public void UniquePointsFromIntersection_should_throw_exception_when_read_if_unresolved()
{
var rel = TestEnvironments.CenteredVertical_CenteredHorizontal();
Action act = () => { var x = rel.PropertiesA.UniquePointsFromIntersection; };
act.Should().Throw <UnresolvedPropertyException>("because the property was read before it was actually resolved");
}
public void Given_CenteredVertical_to_CenteredHorizontal_should_return_true_for_GeometryB()
{
TestEnvironments.CenteredVertical_CenteredHorizontal()
.Resolve()
.IfIntersectionExists()
.Results(out var resA, out var resB);
resB.IntersectionExists.Should().BeTrue("because the curves do intersect");
}
public void Given_CenteredVertical_to_CenteredHorizontal_when_reviewing_GeometryB_should_find_one_unique_point()
{
TestEnvironments.CenteredVertical_CenteredHorizontal()
.Resolve()
.PointsFromIntersection()
.Results(out var resA, out var resB);
var val = resB.UniquePointsFromIntersection.Count;
val.Should().Be(1, "because the curves only intersect once");
}
public void Given_CenteredVertical_to_CenteredHorizontal_with_options_should_return_true_for_GeometryB()
{
var rel = TestEnvironments.CenteredVertical_CenteredHorizontal();
var opts = new CurveToCurveReviewOptions()
{
DoIfIntersectionExists = true
};
rel.Review(opts, out var resA, out var resB);
resB.IntersectionExists.Should().BeTrue("because the curves do intersect");
}