Mathematical operation implementations. More...

Functions
void	Addition (double *&p)
	Calculate the addition of two parametre. More...

void	Subtraction (double *&p)
	Calculate the subtraction of two parametre. More...

void	Multiplication (double *&p)
	Calculate the multiplication of two parametre. More...

void	Division (double *&p)
	Calculate the division of two parametre. More...

void	Modulus (double *&p)
	Calculate the modulus of two parametre. More...

void	Max (double *&p)
	Calculate the maximum of two parametre. More...

void	Min (double *&p)
	Calculate the minimum of two parametre. More...

void	Puissance (double *&p)
	Calculate the power two parametre (x^y). More...

void	RacineN (double *&p)
	Calculate the n'th root of two parametre ( (x)^(1/y) ). More...

void	Puiss10 (double *&p)
	Calculate the E10 of two parametre ( xEy ). More...

void	ArcTangente2 (double *&p)
	Calculate the atan of two parametre. More...

void	NextVal (double *&p)
	Dummy function only producing an error message. More...

void	RFunc (double *&p)
	Dummy function only producing an error message. More...

void	Absolu (double *&p)
	Calculates the absolute value of a parametre. More...

void	Oppose (double *&p)
	Changes the sign of a parametre. More...

void	ArcSinus (double *&p)
	Calculates the asin of a parametre. More...

void	ArcCosinus (double *&p)
	Calculates the acos of a parametre. More...

void	ArcTangente (double *&p)
	Calculates the atan of a parametre. More...

void	Logarithme (double *&p)
	Calculates the logarithme of a parametre (log x). More...

void	NaturalLogarithme (double *&p)
	Calculates the natural logarithme of a parametre (ln x). More...

void	Exponentielle (double *&p)
	Calculates the exp of a parametre (exp x). More...

void	Sinus (double *&p)
	Calculates the sinius of a parametre. More...

void	Tangente (double *&p)
	Calculates the tangent of a parametre. More...

void	Cosinus (double *&p)
	Calculates the cosinus of a parametre . More...

void	Racine (double *&p)
	Calculates the square root of a parametre (sqrt x). More...

void	LessThan (double *&p)
	Boolean calculation of the expression x < y. More...

void	GreaterThan (double *&p)
	Boolean calculation of the expression x > y. More...

void	BooleanAnd (double *&p)
	Boolean calculation of the expression x && y. More...

void	BooleanOr (double *&p)
	Boolean calculation of the expression x \|\| y. More...

void	BooleanEqual (double *&p)
	Boolean calculation of the expression x == y. More...

void	BooleanNotEqual (double *&p)
	Boolean calculation of the expression x != y. More...

void	BooleanLessOrEqual (double *&p)
	Boolean calculation of the expression x <= y. More...

void	BooleanGreaterOrEqual (double *&p)
	Boolean calculation of the expression x >= y. More...

void	BooleanNot (double *&p)
	Boolean calculation of the expression !x. More...

Variables
const double	ErrVal = tan(atan(1.0)*2.0)
	Special value to interpreted as an error condition. More...

Detailed Description

Mathematical operation implementations.

Function Documentation

◆ Absolu()

void FFaMathOps::Absolu ( double *& p )

Calculates the absolute value of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Addition()

void FFaMathOps::Addition ( double *& p )

Calculate the addition of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ ArcCosinus()

void FFaMathOps::ArcCosinus ( double *& p )

Calculates the acos of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ ArcSinus()

void FFaMathOps::ArcSinus ( double *& p )

Calculates the asin of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ ArcTangente()

void FFaMathOps::ArcTangente ( double *& p )

Calculates the atan of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ ArcTangente2()

void FFaMathOps::ArcTangente2 ( double *& p )

Calculate the atan of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ BooleanAnd()

void FFaMathOps::BooleanAnd ( double *& p )

Boolean calculation of the expression x && y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanEqual()

void FFaMathOps::BooleanEqual ( double *& p )

Boolean calculation of the expression x == y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanGreaterOrEqual()

void FFaMathOps::BooleanGreaterOrEqual ( double *& p )

Boolean calculation of the expression x >= y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanLessOrEqual()

void FFaMathOps::BooleanLessOrEqual ( double *& p )

Boolean calculation of the expression x <= y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanNot()

void FFaMathOps::BooleanNot ( double *& p )

Boolean calculation of the expression !x.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanNotEqual()

void FFaMathOps::BooleanNotEqual ( double *& p )

Boolean calculation of the expression x != y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ BooleanOr()

void FFaMathOps::BooleanOr ( double *& p )

Boolean calculation of the expression x || y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ Cosinus()

void FFaMathOps::Cosinus ( double *& p )

Calculates the cosinus of a parametre .

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Division()

void FFaMathOps::Division ( double *& p )

Calculate the division of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Exponentielle()

void FFaMathOps::Exponentielle ( double *& p )

Calculates the exp of a parametre (exp x).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ GreaterThan()

void FFaMathOps::GreaterThan ( double *& p )

Boolean calculation of the expression x > y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ LessThan()

void FFaMathOps::LessThan ( double *& p )

Boolean calculation of the expression x < y.

Parameters

p	A pointer to a table of parametre

The result, 1 if true and 0 if false, is placed in the head of the pointer p.

◆ Logarithme()

void FFaMathOps::Logarithme ( double *& p )

Calculates the logarithme of a parametre (log x).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Max()

void FFaMathOps::Max ( double *& p )

Calculate the maximum of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Min()

void FFaMathOps::Min ( double *& p )

Calculate the minimum of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Modulus()

void FFaMathOps::Modulus ( double *& p )

Calculate the modulus of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Multiplication()

void FFaMathOps::Multiplication ( double *& p )

Calculate the multiplication of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ NaturalLogarithme()

void FFaMathOps::NaturalLogarithme ( double *& p )

Calculates the natural logarithme of a parametre (ln x).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ NextVal()

void FFaMathOps::NextVal ( double *& p )

Dummy function only producing an error message.

◆ Oppose()

void FFaMathOps::Oppose ( double *& p )

Changes the sign of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Puiss10()

void FFaMathOps::Puiss10 ( double *& p )

Calculate the E10 of two parametre ( xEy ).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Puissance()

void FFaMathOps::Puissance ( double *& p )

Calculate the power two parametre (x^y).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Racine()

void FFaMathOps::Racine ( double *& p )

Calculates the square root of a parametre (sqrt x).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ RacineN()

void FFaMathOps::RacineN ( double *& p )

Calculate the n'th root of two parametre ( (x)^(1/y) ).

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ RFunc()

void FFaMathOps::RFunc ( double *& p )

Dummy function only producing an error message.

◆ Sinus()

void FFaMathOps::Sinus ( double *& p )

Calculates the sinius of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Subtraction()

void FFaMathOps::Subtraction ( double *& p )

Calculate the subtraction of two parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

◆ Tangente()

void FFaMathOps::Tangente ( double *& p )

Calculates the tangent of a parametre.

Parameters

p	A pointer to a table of parametre

The result is placed in the head of the pointer p.

Variable Documentation

◆ ErrVal

const double FFaMathOps::ErrVal = tan(atan(1.0)*2.0)

extern

Special value to interpreted as an error condition.

Functions

Variables

Detailed Description

Function Documentation

◆ Absolu()

◆ Addition()

◆ ArcCosinus()

◆ ArcSinus()

◆ ArcTangente()

◆ ArcTangente2()

◆ BooleanAnd()

◆ BooleanEqual()

◆ BooleanGreaterOrEqual()

◆ BooleanLessOrEqual()

◆ BooleanNot()

◆ BooleanNotEqual()

◆ BooleanOr()

◆ Cosinus()

◆ Division()

◆ Exponentielle()

◆ GreaterThan()

◆ LessThan()

◆ Logarithme()

◆ Max()

◆ Min()

◆ Modulus()

◆ Multiplication()

◆ NaturalLogarithme()

◆ NextVal()

◆ Oppose()

◆ Puiss10()

◆ Puissance()

◆ Racine()

◆ RacineN()

◆ RFunc()

◆ Sinus()

◆ Subtraction()

◆ Tangente()

Variable Documentation

◆ ErrVal