This is the list of documentation, with responsibles, for dissemination to the simulation reviewers and to serve as the basis for the presentations made at the review.

BBSIM manual
PEP - David Kirkby
- gnbpip
- beam background generation
- commissioning
  - David's survey of commissioning simulation work
SVT - Bill Lockman, Fabrizio Bianchi
- gnssvd
- SvtDigis
- Aslund
DCH - Tricia Rankin
- gndcha - Tricia Rankin
  1. General Overview(preliminary)
  2. Current(release 1.2.3) BaBar Detector Picture and TDR BaBar Detector Picture
  3. Drift Chamber Volume Picture Gallery
  4. Only DC zoomed current and TDR geometry
  5. Material in radiation length with current and Cone Shape geometry
- gndcha KLOE mods - Ernesto Lamanna
  1. Preliminary version of new approach to the Drift Chamber geometry simulation
  2. Ernesto's presentation transparencies
- DchDigis - Moe Foucher
- Aslund - Ernesto Lamanna, Hwanbae Park
DRC - Brian Meadows
- The detailed DIRC simulation - Brian Meadows
- DIRC Digitization - Dave Aston
- DIRC parameterisation in Aslund - Gerry Lynch
EMC - Helmut Marsiske
- gnemca - Helmut Marsiske
- EMC Digitization - Phil Strother
- Aslund - Helmut/Paul Harrison. Paul's BaBar note 249 on BBSIM-based parameterisation
IFR and coil - Doug Wright
- gnmuon (IFR and coil) - Doug Wright
- RPC geometry - Margaret Haire
- IfrDigis - Luca Lista
- Aslund - mu-pi: Maria Grazia Pia. Writeup, Posting
- Aslund - K0L: Riccardo de Sangro
Magnet - Roberto Contri, Stefania Farinon
- Description of magnet+iron configuration modelled with Tosca, closeness to current engineering design, reliability of the resulting map, implementation of the map in GUFLD
Hadronic interactions - Maria Grazia Pia
- Gheisha, Fluka, GCALOR relative comparison (discrepancies). BaBar Note 305, transparencies
- Measuring pion response in test beam and real data. BaBar Note 304.
TRG - Fred Kral.
The trigger simulation doc page contains all contributions so far.
- Calorimeter trigger - Neil Dyce.
- Drift chamber trigger - Stefan Gehrig. Algorithms are almost all in BaBar notes.
- trgFrame (mixing, interfacing,...) - Ed Frank.
- Fast control - Fred Kral/Ed Frank
  - Fast Control System interface
- gntrol - Fred Kral. (no big writeup envisioned as it is obsolete)
- misc - Stefan Gehrig and Fred Kral
Generators - Doug Wright
- BEGET
Geant4 based simulation - Torre Wenaus
- The Geant4 toolkit, overview and highlights relevant to BaBar
- BaBar and G4: timescale compatibility, motivations, involvement, design input
- Unified (fast to detailed) simulation design and other design requirements
- BaBar prototype - Bonneaud/Verderi
- multiple geometry models
- fast tracking and parametrizations
- development timeline
C++ migration and code reuse - Torre Wenaus
- Geometry reuse
  - G3toG4: G4 geometries from BBSIM Fortran
  - euclid: G4 geometries from BBSIM C++
  - dbio: C++ Geometry classes from the geometry database
  - Geant4: use of Geant4 geometries in BBSIM
- Dual language support and code sharing
  - dual language data structures via dbio
  - use of modular C++ codes in BBSIM
  - common codes in BBSIM, digitization, reconstruction, Geant4
- Compatibility with long-range solutions
  - OODBMS for geometry, data
- Migration activity, current and anticipated
Production - Torre Wenaus, Hwanbae Park
- Production management system
- Production software preparation
- Offsite production
- SLAC production and infrastructure
- Post-production (quality, collation, silo, dissemination)
- Future requirements, system evolution