Home
	Česky
	Deutsch
	Ελληυικά
	English
	Español
	Français
	Italiano
	Nederlands
	Polski
	Português
	Русский
	Suomi
	Svenska

Nieuws
	Archief

Introductie
	Status
	Ports
	Licentie

Downloads

Afbeeldingen
	Screenshots
	Ontwikkelaars

Documentatie
	Gebruikers
		Installatie
		Gebruik
		Shell commando's
		Applications
		Veel gestelde vragen (FAQ)
		HowTo
		Hardware Compatibility
		Glossary
	Translators
	Ontwikkelaars
		Meehelpen
		Roadmap
		Fouten melden
		Werken met Git
		Compileren
		Applicatie Ontwikkeling Gids
		Zune Applicatie Ontwikkeling Gids
		Systeem Ontwikkeling Gids
		Debugging Gids
		Referenties
		Specificaties
		UI Stijl Gids
		Testing
		Documenteren
		Overzetten
		Samenvattingen
		Links

Contact

Colofon
Acknowledgements

Sponsors
Linken
Links

mathieeedoubtrans

Index

IEEEDPAcos()	IEEEDPAsin()	IEEEDPAtan()	IEEEDPCos()
IEEEDPCosh()	IEEEDPExp()	IEEEDPFieee()	IEEEDPLog()
IEEEDPLog10()	IEEEDPPow()	IEEEDPSin()	IEEEDPSincos()
IEEEDPSinh()	IEEEDPSqrt()	IEEEDPTan()	IEEEDPTanh()
IEEEDPTieee()

IEEEDPAcos()

Synopsis

double IEEEDPAcos(
         double x );

Function

Calculate the arcus cosine of the IEEE double precision number

Result

IEEE double precision floating point number

 flags:
   zero     : result is zero
   negative : result is negative
   overflow : argument is out of range

IEEEDPAsin()

Synopsis

double IEEEDPAsin(
         double x );

Function

Calculate the arcus sine of the IEEE double precision number

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : argument is out of range

IEEEDPAtan()

Synopsis

double IEEEDPAtan(
         double y );

Function

Calculates the angle of a given number representing the tangent
of that angle. The angle will be in radians.

Result

IEEE double precision floating point number

IEEEDPCos()

Synopsis

double IEEEDPCos(
         double y );

Function

Calculate the cosine of a given IEEE double precision number in radians

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : 0

IEEEDPCosh()

Synopsis

double IEEEDPCosh(
         double y );

Function

Calculate the hyperbolic cosine of the IEEE single precision number

Result

IEEE single precision floating point number

flags:
zero     : result is zero
negative : 0 (not possible)
overflow : result too big for ffp-number

IEEEDPExp()

Synopsis

double IEEEDPExp(
         double y );

Function

Calculate e^x

Result

IEEE double precision number

flags:
zero     : result is zero
negative : 0
overflow : the result was out of range for the IEEE single precision
           format

IEEEDPFieee()

Synopsis

double IEEEDPFieee(
         LONG y );

Function

Convert IEEE single to IEEE double precision

Result

IEEE double precision floting point number

Flags:
  zero     : result is zero
  negative : result is negative
  overflow : 0

IEEEDPLog()

Synopsis

double IEEEDPLog(
         double y );

Function

Calculate logarithm (base e) of the given IEEE double precision number

Result

IEEE double precision number

flags:
zero     : result is zero
negative : result is negative
overflow : argument was negative

IEEEDPLog10()

Synopsis

double IEEEDPLog10(
         double y );

Function

Calculate logarithm (base 10) of the given IEEE double precision number

Result

IEEE double precision number

flags:
zero     : result is zero
negative : result is negative
overflow : argument was negative

IEEEDPPow()

Synopsis

double IEEEDPPow(
         double x,
         double y );

Function

Calculate y raised to the x power (y^x)

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : result is too big

IEEEDPSin()

Synopsis

double IEEEDPSin(
         double y );

Function

Calculate the sine of a given IEEE double precision number in radians

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : 0

IEEEDPSincos()

Synopsis

double IEEEDPSincos(
         double * z,
         double y );

Function

Calculate the cosine and the sine of the given IEEE double
precision number where y represents an angle in radians. The
function returns the sine of that number as a result and puts
the cosine of that number into *z which must represent
a valid pointer to a IEEE double precision number.

Result

*z            - IEEE double precision floating point number
direct result - IEEE double precision floating point number

IEEEDPSinh()

Synopsis

double IEEEDPSinh(
         double y );

Function

Calculate the hyperbolic sine of the IEEE double precision number

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : result is too big for IEEE double precsion format

IEEEDPSqrt()

Synopsis

double IEEEDPSqrt(
         double y );

Function

Calculate square root of IEEE double precision floating point number

Result

Motorola fast floating point number

flags:
zero     : result is zero
negative : 0
overflow : square root could not be calculated

IEEEDPTan()

Synopsis

double IEEEDPTan(
         double y );

Function

Calculate the tangens of the given IEEE double precision number
where y represents an angle in radians.

Result

result - IEEE double precision floating point number

IEEEDPTanh()

Synopsis

double IEEEDPTanh(
         double y );

Function

Calculate hyperbolic tangens of the IEEE double precision number

Result

IEEE double precision floating point number

flags:
zero     : result is zero
negative : result is negative
overflow : (not possible)

IEEEDPTieee()

Synopsis

LONG IEEEDPTieee(
         double y );

Function

Convert IEEE double to IEEE single precision number

Result

IEEE single precision number

Flags:
  zero     : result is zero
  negative : result is negative
  overflow : value was out of range for IEEE single precision