1. Activities for Geometry, 18/03/05
Data Base for geometry
Quad: Regular uploads, with fitting of SSW data of all measurements warm and cold (SU-mech, AC-mole mech, AC-mole mag, SSW), JB
Certification and statistics for validation of quad measurements, EW,JB
Dipole: Update for classification,JB
Id-cards for MEB (for QUAD lot of problems, waiting for AC-mole)
Dipole: Regular uploads for itp20 and itp15 data, JB (+ ZG?)
Data base optimization, JB
Shells, maintenance and uploads, creation of tools for logistics and analysis, GB + student?

2. Activities for Geometry II
Tools
Shift tool for QUAD, web based (ABP), JB
WEB-site, PH, GB
Web based interface for shifts for dipole installation (ABP), JB
Report writer, NE
Viewers, migration IT J2EE + maintenance, NE
Automatic Holding Point, migration IT J2EE + maintenance, NE
Creation of views for applications, JB, NE, GB
Off line creation of files (or on line DB access??) in MAD and APL readable format for estimation of feed down effects and for aperture calculations. Fortran 90, PERL. EW, PH

3. Activities for Geometry III
Analysis and experiments
Adjustment of geometry ITP20/WP08, a few new ideas to analyze JB, EW, MB, FS, ZG
Field angle ? RC, CV
Sextupole positioning, RC, EW, JG, MC
WP09, stability EW, JB, ZG
Analysis of logistics, statistics for the adjustment of the geometry at WP08, preparation for MARIC, EW
Analysis of quad geometry, statistics, EW
Creation of simple model of quad for quick analysis, EW with PF
Holding point for itp15/20, EW et al
Holding point for WP08, EW, ZG with DT
Report itp20, MB, EW,JPK
On a few magnets with “positioning triangle” change close to statistical shift, check the possibility to adjust to itp20, EW, DT