F Struct Reference

Inheritance diagram for F:

Collaboration diagram for F:

Public Member Functions
	F ()
	F ()
	F (const F &a)
	F (const F &a)
	F (const functionT &x)
	F (const real_function_3d &psi, const real_function_3d &phi)
	F (const real_function_3d &x, const real_function_3d &y)
	F (double x)
	F (double(*f)(const coord_3d &), const coord_3d &pt)
	F (int n)
const functionT &	get () const
double	get () const
double	operator() (const coord_1d &x) const
double	operator() (const coord_3d &r) const
F	operator* (const dataT &a) const
F	operator* (double a) const
F	operator* (double a) const
F	operator* (double a) const
F	operator+= (const F &b)
F	operator+= (const F &b)
F &	operator+= (const F &b)
F &	operator+= (const F &b)
F	operator- (const F &b) const
F	operator- (const F &b) const
F	operator- (const F &b) const
F	operator- (const F &b) const
F	operator= (const F &f)
F	operator= (const F &f)
std::vector< coord_3d >	special_points () const
	Override this to return list of special points to be refined more deeply.
Public Member Functions inherited from madness::FunctionFunctorInterface< double, 3 >
	FunctionFunctorInterface ()
virtual	~FunctionFunctorInterface ()
virtual coeffT	coeff (const keyT &) const
virtual void	operator() (const Vector< double *, 1 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 2 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 3 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 4 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 5 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 6 > &xvals, double *fvals, int npts) const
virtual double	operator() (const Vector< double, NDIM > &x) const=0
	You should implement this to return f(x)
virtual bool	provides_coeff () const
	does this functor directly provide sum coefficients? or only function values?
virtual bool	screened (const Vector< double, NDIM > &c1, const Vector< double, NDIM > &c2) const
	Can we screen this function based on the bounding box information?
void	set_length_scale (double lo)
	adapt the special level to resolve the smallest length scale
virtual Level	special_level ()
	Override this change level refinement for special points (default is 6)
virtual bool	supports_vectorized () const
	Does the interface support a vectorized operator()?
virtual coeffT	values (const keyT &key, const Tensor< double > &tensor) const
Public Member Functions inherited from madness::FunctionFunctorInterface< double, 1 >
	FunctionFunctorInterface ()
virtual	~FunctionFunctorInterface ()
virtual coeffT	coeff (const keyT &) const
virtual void	operator() (const Vector< double *, 1 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 2 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 3 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 4 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 5 > &xvals, double *fvals, int npts) const
virtual void	operator() (const Vector< double *, 6 > &xvals, double *fvals, int npts) const
virtual double	operator() (const Vector< double, NDIM > &x) const=0
	You should implement this to return f(x)
virtual bool	provides_coeff () const
	does this functor directly provide sum coefficients? or only function values?
virtual bool	screened (const Vector< double, NDIM > &c1, const Vector< double, NDIM > &c2) const
	Can we screen this function based on the bounding box information?
void	set_length_scale (double lo)
	adapt the special level to resolve the smallest length scale
virtual Level	special_level ()
	Override this change level refinement for special points (default is 6)
virtual bool	supports_vectorized () const
	Does the interface support a vectorized operator()?
virtual coeffT	values (const keyT &key, const Tensor< double > &tensor) const

Public Attributes
int32_t	i
int64_t	l
real_function_3d	phi
real_function_3d	psi
real_function_3d	x
real_function_3d	y
Public Attributes inherited from madness::FunctionFunctorInterface< double, 3 >
Level	special_level_
Public Attributes inherited from madness::FunctionFunctorInterface< double, 1 >
Level	special_level_

Private Attributes
double(*	f )(const coord_3d &)
const int	n
std::vector< coord_3d >	pts
functionT	x
double	x

Additional Inherited Members
Public Types inherited from madness::FunctionFunctorInterface< double, 3 >
typedef GenTensor< double >	coeffT
typedef Key< NDIM >	keyT
typedef double	value_type
Public Types inherited from madness::FunctionFunctorInterface< double, 1 >
typedef GenTensor< double >	coeffT
typedef Key< NDIM >	keyT
typedef double	value_type

Constructor & Destructor Documentation

F() [1/10]

F::F ( double(*)(const coord_3d &)  f, const coord_3d &  pt  )

inline

F() [2/10]

F::F ( const real_function_3d &  psi, const real_function_3d &  phi  )

inline

F() [3/10]

F::F ( const real_function_3d &  x, const real_function_3d &  y  )

inline

F() [4/10]

F::F ( int  n )

inline

F() [5/10]

F::F ( const functionT &  x )

inline

F() [6/10]

F::F ( )

inline

Referenced by operator*(), operator*(), and operator-().

F() [7/10]

F::F ( const F &  a )

inline

F() [8/10]

F::F ( double  x )

inline

F() [9/10]

F::F ( )

inline

F() [10/10]

F::F ( const F &  a )

inline

Member Function Documentation

get() [1/2]

const functionT & F::get ( ) const

inline

References x.

Referenced by main(), main(), and residual().

get() [2/2]

double F::get ( ) const

inline

References x.

operator()() [1/2]

double F::operator() ( const coord_1d &  x ) const

inline

References n, and x.

operator()() [2/2]

double F::operator() ( const coord_3d &  r ) const

inline

References f.

operator*() [1/4]

F F::operator* ( const dataT &  a ) const

inline

References F(), a, and x.

operator*() [2/4]

F F::operator* ( double  a ) const

inline

References F(), a, phi, and psi.

operator*() [3/4]

F F::operator* ( double  a ) const

inline

References F(), a, x, and y.

operator*() [4/4]

F F::operator* ( double  a ) const

inline

References F(), a, and x.

operator+=() [1/4]

F F::operator+= ( const F &  b )

inline

References b, phi, and psi.

operator+=() [2/4]

F F::operator+= ( const F &  b )

inline

References b, x, and y.

operator+=() [3/4]

F & F::operator+= ( const F &  b )

inline

References b, and x.

operator+=() [4/4]

F & F::operator+= ( const F &  b )

inline

References b, and x.

operator-() [1/4]

F F::operator- ( const F &  b ) const

inline

References F(), b, phi, and psi.

operator-() [2/4]

F F::operator- ( const F &  b ) const

inline

References F(), b, x, and y.

operator-() [3/4]

F F::operator- ( const F &  b ) const

inline

References F(), b, and x.

operator-() [4/4]

F F::operator- ( const F &  b ) const

inline

References F(), b, and x.

operator=() [1/2]

F F::operator= ( const F &  f )

inline

References copy(), f, and x.

operator=() [2/2]

F F::operator= ( const F &  f )

inline

References f, and x.

special_points()

std::vector< coord_3d > F::special_points ( ) const

inlinevirtual

Override this to return list of special points to be refined more deeply.

Reimplemented from madness::FunctionFunctorInterface< double, 3 >.

References pts.

Member Data Documentation

f

double(* F::f) (const coord_3d &)

private

Referenced by operator()(), and operator=().

i

int32_t F::i

Referenced by test_in(), and test_out().

l

int64_t F::l

Referenced by test_in(), and test_out().

n

const int F::n

private

Referenced by operator()().

phi

real_function_3d F::phi

Referenced by operator*(), operator+=(), and operator-().

psi

real_function_3d F::psi

Referenced by operator*(), operator+=(), and operator-().

pts

std::vector<coord_3d> F::pts

private

Referenced by special_points().

x [1/3]

real_function_3d F::x

Referenced by get(), iterate_xy(), operator()(), operator*(), operator*(), operator+=(), operator-(), and operator=().

x [2/3]

functionT F::x

private

x [3/3]

double F::x

private

y

real_function_3d F::y

Referenced by iterate_xy(), operator*(), operator+=(), and operator-().

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

• derivatives.cc
• hatom_sf_dirac.cc
• newsolver.cc
• test_derivative.cc
• testcomplexfunctionsolver.cc
• testsolver.cc
• test_ar.cc