mod_fem_viewer/include/defs.h File Reference

Go to the source code of this file.

Classes
struct	nodule_params
Defines
#define	FV_STRING(str)   #str
#define	FV_STR(str)   FV_STRING(str)
#define	FV_SIZEOF_ARR(arr)   (sizeof(arr)/sizeof((arr)[0]))
#define	COUNT_BITS(w)   (sizeof(w) << 3)
#define	BOUNDARY_BIT_POS(w)   (COUNT_BITS(w) -1)
#define	ACTIVE_BIT_POS(w)   (COUNT_BITS(w) -2)
#define	STFACE_BIT_POS(w)   (COUNT_BITS(w) -7)
#define	ELTYPE_BIT_POS(w)   (COUNT_BITS(w) -8)
#define	EL_ID_BIT_COUNT(w)   (COUNT_BITS(w) -9)
#define	FACE_TYPE_POS(w)   (COUNT_BITS(w) -1)
#define	IS_BIT_SET(w, b)   ((w) & (1U << (b)))
#define	SET_BIT(w, b)   ((w) |= (1U << (b)))
#define	RESET_BIT(w, b)   ((w) &= ~(1U << (b)))
#define	SET_OFFSET_BIT(w, b, o)   SET_BIT(w,(b + o))
#define	USET_OFFSET_BIT(w, b, o)   RSET_BIT(w,(b + o))
#define	SET_ACTIVE(w)   SET_BIT(w, ACTIVE_BIT_POS(w))
#define	UNSET_ACTIVE(w)   RESET_BIT(w, ACTIVE_BIT_POS(w))
#define	IS_ACTIVE(w)   IS_BIT_SET(w, ACTIVE_BIT_POS(w))
#define	SET_BOUND(w)   SET_BIT(w, BOUNDARY_BIT_POS(w))
#define	UNSET_BOUND(w)   RESET_BIT(w, BOUNDARY_BIT_POS(w))
#define	IS_BOUND(w)   IS_BIT_SET(w, BOUNDARY_BIT_POS(w))
#define	SET_STFACE0(w)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 0)
#define	SET_STFACE1(w)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 1)
#define	SET_STFACE2(w)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 2)
#define	SET_STFACE3(w)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 3)
#define	SET_STFACE4(w)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 4)
#define	SET_STFACEN(w, n)   SET_OFFSET_BIT(w, STFACE_BIT_POS(w), n)
#define	UNSET_STFACE0(w)   USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 0)
#define	UNSET_STFACE1(w)   USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 1)
#define	UNSET_STFACE2(w)   USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 2)
#define	UNSET_STFACE3(w)   USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 3)
#define	UNSET_STFACE4(w)   USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 4)
#define	IS_SET_FACEN(w, n)   IS_BIT_SET(w, STFACE_BIT_POS(w) + (n))
#define	SET_TETRA(w)   RESET_BIT(w, ELTYPE_BIT_POS(w))
#define	SET_PRISM(w)   SET_BIT(w, ELTYPE_BIT_POS(w))
#define	IS_PRISM(w)   IS_BIT_SET(w, ELTYPE_BIT_POS(w))
#define	ATTRIB_MASK   0xFF
#define	ELEM_ID(w)   (w & ~(ATTRIB_MASK << EL_ID_BIT_COUNT(w)))
#define	ATTRIBS(w)   (w >> EL_ID_BIT_COUNT(w))
#define	MIN(a, b)   ((a) < (b)) ? (a) : (b)
#define	MAX(a, b)   ((a) > (b)) ? (a) : (b)
#define	INVALID_LOCATION   0xFFFFFFFF
#define	FV_SMALL   1e-10
#define	FV_LARGE   10e10
#define	FV_LARGE_FLOAT   FV_LARGE##f
#define	fv_abs(x)   ((x) < 0) ? -(x) : (x)
#define	LARGE_F   10e10
#define	MAX_ISO_VALUES   32
Functions
template<typename T >
const T &	fv_min (const T &lh, const T &rh)
template<typename T >
const T &	fv_max (const T &lh, const T &rh)
template<typename T >
void	FV_FREE_ARR (T *ptr)
template<typename T >
void	FV_FREE_PTR (T *&ptr)
template<typename T >
void	FV_FREE_MALOC (T *&ptr)

---

Define Documentation

#define ACTIVE_BIT_POS

(

w

)

(COUNT_BITS(w) -2)

#define ATTRIB_MASK   0xFF

#define ATTRIBS

(

w

)

(w >> EL_ID_BIT_COUNT(w))

#define BOUNDARY_BIT_POS

(

w

)

(COUNT_BITS(w) -1)

#define COUNT_BITS

(

w

)

(sizeof(w) << 3)

#define EL_ID_BIT_COUNT

(

w

)

(COUNT_BITS(w) -9)

#define ELEM_ID

(

w

)

(w & ~(ATTRIB_MASK << EL_ID_BIT_COUNT(w)))

#define ELTYPE_BIT_POS

(

w

)

(COUNT_BITS(w) -8)

#define FACE_TYPE_POS

(

w

)

(COUNT_BITS(w) -1)

#define fv_abs

(

x

)

((x) < 0) ? -(x) : (x)

#define FV_LARGE   10e10

#define FV_LARGE_FLOAT   FV_LARGE##f

#define FV_SIZEOF_ARR

(

arr

)

(sizeof(arr)/sizeof((arr)[0]))

#define FV_SMALL   1e-10

#define FV_STR

(

str

)

FV_STRING(str)

#define FV_STRING

(

str

)

#str

#define INVALID_LOCATION   0xFFFFFFFF

#define IS_ACTIVE

(

w

)

IS_BIT_SET(w, ACTIVE_BIT_POS(w))

#define IS_BIT_SET	(	w,
		b		)	((w) & (1U << (b)))

#define IS_BOUND

(

w

)

IS_BIT_SET(w, BOUNDARY_BIT_POS(w))

#define IS_PRISM

(

w

)

IS_BIT_SET(w, ELTYPE_BIT_POS(w))

#define IS_SET_FACEN	(	w,
		n		)	IS_BIT_SET(w, STFACE_BIT_POS(w) + (n))

#define LARGE_F   10e10

#define MAX	(	a,
		b		)	((a) > (b)) ? (a) : (b)

#define MAX_ISO_VALUES   32

#define MIN	(	a,
		b		)	((a) < (b)) ? (a) : (b)

#define RESET_BIT	(	w,
		b		)	((w) &= ~(1U << (b)))

#define SET_ACTIVE

(

w

)

SET_BIT(w, ACTIVE_BIT_POS(w))

#define SET_BIT	(	w,
		b		)	((w) |= (1U << (b)))

#define SET_BOUND

(

w

)

SET_BIT(w, BOUNDARY_BIT_POS(w))

#define SET_OFFSET_BIT	(	w,
		b,
		o		)	SET_BIT(w,(b + o))

#define SET_PRISM

(

w

)

SET_BIT(w, ELTYPE_BIT_POS(w))

#define SET_STFACE0

(

w

)

SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 0)

#define SET_STFACE1

(

w

)

SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 1)

#define SET_STFACE2

(

w

)

SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 2)

#define SET_STFACE3

(

w

)

SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 3)

#define SET_STFACE4

(

w

)

SET_OFFSET_BIT(w, STFACE_BIT_POS(w), 4)

#define SET_STFACEN	(	w,
		n		)	SET_OFFSET_BIT(w, STFACE_BIT_POS(w), n)

#define SET_TETRA

(

w

)

RESET_BIT(w, ELTYPE_BIT_POS(w))

#define STFACE_BIT_POS

(

w

)

(COUNT_BITS(w) -7)

#define UNSET_ACTIVE

(

w

)

RESET_BIT(w, ACTIVE_BIT_POS(w))

#define UNSET_BOUND

(

w

)

RESET_BIT(w, BOUNDARY_BIT_POS(w))

#define UNSET_STFACE0

(

w

)

USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 0)

#define UNSET_STFACE1

(

w

)

USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 1)

#define UNSET_STFACE2

(

w

)

USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 2)

#define UNSET_STFACE3

(

w

)

USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 3)

#define UNSET_STFACE4

(

w

)

USET_OFFSET_BIT(w, STFACE_BIT_POS(w), 4)

#define USET_OFFSET_BIT	(	w,
		b,
		o		)	RSET_BIT(w,(b + o))

---

Function Documentation

template<typename T >

void FV_FREE_ARR

(

T *

ptr

)

[inline]

Here is the caller graph for this function:

template<typename T >

void FV_FREE_MALOC

(

T *&

ptr

)

[inline]

template<typename T >

void FV_FREE_PTR

(

T *&

ptr

)

[inline]

Here is the caller graph for this function:

template<typename T >

const T& fv_max	(	const T &	lh,
		const T &	rh
	)			[inline]

template<typename T >

const T& fv_min	(	const T &	lh,
		const T &	rh
	)			[inline]

Here is the caller graph for this function: