Date |
Topic |
Materials |
01/21/2014 |
Modeling Principles
Introduction to Maxima
|
Velten Chapter 1
Brainstorming exercise: Modeling Terminology/Concepts
Intro to Maxima with Examples worksheet
|
01/23/2014 |
Classification of Mathematical Models |
Velten Chapter 1
Slides
Population Ecology Model
More Maxima modeling problems
|
01/28/2014 |
Descriptive Statistics
|
Velten Chapter 2, pp. 47-60
Slides
Handout
|
01/30/2014 |
Descriptive Statistics (cont.)
Introduction to R
|
www.r-project.org
R Tutorials
|
02/04/2014 |
Inferential Statistics |
Velten Chapter 2, pp. 60-86
Slides
Data Files
normtemp.txt
yellowness.txt
|
02/06/2014 |
Regression Models
|
Same slides as 02/04/2014
|
02/11/2014 |
Neural Networks
Experimental Design
|
Velten pp. 87-99
Slides
Velten pp. 99-109
Slides
agricolae package and documentation
|
02/13/2014 |
Introduction to ODEs |
Handout |
02/18/2014 |
Numerical Methods for ODEs |
Handout
Slides
|
02/20/2014 |
Population Models
Single Species
Predator-Prey
|
Interactive Differential Equations website
Velten pp. 205-211, 226-228
|
02/25/2014 |
MATLAB ODE Software (taught by Henry Moncada) |
Website
Dfield/Pplane User Manual
Files
dfield8.m
pplane8.m
|
02/27/2014 |
Harmonic Oscillators |
Interactive Differential Equations website
Labs 9, 11, 20, 26
|
03/04/2014 |
Solving Initial Value Problems in R
Lorenz Equations
|
Package deSolve Tutorial
ODEPACK website
Interactive Differential Equations website
Lab 27
Lorenz Attractor website
|
03/06/2014 |
Fitting ODE parameters to data |
Velten pp. 194-205 |
03/18/2014 |
Introduction to PDEs |
Slides
Velten pp. 229-254
|
03/20/2014 |
Parabolic PDEs |
Slides
Handout
|
03/25/2014 |
3D Parabolic PDEs
Hyperbolic PDEs
|
3D Parabolic PDEs slides
Hyperbolic PDEs slides
Handout
|
03/27/2014 |
Separation of Variables Method using MAPLE (taught by Henry Moncada)
|
MAPLE codes
Velten pp. 254-257
|
04/01/2014 |
Fourier Analysis |
Slides |
04/03/2014 |
Elliptic PDEs |
Slides
Handout
|
04/08/2014 |
Numerical Methods for PDEs -- Intro |
Slides
Velten pp. 257-266
|
04/10/2014 |
Implicit Finite Difference Methods
Group work on Homework 3
|
Numerical solution of PDEs by Louise Olsen-Kettle
Implicit FD for Heat Equation
heat_eq_implicit_fd.m
|
04/15/2014 |
Finite Element Method |
Slides
Velten pp. 266-286
|
04/17/2014 |
Introduction to Lonestar |
Lonestar Lab |
04/22/2014 |
Course Exam |
|
04/24/2014 |
Applications of PDEs |
Slides
Flow in Porous Media using Matlab
|
04/29/2014 |
Start on Course Project |
|
Comments (2)
Shirley Moore said
at 9:17 pm on Jan 28, 2014
Dear Dr. Moore,
I figured out how to make it work. User needs to create a file called "maxima-init.mac” under the directory: “~/.maxima/“. They need to add the following to the "maxima-init.mac” file:
gnuplot_command:"gnuplot”$
set_plot_option([gnuplot_term, x11])$
Alternatively they can use the following commands:
echo 'gnuplot_command:"gnuplot"$' >> ~/.maxima/maxima-init.mac
echo 'set_plot_option([gnuplot_term, aqua])$' >> ~/.maxima/maxima-init.mac
Best,
Luis Gutierrez
Shirley Moore said
at 9:18 pm on Jan 28, 2014
aqua in the last command should be x11
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