Files
	betai.c
	Routines for computing the incomplete beta function.

	bsODEp.c
	Bulirsch-Stoer method implementation for solving ordinary differential equations using polynomial extrapolation.

	complex.cc
	Implementation of complex number functions.

	counter.c
	Provides functions to sequence values over an n-dimensional grid.

	dbessel.c
	Implements Bessel functions (I0, I1, J0, J1, K0, K1, Y0, Y1) in double precision.

	diffeqResDescrip.c
	Provides a description string corresponding to a given differential equation result code.

	dlaran.c

	drand.c
	Random number generation functions providing various distributions (uniform, Gaussian) and related utilities (seeding, ordering, etc.).

	elliptic.c
	Functions for evaluating complete elliptic integrals of the first and second kind (K and E), as well as their total derivatives with respect to the modulus k.

	factorial.c
	Provides functions to compute the factorial of a number.

	factorize.c
	Routines for prime factorization and primality testing.

	findMinMax.c
	Provides functions to find minimum and maximum values in arrays.

	gammai.c
	Routines for computing the incomplete gamma functions.

	gaussQuad.c
	Implements recursive Gaussian quadrature for numerical integration.

	GillMillerIntegration.c
	Provides the Gill-Miller integration method for numerical integration of functions.

	gridopt.c
	Functions for performing grid search and random search minimization on an N-dimensional function.

	gy.c
	Implements the integral of K_{5/3}(t) multiplied by y^n from y to infinity.

	halton.c
	Implementation of Halton and modified Halton sequences.

	interp.c
	Implements interpolation functions including linear and Lagrange interpolation.

	ipow.c
	This file provides the ipow function for computing integer powers of a double.

	k13.c
	Computes the Modified Bessel Function of the Second Kind K_{1/3}(z).

	k23.c
	Provides a function to compute the Modified Bessel Function of the Second Kind K_{2/3}(z).

	kstests.c
	Perform the Kolmogorov-Smirnov test for two sets of samples.

	lincorr.c
	Functions for computing linear correlation coefficients and their significance.

	linfit.c
	Provides routines for performing simple linear fits.

	logfile_gener.c
	This file provides functions for creating time-based filenames, timestamps, and for breaking down and retrieving the current time in various formats.

	lsfBasisFns.c
	Basis functions for Least Squares Fits (LSFs) using ordinary and Chebyshev polynomials.

	makeHistogram.c
	Compiles histograms from data points.

	mcTable.c
	Read and write routines for Multi-Column Tables.

	median.c
	Computes statistical measures such as median, percentiles, average, and middle values.

	medianfilter.c
	Core MEX routine implementing a fast version of the classical 1D running median filter of size W, where W is odd.

	minc.c
	Finds the minimum of a multi-parameter function with parameter constraints.

	mmid.c
	Modified midpoint method for integrating ordinary differential equations (ODEs).

	moments.c
	Computes statistical moments and related measures.

	onedoptimize.c
	Implementation of one-dimensional optimization functions.

	pointInsideContour.c
	Provides functions for determining the relative position of points with respect to a polygonal contour, including whether a point lies inside it.

	poly.c
	Functions for evaluating polynomials and their derivatives, as well as solving quadratic equations.

	powellMin.c
	Implementation of Powell's optimization algorithm for multidimensional minimization.

	qromb.c
	Performs numerical integration using Romberg's method.

	rkODE.c
	Fourth-order Runge-Kutta ODE integration routines (double-precision version).

	rowmedian.c
	Computes statistical measures such as median, percentiles, average, and middle values for arrays.

	sigLevel.c
	Routines for Student's t distribution, the F distribution, the linear-correlation coefficient distribution, and Poisson distribution.

	simplex.c
	Provides routines for performing multivariate function optimization using the simplex method.

	smooth.c
	Functions for smoothing data and removing spikes from data arrays.

	topbase.c
	Provides routines to determine the top-level and base-level of data.

	trapInteg.c
	Provides functions for performing trapezoidal integration on data sets.

	wofz.c
	Computes the complex error function for a given complex number .

	zeroIH.c
	Implements the zeroIntHalve function for finding zeros of a function using interval halving.

	zeroInterp.c
	Implements the zeroInterp function for finding zeros of a function using successive interpolation.

	zeroNewton.c
	Implements the zeroNewton function for finding zeros of a function using Newton's method with numerical derivatives.

Files