projects::hldo_sphere::debugging Namespace Reference

Contains debugging experiments mainly for the Dirac Opeartor. More...

Classes
class	DiracConvergenceTest
	Class to test the convergence of the Dirac operator. More...
struct	SolutionList
	stores solutions for a number of refinement levels More...
class	WhitneyOneBasisExpansionCoeffs
	Class to find the "best" basisexpansion coefficients with the analytical solution. More...
class	WhitneyOneCurlTest
	Tests convergence of the below bilinear form on the Mesh to the analytical solution. More...

Typedefs
using	complex = std::complex< double >

Functions
template<typename... Args>
static std::string	concat (Args &&...args)
	Concatenate objects defining an operator<<(std::ostream&) More...

Detailed Description

Contains debugging experiments mainly for the Dirac Opeartor.

This namespace was constructed to chase an error which turned out to be a sign error in the file projects::hldo_sphere::operators::dirac_operator.cc

Details about the experiments implemented in this section and the reasoning behind, can be found in the thesis Hodge-Laplacians and Dirac Operators on the Surface of the 3-Sphere chapter 5.

Typedef Documentation

complex

using projects::hldo_sphere::debugging::complex = typedef std::complex<double>

Definition at line 34 of file dirac_convergence_test.h.

Function Documentation

concat()

template<typename... Args>

static std::string projects::hldo_sphere::debugging::concat ( Args &&...  args )

static

Concatenate objects defining an operator<<(std::ostream&)

Parameters

args	A variadic pack of objects implementing operator<<(std::ostream&)

Returns

A string with the objects concatenated

Definition at line 26 of file debugging.h.

Referenced by projects::hldo_sphere::debugging::WhitneyOneCurlTest::Compute(), projects::hldo_sphere::debugging::DiracConvergenceTest::Compute(), and projects::hldo_sphere::debugging::WhitneyOneBasisExpansionCoeffs::Experiemnt().