void Update()
{
foreach (DataSet d in dataSets)
{
int lengthOfArray = d.values.Count;
if (d.currentlyInterpolating)
{
if (d.interpolateAmt >= 1f)
{
// finished interpolating, so add it to the list
d.values.Add(d.valueToAdd);
d.currentlyInterpolating = false;
d.interpolateAmt = 0f;
}
lengthOfArray++;
}
Vector2[] newPointArray = new Vector2[lengthOfArray];
Vector2 lastPoint = new Vector2(0, 0);
for (int i = 0; i < d.values.Count; i++)
{
// Let's scale the points to fit the whatchamacallit
Vector2 point = d.values[i];
// point.x /= xBounds.y;
// point.y /= yBounds.y;
// point.x -= xBounds.x / xBounds.y;
// point.y -= yBounds.x / yBounds.y;
point.x = NiceExtensions.InverseLerpUnclamped(xBounds.x, xBounds.y, point.x);
point.y = NiceExtensions.InverseLerpUnclamped(yBounds.x, yBounds.y, point.y);
newPointArray[i] = point;
lastPoint = point;
}
if (d.currentlyInterpolating)
{
float interpX = d.valueToAdd.x / xBounds.y;
float interpY = d.valueToAdd.y / yBounds.y;
Vector2 interpPoint = new Vector2(Mathf.SmoothStep(lastPoint.x, interpX, d.interpolateAmt), Mathf.SmoothStep(lastPoint.y, interpY, d.interpolateAmt));
newPointArray[lengthOfArray - 1] = interpPoint;
d.interpolateAmt += Time.deltaTime * animationSpeed;
}
d.lineRenderer.Points = newPointArray;
d.lineRenderer.LineThickness = lineWidth;
d.lineRenderer.color = d.mainColor;
}
gridRenderer.color = gridColor;
}
public void Start()
{
DOTween.Init();
float a = 0;
float b = 1;
float val = 2;
float origLerpInverse = Mathf.InverseLerp(a, b, val);
float myLerpInverse = NiceExtensions.InverseLerpUnclamped(a, b, val);
Debug.Log(string.Format("Normal lerp inverse gives {0}, mine gives {1}", origLerpInverse, myLerpInverse));
}
