public void RotationNoMove()
{
ISpline3DPlaneEditor spline = PrepareSpline();
float3 a = new float3(10f, 5f, 0f);
spline.AddControlPoint(a);
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DWorld(0));
TestHelpers.CheckFloat2(a.xy, spline.GetControlPoint2DLocal(0));
// rotate
Quaternion targetRotation = Quaternion.Euler(0f, 90f, 0f);
spline.Forward = targetRotation;
float3 rotatedPoint = targetRotation * a;
TestHelpers.CheckFloat3(rotatedPoint, spline.GetControlPoint3DWorld(0));
TestHelpers.CheckFloat2(a.xy, spline.GetControlPoint2DLocal(0));
// update the cp position along the axis parallel to the plain
float3 perpendicularPlain = new float3(10f, 0f, 0f);
float3 newWorldLocation = new float3(0f, 5f, -10f);
spline.UpdateControlPointWorld(0, newWorldLocation + perpendicularPlain, SplinePoint.Point);
TestHelpers.CheckFloat3(newWorldLocation, spline.GetControlPoint3DWorld(0));
TestHelpers.CheckFloat2(a.xy, spline.GetControlPoint2DLocal(0));
// undo movement and check that the point is where we expect
spline.Forward = Quaternion.identity;
MoveGameobject(spline, new float3(0f));
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DWorld(0));
TestHelpers.CheckFloat2(a.xy, spline.GetControlPoint2DLocal(0));
}
protected override ISpline3DPlaneEditor CreateNewSpline()
{
GameObject game = new GameObject();
ISpline3DPlaneEditor spline = game.AddComponent <MeaninglessTestWrapper.TestLinearSpline3DPlaneSimple>();
return(spline);
}
public void UpdateControlPoint(ISpline3DPlane spline, int index, float3 newPoint, SplinePoint pointType)
{
ISpline3DPlaneEditor spline3D = spline as ISpline3DPlaneEditor;
Assert.NotNull(spline3D);
spline3D.UpdateControlPointWorld(index, newPoint, pointType);
}
public float3 GetControlPointWorldSpace(ISpline3DPlane spline, int index, SplinePoint pointType)
{
ISpline3DPlaneEditor spline3D = spline as ISpline3DPlaneEditor;
Assert.NotNull(spline3D);
return(spline3D.GetControlPoint3DWorld(index));
}
public void InsertControlPointLocalSpace(ISpline3DPlane spline, int index, float3 point)
{
ISpline3DPlaneEditor spline3D = spline as ISpline3DPlaneEditor;
Assert.NotNull(spline3D);
spline3D.InsertControlPointLocalSpace(index, point);
}
public void Conversion()
{
ISpline3DPlaneEditor spline = PrepareSpline();
float3 a = new float3(10f, 5f, 0f);
spline.AddControlPoint(a);
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DLocal(0));
TestHelpers.CheckFloat2(a.xy, spline.GetControlPoint2DLocal(0));
}
/// <summary>
/// Create a new spline and validates that it is ready for testing
/// </summary>
protected ISpline3DPlaneEditor PrepareSpline()
{
ISpline3DPlaneEditor spline = CreateNewSpline();
Assert.IsNotNull(spline);
TestHelpers.ClearSpline(spline);
m_disposables.Add(spline);
return(spline);
}
public void ConversionMove()
{
ISpline3DPlaneEditor spline = PrepareSpline();
float3 a = new float3(10f, 5f, 0f);
spline.AddControlPoint(a);
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DLocal(0));
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DWorld(0));
float3 origin = new float3(0f, 0f, 10f);
MoveGameobject(spline, origin);
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DLocal(0));
TestHelpers.CheckFloat3(a + origin, spline.GetControlPoint3DWorld(0));
a = a + new float3(1f, 1f, 0f);
float3 additionalTranslation = a + origin;
spline.UpdateControlPointWorld(0, additionalTranslation, SplinePoint.Point);
TestHelpers.CheckFloat3(additionalTranslation, spline.GetControlPoint3DWorld(0));
TestHelpers.CheckFloat3(a, spline.GetControlPoint3DLocal(0));
TestHelpers.CheckFloat2(additionalTranslation.xy, spline.GetControlPoint2DLocal(0));
}
