Active.h File Reference

Contains interface to the GenericActive<valuetype> active tapeless class. More...

#include <vector>
#include <string>
#include <loki/AssocVector.h>

Classes
class	BaseActive
class	GenericActive< valuetype >
class	ActiveInitializer

Macros
#define	NUMBER_DIRECTIONS   5
#define	non_num   0.0 /* (inf_num/inf_den) and (non_num/non_den) */
#define	non_den   0.0 /* respectively, see the documentation */
#define	ADVAL_CONSTRUCTOR   , adval_(NUMBER_DIRECTIONS)
#define	ADVAL_TYPE   std::vector < valuetype >
#define	FOR_I_EQ_0_LT_NUMDIR   for (int _i = 0; _i < numdir; ++_i)
#define	FOR_I_EQ_0_LT_ALLDIR   for (int _i = 0; _i < NUMBER_DIRECTIONS; ++_i)
#define	ADVAL_I   adval_[_i]
#define	ADV_I   adv[_i]

Typedefs
typedef GenericActive< double >	Active

Functions
template<class valuetype >
valuetype	makeNaN (void)
template<class valuetype >
GenericActive< valuetype >	operator+ (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
GenericActive< valuetype >	operator- (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
GenericActive< valuetype >	operator* (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
GenericActive< valuetype >	operator/ (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator!= (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator== (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator<= (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator>= (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator< (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
bool	operator> (valuetype lhs, const GenericActive< valuetype > &rhs)
template<class valuetype >
GenericActive< valuetype >	exp (const GenericActive< valuetype > &)
	exponential More...
template<class valuetype >
GenericActive< valuetype >	log (const GenericActive< valuetype > &)
	natural logarithm More...
template<class valuetype >
GenericActive< valuetype >	log10 (const GenericActive< valuetype > &)
	10-base logarithm More...
template<class valuetype >
GenericActive< valuetype >	sin (const GenericActive< valuetype > &)
	sine More...
template<class valuetype >
GenericActive< valuetype >	asin (const GenericActive< valuetype > &)
	arc sine More...
template<class valuetype >
GenericActive< valuetype >	tan (const GenericActive< valuetype > &)
	tangent More...
template<class valuetype >
GenericActive< valuetype >	atan (const GenericActive< valuetype > &)
	arc tangent More...
template<class valuetype >
GenericActive< valuetype >	cos (const GenericActive< valuetype > &)
	cosine More...
template<class valuetype >
GenericActive< valuetype >	acos (const GenericActive< valuetype > &)
	arc cosine More...
template<class valuetype >
GenericActive< valuetype >	sinh (const GenericActive< valuetype > &)
	hyperbolic sine More...
template<class valuetype >
GenericActive< valuetype >	cosh (const GenericActive< valuetype > &)
	hyperbolic cosine More...
template<class valuetype >
GenericActive< valuetype >	sqrt (const GenericActive< valuetype > &)
	square root More...
template<class valuetype >
GenericActive< valuetype >	curt (const GenericActive< valuetype > &)
	cubic root More...
template<class valuetype >
GenericActive< valuetype >	pow (const GenericActive< valuetype > &, valuetype)
	power More...
template<class valuetype >
GenericActive< valuetype >	pow (const GenericActive< valuetype > &, const GenericActive< valuetype > &)
	power More...
template<class valuetype >
GenericActive< valuetype >	fabs (const GenericActive< valuetype > &)
	absolute value More...
bool	isNan (const Active &x)
	Return true if x is not a number. More...
bool	isNan (const double &x)
	Return true if x is not a number. More...
bool	isInfinite (const Active &x)
	Return true if x is an infinite number (greater than the maximum representable value) More...
bool	isInfinite (const double &x)
	Return true if x is an infinite number (greater than the maximum representable value) More...

Variables
bool	strict_ro
static class ActiveInitializer	activeInitializer

Detailed Description

Contains interface to the GenericActive<valuetype> active tapeless class.

This file is part of LIBPF All rights reserved; do not distribute without permission.

Author

(C) Copyright 2004-2023 Paolo Greppi simevo s.r.l.

Macro Definition Documentation

ADV_I

#define ADV_I   adv[_i]

ADVAL_CONSTRUCTOR

#define ADVAL_CONSTRUCTOR   , adval_(NUMBER_DIRECTIONS)

ADVAL_I

#define ADVAL_I   adval_[_i]

ADVAL_TYPE

#define ADVAL_TYPE   std::vector < valuetype >

FOR_I_EQ_0_LT_ALLDIR

#define FOR_I_EQ_0_LT_ALLDIR   for (int _i = 0; _i < NUMBER_DIRECTIONS; ++_i)

FOR_I_EQ_0_LT_NUMDIR

#define FOR_I_EQ_0_LT_NUMDIR   for (int _i = 0; _i < numdir; ++_i)

non_den

#define non_den   0.0 /* respectively, see the documentation */

non_num

#define non_num   0.0 /* (inf_num/inf_den) and (non_num/non_den) */

NUMBER_DIRECTIONS

#define NUMBER_DIRECTIONS   5

Typedef Documentation

Active

typedef GenericActive<double> Active

Function Documentation

acos()

template<class valuetype >

GenericActive< valuetype > acos

(

const GenericActive< valuetype > &

)

arc cosine

asin()

template<class valuetype >

GenericActive< valuetype > asin

(

const GenericActive< valuetype > &

)

arc sine

atan()

template<class valuetype >

GenericActive< valuetype > atan

(

const GenericActive< valuetype > &

)

arc tangent

cos()

template<class valuetype >

GenericActive< valuetype > cos

(

const GenericActive< valuetype > &

)

cosine

cosh()

template<class valuetype >

GenericActive< valuetype > cosh

(

const GenericActive< valuetype > &

)

hyperbolic cosine

curt()

template<class valuetype >

GenericActive< valuetype > curt

(

const GenericActive< valuetype > &

)

cubic root

exp()

template<class valuetype >

GenericActive< valuetype > exp

(

const GenericActive< valuetype > &

)

exponential

fabs()

template<class valuetype >

GenericActive< valuetype > fabs

(

const GenericActive< valuetype > &

)

absolute value

isInfinite() [1/2]

bool isInfinite

(

const Active &

x

)

Return true if x is an infinite number (greater than the maximum representable value)

isInfinite() [2/2]

bool isInfinite

(

const double &

x

)

Return true if x is an infinite number (greater than the maximum representable value)

isNan() [1/2]

bool isNan

(

const Active &

x

)

Return true if x is not a number.

isNan() [2/2]

bool isNan

(

const double &

x

)

Return true if x is not a number.

log()

template<class valuetype >

GenericActive< valuetype > log

(

const GenericActive< valuetype > &

)

natural logarithm

log10()

template<class valuetype >

GenericActive< valuetype > log10

(

const GenericActive< valuetype > &

)

10-base logarithm

makeNaN()

template<class valuetype >

valuetype makeNaN

(

void

)

operator!=()

template<class valuetype >

bool operator!=	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator*()

template<class valuetype >

GenericActive< valuetype > operator*	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator+()

template<class valuetype >

GenericActive< valuetype > operator+	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator-()

template<class valuetype >

GenericActive< valuetype > operator-	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator/()

template<class valuetype >

GenericActive< valuetype > operator/	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator<()

template<class valuetype >

bool operator<	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator<=()

template<class valuetype >

bool operator<=	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator==()

template<class valuetype >

bool operator==	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator>()

template<class valuetype >

bool operator>	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

operator>=()

template<class valuetype >

bool operator>=	(	valuetype	lhs,
		const GenericActive< valuetype > &	rhs
	)

pow() [1/2]

template<class valuetype >

GenericActive< valuetype > pow	(	const GenericActive< valuetype > &	,
		const GenericActive< valuetype > &
	)

power

pow() [2/2]

template<class valuetype >

GenericActive< valuetype > pow	(	const GenericActive< valuetype > &	,
		valuetype
	)

power

sin()

template<class valuetype >

GenericActive< valuetype > sin

(

const GenericActive< valuetype > &

)

sine

sinh()

template<class valuetype >

GenericActive< valuetype > sinh

(

const GenericActive< valuetype > &

)

hyperbolic sine

sqrt()

template<class valuetype >

GenericActive< valuetype > sqrt

(

const GenericActive< valuetype > &

)

square root

tan()

template<class valuetype >

GenericActive< valuetype > tan

(

const GenericActive< valuetype > &

)

tangent

Variable Documentation

activeInitializer

class ActiveInitializer activeInitializer

static

strict_ro

bool strict_ro

extern