gmx::test::anonymous_namespace{pmebsplinetest.cpp} Namespace Reference

Classes
class	PmeBSplineModuliTest
	Test fixture for testing PME B-spline moduli creation. More...

Typedefs
typedef std::tuple< IVec, int, ModuliType >	BSplineModuliInputParameters
	Convenience typedef of input parameters - grid dimensions, PME interpolation order, moduli type. More...
using	PmeBSplineModuliFailureTest = PmeBSplineModuliTest
	Failure test alias.
using	PmeBSplineModuliCorrectnessTest = PmeBSplineModuliTest
	Correctness test alias.

Enumerations
enum	ModuliType { PME, P3M }
	Moduli algorithm type.

Variables
const int	sanePmeOrder = 4
	Sane interpolation order.
const IVec	saneGridSize = {32, 25, 47}
	Sane grid size.
static std::vector< IVec > const	sampleGridSizes
	A couple of valid inputs for grid sizes. It is good to test both even and odd dimensions. More...

Typedef Documentation

static std::vector< BSplineModuliInputParameters > const invalidInputs anonymous_namespace pmebsplinetest gmx::test::anonymous_namespace{pmebsplinetest.cpp}::gmx::test::cpp::BSplineModuliInputParameters

Initial value:

{
        IVec {
            -1, 10, 10
        }, sanePmeOrder, ModuliType::P3M
    }

Convenience typedef of input parameters - grid dimensions, PME interpolation order, moduli type.

Hand-picked invalid input for the exception tests.

Variable Documentation

std::vector<IVec> const gmx::test::anonymous_namespace{pmebsplinetest.cpp}::sampleGridSizes

static

Initial value:

{
    IVec {
        64, 32, 64
    },
    IVec {
        57, 84, 29
    }
}

A couple of valid inputs for grid sizes. It is good to test both even and odd dimensions.