Namespaces
namespace	LaplaceOperatorContextFEInternal

namespace	PoissonLinearSolverFunctionFEInternal

namespace	PoissonSolverDealiiMatrixFreeFEInternal

Classes
class	LaplaceOperatorContextFE
	A derived class of linearAlgebra::OperatorContext to encapsulate the action of a discrete operator on vectors, matrices, etc. More...

class	PoissonLinearSolverFunctionFE
	A derived class of linearAlgebra::LinearSolverFunction to encapsulate the Poisson partial differential equation (PDE) discretized in a finite element (FE) basis. The Possion PDE is given as: $\nabla^2 v(\textbf{r}) = -4 \pi \rho(\textbf{r})$\f with the boundary condition on $@_fakenlv(\textbf{r})\|_{\partial \Omega}=g(\textbf{r})$\f ( $\\partial Omega$\f denoting the boundary of a domain $\Omega$\f). Here $v$\f has the physical notion of a potential (e.g., Hartree potential, nuclear potential, etc.) arising due to a charge distributin $\rho$\f. More...

class	PoissonSolverDealiiMatrixFreeFE
	A derived class of linearAlgebra::LinearSolverFunction to encapsulate the Poisson partial differential equation (PDE) discretized in a finite element (FE) basis. The Possion PDE is given as: $\nabla^2 v(\textbf{r}) = -4 \pi \rho(\textbf{r})$\f with the boundary condition on $@_fakenlv(\textbf{r})\|_{\partial \Omega}=g(\textbf{r})$\f ( $\\partial Omega$\f denoting the boundary of a domain $\Omega$\f). Here $v$\f has the physical notion of a potential (e.g., Hartree potential, nuclear potential, etc.) arising due to a charge distributin $\rho$\f. More...

Functions
void	applyPreconditionAndComputeDotProductDevice (double d_dvec, double d_devSum, const double d_rvec, const double d_jacobi, const size_type N)
	Combines precondition and dot product. More...

void	applyPreconditionComputeDotProductAndSaddDevice (double d_qvec, double d_devSum, const double d_rvec, const double d_jacobi, const size_type N)
	Combines precondition, sadd and dot product. More...

void	scaleXRandComputeNormDevice (double x, double d_rvec, double d_devSum, const double d_qvec, const double *d_dvec, const double alpha, const size_type N)
	Combines scaling and norm. More...

void	saddDevice (double y, double x, const double beta, const size_type size)

Variables
static constexpr utils::MemorySpace	memorySpaceHost

Function Documentation

◆ applyPreconditionAndComputeDotProductDevice()

void dftefe::electrostatics::applyPreconditionAndComputeDotProductDevice	(	double *	d_dvec,
		double *	d_devSum,
		const double *	d_rvec,
		const double *	d_jacobi,
		const size_type	N
	)

Combines precondition and dot product.

void dftefe::electrostatics::applyPreconditionComputeDotProductAndSaddDevice	(	double *	d_qvec,
		double *	d_devSum,
		const double *	d_rvec,
		const double *	d_jacobi,
		const size_type	N
	)

Combines precondition, sadd and dot product.

void dftefe::electrostatics::saddDevice	(	double *	y,
		double *	x,
		const double	beta,
		const size_type	size
	)

Here is the caller graph for this function:

void dftefe::electrostatics::scaleXRandComputeNormDevice	(	double *	x,
		double *	d_rvec,
		double *	d_devSum,
		const double *	d_qvec,
		const double *	d_dvec,
		const double	alpha,
		const size_type	N
	)

Combines scaling and norm.

constexpr utils::MemorySpace dftefe::electrostatics::memorySpaceHost

staticconstexpr

Initial value:

=

utils::MemorySpace::HOST