Orientation Class Reference

A Orientation class. More...

#include <Orientation.h>

Inheritance diagram for Orientation:

Collaboration diagram for Orientation:

Public Member Functions
	Orientation (unsigned=0, vec &&={})
	Orientation (const Orientation &)=default
	Orientation (Orientation &&)=delete
Orientation &	operator= (const Orientation &)=delete
Orientation &	operator= (Orientation &&)=delete
	~Orientation () override=default
void	update_axis (const vec &)
virtual void	set_element_ptr (const Element *)
virtual bool	is_nlgeom () const
virtual OrientationType	get_orientation_type () const =0
double	get_length () const
double	get_inclination () const
const mat &	get_transformation () const
virtual unique_ptr< Orientation >	get_copy ()=0
virtual void	update_status ()
virtual void	commit_status ()
virtual void	reset_status ()
virtual void	clear_status ()
virtual vec	to_local_vec (double) const
virtual vec	to_global_vec (double) const
virtual mat	to_global_mass_mat (double) const
virtual mat	to_global_geometry_mat (double) const
virtual mat	to_global_stiffness_mat (double) const
virtual vec	to_local_vec (vec &&) const
virtual vec	to_global_vec (vec &&) const
virtual mat	to_global_mass_mat (mat &&) const
virtual mat	to_global_geometry_mat (mat &&) const
virtual mat	to_global_stiffness_mat (mat &&) const
virtual vec	to_local_vec (const vec &) const =0
	transform anything from global to local system e.g., disp -> disp, vel -> vel, acc -> acc, not applicable to conversion such as disp -> strain More...
virtual vec	to_global_vec (const vec &) const =0
	transform anything from local to global system e.g., disp -> disp, vel -> vel, acc -> acc, not applicable to conversion such as disp -> strain More...
virtual mat	to_global_mass_mat (const mat &) const
	transform anything from local to global system e.g., stiffness -> stiffness. More...
virtual mat	to_global_geometry_mat (const mat &) const
virtual mat	to_global_stiffness_mat (const mat &) const =0
Public Member Functions inherited from Tag
	Tag (unsigned=0)
	Tag (const Tag &)=default
	Tag (Tag &&)=default
Tag &	operator= (const Tag &)=delete
Tag &	operator= (Tag &&)=delete
virtual	~Tag ()=default
void	set_tag (unsigned) const
unsigned	get_tag () const
void	enable ()
void	disable ()
void	guard ()
void	unguard ()
bool	is_active () const
bool	is_guarded () const
virtual void	print ()

Protected Member Functions
void	check_element_ptr () const
virtual void	update_transformation ()=0

Protected Attributes
const Element *	element_ptr = nullptr
vec	z_axis
double	length = 0.
double	inclination = 0.
mat	direction_cosine

Detailed Description

A Orientation class.

The Orientation class handles transformations between coordinate systems. Be sure to call set_element_ptr() before updating anything.

Author

tlc

Date

27/06/2018

Version

0.1.0

Constructor & Destructor Documentation

Orientation() [1/3]

Orientation::Orientation ( unsigned  T = 0, vec &&  O = {}  )

explicit

Orientation() [2/3]

Orientation::Orientation ( const Orientation &  )

default

Orientation() [3/3]

Orientation::Orientation ( Orientation &&  )

delete

~Orientation()

Orientation::~Orientation ( )

overridedefault

Member Function Documentation

check_element_ptr()

void Orientation::check_element_ptr ( ) const

protected

Here is the call graph for this function:

Here is the caller graph for this function:

clear_status()

void Orientation::clear_status ( )

virtual

Reimplemented in B3DC.

commit_status()

void Orientation::commit_status ( )

virtual

Reimplemented in B3DC.

get_copy()

virtual unique_ptr<Orientation> Orientation::get_copy ( )

pure virtual

Implemented in T3DL, T3DC, T2DL, T2DC, B3DOSL, B3DOSC, B3DL, B3DC, B2DL, and B2DC.

get_inclination()

double Orientation::get_inclination

(

)

const

get_length()

double Orientation::get_length

(

)

const

get_orientation_type()

virtual OrientationType Orientation::get_orientation_type ( ) const

pure virtual

Implemented in T3DL, T2DL, B3DOSL, B3DOSC, B3DL, and B2DL.

get_transformation()

const mat & Orientation::get_transformation

(

)

const

is_nlgeom()

bool Orientation::is_nlgeom ( ) const

virtual

Reimplemented in T3DC, T2DC, B3DC, and B2DC.

operator=() [1/2]

Orientation& Orientation::operator= ( const Orientation &  )

delete

operator=() [2/2]

Orientation& Orientation::operator= ( Orientation &&  )

delete

reset_status()

void Orientation::reset_status ( )

virtual

Reimplemented in B3DC.

set_element_ptr()

void Orientation::set_element_ptr ( const Element *  E )

virtual

Here is the call graph for this function:

to_global_geometry_mat() [1/3]

mat Orientation::to_global_geometry_mat ( const mat &  ) const

virtual

Reimplemented in T3DC, T2DC, B3DOSC, B3DC, and B2DC.

to_global_geometry_mat() [2/3]

mat Orientation::to_global_geometry_mat ( double  l ) const

virtual

Here is the caller graph for this function:

to_global_geometry_mat() [3/3]

mat Orientation::to_global_geometry_mat ( mat &&  in ) const

virtual

Here is the call graph for this function:

to_global_mass_mat() [1/3]

mat Orientation::to_global_mass_mat ( const mat &  ) const

virtual

transform anything from local to global system e.g., stiffness -> stiffness.

Returns

variable in global system

Reimplemented in T3DL, T2DL, B3DOSL, B3DL, and B2DL.

to_global_mass_mat() [2/3]

mat Orientation::to_global_mass_mat ( double  l ) const

virtual

Here is the caller graph for this function:

to_global_mass_mat() [3/3]

mat Orientation::to_global_mass_mat ( mat &&  in ) const

virtual

Here is the call graph for this function:

to_global_stiffness_mat() [1/3]

virtual mat Orientation::to_global_stiffness_mat ( const mat &  ) const

pure virtual

Implemented in T3DL, T2DL, B3DOSL, B3DL, B3DC, and B2DL.

to_global_stiffness_mat() [2/3]

mat Orientation::to_global_stiffness_mat ( double  l ) const

virtual

Here is the caller graph for this function:

to_global_stiffness_mat() [3/3]

mat Orientation::to_global_stiffness_mat ( mat &&  in ) const

virtual

Here is the call graph for this function:

to_global_vec() [1/3]

virtual vec Orientation::to_global_vec ( const vec &  ) const

pure virtual

transform anything from local to global system e.g., disp -> disp, vel -> vel, acc -> acc, not applicable to conversion such as disp -> strain

Returns

variable in global system

Implemented in T3DL, T2DL, B3DOSL, B3DL, B3DC, and B2DL.

to_global_vec() [2/3]

vec Orientation::to_global_vec ( double  l ) const

virtual

Here is the caller graph for this function:

to_global_vec() [3/3]

vec Orientation::to_global_vec ( vec &&  in ) const

virtual

Here is the call graph for this function:

to_local_vec() [1/3]

virtual vec Orientation::to_local_vec ( const vec &  ) const

pure virtual

transform anything from global to local system e.g., disp -> disp, vel -> vel, acc -> acc, not applicable to conversion such as disp -> strain

Returns

variable in local system

Implemented in T3DL, T2DL, B3DOSL, B3DOSC, B3DL, B3DC, B2DL, and B2DC.

to_local_vec() [2/3]

vec Orientation::to_local_vec ( double  g ) const

virtual

Here is the caller graph for this function:

to_local_vec() [3/3]

vec Orientation::to_local_vec ( vec &&  in ) const

virtual

update_axis()

void Orientation::update_axis

(

const vec &

O

)

update_status()

void Orientation::update_status ( )

virtual

Here is the call graph for this function:

Here is the caller graph for this function:

update_transformation()

virtual void Orientation::update_transformation ( )

protectedpure virtual

Implemented in T3DL, T3DC, T2DL, T2DC, B3DOSC, B3DL, B3DC, and B2DL.

Here is the caller graph for this function:

Member Data Documentation

direction_cosine

mat Orientation::direction_cosine

protected

element_ptr

const Element* Orientation::element_ptr = nullptr

protected

inclination

double Orientation::inclination = 0.

protected

length

double Orientation::length = 0.

protected

z_axis

vec Orientation::z_axis

protected

---

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

• Element/Utility/Orientation.h
• Element/Utility/Orientation.cpp