user_input struct to store user input and distribute to the classes More...

Public Attributes
std::shared_ptr< Class_Potential_Origin >	modelPointer

double	T_low = 0

double	T_high = 300

double	vwall = 0.95

double	perc_prbl = 0.71

double	compl_prbl = 0.01

double	epsturb = 0.1

int	maxpathintegrations = 7

int	multistepmode = -1

int	num_points = 10

int	ewsr_check = 0

int	nlo_check = 1

int	which_minimizer = Minimizer::WhichMinimizerDefault

bool	use_multithreading = false

bool	gw_calculation = false

TransitionTemperature	which_transition_temp

int	PNLO_scaling = 1

size_t	number_of_initial_scan_temperatures = 25

Detailed Description

user_input struct to store user input and distribute to the classes

Parameters

modelPointer	model pointer
T_low	lowest temperature, default: 0 GeV
T_high	highest temperature, default: 300 GeV
vwall	wall velocity, default: 0.95
perc_prbl	false vacuum fraction at percolation temperature, default: 71%
compl_prbl	false vacuum fraction at completion temperature, default: 1%
epsturb	epsilon value of turbulence contribution, default: 0.1
maxpathintegrations	maximal number of path integrations, default: 7
multistepmode	choose multi-step PT modes: default (= -1), 0, 1, 2, auto (= 3)
num_points	number of equally-spaced intermediate points to check, default: 10
ewsr_check	check of electroweak symmetry restoration, default: off (= 0)
nlo_check	check of nlo stability, default: on (= 1)
which_minimizer	which minimizers are used
use_multithreading	whether multi-threading is used
gw_calculation	bool to turn GW parameter calculation on/off
which_transition_temp	which transition temperature is chosen
PNLO_scaling	pressure scaling at NLO, 1 -> N processes at bubble wall
number_of_initial_scan_temperatures	number of temperature steps in the initial scan of the bounce solver

Member Data Documentation

TransitionTemperature BSMPT::user_input::which_transition_temp

Initial value:

=

TransitionTemperature::Percolation

The documentation for this struct was generated from the following file: