ND_CAFMaker takes input edep-sim, GENIE, and reconstructed objects from the DUNE ND and combines them into the Common Analysis Format ("CAF").
The package has a number of dependencies, all accessible through the ups framework at Fermilab and github.
The first time you use it'll you'll need to build the dependencies. Simply run
./build.sh
For subsequent use,
source ndcaf_setup.sh
is sufficient to set up your environment for the common use cases.
If, however, you need to set up a local version of duneanaobj for testing purposes, you must edit ndcaf_setup.sh before sourcing it.
The package is controlled by fhicl config files, found in the cfg directory. The cfg/ndcafmakerjob.fcl shows the basic setup.
For the minimal test setup:
- Provide an
InputGHEPFile, which contains the GENIE truth information inGHEPformat - Provide an
OutputFile, where your file will be saved
Extending upon the minimal test setup you can:
- Provide a
NDLArRecoFile, which contains the output of the ND LAr reconstruction - Provide a
TMSRecoFile, which contains the output of the TMS reconstruction - Provide a
SANDRecoFile, which contains the output of the SAND reconstruction
To add variables and inspect what is set and how, check src/Params.h.
Once you've set up your environment, it's just a matter of typing
make
in the ND_CAFMaker folder, which goes through and builds the objects, library and single makeCAF executable.
There is currently only one main executable, makeCAF, which is controlled entirely by the input fhicl file. To run with the fhicl file that was specified under Inputs, do
./makeCAF --fcl=path_to_your_fhicl_file.fcl
You can also override some of the fhicl inputs, which are specified by typing
./makeCAF --help
and should output
Usage: ./makeCAF [options] <driver.fcl> [options]
General options:
-h [ --help ] print this help message
FCL overrides (for quick tests; edit your .fcl for regular usage):
-g [ --ghep ] arg input GENIE .ghep file
-o [ --out ] arg output CAF file
--startevt arg event number to start at
-n [ --numevts ] arg total number of events to process (-1 means 'all')
The output contains a number of different TTree ROOT objects. cafTree contains the information from the reconstruction and some truth information from the edep-sim detector simulation, and genieEvt contains the true GENIE information from the neutrino interaction simulation.
The object format for the StandardRecord objects is defined in duneanaobj.
See the README there for instructions on how to set it up and modify it.
duneanaobj's README explains how to construct a custom UPS product that can be used in place of the version used by default by ndcaf_setup.sh.
If you have such a custom version that you wish to use, edit ndcaf_setup.sh to add your custom UPS directory to $PRODUCTS and to set up the version name for your working copy.
Consult the README for more details.
- Jeremy Wolcott ([email protected]) current lead author / maintainer
- Chris Marshall ([email protected])
- Clarence Wret ([email protected])
- Cris Vilela ([email protected])
- Noë Roy ([email protected])
- Sindhujha Kumaran ([email protected])
Copyright © 2023 FERMI NATIONAL ACCELERATOR LABORATORY for the benefit of the DUNE Collaboration.
This repository, and all software contained within, is licensed under the Apache License, Version 2.0 (the "License"); you may not use its code except in compliance with the License. You may obtain a copy of the License at http://www.apache.org/licenses/LICENSE-2.0; the license is also available in the LICENSE.md file in this repository.
Copyright is granted to FERMI NATIONAL ACCELERATOR LABORATORY on behalf of the Deep Underground Neutrino Experiment (DUNE). Unless required by applicable law or agreed to in writing, software distributed under the License is distributed on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License for the specific language governing permissions and limitations under the License.