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LUT< 1, X > Class Template Reference

One-dimensional lookup table specialization. More...

#include <LUT.h>

Inheritance diagram for LUT< 1, X >:

List of all members.

Public Types
typedef VEC< 1, int >	Dim
typedef VEC< 1, X >	Vec
typedef VEC< 1, std::vector< X > >	Breaks
enum	Modes { LINEAR, SPLINE }
Public Methods
X	__get (int n) const
	LUT ()
virtual	~LUT ()
	LUT (LUT< 1, X > const &copy)
LUT< 1, X > const &	operator= (LUT< 1, X > const &copy)
void	interpolate (Dim const &dim, Interpolation::Modes mode)
void	interpolate (std::vector< int > const &dim, Interpolation::Modes mode)
X	getValue (Vec const &v) const
X	getValue (std::vector< X > const &x) const
X	operator[] (Vec const &v) const
void	load (std::vector< X > const &values, Breaks const &breaks, int *index=0)
void	load (std::vector< X > const &values, std::vector< std::vector< X > > const &breaks)
virtual void	serialize (Archive &)
	Serialize to or from a data archive.
virtual std::string	asString () const
	Return a string representation of LUT.
virtual std::string	typeString () const
	Return a string representation of the type.
bool	isInterpolated () const
	Return true if the interpolated table is ready for use.
virtual void	parseXML (const char *cdata)
	Parse cdata from within the XML tags for this object.
virtual void	convertXML ()
	Convert XML data to internal format prior to serialization.
Protected Methods
void	find (X x, int &i, X &f) const
	Find the index and interpolation parameter for a given coordinate.
void	postInterpolation (X x0, X x1, int n)
	Compute a few parameters needed for fast lookups.
void	checkInterpolated () const
void	checkNotInterpolated () const
void	throwBreakpointOrder () const
void	throwInterpolationMode () const
Protected Attributes
X	m_X0
X	m_X1
X	m_XS
int	m_Limit
bool	m_Interpolated
Friends
class	LUT< 2, X >

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Detailed Description

template<typename X>
class LUT< 1, X >

One-dimensional lookup table specialization.

Author:

Mark Rose <mrose@stm.lbl.gov>

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Member Typedef Documentation

template<typename X> typedef VEC<1, std::vector<X> > LUT< 1, X >::Breaks

template<typename X> typedef VEC<1, int> LUT< 1, X >::Dim

template<typename X> typedef VEC<1, X> LUT< 1, X >::Vec

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Member Enumeration Documentation

enum Interpolation::Modes [inherited]

Enumeration values: LINEAR  SPLINE

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Constructor & Destructor Documentation

template<typename X> LUT< 1, X >::~LUT (    )  [virtual]

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Member Function Documentation

template<typename X> X LUT< 1, X >::__get (  int    n )  const [inline]

template<typename X> std::string LUT< 1, X >::asString (    )  const [virtual]

Return a string representation of LUT. Implements BaseType.

void Interpolation::checkInterpolated (    )  const [inline, protected, inherited]

void Interpolation::checkNotInterpolated (    )  const [inline, protected, inherited]

void BaseType::convertXML (    )  [virtual, inherited]

Convert XML data to internal format prior to serialization. This method is currently only called by the XML parser for Object classes. If another BaseType class requires this method, a call must be added to the appropriate XML handler in the parser.

template<typename X> void InterpolationType< X >::find (  X    x, int &    i, X &    f )  const [inline, protected, inherited]

Find the index and interpolation parameter for a given coordinate.

template<typename X> X LUT< 1, X >::getValue (  std::vector< X > const &    x )  const [inline]

template<typename X> X LUT< 1, X >::getValue (  Vec const &    v )  const

template<typename X> void LUT< 1, X >::interpolate (  std::vector< int > const &    dim, Interpolation::Modes    mode )

template<typename X> void LUT< 1, X >::interpolate (  Dim const &    dim, Interpolation::Modes    mode )

bool Interpolation::isInterpolated (    )  const [inline, inherited]

Return true if the interpolated table is ready for use.

template<typename X> void LUT< 1, X >::load (  std::vector< X > const &    values, std::vector< std::vector< X > > const &    breaks )

template<typename X> void LUT< 1, X >::load (  std::vector< X > const &    values, Breaks const &    breaks, int *    index = 0 )

template<typename X> LUT< 1, X >::LUT (  LUT< 1, X > const &    copy )

template<typename X> LUT< 1, X >::LUT (    )

template<typename X> LUT< 1, X > const & LUT< 1, X >::operator= (  LUT< 1, X > const &    copy )

template<typename X> X LUT< 1, X >::operator[] (  Vec const &    v )  const [inline]

void BaseType::parseXML (  const char *    cdata )  [virtual, inherited]

Parse cdata from within the XML tags for this object. Reimplemented in SimDate, EnumLink, GeoPos, LLA, UTM, Matrix3, Quat, Real, and Vector3.

template<typename X> void InterpolationType< X >::postInterpolation (  X    x0, X    x1, int    n )  [protected, inherited]

Compute a few parameters needed for fast lookups. Called after a LUT has been interpolated.

template<typename X> void LUT< 1, X >::serialize (  Archive &    archive )  [virtual]

Serialize to or from a data archive. Reimplemented from BaseType.

void Interpolation::throwBreakpointOrder (    )  const [inline, protected, inherited]

void Interpolation::throwInterpolationMode (    )  const [inline, protected, inherited]

template<typename X> std::string LUT< 1, X >::typeString (    )  [virtual]

Return a string representation of the type. Implements BaseType.

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Friends And Related Function Documentation

template<typename X> friend class LUT< 2, X > [friend]

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Member Data Documentation

bool Interpolation::m_Interpolated [protected, inherited]

template<typename X> int InterpolationType< X >::m_Limit [protected, inherited]

template<typename X> X InterpolationType< X >::m_X0 [protected, inherited]

template<typename X> X InterpolationType< X >::m_X1 [protected, inherited]

template<typename X> X InterpolationType< X >::m_XS [protected, inherited]

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The documentation for this class was generated from the following files:

• LUT.h
• LUT.cpp

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SimData version pre-0.4.0. For more information on SimData, visit the SimData Homepage. Generated on Tue Oct 14 12:06:41 2003, using Doxygen 1.2.18.