| A |
In what order must we call our critter[i].move and critter[i].update methods in order to make the simulation behave in a more 'parallel' fashion?
|
| B |
How do we justify converting the physical law acceleration = d/dt velocity into the computer code velocity += dt * acceleration?
|
| C |
How do we use Newton's law F = m x a?
|
| D |
Draw a UML diagram and write a little code to explain how a cCritter
object delegates its reactions to forces out to instances of the cForce
class.
|
| E |
What is the code for the cCritter::feelforce
method? Why is the argument this passed?
|
| F |
What are some of the kinds of forces implemented by the Pop Framework?
|
| G |
What's the difference between a cForce, a cForceObject, and a cForceClass
?
|
