test_epsteinZeta.c File Reference

Benchmarking of the Epstein zeta function. More...

#include "../tools.h"
#include "epsteinZeta.h"
#include "utils.h"
#include <complex.h>
#include <errno.h>
#include <math.h>
#include <stdio.h>
#include <stdlib.h>

Include dependency graph for test_epsteinZeta.c:

Macros
#define	MAX_PATH_LENGTH   1024
#define	BASE_PATH   "csv"

Functions
double	sHat (double nu, unsigned int dim, double *y)
	Calculates the singularity of the Epstein zeta function as y approaches zero.
void	freeTestResources (double *a, double *nu, double *x, double *y, double *zetaRef)
	Free memory allocated for test resources.
void	reportEpsteinZetaError (double complex valZeta, double complex valZetaReg, double errorMaxAbsRel, double tol, double *m, unsigned int dim, double nu, double *x, double *y)
	Reports an error when the Epstein zeta function representation test fails.
void	reportEpsteinZetaCutoffError (const char *testCase, double complex zeta1, double complex zeta2, double nu, double *y, unsigned int dim)
	Reports an error when the Epstein zeta function cutoff test fails.
int	test_epsteinZeta_random_matrices (void)
	Tests Epstein zeta function for random matrices in multiple dimensions by comparing against Mathematica reference values.
int	test_epsteinZetaReg_random_matrices (void)
	Tests Epstein zeta function for random matrices in multiple dimensions by comparing against Mathematica reference values.
int	main ()
	Main function to run all Epstein zeta function tests.

Detailed Description

Benchmarking of the Epstein zeta function.

Function Documentation

freeTestResources()

void freeTestResources	(	double *	a,
		double *	nu,
		double *	x,
		double *	y,
		double *	zetaRef )

Free memory allocated for test resources.

This function deallocates memory that was dynamically allocated for various arrays used in the Epstein zeta function tests.

Parameters

[in]	a	Pointer to the matrix of coefficients.
[in]	nu	Pointer to the array of nu values.
[in]	x	Pointer to the array of x values.
[in]	y	Pointer to the array of y values.
[in]	zetaRef	Pointer to the array of reference zeta values.

main()

int main

(

void

)

Main function to run all Epstein zeta function tests.

Returns

number of failed tests.

reportEpsteinZetaCutoffError()

void reportEpsteinZetaCutoffError	(	const char *	testCase,
		double complex	zeta1,
		double complex	zeta2,
		double	nu,
		double *	y,
		unsigned int	dim )

Reports an error when the Epstein zeta function cutoff test fails.

Parameters

[in]	testCase	A string describing the specific test case that failed.
[in]	zeta1	The first computed value of the Epstein zeta function.
[in]	zeta2	The second computed value of the Epstein zeta function for comparison.
[in]	nu	The parameter nu of the Epstein zeta function.
[in]	y	Pointer to the array of y values.
[in]	dim	The dimension of the lattice.

reportEpsteinZetaError()

void reportEpsteinZetaError	(	double complex	valZeta,
		double complex	valZetaReg,
		double	errorMaxAbsRel,
		double	tol,
		double *	m,
		unsigned int	dim,
		double	nu,
		double *	x,
		double *	y )

Reports an error when the Epstein zeta function representation test fails.

This function prints detailed information about the test case that failed, including the computed values, error margins, and input parameters.

Parameters

[in]	valZeta	The value computed by epsteinZeta.
[in]	valZetaReg	The value computed by the epsteinZetaReg representation.
[in]	errorMaxAbsRel	The maximum of absolute and relative errors.
[in]	tol	The tolerance level for the test.
[in]	m	Pointer to the matrix of coefficients.
[in]	dim	The dimension of the lattice.
[in]	nu	The parameter nu of the Epstein zeta function.
[in]	x	Pointer to the array of x values.
[in]	y	Pointer to the array of y values.

sHat()

double sHat	(	double	nu,
		unsigned int	dim,
		double *	y )

Calculates the singularity of the Epstein zeta function as y approaches zero.

Parameters

[in]	nu	The parameter nu of the Epstein zeta function.
[in]	dim	The dimension of the lattice.
[in]	y	Pointer to the array of y values.

Returns

The value of the singularity function.

test_epsteinZeta_random_matrices()

int test_epsteinZeta_random_matrices

(

void

)

Tests Epstein zeta function for random matrices in multiple dimensions by comparing against Mathematica reference values.

Returns

number of failed tests.

test_epsteinZetaReg_random_matrices()

int test_epsteinZetaReg_random_matrices

(

void

)

Tests Epstein zeta function for random matrices in multiple dimensions by comparing against Mathematica reference values.

Returns

number of failed tests.