Shafin Ahmed

How to run:

There are several ways to view the demo. This repo is being hosted here. Alternatively, you can download the repo and host it locally with VSCode Live Server

Notes:

To run a new test, refresh your window (press F5).

Some assumptions:

I was not super sure about a few requirements of the test so I made a few assumptions.

• Cube B either stays static after the collision or travel with Cube A.

Test Scenarios:

From the initial scene, Cube A starts from the left and Cube B starts from the right. Both cube orientations are randomized at the beginning. Based on the colors of the two colliding faces, the following scenarios take place (ordered by priority):

1. If Cube A's colliding face is the same color as Cube B's colliding face, they both disappear.
2. If Cube A collides with Cube B's black face, it disappears.
3. If Cube A collides with Cube B's red face, it stops.
4. If Cube A collides with Cube B's blue face, it reverses direction.
5. If Cube A collides with Cube B's green face, it doubles its speed (same direction)
6. If Cube A collides with Cube B's yellow face, it halves its speed.
7. If Cube A collides with Cube B's purple face, the direction of travel is randomized.

Remarks:

Until I received the attachment in my email and opened to read it, I had never heard of three.js. It's been a fun 48 hours trying to figure out how to find my way around to figure out what I wanted to do. If you find my code to be below par, that's okay! I have absolute confidence in my skills and my ability to achieve mastery at anything I want to - so I know I'll get better.