Free functions for ArrayContainer.


Functions
template<typename T, bool A>
ArrayContainer< T, A > &	ads::operator+= (ArrayContainer< T, A > &array, typename ArrayContainer< T, A >::parameter_type x)
	To be used for arithmetic types.
template<typename T, bool A>
ArrayContainer< T, A > &	ads::operator-= (ArrayContainer< T, A > &array, typename ArrayContainer< T, A >::parameter_type x)
	To be used for arithmetic types.
template<typename T, bool A>
ArrayContainer< T, A > &	ads::operator *= (ArrayContainer< T, A > &array, typename ArrayContainer< T, A >::parameter_type x)
	To be used for arithmetic types.
template<typename T, bool A>
ArrayContainer< T, A > &	ads::operator/= (ArrayContainer< T, A > &array, typename ArrayContainer< T, A >::parameter_type x)
	To be used for arithmetic types.
template<typename T, bool A>
ArrayContainer< T, A > &	ads::operator%= (ArrayContainer< T, A > &array, typename ArrayContainer< T, A >::parameter_type x)
	To be used for arithmetic types.
template<typename T, bool A>
ArrayContainer< T *, A > &	ads::operator+= (ArrayContainer< T , A > &array, typename ArrayContainer< T , A >::difference_type x)
	To be used for pointer types.
template<typename T, bool A>
ArrayContainer< T *, A > &	ads::operator-= (ArrayContainer< T , A > &array, typename ArrayContainer< T , A >::difference_type x)
	To be used for pointer types.
template<typename T1, bool A1, typename T2, bool A2>
ArrayContainer< T1, A1 > &	ads::operator+= (ArrayContainer< T1, A1 > &x, const ArrayContainer< T2, A2 > &y)
	Component-wise addition.
template<typename T1, bool A1, typename T2, bool A2>
ArrayContainer< T1, A1 > &	ads::operator-= (ArrayContainer< T1, A1 > &x, const ArrayContainer< T2, A2 > &y)
	Component-wise subtraction.
template<typename T1, bool A1, typename T2, bool A2>
ArrayContainer< T1, A1 > &	ads::operator *= (ArrayContainer< T1, A1 > &x, const ArrayContainer< T2, A2 > &y)
	Component-wise multiplication.
template<typename T1, bool A1, typename T2, bool A2>
ArrayContainer< T1, A1 > &	ads::operator/= (ArrayContainer< T1, A1 > &x, const ArrayContainer< T2, A2 > &y)
	Component-wise division.
template<typename T1, bool A1, typename T2, bool A2>
ArrayContainer< T1, A1 > &	ads::operator%= (ArrayContainer< T1, A1 > &x, const ArrayContainer< T2, A2 > &y)
	Component-wise modulus.
T	ads::Array::computeSum (const ArrayContainer< T, A > &x)
	Return the sum of the components.
T	ads::Array::computeProduct (const ArrayContainer< T, A > &x)
	Return the product of the components.
T	ads::Array::computeMinimum (const ArrayContainer< T, A > &x)
	Return the minimum component. Use < for comparison.
T	ads::Array::computeMaximum (const ArrayContainer< T, A > &x)
	Return the maximum component. Use > for comparison.
void	ads::Array::applyAbs (ArrayContainer< T, A > *x)
	Apply the absolute value () to each array element.
void	ads::Array::applyAcos (ArrayContainer< T, A > *x)
	Apply the inverse cosine ( $\cos^{-1}(x)$ ) to each array element.
void	ads::Array::applyAsin (ArrayContainer< T, A > *x)
	Apply the inverse sine ( $\sin^{-1}(x)$ ) to each array element.
void	ads::Array::applyAtan (ArrayContainer< T, A > *x)
	Apply the inverse tangent ( $\tan^{-1}(x)$ ) to each array element.
void	ads::Array::applyCeil (ArrayContainer< T, A > *x)
	Apply the ceiling function ( $\lceil x \rceil$ ) to each array element.
void	ads::Array::applyCos (ArrayContainer< T, A > *x)
	Apply the cosine ( $\cos(x)$ ) to each array element.
void	ads::Array::applyCosh (ArrayContainer< T, A > *x)
	Apply the hyperbolic cosine ( $\cosh(x)$ ) to each array element.
void	ads::Array::applyExp (ArrayContainer< T, A > *x)
	Apply the exponential function ( $\mathrm{e}^x$ ) to each array element.
void	ads::Array::applyFloor (ArrayContainer< T, A > *x)
	Apply the floor function ( $\lfloor x \rfloor$ ) to each array element.
void	ads::Array::applyLog (ArrayContainer< T, A > *x)
	Apply the natural logarithm ( $\ln(x)$ ) to each array element.
void	ads::Array::applyLog10 (ArrayContainer< T, A > *x)
	Apply the logarithm base 10 ( $\log_{10}(x)$ ) to each array element.
void	ads::Array::applySin (ArrayContainer< T, A > *x)
	Apply the sine ( $\sin(x)$ ) to each array element.
void	ads::Array::applySinh (ArrayContainer< T, A > *x)
	Apply the hyperbolic sine ( $\sinh(x)$ ) to each array element.
void	ads::Array::applySqrt (ArrayContainer< T, A > *x)
	Apply the square root ( $\sqrt{x}$ ) to each array element.
void	ads::Array::applyTan (ArrayContainer< T, A > *x)
	Apply the tangent ( $\tan(x)$ ) to each array element.
void	ads::Array::applyTanh (ArrayContainer< T, A > *x)
	Apply the hyperbolic tangent ( $\tanh(x)$ ) to each array element.

Generated on Fri Aug 24 12:55:37 2007 for Algorithms and Data Structures Package by

1.4.7

Free functions for ArrayContainer.

Functions