nmn Namespace Reference

Classes
class	BasisFunction
	Basis function class for NURBS evaluation. More...
struct	IsAPointerTraits
struct	IsNotAPointerTraits
class	Cache
struct	Type
struct	Type< T * >
class	CachePolicyInterface
class	Exception
	Useful class for exception handling. More...
class	LruCachePolicy
class	Matrix
	Template class for n-dimensional matrix definition. More...
class	Matrix< Element, 1 >
class	NotifyLevel
	Useful class for applicantion's message notification. More...
class	Nurbs
	Nurbs class inherits from NurbsCore class and implements some useful functionalities. More...
class	NurbsCore
	Core for NURBS object evaluation. More...
class	Polynomius
	Useful class for algebric polynomius calculus and its evaluation. More...
class	SearchIssue
	Encapsulate a search result. More...
Typedefs
typedef unsigned int	UnsignedInt
typedef double	Float
Functions
Polynomius	operator+ (const Polynomius &first_polynomius_addendum, const Polynomius &second_polynomius_addendum)
	Returns the sum of two polynomius.
Polynomius	operator * (const Polynomius &polynomius, const Float &scalar_value)
	Returns the product of a polynomius by a scalar value.
Polynomius	promote (const Polynomius &polynomius)
	Returns the polynomius polynomius with degree incremented by 1.
template<typename Element>
unsigned int	sizeOfElement (const Element &element, const IsAPointerTraits traits)
	not yet documented
template<typename Element>
unsigned int	sizeOfElement (const Element &element, const IsNotAPointerTraits traits)
	not yet documented
template<typename Key>
unsigned int	sizeOfKey (const Key &key, const IsAPointerTraits traits)
	not yet documented
template<typename Key>
unsigned int	sizeOfKey (const Key &key, const IsNotAPointerTraits traits)
	not yet documented

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Typedef Documentation

typedef unsigned int nmn::UnsignedInt

Each word defines a data type must start with an upper-case character in respect to the nmn coding style.

typedef double nmn::Float

Each word defines a data type must start with an upper-case character in respect to the nmn coding style.

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Function Documentation

Polynomius nmn::operator+	(	const Polynomius &	first_polynomius_addendum,
		const Polynomius &	second_polynomius_addendum
	)

Returns the sum of two polynomius.

Parameters:

	first_polynomius_addendum	first polynomius addendum
	second_polynomius_addendum	second polynomius addendum

Returns the sum of the two polynomius passed as arguments. Let's first_polynomius_addendum = p(x) and second_polynomius_addendum = q(x) then this method returns r(x) = p(x)+q(x).

Polynomius nmn::operator *	(	const Polynomius &	polynomius,
		const Float &	scalar_value
	)

Returns the product of a polynomius by a scalar value.

Parameters:

	polynomius	polynomius to be multiplied
	scalar_value	scalar value's going to multiply

Let's polynomius = p(x) then this method returns r(x) = p(x)*scalar_value.

Polynomius nmn::promote

(

const Polynomius &

polynomius

)

Returns the polynomius polynomius with degree incremented by 1.

Parameters:

polynomius

polynomius to promote at higher degree

Returns the polynomius polynomius with its degree incremented by 1, as the same if a multiplication by incognite variable was performed. Let's polynomius = p(x) then this method returns r(x) = p(x)*x.

template<typename Element>

unsigned int nmn::sizeOfElement	(	const Element &	element,
		const IsAPointerTraits	traits
	)

not yet documented

template<typename Element>

unsigned int nmn::sizeOfElement	(	const Element &	element,
		const IsNotAPointerTraits	traits
	)

not yet documented

template<typename Key>

unsigned int nmn::sizeOfKey	(	const Key &	key,
		const IsAPointerTraits	traits
	)

not yet documented

template<typename Key>

unsigned int nmn::sizeOfKey	(	const Key &	key,
		const IsNotAPointerTraits	traits
	)

not yet documented

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