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Comp 212: Intermediate ProgrammingSpring 2002 |
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Here's the final results for the othello
tournament: The results of the preliminary round of the Othello
Tournament are in! Finalists can tweak their code, but should not move it.
(we should be able to access it Friday the same way we did today) Here's the
resultsIMPORTANT: Please email
Dr. Nguyen with the names of your Othello
team if you have not already done so. The
source code for Games For Two is here. There are lot of useful stuffs
in there, in particular the source code for OthelloBoard and GameModel. Also
redownload the latest version
of P4M2.jar and tttboard.jar
and test them again. The new P4M2.jar contains the class files for MinMax
and Alpha-Beta pruning. You are free to use StructureBuilder (or emacs!) to
study their structures. However, you are not allowed to reverse-engineer them
to get the source code.THE FINAL EXAM IS HERE!! Graduating
students must take and submit the exam by noon, May 02, 2002. You
will have 5 hours to complete the exam once you have started it. You have
unlimited preparation time however. Do not read the
exam until you are fully prepared to take the exam! In the mean
time, feel free to look at last semester's
final. Click here to read this semester's final.Othello
Tournament Rules are here!"implement" the
TicTac ToeBoard means write the code for it as something that implements IBoardModel.
You do not have to subclass from ABoardModel if you do not want to. However,
by subclassing from ABoardModel, you will have saved yourself a lot of work.
You do not have to implement the private methods for TicTacToeBoard shown
the the UML class diagram for TicTacToeBoard. Modified
Specs for milestone 2 of project 4 (Games for Two) are here.COMP 212 introduces students to object-oriented program design and the fundamental algorithms and data structures of imperative programming. All programming assignments are done in the Java programming language. Several programming projects of moderate size will help students to learn
The exercises will involve common data structures such as lists, stacks, queues, search trees, syntax trees, and hash tables, and will use algorithms for sorting, searching, and graph traversal. Some exercises will involve writing programs driven by a graphics user interface (GUI).
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