mty::sm_input Namespace Reference

Namespace containing SM input parameters, in particular those modifiable with LHA file. More...

Variables
csl::Expr	alpha_em
csl::Expr	e_em
csl::Expr	G_F
csl::Expr	alpha_s
csl::Expr	g_s
csl::Expr	M_Z
csl::Expr	m_b
csl::Expr	m_t
csl::Expr	m_tau
csl::Expr	M_W
csl::Expr	m_h
csl::Expr	v
csl::Expr	m_e
csl::Expr	m_mu
csl::Expr	m_u
csl::Expr	m_d
csl::Expr	m_c
csl::Expr	m_s
csl::Expr	Gamma_W
csl::Expr	Gamma_Z
csl::Expr	Gamma_h
csl::Expr	Gamma_t
csl::Expr	s2_theta_W
csl::Expr	theta_W
csl::Expr	V_ud_mod
csl::Expr	V_us_mod
csl::Expr	V_ub_mod
csl::Expr	V_cb_mod
csl::Expr	V_cd_mod
csl::Expr	V_cs_mod
csl::Expr	V_td_mod
csl::Expr	V_ts_mod
csl::Expr	V_tb_mod
csl::Expr	A_wolf
csl::Expr	lambda_wolf
csl::Expr	rho_bar_wolf
csl::Expr	eta_bar_wolf
csl::Expr	delta_wolf
csl::Expr	V_ud
csl::Expr	V_us
csl::Expr	V_cb
csl::Expr	V_tb
csl::Expr	tan_CKM_12 = V_us / V_ud
csl::Expr	sin_CKM_12
csl::Expr	cos_CKM_12
csl::Expr	tan_CKM_23 = V_cb / V_tb
csl::Expr	sin_CKM_23
csl::Expr	cos_CKM_23
csl::Expr	cos_CKM_13
csl::Expr	sin_CKM_13
csl::Expr	V_ub = V_ub_mod * csl::exp_s(-CSL_I * delta_wolf)
csl::Expr	V_cd
csl::Expr	V_cs
csl::Expr	V_td
csl::Expr	V_ts
csl::Expr	V_ud_wolf = 1 - lambda_wolf*lambda_wolf / 2
csl::Expr	V_cd_wolf = - lambda_wolf
csl::Expr	V_td_wolf = rho_bar_wolf - CSL_I * eta_bar_wolf
csl::Expr	V_us_wolf = lambda_wolf
csl::Expr	V_cs_wolf = 1 - lambda_wolf*lambda_wolf / 2
csl::Expr	V_ts_wolf = -A_wolf * lambda_wolf * lambda_wolf
csl::Expr	V_ub_wolf = rho_bar_wolf + CSL_I * eta_bar_wolf
csl::Expr	V_cb_wolf = A_wolf * lambda_wolf*lambda_wolf
csl::Expr	V_tb_wolf = CSL_1

Detailed Description

Namespace containing SM input parameters, in particular those modifiable with LHA file.

See also

lha.h, lhaBuiltIn.h, mty::lha

Variable Documentation

A_wolf

csl::Expr mty::sm_input::A_wolf

inline

Initial value:

= csl::constant_s(
            "A_wolf",
            csl::float_s(0.836)
            )

alpha_em

csl::Expr mty::sm_input::alpha_em

inline

Initial value:

= csl::constant_s(
            "alpha_em",
            1 / csl::float_s(1.37035999139e+02L))

alpha_s

csl::Expr mty::sm_input::alpha_s

inline

Initial value:

= csl::constant_s(
            "alpha_s",
            csl::float_s(1.1890e-01L))

cos_CKM_12

csl::Expr mty::sm_input::cos_CKM_12

inline

Initial value:

= csl::Evaluated(
                csl::cos_s(csl::atan_s(tan_CKM_12)),
                csl::eval::literal | csl::eval::numerical
                )

cos_CKM_13

csl::Expr mty::sm_input::cos_CKM_13

inline

Initial value:

= csl::Evaluated(
                csl::sqrt_s(V_us*V_us + V_ud*V_ud),
                csl::eval::literal | csl::eval::numerical
                )

cos_CKM_23

csl::Expr mty::sm_input::cos_CKM_23

inline

Initial value:

= csl::Evaluated(
                csl::cos_s(csl::atan_s(tan_CKM_23)),
                csl::eval::literal | csl::eval::numerical
                )

delta_wolf

csl::Expr mty::sm_input::delta_wolf

inline

Initial value:

= csl::constant_s(
            "delta_wolf",
            csl::Angle(csl::Evaluated(eta_bar_wolf, csl::eval::literal),
                       csl::Evaluated(rho_bar_wolf, csl::eval::literal))
                .evaluate(csl::eval::numerical).value()
            )

e_em

csl::Expr mty::sm_input::e_em

inline

Initial value:

= csl::constant_s(
            "e_em",
            csl::Evaluated(
                csl::sqrt_s(4 * M_PI * alpha_em), 
                csl::eval::numerical | csl::eval::literal
                )
            )

eta_bar_wolf

csl::Expr mty::sm_input::eta_bar_wolf

inline

Initial value:

= csl::constant_s(
            "eta_bar_wolf",
            csl::float_s(0.355)
            )

G_F

csl::Expr mty::sm_input::G_F

inline

Initial value:

= csl::constant_s(
            "G_F",
            csl::float_s(1.1663787e-05L))

g_s

csl::Expr mty::sm_input::g_s

inline

Initial value:

= csl::constant_s(
            "g_s",
            csl::Evaluated(
                csl::sqrt_s(4 * M_PI * alpha_s), 
                csl::eval::numerical | csl::eval::literal
                )
            )

Gamma_h

csl::Expr mty::sm_input::Gamma_h

inline

Initial value:

= csl::constant_s(
            "Gamma_h",
            csl::float_s(4.2e-3)
            )

Gamma_t

csl::Expr mty::sm_input::Gamma_t

inline

Initial value:

= csl::constant_s(
            "Gamma_t",
            csl::float_s(1.41)
            )

Gamma_W

csl::Expr mty::sm_input::Gamma_W

inline

Initial value:

= csl::constant_s(
            "Gamma_W",
            csl::float_s(2.085)
            )

Gamma_Z

csl::Expr mty::sm_input::Gamma_Z

inline

Initial value:

= csl::constant_s(
            "Gamma_Z",
            csl::float_s(2.4952)
            )

lambda_wolf

csl::Expr mty::sm_input::lambda_wolf

inline

Initial value:

= csl::constant_s(
            "lambda_wolf",
            csl::float_s(0.22453)
            )

m_b

csl::Expr mty::sm_input::m_b

inline

Initial value:

= csl::constant_s(
            "m_b",
            csl::float_s(4.18))

m_c

csl::Expr mty::sm_input::m_c

inline

Initial value:

= csl::constant_s(
            "m_c", 
            csl::float_s(1.275))

m_d

csl::Expr mty::sm_input::m_d

inline

Initial value:

= csl::constant_s(
            "m_d", 
            csl::float_s(4.7e-03))

m_e

csl::Expr mty::sm_input::m_e

inline

Initial value:

= csl::constant_s(
            "m_e",
            csl::float_s(5.109989461e-04L)
            )

m_h

csl::Expr mty::sm_input::m_h

inline

Initial value:

= csl::constant_s(
            "m_h",
            csl::float_s(125.18)
            )

m_mu

csl::Expr mty::sm_input::m_mu

inline

Initial value:

= csl::constant_s(
            "m_mu",
            csl::float_s(105.6583745e-03)
            )

m_s

csl::Expr mty::sm_input::m_s

inline

Initial value:

= csl::constant_s(
            "m_s",
            csl::float_s(0.095))

m_t

csl::Expr mty::sm_input::m_t

inline

Initial value:

= csl::constant_s(
            "m_t",
            csl::float_s(173))

m_tau

csl::Expr mty::sm_input::m_tau

inline

Initial value:

= csl::constant_s(
            "m_tau",
            csl::float_s(1.77686))

m_u

csl::Expr mty::sm_input::m_u

inline

Initial value:

= csl::constant_s(
            "m_u", 
            csl::float_s(2.2e-03))

M_W

csl::Expr mty::sm_input::M_W

inline

Initial value:

= csl::constant_s(
            "M_W",
            csl::float_s(80.379)
            )

M_Z

csl::Expr mty::sm_input::M_Z

inline

Initial value:

= csl::constant_s(
            "M_Z",
            csl::float_s(9.11876e+01))

rho_bar_wolf

csl::Expr mty::sm_input::rho_bar_wolf

inline

Initial value:

= csl::constant_s(
            "rho_bar_wolf",
            csl::float_s(0.122)
            )

s2_theta_W

csl::Expr mty::sm_input::s2_theta_W

inline

Initial value:

= csl::constant_s(
            "s2_thetaW",
            csl::float_s(0.23057)
            )

sin_CKM_12

csl::Expr mty::sm_input::sin_CKM_12

inline

Initial value:

= csl::Evaluated(
                csl::sin_s(csl::atan_s(tan_CKM_12)),
                csl::eval::literal | csl::eval::numerical
                )

sin_CKM_13

csl::Expr mty::sm_input::sin_CKM_13

inline

Initial value:

= csl::Evaluated(
                csl::sqrt_s(1 - csl::pow_s(cos_CKM_13, 2)),
                csl::eval::literal | csl::eval::numerical
                )

sin_CKM_23

csl::Expr mty::sm_input::sin_CKM_23

inline

Initial value:

= csl::Evaluated(
                csl::sin_s(csl::atan_s(tan_CKM_23)),
                csl::eval::literal | csl::eval::numerical
                )

theta_W

csl::Expr mty::sm_input::theta_W

inline

Initial value:

= csl::constant_s(
            "theta_W",
            csl::Evaluated(
                csl::asin_s(csl::sqrt_s(s2_theta_W)), 
                csl::eval::numerical | csl::eval::literal
                )
            )

v

csl::Expr mty::sm_input::v

inline

Initial value:

= csl::constant_s(
            "v",
            246.22
            )

V_cb

csl::Expr mty::sm_input::V_cb

inline

Initial value:

= csl::constant_s(
                "V_cb",
                V_cb_mod->getValue(),
                csl::ComplexProperty::Real
                )

V_cb_mod

csl::Expr mty::sm_input::V_cb_mod

inline

Initial value:

= csl::constant_s(
            "V_cb_mod",
            csl::float_s(41.0e-03)
            )

V_cd

csl::Expr mty::sm_input::V_cd

inline

Initial value:

= csl::constant_s(
            "V_cd",
            csl::Evaluated(
                - sin_CKM_12*cos_CKM_23 
                - cos_CKM_12*sin_CKM_23*sin_CKM_13*csl::exp_s(CSL_I*delta_wolf),
                csl::eval::literal | csl::eval::numerical
            ),
            csl::ComplexProperty::Complex
            )

V_cd_mod

csl::Expr mty::sm_input::V_cd_mod

inline

Initial value:

= csl::constant_s(
            "V_cd_mod",
            csl::float_s(0.2210)
            )

V_cs

csl::Expr mty::sm_input::V_cs

inline

Initial value:

= csl::constant_s(
            "V_cs",
            csl::Evaluated(
                cos_CKM_12*cos_CKM_23 
                - sin_CKM_12*sin_CKM_23*sin_CKM_13*csl::exp_s(CSL_I*delta_wolf),
                csl::eval::literal | csl::eval::numerical
            ),
            csl::ComplexProperty::Complex
            )

V_cs_mod

csl::Expr mty::sm_input::V_cs_mod

inline

Initial value:

= csl::constant_s(
            "V_cs_mod",
            csl::float_s(0.987)
            )

V_tb

csl::Expr mty::sm_input::V_tb

inline

Initial value:

= csl::constant_s(
                "V_tb",
                V_tb_mod->getValue(),
                csl::ComplexProperty::Real
                )

V_tb_mod

csl::Expr mty::sm_input::V_tb_mod

inline

Initial value:

= csl::constant_s(
            "V_tb_mod",
            csl::float_s(1.013)
            )

V_td

csl::Expr mty::sm_input::V_td

inline

Initial value:

= csl::constant_s(
            "V_td",
            csl::Evaluated(
                sin_CKM_12*sin_CKM_23 
                - cos_CKM_12*cos_CKM_23*sin_CKM_13*csl::exp_s(CSL_I*delta_wolf),
                csl::eval::literal | csl::eval::numerical
            ),
            csl::ComplexProperty::Complex
            )

V_td_mod

csl::Expr mty::sm_input::V_td_mod

inline

Initial value:

= csl::constant_s(
            "V_td_mod",
            csl::float_s(8.0e-03)
            )

V_ts

csl::Expr mty::sm_input::V_ts

inline

Initial value:

= csl::constant_s(
            "V_ts",
            csl::Evaluated(
                - cos_CKM_12*sin_CKM_23 
                - sin_CKM_12*cos_CKM_23*sin_CKM_13*csl::exp_s(CSL_I*delta_wolf),
            csl::eval::literal | csl::eval::numerical
            ),
            csl::ComplexProperty::Complex
            )

V_ts_mod

csl::Expr mty::sm_input::V_ts_mod

inline

Initial value:

= csl::constant_s(
            "V_ts_mod",
            csl::float_s(38.8e-03)
            )

V_ub_mod

csl::Expr mty::sm_input::V_ub_mod

inline

Initial value:

= csl::constant_s(
            "V_ub_mod",
            csl::float_s(3.82e-03)
            )

V_ud

csl::Expr mty::sm_input::V_ud

inline

Initial value:

= csl::constant_s(
                "V_ud",
                V_ud_mod->getValue(),
                csl::ComplexProperty::Real
                )

V_ud_mod

csl::Expr mty::sm_input::V_ud_mod

inline

Initial value:

= csl::constant_s(
            "V_ud_mod",
            csl::float_s(0.97370) 
            )

V_us

csl::Expr mty::sm_input::V_us

inline

Initial value:

= csl::constant_s(
                "V_us",
                V_us_mod->getValue(),
                csl::ComplexProperty::Real
                )

V_us_mod

csl::Expr mty::sm_input::V_us_mod

inline

Initial value:

= csl::constant_s(
            "V_us_mod",
            csl::float_s(0.2245)
            )