LerpyDerpy

Value lerping with momentum.

GENERAL INFORMATION

GitHub Link

The asset handles making values approach with smooth motion, allowing bounciness and overshooting.  In this asset there is `Lerpy` and `LerpyDerpy`. `Lerpy` is the actual lerper construct, and `LerpDerpy` is collection of lerpers. The collection attaches new lerper to given field (scope and key), so updating the collection automatically updates attached fields. `Lerpy` is not attached to field without `LerpyDerpy`, and can be used as stand-alone.

Attaching fields to `LerpyDerpy` returns the `Lerpy`, which can be used to change the target point or its parameters.Updating `LerpyDerpy` updates the fields accordingly, but you can also utilize `.PullTargets()` and `.PushTargets()` to change fields yourself, and these changes are assigned as new targets.

HOW TO USE EXAMPLE - LERPY

// CREATE -EVENT.
self.xlerpy = new Lerpy(x);
self.ylerpy = new Lerpy(y);
  
// ALARM -EVENT.
// Updating the target values.
self.xlerpy.SetTarget(choose(256, 512));
self.ylerpy.SetTarget(choose(256, 512));
  
// STEP -EVENT.
x = self.xlerpy.Update().Get();
y = self.ylerpy.Update().Get();

HOW TO USE EXAMPLE - LERPYDERPY

// CREATE -EVENT.
self.lerpyDerpy = new LerpyDerpy();
self.lerpyDerpy.Attach(self, "x");
self.lerpyDerpy.Attach(self, "y");
  
// ALARM -EVENT.
// Updating the target values.
self.lerpyDerpy.PullTargets();
x = choose(256, 512);
y = choose(256, 512);
self.lerpyDerpy.PushTargets();
  
// STEP -EVENT.
self.lerpyDerpy.Update();