NiHu::kernel_traits_ns Namespace Reference

metafunctions returning regular and singular kernel traits More...

Classes
struct	far_field_behaviour
	return the far field asymptotic behaviour of the kernel More...
struct	far_field_behaviour< exponential_covariance_kernel< Space, Dimension > >
struct	far_field_behaviour< gaussian_covariance_kernel< Space, Dimension > >
struct	far_field_behaviour< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 0, 0 > >
struct	far_field_behaviour< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 0, 1 > >
struct	far_field_behaviour< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 1, 0 > >
struct	far_field_behaviour< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 1, 1 > >
struct	far_field_behaviour< normal_derivative_kernel< helmholtz_kernel< space_3d< Scalar >, WaveNumber >, Nx, Ny > >
struct	far_field_behaviour< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 0, 0 > >
struct	far_field_behaviour< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 0, 1 > >
struct	far_field_behaviour< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 1, 0 > >
struct	far_field_behaviour< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 1, 1 > >
struct	far_field_behaviour< normal_derivative_kernel< laplace_kernel< space_3d< Scalar > >, Nx, Ny > >
struct	is_singular
	return whether the kernel is singular or not More...
struct	is_singular< exponential_covariance_kernel< Space, Dimension > >
struct	is_singular< gaussian_covariance_kernel< Space, Dimension > >
struct	is_singular< normal_derivative_kernel< DK, Nx, Ny > >
struct	is_symmetric
	return whether the kernel is symmetric or not More...
struct	is_symmetric< exponential_covariance_kernel< Space, Dimension > >
struct	is_symmetric< gaussian_covariance_kernel< Space, Dimension > >
struct	is_symmetric< normal_derivative_kernel< DK, Nx, Ny > >
struct	quadrature_family
	return the quadrature family the kernel is integrated with More...
struct	quadrature_family< exponential_covariance_kernel< Space, Dimension > >
struct	quadrature_family< gaussian_covariance_kernel< Space, Dimension > >
struct	quadrature_family< normal_derivative_kernel< DK, Nx, Ny > >
struct	result
	return the kernel's result type More...
struct	result< exponential_covariance_kernel< Space, Dimension > >
struct	result< gaussian_covariance_kernel< Space, Dimension > >
struct	result< normal_derivative_kernel< DK, Nx, Ny > >
struct	singular_core
	return the kernel's singular core type More...
struct	singular_core< normal_derivative_kernel< DK, Nx, Ny > >
struct	singular_quadrature_order
	return the quadrature order the singular kernel needs to be integrated with More...
struct	singular_quadrature_order< normal_derivative_kernel< DK, Nx, Ny > >
struct	singularity_type
	return the kernel's singularity type More...
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 0, 0 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 0, 1 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 1, 0 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_2d< Scalar >, WaveNumber >, 1, 1 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_3d< Scalar >, WaveNumber >, 0, 1 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_3d< Scalar >, WaveNumber >, 1, 0 > >
struct	singularity_type< normal_derivative_kernel< helmholtz_kernel< space_3d< Scalar >, WaveNumber >, Nx, Ny > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 0, 0 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 0, 1 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 1, 0 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_2d< Scalar > >, 1, 1 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_3d< Scalar > >, 0, 1 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_3d< Scalar > >, 1, 0 > >
struct	singularity_type< normal_derivative_kernel< laplace_kernel< space_3d< Scalar > >, Nx, Ny > >
struct	space
	return the coordinate space where the kernel is defined More...
struct	space< exponential_covariance_kernel< Space, Dimension > >
struct	space< gaussian_covariance_kernel< Space, Dimension > >
struct	space< normal_derivative_kernel< DK, Nx, Ny > >
struct	test_input
	return the kernel's test input More...
struct	test_input< exponential_covariance_kernel< Space, Dimension > >
struct	test_input< gaussian_covariance_kernel< Space, Dimension > >
struct	test_input< normal_derivative_kernel< DK, 0, Ny > >
struct	test_input< normal_derivative_kernel< DK, Nx, Ny > >
struct	trial_input
	return the kernel's trial input More...
struct	trial_input< exponential_covariance_kernel< Space, Dimension > >
struct	trial_input< gaussian_covariance_kernel< Space, Dimension > >
struct	trial_input< normal_derivative_kernel< DK, Nx, 0 > >
struct	trial_input< normal_derivative_kernel< DK, Nx, Ny > >

Detailed Description

metafunctions returning regular and singular kernel traits

Laplace Helper Behaviour.

Helmholtz normal derivative kernel behaviors.

Gaussian covariance kernel traits.

GENERAL TRAITS.