public void ShouldCreateQuad()
{
Vector3[] linePoints = { new Vector3(0, 0, 0), new Vector3(0, 0, 1) };
var result = LineMeshMaker.Build(linePoints, Width, Sections);
Assert.IsTrue(IsQuad(result.vertices));
}
/*
* /*
* public void CompleteCreation()
* {
* NodeCollidersEnabled = true;
* ResizeCentreNodeActivatorCollider();
* }
#1#
*
* public void MoveEndNode(Vector3 newNodePosition, GameObject nodeToMove = null)
* {
* nodeToMove = nodeToMove == null ? lineBehaviour.EndNode : nodeToMove;
*
* GameObject otherNode =
* nodeToMove != lineBehaviour.EndNode ? lineBehaviour.EndNode : lineBehaviour.OriginNode;
* Quaternion otherNodeWorldRotation = otherNode.transform.rotation;
* Vector3 otherNodeWorldPosition = otherNode.transform.position;
* Vector3 midWayPoint = Vector3.Lerp(newNodePosition, otherNodeWorldPosition, 0.5f);
* LineObject.transform.position = midWayPoint;
* LineObject.transform.LookAt(newNodePosition);
*
* otherNode.transform.position = otherNodeWorldPosition;
* otherNode.transform.rotation = otherNodeWorldRotation;
* Debug.DrawLine(otherNodeWorldPosition, otherNodeWorldPosition + otherNode.transform.forward, Color.magenta);
* nodeToMove.transform.position = newNodePosition;
* nodeToMove.transform.rotation = LineObject.transform.rotation;
*
* centreNodeIsNoneCentre = true;
*
* //UpdateKnots();
* }*/
/*
* public void UpdateKnots(float3x4 curve, float knotSpacing)
* {
* int numberOfKnots = (int)math.ceil(Length / knotSpacing) + 2;
* SplineKnots = new float3 [numberOfKnots];
*
* float3 knotStart = lineBehaviour.OriginNode.transform.localPosition;
* float3 knotEnd = lineBehaviour.EndNode.transform.localPosition;
*
* Debug.DrawLine(lineBehaviour.transform.TransformPoint(knotStart),
* lineBehaviour.transform.TransformPoint(knotStart) + Vector3.up, Color.cyan, 0.25f);
* Debug.DrawLine(lineBehaviour.transform.TransformPoint(knotEnd),
* lineBehaviour.transform.TransformPoint(knotEnd) + Vector3.up, Color.cyan, 0.25f);
*
* for (int i = 0; i < numberOfKnots; i++)
* {
*
* /*float3x4 curve = new float3x4
* {
* c0 = knotStart,
* c1 = math.lerp(knotStart, knotEnd, 0.33f) + (float3)Vector3.left,
* c2 = math.lerp(knotStart, knotEnd, 0.66f) + (float3)Vector3.left,
* c3 = knotEnd
* };#1#
* float3 knot = Bezier.GetVectorOnCurve(curve, (float)i/(numberOfKnots - 1));
* SplineKnots[i] = knot;
* Debug.DrawLine(lineBehaviour.transform.TransformPoint(knot),
* lineBehaviour.transform.TransformPoint(knot) + Vector3.up, Color.yellow, 0.25f);
* }
*
* }
*/
public void RebuildMesh()
{
/*meshFilter.sharedMesh = LineMeshMaker.Build(
* new[] { lineBehaviour.OriginNode.transform.localPosition, lineBehaviour.EndNode.transform.localPosition },
* lineBehaviour.Width,
* 1);*/
meshFilter.sharedMesh = LineMeshMaker.Build(
lineBehaviour.transform.InverseTransformDirection(lineBehaviour
.OriginNode
.transform
.forward),
lineBehaviour.transform.InverseTransformDirection(lineBehaviour
.EndNode
.transform
.forward),
// lineBehaviour.OriginNode.transform.forward,
// lineBehaviour.EndNode.transform.forward,
SplineKnots,
lineBehaviour.Width
);
}
public void WhenLessThan2Vectors_ShouldThrow()
{
Assert.Catch <ArgumentException>(() => LineMeshMaker.Build(new Vector3[] { }, Width, Sections));
}
