grisevg

package;

import haxe.ds.Vector;

/**
 * BezierEasing - use 2d bezier curve to describe easing function. Follows specification of CSS3 `cubic-bezier`
 * You can easily get desired values in the cubic-bezier editor: http://cubic-bezier.com/
 * Implementation article - http://greweb.me/2012/02/bezier-curve-based-easing-functions-from-concept-to-implementation/
 * The algorithm uses combination of newton and bisection methods (http://en.wikipedia.org/wiki/Brent%27s_method#Dekker.27s_method) 
 * to approximate bezier function. Please note that this method is much more slower than direct easing functions.

grisevg

package;

class Easings
{
	//Standard easing functions
	public static inline function easeInQuad(t:Float):Float { return t*t }
	public static inline function easeOutQuad(t:Float):Float { return t*(2-t) }
	public static inline function easeInOutQuad(t:Float):Float { return t<.5 ? 2*t*t : -1+(4-2*t)*t }
	public static inline function easeInCubic(t:Float):Float { return t*t*t }
	public static inline function easeOutCubic(t:Float):Float { return (--t)*t*t+1 }

grisevg

package ;

import List;
import tink.core.Noise;
import tink.core.Signal;
import tink.core.SignalTrigger;

using Lambda;

typedef Flow = Void -> Void;