Core meta-data for Gauuss, Chebyshev and custom rules

Collaboration diagram for Core meta-data for Gauuss, Chebyshev and custom rules:

Files
file	tsgCoreOneDimensional.hpp
	Algorithms and meta-data for the Gauuss, Chebyshev and custom rules.
file	tsgOneDimensionalWrapper.hpp
	Cache for one dimensional rules.

Namespaces
namespace	TasGrid::OneDimensionalMeta
	Metadata for one dimensional rules, number of points, exactness, I/O, etc.
namespace	TasGrid::OneDimensionalNodes
	Contains algorithms for generating Gauss,Chebyshev, and Fourier nodes and weights.

Classes
class	TasGrid::CustomTabulated
	Class providing manipulation of custom tabulated rules, file I/O and structured access to the points, weights, and meta-data. More...
class	TasGrid::OneDimensionalWrapper
	A class to cache one dimensional rules, nodes, weight, meta-data, etc. More...
class	TasGrid::TableGaussPatterson
	Rule with hard-corded tabulated points and weights. More...

Functions
CustomTabulated	TasGrid::getSubrules (CustomTabulated &ct, int start_index, int stride, std::string description)
	Generates a subset of rules as a CustomTabulated object. The subset has a short description string given by description and takes the levels of the input ct starting from level start_index with distance stride between consecutive levels.

Detailed Description

Core One Dimensional Rules

Contains information about all one dimensional rules, number of nodes, exactness, IO meta-data. The CustomTabulated class for managing a user provided rule is also included, as well as methods for generating Gaussian and Chebyshev nodes and weights.

Function Documentation

getSubrules()

CustomTabulated TasGrid::getSubrules	(	CustomTabulated &	ct,
		int	start_index,
		int	stride,
		std::string	description
	)

Generates a subset of rules as a CustomTabulated object. The subset has a short description string given by description and takes the levels of the input ct starting from level start_index with distance stride between consecutive levels.