Fun math fact: 1 degree is an angle measurement. 1 radian is a length measurement - the arc length that's 1/2*pi along the circumference of a unit circle (there are 2*pi radians in a full circle)
So I have a couple things to say: 1: why don't you use cardboard to see where it hits? 2:the spuds are not a point in space, they have volume, that's why it hits at 28 blocks (you actually said this near the end of the video)
1. While that would work, I would have to wait till it actually hits at all possible points, which takes a while. What I want to have is a few formulas that I could use to calculate the hit point ellipse and just make exact platform that would work perfectly for that distance. I can always just make a big platform using sensors. 2. Yeah, I did say that they are probably calculated using some sphere collider if I had to guess
Fun math fact: 1 degree is an angle measurement.
1 radian is a length measurement - the arc length that's 1/2*pi along the circumference of a unit circle (there are 2*pi radians in a full circle)
Pretty much what I did with my color memory
What do you mean? What did you do?
So I have a couple things to say:
1: why don't you use cardboard to see where it hits?
2:the spuds are not a point in space, they have volume, that's why it hits at 28 blocks (you actually said this near the end of the video)
1. While that would work, I would have to wait till it actually hits at all possible points, which takes a while. What I want to have is a few formulas that I could use to calculate the hit point ellipse and just make exact platform that would work perfectly for that distance. I can always just make a big platform using sensors.
2. Yeah, I did say that they are probably calculated using some sphere collider if I had to guess