VectorField.h File Reference

Generic multiplet of data arrays (and specialized to triplets for vector fields in real/reciprocal space) More...

#include <core/ScalarField.h>
#include <core/GridInfo.h>
#include <core/Operators.h>
#include <core/vector3.h>
#include <vector>

Go to the source code of this file.

Classes
struct	ScalarFieldMultiplet< T, N >
	Generic multiplet object with overloaded arithmetic. More...

Macros
#define	Tptr   std::shared_ptr<T>
	shorthand for writing the template operators (undef'd at end of header)
#define	TptrMul   ScalarFieldMultiplet<T,N>
	shorthand for the template operators/functions (undef'd at end of file)
#define	RptrMul   ScalarFieldMultiplet<ScalarFieldData,N>
	shorthand for real-space-only template operators/functions (undef'd at end of file)
#define	GptrMul   ScalarFieldMultiplet<ScalarFieldTildeData,N>
	shorthand for reciprocal-space-only template operators/functions (undef'd at end of file)

Typedefs
typedef ScalarFieldMultiplet< ScalarFieldData, 3 >	VectorField
	Real space vector field.
typedef ScalarFieldMultiplet< ScalarFieldTildeData, 3 >	VectorFieldTilde
	Reciprocal space vector field.
typedef ScalarFieldMultiplet< ScalarFieldData, 5 >	TensorField
	Symmetric traceless tensor: real space field.
typedef ScalarFieldMultiplet< ScalarFieldTildeData, 5 >	TensorFieldTilde
	Symmetric traceless tensor: reciprocal space field.

Functions
template<class T , int N>
TptrMul	clone (const TptrMul &X)
	Clone (NOTE: operator= is by reference for ScalarField multiplets)
template<class T , int N>
void	initZero (TptrMul &X)
	Initialize data to 0 and scale factors to 1.
template<class T , int N>
void	nullToZero (TptrMul &X, const GridInfo &gInfo)
	Allocate and initialize each component of X to 0 if null.
template<int N>
void	initRandom (RptrMul &X, double cap=0.0)
	initialize element-wise with a unit-normal random number (with a cap if cap>0)
template<int N>
void	initRandomFlat (RptrMul &X)
	initialize element-wise with a unit-flat [0:1) random number
template<int N>
void	randomize (RptrMul &X)
	alternate interface required by Minimizable
template<class T , int N>
TptrMul &	operator*= (TptrMul &in, const TptrMul &other)
	Elementwise multiply each component.
template<class T , int N>
TptrMul	operator* (const TptrMul &in1, const TptrMul &in2)
	Elementwise multiply each component (preserve inputs)
template<class T , int N>
TptrMul	operator* (TptrMul &&in1, const TptrMul &in2)
	Elementwise multiply each component (destructible input)
template<class T , int N>
TptrMul	operator* (const TptrMul &in2, TptrMul &&in1)
	Elementwise multiply each component (destructible input)
template<class T , int N>
TptrMul	operator* (TptrMul &&in1, TptrMul &&in2)
	Elementwise multiply each component (destructible inputs)
template<class T , int N>
TptrMul &	operator*= (TptrMul &inM, const Tptr &inS)
	Elementwise multiply each component.
template<class T , int N>
TptrMul	operator* (const TptrMul &inM, const Tptr &inS)
	Elementwise multiply each component (preserve inputs)
template<class T , int N>
TptrMul	operator* (const Tptr &inS, const TptrMul &inM)
	Elementwise multiply each component (preserve inputs)
template<class T , int N>
TptrMul	operator* (TptrMul &&inM, const Tptr &inS)
	Elementwise multiply each component (destructible input)
template<class T , int N>
TptrMul	operator* (const Tptr &inS, TptrMul &&inM)
	Elementwise multiply each component (destructible input)
template<class T , int N>
TptrMul &	operator*= (TptrMul &in, double scaleFac)
	Scale.
template<class T , int N>
TptrMul	operator* (const TptrMul &in, double scaleFac)
	Scalar multiply (preserve input)
template<class T , int N>
TptrMul	operator* (double scaleFac, const TptrMul &in)
	Scalar multiply (preserve input)
template<class T , int N>
TptrMul	operator* (TptrMul &&in, double scaleFac)
	Scalar multiply (destructible input)
template<class T , int N>
TptrMul	operator* (double scaleFac, TptrMul &&in)
	Scalar multiply (destructible input)
template<class T >
ScalarFieldMultiplet< T, 3 >	operator* (vector3<> v, const Tptr &in)
	3-vector multiply
template<class T >
Tptr	dot (vector3<> v, const ScalarFieldMultiplet< T, 3 > &in)
	3-vector multiply
template<class T , int N>
void	axpy (double alpha, const TptrMul &X, TptrMul &Y)
	Linear combine Y += alpha * X.
template<class T , int N>
TptrMul &	operator+= (TptrMul &in, const TptrMul &other)
	Increment.
template<class T , int N>
TptrMul &	operator-= (TptrMul &in, const TptrMul &other)
	Decrement.
template<class T , int N>
TptrMul	operator+ (const TptrMul &in1, const TptrMul &in2)
	Add (preserve inputs)
template<class T , int N>
TptrMul	operator+ (const TptrMul &in1, TptrMul &&in2)
	Add (destructible input)
template<class T , int N>
TptrMul	operator+ (TptrMul &&in1, const TptrMul &in2)
	Add (destructible input)
template<class T , int N>
TptrMul	operator+ (TptrMul &&in1, TptrMul &&in2)
	Add (destructible inputs)
template<class T , int N>
TptrMul	operator- (const TptrMul &in1, const TptrMul &in2)
	Subtract (preserve input)
template<class T , int N>
TptrMul	operator- (const TptrMul &in1, TptrMul &&in2)
	Subtract (destructible input)
template<class T , int N>
TptrMul	operator- (TptrMul &&in1, const TptrMul &in2)
	Subtract (destructible input)
template<class T , int N>
TptrMul	operator- (TptrMul &&in1, TptrMul &&in2)
	Subtract (destructible inputs)
template<class T , int N>
TptrMul	operator- (const TptrMul &in)
	Negate.
template<class T , int N>
TptrMul	operator- (TptrMul &&in)
	Negate.
template<class T , int N>
void	axpy (double alpha, const Tptr &X, TptrMul &Y)
	Linear combine Y += alpha * X.
template<class T , int N>
TptrMul &	operator+= (TptrMul &in, const Tptr &other)
	Increment.
template<class T , int N>
TptrMul &	operator-= (TptrMul &in, const Tptr &other)
	Decrement.
template<class T , int N>
TptrMul	operator+ (const TptrMul &in1, const Tptr &in2)
	Add (preserve inputs)
template<class T , int N>
TptrMul	operator+ (const Tptr &in1, const TptrMul &in2)
	Add (preserve inputs)
template<class T , int N>
TptrMul	operator+ (const Tptr &in1, TptrMul &&in2)
	Add (destructible input)
template<class T , int N>
TptrMul	operator+ (TptrMul &&in1, const Tptr &in2)
	Add (destructible input)
template<class T , int N>
TptrMul	operator- (const TptrMul &in1, const Tptr &in2)
	Subtract (preserve input)
template<class T , int N>
TptrMul	operator- (const Tptr &in1, const TptrMul &in2)
	Subtract (preserve input)
template<class T , int N>
TptrMul	operator- (TptrMul &&in1, const Tptr &in2)
	Subtract (destructible input)
template<class T , int N>
TptrMul	operator- (const Tptr &in1, TptrMul &&in2)
	Subtract (destructible input)
template<class T , int N>
double	dot (const TptrMul &X, const TptrMul &Y)
	Inner product.
template<class T , int N>
double	nrm2 (const TptrMul &X)
	2-norm
template<class T , int N>
double	sum (const TptrMul &X)
	Sum of elements.
vector3	getGzero (const VectorFieldTilde &X)
	return G=0 components
void	setGzero (const VectorFieldTilde &X, vector3<> v)
	set G=0 components
vector3	sumComponents (const VectorField &X)
	Sum of elements (component-wise)
ScalarField	lengthSquared (const VectorField &X)
	Elementwise length squared.
ScalarField	dotElemwise (const VectorField &X, const VectorField &Y)
	Elementwise dot.
template<int N>
RptrMul &	operator+= (RptrMul &in, double scalar)
	Increment by scalar.
template<int N>
RptrMul	operator+ (double scalar, const RptrMul &in)
	Add scalar (preserve input)
template<int N>
RptrMul	operator+ (const RptrMul &in, double scalar)
	Add scalar (preserve input)
template<int N>
RptrMul	operator+ (double scalar, RptrMul &&in)
	Add scalar (destructible input)
template<int N>
RptrMul	operator+ (RptrMul &&in, double scalar)
	Add scalar (destructible input)
template<int N>
GptrMul &	operator*= (GptrMul &in, const RealKernel &kernel)
	Multiply by kernel.
template<int N>
GptrMul	operator* (const RealKernel &kernel, const GptrMul &in)
	Multiply by kernel (preserve input)
template<int N>
GptrMul	operator* (const GptrMul &in, const RealKernel &kernel)
	Multiply by kernel (preserve input)
template<int N>
GptrMul	operator* (const RealKernel &kernel, GptrMul &&in)
	Multiply by kernel (destructible input)
template<int N>
GptrMul	operator* (GptrMul &&in, const RealKernel &kernel)
	Multiply by kernel (destructible input)
template<int N>
GptrMul	O (GptrMul &&X)
	Inner product operator (diagonal in PW basis)
template<int N>
GptrMul	O (const GptrMul &X)
	Inner product operator (diagonal in PW basis)
template<int N>
RptrMul	I (GptrMul &&X, bool compat=false)
	Forward transform: PW basis -> real space (destructible input)
template<int N>
GptrMul	J (const RptrMul &X)
	Inverse transform: Real space -> PW basis.
template<int N>
GptrMul	Idag (const RptrMul &X)
	Forward transform transpose: Real space -> PW basis.
template<int N>
RptrMul	Jdag (GptrMul &&X, bool compat=false)
	Inverse transform transpose: PW basis -> real space (destructible input)
template<int N>
RptrMul	Jdag (const GptrMul &X, bool compat=false)
	Inverse transform transpose: PW basis -> real space (preserve input)
template<int N>
RptrMul	I (const GptrMul &X, bool compat=false)
	Forward transform: PW basis -> real space (preserve input)
VectorFieldTilde	gradient (const ScalarFieldTilde &)
	compute the gradient of a complex field, returns cartesian components
VectorField	gradient (const ScalarField &)
	compute the gradient of a complex field, returns cartesian components
ScalarFieldTilde	divergence (const VectorFieldTilde &)
	compute the divergence of a vector field specified in cartesian components
ScalarField	divergence (const VectorField &)
	compute the divergence of a vector field specified in cartesian components
TensorFieldTilde	tensorGradient (const ScalarFieldTilde &)
	symmetric traceless tensor second derivative of a scalar field
ScalarFieldTilde	tensorDivergence (const TensorFieldTilde &)
	second derivative contraction of a symmetric traceless tensor field
template<int N>
void	printStats (const RptrMul &, const char *name, FILE *fpLog=stdout)
	Print mean and standard deviation of each component array with specified name (debug utility)

Detailed Description

Generic multiplet of data arrays (and specialized to triplets for vector fields in real/reciprocal space)