CrystVector.h File Reference

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Classes
class	CrystVector
	Vector library (Blitz++ mimic) for ObjCryst++. More...
class	CrystMatrix
	2D Vector library (Blitz++ mimic) for ObjCryst++ More...
class	CrystMatrix::ListInitializer
class	CrystMatrix::ListInitializerSwitch
class	CrystArray3D
	3D Vector (Blitz++ mimic) for ObjCryst++ More...
class	CubicSpline
	Cubic spline interpolation. More...
Defines
#define	CrystVector_REAL   CrystVector<REAL>
#define	CrystVector_double   CrystVector<double>
#define	CrystVector_float   CrystVector<float>
#define	CrystVector_long   CrystVector<long>
#define	CrystVector_int   CrystVector<int>
#define	CrystVector_uint   CrystVector<unsigned int>
#define	CrystVector_bool   CrystVector<bool>
#define	CrystMatrix_REAL   CrystMatrix<REAL>
#define	CrystMatrix_double   CrystMatrix<double>
#define	CrystMatrix_float   CrystMatrix<float>
#define	CrystMatrix_long   CrystMatrix<long>
#define	CrystMatrix_int   CrystMatrix<int>
#define	CrystMatrix_uint   CrystMatrix<unsigned int>
#define	CrystMatrix_bool   CrystMatrix<bool>
#define	CrystArray3D_REAL   CrystArray3D<REAL>
#define	CrystVector_T   CrystVector<T>
#define	CrystMatrix_T   CrystMatrix<T>
#define	CrystArray3D_T   CrystMatrix<T>
#define	__VFN_GEOM_STRUCT_FACTOR_USE_POINTERS
Functions
template<class T> ostream &	operator<< (ostream &os, CrystVector< T > &vect)
template<class T> CrystVector< long >	SortSubs (const CrystVector< T > &vect)
template<class T> long	QuickSortSubs (CrystVector< T > &vect, CrystVector< long > &subscript, long last, long first=0, int depth=0)
template<class T> CrystVector< T >	cos (const CrystVector< T > &vect)
	Cosinus (slow routine, not memory-savy..).
template<class T> CrystVector< T >	sin (const CrystVector< T > &vect)
	Sinus (slow routine, not memory-savy...).
template<class T> CrystVector< T >	tan (const CrystVector< T > &vect)
	Tangent (slow routine, not memory-savy...).
template<class T> CrystVector< T >	sqrt (const CrystVector< T > &vect)
	Square root (slow routine, not memory-savy...).
template<class T> ostream &	operator<< (ostream &os, const CrystMatrix< T > &vect)
template<class T> T	MaxDifference (const CrystVector< T > &a, const CrystVector< T > &b)
template<class T> T	MaxDifference (const CrystMatrix< T > &a, const CrystMatrix< T > &b)
template<class T> CrystMatrix< T >	product (const CrystMatrix< T > &a, const CrystMatrix< T > &b)
template<class T> ostream &	operator<< (ostream &os, const CrystArray3D< T > &vect)
CrystMatrix_REAL	InvertMatrix (const CrystMatrix_REAL &m)
template<class T> void	MatrixExchangeRows (CrystMatrix_T &m, const long row1, const long row2)
template<class T> T	MaxAbs (const CrystVector_T &vector)
	Maximum absolute value of vector.
template<class T> T	MinAbs (const CrystVector_T &vector)
	Minimum absolute value of vector.
CrystVector_REAL	SavitzkyGolay (const CrystVector_REAL &v, const unsigned int m, const unsigned int deriv)
	Savitzky-Golay computing of smoothed data, using 2nd order polynomial coefficients.

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Define Documentation

#define __VFN_GEOM_STRUCT_FACTOR_USE_POINTERS

#define CrystArray3D_REAL   CrystArray3D<REAL>

#define CrystArray3D_T   CrystMatrix<T>

#define CrystMatrix_bool   CrystMatrix<bool>

#define CrystMatrix_double   CrystMatrix<double>

#define CrystMatrix_float   CrystMatrix<float>

#define CrystMatrix_int   CrystMatrix<int>

#define CrystMatrix_long   CrystMatrix<long>

#define CrystMatrix_REAL   CrystMatrix<REAL>

#define CrystMatrix_T   CrystMatrix<T>

#define CrystMatrix_uint   CrystMatrix<unsigned int>

#define CrystVector_bool   CrystVector<bool>

#define CrystVector_double   CrystVector<double>

#define CrystVector_float   CrystVector<float>

#define CrystVector_int   CrystVector<int>

#define CrystVector_long   CrystVector<long>

#define CrystVector_REAL   CrystVector<REAL>

#define CrystVector_T   CrystVector<T>

#define CrystVector_uint   CrystVector<unsigned int>

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Function Documentation

template<class T> CrystVector<T> cos (  const CrystVector< T > &  vect  )

Cosinus (slow routine, not memory-savy..).

CrystMatrix_REAL InvertMatrix (  const CrystMatrix_REAL &  m  )

template<class T> void MatrixExchangeRows (  CrystMatrix_T &  m, const long  row1, const long  row2 )

template<class T> T MaxAbs (  const CrystVector_T &  vector  )

Maximum absolute value of vector.

template<class T> T MaxDifference (  const CrystMatrix< T > &  a, const CrystMatrix< T > &  b )

template<class T> T MaxDifference (  const CrystVector< T > &  a, const CrystVector< T > &  b )

template<class T> T MinAbs (  const CrystVector_T &  vector  )

Minimum absolute value of vector.

template<class T> ostream& operator<< (  ostream &  os, const CrystArray3D< T > &  vect )

template<class T> ostream& operator<< (  ostream &  os, const CrystMatrix< T > &  vect )

template<class T> ostream& operator<< (  ostream &  os, CrystVector< T > &  vect )

template<class T> CrystMatrix<T> product (  const CrystMatrix< T > &  a, const CrystMatrix< T > &  b )

template<class T> long QuickSortSubs (  CrystVector< T > &  vect, CrystVector< long > &  subscript, long  last, long  first = 0, int  depth = 0 )

CrystVector_REAL SavitzkyGolay (  const CrystVector_REAL &  v, const unsigned int  m, const unsigned int  deriv )

Savitzky-Golay computing of smoothed data, using 2nd order polynomial coefficients.

template<class T> CrystVector<T> sin (  const CrystVector< T > &  vect  )

Sinus (slow routine, not memory-savy...).

template<class T> CrystVector<long> SortSubs (  const CrystVector< T > &  vect  )

template<class T> CrystVector<T> sqrt (  const CrystVector< T > &  vect  )

Square root (slow routine, not memory-savy...).

template<class T> CrystVector<T> tan (  const CrystVector< T > &  vect  )

Tangent (slow routine, not memory-savy...).

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