FILES
-----
scripts\rect.lua
scripts\util.lua
scripts\vec2.lua
stats\effects\bed\bed.lua

DIFFS
-----
scripts\rect.lua
15a16,23
> function rect.ll(rectangle)
>   return {rectangle[1], rectangle[2]}
> end
> 
> function rect.ur(rectangle)
>   return {rectangle[3], rectangle[4]}
> end
> 
17,20c25,28
<   local first = {rectangle[1], rectangle[2]}
<   local second = {rectangle[3], rectangle[4]}
<   first = vec2.rotate(first, angle)
<   second = vec2.rotate(second, angle)
---
>   local ll = rect.ll(rectangle)
>   local ur = rect.ur(rectangle)
>   ll = vec2.rotate(ll, angle)
>   ur = vec2.rotate(ur, angle)
23,24c31,32
<     math.min(first[1], second[1]), math.min(first[2], second[2]),
<     math.max(first[1], second[1]), math.max(first[2], second[2])
---
>     math.min(ll[1], ur[1]), math.min(ll[2], ur[2]),
>     math.max(ll[1], ur[1]), math.max(ll[2], ur[2])
45a54,60
> end
> 
> function rect.contains(rectangle, point)
>   return point[1] >= rectangle[1]
>      and point[2] >= rectangle[2]
>      and point[1] <= rectangle[3]
>      and point[2] <= rectangle[4]

scripts\util.lua
463,464c463,464
<       local startAngle = math.pi*2 / sections * (i-1)
<       local endAngle = math.pi*2 / sections * i
---
>       local startAngle = math.pi * 2 / sections * (i-1)
>       local endAngle = math.pi * 2 / sections * i

scripts\vec2.lua
112,118c112,117
< function vec2.rotateRect(rect, angle)
<   local ll = vec2.rotate({rect[1], rect[2]}, angle)
<   local ur = vec2.rotate({rect[3], rect[4]}, angle)
<   if ll[1] > ur[1] then ll[1], ur[1] = ur[1], ll[1] end
<   if ll[2] > ur[2] then ll[2], ur[2] = ur[2], ll[2] end
<   return {ll[1], ll[2], ur[1], ur[2]}
< end
\ No newline at end of file
---
> function vec2.approach(vector, target, rate)
>   return {
>     target[1] > vector[1] and math.min(vector[1] + rate, target[1]) or math.max(vector[1] - rate, target[1]),
>     target[2] > vector[2] and math.min(vector[2] + rate, target[2]) or math.max(vector[2] - rate, target[2])
>   }
> end

stats\effects\bed\bed.lua
1c1
< require "/scripts/vec2.lua"
---
> require "/scripts/rect.lua"
6c6
<   animator.setParticleEmitterOffsetRegion("healing", vec2.rotateRect(mcontroller.boundBox(), mcontroller.rotation()))
---
>   animator.setParticleEmitterOffsetRegion("healing", rect.rotate(mcontroller.boundBox(), mcontroller.rotation()))