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Quite BASIC — Eight Queens - Classic Chess Puzzle
http://www.quitebasic.com/prj/puzzle/eight-queens-brute
Try it by clicking on "Run Program", but this brute-force solution can take a minute or more to finish depending on your computer. Be sure to check out the conflict heuristics solution too! Want to learn more? Wikipedia has a good article. Try it by clicking on "Run Program", but this brute-force solution can take a minute or more to finish depending on your computer. Be sure to check out the conflict heuristics solution too! Want to learn more? Wikipedia has a good article. Ten by ten 10x10.
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Quite BASIC — Bifurcations
http://www.quitebasic.com/prj/math/bifurcations
This short program shows how the logistic map converges to different stable orbits depending on the value of the parameter R. At certain values of R, the number of points in the orbit changes. Those are called bifurcation points. If you want to learm more about bifurcations in the logistic map, you could check out the Wikipedia article. Sample programs to try and to mash up! Create and manage your projects! Publish your projects using Google Gadgets! Ten by ten 10x10. Big and slow 100x100.
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Quite BASIC — IF-THEN-ELSE
http://www.quitebasic.com/prj/basics/ifthenelse
This sample shows the syntax of the IF-THEN-ELSE construct in Quite BASIC. Note that THEN is mandatory and note also the shortcut where GOTO can be omitted. You can also see some examples of logical expressions; note that "not equal" is written . This sample shows the syntax of the IF-THEN-ELSE construct in Quite BASIC. Note that THEN is mandatory and note also the shortcut where GOTO can be omitted. You can also see some examples of logical expressions; note that "not equal" is written . Ten by ten 10x10.
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Quite BASIC — The Fibonacci Sequence
http://www.quitebasic.com/prj/math/fibonacci-sequence
Try the program by clicking on "Run Program". Want to learn more? Wikipedia has a good article. Here are two challenges for you: a) Can you replace the array F by just two variables? B) Can you change the program so it prints better and better estimates of the "golden ratio". Try the program by clicking on "Run Program". Want to learn more? Wikipedia has a good article. Here are two challenges for you: a) Can you replace the array F by just two variables? Sample programs to try and to mash up!
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Quite BASIC — Bubble Sort
http://www.quitebasic.com/prj/algorithms/bubble-sort
This is the most simplistic sorting algorithm; it has computational complexity O[n*n], but for short lists it can actually be quite competitive. Want to learn more? Wikipedia has a good article. You can experiment with the variable N to see how the algorithm get much slower for longer lists. Compare also with the Merge Sort algorithm. This is the most simplistic sorting algorithm; it has computational complexity O[n*n], but for short lists it can actually be quite competitive. Want to learn more?
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Quite BASIC — Hello World!
http://www.quitebasic.com/prj/basics/helloworld
This sample shows how to print output to the console. As you can see, there are a few different ways to use the PRINT command. Note the role that semi-colon plays. This sample shows how to print output to the console. As you can see, there are a few different ways to use the PRINT command. Note the role that semi-colon plays. 10 PRINT "Hello World! 20 PRINT "Hello" ; " World! 30 PRINT "Hello" ; 40 PRINT " World! Sample programs to try and to mash up! Create and manage your projects! Ten by ten 10x10.
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Quite BASIC — The Wall, break out action
http://www.quitebasic.com/prj/games/wall
Classic break out action game. Knock down all the bricks by bouncing the ball against them. Control the bounce by hitting it with different parts of the paddle. "Level" controls the speed. "4" moves the paddle to the left, "6" moves it to the right, and "5" stops it. But watch out for the red brick! 0 THEN PLOT X, Y, "gray" 3020 LET X = X U 3030 LET Y = Y V 3040 REM Round the X,Y position 3050 LET A = ROUND(X) 3060 LET B = ROUND(Y) 3070 REM Bounce off sides 3080 IF A. Create and manage your projects!
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Quite BASIC — Snake and Dots
http://www.quitebasic.com/prj/games/snake
Reaquaintance yourself with that old snake with an appetite for juicy dots. Click on "Run Program! To start the game. W=up, Z=down, A=left, S=right. As always, feel free to change the BASIC code to make this your game. Maybe you can add bonus points for getting to the dot fast for example, changin the color as the time runs out. Reaquaintance yourself with that old snake with an appetite for juicy dots. Click on "Run Program! 250 THEN PRINT "- Amazing score! Sample programs to try and to mash up!
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Quite BASIC — The Mandelbrot set
http://www.quitebasic.com/prj/math/mandelbrot
Click on "Run Program! Want to learn more about the Mandelbrot set? Wikipedia has an article. Feel free to experiment with the program! For example, can you make it zoom in on some particularly interesting region? Also, try experimenting with the L variable and the palette! Click on "Run Program! Want to learn more about the Mandelbrot set? Wikipedia has an article. Feel free to experiment with the program! For example, can you make it zoom in on some particularly interesting region? Ten by ten 10x10.
