COS 426, Spring 2013
NAME, LOGIN



List of Implemented Features

I believe that I have implemented the following features, which are worth a total of XX points:

Demonstration of Implemented Features

First step


particlemotion.scn

effectofgravity.scn

effectofdrag.scn
Comments about the implementation, pecularities, etc.

Particle sources


spheresource.scn

circlesource.scn

boxsource.scn

linesource.scn

cylindersource.scn

conesource.scn

meshsource.scn
Comments about the implementation, pecularities, etc.

Particle sinks


spheresink.scn

circlesink.scn

boxsink.scn

linesink.scn

cylindersink.scn

conesink.scn

meshsink.scn
Comments about the implementation, pecularities, etc.

Particle simulation


differentlifetimes.scn

eulervsadaptive.scn

eulervsadaptive.scn

eulervsmidpoint.scn

eulervsmidpoint.scn

eulervsrk4.scn

eulervsrk4.scn

For the eulervsadaptive.scn, construct a scene which has visible problems for naive Euler integration, but works as niceley for adaptive step sizes; do the analogous for eulervsmidpoint.scn and eulervsrk4.scn

Comments about the implementation, pecularities, etc.

Particle interaction


collisiondetection.scn

mutualparticleattraction.scn

rope.scn

cloth.scn

flocking.scn
Comments about the implementation, pecularities, etc.

Scene animation


animcamera.scn

animobstacles.scn

animparticles.scn


Particle rendering


trails.scn

dynamicmaterials.scn

responsivematerials.scn

animatedmaterials.scn

sprites.scn


Interactive control


sourcecontrol.scn

sinkcontrol.scn

sourcesinkdragging.scn

ropeorclothmanipulation.scn


Art Contest Submission


Description of the submission.
Comments about the implementation, pecularities, etc.

Feedback

How long did you spend on this assignment?
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Was it too hard, too easy, or just right?
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What was the best part of the assignment?
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What was the worst part of the assignment?
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How could it be improved for next year?
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