Complete vacuum structure of the theory for this parameter point. More...

#include <BSMPT/minimum_tracer/minimum_tracer.h>

Public Member Functions
	Vacuum (const double &T_lowIn, const double &T_highIn, std::shared_ptr< MinimumTracer > &MinTracerIn, std::shared_ptr< Class_Potential_Origin > &modelPointerIn, const MultiStepPTMode &UseMultiStepPTModeIn, const int &num_pointsIn=10, const bool &do_only_tracingIn=false)
	Construct a new Vacuum object.

void	MultiStepPTTracer (const double &Temp, const double &deltaT=0)
	MultiStepPTTracer traces all phases between T_high and T_low assuming that we start and end in a global minimum (absolute stability)

void	print (const Phase &phase)
	print info on phase

void	setCoexPhases ()
	setCoexPhases Calculates all coexisting phase pairs irrespective of borders of coexisiting phase regions, this way we take into account the full region of coexistance for coexisting phases and do not split at the border of coexisting regions which are split as soon as the number of coexisting phases changes which excludes transitions that have a critical temperature in the first region but only complete in the second region (in case the critical temperature is close to the region border or the temperature difference is large enough)

void	setCoexRegion (const MultiStepPTMode &MultiStepPTMode)
	setCoexRegion Calculates all coexisting phase regions with phase pairs included from the phase vector

void	addPhase (Phase &phase)
	Adds a phase to the phase list.

void	orderPhases ()
	Orders the phases.

int	MinimumFoundAlready (const Minimum &minimum)
	This function checks if the minimum already exists in one of the phases in the phase list.

void	EnsureHighTemperatureGlobalMininum ()
	If the global minimizer, incorrectly, finds a high temperature non-global minimum and but then another phase turns out to be the minimum at high temperature will break our logic. This is a safety check to ensure that at high temperature \( T_{high} \) the Universe is on the global minimum.

void	MultiStepPTMode0 (const std::vector< double > &LowTempPoint, const std::vector< double > &HighTempPoint)
	MultiStepPTMode0 single-step PT mode.

void	MultiStepPTMode1 (const std::vector< double > &LowTempPoint, const std::vector< double > &HighTempPoint)
	MultiStepPTMode1 multi-step coverage PT mode.

bool	DoPhasesOverlap (Phase &new_phase, Phase &old_phase)
	DoPhasesOverlap checks if two phases overlap.

bool	DoGlobMinOverlap (const Phase &new_phase, const Phase &old_phase)
	DoGlobMinOverlap check for global minimum at left-/rightmost overlap and choose endpoint of previous phase if new phase does not overlap.

void	MultiStepPTMode2 (const std::vector< double > &LowTempPoint, const std::vector< double > &HighTempPoint)
	MultiStepPTMode2 multi-step global minimum coverage PT mode.

void	PrintPhasesDiagram (int size=100)
	prints the phases from T_low up to T_high on the terminal

Public Attributes
double	T_low = 0
	Lowest temperature 0 GeV.

double	T_high = 300
	Highest temperature, 300 GeV or set in input file.

double	T_low_highTempPhase = -1
	Lowest temperature at which high-temperature phase is found to exist.

double	T_high_lowTempPhase = -1
	Highest temperature at which low-temperature phase is found to exist.

int	num_points = 0
	number of equally-spaced intermediate points to check for new phases

MultiStepPTMode	UseMultiStepPTMode = MultiStepPTMode::Default
	Minimum tracing mode.

bool	do_only_tracing = false
	if true only tracing and no identification of all possible coexisting phase pairs and their critical temperatures is done, if false identification and calculation of Tc is done

StatusTracing	status_vacuum = StatusTracing::NotSet
	vacuum status code = success, no_coverage, no_glob_min_coverage

StatusCoexPair	status_coex_pairs = StatusCoexPair::NotSet
	coexisting phases status code = success, no_coex_pairs

std::shared_ptr< MinimumTracer >	MinTracer
	MinTracer object.

std::shared_ptr< Class_Potential_Origin >	modelPointer
	Model pointer.

std::vector< Phase >	PhasesList
	List of different phases.

std::vector< CoexPhases >	CoexPhasesList
	List of different phase pairs.

Detailed Description

Complete vacuum structure of the theory for this parameter point.

Constructor & Destructor Documentation

◆ Vacuum()

BSMPT::Vacuum::Vacuum	(	const double &	T_lowIn,
		const double &	T_highIn,
		std::shared_ptr< MinimumTracer > &	MinTracerIn,
		std::shared_ptr< Class_Potential_Origin > &	modelPointerIn,
		const MultiStepPTMode &	UseMultiStepPTModeIn,
		const int &	num_pointsIn = `10`,
		const bool &	do_only_tracingIn = `false`
	)

Construct a new Vacuum object.

Parameters

T_lowIn	Lowest temperature, 0 GeV or set in input file
T_highIn	Highest temperature, 300 GeV or set in input file
MinTracerIn	MinTracer object
modelPointerIn	Model pointer
UseMultiStepPTModeIn	choose multi-step PT modes
num_pointsIn	number of equally-spaced intermediate points to check for new phases
do_only_tracingIn	if true only tracing and no identification of all possible coexisting phase pairs and their critical temperatures is done, if false identification and calculation of Tc is done

Member Function Documentation

◆ addPhase()

void BSMPT::Vacuum::addPhase ( Phase & phase )

Adds a phase to the phase list.

Parameters

phase

◆ MinimumFoundAlready()

int BSMPT::Vacuum::MinimumFoundAlready ( const Minimum & minimum )

This function checks if the minimum already exists in one of the phases in the phase list.

Parameters

minimum to be checked

Returns: int = -1 if minimum is not in phase. Otherwise returns index of phase.

◆ MultiStepPTMode0()

void BSMPT::Vacuum::MultiStepPTMode0	(	const std::vector< double > &	LowTempPoint,
		const std::vector< double > &	HighTempPoint
	)

MultiStepPTMode0 single-step PT mode.

Parameters

LowTempPoint	tracing starting point at T_low
HighTempPoint	tracing starting point at T_high

◆ MultiStepPTMode1()

void BSMPT::Vacuum::MultiStepPTMode1	(	const std::vector< double > &	LowTempPoint,
		const std::vector< double > &	HighTempPoint
	)

MultiStepPTMode1 multi-step coverage PT mode.

Parameters

LowTempPoint	tracing starting point at T_low
HighTempPoint	tracing starting point at T_high

◆ MultiStepPTMode2()

void BSMPT::Vacuum::MultiStepPTMode2	(	const std::vector< double > &	LowTempPoint,
		const std::vector< double > &	HighTempPoint
	)

MultiStepPTMode2 multi-step global minimum coverage PT mode.

Parameters

LowTempPoint	tracing starting point at T_low
HighTempPoint	tracing starting point at T_high

◆ MultiStepPTTracer()

void BSMPT::Vacuum::MultiStepPTTracer	(	const double &	Temp,
		const double &	deltaT = `0`
	)

MultiStepPTTracer traces all phases between T_high and T_low assuming that we start and end in a global minimum (absolute stability)

Parameters

Temp	temperature at which to evaluate phase
deltaT	temperature step to take if already traced phase is found again

◆ print()

void BSMPT::Vacuum::print ( const Phase & phase )

print info on phase

Parameters

phase Phase object

◆ PrintPhasesDiagram()

void BSMPT::Vacuum::PrintPhasesDiagram ( int size = 100 )

prints the phases from T_low up to T_high on the terminal

Parameters

size	of diagram in terminal

◆ setCoexRegion()

void BSMPT::Vacuum::setCoexRegion ( const MultiStepPTMode & MultiStepPTMode )

setCoexRegion Calculates all coexisting phase regions with phase pairs included from the phase vector

Parameters

MultiStepPTMode MultiStepPTMode to distinguish multistep PT mode

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

include/BSMPT/minimum_tracer/minimum_tracer.h
src/minimum_tracer/minimum_tracer.cpp

Public Member Functions

Public Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Vacuum()

Member Function Documentation

◆ addPhase()

◆ MinimumFoundAlready()

◆ MultiStepPTMode0()

◆ MultiStepPTMode1()

◆ MultiStepPTMode2()

◆ MultiStepPTTracer()

◆ print()

◆ PrintPhasesDiagram()

◆ setCoexRegion()