You might try reaching each of these milestones in order: Oh, and as usual, don't try to do the whole thing all at once. Don't be afraid to post questions on the course discussion site or to e-mail me. Just look at my comments in each and try to implement each method to do what my comments indicate it should. Don't be scared by the number of classes. (You may recall that a Java file can contain any number of class definitions, but only one that is marked "public".) You could-but I don't recommend it-place all the class definitions in the file Doodle.java, and the system would work just fine.
This is good software engineering, but not strictly necessary. Note that my solution places each class in a separate file.
The only hard and fast requirement is that your primary "main()" method must be in a class named Doodle. You are free to use as many or as few classes as you want. There are an infinite number of ways to solve the problem. Here are skeletons of the five classes I used to solve this problem, Organism.java, Ant.java, Doodlebug.java, World.java and Doodle.java. (Another way of looking at it: when you specify the "Main class" for your Eclipse project, it should be "Doodle".) I.e., when I want to run your program, I will run that class. The class Doodle should have the primary main() method. Provide a solution to Programming Project #4, at the end of chapter 8 of the textbook. It has actually been broken into three smaller parts, and you should be following those, rather than this document. This document provides an overview of the entire assignment. You will need several days to complete it! You will want to complete the assignment step by step (as outlined below)! Warning!! This is an involved assignment. Ants and Doodlebugs Lab 3: Ants and Doodlebugs Simulation
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