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Need help figuring out the math for drifting?
So I've literally been spending days trying to figure out how on earth the math for mario kart style drifting would be.
I am really bad when it comes to the math side of programming in general, it is so confusing for me to understand more complex integrations.
Here's what I have written currently:
01 | local primaryPart = script.Parent.Parent.Parent.PrimaryPart |
02 |
03 | script.Parent.Changed:Connect(function() |
04 | while true do |
05 | if script.Parent.Value == false then |
06 | break |
07 | end |
08 |
09 | -- drift here |
10 |
11 | wait() |
12 | end |
13 | end) |
Within the 'drift here' comment, I have use a number of different things including: - Nested for loops - TweenService - CFraming - Vectoring
I have also searched up similar works where the closest I have found was a realistic one done on unity and the unity java code works takes in very different inputs from roblox lua.
Even a push in the right direction is a big help. Thank you.
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Can you show Mario Kart Style Drifting? Send a video recording pls thx T3_MasterGamer 2189 — 2y
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I mean, I found this: https://www.youtube.com/watch?v=Ki-tWT50cEQ&ab_channel=MixandJam but it is for unity games. The translated code would look different for roblox lua games but because physics differ slightly on roblox, I need to translate it for it to work. I have since tried many methods but they just result in the kart glitching stuck in the same position. GoingToAnnoyYou 2 — 1y