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<!DOCTYPE HTML PUBLIC "-//W3C//DTD XHTML 1.1//EN" "http://www.w3.org/TR/xhtml11/DTD/xhtml11.dtd">
<html>
<!--#include FILE="./header.inc"-->
<body>
<!--#include FILE="./navigation.inc"-->
<div id="MainIn2ColumnPage">
<div CLASS="clsInsidePageHeader"> Incubator Projects </div>
<br />
<div id="InsidePageMainText">
<center>
<a href="#current"> [Currently in incubation] </a> -
<a href="#graduated">[Graduated from incubation]</a> -
<a href="#retired"> [Retired from incubation] </a>
</center>
<br />
<em>Incubator projects</em> 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 <b>unique route for any physics
or software development into any of the GENIE suite products</b> (Generator, Comparisons, Tuning).
<br />
<br />
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.
</div>
<br />
<img src="./images/etc/incubator.jpg" width="100px">
<a name="current"></a>
<div id="InsidePageSectionHeader">
Currently in incubation: 22 projects
</div>
<div id="InsidePageSectionBody">
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> very_high_energy_extension </em>
<br />
<b>Description: </b>
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)
<br />
<b>Developers: </b>
Alfonso Garcia Soto (NIKHEF)
<br />
<b>Reporting: </b> PPWG
<br />
<b>Target release: </b> GENIE/Generator v3.4.0
<br />
<b>Documentation:</b>
GENIE-Doc-48
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> dis_amuval </em>
<br />
<b>Description: </b>
Implement the Aligarh/Valencia DIS model
<br />
<b>Developers: </b>
Huma Haider (Aligarh), Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
<br />
<b>Reporting: </b> PPWG
<br />
<b>Target release: </b> GENIE/Generator v3.4.0
<br />
<b>Documentation:</b>
GENIE-Doc-31
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> hyperon_amuval </em>
<br />
<b>Description: </b>
Implement the Aligarh hyperon production model
<br />
<b>Developers: </b>
<br />
<b>Reporting: </b> PPWG
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation:</b>
GENIE-Doc-32
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> nu_bar_single_kaon_amuval </em>
<br />
<b>Description: </b>
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)
<br />
<b>Developers: </b>
<br />
<b>Reporting: </b> PPWG
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation:</b>
GENIE-Doc-33
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> dcc_pions </em>
<br />
<b>Description: </b>
Implement the Direct Coupled Channel pion production model by Sato et al.
<br />
<b>Developers: </b>
Walter Giele (FNAL)
<br />
<b>Reporting: </b> PPWG
<br />
<b>Target release: </b> GENIE/Generator v3.4.0
<br />
<b>Documentation:</b>
GENIE-Doc-34
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> lanl_zero_pion </em>
<br />
<b>Description: </b>
Implement the LANL zero-pion model
<br />
<b>Developers: </b>
Saori Pastore (GWU), Minerba Betancourt (FNAL)
<br />
<b>Reporting: </b> PPWG/NPWG
<br />
<b>Target release: </b> GENIE/Generator v3.2.0
<br />
<b>Documentation:</b>
GENIE-Doc-35
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> correlated_fermi_gas </em>
<br />
<b>Description: </b>
Add the Correlated Fermi Gas (CFG) nuclear model.
<br />
<b>Developers: </b>
Afroditi Papadopoulou (MIT)
<br />
<b>Reporting: </b> NPWG
<br />
<b>Target release: </b> GENIE/Generator v3.2.0
<br />
<b>Documentation:</b>
GENIE-Doc-36
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> radiative_effects_for_electron_scattering </em>
<br />
<b>Description: </b>
Adding radiative effects to electron scattering processes in GENIE.
<br />
<b>Developers: </b>
Adi Ashkenazi (MIT)
<br />
<b>Reporting: </b> NPWG
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation:</b>
GENIE-Doc-37
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_minerva </em>
<br />
<b>Description: </b>
Implement GENIE / MINERvA data comparisons for recent MINERvA data releases in the new GENIE Comparison framework.
<br />
<b>Developers: </b>
<br />
<b>Reporting: </b> STWG
<br />
<b>Target release: </b> GENIE/Comparisons v?
<br />
<b>Documentation: </b>
GENIE-Doc-39
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> sf_interface </em>
<br />
<b>Description: </b> Build a generic structure function interface for DIS calculations,
where GENIE reads in pre-calculated structure function values.
<br />
<b>Developers: </b> Tom Stainer (Liverpool), Costas Andreopoulos (Liverpool/STFC-RAL),
Roberto Petti (South Carolina), Hugh Gallagher (Tufts)
<br />
<b>Reporting: </b> TCWG / PPWG.
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-43
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> 0pi_theory_API </em>
<br />
<b>Description: </b> A generator/theory interface for microscopic zero-pion calculations.
<br />
<b>Developers: </b> Stephen Gardiner (Fermilab)
<br />
<b>Reporting: </b> TCWG / PPWG.
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-?
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> nlo_extrapolation </em>
<br />
<b>Description: </b> Investigate using the NLO DIS model of the very_high_energy_extension project all the way down to the inelastic threshold.
<br />
<b>Developers: </b>
<br />
<b>Reporting: </b> TCWG / PPWG.
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-43
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> mk1pi </em>
<br />
<b>Description: </b> Implement in GENIE the single-pion model by Minoo Kabirnezhad including interferences
between resonances and non-resonance backrounds.
<br />
<b>Developers: </b> Minoo Kabirnezhad (Oxford), Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
<br />
<b>Reporting: </b> TCWG / PPWG.
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-43
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> nc_onegamma </em>
<br />
<b>Description: </b> Improve modeling of NC1γ production in GENIE.
<br />
<b>Developers: </b> Teppei Katori (QMUL), Pierre Lasorak (QMUL)
<br />
<b>Reporting: </b> PPWG.
<br />
<b>Target release: </b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-47
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> geant4_hadronic_interfaces </em>
<br />
<b>Description:</b> 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.
<br />
<b>Developers:</b> Dennis Wright (SLAC), Makoto Asai (SLAC), Robert Hatcher (Fermilab), Steve Dytman (Pittsburgh)
<br />
<b>Reporting:</b> TCWG / NPWG
<br />
<b>Target release:</b> GENIE/Generator v?
<br />
<b>Documentation: </b>
GENIE-Doc-44
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> susav2 </em>
<br />
<b>Description:</b> A GENIE implementation of the SuSAv2 model.
<br />
<b>Developers:</b> Sara Bolognesi (CEA Saclay), Stephen Dolan (CEA Saclay), Stephen Gardiner (Fermilab)
<br />
<b>Reporting:</b> NPWG
<br />
<b>Target release:</b>
<br />
<b>Documentation:</b>
GENIE-Doc-13
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> susaM* </em>
<br />
<b>Description:</b> A GENIE implementation of the SuSAM* model
<br />
<b>Developers:</b> Igor Kakorin (JINR)
<br />
<b>Reporting:</b> NPWG
<br />
<b>Target release:</b>
<br />
<b>Documentation:</b>
GENIE-Doc-13
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> martini_mec </em>
<br />
<b>Description:</b> Martini, M. Ericson, G. Chanfray, J. Marteau MEC models.
<br />
<b>Developers:</b> Sara Bolognesi (CEA Saclay), Stephen Dolan (CEA Saclay), Stephen Gardiner (Fermilab)
<br />
<b>Reporting:</b> NPWG
<br />
<b>Target release:</b>
<br />
<b>Documentation:</b>
GENIE-Doc-13
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> nuclear_tune </em>
<br />
<b>Description: </b>
Produce a new generation of GENIE tunes from a global fit to nuclear CC0pi and CCpi data.
<br />
<b>Developers: </b>
Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Generator v3.4.0, GENIE/Tuning v1.2.0, GENIE/Comparisons v1.2.0
<br />
<b>Documentation:</b>
GENIE-Doc-45
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> hadronization_data_systematics </em>
<br />
<b>Description: </b> Re-evaluate the systematics of the data on the characteristics of the neutrino-induced hadronic showers.
<br />
<b>Developers: </b>
<br />
<b>Reporting: </b>
STWG
<br />
<b>Target release: </b> GENIE/Comparisons v?
<br />
<b>Documentation: </b>
Genie-doc-?
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> tune_io_and_configuring </em>
<br />
<b>Description: </b> Implement tune metadata I/O so that Reweight adjusts its initial state according
to the actual tune used in the generation of the events.
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
<br />
<b>Reporting: </b>
STWG
<br />
<b>Target release: </b> GENIE/Reweight v?
<br />
<b>Documentation: </b>
Genie-doc-?
<img src="./images/icons/lock.png" align="top" height="15">
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<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> professor_response_func_reweight </em>
<br />
<b>Description: </b> Implement weight calculators using the detailed Professor/YODA response
functions computed from brute-force parameter scans.
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
<br />
<b>Reporting: </b>
STWG
<br />
<b>Target release: </b> GENIE/Reweight v?
<br />
<b>Documentation: </b>
Genie-doc-?
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
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<b>Description: </b>
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<b>Reporting: </b>
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<b>Target release: GENIE/Generator v2.10.00</b>
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<b>Documentation: </b>
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GRADUATED
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Graduated from incubation <i>(since Jan 1st, 2015):</i> 45 projects
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<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> professor_genie </em>
<br />
<b>Description: </b>
Develop a GENIE / Professor interface and exercise it for a new generation of GENIE tunes.
<br />
<b>Developers: </b>
Anselmo Meregaglia (CNRS),
Holger Schulz (Durham/IPPP),
Andy Buckley (Glasgow),
Costas Andreopoulos, Marco Roda (Liverpool).
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Generator v3.0.0, GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
<br />
<b>Documentation:</b>
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
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<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> proto_nuclear_tune </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b>
Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
<br />
<b>Documentation:</b>
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> free_nucleon_xsec_model_retune </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b>
Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Generator v3.0.0, GENIE/Tuning v1.0.0, GENIE/Comparisons v1.0.0
<br />
<b>Documentation:</b>
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_bootstrap </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL),
Gabe Perdue (Fermilab), Julia Yarba (Fermilab)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_migrate </em>
<br />
<b>Description: </b>
Move the entire set of old comparisons (contained within the generator source tree) into
the new source tree created by the comparisons_bootstrap project.
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_data_representation </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b> Marco Roda (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_t2k </em>
<br />
<b>Description: </b>
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)
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL), Marco Roda (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_miniboone </em>
<br />
<b>Description: </b>
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
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL), Chris Barry (Liverpool), Marco Roda (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_intg_nuxsec_upgrade </em>
<br />
<b>Description: </b>
Fully integrate the existing bubble-chamber cross-section comparisons into the new framework
to allow a global fit to neutrino cross-section data.
<br />
<b>Developers: </b> Marco Roda (Liverpool), Costas Andreopoulos (Liverpool/STFC-RAL)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> comparisons_hadronization_upgrade </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b> Marco Roda (Liverpool),
Vlad Syrotenko (Tufts), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Target release: </b> GENIE/Comparisons v1.2.0
<br />
<b>Documentation: </b>
GENIE-Doc-40
<img src="./images/icons/lock.png" align="top" height="15">
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</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> professor_sampling </em>
<br />
<b>Description: </b>
Improve the sampling procedure used for GENIE/Professor tunes,
to improve the validity of Professor parameterizations for parameters
near physical (or other) boundaries.
<br />
<b>Developers: </b>
Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Tuning v1.2.0, GENIE/Comparisons v1.2.0
<br />
<b>Documentation:</b>
GENIE-Doc-46
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> comparisons_API_refactorization </em>
<br />
<b>Description: </b>
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: <br>
a) build confidence belts around predictions due to error propagation of parameters coming from a tune; <br>
b) build generic predictions of obsrvables not necessarily related to specific data release.
<br />
<b>Developers: </b>
Marco Roda (Liverpool), Julia Tena-Vidal (Liverpool)
<br />
<b>Reporting: </b>
STWG
<br />
<b>Target release: </b> GENIE/Comparisons v1.2.0
<br />
<b>Documentation: </b>
GENIE-Doc-49
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> comparisons_plotting_update </em>
<br />
<b>Description: </b>
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
<br />
<b>Developers: </b>
Marco Roda (Liverpool)
<br />
<b>Reporting: </b>
STWG
<br />
<b>Target release: </b> GENIE/Comparisons v1.2.0
<br />
<b>Documentation: </b>
Genie-doc-50
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> sf_error_envelope </em>
<br />
<b>Description: </b>
Calculate uncertainty bands on the GENIE F2 and xF3 predictions and
overlay in the corresponding GENIE Comparison apps.
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL)
<br />
<b>Reporting: </b> STWG
<br />
<b>Released: </b> GENIE/Comparisons v1.0.0
<br />
<b>Documentation: </b>
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> generator_package_reorganization </em>
<br />
<b>Description:</b> 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.
<br />
<b>Developers:</b> Marco Roda (Liverpool)
<br />
<b>Reporting:</b> TCWG
<br />
<b>Released:</b> GENIE/Generator v3.0.0
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> tune_deployment_infrastructure </em>
<br />
<b>Description: </b>
Develop the necessary GENIE configuration system infrastructure to support deployment of multiple compherensive tunes.
<br />
<b>Developers: </b> Marco Roda (Liverpool)
<br />
<b>Reporting: </b> TCWG/STWG
<br />
<b>Released: </b> GENIE/Generator v3.0.0
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> configuration_system_upgrade </em>
<br />
<b>Description: </b>
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.
<br />
<b>Developers: </b> Marco Roda (Liverpool)
<br />
<b>Reporting: </b> TCWG/STWG
<br />
<b>Released: </b> GENIE/Generator v3.0.0
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> honda_atmo_flux </em>
<br />
<b>Description: </b>
Include the Honda atmospheric neutrino flux in GENIE
<br />
<b>Developers: </b> Costas Andreopoulos (Liverpool/STFC-RAL)
<br />
<b>Reporting: </b> TCWG
<br />
<b>Released: </b> GENIE/Generator v2.12.00
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> reweight_io </em>
<br />
<b>Description: </b> Reweighting I/O infrastructure.
<br />
<b>Developers: </b> Julia Yarba (FNAL)
<br />
<b>Reporting: </b> TCWG / STWG
<br />
<b>Released: </b> GENIE/Generator v2.12.00
<br />
<b>Documentation: </b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> cevns </em>
<br />
<b>Description:</b> Add cross-section calculation and a complete generator for the CEvNS process
<br />
<b>Developers:</b> Costas Andreopoulos (Liverpool/STFC-RAL)
<br />
<b>Reporting:</b> PPWG
<br />
<b>Released:</b> GENIE/Generator v3.02.00
<br />
<b>Documentation:</b>
GENIE-Doc-151
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project:</b> <em class="clsIncubatorProjectTitle"> bdm </em>
<br />
<b>Description:</b> A module for Boosted Dark Matter event simulation.
<br />
<b>Developers:</b> Joshua Berger (Winscosin), Yanou Cui (UC Riverside), Lina Necib (Caltech), Yun-Tse Tsai (SLAC), and Yue Zhao (Stanford)
<br />
<b>Reporting:</b> TCWG
<br />
<b>Released:</b> GENIE/Generator v3.00.00
<br />
<b>Documentation:</b>
<img src="./images/icons/lock.png" align="top" height="15">
<br />
</div>
<br />
<div id="IncubatorProject">
<b>Project: </b> <em class="clsIncubatorProjectTitle"> bdm2 </em>
<br />
<b>Description: </b> Upgraded Boosted Dark Matter model
<br />
<b>Developers: </b> Josh Berger (Pittsburgh)
<br />
<b>Reporting: </b> PPWG.