Structs
A two dimentional range.
Can also be interpreted as an axis-aligned rectangle
A two dimentional range.
Can also be interpreted as an axis-aligned rectangle
Constants
Functions
calculate weight using Bernstein Polynomials:
(n over i) t^i * (1-t)^(n - i).
precalculated Pascal’s triangle for a bit more efficiency
binary search to figure out between which two values this sample is
assumes data is sorted!!
roughly equals, for when dealing with floating point equality
Factorial, calculated naively
ex: 3! = 1 * 2 * 3 = 6
get
t as a fraction between min and max.same as lerp, but using a Range
logaritmic lerping
when interpolating t between multiple data points,
‘select’ the two data points it falls between, if t in 0..data.len().
Fade function as defined by Ken Perlin. This eases coordinate values
so that they will ease towards integral values. This ends up smoothing
the final output.
equals to 6t^5 - 15t^4 + 10t^3
TODO add this to a vector / points area when we get it
convert a spherical coordinate to a cartesian one
Factorial but addition, don’t know what it is called
ex: 3 = 1 + 2 + 3 = 6