VML.s File Reference

Functions
Image	IPUConj (ComplexImage imgSrc, ComplexImage imgDst)
	Conjugation of vector elements.
Image	IPUSqr (Image imgSrc, Image imgDst)
	Squaring of vector elements.
Image	IPUAbs (Image imgSrc, Image imgDst)
	Absolute value of vector elements.
Image	IPUInv (Image imgSrc, Image imgDst)
	Inversion of vector elements.
Image	IPUSqrt (Image imgSrc, Image imgDst)
	Square root of vector elements.
Image	IPUInvSqrt (Image imgSrc, Image imgDst)
	Inverse square root of vector elements.
Image	IPUCbrt (Image imgSrc, Image imgDst)
	Cube root of vector elements.
Image	IPUInvCbrt (Image imgSrc, Image imgDst)
	Inverse cube root of vector elements.
Image	IPUPow2o3 (Image imgSrc, Image imgDst)
	Each vector element raised to 2/3.
Image	IPUPow3o2 (Image imgSrc, Image imgDst)
	Each vector element raised to 3/2.
Image	IPUExp (Image imgSrc, Image imgDst)
	Exponential of vector elements.
Image	IPUExpm1 (Image imgSrc, Image imgDst)
	Exponential of vector elements decreased by 1.
Image	IPULn (Image imgSrc, Image imgDst)
	Natural logarithm of vector elements.
Image	IPULog10 (Image imgSrc, Image imgDst)
	Denary logarithm of vector elements.
Image	IPULog1p (Image imgSrc, Image imgDst)
	Natural logarithm of vector elements that are increased by 1.
Image	IPUCos (Image imgSrc, Image imgDst)
	Cosine of vector elements.
Image	IPUSin (Image imgSrc, Image imgDst)
	Sine of vector elements.
Image	IPUTan (Image imgSrc, Image imgDst)
	Tangent of vector elements.
Image	IPUCosh (Image imgSrc, Image imgDst)
	Hyperbolic cosine of vector elements.
Image	IPUSinh (Image imgSrc, Image imgDst)
	Hyperbolic sine of vector elements.
Image	IPUTanh (Image imgSrc, Image imgDst)
	Hyperbolic tangent of vector elements.
Image	IPUAcos (Image imgSrc, Image imgDst)
	Inverse cosine of vector elements.
Image	IPUAsin (Image imgSrc, Image imgDst)
	Inverse sine of vector elements.
Image	IPUAtan (Image imgSrc, Image imgDst)
	Inverse tangent of vector elements.
Image	IPUAcosh (Image imgSrc, Image imgDst)
	Inverse hyperbolic cosine of vector elements.
Image	IPUAsinh (Image imgSrc, Image imgDst)
	Inverse hyperbolic sine of vector elements.
Image	IPUAtanh (Image imgSrc, Image imgDst)
	Inverse hyperbolic tangent of vector elements.
Image	IPUErf (Image imgSrc, Image imgDst)
	Error function value of vector elements.
Image	IPUErfc (Image imgSrc, Image imgDst)
	Complementary error function value of vector elements.
Image	IPUErfInv (Image imgSrc, Image imgDst)
	Inverse error function value of vector elements.
Image	IPUFloor (Image imgSrc, Image imgDst)
	Rounding towards minus infinity.
Image	IPUCeil (Image imgSrc, Image imgDst)
	Rounding towards plus infinity.
Image	IPUTrunc (Image imgSrc, Image imgDst)
	Rounding towards zero infinity.
Image	IPURound (Image imgSrc, Image imgDst)
	Rounding to nearest integer.
Image	IPUNearbyInt (Image imgSrc, Image imgDst)
	Rounding according to current mode.
Image	IPURint (Image imgSrc, Image imgDst)
	Rounding according to current mode and raising inexact result exception.
Image	IPUAdd (Image imgA, Image imgB, Image imgDst)
	Addition of vector elements.
Image	IPUSub (Image imgA, Image imgB, Image imgDst)
	Subtraction of vector elements.
Image	IPUMul (Image imgA, Image imgB, Image imgDst)
	Multiplication of vector elements.
Image	IPUDiv (Image imgA, Image imgB, Image imgDst)
	Division of elements of one vector by elements of the second vector.
Image	IPUPow (Image imgA, Image imgB, Image imgDst)
	Each vector element raised to the specified power.
Image	IPUHypot (Image imgA, Image imgB, Image imgDst)
	Square root of sum of squares.
Image	IPUAtan2 (Image imgA, Image imgB, Image imgDst)
	Four-quadrant inverse tangent of elements of two vectors.
Image	IPUMulByConj (ComplexImage imgA, ComplexImage imgB, ComplexImage imgDst)
	Multiplication of elements of one vector by conjugated elements of the second vector.
Image	IPUAbs (ComplexImage imgSrc, Image imgDst)
	Absolute value of vector elements.
Image	IPUCIS (Image imgSrc, ComplexImage imgDst)
	Complex exponent of vector elements(cosine and sine combined to complex value).
Image	IPUPowx (Image imgSrc, Number nB, Image imgDst)
	vector elements raised to the constant power
void	IPUSinCos (Image imgSrc, Image imgSin, Image imgCos)
	Sine and cosine of vector elements.
void	IPUModf (Image imgSrc, Image imgVal, Image imgRem)
	Integer and fraction parts.

Detailed Description

Function Documentation

Image IPUConj	(	ComplexImage	imgSrc,
		ComplexImage	imgDst
	)

Conjugation of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUSqr	(	Image	imgSrc,
		Image	imgDst
	)

Squaring of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAbs	(	Image	imgSrc,
		Image	imgDst
	)

Absolute value of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUInv	(	Image	imgSrc,
		Image	imgDst
	)

Inversion of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUSqrt	(	Image	imgSrc,
		Image	imgDst
	)

Square root of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUInvSqrt	(	Image	imgSrc,
		Image	imgDst
	)

Inverse square root of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUCbrt	(	Image	imgSrc,
		Image	imgDst
	)

Cube root of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUInvCbrt	(	Image	imgSrc,
		Image	imgDst
	)

Inverse cube root of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUPow2o3	(	Image	imgSrc,
		Image	imgDst
	)

Each vector element raised to 2/3.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUPow3o2	(	Image	imgSrc,
		Image	imgDst
	)

Each vector element raised to 3/2.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUExp	(	Image	imgSrc,
		Image	imgDst
	)

Exponential of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUExpm1	(	Image	imgSrc,
		Image	imgDst
	)

Exponential of vector elements decreased by 1.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPULn	(	Image	imgSrc,
		Image	imgDst
	)

Natural logarithm of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPULog10	(	Image	imgSrc,
		Image	imgDst
	)

Denary logarithm of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPULog1p	(	Image	imgSrc,
		Image	imgDst
	)

Natural logarithm of vector elements that are increased by 1.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUCos	(	Image	imgSrc,
		Image	imgDst
	)

Cosine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUSin	(	Image	imgSrc,
		Image	imgDst
	)

Sine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUTan	(	Image	imgSrc,
		Image	imgDst
	)

Tangent of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUCosh	(	Image	imgSrc,
		Image	imgDst
	)

Hyperbolic cosine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUSinh	(	Image	imgSrc,
		Image	imgDst
	)

Hyperbolic sine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUTanh	(	Image	imgSrc,
		Image	imgDst
	)

Hyperbolic tangent of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAcos	(	Image	imgSrc,
		Image	imgDst
	)

Inverse cosine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAsin	(	Image	imgSrc,
		Image	imgDst
	)

Inverse sine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAtan	(	Image	imgSrc,
		Image	imgDst
	)

Inverse tangent of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAcosh	(	Image	imgSrc,
		Image	imgDst
	)

Inverse hyperbolic cosine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAsinh	(	Image	imgSrc,
		Image	imgDst
	)

Inverse hyperbolic sine of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAtanh	(	Image	imgSrc,
		Image	imgDst
	)

Inverse hyperbolic tangent of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUErf	(	Image	imgSrc,
		Image	imgDst
	)

Error function value of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUErfc	(	Image	imgSrc,
		Image	imgDst
	)

Complementary error function value of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUErfInv	(	Image	imgSrc,
		Image	imgDst
	)

Inverse error function value of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUFloor	(	Image	imgSrc,
		Image	imgDst
	)

Rounding towards minus infinity.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUCeil	(	Image	imgSrc,
		Image	imgDst
	)

Rounding towards plus infinity.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUTrunc	(	Image	imgSrc,
		Image	imgDst
	)

Rounding towards zero infinity.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPURound	(	Image	imgSrc,
		Image	imgDst
	)

Rounding to nearest integer.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUNearbyInt	(	Image	imgSrc,
		Image	imgDst
	)

Rounding according to current mode.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPURint	(	Image	imgSrc,
		Image	imgDst
	)

Rounding according to current mode and raising inexact result exception.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAdd	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Addition of vector elements.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUSub	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Subtraction of vector elements.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUMul	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Multiplication of vector elements.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUDiv	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Division of elements of one vector by elements of the second vector.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUPow	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Each vector element raised to the specified power.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUHypot	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Square root of sum of squares.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAtan2	(	Image	imgA,
		Image	imgB,
		Image	imgDst
	)

Four-quadrant inverse tangent of elements of two vectors.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUMulByConj	(	ComplexImage	imgA,
		ComplexImage	imgB,
		ComplexImage	imgDst
	)

Multiplication of elements of one vector by conjugated elements of the second vector.

Parameters:

	imgA	an image
	imgB	an image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUAbs	(	ComplexImage	imgSrc,
		Image	imgDst
	)

Absolute value of vector elements.

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUCIS	(	Image	imgSrc,
		ComplexImage	imgDst
	)

Complex exponent of vector elements(cosine and sine combined to complex value).

Parameters:

	imgSrc	Source image
	imgDst	Destination image (can be NULL)

Returns:: imgDst

Image IPUPowx	(	Image	imgSrc,
		Number	nB,
		Image	imgDst
	)

vector elements raised to the constant power

Parameters:

	imgSrc	Source image
	nb	Constant value for power b.
	imgDst	Destination image (can be NULL)

Returns:: imgDst

void IPUSinCos	(	Image	imgSrc,
		Image	imgSin,
		Image	imgCos
	)

Sine and cosine of vector elements.

Parameters:

	imgSrc	Source image
	imgSin	Sine values
	imgCos	Cosine values

void IPUModf	(	Image	imgSrc,
		Image	imgVal,
		Image	imgRem
	)

Integer and fraction parts.

Parameters:

	imgSrc	Source image
	imgVal	Integer values
	imgRem	Fraction values

VML.s File Reference

Functions

Detailed Description

Function Documentation