Our+Python+program+gallery

=Upload your programs here=

Click "Edit" button in the right corner; write your name, date and what your program is; click the framed picture (images and files) button in the top menu, select upload files, and once the document icon appears in that window, double-click it. If you don't know how to add a row to the table, just put it somewhere near the table and I (Daniel) will put it in for you.

Though I couldn't get the window to display for after the input. || || Daniel: You are missing 2 tabs near the bottom. whenever there is an if statement, there needs to be a tab on the next line so the program knows what to do. Ben: Thanks. || ||
 * ~  ||~ Week 1 ||~   ||~   ||
 * Maria Droujkova || 01/25/2010 || "Hello, world!" || [[file:hello world.py]] ||
 * Michael S. || 01/29/2010 ||< "Hello. What's your name? How are you?" || [[file:hello.final.py]] ||
 * ~  ||~ Week 2 ||~   ||~   ||
 * Daniel C. || 02/01/2010 || Connect Four. (No, seriously?) Not very smart. || [[file:connectfour.py]] ||
 * Ben W. || 02/08/2010 || The program from the video I sent with and without input user input.
 * ~  ||~ Week 3 ||~   ||~   ||
 * Daniel C. || 02/11/2010 || A nice looking Drop-the-Ball remix, with sliders and buttons! Don't start it again when it's running. v.2 || [[file:DropTheBall.py]] ||
 * Hannah H. || 02/11/2010 || Made the original script with a smooth motion move in a "stop motion" fashion. The comments are a little spoilerific so if your trying to do this weeks homework on your own, I'd not look at the script, but it can be helpful if your stuck. || [[file:STOPMOTION.py]] ||
 * Michael S. || 02/11/10 || Guess my number! Wanna play again? (It doesn't really crash your computer!) || [[file:game.py]] ||
 * Michael S. || 02/11/10 || This is just the jokes thing from Chapter 5. || [[file:jokes.py]] ||
 * Michael S. || 02/11/10 || This is the dragon game, except sometimes the dragon doesn't see you and eats your horse instead! || [[file:dragon.py]] ||
 * Ben M. || 02/13/10 || This is the Guess number program. || [[file:guess.py]] ||
 * Ben M. || 02/13/10 || This is the Jokes program. || [[file:jokes.py]] ||
 * Ben M. || 02/13/10 || This is Dragon Realm. Oooooooooooo || [[file:dragon.py]] ||
 * Ben M. || 02/13/10 || This is the from stop motion to smooth thing. I works well on my computer but I haven't tested it out on a slow computer. I've added my own little touch. || [[file:sphere thing.py]] ||
 * ~  ||~ Week 4 ||~   ||~   ||
 * Daniel C. || 02/19/10 || A sphere colider. The slider on the left changes the mass of the blue ball. The two sliders on the right change the speed and mass of the red ball. The slider on the bottom changes the elasticity of the collision. || [[file:Momentum.py]] ||
 * Hannah H. || 02/21/10 || (Last time I update this, I swear!) Spent about 4 hours on this weeks homework and ended up failing in the end...Only a partial code to show for it, and it doesn't have much to do with this weeks homework at all, but its still //kind// of interesting, so take a look if you want :) || [[file:Velocity.py]] ||
 * Daniel C. || 02/22/10 || A not so simple pool game thingy. Click to send the white ball flying towards the mouse. The balls kinda-sorta interact like they should, just don't smash them together to fast. You can also change their masses and activate and deactivate them. || [[file:Pool.py]] ||
 * ~  ||~ Week 5 ||~   ||~   ||
 * Ben M. || 02/23/10 || This is Hangman, on the computer. || [[file:hangman.py]] ||
 * Ben M. || 02/23/10 || Tic Tac Toe, on the computer. || [[file:tictactoe.py]] ||
 * Ben M. || 02/23/10 || This game is called Bagels. Yeah, very strange. || [[file:bagels.py]] ||
 * Ben M. || 02/23/10 || This next game is called Sonar. Its kind of tricky. Based on the x and y axis. || [[file:sonar.py]] ||
 * Ben M. || 02/23/10 || This one ciphers code. It has some wierd stuff going on that I'm still working on. Hannah or Daniel, if you get the chance, could you take a look at it, first read chapter 13 of the python book.
 * Ben M. || 02/25/10 || This is Reversi, like Sonar, it is also based on the x and y axis. || [[file:reversi.py]] ||
 * ~  ||~ **Week 6** ||~   ||~   ||
 * Hannah H. || 03/07/10 || This is this weeks homework! Wow! I finally finished it.... Either way, you can input the X and Y values of two different forces, and then they will work on the sphere. Hope you enjoy it :) || [[file:XYmove2.py]] ||
 * Martha S. || 03/07/10 || week 6's homework Hannah was a big help it's a blue sphere in a black abyss with x and y forces!!! || [[file:cyanball.py]] ||
 * ~  ||~ Week 7 ||~   ||~   ||
 * Daniel C. || 3/9/10 || Bouncing ball with nifty graph! Top line is distance, bottom is velocity. || [[file:BouncingGraph.py]] ||