Trigger Statistics Survey

• The ones which doesn't apply any cuts are done by me:
  • e⁺e⁻ → γ Υ(2S), with Υ(2S) → Υ(1S) π⁺ π⁻, and Υ(1S) → l l
  • e⁺ e^- → &tau⁺ &tau^-   New!
  • B → ν anti-ν (γ)     New!
• The ones are being done:
  • γγ → pp̅,   γγ → π⁺π⁻,   γγ → π⁰π⁰     by selina
  • τ → l K⁰    by me (I'm waiting for Riccardo's instruction on his analysis)
  • B⁰ → η π⁰ (η → γγ),   B^+- → η π^+-(η → γγ)     by jim
  • B⁰B̅⁰ → (X l ν)(X l ν)    by david (he's waiting for his SP9)
  • τ → e γ,   τ → μ γ     probably by swagato
• The ones will not be updated:
  • e⁺e⁻ → a₂ π,   e⁺e⁻ → φ η,   e⁺e⁻ → φ ρ⁰,   e⁺e⁻ → ρ⁺ ρ⁻,   e⁺e⁻ → ρ⁰ ρ⁰    Kai claimed that the MC was home-produced before, and thus there is no SP9, and nobody's doing these modes.
• The ones with no respond from the analysts:
  • e⁺e⁻ → γ X   with   X =   2π 2π⁰,   2π π⁰,   4π,   4π 2π⁰,   6π,   μ⁺ μ⁻,   ππ     Anne Marie Lutz
  • B → μ ν,   B⁰ → K_s K_s     Jed Biesiada
  • B^+- → D⁰ K^+- (D⁰ → K_s π⁰)     Emmanuel Latour

DigiFRadiativeBhabha filter study

SAMPLE 1: 

* p1mag < 4.7 GeV/c;
* some PID vetoes.


SAMPLE 2: 

* 4.0 < p1mag < 6.0 (momentum of the fastest track in the CM);
* p2mag < 3.5 (momentum of the second fastest track in the CM);
* There is a neutral in the event with raw EMC energy above 0.5 GeV/c;
* The angle between the highest-energy neutral and the second-fastest track is > 0.2 rad.
* |p1mag| + |p2mag| + energies of all neutrals >= 11 GeV (LAB).
* Additionally, the faster of the two tracks has to satisfy the following 
  conditions: eraw/p > 0.5 (LAB);