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Bezier

Interpolation for arbitrary order Bézier curves in julia

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Bezier

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Interpolation for arbitrary order Bézier curves in julia

Linear interpolation between two points with bezier(t, P1, P2)

  • P1 coordinate for one point
  • P2 coordinate for second point
  • 0 ≤ t ≤ 1 defines how close to P1 vs P2 to interpolate ``` julia> using Bezier

julia> bezier(0.25, [1. 2], [3. 4]) # This is a quarter of the way between [1 2] and [3 4] 1x2 Array{Float64,2}: 1.5 2.5

julia> bezier(0.5, [1. 2], [3. 4]) # This finds the midpoint between [1 2] and [3 4] 1x2 Array{Float64,2}: 2.0 3.0

julia> bezier(0.8, [1. 2], [3 4]) # This is 80% of the way from [1 2] to [3 4] 1x2 Array{Float64,2}: 2.6 3.6


Interpolate between an Array of points using `bezier(t, ::Array{Array{FloatingPoint,1},1}`

julia> bezier(0.5, Vector{FloatingPoint}[[0., 0], [10, 10], [20, 0]]) # quadratic interpolation 1-element Array{Array{FloatingPoint,1},1}: FloatingPoint[10.0,5.0]


Or as a matrix (where each row represents a point) using `bezier(t, ::Array{FloatingPoint,2}`

julia> bezier(0.5, [0. 0; 5 5; 10 0; 15 5]) # cubic interpolation as a matrix 1x2 Array{Float64,2}: 7.5 2.5

First Commit

07/03/2015

Last Touched

10 months ago

Commits

11 commits

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