReco (Developer, 06/07/2018)
- duneutil (Developer, 08/02/2018)
- uBSim (Developer, 06/07/2018)
- uBEvt (Developer, 06/07/2018)
- LArSystematics (Developer, 07/05/2018)
- uBRaw (Developer, 06/07/2018)
- NuSystematics (Developer, 07/05/2018)
- uBCRT (Developer, 06/07/2018)
- uBCV (Developer, 06/07/2018)
- uBObj (Developer, 06/07/2018)
- uBXSec (Developer, 06/07/2018)
- sbndqm (Developer, 12/04/2018)
- sbndaq (Developer, 10/17/2018)
- sbndcs (Developer, 11/30/2018)
Activity
10/28/2016
- 04:09 PM uBooNE code Revision c06dac7f: Updated Analysis modules to read weight systematics from EventWeight. For the moment only BNB beam systematics are included.
- 04:09 PM uBLite Revision a00731e2: Updated Analysis modules to read weight systematics from EventWeight. For the moment only BNB beam systematics are included.
- 04:09 PM uBAna Revision a00731e2: Updated Analysis modules to read weight systematics from EventWeight. For the moment only BNB beam systematics are included.
- 04:09 PM uBReco Revision a00731e2: Updated Analysis modules to read weight systematics from EventWeight. For the moment only BNB beam systematics are included.
- 04:09 PM uBSim Revision a00731e2: Updated Analysis modules to read weight systematics from EventWeight. For the moment only BNB beam systematics are included.
- 02:53 PM uBooNE code Revision 0873081a: EventWeight framework for beam systematic error propagation. Methods included: splines, Sandford-Wang and Feynman scaling.
- 02:53 PM uBLite Revision 71c4cf53: EventWeight framework for beam systematic error propagation. Methods included: splines, Sandford-Wang and Feynman scaling.
- 02:53 PM uBAna Revision 71c4cf53: EventWeight framework for beam systematic error propagation. Methods included: splines, Sandford-Wang and Feynman scaling.
- 02:53 PM uBReco Revision 71c4cf53: EventWeight framework for beam systematic error propagation. Methods included: splines, Sandford-Wang and Feynman scaling.
- 02:53 PM uBSim Revision 71c4cf53: EventWeight framework for beam systematic error propagation. Methods included: splines, Sandford-Wang and Feynman scaling.
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