Math 335A
Numerical Analysis
Fall, 2004

* Course information

Course syllabus
Course calendar
Homework assignments
KnightVision (for access to exam solutions, scores on assignments, etc.)
Professor Scofield's homepage

* Programming files:

C/C++:
Excel:
A spreadsheet illustrating various approximation schemes for f'(x)
A spreadsheet implementing a Taylor series method solution of an IVP
A spreadsheet implementing a 4th-order Runge-Kutta solution of an IVP
Matlab:
jacobiStep.m implements a single step of Jacobi iteration
cubicSpline.m extends Matlab's spline function to splines of type other than not-a-knot
rkfStepsizes.m illustrates relationship between the behavior of an IVP solution and stepsizes taken
Scilab:
Mathematica:
bezier.nb demonstrates the drawing of Bezier curves
goussLegendreInt.nb carries out computation of points and weights for Gauss-Legendre quadrature
adamsBashforthMoultonCoeffs.nb computes coefficients for Adams-Bashforth and Adams-Moulton multigrid methods

* Software:

The Mathworks, homepage (student versions of Matlab are available)
Scilab homepage, a powerful free package similar to Matlab
Mozilla homepage, for the Firefox web browser ( version 0.9.3)
Free C/C++ compilers for Windows: Borland | Microsoft | a longer list


This page maintained by:
Thomas L. Scofield
Department of Mathematics and Statistics
Calvin College

Last Modified: Saturday, 10-Dec-2005 17:37:17 EST