forms.h File Reference

#include "common.h"
#include "quad.h"
#include "function.h"
#include "solution.h"
#include "refmap.h"

Go to the source code of this file.

Classes
class	ord_t
class	fn_t< T >
class	geom_t< T >
class	user_data_t< T >
	User defined data that can go to the bilin and lin forms. It also holds arbitraty number of functions, that user can use. Typically, these functions are solutions from the previous time levels. More...
Defines
#define	FORM_CB(a)   a<double, scalar>, a<ord_t, ord_t>
Typedefs
typedef fn_t< double >	sfn_t
typedef fn_t< scalar >	mfn_t
Functions
ord_t	operator/ (const scalar &a, const ord_t &b)
ord_t	operator* (const scalar &a, const ord_t &b)
ord_t	operator+ (const scalar &a, const ord_t &b)
ord_t	operator- (const scalar &a, const ord_t &b)
ord_t	operator- (const ord_t &a)
ord_t	pow (const ord_t &a, const double &b)
ord_t	sqrt (const ord_t &a)
ord_t	sqr (const ord_t &a)
ord_t	conj (const ord_t &a)
ord_t	atan2 (const ord_t &a, const ord_t &b)
ord_t	atan (const ord_t &a)
ord_t	sin (const ord_t &a)
ord_t	cos (const ord_t &a)
geom_t< ord_t >	init_geom (int marker)
	Init element geometry for calculating the integration order.
geom_t< double >	init_geom (int marker, RefMap *rm, const int np, const QuadPt3D *pt)
	Init element geometry for volumetric integrals.
geom_t< double >	init_geom (int marker, RefMap *rm, int iface, const int np, const QuadPt3D *pt)
	Init element geometry for surface integrals.
void	free_geom (geom_t< double > *e)
	Free data related to the element geometry.
fn_t< ord_t >	init_fn (const order3_t &order)
	Init the function for calculation the integration order.
sfn_t *	init_fn (ShapeFunction *fu, RefMap *rm, const int np, const QuadPt3D *pt)
	Init the function for the evaluation of the volumetric integral.
sfn_t *	init_fn (ShapeFunction *shfn, RefMap *rm, int iface, const int np, const QuadPt3D *pt)
	Init the function for the evaluation of the surface integral.
mfn_t *	init_fn (MeshFunction *f, RefMap *rm, const int np, const QuadPt3D *pt)
	Init the mesh-function for the evaluation of the volumetric/surface integral.
void	free_fn (fn_t< ord_t > *f)
void	free_fn (sfn_t *f)

---

Define Documentation

#define FORM_CB

(

a

)

a<double, scalar>, a<ord_t, ord_t>

---

Typedef Documentation

typedef fn_t<scalar> mfn_t

typedef fn_t<double> sfn_t

---

Function Documentation

ord_t atan

(

const ord_t &

a

)

[inline]

ord_t atan2	(	const ord_t &	a,
		const ord_t &	b
	)			[inline]

ord_t conj

(

const ord_t &

a

)

[inline]

ord_t cos

(

const ord_t &

a

)

[inline]

void free_fn

(

sfn_t *

f

)

void free_fn

(

fn_t< ord_t > *

f

)

void free_geom

(

geom_t< double > *

e

)

Free data related to the element geometry.

mfn_t* init_fn	(	MeshFunction *	f,
		RefMap *	rm,
		const int	np,
		const QuadPt3D *	pt
	)

Init the mesh-function for the evaluation of the volumetric/surface integral.

sfn_t* init_fn	(	ShapeFunction *	shfn,
		RefMap *	rm,
		int	iface,
		const int	np,
		const QuadPt3D *	pt
	)

Init the function for the evaluation of the surface integral.

sfn_t* init_fn	(	ShapeFunction *	fu,
		RefMap *	rm,
		const int	np,
		const QuadPt3D *	pt
	)

Init the function for the evaluation of the volumetric integral.

fn_t<ord_t> init_fn

(

const order3_t &

order

)

Init the function for calculation the integration order.

geom_t<double> init_geom	(	int	marker,
		RefMap *	rm,
		int	iface,
		const int	np,
		const QuadPt3D *	pt
	)

Init element geometry for surface integrals.

geom_t<double> init_geom	(	int	marker,
		RefMap *	rm,
		const int	np,
		const QuadPt3D *	pt
	)

Init element geometry for volumetric integrals.

geom_t<ord_t> init_geom

(

int

marker

)

Init element geometry for calculating the integration order.

ord_t operator*	(	const scalar &	a,
		const ord_t &	b
	)			[inline]

ord_t operator+	(	const scalar &	a,
		const ord_t &	b
	)			[inline]

ord_t operator-

(

const ord_t &

a

)

[inline]

ord_t operator-	(	const scalar &	a,
		const ord_t &	b
	)			[inline]

ord_t operator/	(	const scalar &	a,
		const ord_t &	b
	)			[inline]

ord_t pow	(	const ord_t &	a,
		const double &	b
	)			[inline]

ord_t sin

(

const ord_t &

a

)

[inline]

ord_t sqr

(

const ord_t &

a

)

[inline]

ord_t sqrt

(

const ord_t &

a

)

[inline]