Skeleton for TTF I documentation

For the following topics (short) summaries of the activities and results should be provided by the main actors.

1. CJC

   1. R/Phi calibration:

      • superfit method: C. K.

      • geometry/alignment: C. K.

      • time/drift relation: C. K.

      • magn. field inhom. corr.: C. K.

      • close wire corrections: C. K., S. Mohrdieck, D. Duenkelmann

   2. ZS,dE/dx calibration

      • new combined calibration: C. K., V. Blobel

      • FADC linearization function: C. K.

   3. new (hit) simulation: K. Daum

   4. check CST with cosmics: C. K.

2. Z side

   1. Concept, relation with CST and CJC: FS

   2. Z chamber space point reconstruction, calibration and alignment parameters: SH/FS

   3. CST CIZ CIZ superfit, strategy, implementation, results: CD (FS)

   4. CIZ,COZ online superfit calibration: SH/FS (OB)

   5. performance: cosmics, high Q2, linking eff : FS (CD,PK)

3. CST

   1. Online calibration = global CST alignment w.r.t CJC/CXZ: O.B.

   2. Old but still used CST internal alignment: D.P., O.B. (am not sure how much of this we really want/need here, it is already described in the CST paper)

   3. CSTLIN linking in CSTREC (J.K., O.B.)

   4. Primary vertex z-fit with special CST-z-hit linking (T.K., O.B.)

   5. Replacement of CJ.. by CS.. in KTNREC, etc. and for physics analyses (DTRA, etc.) (O.B., T.K., J.v.M.)

   6. CST Runvertex (O.B.)