Algodoo

WASAAAAAAAAA

na bro do it urself lol

I knew about velocityDamping, but where's the fun in that?

you liar
it has 7.83, not 7.88

[deleted for convenience]

hi

jakub i would do that but i like the reflections, which give it a ray-tracing sort of feel. i could just bring down reflectiveness to 0 or refindex to 1.

I like using scripting to an extent but i didnt want to just submit a simple box with scripted damping. It's much too simple for my taste.

Hey, Xray. the Mohamed account is not mine. thank you for asking to be sure.

no idea who mohamed159357 actually is. i play some if his scenes but idk. and faytree thanks for the help.

well i changed the code but now it's doing something weird. I'll share the new scene.

Actually this might be good enough. The entire purpose of this scripting is to make A laser transmitter that would be able to send data to a remote controlled vehicle. I wanted it to point at it such that I could send a direct focused signal. Now I realise that I could make a two-sided laser that would always have one beam focused on the vehicle. thanks everyone for the help.

Oh I dont mind it

liar but clever deception

No, it's functional, just move around the blocks.

why is nobody talking to me anymore

no worries kenpie

I love suggestions, Xray! It's just that I am not on algodoo that much. I'm sorry if I sound arrogant at all. I do believe I am pretty smart, but I avoid bragging about it. Recently I switched from online school to public school and i haven't had much time to read or respond to messages. I hope you understand.

And a little about the scene: Now i'm no eletrician, but what i tried to demonstrate in the scene is an analogy to electricity: Angular momentum. The components in the scene come with labels to the left. The battery component has a lot of angular inertia, so it can be used as a decent energy container, such that energy can be put in and taken out. The wire simply acts as a conductor, along with the Intersector, but the intersector inverts the current and outputs it on all sides. the (de)amplifier can exchance current for amps and vice versa. the actuator simply turns rotational energy to linear kinetic energy.

Thanks for understanding, Xray! And I do agree, marble races and camps do get annoying. Like one wasn't enough? I do think I should mention on scenes like this one where I adress a topic I dont fully understand that I am not experienced in the subject. Anyway, thanks for the communication.

Nope just $US

like this scene

If you have any models that I could use for logic gates (or something that doesn't require editing ode to copy) I would love to hear them and maybe use them with permission.

ode > code**

Are these your own design, Joon? i must say the XOR gate is incredible. You have the great mind of a mechanical engineer!

also I'm probably not gonna build a computer out of these as the computer I use is as old as ENIAC
not really but yeah its 2000 old

This is a guidance component, but it is not in fact a gyroscope. It is a reaction wheel. Follow this link [en.wikipedia.org/wiki/Reaction_wheel] to see what you actually built. A gyroscope is used for determining orientation and angular velocity and a reaction wheel is used for changing orientation and angular velocity.

Hope I cleared up any confusion! it would make sense to change the title too.

I love seeing a relatively lifeless game slowly turn into a computer, such as Minecraft, Game of Life, Algodoo evidently, and somehow some card games are turing-complete too!

Does anyone happen to know how to code a onNotHitByLaser event? want to make a completely digital type of transistor, or maybe one that does not require editing code. I'm probably just going to spit out tons of transistor models until I get a version with little thyme.

There is a flag on the far right. I forgot to mention controls. UP to stick, DOWN to unstick.

Hope this helps!