(Preliminary) =========================================================== Cutflow and signal prediction based on 250k MG5+Py8 events: =========================================================== - In the cutflow I've scaled to 172004 events, as in the CMS cutflow. - For the SR predictions I've used a xsec of 5.119 pb ---------------------------------------------------------------------------------------------------------------------------- CUT FLOW: CMS_13TeV_2LEPsoft_36invfb ---------------------------------------------------------------------------------------------------------------------------- CUT, RAW, SCALED, %, CMS, GAMBIT(scaled)/CMS All events, 250000, 172004, 100%, 172004, 1 2 $\mu$'s with $5 < p_{T} < 30$ GeV, 407, 280.023, 0.1628%, 242.7, 1.15378 $\mu$'s oppositely charged, 345, 237.366, 0.138%, 218.5, 1.08634 $p_{T}(\mu\mu) > 3$ GeV, 339, 233.237, 0.1356%, 213.8, 1.09091 $M(\mu\mu) \in [4,50]$ GeV, 270, 185.764, 0.108%, 103.3, 1.7983 $M(\mu\mu)$ veto [9,10.5] $GeV$, 270, 185.764, 0.108%, 102.2, 1.81765 $125 < p^{miss}_{T} < 200$ GeV, 22, 15.1364, 0.0088%, 9.8, 1.54453 Trigger. Implemented as efficiency., 14.3, 9.83863, 0.00572%, 5.5, 1.78884 ISR jet, 13.65, 9.39142, 0.00546%, 5.3, 1.77197 $H_{T} > 100$ GeV, 13.65, 9.39142, 0.00546%, 4.1, 2.29059 $0.6 < p^{miss}_{T}/H_{T} < 1.4$, 5.2, 3.57768, 0.00208%, 3.7, 0.966941 b-tag veto, 3.25, 2.23605, 0.0013%, 3, 0.745351 $M(\tau\tau)$ veto, 2.6, 1.78884, 0.00104%, 2.7, 0.662534 $M_{T}(\mu_{x},p^{miss}_{T}), x = 1,2 < 70$ GeV, 2.6, 1.78884, 0.00104%, 2.2, 0.81311 ---------------------------------------------------------------------------------------------------------------------------- SR1 signal: 0 +/- 0 SR2 signal: 0 +/- 0 SR3 signal: 0 +/- 0 SR4 signal: 1.91119 +/- 1.18527 SR5 signal: 0 +/- 0 SR6 signal: 0 +/- 0 SR7 signal: 0.735074 +/- 0.735074 SR8 signal: 0 +/- 0 SR9 signal: 0 +/- 0 SR10 signal: 0.735074 +/- 0.735074 SR11 signal: 0 +/- 0 SR12 signal: 0.735074 +/- 0.735074 ====================================================================================== Cutflow and signal prediction based on 1M Pythia8 events (generated with ColliderBit): ====================================================================================== - In the cutflow I've scaled to 172004 events, as in the CMS cutflow. - The SR predictions have been automatically scaled to the LO xsec from Pythia, which I didn't save... :P ---------------------------------------------------------------------------------------------------------------------------------------------------- CUT FLOW: CMS_13TeV_2LEPsoft_36invfb ---------------------------------------------------------------------------------------------------------------------------------------------------- CUT, RAW, SCALED, %, CMS, GAMBIT(scaled)/CMS All events, 1e+06, 1.72e+05, 100%, 1.72e+05, 1 2 $\mu$'s with $5 < p_{T} < 30$ GeV, 1.57e+03, 269, 0.157%, 243, 1.11 $\mu$'s oppositely charged, 1.35e+03, 233, 0.135%, 218, 1.06 $p_{T}(\mu\mu) > 3$ GeV, 1.32e+03, 227, 0.132%, 214, 1.06 $M(\mu\mu) \in [4,50]$ GeV, 716, 123, 0.0716%, 103, 1.19 $M(\mu\mu)$ veto [9,10.5] $GeV$, 712, 122, 0.0712%, 102, 1.2 $125 < p^{miss}_{T} < 200$ GeV, 64, 11, 0.0064%, 9.8, 1.12 Trigger. Implemented as efficiency., 41.6, 7.16, 0.00416%, 5.5, 1.3 ISR jet, 40.3, 6.93, 0.00403%, 5.3, 1.31 $H_{T} > 100$ GeV, 37.7, 6.48, 0.00377%, 4.1, 1.58 $0.6 < p^{miss}_{T}/H_{T} < 1.4$, 33.8, 5.81, 0.00338%, 3.7, 1.57 b-tag veto, 28.6, 4.92, 0.00286%, 3, 1.64 $M(\tau\tau)$ veto, 22.7, 3.91, 0.00227%, 2.7, 1.45 $M_{T}(\mu_{x},p^{miss}_{T}), x = 1,2 < 70$ GeV, 21.4, 3.69, 0.00214%, 2.2, 1.68 --------------------------------------------------------------------------------------------------------------------------------------------------- SR1 signal: 2.4506208 +/- 0.56444344 SR2 signal: 0.25351249 +/- 0.18154407 SR3 signal: 0.084504164 +/- 0.10481452 SR4 signal: 0 +/- 0 SR5 signal: 0.91004484 +/- 0.34396462 SR6 signal: 0 +/- 0 SR7 signal: 0.26001281 +/- 0.18385682 SR8 signal: 0 +/- 0 SR9 signal: 2.0801025 +/- 0.52002563 SR10 signal: 0.13000641 +/- 0.13000641 SR11 signal: 0.13000641 +/- 0.13000641 SR12 signal: 0 +/- 0