T_No_Overstep_Cone_Move_Set< Conformation > Class Template Reference

No overstep cone move set. More...

#include <No_overstep_cone_move_set.hpp>

Classes
struct	Parameters

Public Types
typedef std::vector< double >	Data_Type
typedef double	Float_Type
typedef No_Overstep_Cone_Move_Params	Move_Params
typedef No_Overstep_Cone_Move_Stats	Move_Stats

Public Member Functions
	T_No_Overstep_Cone_Move_Set ()=default
	T_No_Overstep_Cone_Move_Set (auto *physical_system, Parameters params)
template<class Physical_System >
std::pair< double, No_Overstep_Cone_Move_Stats >	generate_conformation (Conformation *const startingConf, Conformation *const newConformation, Move_Params &move_params, Physical_System *physical_system)
double	get_move_probability (Conformation *const start, Conformation *const end, Move_Params move_params, auto *physical_system)
void	set_dimension (unsigned int dim)
unsigned int	get_dimension ()
void	generate_direction_sphere ()
void	generate_direction_cone (Cone_Distribution< double * > &cone, double *grad)
void	generate_direction (Conformation *const conf, Move_Params &move_params)
bool	is_direction_in_cone (const Data_Type &cone_dir, double cone_angle)
double	get_proba_of_direction (Conformation *const conf, Move_Params &move_params)

Public Attributes
double	proba_last_move = 0
double	dist_last_move = 0
double	proba_sphere = 1
double	proba_cone = 1 - proba_sphere
bool	used_cone = false
Conformation *	internal_conf
std::vector< Float_Type >	internal_pos
std::vector< Float_Type >	direction
std::vector< double >	reduced_direction
std::vector< double >	reduced_grad
std::vector< int >	coords_to_remove

Detailed Description

template<class Conformation>
class SBL::GT::T_No_Overstep_Cone_Move_Set< Conformation >

No overstep cone move set.

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Class Documentation

SBL::GT::T_No_Overstep_Cone_Move_Set::Parameters

struct SBL::GT::T_No_Overstep_Cone_Move_Set::Parameters

template<class Conformation>
struct SBL::GT::T_No_Overstep_Cone_Move_Set< Conformation >::Parameters

Class Members
vector< int >	coords_to_remove

Member Typedef Documentation

Data_Type

typedef std::vector<double> Data_Type

Float_Type

typedef double Float_Type

Move_Params

typedef No_Overstep_Cone_Move_Params Move_Params

Move_Stats

typedef No_Overstep_Cone_Move_Stats Move_Stats

Constructor & Destructor Documentation

T_No_Overstep_Cone_Move_Set() [1/2]

T_No_Overstep_Cone_Move_Set ( )

default

T_No_Overstep_Cone_Move_Set() [2/2]

T_No_Overstep_Cone_Move_Set ( auto *  physical_system, Parameters  params  )

inline

Member Function Documentation

generate_conformation()

std::pair<double,No_Overstep_Cone_Move_Stats> generate_conformation ( Conformation *const  startingConf, Conformation *const  newConformation, Move_Params &  move_params, Physical_System *  physical_system  )

inline

generate_direction()

void generate_direction ( Conformation *const  conf, Move_Params &  move_params  )

inline

generate_direction_cone()

void generate_direction_cone ( Cone_Distribution< double * > &  cone, double *  grad  )

inline

generate_direction_sphere()

void generate_direction_sphere ( )

inline

get_dimension()

unsigned int get_dimension ( )

inline

get_move_probability()

double get_move_probability ( Conformation *const  start, Conformation *const  end, Move_Params  move_params, auto *  physical_system  )

inline

get_proba_of_direction()

double get_proba_of_direction ( Conformation *const  conf, Move_Params &  move_params  )

inline

is_direction_in_cone()

bool is_direction_in_cone ( const Data_Type &  cone_dir, double  cone_angle  )

inline

set_dimension()

void set_dimension ( unsigned int  dim )

inline

Member Data Documentation

coords_to_remove

std::vector<int> coords_to_remove

direction

std::vector<Float_Type> direction

dist_last_move

double dist_last_move = 0

internal_conf

Conformation* internal_conf

internal_pos

std::vector<Float_Type> internal_pos

proba_cone

double proba_cone = 1 - proba_sphere

proba_last_move

double proba_last_move = 0

proba_sphere

double proba_sphere = 1

reduced_direction

std::vector<double> reduced_direction

reduced_grad

std::vector<double> reduced_grad

used_cone

bool used_cone = false