Algodoo

I gave you a 10 because it looks great and appears to be all hand made. This must have taken you a while to make. I dont know how the scores are averaged.

This person must eat like a horse. I clogged the toilet. Where's the plunger (plumber's helper).

Well done. Works perfect for me.

Congratulations on first Phun nano car.

Hinges like this are useful if you need a very stiff hinge, but they require much more calculation by Phun.

Definitely a 10. Select covers and "move to back" to see mechanism inside.

LOL I think wood can support these forces in real life. Prove me wrong with some calculations. Most of the wood members are in direct tension or compression. At any rate, I couldn't find anything in the Terms Of Use agreement where everything made with Algodoo has to work in real life. Ideas that don't work in real life may lead to ideas that do.

This treb has about 7% efficiency, while the FAKA runs about 67% efficiency. This is based on the linear kinetic energy of the projectile divided by the potential gravitational energy of the weight (obtained from plots).

Fix me. Scene is nicely done, but scale is non-responsive. Fails on scene.my.round() function. Scene.my.round() function is missing from the .phz.

Now works for me. Like new one more.

Blank Scene.

Spoiler alert! How did you do it? I think you made a chain that has beads with -100 attraction. 10/10

Nice scene, but I thought that in stringed instruments the strings vibrate at their natural frequency (free vibration), not forced vibration.

Excellent!

Excellent. Completed course first time. Guess I'm a better driver than Mr. moo moo.

Nice job. Motors could be faster.

Nice. Could be used for subliminal advertising.

Enable Motors
Set Strength to 6000
In console type:
Scene.my.motorspeed=0
In laser script:
onLaserHit = (e)=>{Scene.my.motorspeed = 21}
In hinge scripts:
motorspeed = {Scene.my.motorspeed}

If this doesn't do what you want then explain why.

If process needs to be turned off and on then will need more coding.

Nice scene. Like to respond but ... computer ... is ... going ... very ... slooowwwww.

Reaches 5.4 m/s with no modification, 7.7 m/s if one ball removed from each wheel, 24 m/s if frictionless.

Impressive throw, but working about 10% efficiency. Efficiency calculated from the kinetic energy of the projectile upon release divided by the change in potential energy of the moving weights as displayed on the energy plots.

Excellent craftmanship. 10/10

I was going to accuse you of favoritism, but then realized that this was a Phun only (not Algodoo) contest. Springs made in Algodoo are screwed up in Phun. If this contest were judged using Algodoo, I think jonnyboy12ishier would be the winner since his design solved the problem with less components in half the time. Results as follows:

_________jonny___punk___noonan
objects__­­__99_____106______15
time_____29.7____58.2____50.­6

Springs made in Algodoo are not compatible with Phun.

This is an excellent scene. More people should have entered the contest.

EggSalad (Excellent!). Deserves to be scene of the week.

Agree with comment above. Maybe use hinge connection that breaks at excess speed around corners. Also a crossover track would ensure that both tracks are the same length.

Awsome. 10/10. I think this scene will float to the top and eventually get the hits it deserves.

Bolloon looks good and works well. Chain should be heavier (> 0.1 kg/m2) or else it floats and iterferes with balloon movement. Additional terrain and scenery would be nice.