Namespaces
namespace	amm_loop_functions

namespace	anonymous_namespace{betafunction.cpp}

namespace	anonymous_namespace{ckm.cpp}

namespace	anonymous_namespace{coupling_monitor.cpp}

namespace	anonymous_namespace{decay.cpp}

namespace	anonymous_namespace{decay_functions.cpp}

namespace	anonymous_namespace{eigen_utils.hpp}

namespace	anonymous_namespace{eta.cpp}

namespace	anonymous_namespace{experimental_constraints.cpp}

namespace	anonymous_namespace{factorial.cpp}

namespace	anonymous_namespace{flexibledecay_settings.cpp}

namespace	anonymous_namespace{global_thread_pool.cpp}

namespace	anonymous_namespace{harmonic.cpp}

namespace	anonymous_namespace{Li.cpp}

namespace	anonymous_namespace{Li3.cpp}

namespace	anonymous_namespace{Li4.cpp}

namespace	anonymous_namespace{logger.cpp}

namespace	anonymous_namespace{one_loop_decay_diagrams.cpp}

namespace	anonymous_namespace{pmns.cpp}

namespace	anonymous_namespace{problems.cpp}

namespace	anonymous_namespace{problems_format_mathlink.hpp}

namespace	anonymous_namespace{settings.cpp}

namespace	anonymous_namespace{sfermions.cpp}

namespace	anonymous_namespace{slha_format.hpp}

namespace	anonymous_namespace{slha_io.cpp}

namespace	anonymous_namespace{spectrum_generator_settings.cpp}

namespace	anonymous_namespace{threshold_corrections.cpp}

namespace	anonymous_namespace{wrappers.hpp}

namespace	anonymous_namespace{zeta.cpp}

namespace	cxx_diagrams

namespace	database

namespace	depgen

namespace	detail

namespace	Electroweak_constants

namespace	ffv_loop_functions

namespace	fixed_point_iterator

namespace	futils

namespace	gsl

namespace	looplibrary

namespace	meta

namespace	observable_problems

namespace	observables

namespace	runge_kutta

namespace	sfermions

namespace	threshold_loop_functions

Classes
struct	_power

struct	_power< 0, true, T >

struct	_power< 1, false, T >

struct	_power< p, false, T >

struct	_power< p, true, T >

class	AnyNumericalConstraint

class	AnyNumericalMatching

class	AnySingleSiteConstraint

class	band_matrix

class	Beta_function
	beta function interface More...

class	BVP_solver_problems

class	Chop
	function object, whose operator() returns zero if the value it is applied to is smaller than the given threshold More...

struct	CKM_parameters

class	Command_line_options
	parses the command line options More...

class	Composite_convergence_tester
	A composite convergence tester. More...

class	Composite_root_finder
	Encapsulates several root finders. More...

class	CompoundConstraint

class	CompoundConstraint< Lattice >

class	CompoundMatching

class	CompoundMatching< Lattice >

class	Constraint

class	Constraint< Lattice >

class	Convergence_tester

class	Convergence_tester< Lattice >

class	Convergence_tester_DRbar

class	Coupling_monitor
	records model parameters at different scales More...

struct	create_zero

struct	create_zero< T, true >

class	Decay

class	Decay_amplitude_FFS
	generic amplitude for the decay of a fermion into a fermion and scalar More...

class	Decay_amplitude_FFV
	generic amplitude for the decay of a fermion into a fermion and vector More...

class	Decay_amplitude_SFF
	generic amplitude for the decay of a scalar into two fermions More...

class	Decay_amplitude_SSS
	generic amplitude for the decay of a scalar into two scalars More...

class	Decay_amplitude_SSV
	generic amplitude for the decay of a scalar into a scalar and vector More...

class	Decay_amplitude_SVV
	generic amplitude for the decay of a scalar into two vectors More...

class	Decay_amplitude_type
	helper class to determine amplitude type for a given set of fields More...

class	Decays_list

class	Dynamic_array_view
	secure array wrapper More...

class	EffectiveCoupling_list

class	Error

struct	EvalEigenXprImpl

struct	EvalEigenXprImpl< Idx, Function, true >

class	EWSB_solver
	interface for numeric EWSB solvers More...

class	FatalError

class	Fixed_point_iterator
	Does fixed point iteration. More...

class	Fixed_t

class	Fixed_x

class	FlexibleDecay_problems

class	FlexibleDecay_settings

struct	FlipSignOp

class	ForeignConstraint

class	ForeignMatching

class	GM2Calc_MSSMNoFV_data
	data to be passed to GM2Calc More...

class	GM2Calc_THDM_data
	data to be passed to GM2Calc More...

class	GSL_multimin_fminimizer

class	GSL_multiroot_fsolver

class	GSL_vector

class	HimalayaError

struct	hVV_4body_params

class	Initial_guesser

class	Initial_guesser< Lattice >

class	IntraTheoryConstraint

struct	is_eigen_type

class	Lattice_constraint

class	Lattice_model

class	Lattice_RGE

class	Lattice_RKRGE

class	Lattice_translator

struct	Loop_corrections

class	Loop_library

class	LToLConversion_settings

class	Match_t

class	Matching

class	Matching< Lattice >

class	Minimizer
	Function minimizer. More...

class	Model

class	multiindex

class	Names
	Generic interface to access names of parameters and particles. More...

class	NeutralHiggsEffectiveCouplings

class	NoConvergenceError
	No convergence while solving the RGEs. More...

class	NoGFermiConvergenceError
	No convergence while calculating G_Fermi. More...

class	NonPerturbativeRunningError
	Non-perturbative RG running. More...

class	NonPerturbativeRunningQedQcdError

class	NonPerturbativeSinThetaW
	Calculation of sin(theta) became non-perturbative. More...

class	NoSinThetaWConvergenceError
	No convergence while calculating the sinThetaW parameter. More...

class	NumericalConstraint

struct	NumericalConstraintCommon

class	NumericalMatching

class	Observable_problems

class	OutOfBoundsError
	Out of bounds access. More...

class	OutOfMemoryError
	Not enough memory. More...

struct	ParWilson

class	Physical_input
	stores physical input parameters More...

class	PhysicalError
	Exception class to be used in the FlexibleSUSY model file. More...

struct	PMNS_parameters

class	Problems
	stores problem flags for the spectrum generator More...

class	RAII_guard
	Carries out provided clean-up actions at destruction. More...

class	RAII_save
	Saves value of variable and restores it at destruction. More...

class	ReadError

class	RGFlow

class	RGFlow< Lattice >

class	RGFlow< Semi_analytic >
	Boundary condition solver (semi-analytic algorithm) More...

class	RGFlow< Two_scale >
	Boundary condition solver (two-scale algorithm) More...

class	Root_finder
	Function root finder. More...

class	SetupError
	Spectrum generator was not setup correctly. More...

class	Shooting_solver
	Solves the IVP using the shooting method. More...

struct	SignalResult

class	Single_scale_constraint

class	Single_scale_matching

class	SingleSiteInterTheoryConstraint

class	SLHA_io
	Handles reading and writing of SLHA files. More...

class	Spectrum_generator_problems

class	Spectrum_generator_settings
	stores the spectrum generator settings More...

class	Thread_pool
	A pool of threads. More...

struct	Threshold_corrections

class	Two_scale_constant_precision

class	Two_scale_increasing_precision

class	Two_scale_running_precision

class	Unified_xi_xj

class	Uniform_dt

struct	UnitarityInfiniteS

struct	Wilson

class	ZeroTensor3

class	ZeroTensor4

Typedefs
using	CM22 = Eigen::Matrix< Comp, 2, 2 >

using	CM33 = Eigen::Matrix< Comp, 3, 3 >

using	CM44 = Eigen::Matrix< Comp, 4, 4 >

using	CM66 = Eigen::Matrix< Comp, 6, 6 >

using	Comp = std::complex< Real >

using	InterTheoryConstraint = Matching< Lattice >

using	Real = double

using	RM22 = Eigen::Matrix< Real, 2, 2 >

using	RM33 = Eigen::Matrix< Real, 3, 3 >

using	RM44 = Eigen::Matrix< Real, 4, 4 >

using	RM66 = Eigen::Matrix< Real, 6, 6 >

using	RVe2 = Eigen::Matrix< Real, 2, 1 >

using	RVe3 = Eigen::Matrix< Real, 3, 1 >

using	RVe4 = Eigen::Matrix< Real, 4, 1 >

using	RVe6 = Eigen::Matrix< Real, 6, 1 >

using	RVec = std::vector< Real >

using	SingleSiteConstraint = Constraint< Lattice >

Enumerations
enum	PDG_id_pairs : int { dd = 0 , uu = 1 , ss = 2 , cc = 3 , bb = 4 , tt = 5 , ee = 6 , mumu = 7 , tautau = 8 , WW = 9 , ZZ = 10 , gamgam = 11 , Zgam = 12 , gg = 13 , emu = 14 , etau = 15 , mutau = 16 , NUMBER_OF_PDG_IDS }

Functions
template<typename Derived >
auto	Abs (const Eigen::ArrayBase< Derived > &x) -> decltype(x.cwiseAbs().eval())

template<typename Derived >
auto	Abs (const Eigen::MatrixBase< Derived > &x) -> decltype(x.cwiseAbs().eval())

double	Abs (const std::complex< double > &x) noexcept

float	Abs (const std::complex< float > &x) noexcept

long double	Abs (const std::complex< long double > &x) noexcept

double	Abs (double x) noexcept

float	Abs (float x) noexcept

int	Abs (int x) noexcept

long double	Abs (long double x) noexcept

long long	Abs (long long x) noexcept

long	Abs (long x) noexcept

template<typename Derived >
auto	AbsSqr (const Eigen::ArrayBase< Derived > &x) -> decltype(x.cwiseAbs().eval().square().eval())

template<typename Derived >
auto	AbsSqr (const Eigen::MatrixBase< Derived > &x) -> decltype(AbsSqr(x.array()).matrix().eval())

double	AbsSqr (const std::complex< double > &x) noexcept

float	AbsSqr (const std::complex< float > &x) noexcept

long double	AbsSqr (const std::complex< long double > &x) noexcept

double	AbsSqr (double x) noexcept

float	AbsSqr (float x) noexcept

int	AbsSqr (int x) noexcept

long double	AbsSqr (long double x) noexcept

long long	AbsSqr (long long x) noexcept

long	AbsSqr (long x) noexcept

template<typename Derived >
auto	AbsSqrt (const Eigen::ArrayBase< Derived > &x) -> decltype(x.cwiseAbs().cwiseSqrt())

template<typename Derived >
auto	AbsSqrt (const Eigen::MatrixBase< Derived > &x) -> decltype(x.cwiseAbs().cwiseSqrt())

double	AbsSqrt (const std::complex< double > &x) noexcept

double	AbsSqrt (double x) noexcept

std::complex< double >	ArcCos (const std::complex< double > &x) noexcept

double	ArcCos (double x) noexcept

std::complex< double >	ArcSin (const std::complex< double > &x) noexcept

double	ArcSin (double x) noexcept

std::complex< double >	ArcTan (const std::complex< double > &x) noexcept

double	ArcTan (double x) noexcept

double	Arg (const std::complex< double > &x) noexcept

double	Arg (double x) noexcept

double *	begin (GSL_vector &)
	iterator to begin of GSL_vector

template<class BinaryOp , class Derived >
Derived	binary_map (const Eigen::DenseBase< Derived > &a, const Eigen::DenseBase< Derived > &b, BinaryOp op)

double	calc_DeltaAh (double b) noexcept

double	calc_DeltaH (double b) noexcept
	Eq.(2.6) of hep-ph/0503173.

double	calc_Deltaqq (double alpha_s_red, double Nf, FlexibleDecay_settings const &) noexcept
	Eq.(2.11) of hep-ph/0503173, 2-loop and higher order.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g1n1_FFS (double mext1, double mext2, double mext3, double mLF4, double mLF5, double mLS6, const std::complex< double > &CpF2F4cS6PL, const std::complex< double > &CpF2F4cS6PR, const std::complex< double > &CpcF4cF5S1PL, const std::complex< double > &CpcF4cF5S1PR, const std::complex< double > &CpF5F3S6PL, const std ::complex< double > &CpF5F3S6PR, double scale)
	Evaluates T1G1N1 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g1n1_FFS (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t1g2n2_SSF (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLF6, const std::complex< double > &CpF2cF6S4PL, const std::complex< double > &CpF2cF6S4PR, const std::complex< double > &CpF6F3S5PL, const std::complex< double > &CpF6F3S5PR, const std::complex< double > &CpS1cS4cS5, double scale)
	Evaluates T1G2N2 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g3n3_FFV (double mext1, double mext2, double mext3, double mLF4, double mLF5, double mLV6, const std::complex< double > &CpF2F4cV6PR, const std::complex< double > &CpF2F4cV6PL, const std::complex< double > &CpcF4cF5S1PL, const std::complex< double > &CpcF4cF5S1PR, const std::complex< double > &CpF5F3V6PL, const std ::complex< double > &CpF5F3V6PR, double scale, double finite)
	Evaluates T1G3N3 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g3n3_FFV (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t1g4n4_SVF (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLF6, const std::complex< double > &CpF2cF6S4PL, const std::complex< double > &CpF2cF6S4PR, const std::complex< double > &CpF6F3V5PL, const std::complex< double > &CpF6F3V5PR, const std::complex< double > &CpS1cS4cV5, double scale)
	Evaluates T1G4N4 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g5n5_VSF (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLF6, const std::complex< double > &CpF2cF6V4PR, const std::complex< double > &CpF2cF6V4PL, const std::complex< double > &CpF6F3S5PL, const std::complex< double > &CpF6F3S5PR, const std::complex< double > &CpS1cS5cV4, double scale)
	Evaluates T1G5N5 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t1g6n6_VVF (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLF6, const std::complex< double > &CpF2cF6V4PL, const std::complex< double > &CpF2cF6V4PR, const std::complex< double > &CpF6F3V5PL, const std::complex< double > &CpF6F3V5PR, const std::complex< double > &CpS1cV4cV5, double scale)
	Evaluates T1G6N6 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t2g1n7_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1S4cS5S5, double scale)
	Evaluates T2G1N7 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t2g2n8_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1S4cV5V5, double scale, double finite)
	Evaluates T2G2N8 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t3g1n9_FFS (double mext1, double mext2, double mext3, double mIF4, double mLF5, double mLS6, const std::complex< double > &CpF2cF4S1PL, const std::complex< double > &CpF2cF4S1PR, const std::complex< double > &CpF4F5S6PL, const std::complex< double > &CpF4F5S6PR, const std::complex< double > &CpcF5F3cS6PL, const std ::complex< double > &CpcF5F3cS6PR, double scale)
	Evaluates T3G1N9 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t3g1n9_FFS (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t3g2n10_FFV (double mext1, double mext2, double mext3, double mIF4, double mLF5, double mLV6, const std::complex< double > &CpF2cF4S1PL, const std::complex< double > &CpF2cF4S1PR, const std::complex< double > &CpF4F5V6PL, const std::complex< double > &CpF4F5V6PR, const std::complex< double > &CpcF5F3cV6PL, const std ::complex< double > &CpcF5F3cV6PR, double scale, double finite)
	Evaluates T3G2N10 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t3g2n10_FFV (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t4g1n11_FFS (double mext1, double mext2, double mext3, double mIF4, double mLF5, double mLS6, const std::complex< double > &CpcF4F3S1PL, const std::complex< double > &CpcF4F3S1PR, const std::complex< double > &CpF2cF5cS6PL, const std::complex< double > &CpF2cF5cS6PR, const std::complex< double > &CpF5F4S6PL, const std ::complex< double > &CpF5F4S6PR, double scale)
	Evaluates T4G1N11 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t4g1n11_FFS (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t4g2n12_FFV (double mext1, double mext2, double mext3, double mIF4, double mLF5, double mLV6, const std::complex< double > &CpcF4F3S1PL, const std::complex< double > &CpcF4F3S1PR, const std::complex< double > &CpF2cF5cV6PL, const std::complex< double > &CpF2cF5cV6PR, const std::complex< double > &CpF5F4V6PL, const std ::complex< double > &CpF5F4V6PR, double scale, double finite)
	Evaluates T4G2N12 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t4g2n12_FFV (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t5g10n22_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpF2F3cV4PL, const std::complex< double > &CpF2F3cV4PR, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T5G10N22 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g1n13_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S1PL, const std ::complex< double > &CpcF6cF5S1PR, double scale)
	Evaluates T5G1N13 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g1n13_SFF (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t5g2n14_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T5G2N14 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g3n15_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T5G3N15 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g4n16_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T5G4N16 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g5n17_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpF2F3cS4PL, const std::complex< double > &CpF2F3cS4PR, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T5G5N17 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g6n18_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF2F3cV4PL, const std::complex< double > &CpF2F3cV4PR, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S1PL, const std ::complex< double > &CpcF6cF5S1PR, double scale)
	Evaluates T5G6N18 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g6n18_VFF (double, double, double, double, double, double, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, const std::complex< double > &, double)

Decay_amplitude_SFF	calculate_diagram_SFF_t5g7n19_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpF2F3cV4PL, const std::complex< double > &CpF2F3cV4PR, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T5G7N19 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g8n20_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpF2F3cV4PL, const std::complex< double > &CpF2F3cV4PR, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpU5U6V4, double scale)
	Evaluates T5G8N20 diagram for process S -> FF.

Decay_amplitude_SFF	calculate_diagram_SFF_t5g9n21_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpF2F3cV4PL, const std::complex< double > &CpF2F3cV4PR, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T5G9N21 diagram for process S -> FF.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g10n52_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpS2S3cV4, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T10G10N52 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g1n43_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpS2S3cS4, double scale)
	Evaluates T10G1N43 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g2n44_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T10G2N44 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g3n45_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T10G3N45 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g4n46_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T10G4N46 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g5n47_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T10G5N47 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g6n48_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpS2S3cV4, double scale)
	Evaluates T10G6N48 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g7n49_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS2S3cV4, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T10G7N49 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g8n50_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpS2S3cV4, const std::complex< double > &CpU5U6V41, const std::complex< double > &CpU5U6V42, double scale)
	Evaluates T10G8N50 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t10g9n51_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS2S3cV4, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T10G9N51 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g10n10_VVV (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpS2V4cV6, const std::complex< double > &CpS3V5V6, double scale)
	Evaluates T1G10N10 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g1n1_FFF (double mext1, double mext2, double mext3, double mLF4, double mLF5, double mLF6, const std::complex< double > &CpcF4cF5S1PL, const std::complex< double > &CpcF4cF5S1PR, const std::complex< double > &CpF5F6S3PL, const std::complex< double > &CpF5F6S3PR, const std::complex< double > &CpcF6F4S2PL, const std::complex< double > &CpcF6F4S2PR, double scale)
	Evaluates T1G1N1 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g2n2_SSS (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS2S4cS6, const std::complex< double > &CpS3S5S6, double scale)
	Evaluates T1G2N2 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g3n3_UUU (double mext1, double mext2, double mext3, double mLU4, double mLU5, double mLU6, const std::complex< double > &CpS1cU4cU5, const std::complex< double > &CpS2cU6U4, const std::complex< double > &CpS3U5U6, double scale)
	Evaluates T1G3N3 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g4n4_SSV (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS2S4cV6, const std::complex< double > &CpS3S5V6, double scale)
	Evaluates T1G4N4 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g5n5_SVS (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLS6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS2S4cS6, const std::complex< double > &CpS3S6V5, double scale)
	Evaluates T1G5N5 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g6n6_VSS (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS2cS6V4, const std::complex< double > &CpS3S5S6, double scale)
	Evaluates T1G6N6 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g7n7_SVV (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLV6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS2S4cV6, const std::complex< double > &CpS3V5V6, double scale)
	Evaluates T1G7N7 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g8n8_VSV (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS2V4cV6, const std::complex< double > &CpS3S5V6, double scale)
	Evaluates T1G8N8 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t1g9n9_VVS (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLS6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpS2cS6V4, const std::complex< double > &CpS3S6V5, double scale)
	Evaluates T1G9N9 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t2g1n11_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3S4cS5S5, double scale)
	Evaluates T2G1N11 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t2g2n12_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3S4cV5V5, double scale, double finite)
	Evaluates T2G2N12 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t3g1n13_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2S4cS5S5, double scale)
	Evaluates T3G1N13 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t3g2n14_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2S4cV5V5, double scale, double finite)
	Evaluates T3G2N14 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t4g1n15_SS (double mext1, double mext2, double mext3, double mLS4, double mLS5, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS2S3S4S5, double scale)
	Evaluates T4G1N15 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t4g2n16_VV (double mext1, double mext2, double mext3, double mLV4, double mLV5, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpS2S3V4V5, double scale, double finite)
	Evaluates T4G2N16 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t5g1n17_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS1S4cS5S5, double scale)
	Evaluates T5G1N17 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t5g2n18_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpS2S3cS4, const std::complex< double > &CpS1S4cV5V5, double scale, double finite)
	Evaluates T5G2N18 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t6g1n19_SS (double mext1, double mext2, double mext3, double mLS4, double mLS5, const std::complex< double > &CpS2cS4cS5, const std::complex< double > &CpS1S3S4S5, double scale)
	Evaluates T6G1N19 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t6g2n20_VV (double mext1, double mext2, double mext3, double mLV4, double mLV5, const std::complex< double > &CpS2cV4cV5, const std::complex< double > &CpS1S3V4V5, double scale, double finite)
	Evaluates T6G2N20 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t7g1n21_SS (double mext1, double mext2, double mext3, double mLS4, double mLS5, const std::complex< double > &CpS3cS4cS5, const std::complex< double > &CpS1S2S4S5, double scale)
	Evaluates T7G1N21 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t7g2n22_VV (double mext1, double mext2, double mext3, double mLV4, double mLV5, const std::complex< double > &CpS3cV4cV5, const std::complex< double > &CpS1S2V4V5, double scale, double finite)
	Evaluates T7G2N22 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g10n32_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpS3cV5cV6, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T8G10N32 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g1n23_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S3PL, const std::complex< double > &CpcF6cF5S3PR, const std::complex< double > &CpS1S2cS4, double scale)
	Evaluates T8G1N23 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g2n24_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3cS5cS6, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T8G2N24 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g3n25_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3cU6cU5, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T8G3N25 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g4n26_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3cS5cV6, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T8G4N26 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g5n27_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1S2cS4, const std::complex< double > &CpS3cV5cV6, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T8G5N27 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g6n28_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S3PL, const std::complex< double > &CpcF6cF5S3PR, const std::complex< double > &CpS1S2cV4, double scale)
	Evaluates T8G6N28 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g7n29_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpS3cS5cS6, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T8G7N29 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g8n30_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpS3cU6cU5, const std::complex< double > &CpU5U6V41, const std::complex< double > &CpU5U6V42, double scale)
	Evaluates T8G8N30 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t8g9n31_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpS3cS5cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T8G9N31 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g10n42_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1S3cV4, const std::complex< double > &CpS2cV5cV6, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T9G10N42 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g1n33_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S2PL, const std::complex< double > &CpcF6cF5S2PR, const std::complex< double > &CpS1S3cS4, double scale)
	Evaluates T9G1N33 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g2n34_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2cS5cS6, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T9G2N34 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g3n35_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2cU6cU5, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T9G3N35 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g4n36_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2cS5cV6, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T9G4N36 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g5n37_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1S3cS4, const std::complex< double > &CpS2cV5cV6, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T9G5N37 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g6n38_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S2PL, const std::complex< double > &CpcF6cF5S2PR, const std::complex< double > &CpS1S3cV4, double scale)
	Evaluates T9G6N38 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g7n39_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1S3cV4, const std::complex< double > &CpS2cS5cS6, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T9G7N39 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g8n40_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1S3cV4, const std::complex< double > &CpS2cU6cU5, const std::complex< double > &CpU5U6V41, const std::complex< double > &CpU5U6V42, double scale)
	Evaluates T9G8N40 diagram for process S -> SS.

Decay_amplitude_SSS	calculate_diagram_SSS_t9g9n41_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1S3cV4, const std::complex< double > &CpS2cS5cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T9G9N41 diagram for process S -> SS.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g10n50_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpS2V3cV4, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T10G10N50 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g1n41_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpS2cS4V3, double scale)
	Evaluates T10G1N41 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g2n42_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T10G2N42 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g3n43_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T10G3N43 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g4n44_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T10G4N44 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g5n45_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T10G5N45 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g6n46_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpS2V3cV4, double scale)
	Evaluates T10G6N46 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g7n47_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS2V3cV4, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T10G7N47 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g8n48_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpS2V3cV4, const std::complex< double > &CpU5U6V4, double scale)
	Evaluates T10G8N48 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t10g9n49_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS2V3cV4, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T10G9N49 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g10n10_VVV (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpS2V4cV6, const std::complex< double > &CpV3V5V6, double scale)
	Evaluates T1G10N10 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g1n1_FFF (double mext1, double mext2, double mext3, double mLF4, double mLF5, double mLF6, const std::complex< double > &CpcF4cF5S1PL, const std::complex< double > &CpcF4cF5S1PR, const std::complex< double > &CpF5F6V3PL, const std::complex< double > &CpF5F6V3PR, const std::complex< double > &CpcF6F4S2PL, const std::complex< double > &CpcF6F4S2PR, double scale)
	Evaluates T1G1N1 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g2n2_SSS (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS2S4cS6, const std::complex< double > &CpS5S6V3, double scale)
	Evaluates T1G2N2 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g3n3_UUU (double mext1, double mext2, double mext3, double mLU4, double mLU5, double mLU6, const std::complex< double > &CpS1cU4cU5, const std::complex< double > &CpS2cU6U4, const std::complex< double > &CpU5U6V3, double scale)
	Evaluates T1G3N3 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g4n4_SSV (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS2S4cV6, const std::complex< double > &CpS5V3V6, double scale)
	Evaluates T1G4N4 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g5n5_SVS (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLS6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS2S4cS6, const std::complex< double > &CpS6V3V5, double scale)
	Evaluates T1G5N5 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g6n6_VSS (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS2cS6V4, const std::complex< double > &CpS5S6V3, double scale)
	Evaluates T1G6N6 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g7n7_SVV (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLV6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS2S4cV6, const std::complex< double > &CpV3V5V6, double scale)
	Evaluates T1G7N7 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g8n8_VSV (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS2V4cV6, const std::complex< double > &CpS5V3V6, double scale)
	Evaluates T1G8N8 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t1g9n9_VVS (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLS6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpS2cS6V4, const std::complex< double > &CpS6V3V5, double scale)
	Evaluates T1G9N9 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t2g1n11_VS (double mext1, double mext2, double mext3, double mIV4, double mLS5, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpcS5S5V3V4, double scale)
	Evaluates T2G1N11 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t2g2n12_VV (double mext1, double mext2, double mext3, double mIV4, double mLV5, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpV3V4cV5V51, const std::complex< double > &CpV3V4cV5V52, const std::complex< double > &CpV3V4cV5V53, double scale, double finite)
	Evaluates T2G2N12 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t3g1n13_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2S4cS5S5, double scale)
	Evaluates T3G1N13 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t3g2n14_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2S4cV5V5, double scale, double finite)
	Evaluates T3G2N14 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t4g1n15_SV (double mext1, double mext2, double mext3, double mLS4, double mLV5, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS2S4V3V5, double scale)
	Evaluates T4G1N15 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t5g1n16_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS1S4cS5S5, double scale)
	Evaluates T5G1N16 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t5g2n17_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpS2cS4V3, const std::complex< double > &CpS1S4cV5V5, double scale, double finite)
	Evaluates T5G2N17 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t6g1n18_SV (double mext1, double mext2, double mext3, double mLS4, double mLV5, const std::complex< double > &CpS2cS4cV5, const std::complex< double > &CpS1S4V3V5, double scale)
	Evaluates T6G1N18 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t8g10n30_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpV3cV5cV6, const std::complex< double > &CpV4V5V6, double scale, double finite)
	Evaluates T8G10N30 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t8g6n26_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpcF6cF5V3PL, const std::complex< double > &CpcF6cF5V3PR, const std::complex< double > &CpS1S2cV4, double scale)
	Evaluates T8G6N26 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t8g7n27_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpcS5cS6V3, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T8G7N27 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t8g9n29_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1S2cV4, const std::complex< double > &CpcS5V3cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T8G9N29 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g10n40_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpS2cV5cV6, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T9G10N40 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g1n31_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S2PL, const std::complex< double > &CpcF6cF5S2PR, const std::complex< double > &CpS1cS4V3, double scale)
	Evaluates T9G1N31 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g2n32_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2cS5cS6, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T9G2N32 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g3n33_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2cU6cU5, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T9G3N33 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g4n34_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2cS5cV6, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T9G4N34 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g5n35_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1cS4V3, const std::complex< double > &CpS2cV5cV6, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T9G5N35 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g6n36_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S2PL, const std::complex< double > &CpcF6cF5S2PR, const std::complex< double > &CpS1V3cV4, double scale)
	Evaluates T9G6N36 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g7n37_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpS2cS5cS6, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T9G7N37 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g8n38_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpS2cU6cU5, const std::complex< double > &CpU5U6V4, double scale)
	Evaluates T9G8N38 diagram for process S -> SV.

Decay_amplitude_SSV	calculate_diagram_SSV_t9g9n39_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpS2cS5cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T9G9N39 diagram for process S -> SV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g10n50_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpV2V3cV4, const std::complex< double > &CpV4V5V6, double scale)
	Evaluates T10G10N50 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g1n41_SFF (double mext1, double mext2, double mext3, double mIS4, double mLF5, double mLF6, const std::complex< double > &CpF5F6S4PL, const std::complex< double > &CpF5F6S4PR, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpcS4V2V3, double scale)
	Evaluates T10G1N41 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g2n42_SSS (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS4S5S6, double scale)
	Evaluates T10G2N42 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g3n43_SUU (double mext1, double mext2, double mext3, double mIS4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS4U5U6, double scale)
	Evaluates T10G3N43 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g4n44_SSV (double mext1, double mext2, double mext3, double mIS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS4S5V6, double scale)
	Evaluates T10G4N44 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g5n45_SVV (double mext1, double mext2, double mext3, double mIS4, double mLV5, double mLV6, const std::complex< double > &CpS1cV5cV6, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS4V5V6, double scale, double finite)
	Evaluates T10G5N45 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g6n46_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpcF6cF5S1PL, const std::complex< double > &CpcF6cF5S1PR, const std::complex< double > &CpV2V3cV4, double scale)
	Evaluates T10G6N46 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g7n47_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cS6, const std::complex< double > &CpS5S6V4, const std::complex< double > &CpV2V3cV4, double scale)
	Evaluates T10G7N47 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g8n48_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1cU6cU5, const std::complex< double > &CpU5U6V4, const std::complex< double > &CpV2V3cV4, double scale)
	Evaluates T10G8N48 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t10g9n49_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV6, const std::complex< double > &CpS5V4V6, const std::complex< double > &CpV2V3cV4, double scale)
	Evaluates T10G9N49 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g10n10_VVV (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLV6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpV2V4cV6, const std::complex< double > &CpV3V5V6, double scale, double finite)
	Evaluates T1G10N10 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g1n1_FFF (double mext1, double mext2, double mext3, double mLF4, double mLF5, double mLF6, const std::complex< double > &CpcF4cF5S1PL, const std::complex< double > &CpcF4cF5S1PR, const std::complex< double > &CpF5F6V3PL, const std::complex< double > &CpF5F6V3PR, const std::complex< double > &CpcF6F4V2PL, const std::complex< double > &CpcF6F4V2PR, double scale)
	Evaluates T1G1N1 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g2n2_SSS (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLS6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS4cS6V2, const std::complex< double > &CpS5S6V3, double scale)
	Evaluates T1G2N2 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g3n3_UUU (double mext1, double mext2, double mext3, double mLU4, double mLU5, double mLU6, const std::complex< double > &CpS1cU4cU5, const std::complex< double > &CpU5U6V3, const std::complex< double > &CpcU6U4V2, double scale)
	Evaluates T1G3N3 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g4n4_SSV (double mext1, double mext2, double mext3, double mLS4, double mLS5, double mLV6, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS4V2cV6, const std::complex< double > &CpS5V3V6, double scale)
	Evaluates T1G4N4 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g5n5_SVS (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLS6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS4cS6V2, const std::complex< double > &CpS6V3V5, double scale)
	Evaluates T1G5N5 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g6n6_VSS (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLS6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS5S6V3, const std::complex< double > &CpcS6V2V4, double scale)
	Evaluates T1G6N6 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g7n7_SVV (double mext1, double mext2, double mext3, double mLS4, double mLV5, double mLV6, const std::complex< double > &CpS1cS4cV5, const std::complex< double > &CpS4V2cV6, const std::complex< double > &CpV3V5V6, double scale)
	Evaluates T1G7N7 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g8n8_VSV (double mext1, double mext2, double mext3, double mLV4, double mLS5, double mLV6, const std::complex< double > &CpS1cS5cV4, const std::complex< double > &CpS5V3V6, const std::complex< double > &CpV2V4cV6, double scale)
	Evaluates T1G8N8 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t1g9n9_VVS (double mext1, double mext2, double mext3, double mLV4, double mLV5, double mLS6, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpcS6V2V4, const std::complex< double > &CpS6V3V5, double scale)
	Evaluates T1G9N9 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t2g1n11_VS (double mext1, double mext2, double mext3, double mIV4, double mLS5, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpcS5S5V3V4, double scale)
	Evaluates T2G1N11 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t2g2n12_VV (double mext1, double mext2, double mext3, double mIV4, double mLV5, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpV3V4cV5V51, const std::complex< double > &CpV3V4cV5V52, const std::complex< double > &CpV3V4cV5V53, double scale, double finite)
	Evaluates T2G2N12 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t3g1n13_VS (double mext1, double mext2, double mext3, double mIV4, double mLS5, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpcS5S5V2V4, double scale)
	Evaluates T3G1N13 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t3g2n14_VV (double mext1, double mext2, double mext3, double mIV4, double mLV5, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpV2V4cV5V51, const std::complex< double > &CpV2V4cV5V52, const std::complex< double > &CpV2V4cV5V53, double scale, double finite)
	Evaluates T3G2N14 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t4g1n15_SS (double mext1, double mext2, double mext3, double mLS4, double mLS5, const std::complex< double > &CpS1cS4cS5, const std::complex< double > &CpS4S5V2V3, double scale)
	Evaluates T4G1N15 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t4g2n16_VV (double mext1, double mext2, double mext3, double mLV4, double mLV5, const std::complex< double > &CpS1cV4cV5, const std::complex< double > &CpV2V3V4V51, const std::complex< double > &CpV2V3V4V52, const std::complex< double > &CpV2V3V4V53, double scale, double finite)
	Evaluates T4G2N16 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t5g1n17_SS (double mext1, double mext2, double mext3, double mIS4, double mLS5, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS1S4cS5S5, double scale)
	Evaluates T5G1N17 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t5g2n18_SV (double mext1, double mext2, double mext3, double mIS4, double mLV5, const std::complex< double > &CpcS4V2V3, const std::complex< double > &CpS1S4cV5V5, double scale, double finite)
	Evaluates T5G2N18 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t6g1n19_SV (double mext1, double mext2, double mext3, double mLS4, double mLV5, const std::complex< double > &CpcS4V2cV5, const std::complex< double > &CpS1S4V3V5, double scale)
	Evaluates T6G1N19 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t7g1n20_SV (double mext1, double mext2, double mext3, double mLS4, double mLV5, const std::complex< double > &CpcS4V3cV5, const std::complex< double > &CpS1S4V2V5, double scale)
	Evaluates T7G1N20 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t8g10n30_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpV3cV5cV6, const std::complex< double > &CpV4V5V6, double scale, double finite)
	Evaluates T8G10N30 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t8g6n26_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpcF6cF5V3PL, const std::complex< double > &CpcF6cF5V3PR, const std::complex< double > &CpS1V2cV4, double scale)
	Evaluates T8G6N26 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t8g7n27_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpcS5cS6V3, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T8G7N27 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t8g8n28_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpU5U6V4, const std::complex< double > &CpcU6cU5V3, double scale)
	Evaluates T8G8N28 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t8g9n29_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1V2cV4, const std::complex< double > &CpcS5V3cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T8G9N29 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t9g10n40_VVV (double mext1, double mext2, double mext3, double mIV4, double mLV5, double mLV6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpV2cV5cV6, const std::complex< double > &CpV4V5V6, double scale, double finite)
	Evaluates T9G10N40 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t9g6n36_VFF (double mext1, double mext2, double mext3, double mIV4, double mLF5, double mLF6, const std::complex< double > &CpF5F6V4PL, const std::complex< double > &CpF5F6V4PR, const std::complex< double > &CpcF6cF5V2PL, const std::complex< double > &CpcF6cF5V2PR, const std::complex< double > &CpS1V3cV4, double scale)
	Evaluates T9G6N36 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t9g7n37_VSS (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLS6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpcS5cS6V2, const std::complex< double > &CpS5S6V4, double scale)
	Evaluates T9G7N37 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t9g8n38_VUU (double mext1, double mext2, double mext3, double mIV4, double mLU5, double mLU6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpU5U6V4, const std::complex< double > &CpcU6cU5V2, double scale)
	Evaluates T9G8N38 diagram for process S -> VV.

Decay_amplitude_SVV	calculate_diagram_SVV_t9g9n39_VSV (double mext1, double mext2, double mext3, double mIV4, double mLS5, double mLV6, const std::complex< double > &CpS1V3cV4, const std::complex< double > &CpcS5V2cV6, const std::complex< double > &CpS5V4V6, double scale)
	Evaluates T9G9N39 diagram for process S -> VV.

template<typename T >
double	calculate_dirac_singlet_mass (T value, std::complex< double > &phase)

template<typename T >
double	calculate_majorana_singlet_mass (T value, std::complex< double > &phase)

template<typename T >
double	calculate_singlet_mass (T value) noexcept

template<class TargetModel , class InputModel >
TargetModel	cast_model (InputModel abstract_model)

const double *	cbegin (const GSL_vector &)
	const iterator to begin of GSL_vector

double	Cbrt (double x) noexcept

const double *	cend (const GSL_vector &)
	const iterator to end of GSL_vector

double	chi2_to_pval (double chi2BSM, double chi2SM)

double	Cl2 (double x) noexcept
	Clausen function $\operatorname{Cl}_2(\theta) = \operatorname{Im}(\operatorname{Li}_2(e^{i\theta}))$ .

long double	Cl2 (long double x) noexcept
	Clausen function $\operatorname{Cl}_2(\theta) = \operatorname{Im}(\operatorname{Li}_2(e^{i\theta}))$ with long double precision.

static int	close (Real m1, Real m2, Real tol)

template<typename Derived >
int	closest_index (double mass, const Eigen::ArrayBase< Derived > &v)

std::complex< double >	ComplexLog (const std::complex< double > &z) noexcept

std::complex< double >	ComplexLog (double a) noexcept

std::string	concat (const std::vector< std::string > &)
	concatenate strings

std::string	concat (const std::vector< std::string > &, char)
	concatenate strings with separator

std::string	concat (const std::vector< std::string > &, const std::string &)
	concatenate strings with separator

template<class InputIterator >
std::string	concat (InputIterator start, InputIterator end, char separator)
	concatenate strings with separator

template<class InputIterator >
std::string	concat (InputIterator start, InputIterator end, const std::string &separator)
	concatenate strings with separator

template<class... Args>
detail::result_of::concatenate< Args... >::type	concatenate (Args &&... args)

template<typename Derived >
auto	Conj (const Eigen::ArrayBase< Derived > &x) -> decltype(x.conjugate())

template<typename Derived >
auto	Conj (const Eigen::MatrixBase< Derived > &x) -> decltype(x.conjugate())

std::complex< double >	Conj (const std::complex< double > &x) noexcept

std::complex< float >	Conj (const std::complex< float > &x) noexcept

std::complex< long double >	Conj (const std::complex< long double > &x) noexcept

double	Conj (double x) noexcept

float	Conj (float x) noexcept

int	Conj (int x) noexcept

long double	Conj (long double x) noexcept

long long	Conj (long long x) noexcept

long	Conj (long x) noexcept

void	convert_symmetric_fermion_mixings_to_hk (double &, Eigen::Matrix< double, 1, 1 > &)

void	convert_symmetric_fermion_mixings_to_hk (double &m, Eigen::Matrix< std::complex< double >, 1, 1 > &z)

template<int N>
void	convert_symmetric_fermion_mixings_to_hk (Eigen::Array< double, N, 1 > &, Eigen::Matrix< double, N, N > &)

template<int N>
void	convert_symmetric_fermion_mixings_to_hk (Eigen::Array< double, N, 1 > &m, Eigen::Matrix< std::complex< double >, N, N > &z)

void	convert_symmetric_fermion_mixings_to_slha (double &, Eigen::Matrix< double, 1, 1 > &)

void	convert_symmetric_fermion_mixings_to_slha (double &m, Eigen::Matrix< std::complex< double >, 1, 1 > &z)

template<int N>
void	convert_symmetric_fermion_mixings_to_slha (Eigen::Array< double, N, 1 > &, Eigen::Matrix< double, N, N > &)

template<int N>
void	convert_symmetric_fermion_mixings_to_slha (Eigen::Array< double, N, 1 > &m, Eigen::Matrix< std::complex< double >, N, N > &z)

template<typename OutputIterator >
void	copy_problem_strings (const Observable_problems &op, OutputIterator oi)
	copies problem strings to output iterator

double	Cos (double x) noexcept

double	Cot (double a) noexcept

template<typename FieldIn , typename FieldOut1 , typename FieldOut2 >
std::string	create_process_string (std::array< int, FieldIn::numberOfFieldIndices > const in, std::array< int, FieldOut1::numberOfFieldIndices > const out1, std::array< int, FieldOut2::numberOfFieldIndices > const out2)

double	Csc (double x) noexcept

template<typename T >
constexpr T	Cube (T a) noexcept

template<class T >
T	cube (T x)

int	Delta (int i, int j) noexcept

std::complex< double >	delta_AhAA_2loopQCD_for_quark_loop (double mAh, double mq, double mu) noexcept

std::complex< double >	delta_AhAA_2loopQCD_for_squark_loop (double mAh, double msq, double mu) noexcept

std::complex< double >	delta_hAA_2loopQCD_for_quark_loop (double mH, double mq, double mu) noexcept

std::complex< double >	delta_hAA_2loopQCD_for_squark_loop (double mH, double msq, double mu) noexcept

template<int Order, class F , class A >
auto	derivative_backward (const F &f, A x, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

template<class F , class A >
auto	derivative_backward_fx (const F &f, A x, decltype(f(x)) fx, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

template<int Order, class F , class A >
auto	derivative_central (const F &f, A x, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

template<int Order, class F , class A >
auto	derivative_forward (const F &f, A x, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

template<class F , class A >
auto	derivative_forward_fx (const F &f, A x, decltype(f(x)) fx, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

template<int Order, int sign, class F , class A >
auto	derivative_one_sided (const F &f, A x, A eps=std::numeric_limits< A >::epsilon()) -> decltype(f(x))

void	dgbsv_ (const int &N, const int &KL, const int &KU, const int &NRHS, double AB, const int &LDAB, int IPIV, double B, const int &LDB, int INFO)

template<class Derived >
Eigen::MatrixBase< Derived >::PlainObject	Diag (const Eigen::MatrixBase< Derived > &m)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z, Real &w_errbd)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z, Real &w_errbd, Eigen::Array< Real, N, 1 > &z_errbd)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Real &w_errbd)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian_errbd (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > z=0, Real w_errbd=0, Eigen::Array< Real, N, 1 > *z_errbd=0)

template<class Real , class Scalar , int N>
void	diagonalize_hermitian_internal (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > *z)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd, Eigen::Array< Real, N, 1 > &u_errbd)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Real &s_errbd)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd, Eigen::Array< Real, N, 1 > &u_errbd)

template<class Real , int N>
void	diagonalize_symmetric (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Real &s_errbd)

template<class Real , int N>
void	diagonalize_symmetric_errbd (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > u=0, Real s_errbd=0, Eigen::Array< Real, N, 1 > *u_errbd=0)

template<class Real , int N>
void	diagonalize_symmetric_errbd (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > u=0, Real s_errbd=0, Eigen::Array< Real, N, 1 > *u_errbd=0)

template<int M, int N, class Real >
void	disna (const char &JOB, const Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &D, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &SEP, int &INFO)

template<class Derived >
Derived	div_safe (const Eigen::DenseBase< Derived > &a, const Eigen::DenseBase< Derived > &b)

double *	end (GSL_vector &)
	iterator to end of GSL_vector

template<typename Idx , typename Function >
auto	EvalEigenXpr (Idx i, Function f) -> decltype(EvalEigenXprImpl< Idx, Function, is_eigen_type< decltype(f(i))>::value >::eval(i, f))

template<typename T >
T	Exp (T z) noexcept

std::complex< double >	f (double tau) noexcept

template<class T >
std::complex< T >	fast_log (const std::complex< T > &z) noexcept
	fast implementation of complex logarithm

template<typename Field >
std::string	field_as_string (std::array< int, Field::numberOfFieldIndices > const &idx)

template<typename Field1 , typename Field2 >
double	final_state_symmetry_factor (typename cxx_diagrams::field_indices< Field1 >::type const &idx1, typename cxx_diagrams::field_indices< Field2 >::type const &idx2)

double	FiniteLog (double a) noexcept

std::vector< double >	float_range (double start, double stop, std::size_t number_of_steps)
	returns range of floating point values between start (included) and stop (excluded)

std::vector< double >	float_range_log (double start, double stop, std::size_t number_of_steps)
	returns range of floating point values between start (included) and stop (excluded) with logarithmic spacing

template<typename... Ts, typename F >
void	for_each_in_tuple (std::tuple< Ts... > const &t, F f)
	applies f on each element of the tuple

template<typename Container >
std::string	format_decay (double br, const Container &pids, const std::string &name)

std::complex< double >	fprime (double tau) noexcept

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w)

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z)

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z, Real &w_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > &z, Real &w_errbd, Eigen::Array< Real, N, 1 > &z_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Real &w_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_hermitian_errbd (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > z=0, Real w_errbd=0, Eigen::Array< Real, N, 1 > *z_errbd=0)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd, Eigen::Array< Real, N, 1 > &u_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Real &s_errbd)

template<class Real , class Scalar , int N>
void	fs_diagonalize_symmetric_errbd (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > u=0, Real s_errbd=0, Eigen::Array< Real, N, 1 > *u_errbd=0)

template<class Real , int M, int N>
void	fs_svd (const Eigen::Matrix< Real, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< std::complex< Real >, M, M > &u, Eigen::Matrix< std::complex< Real >, N, N > &v)

template<class Real , int M, int N>
void	fs_svd (const Eigen::Matrix< Real, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< std::complex< Real >, M, M > &u, Eigen::Matrix< std::complex< Real >, N, N > &v, Real &s_errbd)

template<class Real , int M, int N>
void	fs_svd (const Eigen::Matrix< Real, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< std::complex< Real >, M, M > &u, Eigen::Matrix< std::complex< Real >, N, N > &v, Real &s_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &u_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &v_errbd)

template<class Real , class Scalar , int M, int N>
void	fs_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s)

template<class Real , class Scalar , int M, int N>
void	fs_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &v)

template<class Real , class Scalar , int M, int N>
void	fs_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &v, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	fs_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &v, Real &s_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &u_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &v_errbd)

template<class Real , class Scalar , int M, int N>
void	fs_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	fs_svd_errbd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > u=0, Eigen::Matrix< Scalar, N, N > v=0, Real s_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > u_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *v_errbd=0)

double	FSThrow (const std::string &s)

EffectiveCoupling_list	get_normalized_effective_couplings (EffectiveCoupling_list const &bsm_input, Physical_input const &physical_input, softsusy::QedQcd const &qedqcd, Spectrum_generator_settings const &spectrum_generator_settings, FlexibleDecay_settings const &flexibledecay_settings)

Thread_pool &	global_thread_pool ()
	returns instance to global thread pool

double	gm2calc_calculate_amu (const GM2Calc_MSSMNoFV_data &)
	calculates amu using GM2Calc in the MSSMNoFV

double	gm2calc_calculate_amu (const GM2Calc_THDM_data &)
	calculates amu using GM2Calc in the THDM

double	gm2calc_calculate_amu_uncertainty (const GM2Calc_MSSMNoFV_data &)
	calculates uncertainty of amu using GM2Calc in the MSSMNoFV

double	gm2calc_calculate_amu_uncertainty (const GM2Calc_THDM_data &)
	calculates uncertainty of amu using GM2Calc in the THDM

double	harmonic (int64_t n) noexcept
	harmonic number n

std::size_t	hash_decay (const Decay &decay)

template<class Real , class Scalar , int N>
void	hermitian_eigen (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &w, Eigen::Matrix< Scalar, N, N > *z)

template<typename Derived >
void	Hermitianize (Eigen::PlainObjectBase< Derived > &m)

std::complex< double >	hgg_SM_loop_function (double x) noexcept

template<int Nstart, typename T , int N>
std::complex< T >	horner (const std::complex< T > &z, const T(&coeffs)[N]) noexcept

template<typename T , int N>
T	horner (T x, const T(&c)[N]) noexcept

double	hVV_4body (double q2, size_t, void params)

template<class Derived >
auto	Im (const Eigen::MatrixBase< Derived > &x) noexcept -> decltype(x.imag().eval())

double	Im (const std::complex< double > &x) noexcept

double	Im (double) noexcept

template<class ObjectWithIndexBounds >
static decltype(boost::make_iterator_range(multiindex< typename meta::index_bounds< ObjectWithIndexBounds >::type::first, typename meta::index_bounds< ObjectWithIndexBounds >::type::second >::begin(), multiindex< typename meta::index_bounds< ObjectWithIndexBounds >::type::first, typename meta::index_bounds< ObjectWithIndexBounds >::type::second >::end()))	index_range ()

double	inv_fac (int64_t n) noexcept
	negative Dirichlet eta function

template<typename T >
bool	is_equal (std::complex< T > a, std::complex< T > b, T prec=std::numeric_limits< T >::epsilon()) noexcept
	compares two complex numbers for (absolute) equality

template<typename T >
bool	is_equal (T a, T b, T prec=std::numeric_limits< T >::epsilon()) noexcept
	compares two numbers for (absolute) equality

template<typename T >
std::enable_if_t<!std::is_unsigned< T >::value, bool >	is_equal_fraction (T a, T b, T prec=std::numeric_limits< T >::epsilon()) noexcept
	compares two numbers for relative equality

template<class Derived >
bool	is_equal_rel (const Eigen::PlainObjectBase< Derived > &a, const Eigen::PlainObjectBase< Derived > &b, double eps)

template<typename T >
std::enable_if_t<!std::is_unsigned< T >::value, bool >	is_equal_rel (T a, T b, T prec=std::numeric_limits< T >::epsilon()) noexcept

template<typename T >
std::enable_if_t< std::is_unsigned< T >::value, bool >	is_equal_rel (T a, T b, T prec=std::numeric_limits< T >::epsilon()) noexcept

bool	is_finite (const double *, long) noexcept
	returns true if all array elements are finite

bool	is_finite (const GSL_vector &)
	Returns true if GSL_vector contains only finite elements, false otherwise.

bool	is_finite (const gsl_vector *)
	Returns true if GSL vector contains only finite elements, false otherwise.

template<typename T , std::size_t N>
bool	is_finite (const std::array< T, N > &v) noexcept
	returns true if all array elements are finite

template<typename T , std::size_t N>
bool	is_finite (const T(&v)[N]) noexcept
	returns true if all array elements are finite

bool	is_integer (double value)

template<typename T >
std::enable_if_t< std::is_unsigned< T >::value, bool >	is_zero (T a, T prec=std::numeric_limits< T >::epsilon()) noexcept
	compares a number for being close to zero

template<typename T >
std::enable_if_t<!std::is_unsigned< T >::value &&!detail::is_complex< T >::value, bool >	is_zero (T a, T prec=std::numeric_limits< T >::epsilon()) noexcept
	compares a number for being close to zero

template<typename T >
std::enable_if_t< detail::is_complex< T >::value, bool >	is_zero (T a, typename T::value_type prec=std::numeric_limits< typename T::value_type >::epsilon()) noexcept
	compares a complex number for being close to zero

bool	IsClose (double a, double b, double eps) noexcept

bool	IsCloseRel (double a, double b, double eps) noexcept

template<class Derived >
bool	IsFinite (const Eigen::DenseBase< Derived > &m)

bool	IsFinite (const std::complex< double > &x) noexcept

bool	IsFinite (double x) noexcept

template<typename T >
T	KallenLambda (T x, T y, T z) noexcept

int	KroneckerDelta (int i, int j) noexcept

template<typename If , typename Then >
auto	lazy_which (If &&cif, Then &&cthen) -> decltype(cthen())

template<typename If , typename Then , typename... Elses>
auto	lazy_which (If &&cif, Then &&cthen, Elses &&... celses) -> typename std::common_type< decltype(cthen()), decltype(celses())... >::type

std::complex< double >	Li (int64_t n, const std::complex< double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_n(z)$ .

std::complex< double >	Li2 (const std::complex< double > &z) noexcept
	Complex dilogarithm $\operatorname{Li}_2(z)$ .

std::complex< float >	Li2 (const std::complex< float > &z) noexcept
	Complex dilogarithm $\operatorname{Li}_2(z)$ .

std::complex< long double >	Li2 (const std::complex< long double > &z) noexcept
	Complex dilogarithm $\operatorname{Li}_2(z)$ with long double precision.

double	Li2 (double x) noexcept
	Real dilogarithm $\operatorname{Li}_2(x)$ .

float	Li2 (float x) noexcept
	Real dilogarithm $\operatorname{Li}_2(x)$ .

long double	Li2 (long double x) noexcept
	Real dilogarithm $\operatorname{Li}_2(z)$ with long double precision.

std::complex< double >	Li3 (const std::complex< double > &z) noexcept
	Complex trilogarithm $\operatorname{Li}_3(z)$ .

std::complex< long double >	Li3 (const std::complex< long double > &z) noexcept
	Complex trilogarithm $\operatorname{Li}_3(z)$ with long double precision.

double	Li3 (double x) noexcept
	Real trilogarithm $\operatorname{Li}_3(x)$ .

std::complex< double >	Li4 (const std::complex< double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_4(z)$ .

std::complex< long double >	Li4 (const std::complex< long double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_4(z)$ with long double precision.

double	Li4 (double x) noexcept
	Real 4-th order polylogarithm $\operatorname{Li}_4(x)$ .

std::complex< double >	Li5 (const std::complex< double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_5(z)$ .

std::complex< long double >	Li5 (const std::complex< long double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_5(z)$ with long double precision.

std::complex< double >	Li6 (const std::complex< double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_6(z)$ .

std::complex< long double >	Li6 (const std::complex< long double > &z) noexcept
	Complex polylogarithm $\operatorname{Li}_6(z)$ with long double precision.

double	Log (double a) noexcept

template<typename T >
std::complex< T >	log1p (const std::complex< T > &z) noexcept
	returns log(1 + z) for complex z

template<typename ElementType >
constexpr Dynamic_array_view< ElementType >	make_dynamic_array_view (ElementType first, ElementType last)

template<typename ElementType >
constexpr Dynamic_array_view< ElementType >	make_dynamic_array_view (ElementType *ptr, std::ptrdiff_t len)

template<typename ElementType , std::size_t N>
constexpr Dynamic_array_view< ElementType >	make_dynamic_array_view (ElementType(&arr)[N])

template<typename F >
constexpr RAII_guard< F >	make_raii_guard (F f)

template<typename T >
constexpr RAII_save< T >	make_raii_save (T &var)

void	mathlink_format_problems (MLINK link, const BVP_solver_problems &sp)
	format BVP solver problems to MathLink output

void	mathlink_format_problems (MLINK link, const Observable_problems &op)
	format observable problems to MathLink output

void	mathlink_format_problems (MLINK link, const Problems &pr)
	format problems to MathLink output

void	mathlink_format_warnings (MLINK link, const BVP_solver_problems &sp)
	format BVP solver warnings to MathLink output

void	mathlink_format_warnings (MLINK link, const Problems &pr)
	format warnings to MathLink output

template<int M, int N, int i, int j, typename Scalar = double>
auto	MatrixProjector () noexcept -> Eigen::Matrix< Scalar, M, N >
	matrix projector of size MxN into direction i, j

template<int M, int N, typename Scalar = double>
auto	MatrixProjector (int i, int j) noexcept -> Eigen::Matrix< Scalar, M, N >
	matrix projector of size MxN into direction i, j

Eigen::MatrixXd	MatrixProjector (int M, int N, int i, int j) noexcept
	unit matrix projector of size MxN into direction i, j

template<typename T >
T	Max (T &&t) noexcept

template<typename T0 , typename T1 , typename... Ts>
std::common_type< T0, T1, Ts... >::type	Max (T0 &&val1, T1 &&val2, Ts &&... vs) noexcept

template<class Derived >
auto	MaxAbsValue (const Eigen::ArrayBase< Derived > &x) noexcept -> decltype(x.cwiseAbs().maxCoeff())

template<class Derived >
auto	MaxAbsValue (const Eigen::MatrixBase< Derived > &x) noexcept -> decltype(x.cwiseAbs().maxCoeff())

double	MaxAbsValue (const std::complex< double > &x) noexcept

double	MaxAbsValue (double x) noexcept

template<class Derived >
auto	MaxRelDiff (const Eigen::PlainObjectBase< Derived > &a, const Eigen::PlainObjectBase< Derived > &b) -> decltype(MaxRelDiff(a.data()[0], b.data()[0]))

double	MaxRelDiff (const std::complex< double > &a, const std::complex< double > &b) noexcept

double	MaxRelDiff (double a, double b) noexcept

template<typename T >
T	Min (T &&t) noexcept

template<typename T0 , typename T1 , typename... Ts>
std::common_type< T0, T1, Ts... >::type	Min (T0 &&val1, T1 &&val2, Ts &&... vs) noexcept

template<typename DerivedArray , typename DerivedMatrix >
void	move_goldstone_to (int idx, double mass, Eigen::ArrayBase< DerivedArray > &v, Eigen::MatrixBase< DerivedMatrix > &z)

double	neg_eta (int64_t n) noexcept
	negative Dirichlet eta function

template<int M, int N>
void	normalize_to_interval (Eigen::Matrix< double, M, N > &m, double min=-1., double max=1.)

template<int M, int N>
void	normalize_to_interval (Eigen::Matrix< std::complex< double >, M, N > &m, double max_mag=1.)

unsigned int	number_of_active_flavours (softsusy::QedQcd const &qedqcd, double m) noexcept

template<typename T >
std::complex< T >	operator* (const std::complex< T > &lhs, int rhs)

Decay_amplitude_FFS	operator* (Decay_amplitude_FFS const &, std::complex< double >)

Decay_amplitude_FFV	operator* (Decay_amplitude_FFV const &, std::complex< double >)

Decay_amplitude_SFF	operator* (Decay_amplitude_SFF const &amp, std::complex< double > factor)

Decay_amplitude_SSS	operator* (Decay_amplitude_SSS const &amp2, std::complex< double > factor)

Decay_amplitude_SSV	operator* (Decay_amplitude_SSV const &amp2, std::complex< double > factor)

Decay_amplitude_SVV	operator* (Decay_amplitude_SVV const &amp2, std::complex< double > factors)

template<typename T >
std::complex< T >	operator* (int lhs, const std::complex< T > &rhs)

Decay_amplitude_SFF	operator* (std::complex< double > factor, Decay_amplitude_SFF const &amp2)

Decay_amplitude_SSS	operator* (std::complex< double > factor, Decay_amplitude_SSS const &amp2)

Decay_amplitude_SSV	operator* (std::complex< double > factor, Decay_amplitude_SSV const &amp2)

Decay_amplitude_SVV	operator* (std::complex< double > factor, Decay_amplitude_SVV const &amp2)

Decay_amplitude_FFS	operator* (std::complex< double >, Decay_amplitude_FFS const &)

Decay_amplitude_FFV	operator* (std::complex< double >, Decay_amplitude_FFV const &)

template<typename T >
std::complex< T >	operator+ (const std::complex< T > &lhs, int rhs)

template<typename T >
std::complex< T >	operator+ (int lhs, const std::complex< T > &rhs)

template<typename T >
std::complex< T >	operator- (const std::complex< T > &lhs, int rhs)

template<typename T >
std::complex< T >	operator- (int lhs, const std::complex< T > &rhs)

template<typename T >
std::complex< T >	operator/ (const std::complex< T > &lhs, int rhs)

template<typename T >
std::complex< T >	operator/ (int lhs, const std::complex< T > &rhs)

ostream &	operator<< (ostream &out, const RGFlow< Lattice > &f)

std::ostream &	operator<< (std::ostream &, const FlexibleDecay_settings &)

std::ostream &	operator<< (std::ostream &, const LToLConversion_settings &)

std::ostream &	operator<< (std::ostream &, const Observable_problems &)
	write observable problems to stream

std::ostream &	operator<< (std::ostream &ostr, const BVP_solver_problems &problems)

template<typename ElementType >
std::ostream &	operator<< (std::ostream &ostr, const Dynamic_array_view< ElementType > &av)

std::ostream &	operator<< (std::ostream &ostr, const GSL_vector &vec)

std::ostream &	operator<< (std::ostream &ostr, const Problems &problems)

std::ostream &	operator<< (std::ostream &ostr, const Spectrum_generator_problems &problems)

std::ostream &	operator<< (std::ostream &ostr, const Spectrum_generator_settings &sgs)

std::ostream &	operator<< (std::ostream &ostr, const Threshold_corrections &tc)

std::complex< double >	PolyLog (int, const std::complex< double > &) noexcept
	complex polylogarithm

double	PolyLog (int, double) noexcept
	real polylogarithm

template<typename T >
std::complex< T >	pos_log (const std::complex< T > &z) noexcept

template<unsigned p, class T >
T	Pow (T x)

template<class T >
T	Pow2 (T x)

template<class T >
T	Pow3 (T x)

template<class T >
T	Pow4 (T x)

template<class T >
T	Pow5 (T x)

template<typename Base , typename Exponent >
Base	Power (Base base, Exponent exp) noexcept

template<typename Base >
constexpr Base	Power10 (Base b) noexcept

template<typename Base >
constexpr Base	Power11 (Base b) noexcept

template<typename Base >
constexpr Base	Power12 (Base b) noexcept

template<typename Base >
constexpr Base	Power2 (Base b) noexcept

template<typename Base >
constexpr Base	Power3 (Base b) noexcept

template<typename Base >
constexpr Base	Power4 (Base b) noexcept

template<typename Base >
constexpr Base	Power5 (Base b) noexcept

template<typename Base >
constexpr Base	Power6 (Base b) noexcept

template<typename Base >
constexpr Base	Power7 (Base b) noexcept

template<typename Base >
constexpr Base	Power8 (Base b) noexcept

template<typename Base >
constexpr Base	Power9 (Base b) noexcept

void	print_all_info (std::ostream &ostr)

void	print_build_info (std::ostream &ostr)

void	print_debug (std::function< void()> &&, const char *, int)

void	print_error (std::function< void()> &&f, const char *, int)

void	print_fatal (std::function< void()> &&f, const char *filename, int line)

void	print_flexiblesusy_version (std::ostream &ostr)

void	print_info (std::function< void()> &&f, const char *, int)

void	print_system_info (std::ostream &ostr)

void	print_verbose (std::function< void()> &&, const char *, int)

void	print_version_info (std::ostream &ostr)

void	print_warning (std::function< void()> &&f, const char *, int)

template<typename... Ts>
double	PrintDEBUG (Ts &&... vs)
	print debug information to cerr

template<typename... Ts>
double	PrintERROR (Ts &&... vs)
	print error to cerr

template<typename... Ts>
double	PrintFATAL (Ts &&... vs)
	print error to cerr and stop program

template<typename... Ts>
double	PrintINFO (Ts &&... vs)
	print an information message

template<typename... Ts>
double	PrintVERBOSE (Ts &&... vs)
	print verbose information to cerr

template<typename... Ts>
double	PrintWARNING (Ts &&... vs)
	print warning to cerr

template<typename T >
constexpr T	Quad (T a) noexcept

template<class Derived >
auto	Re (const Eigen::MatrixBase< Derived > &x) noexcept -> decltype(x.real().eval())

double	Re (const std::complex< double > &x) noexcept

double	Re (double x) noexcept

template<typename T >
T	RelDiff (T a, T b, T eps=std::numeric_limits< T >::epsilon()) noexcept

template<class Real , int Nsrc, int Ncmp>
Eigen::Array< Real, Nsrc - Ncmp, 1 >	remove_if_equal (const Eigen::Array< Real, Nsrc, 1 > &src, const Eigen::Array< Real, Ncmp, 1 > &cmp)

template<class Real , class Scalar , int N>
void	reorder_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s)

template<class Real , class Scalar , int N>
void	reorder_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u)

template<class Real , class Scalar , int N>
void	reorder_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd)

template<class Real , class Scalar , int N>
void	reorder_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > &u, Real &s_errbd, Eigen::Array< Real, N, 1 > &u_errbd)

template<class Real , class Scalar , int N>
void	reorder_diagonalize_symmetric (const Eigen::Matrix< Scalar, N, N > &m, Eigen::Array< Real, N, 1 > &s, Real &s_errbd)

template<class Real , int N>
void	reorder_diagonalize_symmetric_errbd (const Eigen::Matrix< Real, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > u=0, Real s_errbd=0, Eigen::Array< Real, N, 1 > *u_errbd=0)

template<class Real , int N>
void	reorder_diagonalize_symmetric_errbd (const Eigen::Matrix< std::complex< Real >, N, N > &m, Eigen::Array< Real, N, 1 > &s, Eigen::Matrix< std::complex< Real >, N, N > u=0, Real s_errbd=0, Eigen::Array< Real, N, 1 > *u_errbd=0)

template<class Real , class Scalar , int M, int N>
void	reorder_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s)

template<class Real , class Scalar , int M, int N>
void	reorder_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh)

template<class Real , class Scalar , int M, int N>
void	reorder_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	reorder_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh, Real &s_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &u_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &v_errbd)

template<class Real , class Scalar , int M, int N>
void	reorder_svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	reorder_svd_errbd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > u=0, Eigen::Matrix< Scalar, N, N > vh=0, Real s_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > u_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *v_errbd=0)

template<class Derived >
void	reorder_vector (Eigen::Array< double, Eigen::MatrixBase< Derived >::RowsAtCompileTime, 1 > &v, const Eigen::MatrixBase< Derived > &matrix)
	reorders vector v according to ordering of the magitude of the diagonal elements in matrix

template<class Real , int N>
void	reorder_vector (Eigen::Array< Real, N, 1 > &v, const Eigen::Array< Real, N, 1 > &v2)
	reorders vector v according to ordering in vector v2

int	Round (double a) noexcept

double	RT (double x) noexcept
	Eq.(2.31) of hep-ph/0503172, including edge cases.

double	Sec (double x) noexcept

int	Sign (double x) noexcept

int	Sign (int x) noexcept

template<class T >
T	sign (T x)

template<typename Derived >
auto	SignedAbsSqrt (const Eigen::ArrayBase< Derived > &a) noexcept -> typename Derived::PlainObject
	component-wise signed square root of absolute

double	SignedAbsSqrt (double a) noexcept
	signed square root of absolute

double	Sin (double x) noexcept

template<typename OutputIterator >
void	slha_format_problems_and_warnings (const Observable_problems &op, OutputIterator oi)
	copies problem strings to output iterator

template<int N>
void	sort (Eigen::Array< double, N, 1 > &v)
	sorts an Eigen array

std::vector< Decay >	sort_decays_list (const Decays_list &)
	sort decays w.r.t. their width

template<typename Derived >
auto	Sqr (const Eigen::ArrayBase< Derived > &a) noexcept -> typename Derived::PlainObject
	component-wise square

template<typename Derived >
auto	Sqr (const Eigen::MatrixBase< Derived > &a) noexcept -> typename Derived::PlainObject
	matrix square

template<typename T >
constexpr std::complex< T >	Sqr (const std::complex< T > &a) noexcept

template<typename T , class = std::enable_if_t<std::is_arithmetic<T>::value,T>>
constexpr T	Sqr (T a) noexcept

template<class T >
T	sqr (T x)

template<typename Derived >
auto	Sqrt (const Eigen::ArrayBase< Derived > &a) noexcept -> typename Derived::PlainObject
	component-wise square root

template<class T , typename = std::enable_if_t<std::is_floating_point<T>::value,T>>
T	Sqrt (T a) noexcept

template<class T , typename = std::enable_if_t<std::is_integral<T>::value,T>>
double	Sqrt (T a) noexcept

template<typename Amplitude >
double	square_amplitude (const Amplitude &a)

template<typename FieldIn , typename FieldOut1 , typename FieldOut2 >
constexpr double	squared_color_generator () noexcept

CM33	standard_unitary_matrix (Real s12, Real s13, Real s23, Real delta)

CM33	standard_VCKM (Real gamma)

CM33	standard_VCKM (Real gamma, Real Vub)

std::string	strip_field_namespace (std::string const &s)

std::vector< double >	subdivide (double start, double stop, std::size_t number_of_divisions)
	returns range of (number_of_divisions + 1) floating point values between (including) start and (including) stop

std::vector< double >	subdivide_log (double start, double stop, std::size_t number_of_divisions)
	returns range of (number_of_divisions + 1) floating point values between (including) start and (including) stop with logarithmic spacing

template<class Idx , class Function >
auto	sum (Idx ini, Idx fin, Function f) -> decltype(EvalEigenXpr< Idx >(ini, f))

template<class Real , class Scalar , int M, int N>
void	svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s)

template<class Real , class Scalar , int M, int N>
void	svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh)

template<class Real , class Scalar , int M, int N>
void	svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > &u, Eigen::Matrix< Scalar, N, N > &vh, Real &s_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &u_errbd, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &v_errbd)

template<class Real , class Scalar , int M, int N>
void	svd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Real &s_errbd)

template<class Real , class Scalar , int M, int N>
void	svd_eigen (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > u, Eigen::Matrix< Scalar, N, N > vh)

template<class Real , class Scalar , int M, int N>
void	svd_errbd (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > u=0, Eigen::Matrix< Scalar, N, N > vh=0, Real s_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > u_errbd=0, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *v_errbd=0)

template<class Real , class Scalar , int M, int N>
void	svd_internal (const Eigen::Matrix< Scalar, M, N > &m, Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &s, Eigen::Matrix< Scalar, M, M > u, Eigen::Matrix< Scalar, N, N > vh)

template<typename Derived >
void	Symmetrize (Eigen::PlainObjectBase< Derived > &m)

double	Tan (double a) noexcept

std::complex< double >	taum1fprime (double tau) noexcept

double	to_double (const char *s)

template<int Size>
Eigen::Matrix< double, Size, 1 >	to_eigen_vector (const gsl_vector *v)

template<typename Derived >
GSL_vector	to_GSL_vector (const Eigen::DenseBase< Derived > &v)

int	to_int (const char *s)

long	to_long (const char *s)

std::string	to_string (char a)

std::string	to_string (const std::complex< double > &a)

std::string	to_string (double a)

std::string	to_string (signed char a)

std::string	to_string (signed int a)

std::string	to_string (signed long a)

std::string	to_string (signed long long a)

std::string	to_string (signed short a)

std::string	to_string (unsigned char a)

std::string	to_string (unsigned int a)

std::string	to_string (unsigned long a)

std::string	to_string (unsigned long long a)

std::string	to_string (unsigned short a)

template<class Scalar , int M>
Eigen::Matrix< Scalar, M, M >	ToMatrix (const Eigen::Array< Scalar, M, 1 > &a) noexcept

template<class Scalar , int M, int N>
Eigen::Matrix< Scalar, M, N >	ToMatrix (const Eigen::Matrix< Scalar, M, N > &a) noexcept

std::string	ToString (char a)

std::string	ToString (const std::complex< double > &a)

std::string	ToString (double a)

std::string	ToString (signed char a)

std::string	ToString (signed int a)

std::string	ToString (signed long a)

std::string	ToString (signed long long a)

std::string	ToString (signed short a)

std::string	ToString (unsigned char a)

std::string	ToString (unsigned int a)

std::string	ToString (unsigned long a)

std::string	ToString (unsigned long long a)

std::string	ToString (unsigned short a)

template<typename Derived >
auto	Total (const Eigen::DenseBase< Derived > &a) noexcept -> typename Derived::Scalar
	sum of elements

std::complex< double >	Total (const std::complex< double > &) noexcept
	sum of all arguments

double	Total (double) noexcept
	sum of all arguments

template<typename T >
constexpr int	UnitStep (T x) noexcept
	step function (0 for x < 0, 1 otherwise)

template<int N, int i, typename Scalar = double>
constexpr auto	UnitVector () noexcept -> Eigen::Matrix< Scalar, N, 1 >
	unit vector of length N into direction i

template<int N, typename Scalar = double>
constexpr auto	UnitVector (int i) noexcept -> Eigen::Matrix< Scalar, N, 1 >
	unit vector of length N into direction i

Eigen::VectorXd	UnitVector (int N, int i) noexcept
	unit vector of length N into direction i

template<typename Derived >
Derived	ZeroSqrt (const Eigen::ArrayBase< Derived > &m) noexcept
	sqrt(x) for x >= 0; 0 for x < 0

double	ZeroSqrt (double x) noexcept
	sqrt(x) for x >= 0; 0 for x < 0

double	zeta (int64_t n) noexcept
	Riemann zeta function for integer arguments.

Variables
const double	al = 1 / 137.035

const double	almZ = 1.0/129

const double	alsmt = 0.108979

template<typename... T>
constexpr bool	always_false = false

const double	B1_cent = 0.87

const double	B1K = 0.6

const double	B1s_cent = B1_cent

const double	B2_cent = 0.82

const double	B2K = 0.66

const double	B2s_cent = B2_cent

const double	B3_cent = 1.02

const double	B3K = 1.05

const double	B3s_cent = B3_cent

const double	B4_cent = 1.16

const double	B4K = 1.03

const double	B4s_cent = B4_cent

const double	B5_cent = 1.91

const double	B5K = 0.73

const double	B5s_cent = B5_cent

const double	BsBdscale = 1.21

const double	c_m_s = 299792458

const double	cm = 1e13 / (hbarc_MeVfm*MeV)

const double	deg = pi / 180

static constexpr double	deltaqq_QCDxQED = 691/24. - 6*zeta3 - Sqr(Pi)

const Real	epsilon = std::numeric_limits<Real>::epsilon()

const Real	EPSTOL = 1.0e-11
	underflow accuracy

const double	fBd_cent = 200*MeV

const double	fBd_err = 30*MeV

const double	fBs_cent = fBd_cent*BsBdscale

static constexpr double	fiveLoop = 1.018360064207223307e-11

const double	FK = 160*MeV

const char *const	format_effectivecouplings = "%9d %9d %9d %16.8E # %s\n"
	SLHA line formatter for the EFFECTIVECOUPLINGS block.

const char *const	format_total_width = "%9d %16.8E # %s\n"
	SLHA line formatter for the DECAY block.

static constexpr double	fourLoop = 1.608129755454920543e-09

const double	g1mZ = sqrt(5.0/3) * gYmZ

const double	g2mZ = sqrt(4pi almZ/sinSqThetaW)

const double	g3mt = sqrt(4pi alsmt)

const double	GeV = 1e-3 * TeV

const double	GF = 1.16639e-5 / sqr(GeV)

const double	Gyear = 1e9*year

const double	gYmZ = sqrt(4pi almZ/(1-sinSqThetaW))

const double	hbarc_MeVfm = 197.3269602

const double	ips = hbarc_MeVfm / (1e6c_m_s) GeV

static constexpr double	ln2 = 0.69314718055994531

const char *const	mass_formatter = " %9d %16.8E # %s\n"
	SLHA line formatter for the MASS block entries.

const double	mb = 4.6*GeV

const double	mb_MSbar = 4.23*GeV

const double	mb_MSbar_mW = 2.906*GeV

const double	mb_pole = 4.6*GeV

const double	mBd = 5.279*GeV

const double	mbMW = 2.906*GeV

const double	mBs = 5.370*GeV

const double	mc = 1.25*GeV

const double	mcMW = 0.667*GeV

const double	md = 5.4*MeV

const double	md_MSbar = 6*MeV

const double	md_MSbar_mW = 3.7*MeV

const double	mdMW = 3.7 *MeV

const double	me = 0.51099892*MeV

const double	MeV = 1e-3 * GeV

const char *const	mixing_matrix_formatter = " %2d %2d %16.8E # %s\n"
	SLHA line formatter for the mixing matrix entries = NMIX, UMIX, VMIX, ...

const double	mK = 497.648*MeV

const double	mmu = 105.658369*MeV

const Real	modVub_cent = 4.31e-3

const double	ms = 100*MeV

const double	ms_MSbar = 115*MeV

const double	ms_MSbar_mW = 0.072*GeV

const double	msMW = 0.072*GeV

const double	mt_MSbar = 167*GeV

const double	mtau = 1776.99*MeV

const double	mtMW = 175.3 *GeV

const double	muMW = 1.7 *MeV

const double	mW = 80.419 * GeV

const double	mZ = 91.1876 * GeV

const char *const	number_formatter = " %16.8E # %s\n"
	SLHA number formatter.

const char *const	obsinfo_formatter = " %5d %5d %s\n"
	SLHA line formatter for the OBSINFO block entries.

static constexpr double	oneLoop = 6.332573977646110963e-03

static constexpr double	oneOver16Pi = 0.019894367886486917

static constexpr double	oneOver16PiSqr = 6.332573977646110963e-03

static constexpr double	oneOver4Pi = 0.079577471545947668

static constexpr double	oneOverSqrt2 = 0.70710678118654752

static std::array< int, 2 >	pdg_id_pairs [PDG_id_pairs::NUMBER_OF_PDG_IDS]

constexpr double	pi = Pi

static constexpr double	Pi = 3.141592653589793

constexpr double	r2 = 1.4142135623730950

const char *const	scale_formatter = "%9.8E"
	SLHA scale formatter.

const double	sec = c_m_s * 1e15 / (hbarc_MeVfm*MeV)

const double	sigmambMW = 0.047*GeV

const double	sigmamcMW = 0.027*GeV

const double	sigmamdMW = 0.9 *MeV

const double	sigmame = 0.00000004*MeV

const double	sigmammu = 0.000009*MeV

const double	sigmamsMW = 0.017*GeV

const double	sigmamtau = 0.275*MeV

const double	sigmamtMW = 5.1 *GeV

const double	sigmamuMW = 0.5 *MeV

const char *const	single_element_formatter = " %5d %16.8E # %s\n"
	SLHA line formatter for the one-element entries = HMIX, GAUGE, MSOFT, ...

const double	sinSqThetaW = 0.23117

const char *const	spinfo_formatter = " %5d %s\n"
	SLHA line formatter for the SPINFO block entries.

static constexpr double	sqrt2 = 1.4142135623730950

const char *const	tensor_formatter = " %8d %8d %8d %16.8E # %s\n"
	SLHA line formatter for entries with three indices.

const double	TeV = 1

static constexpr double	threeLoop = 2.539456721913701978e-07

Real	TOLERANCE = 1.0e-3

static constexpr bool	True = true

static constexpr double	twoLoop = 4.010149318236068752e-05

const char *const	vector_formatter = " %5d %16.8E # %s\n"
	SLHA line formatter for vector entries.

const double	vv = sqrt(2*sqr(mZ)/(sqr(g2mZ)+sqr(gYmZ)))

const char *const	wilson_formatter = " %8s %8s %1d%1d %1d %16.8E # %s\n"
	FLHA line formatter for FWCOEF, IMFCOEF block entries.

const double	year = 365246060sec

static constexpr double	zeta2 = 1.6449340668482264

static constexpr double	zeta3 = 1.2020569031595943

static constexpr double	zeta4 = 1.0823232337111382

static constexpr double	zeta5 = 1.0369277551433699

Detailed Description

Todo:: implement formulas for most general forms of amplitudes

The following message logger macros are available:

VERBOSE_MSG(message) only printed if VERBOSE is defined DEBUG_MSG(message) only printed if DEBUG is defined INFO(message) WARNING(message) ERROR(message) FATAL(message) aborts program execution

All macros print to std::cerr .

All output can be disabled if ENABLE_SILENT is defined.

The preprocessor symbols ENABLE_DEBUG, ENABLE_SILENT and ENABLE_VERBOSE are defined/undefined in config.h, which is generated by the configure script. Please refer to the configure script options to control the definition/undefinition of the preprocessor symbols.

Typedef Documentation

◆ CM22

using flexiblesusy::CM22 = typedef Eigen::Matrix<Comp, 2, 2>

Definition at line 17 of file small_matrices.hpp.

◆ CM33

using flexiblesusy::CM33 = typedef Eigen::Matrix<Comp, 3, 3>

Definition at line 18 of file small_matrices.hpp.

◆ CM44

using flexiblesusy::CM44 = typedef Eigen::Matrix<Comp, 4, 4>

Definition at line 19 of file small_matrices.hpp.

◆ CM66

using flexiblesusy::CM66 = typedef Eigen::Matrix<Comp, 6, 6>

Definition at line 20 of file small_matrices.hpp.

◆ Comp

using flexiblesusy::Comp = typedef std::complex<Real>

Definition at line 13 of file mathdefs.hpp.

◆ InterTheoryConstraint

typedef Matching< Lattice > flexiblesusy::InterTheoryConstraint

Definition at line 61 of file lattice_constraint.hpp.

◆ Real

using flexiblesusy::Real = typedef double

Definition at line 12 of file mathdefs.hpp.

◆ RM22

using flexiblesusy::RM22 = typedef Eigen::Matrix<Real, 2, 2>

Definition at line 13 of file small_matrices.hpp.

◆ RM33

using flexiblesusy::RM33 = typedef Eigen::Matrix<Real, 3, 3>

Definition at line 14 of file small_matrices.hpp.

◆ RM44

using flexiblesusy::RM44 = typedef Eigen::Matrix<Real, 4, 4>

Definition at line 15 of file small_matrices.hpp.

◆ RM66

using flexiblesusy::RM66 = typedef Eigen::Matrix<Real, 6, 6>

Definition at line 16 of file small_matrices.hpp.

◆ RVe2

using flexiblesusy::RVe2 = typedef Eigen::Matrix<Real, 2, 1>

Definition at line 21 of file small_matrices.hpp.

◆ RVe3

using flexiblesusy::RVe3 = typedef Eigen::Matrix<Real, 3, 1>

Definition at line 22 of file small_matrices.hpp.

◆ RVe4

using flexiblesusy::RVe4 = typedef Eigen::Matrix<Real, 4, 1>

Definition at line 23 of file small_matrices.hpp.

◆ RVe6

using flexiblesusy::RVe6 = typedef Eigen::Matrix<Real, 6, 1>

Definition at line 24 of file small_matrices.hpp.

◆ RVec

using flexiblesusy::RVec = typedef std::vector<Real>

Definition at line 58 of file lattice_solver.hpp.

◆ SingleSiteConstraint

typedef Constraint< Lattice > flexiblesusy::SingleSiteConstraint

Definition at line 121 of file lattice_constraint.hpp.

Enumeration Type Documentation

◆ PDG_id_pairs

enum flexiblesusy::PDG_id_pairs : int

Enumerator
dd
uu
ss
cc
bb
tt
ee
mumu
tautau
WW
ZZ
gamgam
Zgam
gg
emu
etau
mutau
NUMBER_OF_PDG_IDS

Definition at line 359 of file decay.hpp.

Function Documentation

◆ Abs() [1/11]

template<typename Derived >

auto flexiblesusy::Abs ( const Eigen::ArrayBase< Derived > & x ) -> decltype(x.cwiseAbs().eval())

Definition at line 75 of file wrappers.hpp.

◆ Abs() [2/11]

template<typename Derived >

auto flexiblesusy::Abs ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.cwiseAbs().eval())

Definition at line 81 of file wrappers.hpp.

◆ Abs() [3/11]

double flexiblesusy::Abs ( const std::complex< double > & x )

inlinenoexcept

Definition at line 71 of file wrappers.hpp.

◆ Abs() [4/11]

float flexiblesusy::Abs ( const std::complex< float > & x )

inlinenoexcept

Definition at line 70 of file wrappers.hpp.

◆ Abs() [5/11]

long double flexiblesusy::Abs ( const std::complex< long double > & x )

inlinenoexcept

Definition at line 72 of file wrappers.hpp.

◆ Abs() [6/11]

double flexiblesusy::Abs ( double x )

inlinenoexcept

Definition at line 68 of file wrappers.hpp.

◆ Abs() [7/11]

float flexiblesusy::Abs ( float x )

inlinenoexcept

Definition at line 67 of file wrappers.hpp.

◆ Abs() [8/11]

int flexiblesusy::Abs ( int x )

inlinenoexcept

Definition at line 64 of file wrappers.hpp.

Referenced by MaxAbsValue(), and MaxAbsValue().

◆ Abs() [9/11]

long double flexiblesusy::Abs ( long double x )

inlinenoexcept

Definition at line 69 of file wrappers.hpp.

◆ Abs() [10/11]

long long flexiblesusy::Abs ( long long x )

inlinenoexcept

Definition at line 66 of file wrappers.hpp.

◆ Abs() [11/11]

long flexiblesusy::Abs ( long x )

inlinenoexcept

Definition at line 65 of file wrappers.hpp.

◆ AbsSqr() [1/11]

template<typename Derived >

auto flexiblesusy::AbsSqr ( const Eigen::ArrayBase< Derived > & x ) -> decltype(x.cwiseAbs().eval().square().eval())

Definition at line 99 of file wrappers.hpp.

◆ AbsSqr() [2/11]

template<typename Derived >

auto flexiblesusy::AbsSqr ( const Eigen::MatrixBase< Derived > & x ) -> decltype(AbsSqr(x.array()).matrix().eval())

Definition at line 105 of file wrappers.hpp.

References AbsSqr().

◆ AbsSqr() [3/11]

double flexiblesusy::AbsSqr ( const std::complex< double > & x )

inlinenoexcept

Definition at line 95 of file wrappers.hpp.

◆ AbsSqr() [4/11]

float flexiblesusy::AbsSqr ( const std::complex< float > & x )

inlinenoexcept

Definition at line 94 of file wrappers.hpp.

◆ AbsSqr() [5/11]

long double flexiblesusy::AbsSqr ( const std::complex< long double > & x )

inlinenoexcept

Definition at line 96 of file wrappers.hpp.

◆ AbsSqr() [6/11]

double flexiblesusy::AbsSqr ( double x )

inlinenoexcept

Definition at line 92 of file wrappers.hpp.

◆ AbsSqr() [7/11]

float flexiblesusy::AbsSqr ( float x )

inlinenoexcept

Definition at line 91 of file wrappers.hpp.

◆ AbsSqr() [8/11]

int flexiblesusy::AbsSqr ( int x )

inlinenoexcept

Definition at line 88 of file wrappers.hpp.

Referenced by AbsSqr(), flexiblesusy::Decay_amplitude_SSS::square(), flexiblesusy::Decay_amplitude_SSV::square(), flexiblesusy::Decay_amplitude_SVV::square(), flexiblesusy::Decay_amplitude_SFF::square(), flexiblesusy::Decay_amplitude_FFS::square(), and flexiblesusy::Decay_amplitude_FFV::square().

◆ AbsSqr() [9/11]

long double flexiblesusy::AbsSqr ( long double x )

inlinenoexcept

Definition at line 93 of file wrappers.hpp.

◆ AbsSqr() [10/11]

long long flexiblesusy::AbsSqr ( long long x )

inlinenoexcept

Definition at line 90 of file wrappers.hpp.

◆ AbsSqr() [11/11]

long flexiblesusy::AbsSqr ( long x )

inlinenoexcept

Definition at line 89 of file wrappers.hpp.

◆ AbsSqrt() [1/4]

template<typename Derived >

auto flexiblesusy::AbsSqrt ( const Eigen::ArrayBase< Derived > & x ) -> decltype(x.cwiseAbs().cwiseSqrt())

Definition at line 117 of file wrappers.hpp.

◆ AbsSqrt() [2/4]

template<typename Derived >

auto flexiblesusy::AbsSqrt ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.cwiseAbs().cwiseSqrt())

Definition at line 123 of file wrappers.hpp.

◆ AbsSqrt() [3/4]

double flexiblesusy::AbsSqrt ( const std::complex< double > & x )

inlinenoexcept

Definition at line 114 of file wrappers.hpp.

◆ AbsSqrt() [4/4]

double flexiblesusy::AbsSqrt ( double x )

inlinenoexcept

Definition at line 112 of file wrappers.hpp.

Referenced by SignedAbsSqrt().

◆ ArcCos() [1/2]

std::complex< double > flexiblesusy::ArcCos ( const std::complex< double > & x )

inlinenoexcept

Definition at line 131 of file wrappers.hpp.

◆ ArcCos() [2/2]

double flexiblesusy::ArcCos ( double x )

inlinenoexcept

Definition at line 130 of file wrappers.hpp.

◆ ArcSin() [1/2]

std::complex< double > flexiblesusy::ArcSin ( const std::complex< double > & x )

inlinenoexcept

Definition at line 136 of file wrappers.hpp.

◆ ArcSin() [2/2]

double flexiblesusy::ArcSin ( double x )

inlinenoexcept

Definition at line 135 of file wrappers.hpp.

◆ ArcTan() [1/2]

std::complex< double > flexiblesusy::ArcTan ( const std::complex< double > & x )

inlinenoexcept

Definition at line 141 of file wrappers.hpp.

◆ ArcTan() [2/2]

double flexiblesusy::ArcTan ( double x )

inlinenoexcept

Definition at line 140 of file wrappers.hpp.

◆ Arg() [1/2]

double flexiblesusy::Arg ( const std::complex< double > & x )

inlinenoexcept

Definition at line 146 of file wrappers.hpp.

◆ Arg() [2/2]

double flexiblesusy::Arg ( double x )

inlinenoexcept

Definition at line 145 of file wrappers.hpp.

◆ begin()

double * flexiblesusy::begin ( GSL_vector & v )

iterator to begin of GSL_vector

Definition at line 245 of file gsl_vector.cpp.

References begin(), flexiblesusy::GSL_vector::empty(), and flexiblesusy::GSL_vector::raw().

Referenced by begin(), and index_range().

◆ binary_map()

template<class BinaryOp , class Derived >

Derived flexiblesusy::binary_map	(	const Eigen::DenseBase< Derived > &	a,
		const Eigen::DenseBase< Derived > &	b,
		BinaryOp	op
	)

Definition at line 44 of file eigen_utils.hpp.

Referenced by div_safe().

◆ calc_DeltaAh()

double flexiblesusy::calc_DeltaAh ( double b )

noexcept

Definition at line 73 of file decay_functions.cpp.

◆ calc_DeltaH()

double flexiblesusy::calc_DeltaH ( double b )

noexcept

Eq.(2.6) of hep-ph/0503173.

Definition at line 63 of file decay_functions.cpp.

◆ calc_Deltaqq()

double flexiblesusy::calc_Deltaqq	(	double	alpha_s_red,
		double	Nf,
		FlexibleDecay_settings const &	settings
	)

noexcept

Eq.(2.11) of hep-ph/0503173, 2-loop and higher order.

Definition at line 82 of file decay_functions.cpp.

References flexiblesusy::FlexibleDecay_settings::include_higher_order_corrections, Pi, settings, Sqr(), WARNING, zeta3, zeta4, and zeta5.

◆ calculate_diagram_SFF_t1g1n1_FFS() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g1n1_FFS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLF4,
		double	mLF5,
		double	mLS6,
		const std::complex< double > &	CpF2F4cS6PL,
		const std::complex< double > &	CpF2F4cS6PR,
		const std::complex< double > &	CpcF4cF5S1PL,
		const std::complex< double > &	CpcF4cF5S1PR,
		const std::complex< double > &	CpF5F3S6PL,
		const std ::complex< double > &	CpF5F3S6PR,
		double	scale
	)

Evaluates T1G1N1 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpF2F4cS6PL	coupling Cp[F[2], F[4], -S[6]][PL]
[in]	CpF2F4cS6PR	coupling Cp[F[2], F[4], -S[6]][PR]
[in]	CpcF4cF5S1PL	coupling Cp[-F[4], -F[5], S[1]][PL]
[in]	CpcF4cF5S1PR	coupling Cp[-F[4], -F[5], S[1]][PR]
[in]	CpF5F3S6PL	coupling Cp[F[5], F[3], S[6]][PL]
[in]	CpF5F3S6PR	coupling Cp[F[5], F[3], S[6]][PR]

Returns: value of the one-loop diagram

Definition at line 6300 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t1g1n1_FFS() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g1n1_FFS	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double
	)

◆ calculate_diagram_SFF_t1g2n2_SSF()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g2n2_SSF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLF6,
		const std::complex< double > &	CpF2cF6S4PL,
		const std::complex< double > &	CpF2cF6S4PR,
		const std::complex< double > &	CpF6F3S5PL,
		const std::complex< double > &	CpF6F3S5PR,
		const std::complex< double > &	CpS1cS4cS5,
		double	scale
	)

Evaluates T1G2N2 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2cF6S4PL	coupling Cp[F[2], -F[6], S[4]][PL]
[in]	CpF2cF6S4PR	coupling Cp[F[2], -F[6], S[4]][PR]
[in]	CpF6F3S5PL	coupling Cp[F[6], F[3], S[5]][PL]
[in]	CpF6F3S5PR	coupling Cp[F[6], F[3], S[5]][PR]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]

Returns: value of the one-loop diagram

Definition at line 6371 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, and oneOver16PiSqr.

◆ calculate_diagram_SFF_t1g3n3_FFV() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g3n3_FFV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLF4,
		double	mLF5,
		double	mLV6,
		const std::complex< double > &	CpF2F4cV6PR,
		const std::complex< double > &	CpF2F4cV6PL,
		const std::complex< double > &	CpcF4cF5S1PL,
		const std::complex< double > &	CpcF4cF5S1PR,
		const std::complex< double > &	CpF5F3V6PL,
		const std ::complex< double > &	CpF5F3V6PR,
		double	scale,
		double	finite
	)

Evaluates T1G3N3 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2F4cV6PR	coupling Cp[F[2], F[4], -V[6]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpF2F4cV6PL	coupling Cp[F[2], F[4], -V[6]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpcF4cF5S1PL	coupling Cp[-F[4], -F[5], S[1]][PL]
[in]	CpcF4cF5S1PR	coupling Cp[-F[4], -F[5], S[1]][PR]
[in]	CpF5F3V6PL	coupling Cp[F[5], F[3], V[6]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F3V6PR	coupling Cp[F[5], F[3], V[6]][LorentzProduct[gamma[lt3 ], PR]]

Returns: value of the one-loop diagram

Definition at line 6427 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t1g3n3_FFV() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g3n3_FFV	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double	,
		double
	)

◆ calculate_diagram_SFF_t1g4n4_SVF()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g4n4_SVF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLF6,
		const std::complex< double > &	CpF2cF6S4PL,
		const std::complex< double > &	CpF2cF6S4PR,
		const std::complex< double > &	CpF6F3V5PL,
		const std::complex< double > &	CpF6F3V5PR,
		const std::complex< double > &	CpS1cS4cV5,
		double	scale
	)

Evaluates T1G4N4 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2cF6S4PL	coupling Cp[F[2], -F[6], S[4]][PL]
[in]	CpF2cF6S4PR	coupling Cp[F[2], -F[6], S[4]][PR]
[in]	CpF6F3V5PL	coupling Cp[F[6], F[3], V[5]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF6F3V5PR	coupling Cp[F[6], F[3], V[5]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]

Returns: value of the one-loop diagram

Definition at line 6498 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t1g5n5_VSF()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g5n5_VSF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLF6,
		const std::complex< double > &	CpF2cF6V4PR,
		const std::complex< double > &	CpF2cF6V4PL,
		const std::complex< double > &	CpF6F3S5PL,
		const std::complex< double > &	CpF6F3S5PR,
		const std::complex< double > &	CpS1cS5cV4,
		double	scale
	)

Evaluates T1G5N5 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2cF6V4PR	coupling Cp[F[2], -F[6], V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpF2cF6V4PL	coupling Cp[F[2], -F[6], V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF6F3S5PL	coupling Cp[F[6], F[3], S[5]][PL]
[in]	CpF6F3S5PR	coupling Cp[F[6], F[3], S[5]][PR]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]

Returns: value of the one-loop diagram

Definition at line 6564 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t1g6n6_VVF()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t1g6n6_VVF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLF6,
		const std::complex< double > &	CpF2cF6V4PL,
		const std::complex< double > &	CpF2cF6V4PR,
		const std::complex< double > &	CpF6F3V5PL,
		const std::complex< double > &	CpF6F3V5PR,
		const std::complex< double > &	CpS1cV4cV5,
		double	scale
	)

Evaluates T1G6N6 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2cF6V4PL	coupling Cp[F[2], -F[6], V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2cF6V4PR	coupling Cp[F[2], -F[6], V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpF6F3V5PL	coupling Cp[F[6], F[3], V[5]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF6F3V5PR	coupling Cp[F[6], F[3], V[5]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 6635 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, and oneOver16PiSqr.

◆ calculate_diagram_SFF_t2g1n7_SS()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t2g1n7_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1S4cS5S5,
		double	scale
	)

Evaluates T2G1N7 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1S4cS5S5	coupling Cp[S[1], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 6683 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t2g2n8_SV()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t2g2n8_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T2G2N8 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1S4cV5V5	coupling Cp[S[1], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 6725 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t3g1n9_FFS() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t3g1n9_FFS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIF4,
		double	mLF5,
		double	mLS6,
		const std::complex< double > &	CpF2cF4S1PL,
		const std::complex< double > &	CpF2cF4S1PR,
		const std::complex< double > &	CpF4F5S6PL,
		const std::complex< double > &	CpF4F5S6PR,
		const std::complex< double > &	CpcF5F3cS6PL,
		const std ::complex< double > &	CpcF5F3cS6PR,
		double	scale
	)

Evaluates T3G1N9 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpF2cF4S1PL	coupling Cp[F[2], -F[4], S[1]][PL]
[in]	CpF2cF4S1PR	coupling Cp[F[2], -F[4], S[1]][PR]
[in]	CpF4F5S6PL	coupling Cp[F[4], F[5], S[6]][PL]
[in]	CpF4F5S6PR	coupling Cp[F[4], F[5], S[6]][PR]
[in]	CpcF5F3cS6PL	coupling Cp[-F[5], F[3], -S[6]][PL]
[in]	CpcF5F3cS6PR	coupling Cp[-F[5], F[3], -S[6]][PR]

Returns: value of the one-loop diagram

Definition at line 6771 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t3g1n9_FFS() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t3g1n9_FFS	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double
	)

◆ calculate_diagram_SFF_t3g2n10_FFV() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t3g2n10_FFV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIF4,
		double	mLF5,
		double	mLV6,
		const std::complex< double > &	CpF2cF4S1PL,
		const std::complex< double > &	CpF2cF4S1PR,
		const std::complex< double > &	CpF4F5V6PL,
		const std::complex< double > &	CpF4F5V6PR,
		const std::complex< double > &	CpcF5F3cV6PL,
		const std ::complex< double > &	CpcF5F3cV6PR,
		double	scale,
		double	finite
	)

Evaluates T3G2N10 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2cF4S1PL	coupling Cp[F[2], -F[4], S[1]][PL]
[in]	CpF2cF4S1PR	coupling Cp[F[2], -F[4], S[1]][PR]
[in]	CpF4F5V6PL	coupling Cp[F[4], F[5], V[6]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF4F5V6PR	coupling Cp[F[4], F[5], V[6]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF5F3cV6PL	coupling Cp[-F[5], F[3], -V[6]][LorentzProduct[gamma [lt3], PL]]
[in]	CpcF5F3cV6PR	coupling Cp[-F[5], F[3], -V[6]][LorentzProduct[gamma [lt3], PR]]

Returns: value of the one-loop diagram

Definition at line 6828 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t3g2n10_FFV() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t3g2n10_FFV	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double	,
		double
	)

◆ calculate_diagram_SFF_t4g1n11_FFS() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t4g1n11_FFS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIF4,
		double	mLF5,
		double	mLS6,
		const std::complex< double > &	CpcF4F3S1PL,
		const std::complex< double > &	CpcF4F3S1PR,
		const std::complex< double > &	CpF2cF5cS6PL,
		const std::complex< double > &	CpF2cF5cS6PR,
		const std::complex< double > &	CpF5F4S6PL,
		const std ::complex< double > &	CpF5F4S6PR,
		double	scale
	)

Evaluates T4G1N11 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpcF4F3S1PL	coupling Cp[-F[4], F[3], S[1]][PL]
[in]	CpcF4F3S1PR	coupling Cp[-F[4], F[3], S[1]][PR]
[in]	CpF2cF5cS6PL	coupling Cp[F[2], -F[5], -S[6]][PL]
[in]	CpF2cF5cS6PR	coupling Cp[F[2], -F[5], -S[6]][PR]
[in]	CpF5F4S6PL	coupling Cp[F[5], F[4], S[6]][PL]
[in]	CpF5F4S6PR	coupling Cp[F[5], F[4], S[6]][PR]

Returns: value of the one-loop diagram

Definition at line 6883 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t4g1n11_FFS() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t4g1n11_FFS	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double
	)

◆ calculate_diagram_SFF_t4g2n12_FFV() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t4g2n12_FFV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIF4,
		double	mLF5,
		double	mLV6,
		const std::complex< double > &	CpcF4F3S1PL,
		const std::complex< double > &	CpcF4F3S1PR,
		const std::complex< double > &	CpF2cF5cV6PL,
		const std::complex< double > &	CpF2cF5cV6PR,
		const std::complex< double > &	CpF5F4V6PL,
		const std ::complex< double > &	CpF5F4V6PR,
		double	scale,
		double	finite
	)

Evaluates T4G2N12 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpcF4F3S1PL	coupling Cp[-F[4], F[3], S[1]][PL]
[in]	CpcF4F3S1PR	coupling Cp[-F[4], F[3], S[1]][PR]
[in]	CpF2cF5cV6PL	coupling Cp[F[2], -F[5], -V[6]][LorentzProduct[gamma [lt3], PL]]
[in]	CpF2cF5cV6PR	coupling Cp[F[2], -F[5], -V[6]][LorentzProduct[gamma [lt3], PR]]
[in]	CpF5F4V6PL	coupling Cp[F[5], F[4], V[6]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F4V6PR	coupling Cp[F[5], F[4], V[6]][LorentzProduct[gamma[lt3 ], PR]]

Returns: value of the one-loop diagram

Definition at line 6940 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t4g2n12_FFV() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t4g2n12_FFV	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double	,
		double
	)

◆ calculate_diagram_SFF_t5g10n22_VVV()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g10n22_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpF2F3cV4PL,
		const std::complex< double > &	CpF2F3cV4PR,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T5G10N22 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2F3cV4PL	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2F3cV4PR	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 7455 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g1n13_SFF() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g1n13_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std ::complex< double > &	CpcF6cF5S1PR,
		double	scale
	)

Evaluates T5G1N13 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]

Returns: value of the one-loop diagram

Definition at line 6995 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g1n13_SFF() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g1n13_SFF	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double
	)

◆ calculate_diagram_SFF_t5g2n14_SSS()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g2n14_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T5G2N14 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 7052 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g3n15_SUU()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g3n15_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T5G3N15 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 7097 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g4n16_SSV()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g4n16_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T5G4N16 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 7143 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g5n17_SVV()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g5n17_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpF2F3cS4PL,
		const std::complex< double > &	CpF2F3cS4PR,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T5G5N17 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2F3cS4PL	coupling Cp[F[2], F[3], -S[4]][PL]
[in]	CpF2F3cS4PR	coupling Cp[F[2], F[3], -S[4]][PR]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 7195 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g6n18_VFF() [1/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g6n18_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF2F3cV4PL,
		const std::complex< double > &	CpF2F3cV4PR,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std ::complex< double > &	CpcF6cF5S1PR,
		double	scale
	)

Evaluates T5G6N18 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF2F3cV4PL	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2F3cV4PR	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]

Returns: value of the one-loop diagram

Definition at line 7248 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g6n18_VFF() [2/2]

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g6n18_VFF	(	double	,
		double	,
		double	,
		double	,
		double	,
		double	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		const std::complex< double > &	,
		double
	)

◆ calculate_diagram_SFF_t5g7n19_VSS()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g7n19_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpF2F3cV4PL,
		const std::complex< double > &	CpF2F3cV4PR,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T5G7N19 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpF2F3cV4PL	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2F3cV4PR	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 7303 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g8n20_VUU()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g8n20_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpF2F3cV4PL,
		const std::complex< double > &	CpF2F3cV4PR,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpU5U6V4,
		double	scale
	)

Evaluates T5G8N20 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpF2F3cV4PL	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2F3cV4PR	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]

Returns: value of the one-loop diagram

Definition at line 7353 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SFF_t5g9n21_VSV()

Decay_amplitude_SFF flexiblesusy::calculate_diagram_SFF_t5g9n21_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpF2F3cV4PL,
		const std::complex< double > &	CpF2F3cV4PR,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T5G9N21 diagram for process S -> FF.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field F[2]
[in]	mext3	mass of external field F[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpF2F3cV4PL	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpF2F3cV4PR	coupling Cp[F[2], F[3], -V[4]][LorentzProduct[gamma[ lt3], PR]]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 7403 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, flexiblesusy::Decay_amplitude_SFF::m_fermion_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g10n52_VVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g10n52_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpS2S3cV4,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T10G10N52 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS2S3cV4	coupling Cp[S[2], S[3], -V[4]][Mom[S[2]] - Mom[S[3]]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 2338 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g1n43_SFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g1n43_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpS2S3cS4,
		double	scale
	)

Evaluates T10G1N43 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]

Returns: value of the one-loop diagram

Definition at line 1933 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g2n44_SSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g2n44_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T10G2N44 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 1983 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g3n45_SUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g3n45_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T10G3N45 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 2024 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g4n46_SSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g4n46_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T10G4N46 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 2066 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g5n47_SVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g5n47_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T10G5N47 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2113 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g6n48_VFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g6n48_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpS2S3cV4,
		double	scale
	)

Evaluates T10G6N48 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpS2S3cV4	coupling Cp[S[2], S[3], -V[4]][Mom[S[2]] - Mom[S[3]]]

Returns: value of the one-loop diagram

Definition at line 2158 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g7n49_VSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g7n49_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS2S3cV4,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T10G7N49 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS2S3cV4	coupling Cp[S[2], S[3], -V[4]][Mom[S[2]] - Mom[S[3]]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 2204 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g8n50_VUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g8n50_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpS2S3cV4,
		const std::complex< double > &	CpU5U6V41,
		const std::complex< double > &	CpU5U6V42,
		double	scale
	)

Evaluates T10G8N50 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpS2S3cV4	coupling Cp[S[2], S[3], -V[4]][Mom[S[2]] - Mom[S[3]]]
[in]	CpU5U6V41	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpU5U6V42	coupling Cp[U[5], U[6], V[4]][Mom[U[6]]]

Returns: value of the one-loop diagram

Definition at line 2248 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t10g9n51_VSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t10g9n51_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS2S3cV4,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T10G9N51 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2S3cV4	coupling Cp[S[2], S[3], -V[4]][Mom[S[2]] - Mom[S[3]]]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2293 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g10n10_VVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g10n10_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpS2V4cV6,
		const std::complex< double > &	CpS3V5V6,
		double	scale
	)

Evaluates T1G10N10 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS2V4cV6	coupling Cp[S[2], V[4], -V[6]][g[lt2, lt3]]
[in]	CpS3V5V6	coupling Cp[S[3], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 524 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t1g1n1_FFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g1n1_FFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLF4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpcF4cF5S1PL,
		const std::complex< double > &	CpcF4cF5S1PR,
		const std::complex< double > &	CpF5F6S3PL,
		const std::complex< double > &	CpF5F6S3PR,
		const std::complex< double > &	CpcF6F4S2PL,
		const std::complex< double > &	CpcF6F4S2PR,
		double	scale
	)

Evaluates T1G1N1 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpcF4cF5S1PL	coupling Cp[-F[4], -F[5], S[1]][PL]
[in]	CpcF4cF5S1PR	coupling Cp[-F[4], -F[5], S[1]][PR]
[in]	CpF5F6S3PL	coupling Cp[F[5], F[6], S[3]][PL]
[in]	CpF5F6S3PR	coupling Cp[F[5], F[6], S[3]][PR]
[in]	CpcF6F4S2PL	coupling Cp[-F[6], F[4], S[2]][PL]
[in]	CpcF6F4S2PR	coupling Cp[-F[6], F[4], S[2]][PR]

Returns: value of the one-loop diagram

Definition at line 51 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g2n2_SSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g2n2_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS2S4cS6,
		const std::complex< double > &	CpS3S5S6,
		double	scale
	)

Evaluates T1G2N2 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS2S4cS6	coupling Cp[S[2], S[4], -S[6]]
[in]	CpS3S5S6	coupling Cp[S[3], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 134 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t1g3n3_UUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g3n3_UUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLU4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU4cU5,
		const std::complex< double > &	CpS2cU6U4,
		const std::complex< double > &	CpS3U5U6,
		double	scale
	)

Evaluates T1G3N3 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLU4	mass of internal field U[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU4cU5	coupling Cp[S[1], -U[4], -U[5]]
[in]	CpS2cU6U4	coupling Cp[S[2], -U[6], U[4]]
[in]	CpS3U5U6	coupling Cp[S[3], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 176 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t1g4n4_SSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g4n4_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS2S4cV6,
		const std::complex< double > &	CpS3S5V6,
		double	scale
	)

Evaluates T1G4N4 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS2S4cV6	coupling Cp[S[2], S[4], -V[6]][Mom[S[2]] - Mom[S[4]]]
[in]	CpS3S5V6	coupling Cp[S[3], S[5], V[6]][Mom[S[3]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 218 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g5n5_SVS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g5n5_SVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS2S4cS6,
		const std::complex< double > &	CpS3S6V5,
		double	scale
	)

Evaluates T1G5N5 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS2S4cS6	coupling Cp[S[2], S[4], -S[6]]
[in]	CpS3S6V5	coupling Cp[S[3], S[6], V[5]][Mom[S[3]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 269 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g6n6_VSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g6n6_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS2cS6V4,
		const std::complex< double > &	CpS3S5S6,
		double	scale
	)

Evaluates T1G6N6 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2cS6V4	coupling Cp[S[2], -S[6], V[4]][Mom[S[2]] - Mom[-S[6]]]
[in]	CpS3S5S6	coupling Cp[S[3], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 320 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g7n7_SVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g7n7_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS2S4cV6,
		const std::complex< double > &	CpS3V5V6,
		double	scale
	)

Evaluates T1G7N7 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS2S4cV6	coupling Cp[S[2], S[4], -V[6]][Mom[S[2]] - Mom[S[4]]]
[in]	CpS3V5V6	coupling Cp[S[3], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 371 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g8n8_VSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g8n8_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS2V4cV6,
		const std::complex< double > &	CpS3S5V6,
		double	scale
	)

Evaluates T1G8N8 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2V4cV6	coupling Cp[S[2], V[4], -V[6]][g[lt2, lt3]]
[in]	CpS3S5V6	coupling Cp[S[3], S[5], V[6]][Mom[S[3]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 422 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t1g9n9_VVS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t1g9n9_VVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpS2cS6V4,
		const std::complex< double > &	CpS3S6V5,
		double	scale
	)

Evaluates T1G9N9 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS2cS6V4	coupling Cp[S[2], -S[6], V[4]][Mom[S[2]] - Mom[-S[6]]]
[in]	CpS3S6V5	coupling Cp[S[3], S[6], V[5]][Mom[S[3]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 473 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t2g1n11_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t2g1n11_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3S4cS5S5,
		double	scale
	)

Evaluates T2G1N11 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3S4cS5S5	coupling Cp[S[3], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 564 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t2g2n12_SV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t2g2n12_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T2G2N12 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3S4cV5V5	coupling Cp[S[3], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 603 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t3g1n13_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t3g1n13_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2S4cS5S5,
		double	scale
	)

Evaluates T3G1N13 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2S4cS5S5	coupling Cp[S[2], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 642 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t3g2n14_SV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t3g2n14_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T3G2N14 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2S4cV5V5	coupling Cp[S[2], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 681 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t4g1n15_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t4g1n15_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS2S3S4S5,
		double	scale
	)

Evaluates T4G1N15 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS2S3S4S5	coupling Cp[S[2], S[3], S[4], S[5]]

Returns: value of the one-loop diagram

Definition at line 720 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t4g2n16_VV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t4g2n16_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpS2S3V4V5,
		double	scale,
		double	finite
	)

Evaluates T4G2N16 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS2S3V4V5	coupling Cp[S[2], S[3], V[4], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 758 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t5g1n17_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t5g1n17_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS1S4cS5S5,
		double	scale
	)

Evaluates T5G1N17 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS1S4cS5S5	coupling Cp[S[1], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 797 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t5g2n18_SV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t5g2n18_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpS2S3cS4,
		const std::complex< double > &	CpS1S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T5G2N18 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS2S3cS4	coupling Cp[S[2], S[3], -S[4]]
[in]	CpS1S4cV5V5	coupling Cp[S[1], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 836 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t6g1n19_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t6g1n19_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		const std::complex< double > &	CpS2cS4cS5,
		const std::complex< double > &	CpS1S3S4S5,
		double	scale
	)

Evaluates T6G1N19 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS2cS4cS5	coupling Cp[S[2], -S[4], -S[5]]
[in]	CpS1S3S4S5	coupling Cp[S[1], S[3], S[4], S[5]]

Returns: value of the one-loop diagram

Definition at line 875 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t6g2n20_VV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t6g2n20_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		const std::complex< double > &	CpS2cV4cV5,
		const std::complex< double > &	CpS1S3V4V5,
		double	scale,
		double	finite
	)

Evaluates T6G2N20 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS2cV4cV5	coupling Cp[S[2], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS1S3V4V5	coupling Cp[S[1], S[3], V[4], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 913 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t7g1n21_SS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t7g1n21_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		const std::complex< double > &	CpS3cS4cS5,
		const std::complex< double > &	CpS1S2S4S5,
		double	scale
	)

Evaluates T7G1N21 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS3cS4cS5	coupling Cp[S[3], -S[4], -S[5]]
[in]	CpS1S2S4S5	coupling Cp[S[1], S[2], S[4], S[5]]

Returns: value of the one-loop diagram

Definition at line 952 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t7g2n22_VV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t7g2n22_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		const std::complex< double > &	CpS3cV4cV5,
		const std::complex< double > &	CpS1S2V4V5,
		double	scale,
		double	finite
	)

Evaluates T7G2N22 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS3cV4cV5	coupling Cp[S[3], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS1S2V4V5	coupling Cp[S[1], S[2], V[4], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 990 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, and oneOver16PiSqr.

◆ calculate_diagram_SSS_t8g10n32_VVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g10n32_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpS3cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T8G10N32 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpS3cV5cV6	coupling Cp[S[3], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 1438 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g1n23_SFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g1n23_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S3PL,
		const std::complex< double > &	CpcF6cF5S3PR,
		const std::complex< double > &	CpS1S2cS4,
		double	scale
	)

Evaluates T8G1N23 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S3PL	coupling Cp[-F[6], -F[5], S[3]][PL]
[in]	CpcF6cF5S3PR	coupling Cp[-F[6], -F[5], S[3]][PR]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]

Returns: value of the one-loop diagram

Definition at line 1033 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g2n24_SSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g2n24_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3cS5cS6,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T8G2N24 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3cS5cS6	coupling Cp[S[3], -S[5], -S[6]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 1083 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g3n25_SUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g3n25_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3cU6cU5,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T8G3N25 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3cU6cU5	coupling Cp[S[3], -U[6], -U[5]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 1124 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g4n26_SSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g4n26_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3cS5cV6,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T8G4N26 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3cS5cV6	coupling Cp[S[3], -S[5], -V[6]][Mom[S[3]] - Mom[-S[5]] ]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 1166 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g5n27_SVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g5n27_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cS4,
		const std::complex< double > &	CpS3cV5cV6,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T8G5N27 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cS4	coupling Cp[S[1], S[2], -S[4]]
[in]	CpS3cV5cV6	coupling Cp[S[3], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 1213 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g6n28_VFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g6n28_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S3PL,
		const std::complex< double > &	CpcF6cF5S3PR,
		const std::complex< double > &	CpS1S2cV4,
		double	scale
	)

Evaluates T8G6N28 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S3PL	coupling Cp[-F[6], -F[5], S[3]][PL]
[in]	CpcF6cF5S3PR	coupling Cp[-F[6], -F[5], S[3]][PR]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]

Returns: value of the one-loop diagram

Definition at line 1258 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g7n29_VSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g7n29_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpS3cS5cS6,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T8G7N29 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpS3cS5cS6	coupling Cp[S[3], -S[5], -S[6]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 1304 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g8n30_VUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g8n30_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpS3cU6cU5,
		const std::complex< double > &	CpU5U6V41,
		const std::complex< double > &	CpU5U6V42,
		double	scale
	)

Evaluates T8G8N30 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpS3cU6cU5	coupling Cp[S[3], -U[6], -U[5]]
[in]	CpU5U6V41	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpU5U6V42	coupling Cp[U[5], U[6], V[4]][Mom[U[6]]]

Returns: value of the one-loop diagram

Definition at line 1348 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t8g9n31_VSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t8g9n31_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpS3cS5cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T8G9N31 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpS3cS5cV6	coupling Cp[S[3], -S[5], -V[6]][Mom[S[3]] - Mom[-S[5]] ]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 1393 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g10n42_VVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g10n42_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1S3cV4,
		const std::complex< double > &	CpS2cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T9G10N42 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S3cV4	coupling Cp[S[1], S[3], -V[4]][Mom[S[1]] - Mom[S[3]]]
[in]	CpS2cV5cV6	coupling Cp[S[2], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 1888 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g1n33_SFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g1n33_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S2PL,
		const std::complex< double > &	CpcF6cF5S2PR,
		const std::complex< double > &	CpS1S3cS4,
		double	scale
	)

Evaluates T9G1N33 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S2PL	coupling Cp[-F[6], -F[5], S[2]][PL]
[in]	CpcF6cF5S2PR	coupling Cp[-F[6], -F[5], S[2]][PR]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]

Returns: value of the one-loop diagram

Definition at line 1483 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g2n34_SSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g2n34_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2cS5cS6,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T9G2N34 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2cS5cS6	coupling Cp[S[2], -S[5], -S[6]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 1533 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g3n35_SUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g3n35_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2cU6cU5,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T9G3N35 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2cU6cU5	coupling Cp[S[2], -U[6], -U[5]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 1574 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g4n36_SSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g4n36_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2cS5cV6,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T9G4N36 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2cS5cV6	coupling Cp[S[2], -S[5], -V[6]][Mom[S[2]] - Mom[-S[5]] ]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 1616 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g5n37_SVV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g5n37_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1S3cS4,
		const std::complex< double > &	CpS2cV5cV6,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T9G5N37 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S3cS4	coupling Cp[S[1], S[3], -S[4]]
[in]	CpS2cV5cV6	coupling Cp[S[2], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 1663 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g6n38_VFF()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g6n38_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S2PL,
		const std::complex< double > &	CpcF6cF5S2PR,
		const std::complex< double > &	CpS1S3cV4,
		double	scale
	)

Evaluates T9G6N38 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S2PL	coupling Cp[-F[6], -F[5], S[2]][PL]
[in]	CpcF6cF5S2PR	coupling Cp[-F[6], -F[5], S[2]][PR]
[in]	CpS1S3cV4	coupling Cp[S[1], S[3], -V[4]][Mom[S[1]] - Mom[S[3]]]

Returns: value of the one-loop diagram

Definition at line 1708 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g7n39_VSS()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g7n39_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1S3cV4,
		const std::complex< double > &	CpS2cS5cS6,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T9G7N39 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1S3cV4	coupling Cp[S[1], S[3], -V[4]][Mom[S[1]] - Mom[S[3]]]
[in]	CpS2cS5cS6	coupling Cp[S[2], -S[5], -S[6]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 1754 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g8n40_VUU()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g8n40_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1S3cV4,
		const std::complex< double > &	CpS2cU6cU5,
		const std::complex< double > &	CpU5U6V41,
		const std::complex< double > &	CpU5U6V42,
		double	scale
	)

Evaluates T9G8N40 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1S3cV4	coupling Cp[S[1], S[3], -V[4]][Mom[S[1]] - Mom[S[3]]]
[in]	CpS2cU6cU5	coupling Cp[S[2], -U[6], -U[5]]
[in]	CpU5U6V41	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpU5U6V42	coupling Cp[U[5], U[6], V[4]][Mom[U[6]]]

Returns: value of the one-loop diagram

Definition at line 1798 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSS_t9g9n41_VSV()

Decay_amplitude_SSS flexiblesusy::calculate_diagram_SSS_t9g9n41_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1S3cV4,
		const std::complex< double > &	CpS2cS5cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T9G9N41 diagram for process S -> SS.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field S[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S3cV4	coupling Cp[S[1], S[3], -V[4]][Mom[S[1]] - Mom[S[3]]]
[in]	CpS2cS5cV6	coupling Cp[S[2], -S[5], -V[6]][Mom[S[2]] - Mom[-S[5]] ]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 1843 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, flexiblesusy::Decay_amplitude_SSS::m_scalar_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g10n50_VVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g10n50_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpS2V3cV4,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T10G10N50 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS2V3cV4	coupling Cp[S[2], V[3], -V[4]][g[lt2, lt3]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 6255 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g1n41_SFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g1n41_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpS2cS4V3,
		double	scale
	)

Evaluates T10G1N41 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]

Returns: value of the one-loop diagram

Definition at line 5856 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g2n42_SSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g2n42_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T10G2N42 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 5906 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g3n43_SUU()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g3n43_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T10G3N43 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 5947 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g4n44_SSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g4n44_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T10G4N44 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 5989 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g5n45_SVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g5n45_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T10G5N45 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 6036 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g6n46_VFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g6n46_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpS2V3cV4,
		double	scale
	)

Evaluates T10G6N46 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpS2V3cV4	coupling Cp[S[2], V[3], -V[4]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 6081 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g7n47_VSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g7n47_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS2V3cV4,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T10G7N47 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS2V3cV4	coupling Cp[S[2], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 6127 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g8n48_VUU()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g8n48_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpS2V3cV4,
		const std::complex< double > &	CpU5U6V4,
		double	scale
	)

Evaluates T10G8N48 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpS2V3cV4	coupling Cp[S[2], V[3], -V[4]][g[lt2, lt3]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]

Returns: value of the one-loop diagram

Definition at line 6169 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t10g9n49_VSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t10g9n49_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS2V3cV4,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T10G9N49 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2V3cV4	coupling Cp[S[2], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 6211 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t1g10n10_VVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g10n10_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpS2V4cV6,
		const std::complex< double > &	CpV3V5V6,
		double	scale
	)

Evaluates T1G10N10 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS2V4cV6	coupling Cp[S[2], V[4], -V[6]][g[lt2, lt3]]
[in]	CpV3V5V6	coupling Cp[V[3], V[5], V[6]][g[lt1, lt2] (-Mom[V[3]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 4848 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g1n1_FFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g1n1_FFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLF4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpcF4cF5S1PL,
		const std::complex< double > &	CpcF4cF5S1PR,
		const std::complex< double > &	CpF5F6V3PL,
		const std::complex< double > &	CpF5F6V3PR,
		const std::complex< double > &	CpcF6F4S2PL,
		const std::complex< double > &	CpcF6F4S2PR,
		double	scale
	)

Evaluates T1G1N1 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpcF4cF5S1PL	coupling Cp[-F[4], -F[5], S[1]][PL]
[in]	CpcF4cF5S1PR	coupling Cp[-F[4], -F[5], S[1]][PR]
[in]	CpF5F6V3PL	coupling Cp[F[5], F[6], V[3]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F6V3PR	coupling Cp[F[5], F[6], V[3]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF6F4S2PL	coupling Cp[-F[6], F[4], S[2]][PL]
[in]	CpcF6F4S2PR	coupling Cp[-F[6], F[4], S[2]][PR]

Returns: value of the one-loop diagram

Definition at line 4398 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t1g2n2_SSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g2n2_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS2S4cS6,
		const std::complex< double > &	CpS5S6V3,
		double	scale
	)

Evaluates T1G2N2 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS2S4cS6	coupling Cp[S[2], S[4], -S[6]]
[in]	CpS5S6V3	coupling Cp[S[5], S[6], V[3]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 4465 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g3n3_UUU()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g3n3_UUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLU4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU4cU5,
		const std::complex< double > &	CpS2cU6U4,
		const std::complex< double > &	CpU5U6V3,
		double	scale
	)

Evaluates T1G3N3 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLU4	mass of internal field U[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU4cU5	coupling Cp[S[1], -U[4], -U[5]]
[in]	CpS2cU6U4	coupling Cp[S[2], -U[6], U[4]]
[in]	CpU5U6V3	coupling Cp[U[5], U[6], V[3]][Mom[U[5]]]

Returns: value of the one-loop diagram

Definition at line 4509 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g4n4_SSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g4n4_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS2S4cV6,
		const std::complex< double > &	CpS5V3V6,
		double	scale
	)

Evaluates T1G4N4 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS2S4cV6	coupling Cp[S[2], S[4], -V[6]][Mom[S[2]] - Mom[S[4]]]
[in]	CpS5V3V6	coupling Cp[S[5], V[3], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 4553 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g5n5_SVS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g5n5_SVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS2S4cS6,
		const std::complex< double > &	CpS6V3V5,
		double	scale
	)

Evaluates T1G5N5 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS2S4cS6	coupling Cp[S[2], S[4], -S[6]]
[in]	CpS6V3V5	coupling Cp[S[6], V[3], V[5]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 4598 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g6n6_VSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g6n6_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS2cS6V4,
		const std::complex< double > &	CpS5S6V3,
		double	scale
	)

Evaluates T1G6N6 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2cS6V4	coupling Cp[S[2], -S[6], V[4]][Mom[S[2]] - Mom[-S[6]]]
[in]	CpS5S6V3	coupling Cp[S[5], S[6], V[3]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 4643 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t1g7n7_SVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g7n7_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS2S4cV6,
		const std::complex< double > &	CpV3V5V6,
		double	scale
	)

Evaluates T1G7N7 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS2S4cV6	coupling Cp[S[2], S[4], -V[6]][Mom[S[2]] - Mom[S[4]]]
[in]	CpV3V5V6	coupling Cp[V[3], V[5], V[6]][g[lt1, lt2] (-Mom[V[3]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 4700 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t1g8n8_VSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g8n8_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS2V4cV6,
		const std::complex< double > &	CpS5V3V6,
		double	scale
	)

Evaluates T1G8N8 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS2V4cV6	coupling Cp[S[2], V[4], -V[6]][g[lt2, lt3]]
[in]	CpS5V3V6	coupling Cp[S[5], V[3], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 4758 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t1g9n9_VVS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t1g9n9_VVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpS2cS6V4,
		const std::complex< double > &	CpS6V3V5,
		double	scale
	)

Evaluates T1G9N9 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpS2cS6V4	coupling Cp[S[2], -S[6], V[4]][Mom[S[2]] - Mom[-S[6]]]
[in]	CpS6V3V5	coupling Cp[S[6], V[3], V[5]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 4802 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t2g1n11_VS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t2g1n11_VS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpcS5S5V3V4,
		double	scale
	)

Evaluates T2G1N11 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpcS5S5V3V4	coupling Cp[-S[5], S[5], V[3], V[4]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 4890 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t2g2n12_VV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t2g2n12_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpV3V4cV5V51,
		const std::complex< double > &	CpV3V4cV5V52,
		const std::complex< double > &	CpV3V4cV5V53,
		double	scale,
		double	finite
	)

Evaluates T2G2N12 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpV3V4cV5V51	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt2] g[ lt3, lt4]]
[in]	CpV3V4cV5V52	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt4] g[ lt2, lt3]]
[in]	CpV3V4cV5V53	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt3] g[ lt2, lt4]]

Returns: value of the one-loop diagram

Definition at line 4934 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t3g1n13_SS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t3g1n13_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2S4cS5S5,
		double	scale
	)

Evaluates T3G1N13 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2S4cS5S5	coupling Cp[S[2], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 4975 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t3g2n14_SV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t3g2n14_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T3G2N14 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2S4cV5V5	coupling Cp[S[2], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 5014 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t4g1n15_SV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t4g1n15_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS2S4V3V5,
		double	scale
	)

Evaluates T4G1N15 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS2S4V3V5	coupling Cp[S[2], S[4], V[3], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 5054 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t5g1n16_SS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t5g1n16_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS1S4cS5S5,
		double	scale
	)

Evaluates T5G1N16 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS1S4cS5S5	coupling Cp[S[1], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 5094 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t5g2n17_SV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t5g2n17_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpS2cS4V3,
		const std::complex< double > &	CpS1S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T5G2N17 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS2cS4V3	coupling Cp[S[2], -S[4], V[3]][Mom[S[2]] - Mom[-S[4]]]
[in]	CpS1S4cV5V5	coupling Cp[S[1], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 5133 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t6g1n18_SV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t6g1n18_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		const std::complex< double > &	CpS2cS4cV5,
		const std::complex< double > &	CpS1S4V3V5,
		double	scale
	)

Evaluates T6G1N18 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS2cS4cV5	coupling Cp[S[2], -S[4], -V[5]][Mom[S[2]] - Mom[-S[4]] ]
[in]	CpS1S4V3V5	coupling Cp[S[1], S[4], V[3], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 5173 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, and oneOver16PiSqr.

◆ calculate_diagram_SSV_t8g10n30_VVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t8g10n30_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpV3cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale,
		double	finite
	)

Evaluates T8G10N30 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpV3cV5cV6	coupling Cp[V[3], -V[5], -V[6]][g[lt1, lt2] (-Mom[V[3] ] + Mom[-V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[-V[6]]) + g[lt2, lt3] (-Mom[ -V[5]] + Mom[-V[6]])]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 5361 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t8g6n26_VFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t8g6n26_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpcF6cF5V3PL,
		const std::complex< double > &	CpcF6cF5V3PR,
		const std::complex< double > &	CpS1S2cV4,
		double	scale
	)

Evaluates T8G6N26 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF6cF5V3PL	coupling Cp[-F[6], -F[5], V[3]][LorentzProduct[gamma [lt3], PL]]
[in]	CpcF6cF5V3PR	coupling Cp[-F[6], -F[5], V[3]][LorentzProduct[gamma [lt3], PR]]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]

Returns: value of the one-loop diagram

Definition at line 5221 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t8g7n27_VSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t8g7n27_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpcS5cS6V3,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T8G7N27 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpcS5cS6V3	coupling Cp[-S[5], -S[6], V[3]][Mom[-S[5]] - Mom[-S[6] ]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 5275 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t8g9n29_VSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t8g9n29_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1S2cV4,
		const std::complex< double > &	CpcS5V3cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T8G9N29 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1S2cV4	coupling Cp[S[1], S[2], -V[4]][Mom[S[1]] - Mom[S[2]]]
[in]	CpcS5V3cV6	coupling Cp[-S[5], V[3], -V[6]][g[lt2, lt3]]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 5316 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g10n40_VVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g10n40_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpS2cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T9G10N40 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS2cV5cV6	coupling Cp[S[2], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 5812 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g1n31_SFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g1n31_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S2PL,
		const std::complex< double > &	CpcF6cF5S2PR,
		const std::complex< double > &	CpS1cS4V3,
		double	scale
	)

Evaluates T9G1N31 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S2PL	coupling Cp[-F[6], -F[5], S[2]][PL]
[in]	CpcF6cF5S2PR	coupling Cp[-F[6], -F[5], S[2]][PR]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]

Returns: value of the one-loop diagram

Definition at line 5413 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g2n32_SSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g2n32_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2cS5cS6,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T9G2N32 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2cS5cS6	coupling Cp[S[2], -S[5], -S[6]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 5463 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g3n33_SUU()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g3n33_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2cU6cU5,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T9G3N33 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2cU6cU5	coupling Cp[S[2], -U[6], -U[5]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 5504 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g4n34_SSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g4n34_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2cS5cV6,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T9G4N34 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2cS5cV6	coupling Cp[S[2], -S[5], -V[6]][Mom[S[2]] - Mom[-S[5]] ]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 5546 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g5n35_SVV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g5n35_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4V3,
		const std::complex< double > &	CpS2cV5cV6,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T9G5N35 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4V3	coupling Cp[S[1], -S[4], V[3]][Mom[S[1]] - Mom[-S[4]]]
[in]	CpS2cV5cV6	coupling Cp[S[2], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 5593 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g6n36_VFF()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g6n36_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S2PL,
		const std::complex< double > &	CpcF6cF5S2PR,
		const std::complex< double > &	CpS1V3cV4,
		double	scale
	)

Evaluates T9G6N36 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S2PL	coupling Cp[-F[6], -F[5], S[2]][PL]
[in]	CpcF6cF5S2PR	coupling Cp[-F[6], -F[5], S[2]][PR]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 5638 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g7n37_VSS()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g7n37_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpS2cS5cS6,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T9G7N37 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS2cS5cS6	coupling Cp[S[2], -S[5], -S[6]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 5684 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g8n38_VUU()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g8n38_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpS2cU6cU5,
		const std::complex< double > &	CpU5U6V4,
		double	scale
	)

Evaluates T9G8N38 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS2cU6cU5	coupling Cp[S[2], -U[6], -U[5]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]

Returns: value of the one-loop diagram

Definition at line 5726 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SSV_t9g9n39_VSV()

Decay_amplitude_SSV flexiblesusy::calculate_diagram_SSV_t9g9n39_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpS2cS5cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T9G9N39 diagram for process S -> SV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field S[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpS2cS5cV6	coupling Cp[S[2], -S[5], -V[6]][Mom[S[2]] - Mom[-S[5]] ]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 5768 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, flexiblesusy::Decay_amplitude_SSV::m_vector, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g10n50_VVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g10n50_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpV2V3cV4,
		const std::complex< double > &	CpV4V5V6,
		double	scale
	)

Evaluates T10G10N50 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpV2V3cV4	coupling Cp[V[2], V[3], -V[4]][g[lt1, lt2] (-Mom[V[2]] Mom[V[3]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[4]]) + g[lt2, lt3] (-Mom[V[3 ]] + Mom[-V[4]])]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 4350 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g1n41_SFF()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g1n41_SFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6S4PL,
		const std::complex< double > &	CpF5F6S4PR,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpcS4V2V3,
		double	scale
	)

Evaluates T10G1N41 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6S4PL	coupling Cp[F[5], F[6], S[4]][PL]
[in]	CpF5F6S4PR	coupling Cp[F[5], F[6], S[4]][PR]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 3938 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g2n42_SSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g2n42_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS4S5S6,
		double	scale
	)

Evaluates T10G2N42 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS4S5S6	coupling Cp[S[4], S[5], S[6]]

Returns: value of the one-loop diagram

Definition at line 3988 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g3n43_SUU()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g3n43_SUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS4U5U6,
		double	scale
	)

Evaluates T10G3N43 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS4U5U6	coupling Cp[S[4], U[5], U[6]]

Returns: value of the one-loop diagram

Definition at line 4029 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g4n44_SSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g4n44_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS4S5V6,
		double	scale
	)

Evaluates T10G4N44 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS4S5V6	coupling Cp[S[4], S[5], V[6]][Mom[S[4]] - Mom[S[5]]]

Returns: value of the one-loop diagram

Definition at line 4071 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g5n45_SVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g5n45_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV5cV6,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS4V5V6,
		double	scale,
		double	finite
	)

Evaluates T10G5N45 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV5cV6	coupling Cp[S[1], -V[5], -V[6]][g[lt2, lt3]]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS4V5V6	coupling Cp[S[4], V[5], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 4118 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g6n46_VFF()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g6n46_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpcF6cF5S1PL,
		const std::complex< double > &	CpcF6cF5S1PR,
		const std::complex< double > &	CpV2V3cV4,
		double	scale
	)

Evaluates T10G6N46 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpcF6cF5S1PL	coupling Cp[-F[6], -F[5], S[1]][PL]
[in]	CpcF6cF5S1PR	coupling Cp[-F[6], -F[5], S[1]][PR]
[in]	CpV2V3cV4	coupling Cp[V[2], V[3], -V[4]][g[lt1, lt2] (-Mom[V[2]] Mom[V[3]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[4]]) + g[lt2, lt3] (-Mom[V[3 ]] + Mom[-V[4]])]

Returns: value of the one-loop diagram

Definition at line 4165 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g7n47_VSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g7n47_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cS6,
		const std::complex< double > &	CpS5S6V4,
		const std::complex< double > &	CpV2V3cV4,
		double	scale
	)

Evaluates T10G7N47 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cS6	coupling Cp[S[1], -S[5], -S[6]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]
[in]	CpV2V3cV4	coupling Cp[V[2], V[3], -V[4]][g[lt1, lt2] (-Mom[V[2]] Mom[V[3]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[4]]) + g[lt2, lt3] (-Mom[V[3 ]] + Mom[-V[4]])]

Returns: value of the one-loop diagram

Definition at line 4213 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g8n48_VUU()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g8n48_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU6cU5,
		const std::complex< double > &	CpU5U6V4,
		const std::complex< double > &	CpV2V3cV4,
		double	scale
	)

Evaluates T10G8N48 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU6cU5	coupling Cp[S[1], -U[6], -U[5]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpV2V3cV4	coupling Cp[V[2], V[3], -V[4]][g[lt1, lt2] (-Mom[V[2]] Mom[V[3]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[4]]) + g[lt2, lt3] (-Mom[V[3 ]] + Mom[-V[4]])]

Returns: value of the one-loop diagram

Definition at line 4258 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t10g9n49_VSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t10g9n49_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV6,
		const std::complex< double > &	CpS5V4V6,
		const std::complex< double > &	CpV2V3cV4,
		double	scale
	)

Evaluates T10G9N49 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV6	coupling Cp[S[1], -S[5], -V[6]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]
[in]	CpV2V3cV4	coupling Cp[V[2], V[3], -V[4]][g[lt1, lt2] (-Mom[V[2]] Mom[V[3]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[4]]) + g[lt2, lt3] (-Mom[V[3 ]] + Mom[-V[4]])]

Returns: value of the one-loop diagram

Definition at line 4303 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t1g10n10_VVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g10n10_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpV2V4cV6,
		const std::complex< double > &	CpV3V5V6,
		double	scale,
		double	finite
	)

Evaluates T1G10N10 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpV2V4cV6	coupling Cp[V[2], V[4], -V[6]][g[lt1, lt2] (-Mom[V[2]] Mom[V[4]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[6]]) + g[lt2, lt3] (-Mom[V[4 ]] + Mom[-V[6]])]
[in]	CpV3V5V6	coupling Cp[V[3], V[5], V[6]][g[lt1, lt2] (-Mom[V[3]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 2989 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t1g1n1_FFF()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g1n1_FFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLF4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpcF4cF5S1PL,
		const std::complex< double > &	CpcF4cF5S1PR,
		const std::complex< double > &	CpF5F6V3PL,
		const std::complex< double > &	CpF5F6V3PR,
		const std::complex< double > &	CpcF6F4V2PL,
		const std::complex< double > &	CpcF6F4V2PR,
		double	scale
	)

Evaluates T1G1N1 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLF4	mass of internal field F[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpcF4cF5S1PL	coupling Cp[-F[4], -F[5], S[1]][PL]
[in]	CpcF4cF5S1PR	coupling Cp[-F[4], -F[5], S[1]][PR]
[in]	CpF5F6V3PL	coupling Cp[F[5], F[6], V[3]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F6V3PR	coupling Cp[F[5], F[6], V[3]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF6F4V2PL	coupling Cp[-F[6], F[4], V[2]][LorentzProduct[gamma[ lt3], PL]]
[in]	CpcF6F4V2PR	coupling Cp[-F[6], F[4], V[2]][LorentzProduct[gamma[ lt3], PR]]

Returns: value of the one-loop diagram

Definition at line 2388 of file one_loop_decay_diagrams.cpp.

◆ calculate_diagram_SVV_t1g2n2_SSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g2n2_SSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS4cS6V2,
		const std::complex< double > &	CpS5S6V3,
		double	scale
	)

Evaluates T1G2N2 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS4cS6V2	coupling Cp[S[4], -S[6], V[2]][Mom[S[4]] - Mom[-S[6]]]
[in]	CpS5S6V3	coupling Cp[S[5], S[6], V[3]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 2547 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t1g3n3_UUU()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g3n3_UUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLU4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1cU4cU5,
		const std::complex< double > &	CpU5U6V3,
		const std::complex< double > &	CpcU6U4V2,
		double	scale
	)

Evaluates T1G3N3 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLU4	mass of internal field U[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1cU4cU5	coupling Cp[S[1], -U[4], -U[5]]
[in]	CpU5U6V3	coupling Cp[U[5], U[6], V[3]][Mom[U[5]]]
[in]	CpcU6U4V2	coupling Cp[-U[6], U[4], V[2]][Mom[-U[6]]]

Returns: value of the one-loop diagram

Definition at line 2600 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t1g4n4_SSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g4n4_SSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS4V2cV6,
		const std::complex< double > &	CpS5V3V6,
		double	scale
	)

Evaluates T1G4N4 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS4V2cV6	coupling Cp[S[4], V[2], -V[6]][g[lt2, lt3]]
[in]	CpS5V3V6	coupling Cp[S[5], V[3], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2653 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t1g5n5_SVS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g5n5_SVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS4cS6V2,
		const std::complex< double > &	CpS6V3V5,
		double	scale
	)

Evaluates T1G5N5 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS4cS6V2	coupling Cp[S[4], -S[6], V[2]][Mom[S[4]] - Mom[-S[6]]]
[in]	CpS6V3V5	coupling Cp[S[6], V[3], V[5]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2696 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t1g6n6_VSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g6n6_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS5S6V3,
		const std::complex< double > &	CpcS6V2V4,
		double	scale
	)

Evaluates T1G6N6 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS5S6V3	coupling Cp[S[5], S[6], V[3]][Mom[S[5]] - Mom[S[6]]]
[in]	CpcS6V2V4	coupling Cp[-S[6], V[2], V[4]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2750 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t1g7n7_SVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g7n7_SVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1cS4cV5,
		const std::complex< double > &	CpS4V2cV6,
		const std::complex< double > &	CpV3V5V6,
		double	scale
	)

Evaluates T1G7N7 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS4cV5	coupling Cp[S[1], -S[4], -V[5]][Mom[S[1]] - Mom[-S[4]] ]
[in]	CpS4V2cV6	coupling Cp[S[4], V[2], -V[6]][g[lt2, lt3]]
[in]	CpV3V5V6	coupling Cp[V[3], V[5], V[6]][g[lt1, lt2] (-Mom[V[3]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 2812 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t1g8n8_VSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g8n8_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1cS5cV4,
		const std::complex< double > &	CpS5V3V6,
		const std::complex< double > &	CpV2V4cV6,
		double	scale
	)

Evaluates T1G8N8 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1cS5cV4	coupling Cp[S[1], -S[5], -V[4]][Mom[S[1]] - Mom[-S[5]] ]
[in]	CpS5V3V6	coupling Cp[S[5], V[3], V[6]][g[lt2, lt3]]
[in]	CpV2V4cV6	coupling Cp[V[2], V[4], -V[6]][g[lt1, lt2] (-Mom[V[2]] Mom[V[4]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[6]]) + g[lt2, lt3] (-Mom[V[4 ]] + Mom[-V[6]])]

Returns: value of the one-loop diagram

Definition at line 2877 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_11, flexiblesusy::Decay_amplitude_SVV::form_factor_12, flexiblesusy::Decay_amplitude_SVV::form_factor_21, flexiblesusy::Decay_amplitude_SVV::form_factor_22, flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t1g9n9_VVS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t1g9n9_VVS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		double	mLS6,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpcS6V2V4,
		const std::complex< double > &	CpS6V3V5,
		double	scale
	)

Evaluates T1G9N9 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpcS6V2V4	coupling Cp[-S[6], V[2], V[4]][g[lt2, lt3]]
[in]	CpS6V3V5	coupling Cp[S[6], V[3], V[5]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 2943 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t2g1n11_VS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t2g1n11_VS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpcS5S5V3V4,
		double	scale
	)

Evaluates T2G1N11 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpcS5S5V3V4	coupling Cp[-S[5], S[5], V[3], V[4]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3053 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t2g2n12_VV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t2g2n12_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpV3V4cV5V51,
		const std::complex< double > &	CpV3V4cV5V52,
		const std::complex< double > &	CpV3V4cV5V53,
		double	scale,
		double	finite
	)

Evaluates T2G2N12 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpV3V4cV5V51	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt2] g[ lt3, lt4]]
[in]	CpV3V4cV5V52	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt4] g[ lt2, lt3]]
[in]	CpV3V4cV5V53	coupling Cp[V[3], V[4], -V[5], V[5]][g[lt1, lt3] g[ lt2, lt4]]

Returns: value of the one-loop diagram

Definition at line 3097 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t3g1n13_VS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t3g1n13_VS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpcS5S5V2V4,
		double	scale
	)

Evaluates T3G1N13 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpcS5S5V2V4	coupling Cp[-S[5], S[5], V[2], V[4]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3138 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t3g2n14_VV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t3g2n14_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpV2V4cV5V51,
		const std::complex< double > &	CpV2V4cV5V52,
		const std::complex< double > &	CpV2V4cV5V53,
		double	scale,
		double	finite
	)

Evaluates T3G2N14 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpV2V4cV5V51	coupling Cp[V[2], V[4], -V[5], V[5]][g[lt1, lt2] g[ lt3, lt4]]
[in]	CpV2V4cV5V52	coupling Cp[V[2], V[4], -V[5], V[5]][g[lt1, lt4] g[ lt2, lt3]]
[in]	CpV2V4cV5V53	coupling Cp[V[2], V[4], -V[5], V[5]][g[lt1, lt3] g[ lt2, lt4]]

Returns: value of the one-loop diagram

Definition at line 3182 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t4g1n15_SS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t4g1n15_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLS5,
		const std::complex< double > &	CpS1cS4cS5,
		const std::complex< double > &	CpS4S5V2V3,
		double	scale
	)

Evaluates T4G1N15 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpS1cS4cS5	coupling Cp[S[1], -S[4], -S[5]]
[in]	CpS4S5V2V3	coupling Cp[S[4], S[5], V[2], V[3]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3223 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t4g2n16_VV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t4g2n16_VV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLV4,
		double	mLV5,
		const std::complex< double > &	CpS1cV4cV5,
		const std::complex< double > &	CpV2V3V4V51,
		const std::complex< double > &	CpV2V3V4V52,
		const std::complex< double > &	CpV2V3V4V53,
		double	scale,
		double	finite
	)

Evaluates T4G2N16 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpS1cV4cV5	coupling Cp[S[1], -V[4], -V[5]][g[lt2, lt3]]
[in]	CpV2V3V4V51	coupling Cp[V[2], V[3], V[4], V[5]][g[lt1, lt2] g[lt3 , lt4]]
[in]	CpV2V3V4V52	coupling Cp[V[2], V[3], V[4], V[5]][g[lt1, lt4] g[lt2 , lt3]]
[in]	CpV2V3V4V53	coupling Cp[V[2], V[3], V[4], V[5]][g[lt1, lt3] g[lt2 , lt4]]

Returns: value of the one-loop diagram

Definition at line 3266 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t5g1n17_SS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t5g1n17_SS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLS5,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS1S4cS5S5,
		double	scale
	)

Evaluates T5G1N17 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLS5	mass of internal field S[5]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS1S4cS5S5	coupling Cp[S[1], S[4], -S[5], S[5]]

Returns: value of the one-loop diagram

Definition at line 3306 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t5g2n18_SV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t5g2n18_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIS4,
		double	mLV5,
		const std::complex< double > &	CpcS4V2V3,
		const std::complex< double > &	CpS1S4cV5V5,
		double	scale,
		double	finite
	)

Evaluates T5G2N18 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpcS4V2V3	coupling Cp[-S[4], V[2], V[3]][g[lt2, lt3]]
[in]	CpS1S4cV5V5	coupling Cp[S[1], S[4], -V[5], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3345 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t6g1n19_SV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t6g1n19_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		const std::complex< double > &	CpcS4V2cV5,
		const std::complex< double > &	CpS1S4V3V5,
		double	scale
	)

Evaluates T6G1N19 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpcS4V2cV5	coupling Cp[-S[4], V[2], -V[5]][g[lt2, lt3]]
[in]	CpS1S4V3V5	coupling Cp[S[1], S[4], V[3], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3384 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t7g1n20_SV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t7g1n20_SV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mLS4,
		double	mLV5,
		const std::complex< double > &	CpcS4V3cV5,
		const std::complex< double > &	CpS1S4V2V5,
		double	scale
	)

Evaluates T7G1N20 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mLS4	mass of internal field S[4]
[in]	mLV5	mass of internal field V[5]
[in]	CpcS4V3cV5	coupling Cp[-S[4], V[3], -V[5]][g[lt2, lt3]]
[in]	CpS1S4V2V5	coupling Cp[S[1], S[4], V[2], V[5]][g[lt3, lt4]]

Returns: value of the one-loop diagram

Definition at line 3422 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, and oneOver16PiSqr.

◆ calculate_diagram_SVV_t8g10n30_VVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t8g10n30_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpV3cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale,
		double	finite
	)

Evaluates T8G10N30 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpV3cV5cV6	coupling Cp[V[3], -V[5], -V[6]][g[lt1, lt2] (-Mom[V[3] ] + Mom[-V[5]]) + g[lt1, lt3] (Mom[V[3]] - Mom[-V[6]]) + g[lt2, lt3] (-Mom[ -V[5]] + Mom[-V[6]])]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 3649 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t8g6n26_VFF()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t8g6n26_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpcF6cF5V3PL,
		const std::complex< double > &	CpcF6cF5V3PR,
		const std::complex< double > &	CpS1V2cV4,
		double	scale
	)

Evaluates T8G6N26 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF6cF5V3PL	coupling Cp[-F[6], -F[5], V[3]][LorentzProduct[gamma [lt3], PL]]
[in]	CpcF6cF5V3PR	coupling Cp[-F[6], -F[5], V[3]][LorentzProduct[gamma [lt3], PR]]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 3468 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t8g7n27_VSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t8g7n27_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpcS5cS6V3,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T8G7N27 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpcS5cS6V3	coupling Cp[-S[5], -S[6], V[3]][Mom[-S[5]] - Mom[-S[6] ]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 3522 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t8g8n28_VUU()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t8g8n28_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpU5U6V4,
		const std::complex< double > &	CpcU6cU5V3,
		double	scale
	)

Evaluates T8G8N28 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpcU6cU5V3	coupling Cp[-U[6], -U[5], V[3]][Mom[-U[6]]]

Returns: value of the one-loop diagram

Definition at line 3563 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t8g9n29_VSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t8g9n29_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1V2cV4,
		const std::complex< double > &	CpcS5V3cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T8G9N29 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V2cV4	coupling Cp[S[1], V[2], -V[4]][g[lt2, lt3]]
[in]	CpcS5V3cV6	coupling Cp[-S[5], V[3], -V[6]][g[lt2, lt3]]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 3604 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t9g10n40_VVV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t9g10n40_VVV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLV5,
		double	mLV6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpV2cV5cV6,
		const std::complex< double > &	CpV4V5V6,
		double	scale,
		double	finite
	)

Evaluates T9G10N40 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLV5	mass of internal field V[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpV2cV5cV6	coupling Cp[V[2], -V[5], -V[6]][g[lt1, lt2] (-Mom[V[2] ] + Mom[-V[5]]) + g[lt1, lt3] (Mom[V[2]] - Mom[-V[6]]) + g[lt2, lt3] (-Mom[ -V[5]] + Mom[-V[6]])]
[in]	CpV4V5V6	coupling Cp[V[4], V[5], V[6]][g[lt1, lt2] (-Mom[V[4]] + Mom[V[5]]) + g[lt1, lt3] (Mom[V[4]] - Mom[V[6]]) + g[lt2, lt3] (-Mom[V[5]] Mom[V[6]])]

Returns: value of the one-loop diagram

Definition at line 3886 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t9g6n36_VFF()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t9g6n36_VFF	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLF5,
		double	mLF6,
		const std::complex< double > &	CpF5F6V4PL,
		const std::complex< double > &	CpF5F6V4PR,
		const std::complex< double > &	CpcF6cF5V2PL,
		const std::complex< double > &	CpcF6cF5V2PR,
		const std::complex< double > &	CpS1V3cV4,
		double	scale
	)

Evaluates T9G6N36 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLF5	mass of internal field F[5]
[in]	mLF6	mass of internal field F[6]
[in]	CpF5F6V4PL	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PL]]
[in]	CpF5F6V4PR	coupling Cp[F[5], F[6], V[4]][LorentzProduct[gamma[lt3 ], PR]]
[in]	CpcF6cF5V2PL	coupling Cp[-F[6], -F[5], V[2]][LorentzProduct[gamma [lt3], PL]]
[in]	CpcF6cF5V2PR	coupling Cp[-F[6], -F[5], V[2]][LorentzProduct[gamma [lt3], PR]]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 3705 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t9g7n37_VSS()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t9g7n37_VSS	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLS6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpcS5cS6V2,
		const std::complex< double > &	CpS5S6V4,
		double	scale
	)

Evaluates T9G7N37 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLS6	mass of internal field S[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpcS5cS6V2	coupling Cp[-S[5], -S[6], V[2]][Mom[-S[5]] - Mom[-S[6] ]]
[in]	CpS5S6V4	coupling Cp[S[5], S[6], V[4]][Mom[S[5]] - Mom[S[6]]]

Returns: value of the one-loop diagram

Definition at line 3759 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t9g8n38_VUU()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t9g8n38_VUU	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLU5,
		double	mLU6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpU5U6V4,
		const std::complex< double > &	CpcU6cU5V2,
		double	scale
	)

Evaluates T9G8N38 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLU5	mass of internal field U[5]
[in]	mLU6	mass of internal field U[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpU5U6V4	coupling Cp[U[5], U[6], V[4]][Mom[U[5]]]
[in]	CpcU6cU5V2	coupling Cp[-U[6], -U[5], V[2]][Mom[-U[6]]]

Returns: value of the one-loop diagram

Definition at line 3800 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_diagram_SVV_t9g9n39_VSV()

Decay_amplitude_SVV flexiblesusy::calculate_diagram_SVV_t9g9n39_VSV	(	double	mext1,
		double	mext2,
		double	mext3,
		double	mIV4,
		double	mLS5,
		double	mLV6,
		const std::complex< double > &	CpS1V3cV4,
		const std::complex< double > &	CpcS5V2cV6,
		const std::complex< double > &	CpS5V4V6,
		double	scale
	)

Evaluates T9G9N39 diagram for process S -> VV.

Parameters

[in]	mext1	mass of external field S[1]
[in]	mext2	mass of external field V[2]
[in]	mext3	mass of external field V[3]
[in]	mIV4	mass of internal field V[4]
[in]	mLS5	mass of internal field S[5]
[in]	mLV6	mass of internal field V[6]
[in]	CpS1V3cV4	coupling Cp[S[1], V[3], -V[4]][g[lt2, lt3]]
[in]	CpcS5V2cV6	coupling Cp[-S[5], V[2], -V[6]][g[lt2, lt3]]
[in]	CpS5V4V6	coupling Cp[S[5], V[4], V[6]][g[lt2, lt3]]

Returns: value of the one-loop diagram

Definition at line 3841 of file one_loop_decay_diagrams.cpp.

References flexiblesusy::Decay_amplitude_SVV::form_factor_g, flexiblesusy::Loop_library::get(), flexiblesusy::Decay_amplitude_SVV::m_decay, flexiblesusy::Decay_amplitude_SVV::m_vector_1, flexiblesusy::Decay_amplitude_SVV::m_vector_2, oneOver16PiSqr, and Sqr().

◆ calculate_dirac_singlet_mass()

template<typename T >

double flexiblesusy::calculate_dirac_singlet_mass	(	T	value,
		std::complex< double > &	phase
	)

Calculates the mass of a Dirac fermion singlet from a (possibly complex) numerical value by taking the magnitude of the value.

The phase is set to exp(i theta), where theta is the phase angle of the complex value. If the value is pure real, then the phase will be set to 1. If the value is purely imaginary, then the phase will be set to $e^{i \pi}$ .

Parameters

	value	numerical value
[out]	phase	phase

Returns: mass

Definition at line 1548 of file linalg2.hpp.

◆ calculate_majorana_singlet_mass()

template<typename T >

double flexiblesusy::calculate_majorana_singlet_mass	(	T	value,
		std::complex< double > &	phase
	)

Calculates the mass of a Majoran fermion singlet from a (possibly complex) numerical value by taking the magnitude of the value.

The phase is set to exp(i theta/2), where theta is the phase angle of the complex value. If the value is pure real, then the phase will be set to 1. If the value is purely imaginary, then the phase will be set to $e^{i \pi/2}$ .

Parameters

	value	numerical value
[out]	phase	phase

Returns: mass

Definition at line 1528 of file linalg2.hpp.

◆ calculate_singlet_mass()

template<typename T >

double flexiblesusy::calculate_singlet_mass ( T value )

noexcept

Calculates the mass of a singlet from a (possibly complex) numerical value by taking the magnitude of the value.

Parameters

value numerical value

Returns: mass

Definition at line 1509 of file linalg2.hpp.

◆ cast_model()

template<class TargetModel , class InputModel >

TargetModel flexiblesusy::cast_model ( InputModel abstract_model )

Definition at line 42 of file model.hpp.

References FATAL.

◆ cbegin()

const double * flexiblesusy::cbegin ( const GSL_vector & v )

const iterator to begin of GSL_vector

Definition at line 264 of file gsl_vector.cpp.

References flexiblesusy::GSL_vector::empty(), and flexiblesusy::GSL_vector::raw().

◆ Cbrt()

double flexiblesusy::Cbrt ( double x )

inlinenoexcept

Definition at line 150 of file wrappers.hpp.

◆ cend()

const double * flexiblesusy::cend ( const GSL_vector & v )

const iterator to end of GSL_vector

Definition at line 273 of file gsl_vector.cpp.

References flexiblesusy::GSL_vector::empty(), flexiblesusy::GSL_vector::raw(), and flexiblesusy::GSL_vector::size().

◆ chi2_to_pval()

double flexiblesusy::chi2_to_pval	(	double	chi2BSM,
		double	chi2SM
	)

Definition at line 232 of file experimental_constraints.cpp.

◆ Cl2() [1/2]

double flexiblesusy::Cl2 ( double x )

noexcept

Clausen function $\operatorname{Cl}_2(\theta) = \operatorname{Im}(\operatorname{Li}_2(e^{i\theta}))$ .

Clausen function with n=2.

Parameters

x	real angle

Returns: $\operatorname{Cl}_2(\theta)$

Author: Alexander Voigt

Note: Implemented as rational function approximation.

Definition at line 31 of file Cl2.cpp.

References P, and Q.

Referenced by flexiblesusy::amm_loop_functions::two_loop::BarrZeeLoopFP(), flexiblesusy::threshold_loop_functions::anonymous_namespace{threshold_loop_functions.cpp}::cl2acos(), and flexiblesusy::threshold_loop_functions::anonymous_namespace{threshold_loop_functions.cpp}::phi_neg().

◆ Cl2() [2/2]

long double flexiblesusy::Cl2 ( long double x )

noexcept

Clausen function $\operatorname{Cl}_2(\theta) = \operatorname{Im}(\operatorname{Li}_2(e^{i\theta}))$ with long double precision.

Clausen function with n=2 with long double precision.

Parameters

x	real angle

Returns: $\operatorname{Cl}_2(\theta)$

Author: Alexander Voigt

Implemented as an rational function approximation with a maximum error of approximately 3.26e-41 (for long double and quadruple precision).

Definition at line 112 of file Cl2.cpp.

References P, and Q.

◆ close()

static int flexiblesusy::close	(	Real	m1,
		Real	m2,
		Real	tol
	)

static

Definition at line 111 of file lattice_constraint.cpp.

Referenced by flexiblesusy::Lattice_RKRGE::evolve_to(), and flexiblesusy::futils::swap().

◆ closest_index()

template<typename Derived >

int flexiblesusy::closest_index	(	double	mass,
		const Eigen::ArrayBase< Derived > &	v
	)

Definition at line 32 of file eigen_utils.hpp.

Referenced by move_goldstone_to(), and remove_if_equal().

◆ ComplexLog() [1/2]

std::complex< double > flexiblesusy::ComplexLog ( const std::complex< double > & z )

noexcept

Definition at line 102 of file wrappers.cpp.

References fast_log().

◆ ComplexLog() [2/2]

std::complex< double > flexiblesusy::ComplexLog ( double a )

noexcept

Definition at line 97 of file wrappers.cpp.

References fast_log().

◆ concat() [1/5]

std::string flexiblesusy::concat ( const std::vector< std::string > & strings )

concatenate strings

Definition at line 23 of file string_utils.cpp.

Referenced by concat(), concat(), flexiblesusy::Decays_list::get_decay(), flexiblesusy::BVP_solver_problems::get_problem_string(), flexiblesusy::Problems::get_problem_string(), flexiblesusy::Spectrum_generator_problems::get_problem_string(), flexiblesusy::BVP_solver_problems::get_warning_string(), flexiblesusy::Problems::get_warning_string(), and flexiblesusy::Spectrum_generator_problems::get_warning_string().

◆ concat() [2/5]

std::string flexiblesusy::concat	(	const std::vector< std::string > &	strings,
		char	separator
	)

concatenate strings with separator

Definition at line 49 of file string_utils.cpp.

References concat().

◆ concat() [3/5]

std::string flexiblesusy::concat	(	const std::vector< std::string > &	strings,
		const std::string &	separator
	)

concatenate strings with separator

Definition at line 34 of file string_utils.cpp.

References end().

◆ concat() [4/5]

template<class InputIterator >

std::string flexiblesusy::concat	(	InputIterator	start,
		InputIterator	end,
		char	separator
	)

concatenate strings with separator

Definition at line 59 of file string_utils.hpp.

References concat(), and end().

◆ concat() [5/5]

template<class InputIterator >

std::string flexiblesusy::concat	(	InputIterator	start,
		InputIterator	end,
		const std::string &	separator
	)

concatenate strings with separator

Definition at line 42 of file string_utils.hpp.

References end().

◆ concatenate()

template<class... Args>

detail::result_of::concatenate< Args... >::type flexiblesusy::concatenate ( Args &&... args )

Definition at line 87 of file concatenate.hpp.

◆ Conj() [1/11]

template<typename Derived >

auto flexiblesusy::Conj ( const Eigen::ArrayBase< Derived > & x ) -> decltype(x.conjugate())

Definition at line 165 of file wrappers.hpp.

◆ Conj() [2/11]

template<typename Derived >

auto flexiblesusy::Conj ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.conjugate())

Definition at line 171 of file wrappers.hpp.

◆ Conj() [3/11]

std::complex< double > flexiblesusy::Conj ( const std::complex< double > & x )

inlinenoexcept

Definition at line 161 of file wrappers.hpp.

◆ Conj() [4/11]

std::complex< float > flexiblesusy::Conj ( const std::complex< float > & x )

inlinenoexcept

Definition at line 160 of file wrappers.hpp.

◆ Conj() [5/11]

std::complex< long double > flexiblesusy::Conj ( const std::complex< long double > & x )

inlinenoexcept

Definition at line 162 of file wrappers.hpp.

◆ Conj() [6/11]

double flexiblesusy::Conj ( double x )

inlinenoexcept

Definition at line 158 of file wrappers.hpp.

◆ Conj() [7/11]

float flexiblesusy::Conj ( float x )

inlinenoexcept

Definition at line 157 of file wrappers.hpp.

◆ Conj() [8/11]

int flexiblesusy::Conj ( int x )

inlinenoexcept

Definition at line 154 of file wrappers.hpp.

Referenced by Hermitianize(), flexiblesusy::Decay_amplitude_SVV::square(), flexiblesusy::Decay_amplitude_SFF::square(), flexiblesusy::Decay_amplitude_FFS::square(), and flexiblesusy::Decay_amplitude_FFV::square().

◆ Conj() [9/11]

long double flexiblesusy::Conj ( long double x )

inlinenoexcept

Definition at line 159 of file wrappers.hpp.

◆ Conj() [10/11]

long long flexiblesusy::Conj ( long long x )

inlinenoexcept

Definition at line 156 of file wrappers.hpp.

◆ Conj() [11/11]

long flexiblesusy::Conj ( long x )

inlinenoexcept

Definition at line 155 of file wrappers.hpp.

◆ convert_symmetric_fermion_mixings_to_hk() [1/4]

void flexiblesusy::convert_symmetric_fermion_mixings_to_hk	(	double &	,
		Eigen::Matrix< double, 1, 1 > &
	)

Definition at line 52 of file mixings.cpp.

◆ convert_symmetric_fermion_mixings_to_hk() [2/4]

void flexiblesusy::convert_symmetric_fermion_mixings_to_hk	(	double &	m,
		Eigen::Matrix< std::complex< double >, 1, 1 > &	z
	)

Parameters

m	mass
z	1x1 mixing matrix

Definition at line 61 of file mixings.cpp.

◆ convert_symmetric_fermion_mixings_to_hk() [3/4]

template<int N>

void flexiblesusy::convert_symmetric_fermion_mixings_to_hk	(	Eigen::Array< double, N, 1 > &	,
		Eigen::Matrix< double, N, N > &
	)

Definition at line 70 of file mixings.hpp.

◆ convert_symmetric_fermion_mixings_to_hk() [4/4]

template<int N>

void flexiblesusy::convert_symmetric_fermion_mixings_to_hk	(	Eigen::Array< double, N, 1 > &	m,
		Eigen::Matrix< std::complex< double >, N, N > &	z
	)

Converts the given vector of masses and the corresponding (real) mixing matrix to Haber-Kane convention (Phys. Rept. 117 (1985) 75-263): Masses are positive and mixing matrices can be complex.

Parameters

m	vector of masses
z	mixing matrix

Definition at line 87 of file mixings.hpp.

◆ convert_symmetric_fermion_mixings_to_slha() [1/4]

void flexiblesusy::convert_symmetric_fermion_mixings_to_slha	(	double &	,
		Eigen::Matrix< double, 1, 1 > &
	)

Definition at line 26 of file mixings.cpp.

◆ convert_symmetric_fermion_mixings_to_slha() [2/4]

void flexiblesusy::convert_symmetric_fermion_mixings_to_slha	(	double &	m,
		Eigen::Matrix< std::complex< double >, 1, 1 > &	z
	)

Parameters

m	mass
z	1x1 mixing matrix

Definition at line 35 of file mixings.cpp.

References is_zero(), and WARNING.

◆ convert_symmetric_fermion_mixings_to_slha() [3/4]

template<int N>

void flexiblesusy::convert_symmetric_fermion_mixings_to_slha	(	Eigen::Array< double, N, 1 > &	,
		Eigen::Matrix< double, N, N > &
	)

Definition at line 31 of file mixings.hpp.

◆ convert_symmetric_fermion_mixings_to_slha() [4/4]

template<int N>

void flexiblesusy::convert_symmetric_fermion_mixings_to_slha	(	Eigen::Array< double, N, 1 > &	m,
		Eigen::Matrix< std::complex< double >, N, N > &	z
	)

Converts the given vector of masses and the corresponding (complex) mixing matrix to SLHA convention: Matrix rows with non-zero imaginary parts are multiplied by i and the corresponding mass eigenvalue is multiplied by -1. As a result the mixing matrix will be real and the mass eigenvalues might be positive or negative. It is assumed that these mixings result from diagonalizing a symmetric fermion mass matrix in the convention of Haber and Kane, Phys. Rept. 117 (1985) 75-263. This conversion makes sense only if the original symmetric mass matrix is real-valued.

Parameters

m	vector of masses
z	mixing matrix

Definition at line 54 of file mixings.hpp.

References is_zero().

◆ copy_problem_strings()

template<typename OutputIterator >

void flexiblesusy::copy_problem_strings	(	const Observable_problems &	op,
		OutputIterator	oi
	)

copies problem strings to output iterator

Definition at line 68 of file observable_problems_format.hpp.

References flexiblesusy::Observable_problems::a_muon, copy_problem_strings(), and flexiblesusy::Observable_problems::general.

Referenced by copy_problem_strings(), operator<<(), and slha_format_problems_and_warnings().

◆ Cos()

double flexiblesusy::Cos ( double x )

noexcept

Definition at line 42 of file wrappers.cpp.

Referenced by Sec().

◆ Cot()

double flexiblesusy::Cot ( double a )

noexcept

Definition at line 37 of file wrappers.cpp.

References Tan().

◆ create_process_string()

template<typename FieldIn , typename FieldOut1 , typename FieldOut2 >

std::string flexiblesusy::create_process_string	(	std::array< int, FieldIn::numberOfFieldIndices > const	in,
		std::array< int, FieldOut1::numberOfFieldIndices > const	out1,
		std::array< int, FieldOut2::numberOfFieldIndices > const	out2
	)

Definition at line 219 of file decay.hpp.

◆ Csc()

double flexiblesusy::Csc ( double x )

noexcept

Definition at line 57 of file wrappers.cpp.

References Sin().

◆ Cube()

template<typename T >

constexpr T flexiblesusy::Cube ( T a )

constexprnoexcept

Definition at line 181 of file wrappers.hpp.

Referenced by calculate_diagram_SVV_t1g1n1_FFF(), delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), and delta_hAA_2loopQCD_for_squark_loop().

◆ cube()

template<class T >

T flexiblesusy::cube ( T x )

inline

Definition at line 63 of file mathdefs.hpp.

◆ Delta()

int flexiblesusy::Delta	(	int	i,
		int	j
	)

noexcept

Definition at line 62 of file wrappers.cpp.

◆ delta_AhAA_2loopQCD_for_quark_loop()

std::complex< double > flexiblesusy::delta_AhAA_2loopQCD_for_quark_loop	(	double	mAh,
		double	mq,
		double	mu
	)

noexcept

Definition at line 208 of file decay_functions.cpp.

References Cube(), f(), fprime(), is_zero(), Li2(), Li3(), Li4(), ln, Power4(), Sqr(), WARNING, zeta2, zeta3, and zeta4.

◆ delta_AhAA_2loopQCD_for_squark_loop()

std::complex< double > flexiblesusy::delta_AhAA_2loopQCD_for_squark_loop	(	double	mAh,
		double	msq,
		double	mu
	)

noexcept

Definition at line 271 of file decay_functions.cpp.

References Sqr().

◆ delta_hAA_2loopQCD_for_quark_loop()

std::complex< double > flexiblesusy::delta_hAA_2loopQCD_for_quark_loop	(	double	mH,
		double	mq,
		double	mu
	)

noexcept

Definition at line 178 of file decay_functions.cpp.

References Cube(), f(), is_zero(), Li2(), Li3(), Li4(), ln, Power3(), Power4(), Power5(), Sqr(), taum1fprime(), zeta2, zeta3, and zeta4.

◆ delta_hAA_2loopQCD_for_squark_loop()

std::complex< double > flexiblesusy::delta_hAA_2loopQCD_for_squark_loop	(	double	mH,
		double	msq,
		double	mu
	)

noexcept

Definition at line 243 of file decay_functions.cpp.

References Cube(), Power4(), Sqr(), zeta2, and zeta3.

◆ derivative_backward()

template<int Order, class F , class A >

auto flexiblesusy::derivative_backward	(	const F &	f,
		A	x,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the 1st derivative of up to order Order using the backward finite difference. This function calls (Order + 2) times.

Parameters

f	function
x	point at which derivative is to be calculated
eps	measure for step size

Template Parameters

Order order of accuracy (0, 1, 2, 3, 4, 5, 6, 7)

Returns: derivative

Definition at line 161 of file derivative.hpp.

References f().

◆ derivative_backward_fx()

template<class F , class A >

auto flexiblesusy::derivative_backward_fx	(	const F &	f,
		A	x,
		decltype(f(x))	fx,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the backward derivative of as

$f'(x) = \frac{f(x)-f(x-h)}{h} + O(h)$

. This function calls once at . The value of has to be provided by the caller. The step size is calculated to be $h = \sqrt{\epsilon} x$ for $x\neq 0$ . For , the step size is set to $h = \epsilon$ .

Parameters

f	function
x	point at which derivative is to be calculated
fx	value of
eps	$\epsilon$

Returns: derivative

Definition at line 74 of file derivative.hpp.

References f().

◆ derivative_central()

template<int Order, class F , class A >

auto flexiblesusy::derivative_central	(	const F &	f,
		A	x,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the 1st derivative of up to order Order using the central finite difference. This function calls 2 * (Order + 1) times.

Parameters

f	function
x	point at which derivative is to be calculated
eps	measure for step size

Template Parameters

Order order of accuracy (0, 1, 2, 3)

Returns: derivative

Definition at line 179 of file derivative.hpp.

References f().

◆ derivative_forward()

template<int Order, class F , class A >

auto flexiblesusy::derivative_forward	(	const F &	f,
		A	x,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the 1st derivative of up to order Order using the forward finite difference. This function calls (Order + 2) times.

Parameters

f	function
x	point at which derivative is to be calculated
eps	measure for step size

Template Parameters

Order order of accuracy (0, 1, 2, 3, 4, 5, 6, 7)

Returns: derivative

Definition at line 143 of file derivative.hpp.

References derivative_one_sided(), and f().

◆ derivative_forward_fx()

template<class F , class A >

auto flexiblesusy::derivative_forward_fx	(	const F &	f,
		A	x,
		decltype(f(x))	fx,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the forward derivative of as

$f'(x) = \frac{f(x+h)-f(x)}{h} + O(h)$

. This function calls once at . The value of has to be provided by the caller. The step size is calculated to be $h = \sqrt{\epsilon} x$ for $x\neq 0$ . For , the step size is set to $h = \epsilon$ .

Parameters

f	function
x	point at which derivative is to be calculated
fx	value of
eps	$\epsilon$

Returns: derivative

Definition at line 49 of file derivative.hpp.

References f().

◆ derivative_one_sided()

template<int Order, int sign, class F , class A >

auto flexiblesusy::derivative_one_sided	(	const F &	f,
		A	x,
		A	eps = `std::numeric_limits<A>::epsilon()`
	)		-> decltype(f(x))

Calculates the 1st derivative of up to order Order using the one-sided finite difference. This function calls (Order + 2) times.

Parameters

f	function
x	point at which derivative is to be calculated
eps	measure for step size

Template Parameters

Order	order of accuracy (0, 1, 2, 3, 4, 5, 6, 7)
sign	direction (-1 = forward, +1 = backward derivative)
F	function type
A	function parameter type

Returns: derivative

Definition at line 99 of file derivative.hpp.

References f(), and sign().

Referenced by derivative_forward().

◆ dgbsv_()

void flexiblesusy::dgbsv_	(	const int &	N,
		const int &	KL,
		const int &	KU,
		const int &	NRHS,
		double *	AB,
		const int &	LDAB,
		int *	IPIV,
		double *	B,
		const int &	LDB,
		int *	INFO
	)

Referenced by flexiblesusy::RGFlow< Lattice >::iterate().

◆ Diag()

template<class Derived >

Eigen::MatrixBase< Derived >::PlainObject flexiblesusy::Diag ( const Eigen::MatrixBase< Derived > & m )

Definition at line 254 of file wrappers.hpp.

◆ diagonalize_hermitian() [1/5]

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w
	)

Returns eigenvalues of N-by-N hermitian matrix m via w. Elements of w are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m and z
N	number of rows and columns in m and z

Parameters

[in]	m	N-by-N matrix to be diagonalized
[out]	w	array of length N to contain eigenvalues

Definition at line 451 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

◆ diagonalize_hermitian() [2/5]

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z
	)

Diagonalizes N-by-N hermitian matrix m so that

m == z * w.matrix().asDiagonal() * z.adjoint()

Elements of w are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m and z
N	number of rows and columns in m and z

Parameters

[in]	m	N-by-N matrix to be diagonalized
[out]	w	array of length N to contain eigenvalues
[out]	z	N-by-N unitary matrix

Definition at line 389 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

Referenced by flexiblesusy::sfermions::diagonalize_sfermions_2x2().

◆ diagonalize_hermitian() [3/5]

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z,
		Real &	w_errbd
	)

Same as diagonalize_hermitian(m, w, z) except that an approximate error bound for the eigenvalues is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] w_errbd approximate error bound for the elements of w

See the documentation of diagonalize_hermitian(m, w, z) for the other parameters.

Definition at line 409 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

◆ diagonalize_hermitian() [4/5]

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z,
		Real &	w_errbd,
		Eigen::Array< Real, N, 1 > &	z_errbd
	)

Same as diagonalize_hermitian(m, w, z, w_errbd) except that approximate error bounds for the eigenvectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] z_errbd array of approximate error bounds for z

See the documentation of diagonalize_hermitian(m, w, z, w_errbd) for the other parameters.

Definition at line 430 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

◆ diagonalize_hermitian() [5/5]

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Real &	w_errbd
	)

Same as diagonalize_hermitian(m, w) except that an approximate error bound for the eigenvalues is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] w_errbd approximate error bound for the elements of w

See the documentation of diagonalize_hermitian(m, w) for the other parameters.

Definition at line 470 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

◆ diagonalize_hermitian_errbd()

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian_errbd	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > *	z = `0`,
		Real *	w_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	z_errbd = `0`
	)

Definition at line 351 of file linalg2.hpp.

References diagonalize_hermitian_internal(), and INFO.

Referenced by diagonalize_hermitian(), diagonalize_hermitian(), diagonalize_hermitian(), diagonalize_hermitian(), diagonalize_hermitian(), diagonalize_symmetric_errbd(), and fs_diagonalize_hermitian_errbd().

◆ diagonalize_hermitian_internal()

template<class Real , class Scalar , int N>

void flexiblesusy::diagonalize_hermitian_internal	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > *	z
	)

Definition at line 342 of file linalg2.hpp.

References hermitian_eigen().

Referenced by diagonalize_hermitian_errbd().

◆ diagonalize_symmetric() [1/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s
	)

Returns singular values of N-by-N real symmetric matrix m via s such that (s >= 0).all(). Order of elements of s is unspecified.

Template Parameters

Real	type of elements of m and s
N	number of rows and columns of m

Parameters

[in]	m	N-by-N real symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values

Note: Use diagonalize_hermitian() unless sign of s[i] matters.

Definition at line 723 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [2/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u
	)

Diagonalizes N-by-N real symmetric matrix m so that

m == u * s.matrix().asDiagonal() * u.transpose()

and (s >= 0).all(). Order of elements of s is unspecified.

Template Parameters

Real	type of real and imaginary parts
N	number of rows and columns of m

Parameters

[in]	m	N-by-N real symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values
[out]	u	N-by-N complex unitary matrix

Note: Use diagonalize_hermitian() unless sign of s[i] matters.

Definition at line 659 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [3/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd
	)

Same as diagonalize_symmetric(m, s, u) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of diagonalize_symmetric(m, s, u) for the other parameters.

Definition at line 679 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [4/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd,
		Eigen::Array< Real, N, 1 > &	u_errbd
	)

Same as diagonalize_symmetric(m, s, u, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] u_errbd array of approximate error bounds for u

See the documentation of diagonalize_symmetric(m, s, u, s_errbd) for the other parameters.

Definition at line 700 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [5/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Real &	s_errbd
	)

Same as diagonalize_symmetric(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of diagonalize_symmetric(m, s) for the other parameters.

Definition at line 742 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [6/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s
	)

Returns singular values of N-by-N complex symmetric matrix m via s such that (s >= 0).all(). Elements of s are in descending order.

Template Parameters

Real	type of real and imaginary parts
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N complex symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values

Definition at line 588 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [7/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u
	)

Diagonalizes N-by-N complex symmetric matrix m so that

m == u * s.matrix().asDiagonal() * u.transpose()

and (s >= 0).all(). Elements of s are in descending order.

Template Parameters

Real	type of real and imaginary parts
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N complex symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values
[out]	u	N-by-N complex unitary matrix

Definition at line 527 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [8/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd
	)

Same as diagonalize_symmetric(m, s, u) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of diagonalize_symmetric(m, s, u) for the other parameters.

Definition at line 547 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [9/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd,
		Eigen::Array< Real, N, 1 > &	u_errbd
	)

Same as diagonalize_symmetric(m, s, u, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] u_errbd array of approximate error bounds for u

See the documentation of diagonalize_symmetric(m, s, u, s_errbd) for the other parameters.

Definition at line 568 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric() [10/10]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Real &	s_errbd
	)

Same as diagonalize_symmetric(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of diagonalize_symmetric(m, s) for the other parameters.

Definition at line 607 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ diagonalize_symmetric_errbd() [1/2]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric_errbd	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > *	u = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	u_errbd = `0`
	)

Definition at line 624 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

◆ diagonalize_symmetric_errbd() [2/2]

template<class Real , int N>

void flexiblesusy::diagonalize_symmetric_errbd	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > *	u = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	u_errbd = `0`
	)

Definition at line 479 of file linalg2.hpp.

References Pi, and svd_errbd().

Referenced by diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), diagonalize_symmetric(), reorder_diagonalize_symmetric_errbd(), and reorder_diagonalize_symmetric_errbd().

◆ disna()

template<int M, int N, class Real >

void flexiblesusy::disna	(	const char &	JOB,
		const Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	D,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	SEP,
		int &	INFO
	)

Template version of DDISNA from LAPACK.

Definition at line 68 of file linalg2.hpp.

References INFO, M, and MIN_.

◆ div_safe()

template<class Derived >

Derived flexiblesusy::div_safe	(	const Eigen::DenseBase< Derived > &	a,
		const Eigen::DenseBase< Derived > &	b
	)

Divides a by b element wise. If the quotient is not finite, it is set to zero.

Parameters

a	numerator
b	denominator

Definition at line 67 of file eigen_utils.hpp.

References binary_map().

◆ end()

double * flexiblesusy::end ( GSL_vector & v )

iterator to end of GSL_vector

Definition at line 254 of file gsl_vector.cpp.

References flexiblesusy::GSL_vector::empty(), end(), flexiblesusy::GSL_vector::raw(), and flexiblesusy::GSL_vector::size().

Referenced by concat(), concat(), concat(), end(), flexiblesusy::runge_kutta::Basic_rk_integrator< StateType, Derivs, Stepper >::operator()(), flexiblesusy::Beta_function::run(), to_double(), to_int(), and to_long().

◆ EvalEigenXpr()

template<typename Idx , typename Function >

auto flexiblesusy::EvalEigenXpr	(	Idx	i,
		Function	f
	)		-> decltype( EvalEigenXprImpl<Idx, Function, is_eigen_type<decltype(f(i))>::value>:: eval(i, f))

Definition at line 64 of file sum.hpp.

References f().

◆ Exp()

template<typename T >

T flexiblesusy::Exp ( T z )

noexcept

Definition at line 189 of file wrappers.hpp.

◆ f()

std::complex< double > flexiblesusy::f ( double tau )

noexcept

Definition at line 141 of file decay_functions.cpp.

References Pi, and Sqr().

Referenced by flexiblesusy::depgen::delete_duplicates(), delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), derivative_backward(), derivative_backward_fx(), derivative_central(), derivative_forward(), derivative_forward_fx(), derivative_one_sided(), flexiblesusy::RGFlow< Lattice >::EFT::EFT(), flexiblesusy::EvalEigenXprImpl< Idx, Function, isEigenType >::eval(), flexiblesusy::EvalEigenXprImpl< Idx, Function, true >::eval(), EvalEigenXpr(), flexiblesusy::_power< p, true, T >::f(), flexiblesusy::_power< p, false, T >::f(), flexiblesusy::Root_finder< dimension >::find_root(), flexiblesusy::detail::for_each(), for_each_in_tuple(), flexiblesusy::Constraint< Lattice >::get_scale(), flexiblesusy::Root_finder< dimension >::gsl_function(), flexiblesusy::GSL_multimin_fminimizer::GSL_multimin_fminimizer(), flexiblesusy::GSL_multiroot_fsolver::GSL_multiroot_fsolver(), flexiblesusy::Initial_guesser< Lattice >::init(), flexiblesusy::Matching< Lattice >::m(), make_raii_guard(), operator<<(), print_error(), print_fatal(), print_info(), print_warning(), flexiblesusy::depgen::search_includes(), flexiblesusy::Fixed_point_iterator< dimension, Convergence_tester >::set_function(), flexiblesusy::Root_finder< dimension >::set_function(), flexiblesusy::Minimizer< dimension >::set_function(), flexiblesusy::anonymous_namespace{experimental_constraints.cpp}::set_sm_lambda_to_match_bsm_mh(), and sum().

◆ fast_log()

template<class T >

std::complex< T > flexiblesusy::fast_log ( const std::complex< T > & z )

noexcept

fast implementation of complex logarithm

Definition at line 160 of file numerics2.hpp.

Referenced by ComplexLog(), ComplexLog(), softsusy::anonymous_namespace{numerics.cpp}::fB(), and softsusy::anonymous_namespace{numerics.cpp}::fB().

◆ field_as_string()

template<typename Field >

std::string flexiblesusy::field_as_string ( std::array< int, Field::numberOfFieldIndices > const & idx )

Definition at line 204 of file decay.hpp.

References strip_field_namespace().

◆ final_state_symmetry_factor()

template<typename Field1 , typename Field2 >

double flexiblesusy::final_state_symmetry_factor	(	typename cxx_diagrams::field_indices< Field1 >::type const &	idx1,
		typename cxx_diagrams::field_indices< Field2 >::type const &	idx2
	)

Definition at line 335 of file decay.hpp.

◆ FiniteLog()

double flexiblesusy::FiniteLog ( double a )

noexcept

Definition at line 107 of file wrappers.cpp.

◆ float_range()

std::vector< double > flexiblesusy::float_range	(	double	start,
		double	stop,
		std::size_t	number_of_steps
	)

returns range of floating point values between start (included) and stop (excluded)

Returns vector with number_of_steps floating point values between start (included) and stop (excluded). The endpoint is excluded.

Parameters

start	smallest value (included)
stop	largest value (excluded)
number_of_steps	number of values

Returns: vector of floating point values

Definition at line 42 of file scan.cpp.

References stop.

Referenced by float_range_log(), and subdivide().

◆ float_range_log()

std::vector< double > flexiblesusy::float_range_log	(	double	start,
		double	stop,
		std::size_t	number_of_steps
	)

returns range of floating point values between start (included) and stop (excluded) with logarithmic spacing

Returns vector with number_of_steps floating point values between start (included) and stop (excluded). The values are logarithmically distributed, i.e. the difference of the logarithm of two consecutive points is constant. The endpoint is excluded.

Parameters

start	smallest value (included)
stop	largest value (excluded)
number_of_steps	number of values

Returns: vector of floating point values

Definition at line 67 of file scan.cpp.

References float_range(), and stop.

Referenced by subdivide_log().

◆ for_each_in_tuple()

template<typename... Ts, typename F >

void flexiblesusy::for_each_in_tuple	(	std::tuple< Ts... > const &	t,
		F	f
	)

applies f on each element of the tuple

Definition at line 46 of file for_each.hpp.

References f(), and flexiblesusy::detail::for_each().

◆ format_decay()

template<typename Container >

std::string flexiblesusy::format_decay	(	double	br,
		const Container &	pids,
		const std::string &	name
	)

Definition at line 57 of file slha_format.hpp.

◆ fprime()

std::complex< double > flexiblesusy::fprime ( double tau )

noexcept

Definition at line 165 of file decay_functions.cpp.

References Pi, Power3(), and Sqr().

Referenced by delta_AhAA_2loopQCD_for_quark_loop().

◆ fs_diagonalize_hermitian() [1/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w
	)

Returns eigenvalues of N-by-N hermitian matrix m via w. w is arranged so that abs(w[i]) are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m and z
N	number of rows and columns in m and z

Parameters

[in]	m	N-by-N matrix to be diagonalized
[out]	w	array of length N to contain eigenvalues

Definition at line 1474 of file linalg2.hpp.

References fs_diagonalize_hermitian_errbd().

◆ fs_diagonalize_hermitian() [2/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z
	)

Diagonalizes N-by-N hermitian matrix m so that

m == z.adjoint() * w.matrix().asDiagonal() * z    // convention of SARAH

w is arranged so that abs(w[i]) are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m and z
N	number of rows and columns in m and z

Parameters

[in]	m	N-by-N matrix to be diagonalized
[out]	w	array of length N to contain eigenvalues
[out]	z	N-by-N unitary matrix

Definition at line 1412 of file linalg2.hpp.

References fs_diagonalize_hermitian_errbd().

◆ fs_diagonalize_hermitian() [3/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z,
		Real &	w_errbd
	)

Same as fs_diagonalize_hermitian(m, w, z) except that an approximate error bound for the eigenvalues is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] w_errbd approximate error bound for the elements of w

See the documentation of fs_diagonalize_hermitian(m, w, z) for the other parameters.

Definition at line 1432 of file linalg2.hpp.

References fs_diagonalize_hermitian_errbd().

◆ fs_diagonalize_hermitian() [4/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > &	z,
		Real &	w_errbd,
		Eigen::Array< Real, N, 1 > &	z_errbd
	)

Same as fs_diagonalize_hermitian(m, w, z, w_errbd) except that approximate error bounds for the eigenvectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] z_errbd array of approximate error bounds for z

See the documentation of fs_diagonalize_hermitian(m, w, z, w_errbd) for the other parameters.

Definition at line 1453 of file linalg2.hpp.

References fs_diagonalize_hermitian_errbd().

◆ fs_diagonalize_hermitian() [5/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Real &	w_errbd
	)

Same as fs_diagonalize_hermitian(m, w) except that an approximate error bound for the eigenvalues is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node89.html.

Parameters

[out] w_errbd approximate error bound for the elements of w

See the documentation of fs_diagonalize_hermitian(m, w) for the other parameters.

Definition at line 1493 of file linalg2.hpp.

References fs_diagonalize_hermitian_errbd().

◆ fs_diagonalize_hermitian_errbd()

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_hermitian_errbd	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > *	z = `0`,
		Real *	w_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	z_errbd = `0`
	)

Definition at line 1373 of file linalg2.hpp.

References diagonalize_hermitian_errbd().

Referenced by fs_diagonalize_hermitian(), fs_diagonalize_hermitian(), fs_diagonalize_hermitian(), fs_diagonalize_hermitian(), and fs_diagonalize_hermitian().

◆ fs_diagonalize_symmetric() [1/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s
	)

Returns singular values of N-by-N symmetric matrix m via s such that (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values

Definition at line 1345 of file linalg2.hpp.

References fs_diagonalize_symmetric_errbd().

◆ fs_diagonalize_symmetric() [2/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u
	)

Diagonalizes N-by-N symmetric matrix m so that

m == u.transpose() * s.matrix().asDiagonal() * u
// convention of Haber and Kane, Phys. Rept. 117 (1985) 75-263

and (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values
[out]	u	N-by-N complex unitary matrix

Definition at line 1283 of file linalg2.hpp.

References fs_diagonalize_symmetric_errbd().

◆ fs_diagonalize_symmetric() [3/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd
	)

Same as fs_diagonalize_symmetric(m, s, u) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of fs_diagonalize_symmetric(m, s, u) for the other parameters.

Definition at line 1303 of file linalg2.hpp.

References fs_diagonalize_symmetric_errbd().

◆ fs_diagonalize_symmetric() [4/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd,
		Eigen::Array< Real, N, 1 > &	u_errbd
	)

Same as fs_diagonalize_symmetric(m, s, u, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] u_errbd array of approximate error bounds for u

See the documentation of fs_diagonalize_symmetric(m, s, u, s_errbd) for the other parameters.

Definition at line 1324 of file linalg2.hpp.

References fs_diagonalize_symmetric_errbd().

◆ fs_diagonalize_symmetric() [5/5]

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Real &	s_errbd
	)

Same as fs_diagonalize_symmetric(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of fs_diagonalize_symmetric(m, s) for the other parameters.

Definition at line 1364 of file linalg2.hpp.

References fs_diagonalize_symmetric_errbd().

◆ fs_diagonalize_symmetric_errbd()

template<class Real , class Scalar , int N>

void flexiblesusy::fs_diagonalize_symmetric_errbd	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > *	u = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	u_errbd = `0`
	)

Definition at line 1256 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

Referenced by fs_diagonalize_symmetric(), fs_diagonalize_symmetric(), fs_diagonalize_symmetric(), fs_diagonalize_symmetric(), and fs_diagonalize_symmetric().

◆ fs_svd() [1/8]

template<class Real , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Real, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< std::complex< Real >, M, M > &	u,
		Eigen::Matrix< std::complex< Real >, N, N > &	v
	)

Singular value decomposition of M-by-N real matrix m such that

sigma.setZero(); sigma.diagonal() = s;
m == u.transpose() * sigma * v
// convention of Haber and Kane, Phys. Rept. 117 (1985) 75-263

and (s >= 0).all(). Elements of s are in ascending order. The above decomposition can be put in the form

m == u.transpose() * s.matrix().asDiagonal() * v

if M == N.

Template Parameters

Real	type of real and imaginary parts
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N real matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values
[out]	u	M-by-M complex unitary matrix
[out]	v	N-by-N complex unitary matrix

Note: This is a convenience overload for the case where the type of u and v (complex) differs from that of m (real). Mathematically, real u and v are enough to accommodate SVD of any real m.

Definition at line 1198 of file linalg2.hpp.

References fs_svd().

◆ fs_svd() [2/8]

template<class Real , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Real, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< std::complex< Real >, M, M > &	u,
		Eigen::Matrix< std::complex< Real >, N, N > &	v,
		Real &	s_errbd
	)

Same as fs_svd(m, s, u, v) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of fs_svd(m, s, u, v) for the other parameters.

Definition at line 1219 of file linalg2.hpp.

References fs_svd().

◆ fs_svd() [3/8]

template<class Real , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Real, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< std::complex< Real >, M, M > &	u,
		Eigen::Matrix< std::complex< Real >, N, N > &	v,
		Real &	s_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	u_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	v_errbd
	)

Same as fs_svd(m, s, u, v, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out]	u_errbd	array of approximate error bounds for u
[out]	v_errbd	array of approximate error bounds for vh

See the documentation of fs_svd(m, s, u, v, s_errbd) for the other parameters.

Definition at line 1242 of file linalg2.hpp.

References fs_svd().

◆ fs_svd() [4/8]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s
	)

Returns singular values of M-by-N matrix m via s such that (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and v
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values

Definition at line 1145 of file linalg2.hpp.

References fs_svd_errbd().

◆ fs_svd() [5/8]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	v
	)

Singular value decomposition of M-by-N matrix m such that

sigma.setZero(); sigma.diagonal() = s;
m == u.transpose() * sigma * v
// convention of Haber and Kane, Phys. Rept. 117 (1985) 75-263

and (s >= 0).all(). Elements of s are in ascending order. The above decomposition can be put in the form

m == u.transpose() * s.matrix().asDiagonal() * v

if M == N.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and v
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values
[out]	u	M-by-M unitary matrix
[out]	v	N-by-N unitary matrix

Definition at line 1077 of file linalg2.hpp.

References fs_svd_errbd().

Referenced by fs_svd(), fs_svd(), and fs_svd().

◆ fs_svd() [6/8]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	v,
		Real &	s_errbd
	)

Same as fs_svd(m, s, u, v) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of fs_svd(m, s, u, v) for the other parameters.

Definition at line 1098 of file linalg2.hpp.

References fs_svd_errbd().

◆ fs_svd() [7/8]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	v,
		Real &	s_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	u_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	v_errbd
	)

Same as fs_svd(m, s, u, v, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out]	u_errbd	array of approximate error bounds for u
[out]	v_errbd	array of approximate error bounds for vh

See the documentation of fs_svd(m, s, u, v, s_errbd) for the other parameters.

Definition at line 1121 of file linalg2.hpp.

References fs_svd_errbd().

◆ fs_svd() [8/8]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Real &	s_errbd
	)

Same as fs_svd(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of fs_svd(m, s) for the other parameters.

Definition at line 1163 of file linalg2.hpp.

References fs_svd_errbd().

◆ fs_svd_errbd()

template<class Real , class Scalar , int M, int N>

void flexiblesusy::fs_svd_errbd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > *	u = `0`,
		Eigen::Matrix< Scalar, N, N > *	v = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	u_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	v_errbd = `0`
	)

Definition at line 1040 of file linalg2.hpp.

References reorder_svd_errbd().

Referenced by fs_svd(), fs_svd(), fs_svd(), fs_svd(), and fs_svd().

◆ FSThrow()

double flexiblesusy::FSThrow ( const std::string & s )

inline

Definition at line 719 of file wrappers.hpp.

◆ get_normalized_effective_couplings()

EffectiveCoupling_list flexiblesusy::get_normalized_effective_couplings	(	EffectiveCoupling_list const &	bsm_input,
		Physical_input const &	physical_input,
		softsusy::QedQcd const &	qedqcd,
		Spectrum_generator_settings const &	spectrum_generator_settings,
		FlexibleDecay_settings const &	flexibledecay_settings
	)

Definition at line 238 of file experimental_constraints.cpp.

References bb, cc, dd, ee, gamgam, gg, mumu, flexiblesusy::EffectiveCoupling_list::push_back(), ss, tautau, tt, uu, VERBOSE_MSG, flexiblesusy::NeutralHiggsEffectiveCouplings::width_sm, WW, Zgam, and ZZ.

◆ global_thread_pool()

Thread_pool & flexiblesusy::global_thread_pool ( )

returns instance to global thread pool

Definition at line 33 of file global_thread_pool.cpp.

◆ gm2calc_calculate_amu() [1/2]

double flexiblesusy::gm2calc_calculate_amu ( const GM2Calc_MSSMNoFV_data & )

calculates amu using GM2Calc in the MSSMNoFV

Definition at line 241 of file gm2calc_interface.cpp.

◆ gm2calc_calculate_amu() [2/2]

double flexiblesusy::gm2calc_calculate_amu ( const GM2Calc_THDM_data & )

calculates amu using GM2Calc in the THDM

Definition at line 253 of file gm2calc_interface.cpp.

◆ gm2calc_calculate_amu_uncertainty() [1/2]

double flexiblesusy::gm2calc_calculate_amu_uncertainty ( const GM2Calc_MSSMNoFV_data & )

calculates uncertainty of amu using GM2Calc in the MSSMNoFV

Definition at line 246 of file gm2calc_interface.cpp.

◆ gm2calc_calculate_amu_uncertainty() [2/2]

double flexiblesusy::gm2calc_calculate_amu_uncertainty ( const GM2Calc_THDM_data & )

calculates uncertainty of amu using GM2Calc in the THDM

Definition at line 258 of file gm2calc_interface.cpp.

◆ harmonic()

double flexiblesusy::harmonic ( int64_t n )

noexcept

harmonic number n

Harmonic number.

Definition at line 54 of file harmonic.cpp.

References sum().

Referenced by flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_pos().

◆ hash_decay()

std::size_t flexiblesusy::hash_decay ( const Decay & decay )

Definition at line 69 of file decay.cpp.

References flexiblesusy::Decay::get_final_state_particle_ids(), and flexiblesusy::Decay::get_initial_particle_id().

Referenced by flexiblesusy::Decays_list::get_decay(), and flexiblesusy::Decays_list::set_decay().

◆ hermitian_eigen()

template<class Real , class Scalar , int N>

void flexiblesusy::hermitian_eigen	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	w,
		Eigen::Matrix< Scalar, N, N > *	z
	)

Definition at line 53 of file linalg2.hpp.

Referenced by diagonalize_hermitian_internal().

◆ Hermitianize()

template<typename Derived >

void flexiblesusy::Hermitianize ( Eigen::PlainObjectBase< Derived > & m )

Fills lower triangle of hermitian matrix from values in upper triangle.

Parameters

m matrix

Definition at line 295 of file wrappers.hpp.

References Conj().

◆ hgg_SM_loop_function()

std::complex< double > flexiblesusy::hgg_SM_loop_function ( double x )

noexcept

Definition at line 285 of file decay_functions.cpp.

References is_zero(), Pi, and Sqr().

◆ horner() [1/2]

template<int Nstart, typename T , int N>

std::complex< T > flexiblesusy::horner	(	const std::complex< T > &	z,
		const T(&)	coeffs[N]
	)

noexcept

Definition at line 38 of file horner.hpp.

◆ horner() [2/2]

template<typename T , int N>

T flexiblesusy::horner	(	T	x,
		const T(&)	c[N]
	)

noexcept

Definition at line 27 of file horner.hpp.

Referenced by Li2().

◆ hVV_4body()

double flexiblesusy::hVV_4body	(	double *	q2,
		size_t	,
		void *	params
	)

Definition at line 142 of file decay.cpp.

References flexiblesusy::hVV_4body_params::GammaV, KallenLambda(), flexiblesusy::hVV_4body_params::mHOS, flexiblesusy::hVV_4body_params::mVOS, Power4(), and Sqr().

◆ Im() [1/3]

template<class Derived >

auto flexiblesusy::Im ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.imag().eval())

noexcept

Definition at line 573 of file wrappers.hpp.

◆ Im() [2/3]

double flexiblesusy::Im ( const std::complex< double > & x )

noexcept

Definition at line 183 of file wrappers.cpp.

◆ Im() [3/3]

double flexiblesusy::Im ( double )

noexcept

Definition at line 178 of file wrappers.cpp.

◆ index_range()

template<class ObjectWithIndexBounds >

static decltype(boost::make_iterator_range( multiindex< typename meta::index_bounds< ObjectWithIndexBounds >::type::first, typename meta::index_bounds< ObjectWithIndexBounds >::type::second >::begin(), multiindex< typename meta::index_bounds< ObjectWithIndexBounds >::type::first, typename meta::index_bounds< ObjectWithIndexBounds >::type::second >::end())) flexiblesusy::index_range ( )

static

Definition at line 249 of file multiindex.hpp.

References begin().

◆ inv_fac()

double flexiblesusy::inv_fac ( int64_t n )

noexcept

negative Dirichlet eta function

returns 1/n! for n >= 0

Definition at line 80 of file factorial.cpp.

Referenced by flexiblesusy::anonymous_namespace{Li.cpp}::Li_rest(), and flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_neg().

◆ is_equal() [1/2]

template<typename T >

bool flexiblesusy::is_equal	(	std::complex< T >	a,
		std::complex< T >	b,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares two complex numbers for (absolute) equality

Definition at line 83 of file numerics2.hpp.

References is_equal().

◆ is_equal() [2/2]

template<typename T >

bool flexiblesusy::is_equal	(	T	a,
		T	b,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares two numbers for (absolute) equality

Definition at line 75 of file numerics2.hpp.

References is_zero().

◆ is_equal_fraction()

template<typename T >

std::enable_if_t<!std::is_unsigned< T >::value, bool > flexiblesusy::is_equal_fraction	(	T	a,
		T	b,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares two numbers for relative equality

Definition at line 94 of file numerics2.hpp.

References is_zero().

◆ is_equal_rel() [1/3]

template<class Derived >

bool flexiblesusy::is_equal_rel	(	const Eigen::PlainObjectBase< Derived > &	a,
		const Eigen::PlainObjectBase< Derived > &	b,
		double	eps
	)

Returns true when two objects are element-wise equal up to a relative precision eps.

Parameters

a	first object
b	second object
eps	maximum relative difference

Returns: true when both objects are equal, false otherwise

Definition at line 89 of file eigen_utils.hpp.

Referenced by flexiblesusy::threshold_loop_functions::DB0(), is_equal_rel(), IsCloseRel(), flexiblesusy::fixed_point_iterator::Convergence_tester_relative< dimension >::operator()(), flexiblesusy::fixed_point_iterator::Convergence_tester_tadpole< dimension >::operator()(), softsusy::QedQcd::to(), and flexiblesusy::threshold_loop_functions::W().

◆ is_equal_rel() [2/3]

template<typename T >

std::enable_if_t<!std::is_unsigned< T >::value, bool > flexiblesusy::is_equal_rel	(	T	a,
		T	b,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares two numbers for relative equality, treating numbers with small differences as equal

Definition at line 105 of file numerics2.hpp.

References is_equal().

◆ is_equal_rel() [3/3]

template<typename T >

std::enable_if_t< std::is_unsigned< T >::value, bool > flexiblesusy::is_equal_rel	(	T	a,
		T	b,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares two numbers for relative equality, treating numbers with small differences as equal

Definition at line 127 of file numerics2.hpp.

References is_equal_rel().

◆ is_finite() [1/5]

bool flexiblesusy::is_finite	(	const double *	v,
		long	length
	)

noexcept

returns true if all array elements are finite

Definition at line 24 of file numerics2.cpp.

◆ is_finite() [2/5]

bool flexiblesusy::is_finite ( const GSL_vector & v )

Returns true if GSL_vector contains only finite elements, false otherwise.

Returns true if GSL_vector contains only finite elements (neither nan nor inf), false otherwise.

Parameters

v	GSL vector

Returns: true if vector contains only finite elements, false otherwise.

Definition at line 290 of file gsl_vector.cpp.

References flexiblesusy::GSL_vector::size().

◆ is_finite() [3/5]

bool flexiblesusy::is_finite ( const gsl_vector * x )

Returns true if GSL vector contains only finite elements, false otherwise.

Returns true if GSL vector contains only finite elements (neither nan nor inf), false otherwise.

Parameters

x	GSL vector

Returns: true if vector contains only finite elements, false otherwise.

Definition at line 32 of file gsl_utils.cpp.

Referenced by flexiblesusy::Fixed_point_iterator< dimension, Convergence_tester >::fixed_point_iterator_iterate(), flexiblesusy::Minimizer< dimension >::gsl_function(), flexiblesusy::Root_finder< dimension >::gsl_function(), is_finite(), is_finite(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_series(), and flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_neg().

◆ is_finite() [4/5]

template<typename T , std::size_t N>

bool flexiblesusy::is_finite ( const std::array< T, N > & v )

noexcept

returns true if all array elements are finite

Definition at line 152 of file numerics2.hpp.

References is_finite().

◆ is_finite() [5/5]

template<typename T , std::size_t N>

bool flexiblesusy::is_finite ( const T(&) v[N] )

noexcept

returns true if all array elements are finite

Definition at line 144 of file numerics2.hpp.

References is_finite().

◆ is_integer()

bool flexiblesusy::is_integer ( double value )

Definition at line 190 of file flexibledecay_settings.cpp.

Referenced by flexiblesusy::anonymous_namespace{flexibledecay_settings.cpp}::assert_integer(), and flexiblesusy::anonymous_namespace{spectrum_generator_settings.cpp}::assert_integer().

◆ is_zero() [1/3]

template<typename T >

std::enable_if_t< std::is_unsigned< T >::value, bool > flexiblesusy::is_zero	(	T	a,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares a number for being close to zero

Definition at line 46 of file numerics2.hpp.

◆ is_zero() [2/3]

template<typename T >

std::enable_if_t<!std::is_unsigned< T >::value && !detail::is_complex< T >::value, bool > flexiblesusy::is_zero	(	T	a,
		T	prec = `std::numeric_limits<T>::epsilon()`
	)

noexcept

compares a number for being close to zero

Definition at line 56 of file numerics2.hpp.

◆ is_zero() [3/3]

template<typename T >

std::enable_if_t< detail::is_complex< T >::value, bool > flexiblesusy::is_zero	(	T	a,
		typename T::value_type	prec = `std::numeric_limits<typename T::value_type>::epsilon()`
	)

noexcept

compares a complex number for being close to zero

Definition at line 65 of file numerics2.hpp.

References is_zero().

◆ IsClose()

bool flexiblesusy::IsClose	(	double	a,
		double	b,
		double	eps
	)

noexcept

Definition at line 67 of file wrappers.cpp.

◆ IsCloseRel()

bool flexiblesusy::IsCloseRel	(	double	a,
		double	b,
		double	eps
	)

noexcept

Definition at line 72 of file wrappers.cpp.

References is_equal_rel().

◆ IsFinite() [1/3]

template<class Derived >

bool flexiblesusy::IsFinite ( const Eigen::DenseBase< Derived > & m )

Definition at line 229 of file wrappers.hpp.

◆ IsFinite() [2/3]

bool flexiblesusy::IsFinite ( const std::complex< double > & x )

noexcept

Definition at line 82 of file wrappers.cpp.

◆ IsFinite() [3/3]

bool flexiblesusy::IsFinite ( double x )

noexcept

Definition at line 77 of file wrappers.cpp.

◆ KallenLambda()

template<typename T >

T flexiblesusy::KallenLambda	(	T	x,
		T	y,
		T	z
	)

noexcept

Definition at line 837 of file wrappers.hpp.

References Sqr().

Referenced by hVV_4body().

◆ KroneckerDelta()

int flexiblesusy::KroneckerDelta	(	int	i,
		int	j
	)

noexcept

Definition at line 87 of file wrappers.cpp.

◆ lazy_which() [1/2]

template<typename If , typename Then >

auto flexiblesusy::lazy_which	(	If &&	cif,
		Then &&	cthen
	)		-> decltype(cthen())

Definition at line 33 of file which.hpp.

Referenced by lazy_which().

◆ lazy_which() [2/2]

template<typename If , typename Then , typename... Elses>

auto flexiblesusy::lazy_which	(	If &&	cif,
		Then &&	cthen,
		Elses &&...	celses
	)		-> typename std::common_type<decltype(cthen()), decltype(celses())...>::type

Definition at line 39 of file which.hpp.

References lazy_which().

◆ Li()

std::complex< double > flexiblesusy::Li	(	int64_t	n,
		const std::complex< double > &	z
	)

noexcept

Complex polylogarithm $\operatorname{Li}_n(z)$ .

complex polylogarithm for arbitrary integer n

Parameters

n	degree of the polylogarithm
z	complex argument

Returns: $\operatorname{Li}_n(z)$

Author: Alexander Voigt

For n < 0 the implementation follows the approach presented in [Matthew Roughan: "The Polylogarithm Function in Julia", arXiv:2010.09860].

Definition at line 191 of file Li.cpp.

References Li(), Li2(), Li3(), Li4(), Li5(), Li6(), neg_eta(), and zeta().

Referenced by Li(), and PolyLog().

◆ Li2() [1/6]

std::complex< double > flexiblesusy::Li2 ( const std::complex< double > & z )

noexcept

Complex dilogarithm $\operatorname{Li}_2(z)$ .

complex polylogarithm with n=2 (dilogarithm) with double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_2(z)$

Note: Implementation translated from SPheno to C++

Author: Werner Porod

Note: translated to C++ by Alexander Voigt

Definition at line 375 of file Li2.cpp.

References Li2(), and log1p().

◆ Li2() [2/6]

std::complex< float > flexiblesusy::Li2 ( const std::complex< float > & z )

noexcept

Complex dilogarithm $\operatorname{Li}_2(z)$ .

complex polylogarithm with n=2 (dilogarithm) with single precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_2(z)$

Note: Implementation translated from SPheno to C++

Author: Werner Porod

Note: translated to C++ by Alexander Voigt

Definition at line 303 of file Li2.cpp.

References Li2(), and log1p().

◆ Li2() [3/6]

std::complex< long double > flexiblesusy::Li2 ( const std::complex< long double > & z )

noexcept

Complex dilogarithm $\operatorname{Li}_2(z)$ with long double precision.

complex polylogarithm with n=2 (dilogarithm) with long double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_2(z)$

Note: Implementation translated from SPheno to C++

Author: Werner Porod

Note: translated to C++ and extended to long double precision by Alexander Voigt

Definition at line 453 of file Li2.cpp.

References Li2(), and log1p().

◆ Li2() [4/6]

double flexiblesusy::Li2 ( double x )

noexcept

Real dilogarithm $\operatorname{Li}_2(x)$ .

real polylogarithm with n=2 (dilogarithm) with double precision

Parameters

x	real argument

Returns: $\operatorname{Li}_2(x)$

Author: Alexander Voigt

Implemented as a rational function approximation with a maximum error of 5e-17 [arXiv:2201.01678].

Definition at line 100 of file Li2.cpp.

References P, and Q.

◆ Li2() [5/6]

float flexiblesusy::Li2 ( float x )

noexcept

Real dilogarithm $\operatorname{Li}_2(x)$ .

real polylogarithm with n=2 (dilogarithm) with single precision

Parameters

x	real argument

Returns: $\operatorname{Li}_2(x)$

Author: Alexander Voigt

Implemented as a rational function approximation with a maximum error of 2e-7.

Definition at line 38 of file Li2.cpp.

References P, and Q.

Referenced by flexiblesusy::amm_loop_functions::two_loop::BarrZeeLoopFP(), flexiblesusy::anonymous_namespace{decay_functions.cpp}::calc_A(), delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), flexiblesusy::threshold_loop_functions::fth3(), Li(), Li2(), Li2(), Li2(), flexiblesusy::threshold_loop_functions::anonymous_namespace{threshold_loop_functions.cpp}::phi_pos(), and PolyLog().

◆ Li2() [6/6]

long double flexiblesusy::Li2 ( long double x )

noexcept

Real dilogarithm $\operatorname{Li}_2(z)$ with long double precision.

real polylogarithm with n=2 (dilogarithm) with long double precision

Parameters

x	real argument

Returns: $\operatorname{Li}_2(z)$

Author: Alexander Voigt

Implemented as an economized Pade approximation with a maximum error of 2.13e-20 (long double precision) and 1.03e-38 (quadruple precision), respectively.

Definition at line 180 of file Li2.cpp.

References horner(), P, and Q.

◆ Li3() [1/3]

std::complex< double > flexiblesusy::Li3 ( const std::complex< double > & z )

noexcept

Complex trilogarithm $\operatorname{Li}_3(z)$ .

complex polylogarithm with n=3 (trilogarithm)

Parameters

z	complex argument

Returns: $\operatorname{Li}_3(z)$

Author: Alexander Voigt

Definition at line 129 of file Li3.cpp.

References Li3(), log1p(), pos_log(), zeta2, and zeta3.

◆ Li3() [2/3]

std::complex< long double > flexiblesusy::Li3 ( const std::complex< long double > & z )

noexcept

Complex trilogarithm $\operatorname{Li}_3(z)$ with long double precision.

complex polylogarithm with n=3 (trilogarithm) with long double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_3(z)$

Author: Alexander Voigt

Definition at line 216 of file Li3.cpp.

References log1p(), pos_log(), zeta2, and zeta3.

◆ Li3() [3/3]

double flexiblesusy::Li3 ( double x )

noexcept

Real trilogarithm $\operatorname{Li}_3(x)$ .

real polylogarithm with n=3 (trilogarithm)

Parameters

x	real argument

Returns: $\operatorname{Li}_3(x)$

Author: Alexander Voigt

Definition at line 88 of file Li3.cpp.

References zeta2, and zeta3.

Referenced by delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), Li(), Li3(), and PolyLog().

◆ Li4() [1/3]

std::complex< double > flexiblesusy::Li4 ( const std::complex< double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_4(z)$ .

complex polylogarithm with n=4

Parameters

z	complex argument

Returns: $\operatorname{Li}_4(z)$

Author: Alexander Voigt

Definition at line 181 of file Li4.cpp.

References Li4(), log1p(), pos_log(), and zeta4.

◆ Li4() [2/3]

std::complex< long double > flexiblesusy::Li4 ( const std::complex< long double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_4(z)$ with long double precision.

complex polylogarithm with n=4 with long double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_4(z)$

Author: Alexander Voigt

Definition at line 268 of file Li4.cpp.

References log1p(), pos_log(), and zeta4.

◆ Li4() [3/3]

double flexiblesusy::Li4 ( double x )

noexcept

Real 4-th order polylogarithm $\operatorname{Li}_4(x)$ .

real polylogarithm with n=4

Parameters

x	real argument

Returns: $\operatorname{Li}_4(x)$

Author: Alexander Voigt

Definition at line 131 of file Li4.cpp.

References zeta2, and zeta4.

Referenced by delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), Li(), Li4(), and PolyLog().

◆ Li5() [1/2]

std::complex< double > flexiblesusy::Li5 ( const std::complex< double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_5(z)$ .

complex polylogarithm with n=5

Parameters

z	complex argument

Returns: $\operatorname{Li}_5(z)$

Author: Alexander Voigt

Definition at line 34 of file Li5.cpp.

References log1p(), pos_log(), and zeta5.

Referenced by Li().

◆ Li5() [2/2]

std::complex< long double > flexiblesusy::Li5 ( const std::complex< long double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_5(z)$ with long double precision.

complex polylogarithm with n=5 with long double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_5(z)$

Author: Alexander Voigt

Definition at line 125 of file Li5.cpp.

References log1p(), pos_log(), and zeta5.

◆ Li6() [1/2]

std::complex< double > flexiblesusy::Li6 ( const std::complex< double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_6(z)$ .

complex polylogarithm with n=5

Parameters

z	complex argument

Returns: $\operatorname{Li}_6(z)$

Author: Alexander Voigt

Definition at line 34 of file Li6.cpp.

References log1p(), and pos_log().

Referenced by Li().

◆ Li6() [2/2]

std::complex< long double > flexiblesusy::Li6 ( const std::complex< long double > & z )

noexcept

Complex polylogarithm $\operatorname{Li}_6(z)$ with long double precision.

complex polylogarithm with n=5 with long double precision

Parameters

z	complex argument

Returns: $\operatorname{Li}_6(z)$

Author: Alexander Voigt

Definition at line 130 of file Li6.cpp.

References log1p(), and pos_log().

◆ Log()

double flexiblesusy::Log ( double a )

noexcept

Definition at line 92 of file wrappers.cpp.

◆ log1p()

template<typename T >

std::complex< T > flexiblesusy::log1p ( const std::complex< T > & z )

noexcept

returns log(1 + z) for complex z

Definition at line 30 of file log.hpp.

Referenced by Li2(), Li2(), Li2(), Li3(), Li3(), Li4(), Li4(), Li5(), Li5(), Li6(), and Li6().

◆ make_dynamic_array_view() [1/3]

template<typename ElementType >

constexpr Dynamic_array_view< ElementType > flexiblesusy::make_dynamic_array_view	(	ElementType *	first,
		ElementType *	last
	)

constexpr

Definition at line 131 of file array_view.hpp.

◆ make_dynamic_array_view() [2/3]

template<typename ElementType >

constexpr Dynamic_array_view< ElementType > flexiblesusy::make_dynamic_array_view	(	ElementType *	ptr,
		std::ptrdiff_t	len
	)

constexpr

Definition at line 125 of file array_view.hpp.

◆ make_dynamic_array_view() [3/3]

template<typename ElementType , std::size_t N>

constexpr Dynamic_array_view< ElementType > flexiblesusy::make_dynamic_array_view ( ElementType(&) arr[N] )

constexpr

Definition at line 137 of file array_view.hpp.

◆ make_raii_guard()

template<typename F >

constexpr RAII_guard< F > flexiblesusy::make_raii_guard ( F f )

constexpr

Definition at line 69 of file raii.hpp.

References f().

◆ make_raii_save()

template<typename T >

constexpr RAII_save< T > flexiblesusy::make_raii_save ( T & var )

constexpr

Definition at line 46 of file raii.hpp.

◆ mathlink_format_problems() [1/3]

void flexiblesusy::mathlink_format_problems	(	MLINK	link,
		const BVP_solver_problems &	sp
	)

inline

format BVP solver problems to MathLink output

Definition at line 28 of file bvp_solver_problems_format_mathlink.hpp.

References MLPutRuleTo(), flexiblesusy::BVP_solver_problems::no_convergence(), and flexiblesusy::BVP_solver_problems::number_of_problems().

Referenced by mathlink_format_problems().

◆ mathlink_format_problems() [2/3]

void flexiblesusy::mathlink_format_problems	(	MLINK	link,
		const Observable_problems &	op
	)

inline

format observable problems to MathLink output

Definition at line 59 of file observable_problems_format_mathlink.hpp.

References flexiblesusy::Observable_problems::a_muon, flexiblesusy::Observable_problems::general, flexiblesusy::Observable_problems::have_problem(), and mathlink_format_problems().

◆ mathlink_format_problems() [3/3]

void flexiblesusy::mathlink_format_problems	(	MLINK	link,
		const Problems &	pr
	)

inline

format problems to MathLink output

Definition at line 76 of file problems_format_mathlink.hpp.

◆ mathlink_format_warnings() [1/2]

void flexiblesusy::mathlink_format_warnings	(	MLINK	link,
		const BVP_solver_problems &	sp
	)

inline

format BVP solver warnings to MathLink output

Definition at line 38 of file bvp_solver_problems_format_mathlink.hpp.

◆ mathlink_format_warnings() [2/2]

void flexiblesusy::mathlink_format_warnings	(	MLINK	link,
		const Problems &	pr
	)

inline

format warnings to MathLink output

Definition at line 108 of file problems_format_mathlink.hpp.

References flexiblesusy::Problems::get_bad_masses(), flexiblesusy::Problems::get_particle_name(), flexiblesusy::Problems::have_bad_mass(), and flexiblesusy::Problems::number_of_warnings().

◆ MatrixProjector() [1/3]

template<int M, int N, int i, int j, typename Scalar = double>

auto flexiblesusy::MatrixProjector ( ) -> Eigen::Matrix<Scalar,M,N>

noexcept

matrix projector of size MxN into direction i, j

Definition at line 794 of file wrappers.hpp.

◆ MatrixProjector() [2/3]

template<int M, int N, typename Scalar = double>

auto flexiblesusy::MatrixProjector	(	int	i,
		int	j
	)		-> Eigen::Matrix<Scalar,M,N>

noexcept

matrix projector of size MxN into direction i, j

Definition at line 804 of file wrappers.hpp.

◆ MatrixProjector() [3/3]

Eigen::MatrixXd flexiblesusy::MatrixProjector	(	int	M,
		int	N,
		int	i,
		int	j
	)

noexcept

unit matrix projector of size MxN into direction i, j

Definition at line 243 of file wrappers.cpp.

References M.

◆ Max() [1/2]

template<typename T >

T flexiblesusy::Max ( T && t )

noexcept

Definition at line 432 of file wrappers.hpp.

Referenced by Max().

◆ Max() [2/2]

template<typename T0 , typename T1 , typename... Ts>

std::common_type< T0, T1, Ts... >::type flexiblesusy::Max	(	T0 &&	val1,
		T1 &&	val2,
		Ts &&...	vs
	)

noexcept

Definition at line 438 of file wrappers.hpp.

References Max().

◆ MaxAbsValue() [1/4]

template<class Derived >

auto flexiblesusy::MaxAbsValue ( const Eigen::ArrayBase< Derived > & x ) -> decltype(x.cwiseAbs().maxCoeff())

noexcept

Definition at line 424 of file wrappers.hpp.

◆ MaxAbsValue() [2/4]

template<class Derived >

auto flexiblesusy::MaxAbsValue ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.cwiseAbs().maxCoeff())

noexcept

Definition at line 418 of file wrappers.hpp.

◆ MaxAbsValue() [3/4]

double flexiblesusy::MaxAbsValue ( const std::complex< double > & x )

noexcept

Definition at line 118 of file wrappers.cpp.

References Abs().

◆ MaxAbsValue() [4/4]

double flexiblesusy::MaxAbsValue ( double x )

noexcept

Definition at line 113 of file wrappers.cpp.

References Abs().

◆ MaxRelDiff() [1/3]

template<class Derived >

auto flexiblesusy::MaxRelDiff	(	const Eigen::PlainObjectBase< Derived > &	a,
		const Eigen::PlainObjectBase< Derived > &	b
	)		-> decltype(MaxRelDiff(a.data()[0], b.data()[0]))

Definition at line 392 of file wrappers.hpp.

References MaxRelDiff().

◆ MaxRelDiff() [2/3]

double flexiblesusy::MaxRelDiff	(	const std::complex< double > &	a,
		const std::complex< double > &	b
	)

noexcept

Definition at line 134 of file wrappers.cpp.

◆ MaxRelDiff() [3/3]

double flexiblesusy::MaxRelDiff	(	double	a,
		double	b
	)

noexcept

Definition at line 123 of file wrappers.cpp.

Referenced by MaxRelDiff().

◆ Min() [1/2]

template<typename T >

T flexiblesusy::Min ( T && t )

noexcept

Definition at line 447 of file wrappers.hpp.

Referenced by Min().

◆ Min() [2/2]

template<typename T0 , typename T1 , typename... Ts>

std::common_type< T0, T1, Ts... >::type flexiblesusy::Min	(	T0 &&	val1,
		T1 &&	val2,
		Ts &&...	vs
	)

noexcept

Definition at line 453 of file wrappers.hpp.

References Min().

◆ move_goldstone_to()

template<typename DerivedArray , typename DerivedMatrix >

void flexiblesusy::move_goldstone_to	(	int	idx,
		double	mass,
		Eigen::ArrayBase< DerivedArray > &	v,
		Eigen::MatrixBase< DerivedMatrix > &	z
	)

The element of v, which is closest to mass, is moved to the position idx.

Parameters

idx	new index of the mass eigenvalue
mass	mass to compare against
v	vector of masses
z	corresponding mixing matrix

Definition at line 118 of file eigen_utils.hpp.

References closest_index(), sign(), and steps().

◆ neg_eta()

double flexiblesusy::neg_eta ( int64_t n )

noexcept

negative Dirichlet eta function

negative Dirichlet eta function for arbitrary integer n

Definition at line 81 of file eta.cpp.

Referenced by Li(), and flexiblesusy::anonymous_namespace{Li.cpp}::Li_rest().

◆ normalize_to_interval() [1/2]

template<int M, int N>

void flexiblesusy::normalize_to_interval	(	Eigen::Matrix< double, M, N > &	m,
		double	min = `-1.`,
		double	max = `1.`
	)

Normalize each element of the given real matrix to be within the interval [min, max]. Values < min are set to min. Values > max are set to max.

Parameters

m	matrix
min	minimum
max	maximum

Definition at line 147 of file eigen_utils.hpp.

References data.

◆ normalize_to_interval() [2/2]

template<int M, int N>

void flexiblesusy::normalize_to_interval	(	Eigen::Matrix< std::complex< double >, M, N > &	m,
		double	max_mag = `1.`
	)

Normalize each element of the given complex matrix to have a magnitude within the interval [0, max]. If the magnitude of a matrix element is > max, then the magnitude is set to max. The phase angles are not modified.

Parameters

m	matrix
max_mag	maximum magnitude

Definition at line 170 of file eigen_utils.hpp.

References data.

◆ number_of_active_flavours()

unsigned int flexiblesusy::number_of_active_flavours	(	softsusy::QedQcd const &	qedqcd,
		double	m
	)

noexcept

Definition at line 297 of file decay_functions.cpp.

References softsusy::mBottom, softsusy::mCharm, softsusy::mDown, softsusy::mStrange, softsusy::mTop, and softsusy::mUp.

◆ operator*() [1/14]

template<typename T >

std::complex< T > flexiblesusy::operator*	(	const std::complex< T > &	lhs,
		int	rhs
	)

Definition at line 674 of file wrappers.hpp.

◆ operator*() [2/14]

Decay_amplitude_FFS flexiblesusy::operator*	(	Decay_amplitude_FFS const &	,
		std::complex< double >
	)

◆ operator*() [3/14]

Decay_amplitude_FFV flexiblesusy::operator*	(	Decay_amplitude_FFV const &	,
		std::complex< double >
	)

◆ operator*() [4/14]

Decay_amplitude_SFF flexiblesusy::operator*	(	Decay_amplitude_SFF const &	amp,
		std::complex< double >	factor
	)

Definition at line 215 of file decay_amplitudes.cpp.

References operator*().

◆ operator*() [5/14]

Decay_amplitude_SSS flexiblesusy::operator*	(	Decay_amplitude_SSS const &	amp2,
		std::complex< double >	factor
	)

Definition at line 172 of file decay_amplitudes.cpp.

References operator*().

◆ operator*() [6/14]

Decay_amplitude_SSV flexiblesusy::operator*	(	Decay_amplitude_SSV const &	amp2,
		std::complex< double >	factor
	)

Definition at line 184 of file decay_amplitudes.cpp.

References operator*().

◆ operator*() [7/14]

Decay_amplitude_SVV flexiblesusy::operator*	(	Decay_amplitude_SVV const &	amp2,
		std::complex< double >	factors
	)

Definition at line 202 of file decay_amplitudes.cpp.

References operator*().

◆ operator*() [8/14]

template<typename T >

std::complex< T > flexiblesusy::operator*	(	int	lhs,
		const std::complex< T > &	rhs
	)

Definition at line 674 of file wrappers.hpp.

◆ operator*() [9/14]

Decay_amplitude_SFF flexiblesusy::operator*	(	std::complex< double >	factor,
		Decay_amplitude_SFF const &	amp2
	)

Definition at line 206 of file decay_amplitudes.cpp.

References flexiblesusy::Decay_amplitude_SFF::form_factor_left, flexiblesusy::Decay_amplitude_SFF::form_factor_right, flexiblesusy::Decay_amplitude_SFF::m_decay, flexiblesusy::Decay_amplitude_SFF::m_fermion_1, and flexiblesusy::Decay_amplitude_SFF::m_fermion_2.

◆ operator*() [10/14]

Decay_amplitude_SSS flexiblesusy::operator*	(	std::complex< double >	factor,
		Decay_amplitude_SSS const &	amp2
	)

Definition at line 164 of file decay_amplitudes.cpp.

References flexiblesusy::Decay_amplitude_SSS::form_factor, flexiblesusy::Decay_amplitude_SSS::m_decay, flexiblesusy::Decay_amplitude_SSS::m_scalar_1, and flexiblesusy::Decay_amplitude_SSS::m_scalar_2.

Referenced by operator*(), operator*(), operator*(), and operator*().

◆ operator*() [11/14]

Decay_amplitude_SSV flexiblesusy::operator*	(	std::complex< double >	factor,
		Decay_amplitude_SSV const &	amp2
	)

Definition at line 176 of file decay_amplitudes.cpp.

References flexiblesusy::Decay_amplitude_SSV::form_factor, flexiblesusy::Decay_amplitude_SSV::m_decay, flexiblesusy::Decay_amplitude_SSV::m_scalar, and flexiblesusy::Decay_amplitude_SSV::m_vector.

◆ operator*() [12/14]

Decay_amplitude_SVV flexiblesusy::operator*	(	std::complex< double >	factor,
		Decay_amplitude_SVV const &	amp2
	)

Definition at line 188 of file decay_amplitudes.cpp.

◆ operator*() [13/14]

Decay_amplitude_FFS flexiblesusy::operator*	(	std::complex< double >	,
		Decay_amplitude_FFS const &
	)

◆ operator*() [14/14]

Decay_amplitude_FFV flexiblesusy::operator*	(	std::complex< double >	,
		Decay_amplitude_FFV const &
	)

◆ operator+() [1/2]

template<typename T >

std::complex< T > flexiblesusy::operator+	(	const std::complex< T > &	lhs,
		int	rhs
	)

Definition at line 676 of file wrappers.hpp.

◆ operator+() [2/2]

template<typename T >

std::complex< T > flexiblesusy::operator+	(	int	lhs,
		const std::complex< T > &	rhs
	)

Definition at line 676 of file wrappers.hpp.

◆ operator-() [1/2]

template<typename T >

std::complex< T > flexiblesusy::operator-	(	const std::complex< T > &	lhs,
		int	rhs
	)

Definition at line 677 of file wrappers.hpp.

◆ operator-() [2/2]

template<typename T >

std::complex< T > flexiblesusy::operator-	(	int	lhs,
		const std::complex< T > &	rhs
	)

Definition at line 677 of file wrappers.hpp.

◆ operator/() [1/2]

template<typename T >

std::complex< T > flexiblesusy::operator/	(	const std::complex< T > &	lhs,
		int	rhs
	)

Definition at line 675 of file wrappers.hpp.

◆ operator/() [2/2]

template<typename T >

std::complex< T > flexiblesusy::operator/	(	int	lhs,
		const std::complex< T > &	rhs
	)

Definition at line 675 of file wrappers.hpp.

◆ operator<<() [1/11]

ostream & flexiblesusy::operator<<	(	ostream &	out,
		const RGFlow< Lattice > &	f
	)

Definition at line 20 of file lattice_solver.cpp.

References f().

◆ operator<<() [2/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	,
		const FlexibleDecay_settings &
	)

◆ operator<<() [3/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	,
		const LToLConversion_settings &
	)

◆ operator<<() [4/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Observable_problems &	op
	)

write observable problems to stream

Definition at line 26 of file observable_problems_format.cpp.

References copy_problem_strings().

◆ operator<<() [5/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const BVP_solver_problems &	problems
	)

Definition at line 132 of file bvp_solver_problems.cpp.

References flexiblesusy::BVP_solver_problems::print_problems(), and flexiblesusy::BVP_solver_problems::print_warnings().

◆ operator<<() [6/11]

template<typename ElementType >

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Dynamic_array_view< ElementType > &	av
	)

Definition at line 143 of file array_view.hpp.

References flexiblesusy::Dynamic_array_view< ElementType >::empty(), and flexiblesusy::Dynamic_array_view< ElementType >::size().

◆ operator<<() [7/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const GSL_vector &	vec
	)

Definition at line 208 of file gsl_vector.cpp.

References flexiblesusy::GSL_vector::size().

◆ operator<<() [8/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Problems &	problems
	)

Definition at line 559 of file problems.cpp.

References flexiblesusy::Problems::print_problems(), and flexiblesusy::Problems::print_warnings().

◆ operator<<() [9/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Spectrum_generator_problems &	problems
	)

Definition at line 201 of file spectrum_generator_problems.cpp.

References flexiblesusy::Spectrum_generator_problems::print_problems(), and flexiblesusy::Spectrum_generator_problems::print_warnings().

◆ operator<<() [10/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Spectrum_generator_settings &	sgs
	)

Definition at line 401 of file spectrum_generator_settings.cpp.

References flexiblesusy::Spectrum_generator_settings::get(), and flexiblesusy::Spectrum_generator_settings::NUMBER_OF_OPTIONS.

◆ operator<<() [11/11]

std::ostream & flexiblesusy::operator<<	(	std::ostream &	ostr,
		const Threshold_corrections &	tc
	)

Definition at line 113 of file threshold_corrections.cpp.

References flexiblesusy::Threshold_corrections::alpha_em, flexiblesusy::Threshold_corrections::alpha_s, flexiblesusy::Threshold_corrections::mb, flexiblesusy::Threshold_corrections::mh, flexiblesusy::Threshold_corrections::mt, flexiblesusy::Threshold_corrections::mtau, flexiblesusy::Threshold_corrections::mw, flexiblesusy::Threshold_corrections::mz, and flexiblesusy::Threshold_corrections::sin_theta_w.

◆ PolyLog() [1/2]

std::complex< double > flexiblesusy::PolyLog	(	int	n,
		const std::complex< double > &	z
	)

noexcept

complex polylogarithm

Definition at line 158 of file wrappers.cpp.

References Li().

◆ PolyLog() [2/2]

double flexiblesusy::PolyLog	(	int	n,
		double	z
	)

noexcept

real polylogarithm

Definition at line 145 of file wrappers.cpp.

References Li2(), Li3(), Li4(), and PolyLog().

Referenced by PolyLog().

◆ pos_log()

template<typename T >

std::complex< T > flexiblesusy::pos_log ( const std::complex< T > & z )

noexcept

returns log(z) for complex z

Parameters

z	complex argument

Note: Points on the branch cut are treated differently from std::log(z): Points with Re(z) < 0 and Im(z) == -0.0 are mapped to Im(z) == 0.0

Returns: log(z)

Definition at line 52 of file log.hpp.

Referenced by Li3(), Li3(), Li4(), Li4(), Li5(), Li5(), Li6(), and Li6().

◆ Pow()

template<unsigned p, class T >

T flexiblesusy::Pow ( T x )

inline

Definition at line 53 of file mathdefs.hpp.

◆ Pow2()

template<class T >

T flexiblesusy::Pow2 ( T x )

inline

Definition at line 58 of file mathdefs.hpp.

◆ Pow3()

template<class T >

T flexiblesusy::Pow3 ( T x )

inline

Definition at line 59 of file mathdefs.hpp.

◆ Pow4()

template<class T >

T flexiblesusy::Pow4 ( T x )

inline

Definition at line 60 of file mathdefs.hpp.

◆ Pow5()

template<class T >

T flexiblesusy::Pow5 ( T x )

inline

Definition at line 61 of file mathdefs.hpp.

◆ Power()

template<typename Base , typename Exponent >

Base flexiblesusy::Power	(	Base	base,
		Exponent	exp
	)

noexcept

Definition at line 477 of file wrappers.hpp.

◆ Power10()

template<typename Base >

constexpr Base flexiblesusy::Power10 ( Base b )

constexprnoexcept

Definition at line 531 of file wrappers.hpp.

References Power2(), and Power4().

Referenced by Power11().

◆ Power11()

template<typename Base >

constexpr Base flexiblesusy::Power11 ( Base b )

constexprnoexcept

Definition at line 537 of file wrappers.hpp.

References Power10().

◆ Power12()

template<typename Base >

constexpr Base flexiblesusy::Power12 ( Base b )

constexprnoexcept

Definition at line 543 of file wrappers.hpp.

References Power2(), and Power6().

◆ Power2()

template<typename Base >

constexpr Base flexiblesusy::Power2 ( Base b )

constexprnoexcept

Definition at line 483 of file wrappers.hpp.

Referenced by flexiblesusy::ffv_loop_functions::one_loop::FI(), flexiblesusy::ffv_loop_functions::one_loop::FN(), Power10(), Power12(), Power4(), Power6(), Power8(), and Quad().

◆ Power3()

template<typename Base >

constexpr Base flexiblesusy::Power3 ( Base b )

constexprnoexcept

Definition at line 489 of file wrappers.hpp.

Referenced by delta_hAA_2loopQCD_for_quark_loop(), flexiblesusy::ffv_loop_functions::one_loop::FC(), flexiblesusy::ffv_loop_functions::one_loop::FF(), flexiblesusy::ffv_loop_functions::one_loop::FK(), flexiblesusy::ffv_loop_functions::one_loop::FN(), fprime(), and taum1fprime().

◆ Power4()

template<typename Base >

constexpr Base flexiblesusy::Power4 ( Base b )

constexprnoexcept

◆ Power5()

template<typename Base >

constexpr Base flexiblesusy::Power5 ( Base b )

constexprnoexcept

Definition at line 501 of file wrappers.hpp.

References Power4().

Referenced by delta_hAA_2loopQCD_for_quark_loop().

◆ Power6()

template<typename Base >

constexpr Base flexiblesusy::Power6 ( Base b )

constexprnoexcept

Definition at line 507 of file wrappers.hpp.

References Power2().

Referenced by Power12(), and Power7().

◆ Power7()

template<typename Base >

constexpr Base flexiblesusy::Power7 ( Base b )

constexprnoexcept

Definition at line 513 of file wrappers.hpp.

References Power6().

◆ Power8()

template<typename Base >

constexpr Base flexiblesusy::Power8 ( Base b )

constexprnoexcept

Definition at line 519 of file wrappers.hpp.

References Power2(), and Power4().

Referenced by Power9().

◆ Power9()

template<typename Base >

constexpr Base flexiblesusy::Power9 ( Base b )

constexprnoexcept

Definition at line 525 of file wrappers.hpp.

References Power8().

◆ print_all_info()

void flexiblesusy::print_all_info ( std::ostream & ostr )

Definition at line 30 of file build_info.cpp.

References print_build_info(), print_system_info(), and print_version_info().

Referenced by flexiblesusy::Command_line_options::print_build_info().

◆ print_build_info()

void flexiblesusy::print_build_info ( std::ostream & ostr )

Definition at line 76 of file build_info.cpp.

References BOOSTFLAGS, BOOSTTESTLIBS, BOOSTTHREADLIBS, COLLIERFLAGS, COLLIERLIBS, CPPFLAGS, CXX, CXXFLAGS, EIGENFLAGS, FC, FFLAGS, FLIBS, GSLFLAGS, GSLLIBS, HIMALAYAFLAGS, HIMALAYALIBS, LDFLAGS, LDLIBS, LLFLAGS, LLLIBS, LOOPFUNCFLAGS, LOOPFUNCLIBS, SQLITEFLAGS, SQLITELIBS, THREADLIBS, TSILFLAGS, and TSILLIBS.

Referenced by print_all_info().

◆ print_debug()

void flexiblesusy::print_debug	(	std::function< void()> &&	,
		const char *	,
		int
	)

Definition at line 98 of file logger.cpp.

◆ print_error()

void flexiblesusy::print_error	(	std::function< void()> &&	f,
		const char *	,
		int
	)

Definition at line 116 of file logger.cpp.

References f().

◆ print_fatal()

void flexiblesusy::print_fatal	(	std::function< void()> &&	f,
		const char *	filename,
		int	line
	)

Definition at line 125 of file logger.cpp.

References f().

◆ print_flexiblesusy_version()

void flexiblesusy::print_flexiblesusy_version ( std::ostream & ostr )

Definition at line 50 of file build_info.cpp.

References FLEXIBLESUSY_VERSION.

Referenced by flexiblesusy::Command_line_options::print_version().

◆ print_info()

void flexiblesusy::print_info	(	std::function< void()> &&	f,
		const char *	,
		int
	)

Definition at line 101 of file logger.cpp.

References f().

◆ print_system_info()

void flexiblesusy::print_system_info ( std::ostream & ostr )

Definition at line 235 of file build_info.cpp.

References KERNEL_VERSION, and OPERATING_SYSTEM.

Referenced by print_all_info().

◆ print_verbose()

void flexiblesusy::print_verbose	(	std::function< void()> &&	,
		const char *	,
		int
	)

Definition at line 85 of file logger.cpp.

◆ print_version_info()

void flexiblesusy::print_version_info ( std::ostream & ostr )

Definition at line 55 of file build_info.cpp.

References FLEXIBLESUSY_VERSION, GIT_COMMIT, GM2CALC_VERSION, HIMALAYA_VERSION, MATHEMATICA_VERSION, and SARAH_VERSION.

Referenced by print_all_info().

◆ print_warning()

void flexiblesusy::print_warning	(	std::function< void()> &&	f,
		const char *	,
		int
	)

Definition at line 107 of file logger.cpp.

References f().

◆ PrintDEBUG()

template<typename... Ts>

double flexiblesusy::PrintDEBUG ( Ts &&... vs )

print debug information to cerr

Definition at line 329 of file wrappers.hpp.

References DEBUG_MSG, and ss.

◆ PrintERROR()

template<typename... Ts>

double flexiblesusy::PrintERROR ( Ts &&... vs )

print error to cerr

Definition at line 338 of file wrappers.hpp.

References ERROR, and ss.

◆ PrintFATAL()

template<typename... Ts>

double flexiblesusy::PrintFATAL ( Ts &&... vs )

print error to cerr and stop program

Definition at line 347 of file wrappers.hpp.

References FATAL, and ss.

◆ PrintINFO()

template<typename... Ts>

double flexiblesusy::PrintINFO ( Ts &&... vs )

print an information message

Definition at line 356 of file wrappers.hpp.

References INFO, and ss.

◆ PrintVERBOSE()

template<typename... Ts>

double flexiblesusy::PrintVERBOSE ( Ts &&... vs )

print verbose information to cerr

Definition at line 365 of file wrappers.hpp.

References ss, and VERBOSE_MSG.

◆ PrintWARNING()

template<typename... Ts>

double flexiblesusy::PrintWARNING ( Ts &&... vs )

print warning to cerr

Definition at line 374 of file wrappers.hpp.

References ss, and WARNING.

◆ Quad()

template<typename T >

constexpr T flexiblesusy::Quad ( T a )

constexprnoexcept

Definition at line 549 of file wrappers.hpp.

References Power2().

◆ Re() [1/3]

template<class Derived >

auto flexiblesusy::Re ( const Eigen::MatrixBase< Derived > & x ) -> decltype(x.real().eval())

noexcept

Definition at line 561 of file wrappers.hpp.

◆ Re() [2/3]

double flexiblesusy::Re ( const std::complex< double > & x )

noexcept

Definition at line 168 of file wrappers.cpp.

◆ Re() [3/3]

double flexiblesusy::Re ( double x )

noexcept

Definition at line 163 of file wrappers.cpp.

◆ RelDiff()

template<typename T >

T flexiblesusy::RelDiff	(	T	a,
		T	b,
		T	eps = `std::numeric_limits<T>::epsilon()`
	)

noexcept

Definition at line 581 of file wrappers.hpp.

◆ remove_if_equal()

template<class Real , int Nsrc, int Ncmp>

Eigen::Array< Real, Nsrc - Ncmp, 1 > flexiblesusy::remove_if_equal	(	const Eigen::Array< Real, Nsrc, 1 > &	src,
		const Eigen::Array< Real, Ncmp, 1 > &	cmp
	)

Returns all elements from src, which are not close to the elements in cmp. The returned vector will have the length (src.size() - cmp.size()).

Parameters

src	source vector
cmp	vector with elements to compare against

Returns: vector with elements of src not close to cmp

Definition at line 198 of file eigen_utils.hpp.

References closest_index().

◆ reorder_diagonalize_symmetric() [1/5]

template<class Real , class Scalar , int N>

void flexiblesusy::reorder_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s
	)

Returns singular values of N-by-N symmetric matrix m via s such that (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values

Definition at line 1012 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric() [2/5]

template<class Real , class Scalar , int N>

void flexiblesusy::reorder_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u
	)

Diagonalizes N-by-N symmetric matrix m so that

m == u * s.matrix().asDiagonal() * u.transpose()

and (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m
N	number of rows and columns in m and u

Parameters

[in]	m	N-by-N symmetric matrix to be decomposed
[out]	s	array of length N to contain singular values
[out]	u	N-by-N complex unitary matrix

Definition at line 950 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric() [3/5]

template<class Real , class Scalar , int N>

void flexiblesusy::reorder_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd
	)

Same as reorder_diagonalize_symmetric(m, s, u) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of reorder_diagonalize_symmetric(m, s, u) for the other parameters.

Definition at line 970 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric() [4/5]

template<class Real , class Scalar , int N>

void flexiblesusy::reorder_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > &	u,
		Real &	s_errbd,
		Eigen::Array< Real, N, 1 > &	u_errbd
	)

Same as reorder_diagonalize_symmetric(m, s, u, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] u_errbd array of approximate error bounds for u

See the documentation of reorder_diagonalize_symmetric(m, s, u, s_errbd) for the other parameters.

Definition at line 991 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric() [5/5]

template<class Real , class Scalar , int N>

void flexiblesusy::reorder_diagonalize_symmetric	(	const Eigen::Matrix< Scalar, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Real &	s_errbd
	)

Same as reorder_diagonalize_symmetric(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of reorder_diagonalize_symmetric(m, s) for the other parameters.

Definition at line 1031 of file linalg2.hpp.

References reorder_diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric_errbd() [1/2]

template<class Real , int N>

void flexiblesusy::reorder_diagonalize_symmetric_errbd	(	const Eigen::Matrix< Real, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > *	u = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	u_errbd = `0`
	)

Definition at line 911 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

◆ reorder_diagonalize_symmetric_errbd() [2/2]

template<class Real , int N>

void flexiblesusy::reorder_diagonalize_symmetric_errbd	(	const Eigen::Matrix< std::complex< Real >, N, N > &	m,
		Eigen::Array< Real, N, 1 > &	s,
		Eigen::Matrix< std::complex< Real >, N, N > *	u = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real, N, 1 > *	u_errbd = `0`
	)

Definition at line 897 of file linalg2.hpp.

References diagonalize_symmetric_errbd().

Referenced by fs_diagonalize_symmetric_errbd(), reorder_diagonalize_symmetric(), reorder_diagonalize_symmetric(), reorder_diagonalize_symmetric(), reorder_diagonalize_symmetric(), and reorder_diagonalize_symmetric().

◆ reorder_svd() [1/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s
	)

Returns singular values of M-by-N matrix m via s such that (s >= 0).all(). Elements of s are in ascending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and vh
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values

Definition at line 869 of file linalg2.hpp.

References reorder_svd_errbd().

◆ reorder_svd() [2/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh
	)

Singular value decomposition of M-by-N matrix m such that

sigma.setZero(); sigma.diagonal() = s;
m == u * sigma * vh    // LAPACK convention

and (s >= 0).all(). Elements of s are in ascending order. The above decomposition can be put in the form

m == u * s.matrix().asDiagonal() * vh

if M == N.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and vh
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values
[out]	u	M-by-M unitary matrix
[out]	vh	N-by-N unitary matrix

Definition at line 801 of file linalg2.hpp.

References reorder_svd_errbd().

◆ reorder_svd() [3/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh,
		Real &	s_errbd
	)

Same as reorder_svd(m, s, u, vh) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of reorder_svd(m, s, u, vh) for the other parameters.

Definition at line 822 of file linalg2.hpp.

References reorder_svd_errbd().

◆ reorder_svd() [4/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh,
		Real &	s_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	u_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	v_errbd
	)

Same as reorder_svd(m, s, u, vh, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out]	u_errbd	array of approximate error bounds for u
[out]	v_errbd	array of approximate error bounds for vh

See the documentation of reorder_svd(m, s, u, vh, s_errbd) for the other parameters.

Definition at line 845 of file linalg2.hpp.

References reorder_svd_errbd().

◆ reorder_svd() [5/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Real &	s_errbd
	)

Same as reorder_svd(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of reorder_svd(m, s) for the other parameters.

Definition at line 888 of file linalg2.hpp.

References reorder_svd_errbd().

◆ reorder_svd_errbd()

template<class Real , class Scalar , int M, int N>

void flexiblesusy::reorder_svd_errbd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > *	u = `0`,
		Eigen::Matrix< Scalar, N, N > *	vh = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	u_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	v_errbd = `0`
	)

Definition at line 751 of file linalg2.hpp.

References svd_errbd().

Referenced by fs_svd_errbd(), reorder_svd(), reorder_svd(), reorder_svd(), reorder_svd(), and reorder_svd().

◆ reorder_vector() [1/2]

template<class Derived >

void flexiblesusy::reorder_vector	(	Eigen::Array< double, Eigen::MatrixBase< Derived >::RowsAtCompileTime, 1 > &	v,
		const Eigen::MatrixBase< Derived > &	matrix
	)

reorders vector v according to ordering of the magitude of the diagonal elements in matrix

Parameters

v	vector with elementes to be reordered
matrix	matrix with diagonal elements with reference ordering

Definition at line 246 of file eigen_utils.hpp.

References reorder_vector().

◆ reorder_vector() [2/2]

template<class Real , int N>

void flexiblesusy::reorder_vector	(	Eigen::Array< Real, N, 1 > &	v,
		const Eigen::Array< Real, N, 1 > &	v2
	)

reorders vector v according to ordering in vector v2

Parameters

v	vector with elementes to be reordered
v2	vector with reference ordering

Definition at line 222 of file eigen_utils.hpp.

Referenced by reorder_vector().

◆ Round()

int flexiblesusy::Round ( double a )

noexcept

Definition at line 173 of file wrappers.cpp.

◆ RT()

double flexiblesusy::RT ( double x )

noexcept

Eq.(2.31) of hep-ph/0503172, including edge cases.

Definition at line 118 of file decay_functions.cpp.

◆ Sec()

double flexiblesusy::Sec ( double x )

noexcept

Definition at line 52 of file wrappers.cpp.

References Cos().

◆ Sign() [1/2]

int flexiblesusy::Sign ( double x )

noexcept

Definition at line 188 of file wrappers.cpp.

Referenced by SignedAbsSqrt().

◆ Sign() [2/2]

int flexiblesusy::Sign ( int x )

noexcept

Definition at line 193 of file wrappers.cpp.

◆ sign()

template<class T >

T flexiblesusy::sign ( T x )

inline

Definition at line 65 of file mathdefs.hpp.

Referenced by derivative_one_sided(), flexiblesusy::sfermions::diagonalize_sfermions_2x2(), flexiblesusy::CKM_parameters::get_real_ckm(), flexiblesusy::PMNS_parameters::get_real_pmns(), flexiblesusy::runge_kutta::integrateOdes(), and move_goldstone_to().

◆ SignedAbsSqrt() [1/2]

template<typename Derived >

auto flexiblesusy::SignedAbsSqrt ( const Eigen::ArrayBase< Derived > & a ) -> typename Derived::PlainObject

noexcept

component-wise signed square root of absolute

Definition at line 602 of file wrappers.hpp.

References SignedAbsSqrt().

◆ SignedAbsSqrt() [2/2]

double flexiblesusy::SignedAbsSqrt ( double a )

noexcept

signed square root of absolute

Definition at line 198 of file wrappers.cpp.

References AbsSqrt(), and Sign().

Referenced by SignedAbsSqrt().

◆ Sin()

double flexiblesusy::Sin ( double x )

noexcept

Definition at line 47 of file wrappers.cpp.

Referenced by Csc().

◆ slha_format_problems_and_warnings()

template<typename OutputIterator >

void flexiblesusy::slha_format_problems_and_warnings	(	const Observable_problems &	op,
		OutputIterator	oi
	)

copies problem strings to output iterator

Definition at line 61 of file observable_problems_format_slha.hpp.

References flexiblesusy::Observable_problems::a_muon, flexiblesusy::observables::a_muon, copy_problem_strings(), and flexiblesusy::Observable_problems::general.

◆ sort()

template<int N>

void flexiblesusy::sort ( Eigen::Array< double, N, 1 > & v )

sorts an Eigen array

Definition at line 255 of file eigen_utils.hpp.

Referenced by flexiblesusy::amm_loop_functions::two_loop::BarrZeeLoopFPZ(), flexiblesusy::amm_loop_functions::two_loop::BarrZeeLoopFSZ(), flexiblesusy::threshold_loop_functions::anonymous_namespace{threshold_loop_functions.cpp}::Ixyz(), and flexiblesusy::RGFlow< Lattice >::sort_rows().

◆ sort_decays_list()

std::vector< Decay > flexiblesusy::sort_decays_list ( const Decays_list & decays_list )

sort decays w.r.t. their width

Sort decays of every particle according to their width

Definition at line 111 of file decay.cpp.

References flexiblesusy::Decays_list::size().

◆ Sqr() [1/4]

template<typename Derived >

auto flexiblesusy::Sqr ( const Eigen::ArrayBase< Derived > & a ) -> typename Derived::PlainObject

noexcept

component-wise square

Definition at line 646 of file wrappers.hpp.

References Sqr().

◆ Sqr() [2/4]

template<typename Derived >

auto flexiblesusy::Sqr ( const Eigen::MatrixBase< Derived > & a ) -> typename Derived::PlainObject

noexcept

matrix square

Definition at line 654 of file wrappers.hpp.

◆ Sqr() [3/4]

template<typename T >

constexpr std::complex< T > flexiblesusy::Sqr ( const std::complex< T > & a )

constexprnoexcept

Definition at line 633 of file wrappers.hpp.

◆ Sqr() [4/4]

template<typename T , class = std::enable_if_t<std::is_arithmetic<T>::value,T>>

constexpr T flexiblesusy::Sqr ( T a )

constexprnoexcept

Definition at line 639 of file wrappers.hpp.

◆ sqr()

template<class T >

T flexiblesusy::sqr ( T x )

inline

Definition at line 62 of file mathdefs.hpp.

◆ Sqrt() [1/3]

template<typename Derived >

auto flexiblesusy::Sqrt ( const Eigen::ArrayBase< Derived > & a ) -> typename Derived::PlainObject

noexcept

component-wise square root

Definition at line 624 of file wrappers.hpp.

References Sqrt().

◆ Sqrt() [2/3]

template<class T , typename = std::enable_if_t<std::is_floating_point<T>::value,T>>

T flexiblesusy::Sqrt ( T a )

noexcept

Definition at line 611 of file wrappers.hpp.

Referenced by Sqrt().

◆ Sqrt() [3/3]

template<class T , typename = std::enable_if_t<std::is_integral<T>::value,T>>

double flexiblesusy::Sqrt ( T a )

noexcept

Definition at line 617 of file wrappers.hpp.

◆ square_amplitude()

template<typename Amplitude >

double flexiblesusy::square_amplitude ( const Amplitude & a )

Definition at line 167 of file decay_amplitudes.hpp.

◆ squared_color_generator()

template<typename FieldIn , typename FieldOut1 , typename FieldOut2 >

constexpr double flexiblesusy::squared_color_generator ( )

constexprnoexcept

Definition at line 238 of file decay.hpp.

References flexiblesusy::cxx_diagrams::fields::vector.

◆ standard_unitary_matrix()

CM33 flexiblesusy::standard_unitary_matrix	(	Real	s12,
		Real	s13,
		Real	s23,
		Real	delta
	)

Definition at line 8 of file SM.cpp.

References P, and sqr().

Referenced by standard_VCKM().

◆ standard_VCKM() [1/2]

CM33 flexiblesusy::standard_VCKM ( Real gamma )

Definition at line 35 of file SM.cpp.

References modVub_cent, and standard_VCKM().

◆ standard_VCKM() [2/2]

CM33 flexiblesusy::standard_VCKM	(	Real	gamma,
		Real	Vub
	)

Definition at line 21 of file SM.cpp.

References sqr(), and standard_unitary_matrix().

Referenced by standard_VCKM().

◆ strip_field_namespace()

std::string flexiblesusy::strip_field_namespace ( std::string const & s )

Definition at line 129 of file decay.cpp.

Referenced by field_as_string().

◆ subdivide()

std::vector< double > flexiblesusy::subdivide	(	double	start,
		double	stop,
		std::size_t	number_of_divisions
	)

returns range of (number_of_divisions + 1) floating point values between (including) start and (including) stop

Returns vector with (number_of_divisions + 1) floating point values between (including) start and (including) stop.

Parameters

start	smallest value (included)
stop	largest value (included)
number_of_divisions	number of divisions

Returns: vector of floating point values

Definition at line 94 of file scan.cpp.

References float_range(), and stop.

◆ subdivide_log()

std::vector< double > flexiblesusy::subdivide_log	(	double	start,
		double	stop,
		std::size_t	number_of_divisions
	)

returns range of (number_of_divisions + 1) floating point values between (including) start and (including) stop with logarithmic spacing

Returns vector with (number_of_divisions + 1) floating point values between (including) start and (including) stop with logarithmic spacing.

Parameters

start	smallest value (included)
stop	largest value (included)
number_of_divisions	number of divisions

Returns: vector of floating point values

Definition at line 119 of file scan.cpp.

References float_range_log(), and stop.

◆ sum()

template<class Idx , class Function >

auto flexiblesusy::sum	(	Idx	ini,
		Idx	fin,
		Function	f
	)		-> decltype(EvalEigenXpr<Idx>(ini, f))

Definition at line 91 of file sum.hpp.

References f().

Referenced by harmonic(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_rest(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_series(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_neg(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_pos(), and flexiblesusy::fixed_point_iterator::Convergence_tester_absolute< dimension >::operator()().

◆ svd() [1/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s
	)

Returns singular values of M-by-N matrix m via s such that (s >= 0).all(). Elements of s are in descending order.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and vh
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values

Definition at line 313 of file linalg2.hpp.

References svd_errbd().

◆ svd() [2/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh
	)

Singular value decomposition of M-by-N matrix m such that

sigma.setZero(); sigma.diagonal() = s;
m == u * sigma * vh    // LAPACK convention

and (s >= 0).all(). Elements of s are in descending order. The above decomposition can be put in the form

m == u * s.matrix().asDiagonal() * vh

if M == N.

Template Parameters

Real	type of real and imaginary parts of Scalar
Scalar	type of elements of m, u, and vh
M	number of rows in m
N	number of columns in m

Parameters

[in]	m	M-by-N matrix to be decomposed
[out]	s	array of length min(M,N) to contain singular values
[out]	u	M-by-M unitary matrix
[out]	vh	N-by-N unitary matrix

Definition at line 246 of file linalg2.hpp.

References svd_errbd().

Referenced by svd_eigen().

◆ svd() [3/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh,
		Real &	s_errbd
	)

Same as svd(m, s, u, vh) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of svd(m, s, u, vh) for the other parameters.

Definition at line 266 of file linalg2.hpp.

References svd_errbd().

◆ svd() [4/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > &	u,
		Eigen::Matrix< Scalar, N, N > &	vh,
		Real &	s_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	u_errbd,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	v_errbd
	)

Same as svd(m, s, u, vh, s_errbd) except that approximate error bounds for the singular vectors are returned as well. The error bounds are estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out]	u_errbd	array of approximate error bounds for u
[out]	v_errbd	array of approximate error bounds for vh

See the documentation of svd(m, s, u, vh, s_errbd) for the other parameters.

Definition at line 289 of file linalg2.hpp.

References svd_errbd().

◆ svd() [5/5]

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Real &	s_errbd
	)

Same as svd(m, s) except that an approximate error bound for the singular values is returned as well. The error bound is estimated following the method presented at http://www.netlib.org/lapack/lug/node96.html.

Parameters

[out] s_errbd approximate error bound for the elements of s

See the documentation of svd(m, s) for the other parameters.

Definition at line 331 of file linalg2.hpp.

References svd_errbd().

◆ svd_eigen()

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd_eigen	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > *	u,
		Eigen::Matrix< Scalar, N, N > *	vh
	)

Definition at line 39 of file linalg2.hpp.

References svd().

Referenced by svd_internal().

◆ svd_errbd()

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd_errbd	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > *	u = `0`,
		Eigen::Matrix< Scalar, N, N > *	vh = `0`,
		Real *	s_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	u_errbd = `0`,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > *	v_errbd = `0`
	)

Definition at line 193 of file linalg2.hpp.

References INFO, M, MIN_, and svd_internal().

Referenced by diagonalize_symmetric_errbd(), reorder_svd_errbd(), svd(), svd(), svd(), svd(), and svd().

◆ svd_internal()

template<class Real , class Scalar , int M, int N>

void flexiblesusy::svd_internal	(	const Eigen::Matrix< Scalar, M, N > &	m,
		Eigen::Array< Real,(((M)<(N)) ?(M) :(N)), 1 > &	s,
		Eigen::Matrix< Scalar, M, M > *	u,
		Eigen::Matrix< Scalar, N, N > *	vh
	)

Definition at line 183 of file linalg2.hpp.

References svd_eigen().

Referenced by svd_errbd().

◆ Symmetrize()

template<typename Derived >

void flexiblesusy::Symmetrize ( Eigen::PlainObjectBase< Derived > & m )

Fills lower triangle of symmetric matrix from values in upper triangle.

Parameters

m matrix

Definition at line 686 of file wrappers.hpp.

◆ Tan()

double flexiblesusy::Tan ( double a )

noexcept

Definition at line 32 of file wrappers.cpp.

Referenced by Cot().

◆ taum1fprime()

std::complex< double > flexiblesusy::taum1fprime ( double tau )

noexcept

Definition at line 150 of file decay_functions.cpp.

References is_zero(), Pi, Power3(), and Sqr().

Referenced by delta_hAA_2loopQCD_for_quark_loop().

◆ to_double()

double flexiblesusy::to_double ( const char * s )

Definition at line 79 of file string_conversion.cpp.

References end().

Referenced by flexiblesusy::SLHA_io::read_block(), flexiblesusy::SLHA_io::read_block(), flexiblesusy::SLHA_io::read_entry(), flexiblesusy::detail::read_matrix_(), flexiblesusy::detail::read_scale(), and flexiblesusy::detail::read_vector_().

◆ to_eigen_vector()

template<int Size>

Eigen::Matrix< double, Size, 1 > flexiblesusy::to_eigen_vector ( const gsl_vector * v )

Definition at line 47 of file gsl_utils.hpp.

◆ to_GSL_vector()

template<typename Derived >

GSL_vector flexiblesusy::to_GSL_vector ( const Eigen::DenseBase< Derived > & v )

Definition at line 34 of file gsl_utils.hpp.

Referenced by flexiblesusy::Root_finder< dimension >::find_root(), and flexiblesusy::Minimizer< dimension >::minimize().

◆ to_int()

int flexiblesusy::to_int ( const char * s )

Definition at line 27 of file string_conversion.cpp.

References end().

Referenced by flexiblesusy::SLHA_io::read_block(), flexiblesusy::detail::read_matrix_(), and flexiblesusy::detail::read_vector_().

◆ to_long()

long flexiblesusy::to_long ( const char * s )

Definition at line 53 of file string_conversion.cpp.

References end().

◆ to_string() [1/13]

std::string flexiblesusy::to_string ( char a )

Definition at line 30 of file string_format.cpp.

Referenced by flexiblesusy::anonymous_namespace{flexibledecay_settings.cpp}::assert_ge(), flexiblesusy::anonymous_namespace{spectrum_generator_settings.cpp}::assert_ge(), flexiblesusy::anonymous_namespace{spectrum_generator_settings.cpp}::assert_gt(), flexiblesusy::anonymous_namespace{flexibledecay_settings.cpp}::assert_le(), flexiblesusy::anonymous_namespace{spectrum_generator_settings.cpp}::assert_le(), flexiblesusy::anonymous_namespace{spectrum_generator_settings.cpp}::assert_lt(), flexiblesusy::observable_problems::copy_problem_strings(), flexiblesusy::observable_problems::copy_problem_strings(), softsusy::QedQcd::extractPoleMb(), flexiblesusy::detail::format_matrix(), flexiblesusy::detail::format_matrix_imag(), flexiblesusy::detail::format_vector(), flexiblesusy::detail::format_vector_imag(), flexiblesusy::Problems::get_problem_strings(), flexiblesusy::SLHA_io::read_entry(), softsusy::QedQcd::runto_safe(), and to_string().

◆ to_string() [2/13]

std::string flexiblesusy::to_string ( const std::complex< double > & a )

Definition at line 43 of file string_format.cpp.

References to_string().

◆ to_string() [3/13]

std::string flexiblesusy::to_string ( double a )

Definition at line 41 of file string_format.cpp.

◆ to_string() [4/13]

std::string flexiblesusy::to_string ( signed char a )

Definition at line 36 of file string_format.cpp.

◆ to_string() [5/13]

std::string flexiblesusy::to_string ( signed int a )

Definition at line 38 of file string_format.cpp.

◆ to_string() [6/13]

std::string flexiblesusy::to_string ( signed long a )

Definition at line 39 of file string_format.cpp.

◆ to_string() [7/13]

std::string flexiblesusy::to_string ( signed long long a )

Definition at line 40 of file string_format.cpp.

◆ to_string() [8/13]

std::string flexiblesusy::to_string ( signed short a )

Definition at line 37 of file string_format.cpp.

◆ to_string() [9/13]

std::string flexiblesusy::to_string ( unsigned char a )

Definition at line 31 of file string_format.cpp.

◆ to_string() [10/13]

std::string flexiblesusy::to_string ( unsigned int a )

Definition at line 33 of file string_format.cpp.

◆ to_string() [11/13]

std::string flexiblesusy::to_string ( unsigned long a )

Definition at line 34 of file string_format.cpp.

◆ to_string() [12/13]

std::string flexiblesusy::to_string ( unsigned long long a )

Definition at line 35 of file string_format.cpp.

◆ to_string() [13/13]

std::string flexiblesusy::to_string ( unsigned short a )

Definition at line 32 of file string_format.cpp.

◆ ToMatrix() [1/2]

template<class Scalar , int M>

Eigen::Matrix< Scalar, M, M > flexiblesusy::ToMatrix ( const Eigen::Array< Scalar, M, 1 > & a )

noexcept

Definition at line 726 of file wrappers.hpp.

◆ ToMatrix() [2/2]

template<class Scalar , int M, int N>

Eigen::Matrix< Scalar, M, N > flexiblesusy::ToMatrix ( const Eigen::Matrix< Scalar, M, N > & a )

noexcept

Definition at line 732 of file wrappers.hpp.

◆ ToString() [1/13]

std::string flexiblesusy::ToString ( char a )

Definition at line 209 of file wrappers.cpp.

◆ ToString() [2/13]

std::string flexiblesusy::ToString ( const std::complex< double > & a )

Definition at line 221 of file wrappers.cpp.

◆ ToString() [3/13]

std::string flexiblesusy::ToString ( double a )

Definition at line 220 of file wrappers.cpp.

◆ ToString() [4/13]

std::string flexiblesusy::ToString ( signed char a )

Definition at line 215 of file wrappers.cpp.

◆ ToString() [5/13]

std::string flexiblesusy::ToString ( signed int a )

Definition at line 217 of file wrappers.cpp.

◆ ToString() [6/13]

std::string flexiblesusy::ToString ( signed long a )

Definition at line 218 of file wrappers.cpp.

◆ ToString() [7/13]

std::string flexiblesusy::ToString ( signed long long a )

Definition at line 219 of file wrappers.cpp.

◆ ToString() [8/13]

std::string flexiblesusy::ToString ( signed short a )

Definition at line 216 of file wrappers.cpp.

◆ ToString() [9/13]

std::string flexiblesusy::ToString ( unsigned char a )

Definition at line 210 of file wrappers.cpp.

◆ ToString() [10/13]

std::string flexiblesusy::ToString ( unsigned int a )

Definition at line 212 of file wrappers.cpp.

◆ ToString() [11/13]

std::string flexiblesusy::ToString ( unsigned long a )

Definition at line 213 of file wrappers.cpp.

◆ ToString() [12/13]

std::string flexiblesusy::ToString ( unsigned long long a )

Definition at line 214 of file wrappers.cpp.

◆ ToString() [13/13]

std::string flexiblesusy::ToString ( unsigned short a )

Definition at line 211 of file wrappers.cpp.

◆ Total() [1/3]

template<typename Derived >

auto flexiblesusy::Total ( const Eigen::DenseBase< Derived > & a ) -> typename Derived::Scalar

noexcept

sum of elements

Definition at line 766 of file wrappers.hpp.

◆ Total() [2/3]

std::complex< double > flexiblesusy::Total ( const std::complex< double > & a )

noexcept

sum of all arguments

Definition at line 228 of file wrappers.cpp.

◆ Total() [3/3]

double flexiblesusy::Total ( double a )

noexcept

sum of all arguments

Definition at line 223 of file wrappers.cpp.

◆ UnitStep()

template<typename T >

constexpr int flexiblesusy::UnitStep ( T x )

constexprnoexcept

step function (0 for x < 0, 1 otherwise)

Definition at line 819 of file wrappers.hpp.

◆ UnitVector() [1/3]

template<int N, int i, typename Scalar = double>

constexpr auto flexiblesusy::UnitVector ( ) -> Eigen::Matrix<Scalar,N,1>

constexprnoexcept

unit vector of length N into direction i

Definition at line 775 of file wrappers.hpp.

◆ UnitVector() [2/3]

template<int N, typename Scalar = double>

constexpr auto flexiblesusy::UnitVector ( int i ) -> Eigen::Matrix<Scalar,N,1>

constexprnoexcept

unit vector of length N into direction i

Definition at line 782 of file wrappers.hpp.

◆ UnitVector() [3/3]

Eigen::VectorXd flexiblesusy::UnitVector	(	int	N,
		int	i
	)

noexcept

unit vector of length N into direction i

Definition at line 234 of file wrappers.cpp.

◆ ZeroSqrt() [1/2]

template<typename Derived >

Derived flexiblesusy::ZeroSqrt ( const Eigen::ArrayBase< Derived > & m )

noexcept

sqrt(x) for x >= 0; 0 for x < 0

Definition at line 831 of file wrappers.hpp.

References ZeroSqrt().

◆ ZeroSqrt() [2/2]

double flexiblesusy::ZeroSqrt ( double x )

noexcept

sqrt(x) for x >= 0; 0 for x < 0

Definition at line 251 of file wrappers.cpp.

Referenced by ZeroSqrt().

◆ zeta()

double flexiblesusy::zeta ( int64_t n )

noexcept

Riemann zeta function for integer arguments.

Riemann zeta function for arbitrary integer n.

Definition at line 83 of file zeta.cpp.

Referenced by Li(), flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_neg(), and flexiblesusy::anonymous_namespace{Li.cpp}::Li_unity_pos().

Variable Documentation

◆ al

const double flexiblesusy::al = 1 / 137.035

Definition at line 28 of file consts.hpp.

◆ almZ

const double flexiblesusy::almZ = 1.0/129

Definition at line 29 of file consts.hpp.

◆ alsmt

const double flexiblesusy::alsmt = 0.108979

Definition at line 37 of file consts.hpp.

◆ always_false

template<typename... T>

constexpr bool flexiblesusy::always_false = false

constexpr

Definition at line 26 of file always_false.hpp.

◆ B1_cent

const double flexiblesusy::B1_cent = 0.87

Definition at line 76 of file consts.hpp.

◆ B1K

const double flexiblesusy::B1K = 0.6

Definition at line 92 of file consts.hpp.

◆ B1s_cent

const double flexiblesusy::B1s_cent = B1_cent

Definition at line 85 of file consts.hpp.

◆ B2_cent

const double flexiblesusy::B2_cent = 0.82

Definition at line 77 of file consts.hpp.

◆ B2K

const double flexiblesusy::B2K = 0.66

Definition at line 93 of file consts.hpp.

◆ B2s_cent

const double flexiblesusy::B2s_cent = B2_cent

Definition at line 86 of file consts.hpp.

◆ B3_cent

const double flexiblesusy::B3_cent = 1.02

Definition at line 78 of file consts.hpp.

◆ B3K

const double flexiblesusy::B3K = 1.05

Definition at line 94 of file consts.hpp.

◆ B3s_cent

const double flexiblesusy::B3s_cent = B3_cent

Definition at line 87 of file consts.hpp.

◆ B4_cent

const double flexiblesusy::B4_cent = 1.16

Definition at line 79 of file consts.hpp.

◆ B4K

const double flexiblesusy::B4K = 1.03

Definition at line 95 of file consts.hpp.

◆ B4s_cent

const double flexiblesusy::B4s_cent = B4_cent

Definition at line 88 of file consts.hpp.

◆ B5_cent

const double flexiblesusy::B5_cent = 1.91

Definition at line 80 of file consts.hpp.

◆ B5K

const double flexiblesusy::B5K = 0.73

Definition at line 96 of file consts.hpp.

◆ B5s_cent

const double flexiblesusy::B5s_cent = B5_cent

Definition at line 89 of file consts.hpp.

◆ BsBdscale

const double flexiblesusy::BsBdscale = 1.21

Definition at line 83 of file consts.hpp.

◆ c_m_s

const double flexiblesusy::c_m_s = 299792458

Definition at line 15 of file consts.hpp.

◆ cm

const double flexiblesusy::cm = 1e13 / (hbarc_MeVfm*MeV)

Definition at line 18 of file consts.hpp.

◆ deg

const double flexiblesusy::deg = pi / 180

Definition at line 23 of file consts.hpp.

◆ deltaqq_QCDxQED

constexpr double flexiblesusy::deltaqq_QCDxQED = 691/24. - 6*zeta3 - Sqr(Pi)

staticconstexpr

Definition at line 61 of file decay_functions.hpp.

◆ epsilon

const Real flexiblesusy::epsilon = std::numeric_limits<Real>::epsilon()

Definition at line 18 of file mathdefs.hpp.

◆ EPSTOL

const Real flexiblesusy::EPSTOL = 1.0e-11

underflow accuracy

Definition at line 109 of file lattice_constraint.cpp.

Referenced by flexiblesusy::Lattice_RKRGE::evolve_to().

◆ fBd_cent

const double flexiblesusy::fBd_cent = 200*MeV

Definition at line 74 of file consts.hpp.

◆ fBd_err

const double flexiblesusy::fBd_err = 30*MeV

Definition at line 75 of file consts.hpp.

◆ fBs_cent

const double flexiblesusy::fBs_cent = fBd_cent*BsBdscale

Definition at line 84 of file consts.hpp.

◆ fiveLoop

constexpr double flexiblesusy::fiveLoop = 1.018360064207223307e-11

staticconstexpr

Definition at line 52 of file wrappers.hpp.

◆ FK

const double flexiblesusy::FK = 160*MeV

Definition at line 98 of file consts.hpp.

◆ format_effectivecouplings

const char *const flexiblesusy::format_effectivecouplings = "%9d %9d %9d %16.8E # %s\n"

SLHA line formatter for the EFFECTIVECOUPLINGS block.

Definition at line 46 of file slha_format.cpp.

◆ format_total_width

const char *const flexiblesusy::format_total_width = "%9d %16.8E # %s\n"

SLHA line formatter for the DECAY block.

Definition at line 44 of file slha_format.cpp.

◆ fourLoop

constexpr double flexiblesusy::fourLoop = 1.608129755454920543e-09

staticconstexpr

Definition at line 51 of file wrappers.hpp.

◆ g1mZ

const double flexiblesusy::g1mZ = sqrt(5.0/3) * gYmZ

Definition at line 31 of file consts.hpp.

◆ g2mZ

const double flexiblesusy::g2mZ = sqrt(4*pi * almZ/sinSqThetaW)

Definition at line 32 of file consts.hpp.

◆ g3mt

const double flexiblesusy::g3mt = sqrt(4*pi * alsmt)

Definition at line 39 of file consts.hpp.

◆ GeV

const double flexiblesusy::GeV = 1e-3 * TeV

Definition at line 12 of file consts.hpp.

◆ GF

const double flexiblesusy::GF = 1.16639e-5 / sqr(GeV)

Definition at line 36 of file consts.hpp.

◆ Gyear

const double flexiblesusy::Gyear = 1e9*year

Definition at line 21 of file consts.hpp.

◆ gYmZ

const double flexiblesusy::gYmZ = sqrt(4*pi * almZ/(1-sinSqThetaW))

Definition at line 30 of file consts.hpp.

◆ hbarc_MeVfm

const double flexiblesusy::hbarc_MeVfm = 197.3269602

Definition at line 16 of file consts.hpp.

◆ ips

const double flexiblesusy::ips = hbarc_MeVfm / (1e6*c_m_s) * GeV

Definition at line 17 of file consts.hpp.

◆ ln2

constexpr double flexiblesusy::ln2 = 0.69314718055994531

staticconstexpr

Definition at line 58 of file wrappers.hpp.

◆ mass_formatter

const char *const flexiblesusy::mass_formatter = " %9d %16.8E # %s\n"

SLHA line formatter for the MASS block entries.

Definition at line 24 of file slha_format.cpp.

◆ mb

const double flexiblesusy::mb = 4.6*GeV

Definition at line 107 of file consts.hpp.

◆ mb_MSbar

const double flexiblesusy::mb_MSbar = 4.23*GeV

Definition at line 109 of file consts.hpp.

◆ mb_MSbar_mW

const double flexiblesusy::mb_MSbar_mW = 2.906*GeV

Definition at line 66 of file consts.hpp.

◆ mb_pole

const double flexiblesusy::mb_pole = 4.6*GeV

Definition at line 108 of file consts.hpp.

◆ mBd

const double flexiblesusy::mBd = 5.279*GeV

Definition at line 70 of file consts.hpp.

◆ mbMW

const double flexiblesusy::mbMW = 2.906*GeV

Definition at line 51 of file consts.hpp.

◆ mBs

const double flexiblesusy::mBs = 5.370*GeV

Definition at line 71 of file consts.hpp.

◆ mc

const double flexiblesusy::mc = 1.25*GeV

Definition at line 104 of file consts.hpp.

Referenced by flexiblesusy::Shooting_solver< N >::add(), flexiblesusy::RGFlow< Two_scale >::add(), flexiblesusy::RGFlow< Semi_analytic >::add_inner(), flexiblesusy::RGFlow< Semi_analytic >::add_outer(), flexiblesusy::RGFlow< Semi_analytic >::Matching_slider::Matching_slider(), and flexiblesusy::RGFlow< Two_scale >::Matching_slider::Matching_slider().

◆ mcMW

const double flexiblesusy::mcMW = 0.667*GeV

Definition at line 49 of file consts.hpp.

◆ md

const double flexiblesusy::md = 5.4*MeV

Definition at line 102 of file consts.hpp.

◆ md_MSbar

const double flexiblesusy::md_MSbar = 6*MeV

Definition at line 113 of file consts.hpp.

◆ md_MSbar_mW

const double flexiblesusy::md_MSbar_mW = 3.7*MeV

Definition at line 68 of file consts.hpp.

◆ mdMW

const double flexiblesusy::mdMW = 3.7 *MeV

Definition at line 45 of file consts.hpp.

◆ me

const double flexiblesusy::me = 0.51099892*MeV

Definition at line 57 of file consts.hpp.

◆ MeV

const double flexiblesusy::MeV = 1e-3 * GeV

Definition at line 13 of file consts.hpp.

◆ mixing_matrix_formatter

const char *const flexiblesusy::mixing_matrix_formatter = " %2d %2d %16.8E # %s\n"

SLHA line formatter for the mixing matrix entries = NMIX, UMIX, VMIX, ...

SLHA line formatter for the mixing matrix entries ;.

Definition at line 26 of file slha_format.cpp.

◆ mK

const double flexiblesusy::mK = 497.648*MeV

Definition at line 99 of file consts.hpp.

◆ mmu

const double flexiblesusy::mmu = 105.658369*MeV

Definition at line 59 of file consts.hpp.

◆ modVub_cent

const Real flexiblesusy::modVub_cent = 4.31e-3

Definition at line 10 of file SM.hpp.

Referenced by standard_VCKM().

◆ ms

const double flexiblesusy::ms = 100*MeV

Definition at line 106 of file consts.hpp.

◆ ms_MSbar

const double flexiblesusy::ms_MSbar = 115*MeV

Definition at line 111 of file consts.hpp.

◆ ms_MSbar_mW

const double flexiblesusy::ms_MSbar_mW = 0.072*GeV

Definition at line 67 of file consts.hpp.

◆ msMW

const double flexiblesusy::msMW = 0.072*GeV

Definition at line 47 of file consts.hpp.

◆ mt_MSbar

const double flexiblesusy::mt_MSbar = 167*GeV

Definition at line 40 of file consts.hpp.

◆ mtau

const double flexiblesusy::mtau = 1776.99*MeV

Definition at line 61 of file consts.hpp.

◆ mtMW

const double flexiblesusy::mtMW = 175.3 *GeV

Definition at line 53 of file consts.hpp.

◆ muMW

const double flexiblesusy::muMW = 1.7 *MeV

Definition at line 43 of file consts.hpp.

◆ mW

const double flexiblesusy::mW = 80.419 * GeV

Definition at line 33 of file consts.hpp.

◆ mZ

const double flexiblesusy::mZ = 91.1876 * GeV

Definition at line 34 of file consts.hpp.

◆ number_formatter

const char *const flexiblesusy::number_formatter = " %16.8E # %s\n"

SLHA number formatter.

Definition at line 30 of file slha_format.cpp.

◆ obsinfo_formatter

const char *const flexiblesusy::obsinfo_formatter = " %5d %5d %s\n"

SLHA line formatter for the OBSINFO block entries.

Definition at line 40 of file slha_format.cpp.

◆ oneLoop

constexpr double flexiblesusy::oneLoop = 6.332573977646110963e-03

staticconstexpr

Definition at line 48 of file wrappers.hpp.

◆ oneOver16Pi

constexpr double flexiblesusy::oneOver16Pi = 0.019894367886486917

staticconstexpr

Definition at line 45 of file wrappers.hpp.

◆ oneOver16PiSqr

constexpr double flexiblesusy::oneOver16PiSqr = 6.332573977646110963e-03

staticconstexpr

Definition at line 46 of file wrappers.hpp.

◆ oneOver4Pi

constexpr double flexiblesusy::oneOver4Pi = 0.079577471545947668

staticconstexpr

Definition at line 47 of file wrappers.hpp.

◆ oneOverSqrt2

constexpr double flexiblesusy::oneOverSqrt2 = 0.70710678118654752

staticconstexpr

Definition at line 60 of file wrappers.hpp.

◆ pdg_id_pairs

std::array<int, 2> flexiblesusy::pdg_id_pairs[PDG_id_pairs::NUMBER_OF_PDG_IDS]

static

Initial value:

= {
   {-1, 1},
   {-2, 2},
   {-3, 3},
   {-4, 4},
   {-5, 5},
   {-6, 6},
   {-11, 11},
   {-13, 13},
   {-15, 15},
   {-24, 24},
   {23, 23},
   {22, 22},
   {22, 23},
   {21, 21},
   {-11, 13},
   {-11, 15},
   {-13, 15}
}

Definition at line 49 of file decay.cpp.

Referenced by flexiblesusy::EffectiveCoupling_list::add_coupling(), and flexiblesusy::EffectiveCoupling_list::add_coupling().

◆ pi

constexpr double flexiblesusy::pi = Pi

constexpr

Definition at line 16 of file mathdefs.hpp.

◆ Pi

constexpr double flexiblesusy::Pi = 3.141592653589793

staticconstexpr

Definition at line 44 of file wrappers.hpp.

Referenced by flexiblesusy::Convergence_tester_DRbar< Model >::accuracy_goal_reached(), calc_Deltaqq(), diagonalize_symmetric_errbd(), softsusy::QedQcd::extractPoleMb(), f(), fprime(), softsusy::anonymous_namespace{lowe.cpp}::getAsmt(), softsusy::anonymous_namespace{lowe.cpp}::getRunMt(), hgg_SM_loop_function(), softsusy::QedQcd::massBeta(), softsusy::QedQcd::qcdBeta(), softsusy::QedQcd::qedBeta(), and taum1fprime().

◆ r2

constexpr double flexiblesusy::r2 = 1.4142135623730950

constexpr

Definition at line 17 of file mathdefs.hpp.

◆ scale_formatter

const char *const flexiblesusy::scale_formatter = "%9.8E"

SLHA scale formatter.

Definition at line 34 of file slha_format.cpp.

◆ sec

const double flexiblesusy::sec = c_m_s * 1e15 / (hbarc_MeVfm*MeV)

Definition at line 19 of file consts.hpp.

◆ sigmambMW

const double flexiblesusy::sigmambMW = 0.047*GeV

Definition at line 52 of file consts.hpp.

◆ sigmamcMW

const double flexiblesusy::sigmamcMW = 0.027*GeV

Definition at line 50 of file consts.hpp.

◆ sigmamdMW

const double flexiblesusy::sigmamdMW = 0.9 *MeV

Definition at line 46 of file consts.hpp.

◆ sigmame

const double flexiblesusy::sigmame = 0.00000004*MeV

Definition at line 58 of file consts.hpp.

◆ sigmammu

const double flexiblesusy::sigmammu = 0.000009*MeV

Definition at line 60 of file consts.hpp.

◆ sigmamsMW

const double flexiblesusy::sigmamsMW = 0.017*GeV

Definition at line 48 of file consts.hpp.

◆ sigmamtau

const double flexiblesusy::sigmamtau = 0.275*MeV

Definition at line 62 of file consts.hpp.

◆ sigmamtMW

const double flexiblesusy::sigmamtMW = 5.1 *GeV

Definition at line 54 of file consts.hpp.

◆ sigmamuMW

const double flexiblesusy::sigmamuMW = 0.5 *MeV

Definition at line 44 of file consts.hpp.

◆ single_element_formatter

const char *const flexiblesusy::single_element_formatter = " %5d %16.8E # %s\n"

SLHA line formatter for the one-element entries = HMIX, GAUGE, MSOFT, ...

SLHA line formatter for the one-element entries ;.

Definition at line 36 of file slha_format.cpp.

◆ sinSqThetaW

const double flexiblesusy::sinSqThetaW = 0.23117

Definition at line 27 of file consts.hpp.

◆ spinfo_formatter

const char *const flexiblesusy::spinfo_formatter = " %5d %s\n"

SLHA line formatter for the SPINFO block entries.

Definition at line 38 of file slha_format.cpp.

◆ sqrt2

constexpr double flexiblesusy::sqrt2 = 1.4142135623730950

staticconstexpr

Definition at line 59 of file wrappers.hpp.

◆ tensor_formatter

const char *const flexiblesusy::tensor_formatter = " %8d %8d %8d %16.8E # %s\n"

SLHA line formatter for entries with three indices.

Definition at line 32 of file slha_format.cpp.

◆ TeV

const double flexiblesusy::TeV = 1

Definition at line 11 of file consts.hpp.

◆ threeLoop

constexpr double flexiblesusy::threeLoop = 2.539456721913701978e-07

staticconstexpr

Definition at line 50 of file wrappers.hpp.

◆ TOLERANCE

Real flexiblesusy::TOLERANCE = 1.0e-3

Definition at line 108 of file lattice_constraint.cpp.

Referenced by flexiblesusy::Lattice_RKRGE::evolve_to().

◆ True

constexpr bool flexiblesusy::True = true

staticconstexpr

Definition at line 53 of file wrappers.hpp.

◆ twoLoop

constexpr double flexiblesusy::twoLoop = 4.010149318236068752e-05

staticconstexpr

Definition at line 49 of file wrappers.hpp.

◆ vector_formatter

const char *const flexiblesusy::vector_formatter = " %5d %16.8E # %s\n"

SLHA line formatter for vector entries.

Definition at line 28 of file slha_format.cpp.

◆ vv

const double flexiblesusy::vv = sqrt(2*sqr(mZ)/(sqr(g2mZ)+sqr(gYmZ)))

Definition at line 35 of file consts.hpp.

◆ wilson_formatter

const char *const flexiblesusy::wilson_formatter = " %8s %8s %1d%1d %1d %16.8E # %s\n"

FLHA line formatter for FWCOEF, IMFCOEF block entries.

Definition at line 42 of file slha_format.cpp.

◆ year

const double flexiblesusy::year = 365*24*60*60*sec

Definition at line 20 of file consts.hpp.

◆ zeta2

constexpr double flexiblesusy::zeta2 = 1.6449340668482264

staticconstexpr

Definition at line 54 of file wrappers.hpp.

Referenced by delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_squark_loop(), Li3(), Li3(), Li3(), Li4(), and flexiblesusy::anonymous_namespace{Li4.cpp}::li4_one().

◆ zeta3

constexpr double flexiblesusy::zeta3 = 1.2020569031595943

staticconstexpr

Definition at line 55 of file wrappers.hpp.

Referenced by calc_Deltaqq(), delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_squark_loop(), Li3(), Li3(), Li3(), flexiblesusy::anonymous_namespace{Li4.cpp}::li4_one(), and softsusy::QedQcd::massBeta().

◆ zeta4

constexpr double flexiblesusy::zeta4 = 1.0823232337111382

staticconstexpr

Definition at line 56 of file wrappers.hpp.

Referenced by calc_Deltaqq(), delta_AhAA_2loopQCD_for_quark_loop(), delta_hAA_2loopQCD_for_quark_loop(), Li4(), Li4(), Li4(), and flexiblesusy::anonymous_namespace{Li4.cpp}::li4_one().

◆ zeta5

constexpr double flexiblesusy::zeta5 = 1.0369277551433699

staticconstexpr

Definition at line 57 of file wrappers.hpp.

Referenced by calc_Deltaqq(), Li5(), and Li5().

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ CM22

◆ CM33

◆ CM44

◆ CM66

◆ Comp

◆ InterTheoryConstraint

◆ Real

◆ RM22

◆ RM33

◆ RM44

◆ RM66

◆ RVe2

◆ RVe3

◆ RVe4

◆ RVe6

◆ RVec

◆ SingleSiteConstraint

Enumeration Type Documentation

◆ PDG_id_pairs

Function Documentation

◆ Abs() [1/11]

◆ Abs() [2/11]

◆ Abs() [3/11]

◆ Abs() [4/11]

◆ Abs() [5/11]

◆ Abs() [6/11]

◆ Abs() [7/11]

◆ Abs() [8/11]

◆ Abs() [9/11]

◆ Abs() [10/11]

◆ Abs() [11/11]

◆ AbsSqr() [1/11]

◆ AbsSqr() [2/11]

◆ AbsSqr() [3/11]

◆ AbsSqr() [4/11]

◆ AbsSqr() [5/11]

◆ AbsSqr() [6/11]

◆ AbsSqr() [7/11]

◆ AbsSqr() [8/11]

◆ AbsSqr() [9/11]

◆ AbsSqr() [10/11]

◆ AbsSqr() [11/11]

◆ AbsSqrt() [1/4]

◆ AbsSqrt() [2/4]

◆ AbsSqrt() [3/4]

◆ AbsSqrt() [4/4]

◆ ArcCos() [1/2]

◆ ArcCos() [2/2]

◆ ArcSin() [1/2]

◆ ArcSin() [2/2]

◆ ArcTan() [1/2]

◆ ArcTan() [2/2]

◆ Arg() [1/2]

◆ Arg() [2/2]

◆ begin()

◆ binary_map()

◆ calc_DeltaAh()

◆ calc_DeltaH()

◆ calc_Deltaqq()

◆ calculate_diagram_SFF_t1g1n1_FFS() [1/2]

◆ calculate_diagram_SFF_t1g1n1_FFS() [2/2]

◆ calculate_diagram_SFF_t1g2n2_SSF()

◆ calculate_diagram_SFF_t1g3n3_FFV() [1/2]

◆ calculate_diagram_SFF_t1g3n3_FFV() [2/2]

◆ calculate_diagram_SFF_t1g4n4_SVF()

◆ calculate_diagram_SFF_t1g5n5_VSF()

◆ calculate_diagram_SFF_t1g6n6_VVF()

◆ calculate_diagram_SFF_t2g1n7_SS()

◆ calculate_diagram_SFF_t2g2n8_SV()

◆ calculate_diagram_SFF_t3g1n9_FFS() [1/2]

◆ calculate_diagram_SFF_t3g1n9_FFS() [2/2]

◆ calculate_diagram_SFF_t3g2n10_FFV() [1/2]