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Incubator Projects

[Currently in incubation] - [Graduated from incubation] - [Retired from incubation]

Incubator projects are in-house development activities or community development efforts led by the GENIE WG Coordinators and overseen by the GENIE board. An incubator project is the unique route for any physics or software development into any of the GENIE suite products (Generator, Comparisons, Tuning).

This page serves the purpose of informing the community for the scope and breadth of the GENIE development programme. Community members that have a wish to contribute to GENIE and identify the need for a new project are strongly encouraged to contact the GENIE WG Coordinators who, upon fully defining the scope and specification, can launch new incubator projects.

Currently in incubation: 22 projects

Project: very_high_energy_extension
Description: Revisit event generation of high-energy neutrinos (up to 1E8 GeV), improve the GENIE DIS model at this energy regime and perform comparisons with LEPTO (standard high-energy generator in KM3NET)
Developers: Alfonso Garcia Soto (NIKHEF)
Reporting: PPWG
Target release: GENIE/Generator v3.4.0
Documentation: GENIE-Doc-48

Project: dis_amuval
Description: Implement the Aligarh/Valencia DIS model
Developers: Huma Haider (Aligarh), Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
Reporting: PPWG
Target release: GENIE/Generator v3.4.0
Documentation: GENIE-Doc-31

Project: hyperon_amuval
Description: Implement the Aligarh hyperon production model
Developers:
Reporting: PPWG
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-32

Project: nu_bar_single_kaon_amuval
Description: This is an extension of the graduated nu_single_kaon model, adding a single Kaon generator within GENIE. The purpose of this project is to extend this development for anti-neutrinos. As for the neutrino case, will use the single-Kaon production model of M.Rafi Alam, I. Ruiz Simo, M. Sajjad Athar and M.J. Vicente Vacas (Aligarh/Valencia)
Developers:
Reporting: PPWG
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-33

Project: dcc_pions
Description: Implement the Direct Coupled Channel pion production model by Sato et al.
Developers: Walter Giele (FNAL)
Reporting: PPWG
Target release: GENIE/Generator v3.4.0
Documentation: GENIE-Doc-34

Project: lanl_zero_pion
Description: Implement the LANL zero-pion model
Developers: Saori Pastore (GWU), Minerba Betancourt (FNAL)
Reporting: PPWG/NPWG
Target release: GENIE/Generator v3.2.0
Documentation: GENIE-Doc-35

Project: correlated_fermi_gas
Description: Add the Correlated Fermi Gas (CFG) nuclear model.
Developers: Afroditi Papadopoulou (MIT)
Reporting: NPWG
Target release: GENIE/Generator v3.2.0
Documentation: GENIE-Doc-36

Project: radiative_effects_for_electron_scattering
Description: Adding radiative effects to electron scattering processes in GENIE.
Developers: Adi Ashkenazi (MIT)
Reporting: NPWG
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-37

Project: comparisons_minerva
Description: Implement GENIE / MINERvA data comparisons for recent MINERvA data releases in the new GENIE Comparison framework.
Developers:
Reporting: STWG
Target release: GENIE/Comparisons v?
Documentation: GENIE-Doc-39

Project: comparisons_hadronization_upgrade
Description: Move the existing GENIE hadronization data/MC comparisons into the new GENIE/Comparisons framework, to allow a fit to hadronization data exploiting the new Professor/GENIE interface.
Developers: C.Andreopoulos (Liverpool/STFC-RAL), Hugh Gallagher (Tufts), Marco Roda (Liverpool), Vlad Syrotenko (Tufts), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Target release: GENIE/Comparisons v1.2.0
Documentation: GENIE-Doc-40

Project: hadronization_data_fit
Description: Exploit the new Professor/GENIE interface to develop GENIE fits to hadronization data. Provide improved hadronization model tunes, and model parameter uncertainties / correlations.
Developers: C.Andreopoulos (Liverpool/STFC-RAL), Hugh Gallagher (Tufts), Marco Roda (Liverpool), Vlad Syrotenko (Tufts), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Target release: GENIE/Comparisons v?, GENIE/Tuning v?
Documentation: GENIE-Doc-41

Project: refactorize_hadronization_and_decay
Description: A substantial code refactorization, excising TMCParticle from the interfaces and converting the hadronization and particle decay algorithms to the GENIE `event record visitor' interface. This is a mandatory refactorization, paving the way to switch from PYTHIA6 to PYTHIA8.
Developers: C.Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), +++?
Reporting: TCWG / PPWG
Target release: GENIE/Generator v3.2?
Documentation: GENIE-Doc-22 , GitHub project

Project: hadronization_pythia8
Description: Integrate PYTHIA8 into GENIE
Developers: Teppei Katori (QMUL), Shivesh Mandalia (QMUL)
Reporting: PPWG
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-42

Project: sf_interface
Description: Build a generic structure function interface for DIS calculations, where GENIE reads in pre-calculated structure function values.
Developers: Tom Stainer (Liverpool), Costas Andreopoulos (Liverpool/STFC-RAL), Roberto Petti (South Carolina), Hugh Gallagher (Tufts)
Reporting: TCWG / PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-43

Project: 0pi_theory_API
Description: A generator/theory interface for microscopic zero-pion calculations.
Developers: Stephen Gardiner (Fermilab)
Reporting: TCWG / PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-?

Project: nlo_extrapolation
Description: Investigate using the NLO DIS model of the very_high_energy_extension project all the way down to the inelastic threshold.
Developers:
Reporting: TCWG / PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-43

Project: mk1pi
Description: Implement in GENIE the single-pion model by Minoo Kabirnezhad including interferences between resonances and non-resonance backrounds.
Developers: Minoo Kabirnezhad (Oxford), Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
Reporting: TCWG / PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-43

Project: nc_onegamma
Description: Improve modeling of NC1γ production in GENIE.
Developers: Teppei Katori (QMUL), Pierre Lasorak (QMUL)
Reporting: PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-47

Project: bdm2
Description: Upgraded Boosted Dark Matter model
Developers: Josh Berger (Pittsburgh)
Reporting: PPWG.
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-47

Project: geant4_hadronic_interfaces
Description: Develop a new class in Geant4 to expose portions of the hadronic model to compute nuclear evaporation and de-excitation. Build and link GENIE to versions of Geant4 that expose this API. Make modifications to a new version of hN INTRANUKE to take advantage of this API along with other computations in hN INTRANUKE to produce more realistic and detailed final state information for a detector simulation, including physically reasonable and plausible definitions of the nuclear remnant. Allow coupling between hN INTRANUKE and the remnant state computation, and target only one Geant4 evaporation / de-excitation model for the "Minium Viable Product." Re-factoring hN INTRANUKE and expanding to multiple Geant4 models is a project for the next incubator iteration.
Developers: Dennis Wright (SLAC), Makoto Asai (SLAC), Robert Hatcher (Fermilab), Steve Dytman (Pittsburgh)
Reporting: TCWG / NPWG
Target release: GENIE/Generator v?
Documentation: GENIE-Doc-44

Project: susav2
Description: A GENIE implementation of the SuSAv2 model.
Developers: Sara Bolognesi (CEA Saclay), Stephen Dolan (CEA Saclay), Stephen Gardiner (Fermilab)
Reporting: NPWG
Target release:
Documentation: GENIE-Doc-13

Project: susaM*
Description: A GENIE implementation of the SuSAM* model
Developers: Igor Kakorin (JINR)
Reporting: NPWG
Target release:
Documentation: GENIE-Doc-13

Project: martini_mec
Description: Martini, M. Ericson, G. Chanfray, J. Marteau MEC models.
Developers: Sara Bolognesi (CEA Saclay), Stephen Dolan (CEA Saclay), Stephen Gardiner (Fermilab)
Reporting: NPWG
Target release:
Documentation: GENIE-Doc-13

Project: nuclear_tune
Description: Produce a new generation of GENIE tunes from a global fit to nuclear CC0pi and CCpi data.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Released: GENIE/Generator v3.4.0, GENIE/Tuning v1.2.0, GENIE/Comparisons v1.2.0
Documentation: GENIE-Doc-45

Project: professor_sampling
Description: Improve the sampling procedure used for GENIE/Professor tunes, to improve the validity of Professor parameterizations for parameters near physical (or other) boundaries.
Developers: Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Released: GENIE/Tuning v1.2.0, GENIE/Comparisons v1.2.0
Documentation: GENIE-Doc-46

Project: comparisons_API_refactorization
Description: The current API don't allow to build observables other than those which are data related and that come from a standard GENIE simulation. The system needs to be updated to allow two new fondamental features:
a) build confidence belts around predictions due to error propagation of parameters coming from a tune;
b) build generic predictions of obsrvables not necessarily related to specific data release.
Developers: Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Target release: GENIE/Comparisons v1.2.0
Documentation: GENIE-Doc-49

Project: comparisons_plotting_update
Description: The plotting of comparisons even has some faults: the code is a bit unorganised and the there are some problem in the memory management that causes a double free corruption. Ideally we want to add a method Draw() that can be specified for each dataset and move some of the plotting code at the Storages level
Developers: Marco Roda (Liverpool)
Reporting: STWG
Target release: GENIE/Comparisons v1.2.0
Documentation: Genie-doc-50

Project: hadronization_data_systematics
Description: Re-evaluate the systematics of the data on the characteristics of the neutrino-induced hadronic showers.
Developers:
Reporting: STWG
Target release: GENIE/Comparisons v?
Documentation: Genie-doc-?

Project: tune_io_and_configuring
Description: Implement tune metadata I/O so that Reweight adjusts its initial state according to the actual tune used in the generation of the events.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
Reporting: STWG
Target release: GENIE/Reweight v?
Documentation: Genie-doc-?

Project: professor_response_func_reweight
Description: Implement weight calculators using the detailed Professor/YODA response functions computed from brute-force parameter scans.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
Reporting: STWG
Target release: GENIE/Reweight v?
Documentation: Genie-doc-?

Graduated from incubation (since Jan 1st, 2015): 35 projects
Project: professor_genie
Description: Develop a GENIE / Professor interface and exercise it for a new generation of GENIE tunes.
Developers: Anselmo Meregaglia (CNRS), Holger Schulz (Durham/IPPP), Andy Buckley (Glasgow), Costas Andreopoulos, Marco Roda (Liverpool).
Reporting: STWG
Released: GENIE/Generator v3.0.0, GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
Documentation:

Project: proto_nuclear_tune
Description: Develop a prototype global fit of CC0pi and CC1pi data to stress-test the new GENIE / Professor interface. Use the global fit to estimate best-fit values and correlations for several `signal' and `bkg' model parameters, as well as nuclear and FSI model parameters (many of which should be non reweightable). Validate the Professor/YODA parameterizations and fit results.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Released: GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
Documentation:

Project: free_nucleon_xsec_model_retune
Description: Revisit the GENIE free-nucleon x-section model procedure and adapt it to the new GENIE Comparisons and Tuning / Professor frameworks. Include anti-neutrino data in the procedure used for the v2 tune, include QE data to provide a flux constraint, and include nuisance parameters to account for flux uncertainties. Take this opportunity to clean-up the data archive, remove spurious data points, revisit the systematic error assignments and and validate the statistical procedure used. Develop procedures, within the GENIE Comparisons and Tuning frameworks, for a complete error analysis. For the fits, consider all comprehensive model configurations supported in GENIE v3.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
Reporting: STWG
Released: GENIE/Generator v3.0.0, GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_bootstrap
Description: Implement a new framework for data/MC comparisons, losely based on elements of the VALOR framework, and geared towards simultaneous fitting of multiple datasets. Create a new Comparisons source tree that is separate from the Generator one.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Gabe Perdue (Fermilab), Julia Yarba (Fermilab)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_migrate
Description: Move the entire set of old comparisons (contained within the generator source tree) into the new source tree created by the comparisons_bootstrap project.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_data_representation
Description: Implementation of a new `data representation model' (DRM) for the Comparisons product, aiming to simplify and unify the treatment of a diverse set of data formats, provide a common infrastructure for statistical analysis, and allow correlations between different measurements to be included in the GENIE global fit to neutrino scattering data.
Developers: Marco Roda (Liverpool)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_t2k
Description: Implement GENIE / T2K data comparisons in the new GENIE Comparisons/Tuning frameworks. The following data releases will be implemented: PRD 87 (2013) 9; PDD 92 (2015) 112003; PRL 113 (2014) 24, 241803; PRD 91 (2015) 11, 112002; arXiv:1602.03652 [hep-ex] (submitted to PRD)
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_miniboone
Description: Implement GENIE / MiniBooNE data comparisons in the new GENIE Comparisons/Tuning frameworks. The following data releases will be implemented: Phys. Rev. D81 (2010) 092005; Phys. Rev. D88 (2013) 032001; Phys. Rev. D83 (2011) 052007; Phys. Rev. D83 (2011) 092009; Phys. Rev. D81 (2010) 013005; Phys. Rev. D82 (2010) 092005; Phys. Rev. D91 (2015) 012004
Developers: Costas Andreopoulos (Liverpool/STFC-RAL), Chris Barry (Liverpool), Marco Roda (Liverpool)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: comparisons_intg_nuxsec_upgrade
Description: Fully integrate the existing bubble-chamber cross-section comparisons into the new framework to allow a global fit to neutrino cross-section data.
Developers: Marco Roda (Liverpool), Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: sf_error_envelope
Description: Calculate uncertainty bands on the GENIE F2 and xF3 predictions and overlay in the corresponding GENIE Comparison apps.
Developers: Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: STWG
Released: GENIE/Comparisons v1.0.0
Documentation:

Project: generator_package_reorganization
Description: A large scale package re-organization in the GENIE/Generator to bring some some sanity following exposive increase in code commits during that last couple of years. Create new top level `Physics', `Framework' and `Tools' packages to organize functionally all other packages. Within Physics, organization of all code shall allways be per process type. Within each package corresponding to a given process, `EG' and `XS' sub-packages will separate the event generation from cross-section calculation (and other associated) code.
Developers: Marco Roda (Liverpool)
Reporting: TCWG
Released: GENIE/Generator v3.0.0

Project: tune_deployment_infrastructure
Description: Develop the necessary GENIE configuration system infrastructure to support deployment of multiple compherensive tunes.
Developers: Marco Roda (Liverpool)
Reporting: TCWG/STWG
Released: GENIE/Generator v3.0.0
Documentation:

Project: configuration_system_upgrade
Description: A rehaul of the GENIE configuration system to support the deployment of multiple tunes, and the rationalisation configuration files. The upgraded system eliminates the need for the monolitic and widely-abused UserPhysicsOptions.xml. All parameters are now defined in the configuration file of the corresponding algorithm. The new system allows algorithms to be configured from multiple sources, defines a clear priority order for the alternative configurations and implements a configuration cascading to minimize duplicate definitions.
Developers: Marco Roda (Liverpool)
Reporting: TCWG/STWG
Released: GENIE/Generator v3.0.0

Project: honda_atmo_flux
Description: Include the Honda atmospheric neutrino flux in GENIE
Developers: Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: TCWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: reweight_io
Description: Reweighting I/O infrastructure.
Developers: Julia Yarba (FNAL)
Reporting: TCWG / STWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: bdm
Description: A module for Boosted Dark Matter event simulation.
Developers: Joshua Berger (Winscosin), Yanou Cui (UC Riverside), Lina Necib (Caltech), Yun-Tse Tsai (SLAC), and Yue Zhao (Stanford)
Reporting: TCWG
Released: GENIE/Generator v3.00.00
Documentation:

Project: n_nbar
Description: A module for-n nbar oscillation simulation.
Developers: Georgia Karagiorgi (Manchester), Jeremy Hewes (Manchester)
Reporting: TCWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: ndec_channel_additions
Description: An upgrade all GENIE's nucleon decay tool to include all 2-body and 3-body decay channels listed in PDG and adoption of PDG decay mode numbering scheme. All decays implemented as phase space decays decays at the moment.
Developers: Michel Sorel (IFIC), Elena Gramellini (Yale), Jennifer Raaf (Fermilab).
Reporting: TCWG.
Released: GENIE/Generator v2.12.00
Documentation:

Project: high_energy_extension
Description: Increase the validity range of the GENIE DIS generator up to 5 TeV.
Developers: K.Hoshina (Wisconsin)
Reporting: PPWG
Released: GENIE/Generator v2.10.00

Project: z_expansion
Description: Add R.Hill's z-expansion of the QE axial form factor and include associated event reweighting.
Developers: Aaron Meyer (Chicago)
Reporting: PPWG
Released: GENIE/Generator v2.12.00
Documentation: GENIE-Doc-11

Project: nu_single_kaon
Description: An implementation of the single Kaon production model of M.Rafi Alam, I. Ruiz Simo, M. Sajjad Athar and M.J. Vicente Vacas (Phys.Rev. D82 (2010) 033001)
Developers: M.Nirkko (Bern) and C.Marshall (Rochester)
Reporting: PPWG
Released: GENIE/Generator v2.10.00
Documentation: GENIE-Doc-29

Project: qel_hyperon
Description: Add QEL Hyperon production
Developers: Hugh Gallagher (Tufts), John Poage (Tufts)
Reporting: PPWG
Released: GENIE/Generator v2.12.00
Documentation: GENIE-Doc-28

Project: lar_coherent
Description: Add the Luis Alvarez-Ruso microscopic coherent model (Phys.Rev. C75 (2007) 055501, Phys.Rev. C80 (2009) 019906) in GENIE.
Developers: Steve Boyd (Warwick), Steve Dennis (Warwick), Dan Scully (Warwick)
Reporting: PPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: berger_sehgal_coherent
Description: Add the Berger-Sehgal coherent meson production model (Phys.Rev. D79 (2009) 053003) in GENIE.
Developers: Gabe Perdue (Fermilab), Hugh Gallagher (Tufts)
Reporting: PPWG
Released: GENIE/Generator v2.12.0
Documentation: GENIE-Doc-27

Project: delta_improvements
Description: Improvement on treatment of resonance production (esp. Delta(1232): a) implement Delta → gamma + N decays, and b) implement Rein-Sehgal Delta → pi + N angular distribution,
Developers: Libo Jiang (Pittsburgh), Steve Dytman (Pittsburgh)
Reporting: PPWG
Released: GENIE/Generator v2.12.0
Documentation: GENIE-Doc-26

Project: nieves_qe
Description: Add new Local Fermi Gas (LFG) nuclear model. Add new QE model that is core part of Valencia low energy model.
Developers: Joe Johnston (Pittsburgh)
Reporting: NPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: nieves_mec
Description: A GENIE implementation of the J. Nieves, I. Ruiz Simo and M.J. Vicente Vacas MEC model.
Developers: Jackie Schwehr (CSU), Dan Cherdack (CSU), Rik Gran (Duluth)
Reporting: NPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: berger_sehgal_resonant_pion
Description: An implementation of the Berger-Sehgal resonant pion neutrinoproduction model (Phys.Rev. D76 (2007) 113004) with MiniBooNE tuning.
Developers: J.Nowak (Lancaster)
Reporting: PPWG
Released: GENIE/Generator v2.10.00

Project: smith_moniz
Description: Adding an implementation of the Smith-Moniz nuclear model
Developers: Igor Kakorin (Dubna)
Reporting: NPWG
Released: GENIE/Generator v3.0.0
Documentation:

Project: effective_spectral_func
Description: An implementation of the effective spectral function model of A.Bodek, M.E.Christy and B.Coopersmith (EPJC (2014)74:3091)
Developers: B.Coopersmith (Rochester)
Reporting: NPWG
Released: GENIE/Generator v2.10.00

Project: K+_fsi
Description: Improvement on treatment of K+ FSI. Add new data and K+ n -> K0 p process. Handle K+ NN -> K+ NN better.
Developers: Flor Blaszcyk (Boston)
Reporting: NPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: oset_cascade
Description: A GENIE implementation of the Oset model.
Developers: Tomasz Golan (Fermilab/Rochester)
Reporting: NPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: grv98
Description: Develop standalone GRV98LO PDF class to remove the mandatory LHAPDF5 dependency
Developers: Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: PPWG
Released: GENIE/Generator v2.12.00
Documentation:

Project: lhapdfv6
Description: Integrate GENIE with LHAPDF6 and eliminate the optional LHAPDF5 dependency
Developers: Costas Andreopoulos (Liverpool/STFC-RAL)
Reporting: PPWG
Target release: GENIE/Generator v3.0.0
Documentation:

Project: gsl_interface
Description: Interface GENIE to the GNU Scientific Library (GSL) via the ROOT MathMore library. Validate and deploy across GENIE for numerical integration of differential cross-sections.
Developers: S.Dennis (Warwick)
Reporting: TCWG
Released: GENIE/Generator v2.10.00

Project: root6
Description: Make GENIE compatible with ROOT6
Developers: Steve Dennis (Liverpool)
Reporting: TCWG
Released: GENIE/Generator v2.12.00, GENIE/Comparisons v1.0.0, GENIE/Tuning v1.0.0
Documentation:


Retired from incubation (since Jan 1st, 2015): 4 projects
Project: nuwro_interface
Description: A GENIE interface to the NuWro generator.
Developers: Dan Cherdack (CSU)
Reporting: TCWG

Project: spectral_func_vt
Description: Spectral function implementation, VT version.
Developers: Mindy Jen (VT)
Reporting: NPWG

Project: spectral_func_uk
Description: Spectral function implementation, UK version.
Developers: Andy Furmanski (Manchester)
Reporting: NPWG

Project: dis_reeval
Description: Re-evaluate the DIS model for use by experiments with Enu > 100 GeV. Attempt to develop a fully comprehensive DIS model that can describe DIS processes from TeV to few-GeV.
Developers: Jacob Morrison, Joshua Hignight, Kendall Mahn (MSU)
Reporting: PPWG.