Announcements - Course Info - Assignments - Resources
For the first part of the programming assignment, as well as for all the homeworks, you should hand in printed copies to the professor / TA at the time of the lecture. For the rest of the programming assignments, you should submit electronic copies via the GRACE cluster.
Assignment | Due Date |
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Assignment 1 | September 6th |
Assignment 2 | September 20th |
Assignment 3 | October 9th |
Assignment 4 | October 16th |
Lisp Assignment 1 | October 18th |
Lisp Assignment 2 | October 25th |
Lisp Warm up | October 30th |
Lisp APPEND FLAT homework | November 13th |
Link to the enhanced project description NOTE: This is included because it includes hints towards some of the geometry used in the project. The operations being described are for Rectangle Quadtrees, not MXCIF [go for the project description for the actual details of the MXCIF project]. Only refer to this when looking for hints on the geometry, which would be on pages 6 and 7.
Quadtree Drawing Routines [readme] (These files are used to help you look at your output.)
Testing & Submission Instructions
Link to the applet demo for MX-CIF quadtree (Required JAVA permission for Browser [readme]).
Assignment | Due Date | Sample Test Data | Assignment NO. | Executeable File Name | |
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Part 1 | September 4th | N/A | N/A | N/A | |
Part 2 | September 13th | [input][output] | 2 | part2 | |
Part 3 | September 29th |
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Part 4 | October 11th | [input][output] | 4 | part4 | |
Note: output.demo in part3 corresponds to the coordinate system in the "demo", and output.notes in part3 corresponds to the one in the enchanced description of project. |
Assignment | Due Date | |
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LISP Project 3 | November 8th |
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LISP Project 4 | November 20th |
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LISP Project 5 | December 6th |
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Some useful Lisp resources:
The Lisp interpreter that we'll be using is called Allegro Common Lisp (or Franz Lisp). It is installed on the GRACE cluster, so just connect as normal to linux.grace.umd.edu.
Once connected, run the command tap allegro81 to get access to the Lisp interpreter. To start up the interpreter, run mlisp. You should now have a Lisp prompt, and you can begin entering Lisp commands and seeing the results.
If you have your Lisp program stored in a file called, for example, helloworld.lisp, you can load the program by entering (load "helloworld") at the Lisp prompt. Note that you don't need to include the .lisp extension in the argument to load the program.