In the cs112 download directory, there is a folder called sampleProjects.
That folder contains all the code for the projects on this page.

Wellesley Softball Scouting Report (Rachel Harris 2014)

Relativity (Lynn Geiger 2013)

Chromatic Number (YuShan Dai 2013)

Brick Breaker (Nritya Kamath 2013)

Wetlands (Jen Errington 2011)

Cournot & Stackelberg Economic Models (Yasmine Devi-Chou 2012)

Stroop Effect (Sarah Seigel 2011)

Contaminant (Stephanie Lau 2011)

Neuro Quiz (Preeti Viswanathan 2014)

Economic Data Visualization (Lily Zhou 2011)

Face Symmetry (Yrianna Germosen 2013)

Economics: Ricardian Model (Jenny Poon 2011)

Viewing Eye-Tracking Experimental Data (Sarah Koopman 2011)

Psychology: Face Recognition (Tiffany Ho 2010)

Biology: Tracking Species Across Depth and Location (Harriet Alexander 2010)

Macroeconomic and Financial Condition Analysis (Leslie Shen 2010)

Geosciences: Ice Rafting (Clara Wilder 2011)

Determining Insurance Costs (Rifaiyat Mahbub 2012)

Psychology: Analyzing Tongue Twister Experimental Data (Simone Dufresne 2012)

Hodgkin-Huxley / Integrate and Fire Neuron Models (Lily Zhang 2012)

Art History: Identifying Artists and Paintings (Christina Nava 2013)

Mathematics: Cryptography (Serena Zhan 2011)

Viewing Historical Census Data (Jessica Woo 2010)

German Vocabulary Quiz (Clara Buchholtz 2012)

Neuroscience: Viewing Single Cell Brain Data (Marken Shedd 2011)

Economics: IS/LM/BP Model (Eweline Oleszek 2010)

Molecular Orbital Theory (Thanh Thu Ngo 2010)

Type moGUI to start the GUI.

1. Choose an element from the drop down menu (carbon, fluorine, etc)
2. Click on the buttons in their numbered order:
   1. valence
   2. plot MO orbitals
   3. bonding
   4. plot electron densities
   5. is it stable?

Snake (Abigail Perry 2006)

Type snakeGUI to start the GUI.

1. Pick your level (easy is the default)
2. Click start
3. Try to eat all the blue food (which makes the snake body grow) by using the up/down/left/right buttons
4. If the snake's body runs into itself, it dies

Click here for Abby's Phase I write-up.

Paper Airplane Simulation (Sharon Kotz 2008)

Type airplane to start the GUI.
The airplane GUI simulates a paper airplane's flight. A window will appear with several sets of axes and several parameters which can be adjusted.

• Wing Angle Slider -- adjusts the angle of the wings (a top view of the airplane is shown above the slider)
• The user enters launch velocity (meters/sec, reasonable range [1-4]) -- for fun, can try >100 m/sec
• The user enters initial height (meters, reasonable range [2-8]) -- for fun, you can try an extreme height of > 100m
• Push the Launch button
• The three sets of axes on the bottom will display the height, velocity and acceleration of the plane over time

Titration (Jessica Chen 2007)

Type titrationGUI to start the GUI.

• Save flourescence data as signal.txt, volume.txt and peptide.txt.
• Enter a text file name into the Corrected File Name text box for corrected data
• Press the necessary corrections button in any order
• Invert the data should be pressed last
• Press the Done button (the corrected data will appear as a new file)
• In the command window, create vectors for x and y variables of the binding curve equation using the textread function. e.g. xvals = textread('volume.txt'); yvals = textread('data1.txt')
• Press the plot button to show the curve-fitting GUI. Choose x and y vectors and create the data set. Tools>Custom Equation>General Equation
• Press New Data button and save new set of raw data