Classes
 ClassDescription
 Back A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Bounce A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Circular A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Cubic A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Elastic A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Exponential A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Linear A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Quadratic A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Quartic A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Quintic A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 Sine A modified form of Robert Penner's easing equations, optimised for the specific use of calculating the energy over a particle's lifetime.
 TwoWay A set of easing equations for modifying the particle energy such that it starts and ends at zero and peaks at one half way through the particle's lifetime.