/* Parameters for StandardModel class */
void LEP2TFtestclass::setModelParameters(StandardModel& Model_i) {
std::map<std::string, double> Parameters;
// 17+5 parameters defined in StandardModel
//Parameters["GF"] = 1.16637E-5;
Parameters["mneutrino_1"] = 0.0;
Parameters["mneutrino_2"] = 0.0;
Parameters["mneutrino_3"] = 0.0;
//Parameters["melectron"] = 0.54857990943e-3;
//Parameters["mmu"] = 0.1134289256;
//Parameters["mtau"] = 1.77682;
Parameters["lambda"] = 0.2253;
Parameters["A"] = 0.808;
Parameters["rhob"] = 0.132;
Parameters["etab"] = 0.341;
//Parameters["ale"] = 1.0/137.035999679;
//Parameters["dAle5Mz"] = 0.02758;
//Parameters["mHl"] = 130.0;
Parameters["muw"] = 80.0;
//Parameters["mub"] = 4.2;
//Parameters["muc"] = 1.4;
//
Parameters["phiEpsK"] = 0.0;
Parameters["DeltaMK"] = 0.0;
Parameters["KbarEpsK"] = 0.0;
Parameters["Dmk"] = 0.0;
Parameters["SM_M12D" ] = 0.0;
// 26+16+1 parameters defined in QCD
//Parameters["AlsMz"] = 0.1184;
//Parameters["Mz"] = 91.1876;
//Parameters["mup"] = 0.003;
//Parameters["mdown"] = 0.007;
//Parameters["mcharm"] = 1.5;
//Parameters["mstrange"] = 0.1;
//Parameters["mtop"] = 174.0;
//Parameters["mbottom"] = 4.28;
Parameters["mut"] = 175.0;
Parameters["mub"] = 4.2;
Parameters["muc"] = 1.4;
Parameters["MBd"] = 0.0;
Parameters["MBs"] = 0.0;
Parameters["MBp"] = 0.0;
Parameters["MK0"] = 0.0;
Parameters["MKp"] = 0.0;
Parameters["FBs"] = 0.0;
Parameters["FBsoFBd"] = 0.0;
Parameters["BBsoBBd"] = 0.0;
Parameters["BBs1"] = 0.0;
Parameters["BBs2"] = 0.0;
Parameters["BBs3"] = 0.0;
Parameters["BBs4"] = 0.0;
Parameters["BBs5"] = 0.0;
Parameters["BBsscale"] = 0.0;
Parameters["BBsscheme"] = 0.0;
//
Parameters["MD"] = 0.0;
Parameters["FD"] = 0.0;
Parameters["BD1"] = 0.0;
Parameters["BD2"] = 0.0;
Parameters["BD3"] = 0.0;
Parameters["BD4"] = 0.0;
Parameters["BD5"] = 0.0;
Parameters["BDscale"] = 0.0;
Parameters["BDscheme"] = 0.0;
Parameters["BK1"] = 0.0;
Parameters["BK2"] = 0.0;
Parameters["BK3"] = 0.0;
Parameters["BK4"] = 0.0;
Parameters["BK5"] = 0.0;
Parameters["BKscale"] = 0.0;
Parameters["BKscheme"] = 0.0;
Parameters["FK"] = 0.0;
/** To make comparisons with ZFITTER codes **/
Parameters["GF"] = 1.16637E-5; // for GFER=2
Parameters["melectron"] = 0.51099907e-3;
Parameters["mmu"] = 0.105658389;
Parameters["mtau"] = 1.77705;
Parameters["mup"] = 0.062;
Parameters["mdown"] = 0.083;
//Parameters["mcharm"] = 1.50; // In ZFitter, 1.5 is the pole mass, but we input it to loop functions by hand for comparisons.
Parameters["mstrange"] = 0.215;
//Parameters["mbottom"] = 4.70; // In ZFitter, 4.7 is the pole mass, but we input it to loop functions by hand for comparisons.
Parameters["ale"] = 1.0/137.0359895;
Parameters["Mz"] = 91.1875;
Parameters["AlsMz"] = 0.118;
Parameters["dAle5Mz"] = 0.02758;
Parameters["mHl"] = 125.7;
Parameters["mtop"] = 173.18;
/* mb(Mz)= 0.56381685 and mc(Mz)= 2.8194352 in ZFitter */
/* In case where bDebug in EWSMcache class is set to true, the RG running
* effects of the quark masses are neglected. */
Parameters["mcharm"] = 0.56381685;
Parameters["mbottom"] = 2.8194352;
Model_i.Init(Parameters);
}
void setSMparameters(StandardModel& SM_i) {
map<string, double> Parameters;
// 15+5 parameters defined in StandardModel
Parameters["GF"] = 1.16637E-5;
Parameters["mneutrino_1"] = 0.0;
Parameters["mneutrino_2"] = 0.0;
Parameters["mneutrino_3"] = 0.0;
Parameters["melectron"] = 0.54857990943e-3;
Parameters["mmu"] = 0.1134289256;
Parameters["mtau"] = 1.77682;
Parameters["lambda"] = 0.2253;
Parameters["A"] = 0.808;
Parameters["rhob"] = 0.132;
Parameters["etab"] = 0.341;
Parameters["ale"] = 1.0/137.035999679;
Parameters["dAle5Mz"] = 0.02758; // not used when ALEM=3
Parameters["mHl"] = 130.0;
Parameters["muw"] = 0.0;
//
Parameters["phiEpsK"] = 0.0;
Parameters["DeltaMK"] = 0.0;
Parameters["KbarEpsK"] = 0.0;
Parameters["Dmk"] = 0.0;
Parameters["SM_M12D" ] = 0.0;
// 26+16 parameters defined in QCD
Parameters["AlsMz"] = 0.1184;
Parameters["Mz"] = 91.1876;
Parameters["mup"] = 0.003;
Parameters["mdown"] = 0.007;
Parameters["mcharm"] = 1.5;
Parameters["mstrange"] = 0.1;
Parameters["mtop"] = 174.0;
Parameters["mbottom"] = 4.28;
//
Parameters["mut"] = 175.0;
Parameters["mub"] = 5.0;
Parameters["muc"] = 1.5;
Parameters["tBd"] = 0.0;
Parameters["tKp"] = 0.0;
Parameters["tBp"] = 0.0;
Parameters["tBs"] = 0.0;
Parameters["tKstar"] = 0.0;
Parameters["tphi"] = 0.0;
Parameters["MBd"]=5.279;
Parameters["tBd"]=1.519;
Parameters["MBs"]=5.366;
Parameters["tBs"]=1.512;
Parameters["DGs_Gs"]=0.130;
Parameters["MBp"]=5.279;
Parameters["tBp"]=1.638;
Parameters["MK0"]=0.4976;
Parameters["MKp"]=0.4937;
Parameters["MKstar"]=0.89166;
Parameters["tKstar"]=1.;
Parameters["Mphi"]=1.019461;
Parameters["tphi"]=1.;
Parameters["FK"]= 0.1561;
Parameters["FBs"]=0.2277;
Parameters["FKstar"]=0.225;
Parameters["FKstarp"]= 0.185;
Parameters["Fphi"]=0.254;
Parameters["Fphip"]= 0.215;
Parameters["FBsoFBd"]= 1.202;
Parameters["csi"]= 1.06;
Parameters["FBsSqrtBBs1"]=0.875;
Parameters["FBsSqrtBBs2"]=0.73;
Parameters["FBsSqrtBBs3"]=0.89;
Parameters["FBsSqrtBBs4"]=0.93;
Parameters["FBsSqrtBBs5"]=1.57;
Parameters["BBsscale"]=4.29;
Parameters["BBsscheme"]= 0.;
// Parameters["lambda"]=0.2255; //HEPFit default
// Parameters["A"]=0.82; //HEPFit default
// Parameters["rhob"]=0.132; //HEPFit default
// Parameters["etab"]=0.351; //HEPFit default
Parameters["lambda"] = 0.2253; //ZFitter
Parameters["A"] = 0.808; //ZFitter
Parameters["rhob"] = 0.132; //ZFitter
Parameters["etab"] = 0.341; //ZFitter
Parameters["muw"]=80.385;
Parameters["phiEpsK"]= 43.51;
Parameters["KbarEpsK"]=.97;
Parameters["DeltaMK"]= 3.483e-15;
Parameters["Dmk"]=1.7415e-15;
Parameters["SM_M12D"]= 0.;
Parameters["MD"]= 1.865;
Parameters["FD"]= 0.212;
Parameters["BD1"]=0.75;
Parameters["BD2"]=0.97;
Parameters["BD3"]=1.51;
Parameters["BD4"]=1.22;
Parameters["BD5"]=1.62;
Parameters["BDscale"]= 2.;
Parameters["BDscheme"]=2.;
Parameters["BK1"]=0.51;
Parameters["BK2"]=0.73;
Parameters["BK3"]=1.29;
Parameters["BK4"]=1.04;
Parameters["BK5"]=0.76;
Parameters["BKscale"]= 2.;
Parameters["BKscheme"]=2.;
Parameters["EpsK"]=0.;
Parameters["BK(1/2)1"]=0.;
Parameters["BK(1/2)2"]=0.;
Parameters["BK(1/2)3"]=0.;
Parameters["BK(1/2)4"]=0.;
Parameters["BK(1/2)5"]=0.;
Parameters["BK(1/2)6"]=0.;
Parameters["BK(1/2)7"]=0.;
Parameters["BK(1/2)8"]=0.;
Parameters["BK(1/2)9"]=0.;
Parameters["BK(1/2)10"]= 0.;
Parameters["BKd_scale"]= 0.;
Parameters["BKd_scheme"]=0.;
Parameters["BK(3/2)1"]=0.;
Parameters["BK(3/2)2"]=0.;
Parameters["BK(3/2)3"]=0.;
Parameters["BK(3/2)4"]=0.;
Parameters["BK(3/2)5"]=0.;
Parameters["BK(3/2)6"]=0.;
Parameters["BK(3/2)7"]=0.;
Parameters["BK(3/2)8"]=0.;
Parameters["BK(3/2)9"]=0.;
Parameters["BK(3/2)10"]= 0.;
Parameters["ReA0_Kd"]= 0.;
Parameters["ReA2_Kd"]= 0.;
Parameters["Omega_eta_etap"]=0.;
Parameters["Br_Kp_P0enu"]= 0.0;
Parameters["Br_Kp_munu"]=0.;
Parameters["Br_B_Xcenu"]=0.1061;
Parameters["DeltaP_cu"]= 0.04;
Parameters["IB_Kl"]= 0.;
Parameters["IB_Kp"]= 0.;
Parameters["tKl"]=5.116e4;
Parameters["tKp"]=1.2830e4;
Parameters["absh_0"]=0.000;
Parameters["absh_p"]=0.000;
Parameters["absh_m"]=0.000;
Parameters["argh_0"]=0.000;
Parameters["argh_p"]=0.000;
Parameters["argh_m"]=0.000;
Parameters["absh_0_1"]= 0.000;
Parameters["absh_p_1"]= 0.000;
Parameters["absh_m_1"]= 0.000;
Parameters["argh_0_1"]= 0.000;
Parameters["argh_p_1"]= 0.000;
Parameters["argh_m_1"]= 0.000;
Parameters["absh_0_2"]= 0.000;
Parameters["absh_p_2"]= 0.000;
Parameters["absh_m_2"]= 0.000;
Parameters["argh_0_2"]= 0.000;
Parameters["argh_p_2"]= 0.000;
Parameters["argh_m_2"]= 0.000;
Parameters["absh_0_MP"]=0.0005;
Parameters["argh_0_MP"]=0.0005;
Parameters["absh_0_1_MP"]=0.;
Parameters["argh_0_1_MP"]=0.;
Parameters["a_0V"]=0.365642;
Parameters["a_1V"]=-1.08352;
Parameters["a_2V"]=2.46546;
Parameters["MRV"]=5.415;
Parameters["a_0A0"]= 0.390635;
Parameters["a_1A0"]= -1.15441;
Parameters["a_2A0"]= 2.08102;
Parameters["MRA0"]=5.366;
Parameters["a_0A1"]= 0.289097;
Parameters["a_1A1"]= 0.30781;
Parameters["a_2A1"]= 0.722586;
Parameters["MRA1"]=5.829;
Parameters["a_0A12"]=0.280786;
Parameters["a_1A12"]=0.571374;
Parameters["a_2A12"]=0.138278;
Parameters["MRA12"]= 5.829;
Parameters["a_0T1"]= 0.30833;
Parameters["a_1T1"]= -0.961551;
Parameters["a_2T1"]= 2.00707;
Parameters["MRT1"]=5.415;
Parameters["a_0T2"]= 0.30833;
Parameters["a_1T2"]= 0.423666;
Parameters["a_2T2"]= 2.02091;
Parameters["MRT2"]=5.829;
Parameters["a_0T23"]=0.793279;
Parameters["a_1T23"]=1.26374;
Parameters["a_2T23"]=1.96215;
Parameters["MRT23"]= 5.829;
Parameters["a_0Vphi"]=0.0326803;
Parameters["a_1Vphi"]=0.299559;
Parameters["a_2Vphi"]=1.53848;
Parameters["MRVphi"]=5.415;
Parameters["a_0A0phi"]= 0.0350432;
Parameters["a_1A0phi"]= 0.304956;
Parameters["a_2A0phi"]= 1.52243;
Parameters["MRA0phi"]=5.366;
Parameters["a_0A1phi"]= 0.0271721;
Parameters["a_1A1phi"]= 0.218872;
Parameters["a_2A1phi"]= 0.834282;
Parameters["MRA1phi"]=5.829;
Parameters["a_0A12phi"]=0.0222117;
Parameters["a_1A12phi"]=0.175381;
Parameters["a_2A12phi"]=0.999736;
Parameters["MRA12phi"]= 5.829;
Parameters["a_0T1phi"]= 0.0300715;
Parameters["a_1T1phi"]= 0.2296;
Parameters["a_2T1phi"]= 1.3049;
Parameters["MRT1phi"]=5.415;
Parameters["a_0T2phi"]= 0.0300715;
Parameters["a_1T2phi"]= 0.2139;
Parameters["a_2T2phi"]= 1.13133;
Parameters["MRT2phi"]=5.829;
Parameters["a_0T23phi"]=0.0614055;
Parameters["a_1T23phi"]=0.473111;
Parameters["a_2T23phi"]=2.5058;
Parameters["MRT23phi"]= 5.829;
Parameters["r_1_fplus"]=0.162;
Parameters["r_2_fplus"]=0.173;
Parameters["m_fit2_fplus"]= 29.2681;
Parameters["r_1_fT"]=0.161;
Parameters["r_2_fT"]=0.198;
Parameters["m_fit2_fT"]=29.2681;
Parameters["r_2_f0"]=0.330;
Parameters["m_fit2_f0"]=37.46;
Parameters["bsgamma_E0"]= 1.6;
Parameters["BLNPcorr"]= 0.;
Parameters["Gambino_mukin"]=1.;
Parameters["Gambino_BRsem"]=10.67;
Parameters["Gambino_Mbkin"]=4.564;
Parameters["Gambino_Mcatmuc"]=1.087;
Parameters["Gambino_mupi2"]=0.470;
Parameters["Gambino_rhoD3"]=0.171;
Parameters["Gambino_muG2"]= 0.309;
Parameters["Gambino_rhoLS3"]=-0.135;
Parameters["lambdaB"]=0.350;
Parameters["alpha1kst"]=0.2;
Parameters["alpha2kst"]=0.05;
Parameters["alpha2phi"]=0.;
Parameters["alpha1kp"]=0.2;
Parameters["alpha2kp"]=0.05;
Parameters["delMw"]=0.;
Parameters["delSin2th_l"]=0.;
Parameters["delGammaZ"]=0.;
Parameters["delR0b"]=0.;
// /* TEST for ZFITTER */
// Parameters["Mz"] = 91.1876;
// Parameters["mtop"] = 178.0;
// Parameters["mHl"] = 100.0;
// Parameters["AlsMz"] = 0.117;
// Parameters["dAle5Mz"] = 0.027572;
/** To make comparisons with ZFITTER codes **/
Parameters["GF"] = 1.16637E-5; // for GFER=2
Parameters["melectron"] = 0.51099907e-3;
Parameters["mmu"] = 0.105658389;
Parameters["mtau"] = 1.77705;
Parameters["mup"] = 0.062;
Parameters["mdown"] = 0.083;
Parameters["mcharm"] = 1.50; // In ZFitter, 1.5 is the pole mass.
Parameters["mstrange"] = 0.215;
Parameters["mbottom"] = 4.70; // In ZFitter, 4.7 is the pole mass.
Parameters["ale"] = 1.0/137.0359895;
/* TEST for Table 6.1 in hep-ph/0507146*/
/* flags: AMT4=6, ALEM=2 */
Parameters["Mz"] = 91.1875;
Parameters["mtop"] = 175.0;
Parameters["mHl"] = 150.0;
Parameters["AlsMz"] = 0.118;
Parameters["dAle5Mz"] = 0.02758;
/* to make mb(Mz) and mc(Mz) similar to ZFitter ones */
/* mcMz = 0.56381685, mbMz = 2.8194352 */
/* muMz = 0.062, mdMz = 0.083, msMz = 0.215 */
Parameters["mbottom"] = 4.122;
Parameters["mub"] = 4.122;
Parameters["mcharm"] = 1.171;
Parameters["muc"] = 1.171;
SM_i.Init(Parameters);
}
