Part.Position += Vector3.new(0, targetStudsToMove, 0)Ĭamera.CFrame = CFrame.new(targetCameraPosition, part. StudsToMove * (deltaTime / timeToComplete) RunService.RenderStepped:Connect(function(deltaTime) Wait(2) -Studio takes some time to load into client mode, so don't do it right away Local targetCameraPosition = Vector3.new(-20, 25, 0)Ĭamera.CameraType = Ĭamera.CFrame = CFrame.new(targetCameraPosition, part.Position) Here is some example code, which utilizes the Delta argument: local runService = game:GetService('RunService') What this means is, if you wanted to move a part 10 studs, within 1/3rd of a second, you’d say 10 studs * (delta / 1/3 seconds), which will move the part the correct amount within the specified time, so that no matter what framerate the player is on, it will look smooth, and will have exactly the same speed. Game service responsible for all run-time activity and progression of time. You can read more here: RunService | Roblox Creator Documentation This will be useful to you as a programmer, as it essentially tells you what fraction of a second has passed, and you can adjust how fast animations happen as a result. For a player who’s running at 24 FPS this will be approximately 1/24th of a second or 0.04166.s, for a player who’s running at 60 FPS it will be approximately 1/60th of a second, or 0.0166.s, and at 144 FPS, it will be approximately 0.006944.s. This is also called Step, or shortened to s in some scripts. The good thing is, every frame an argument is passed through RenderStepped, called Delta, what this tells us is the time that it took between the last frame and the current frame. There will also be cases where players will have framerates below 60FPS, in this case, it is going to cause animations to be slower for them, which will make the user experience worse. This is because there is less time between frames. What you’ll notice is, as frame rate increases, the animation speed also increases.

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