ScalarFieldArray.h File Reference

Variable length arrays of ScalarField and ScalarFieldTildeArray, and their operators. More...

#include <core/VectorField.h>
#include <cstdio>

Macros
#define	TptrCollection   std::vector<std::shared_ptr<T> >
	shorthand for templates below (undef'd at end of file)

Typedefs
typedef std::vector< ScalarField >	ScalarFieldArray
	dynamic size collection of real space scalar fields
typedef std::vector< ScalarFieldTilde >	ScalarFieldTildeArray
	dynamic size collection of reciprocal space scalar fields

Functions
template<typename T >
std::vector< typename T::DataType * >	dataPref (TptrCollection &x)
	Extract a std::vector of data pointers from a ScalarFieldArray.
template<typename T >
std::vector< const typename T::DataType * >	constDataPref (const TptrCollection &x)
	Extract a std::vector of const data pointers from a const ScalarFieldArray.
template<typename T >
TptrCollection	clone (const TptrCollection &x)
	Create a copy of the data (note operator= references same data since Tptr's are pointers!)
template<typename T >
TptrCollection &	operator*= (TptrCollection &x, double alpha)
	Scale.
template<class T >
TptrCollection	operator* (const TptrCollection &in, double scaleFac)
template<class T >
TptrCollection	operator* (double scaleFac, const TptrCollection &in)
template<class T >
TptrCollection	operator* (TptrCollection &&in, double scaleFac)
	Add (destructible input)
template<class T >
TptrCollection	operator* (double scaleFac, TptrCollection &&in)
	Add (destructible input)
template<typename T >
void	axpy (double alpha, const TptrCollection &x, TptrCollection &y)
	y += alpha x
ScalarFieldArray	operator* (const ScalarFieldArray &x, const ScalarFieldArray &y)
	elementise multiply
ScalarFieldArray	operator* (ScalarFieldArray &&x, const ScalarFieldArray &y)
ScalarFieldArray	operator* (const ScalarFieldArray &x, ScalarFieldArray &&y)
ScalarFieldArray &	operator*= (ScalarFieldArray &y, const ScalarField &x)
ScalarFieldArray	operator* (const ScalarField &x, ScalarFieldArray &&y)
ScalarFieldArray	operator* (ScalarFieldArray &&y, const ScalarField &x)
ScalarFieldArray	operator* (const ScalarField &x, const ScalarFieldArray &y)
ScalarFieldArray	operator* (const ScalarFieldArray &y, const ScalarField &x)
template<class T >
TptrCollection &	operator+= (TptrCollection &in, const TptrCollection &other)
	Increment.
template<class T >
TptrCollection &	operator-= (TptrCollection &in, const TptrCollection &other)
	Decrement.
template<class T >
TptrCollection	operator+ (const TptrCollection &in1, const TptrCollection &in2)
template<class T >
TptrCollection	operator+ (const TptrCollection &in1, TptrCollection &&in2)
	Add (destructible input)
template<class T >
TptrCollection	operator+ (TptrCollection &&in1, const TptrCollection &in2)
	Add (destructible input)
template<class T >
TptrCollection	operator+ (TptrCollection &&in1, TptrCollection &&in2)
	Add (destructible inputs)
template<class T >
TptrCollection	operator- (const TptrCollection &in1, const TptrCollection &in2)
template<class T >
TptrCollection	operator- (const TptrCollection &in1, TptrCollection &&in2)
	Add (destructible inputs)
template<class T >
TptrCollection	operator- (TptrCollection &&in1, const TptrCollection &in2)
	Add (destructible inputs)
template<class T >
TptrCollection	operator- (TptrCollection &&in1, TptrCollection &&in2)
	Add (destructible inputs)
template<typename T >
double	dot (const TptrCollection &x, const TptrCollection &y)
	Inner product.
ScalarFieldTildeArray	lGradient (const ScalarFieldTilde &, int l)
	spherical tensor gradient of order l (2l+1 outputs, multiplied by Ylm(Ghat) (iG)^l)
ScalarFieldTilde	lDivergence (const ScalarFieldTildeArray &, int l)
	spherical tensor divergence of order l (2l+1 inputs, multiplied by Ylm(Ghat) (iG)^l, and summed)
matrix3	lGradientStress (const RadialFunctionG &, const ScalarFieldTilde &, const ScalarFieldTilde &, int l, int m)
	Stress corresponding to lGradient and a convolution.
template<typename T >
void	initZero (TptrCollection &x)
	Initialize (non-null) data to zero.
template<typename T >
void	nullToZero (TptrCollection &x, const GridInfo &gInfo, int N=0)
template<typename T >
void	initRandomFlat (TptrCollection &x)
	Initialize to random numbers (uniform on 0 to 1)
template<typename T >
void	randomize (TptrCollection &x)
	Initialize to normal random numbers:
template<typename T >
void	loadFromFile (TptrCollection &x, const char *filename)
	Load an array of scalar fields from a file.
template<typename T >
void	saveToFile (const TptrCollection &x, const char *filename)
	Save an array of scalar fields to a file.
ScalarFieldArray	I (ScalarFieldTildeArray &&X)
ScalarFieldArray	I (const ScalarFieldTildeArray &X)
	Reciprocal to real space.
ScalarFieldTildeArray	J (const ScalarFieldArray &X)
ScalarFieldTildeArray	Idag (const ScalarFieldArray &X)
ScalarFieldArray	Jdag (ScalarFieldTildeArray &&X)
ScalarFieldArray	Jdag (const ScalarFieldTildeArray &X)
	Hermitian conjugate of J.

Detailed Description

Variable length arrays of ScalarField and ScalarFieldTildeArray, and their operators.