úÎ)·(‘     (C) 2015 Dimitri SabadieBSD3+Dimitri Sabadie <dimitri.sabadie@gmail.com> experimentalportableNone -./345NVA o is a point on the spline with extra information added. It can be, for instance, left and right handles for a 2 curve, or whatever the interpolation might need.Hold vT is used to express no interpolation and holds its latest value until the next key. v6 represents a linear interpolation until the next key. v6 represents a cosine interpolation until the next key. v@ represents a cubic hermitian interpolation until the next key. l v r represents a cubic  interpolation, where l6 refers to the input  left  tangent of the key and r- is the output  right  tangent of the key.Extract the value out of a . &Extract the interpolation mode from a . t start end interpolates between start and end using s as a normalized sampling value.Satisfies the following laws:   0 start _ = start  1 _ end = end BNormalize a sampling value by clamping and scaling it between two s.IThe following laws should be satisfied in order to get a coherent output: " sampler :: a s -> s sampler ( k1)  =s = sampler ( k0) 0 <=  sampler s k0 k1 <= 1     (C) 2015 Dimitri SabadieBSD3+Dimitri Sabadie <dimitri.sabadie@gmail.com> experimentalportableNone -./345NV A   a s is a collection of 's with associated interpolation modes. Given two s which indices are i and i+1f, the interpolation mode on the resulting curve is performed using the interpolation mode of the key ir. Thus, the interpolation mode of the latest key might be ignored. There s an exception, though, when using the . interpolation mode. Feel free to dig in the Key documentation.  Extract the s. Build a   a s.a s is the type held by s. For instance, V2 Float.3The first argument of the function, which has type a s -> s<, is a function used to extract the sampling value of each ƒs. In most cases, that value represents the time or the frame of a simulation. That value is used to perform sampling comparison.  Sample a   at a given s. sampling value. If no sample exists, yields .The first parameter is a samplert function used to extract a comparison value. For most curves, the reflected value should be the time or the frame.       (C) 2015 Dimitri SabadieBSD3+Dimitri Sabadie <dimitri.sabadie@gmail.com> experimentalportableNone -./345NV        smoot_GGnTZgDyu9xHa9Zt2hTxCUData.Spline.KeyData.Spline.Curve Data.SplineKeyHoldLinearCosine CubicHermiteBezierkeyValueinterpolateKeysnormalizeSamplingSpline splineKeyssplinesamplekeyInterpolationinterpolateBezier $fToJSONKey $fFromJSONKeybaseGHC.BaseNothing bsearchLower$fToJSONSpline$fFromJSON(->)