First results of cWB2G WavePacket (WP) on IMBH simulations.

---

Definition of IMBH standard selection cuts

TCut dqveto("dqveto","veto_cat2_H1 && veto_cat2_L1 && veto_cat3_H1 && veto_cat3_L1 && veto_hveto_H1 && veto_hveto_L1");
TCut fcut1("fcut1","frequency[0]>24 && frequency[0]<=256");
TCut netcc("netcc","netcc[0]>0.7");
TCut qveto1("qveto","!(Qveto[0]>0.3 && Qveto[1]>0.3 && frequency[0] > 60.0)");
TCut qveto2("qveto","!(Qveto[2]>0.3 && Qveto[3]>0.3 && frequency[0] > 60.0)");
TCut lveto("lveto","!((bandwidth[0]<5 || (Lveto[1]<5 && Lveto[2]>0.8)) && abs(frequency[0]-60.0)<2)");
TCut cbc("cbc","chirp[1]>1");

//definition of the inclusive bins
TCut imbh = fcut1+netcc+qveto1+qveto2+lveto+cbc+dqveto;

---

Definition of tentative IMBH selection selection cuts for WP

TCut norm("norm","norm>2.5");
TCut dqveto("dqveto","veto_cat2_H1 && veto_cat2_L1 && veto_cat3_H1 && veto_cat3_L1 && veto_hveto_H1 && veto_hveto_L1");
TCut fcut1("fcut1","frequency[0]>24 && frequency[0]<=256");
TCut chi2("chi2","log10(penalty)<0.2");
TCut netcc("netcc","netcc[0]>0.7 && netcc[2]>0.7");
TCut qveto1("qveto1","!(Qveto[0]>0.1 && Qveto[1]>0.1 && frequency[0] > 60.0)");
TCut qveto2("qveto2","!(Qveto[2]>0.1 && Qveto[3]>0.1 && frequency[0] > 60.0)");

TCut qveto3("qveto3","!(!(Qveto[0]>0.1 && Qveto[1]>0.1 &&Qveto[2]>0.1 && Qveto[3]>0.1 )&& frequency[0] > 60.0)");
TCut lveto("lveto","!((bandwidth[0]<5 || (Lveto[1]<5 && Lveto[2]>0.8)) && abs(frequency[0]-60.0)<2)");
TCut cbc("cbc","chirp[1]>1 && chirp[3]>0.98 && chirp[5]>0.6");
TCut cbc1("cbc1","chirp[3]>0.96 && chirp[5]>0.6");

TCut cbc2("cbc2","chirp[1]>1");

// definition of the inclusive bins
TCut imbh0 = norm+dqveto+fcut1+chi2+netcc+qveto1+qveto2+lveto;

TCut imbh0_2 = norm+dqveto+fcut1+chi2+netcc+qveto3+lveto;
TCut imbh1 = norm+dqveto+fcut1+chi2+netcc+qveto1+qveto2+lveto+cbc1;

TCut imbh2 = norm+dqveto+fcut1+chi2+netcc+qveto1+qveto2+lveto+cbc2;
TCut imbh = norm+dqveto+fcut1+chi2+netcc+qveto1+qveto2+lveto+cbc;

TABLE 1	LABEL	ANALYSIS TYPE	WAT/LAL vers	Notes	Links	Effective Radius [Mpc] @ FAR=1/year
1	O1_IMBH_REDSHIFT_INJ_100_100_NoSpin	2G MRA i, Resamp=3 L=6-10	O1offline 4707M/ 6.16.0	IMBH standard, O1, simulation 100+100 redshift	page with imbh official cuts	2390+/-19
2	O1_IMBH_REDSHIFT_INJ_300_300_NoSpin_v3	2G MRA i, Resamp=3 L=6-10	O1offline 4707M/ 6.16.0	IMBH standard, O1, simulation 300+300 redshift	page with imbh official cuts	1054+/-29
3	O1_IMBH_REDSHIFT_INJ_100_100_NoSpin_WP4_pattern10	2G MRA r, Resamp=3 L=4-10	*watWP 4883M* / 6.16.1*	IMBH with WP *pattern=10, O1, simulation 100+100 redshift	imbh, imbh0, imbh1	2693+/-18, 2628+/-18, 2698 +/-18
4	O1_IMBH_REDSHIFT_INJ_100_100_NoSpin_WP4_pattern5	2G MRA r, Resamp=3 L=4-10	*watWP 4883M* / 6.16.1*	IMBH with WP pattern=5, O1, simulation *100+100 redshift	imbh, imbh0, imbh1	1962+/-21, 2322+/-20, 2354+/-20
5	O1_IMBH_REDSHIFT_INJ_300_300_NoSpin_v3_WP4_pattern10	2G MRA r, Resamp=3 L=4-10	watWP 4883M / 6.16.1	IMBH with WP pattern=10, O1, simulation 300+300 redshift	imbh, imbh0, imbh1	1178+/-28, 1281+/-26, 1294+/-26
6	O1_IMBH_REDSHIFT_INJ_300_300_NoSpin_v3_WP4_pattern5	2G MRA r, Resamp=3 L=4-10	*watWP 4883M* / 6.16.1*	IMBH with WP pattern=5, O1, simulation *300+300 redshift	imbh, imbh0, imbh1	1133+/-28, 1212+/-27, 1235+/-27
7	O1_IMBH_REDSHIFT_INJ_100_100_NoSpin_WP5_pattern10	2G MRA r, Resamp=3 L=4-10	watWP 4892M / 6.16.1	IMBH with WP pattern=10, O1, simulation 100+100 redshift	imbh0, imbh2, imbh0_2	2797+/-18, 2789+/-18, 2771+/-18
8	O1_IMBH_REDSHIFT_INJ_300_300_NoSpin_v3_WP5_pattern10	2G MRA r, Resamp=3 L=4-10	watWP 4892M / 6.16.1	IMBH with WP pattern=10, O1, simulation 300+300 redshift	imbh0, imbh2	1333+/-26, 1185+/-28
9	O1_IMBH_REDSHIFT_INJ_100_100_NoSpin_WP6_pattern10	2G MRA r, Resamp=3 L=4-10	watWP 4933M / 6.16.1	IMBH with WP pattern=10, O1, simulation 100+100 redshift	imbh0_2	2802+/-18

-- FrancescoSalemi - 08 Sep 2016