//This test is known to be failing. Disabled until double-mathematics algorithm implementation
public void MeasureToolTests_FloatPrecision()
{
var precision = 0.01f; //claimed precision is 0.01
var x = 999999.9f;
var position1 = new Vector3(x, 0, 0);
var position2 = new Vector3(precision * 2, 0, 0);
var anchor1 = GetPointAnchor(position1, Vector3.up);
var anchor2 = GetPointAnchor(position2, Vector3.up);
var distance = RawMeasure.GetDistanceBetweenAnchors(anchor1, anchor2);
Assert.AreNotEqual(distance, x);
Assert.IsTrue(Mathf.Approximately(position1.x - position2.x, distance));
}
void AssertCalculation(PointAnchor anchor1, PointAnchor anchor2, System.Action <float> assertDelegate)
{
var distance = RawMeasure.GetDistanceBetweenAnchors(anchor1, anchor2);
var position1 = anchor1.position;
var normal1 = anchor1.normal;
var position2 = anchor2.position;
var normal2 = anchor2.normal;
try
{
assertDelegate?.Invoke(distance);
}
catch (AssertionException e)
{
var msg = e.Message +
$"Anchors are:\nposition1:{position1.x}, {position1.y}, {position1.z};\nnormal1:{normal1.x}, {normal1.y}, {normal1.z};" +
$"\nposition2:{position2.x}, {position2.y}, {position2.z};\nnormal2:{normal2.x}, {normal2.y}, {normal2.z}";
throw new AssertionException(msg, e);
}
}
