1.  Modify the code according Jason’s comments 
   1. Pixlgeo4.xml and Pxstgeo1.xml should be in the same directory
   2. Check the material with proper definition : make sure to pick the correct material, not AIR
   3. Many “blueprints” in the code  ---> better to use a <Struc… > block 
   4. There are many instances of a single material ,better to define a mixture
2.  BFC chain : timing test on the reconstruction, not only the .fz generation : the current drupal blog is here 
3. Implementation of additional material for the PST :
   1. shrouds,
   2. West End stabilizing bull horn (Plastic),
   3. trapezoid shape holding the rings
4. BFC chain : there is an existing option for the pileup

Actions items (from Spiros)

• put appropriate mass in PST/PIT/rails etc
• code sector holder, sector terminator, shrouds etc, things we know
• Cu, low mass (transition signal cables)
• Mass termination boards MTBs (z=~96cm)
• Heavy signal cables (up/down only) after the MTBs
• ??? (Other, TBD)
• Beam pipe needs to be finalized. Have a draft drawing in hand.
• HFT support cones are attached to TPC wheel (like SVT)?
• - Impacts geometry/alignment work. Answer is ‘yes’
• Use official pile-up mechanism, study UPC in detail (with Geant for spirals), ask PHENIX about background
• Use VMC for (mis-) alignment MC studies?
• Code needs to be segmented so that ladder/sector etc geometry corrections can be applied in GEANT too.
• A lot of other code clean-up comments from Jason (separate doc)