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Parametric curve enumerator that calculates normalized progress, from 0.0 to 1.0, is Equatable, and accordingly returns the inverse parametric curve.

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AntonTheDev/FlightParametrics

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FlightParametrics

Cocoapods Compatible Carthage compatible Platform License

Build Status codecov.io

Introduction

FlightParametrics is an easy to use enum which can be used as a type, and can calculate the normalized progress, ranging from 0.0 to 1.0, for the most common parametric easings.

A sample visual reference can be found here

Features

  • 46 Parametric Curves
  • Normalized from 0.0 - 1.0
  • Inversable, and Equatable

Installation

Communication

  • If you found a bug, or have a feature request, open an issue.
  • If you want to contribute, review the Contribution Guidelines, and submit a pull request.

Basic Use

// Can be declared as an Equatable
// property, supports == / !=

var easing : FPEasing = .inOutCubic   
// Returns the parametric progress based
// on some calculated relative linear
// progress from 0.0 - 1.0

var progress = easing.parametricProgress(relativeProgress)  
// You can ask an easing for its inverse
// which will return it's corresponding
// inverse parametric function
//
//  i.e .inOutCubic -> .outInCubic
//      .inSine -> .outSine
//      .outCircular -> .inCircular

var revEasing = easing.reverseEasing()  

These are the supported parametric curves that you can apply to the property animation.

.inSine
.inOutSine
.outSine
.outInSine
.inQuadratic
.inOutQuadratic
.outQuadratic
.outInQuadratic
.inCubic
.inOutCubic
.outCubic
.outInCubic
.inQuartic
.inOutQuartic
.outQuartic
.outInQuartic
.inQuintic
.inOutQuintic
.outQuintic
.outInQuintic
.inExponential
.inOutExponential
.outExponential
.outInExponential
.inCircular
.inOutCircular
.outCircular
.outInCircular
.inBack
.inOutBack
.outBack
.outInBack
.inElastic
.inOutElastic
.outElastic
.outInElastic
.inBounce
.inOutBounce
.outBounce
.outInBounce
.inAtan
.inOutAtan
.outAtan
*
.linear
.smoothStep
.smootherStep
*

License

FlightParametrics is released under the MIT license. See License for details.

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Parametric curve enumerator that calculates normalized progress, from 0.0 to 1.0, is Equatable, and accordingly returns the inverse parametric curve.

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