private void SetVector2BoundsFunction(Vector2 lowBounds, Vector2 highBounds, bool useExtents, bool shouldReverse)
{
if (resolution != InputResolution.Location2D)
{
throw new System.Exception("Only Location2D resolution schemas can have Vector2 Bounds.");
}
Vector2 low = lowBounds;
Vector2 high = highBounds;
Awake();
bool extents = ((bool)enableExtents ? useExtents : false);// useExtents;
bool reverese = shouldReverse;
Vector2BoundsFunction = (Vector2 value) => {
if (extents)
{
UpdateExtents(value);
// if schema specifies that we should use extents, override the argument values
low = useExtents ? min2DExtent : low;
high = useExtents ? max2DExtent : high;
}
// only reverse x for now (most expected behavior) - can extend the schemas later if needed
float x = NormalizeRange(value.x, low.x, high.x, shouldReverse);
float y = NormalizeRange(value.y, low.y, high.y);
return(new Vector2(x, y));
};
}
protected SukiSchema()
{
name = "";
resolution = InputResolution.Trigger;
data = SukiData.Instance;
CalculationFunction = null;
ReductionFunction = null;
ConditionFunction = null;
FloatBoundsFunction = null;
Vector2BoundsFunction = null;
Vector3BoundsFunction = null;
}
private void SetVector3BoundsFunction(Vector3 lowBounds, Vector3 highBounds)
{
if (resolution != InputResolution.Location3D)
{
throw new System.Exception("Only Location3D resolution schemas can have Vector3 Bounds.");
}
Vector3 low = lowBounds;
Vector3 high = highBounds;
Vector3BoundsFunction = (Vector3 value) => {
float x = NormalizeRange(value.x, low.x, high.x);
float y = NormalizeRange(value.y, low.y, high.y);
float z = NormalizeRange(value.z, low.z, high.z);
return(new Vector3(x, y, z));
};
}
private void SetFloatBoundsFunction(float lowBounds, float highBounds, bool useExtents, bool shouldReverse)
{
if (resolution != InputResolution.Range)
{
throw new System.Exception("Only Range resolution schemas can have Float Bounds.");
}
float low = lowBounds;
float high = highBounds;
Awake();
bool extents = ((bool)enableExtents ? useExtents : false);// useExtents;
bool reverse = shouldReverse;
FloatBoundsFunction = (float value) => {
if (extents)
{
UpdateExtents(value);
// if schema specifies that we should use extents, override the argument values
low = useExtents ? minExtent : low;
high = useExtents ? maxExtent : high;
}
return(NormalizeRange(value, low, high, reverse));
};
}