Projectile prediction with gravity

[kind raven]

i would also like to know this

[exotic stag]

ronush would be very good at this

hes studying physics so hes purty smart lol

[zealous vapor]

it is very difficult

[final wedge]

Like this?

[exotic stag]

yes! absolutely thats what im looking for

[exotic stag]

except instead of the projectiles slowing down to make an arc, its going at a constant speed but still hitting the target where ever

[lunar grove]

when cryptic wants to learn it too thats how you know its hard

[kind raven]

well its not hard per say, but its calculus

and im only in grade 11

[lunar grove]

yeah

[timber bloom]

If I understand the math I saw (sort of), does this get the distance between the start and end, and uses gravity to then create the height of a "triangle" where the projectile is launched to the tip of, then falls back down to the end?

I had something similar like this but overcomplicated the hell out of it lol

[final wedge]

it gets the initial velocity the projectile should be launched in based on the distance between start and end, maximum height and gravity. theres a video by Sebsatian Lague that explains it in depth https://www.youtube.com/watch?v=IvT8hjy6q4o&t=765s

[timber bloom]

Ohhh

I've seen that already, I guess I was just too dumb at the time lmaoo

[exotic stag]

i watched the video and i understand it, but could you elaborate this in a way that I can translate this into circuits. I know C# but they base their gravity off of code and not in game. Im also not too familiar with this types of trajectory formulas

i also dont know the rec rooms float value for their gravity

[zealous vapor]

Rec room is made in unity, so it should have the same exact general gravity as unity

[next sphinx]

Next Velocity = Get Current Velocity() + Vector3 Create(0, Multiply(-9.81, Delta Time), 0)

[final wedge]

recrooms gravity is -9.81. here are the circuits since im not doing anything with it