1. Whizard1 issue
1a) e+- recoil after EPA. Is this correct in Whizard2 ? [ ask JRR]

   At least there is a flag to set recoil on/off, separately
   for ISR and EPA

   -> Treatment in v2 is still the same


2. Needs validation for Whizard1 to Whizard2 transition
2a) tau polarization
    - single tau case

        Works after minor hack:
	MB:
	In src/transforms/hadrons.f90, line 189, MSTJ(28) is set back to 0. I
        commented that out. Then the tau-decays indeed show polarisation
        effects. However, they are in the wrong direction. I therefore also
        changed line 503 in src/tauola/tauola_interface.f90 from "call
        dexay(1,pol)" to "call dexay(1,-pol)". After these two changes, things
        do look OK.

	
    - Higgs--> tau+ tau- ( not in DBD, but important)

2b) Beam spectrum
    - beams ( read in file ) OK
    - Lumilinker files(DBD) --> CIRCES2

2c) Low Pt hadrons
    - Need a user routine in whizard2 [ ask JRR ]
    - use whizard1 until then

       For now, assume it will still be done with whizard 1.95
       as the photon spectrum generator (for W-W photons,
       beam-photons are just from GP (via circe/lumilinker
       anyhow)

    -> Tim to check is LesHouches event record can be used
       to interface between whizard and the low-pt hadron
       generator (both for v1 and v2)

2d) Jet property  & hadron multiplicity with alpha_s=0
    - color flow assignment in 4q ? [ JRR ]

2e) ISR, FSR spectrum

2f) Standard sindarin files
     - Standard parameters, cuts, settings

     First iteration done. Remaining issues, apart from
     checking:
       EPA settings (differnt set of variables to restrict
       in v1 and v2)
       Cuts. First attempt done, needs to be refined. Are there
       more non-trivial default cuts in v1.95 than those implemented?

2g) Output file format
     - Is color flow in STDHEP file correct ?

        Yes. More complete in v2.



3. New features
3a) Shower matching with non zero alpha_S

3b) Parton shower : pythia6 vs whizard

3c) 6f, 8f performance

3d) Parallel processing, byte code

3e) ttbar threshold ( top WG would know )

3f) Higgs in whizard
   - Pre-defined BRs, effective couplings

3g) Output format : LCIO (OK?)

3h) Pythia8

3i) DECAY ( SUSY etc ) in whizard