public void Together_inverted()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.6518, 0.1473), new Vector2(-1.8268, 0.1473),
new Vector2(-3.0643, -0.5671), new Vector2(-1.4143, -0.5671));
Assert.AreEqual(Together, geometric.Parity);
}
public void Opposite30()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.4455, 0.5046), new Vector2(-2.0330, -0.2099),
new Vector2(-2.0330, 1.2191), new Vector2(-2.4455, -0.9244));
Assert.AreEqual(Opposite, geometric.Parity);
}
public void Opposite_inverted()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.6518, 0.1473), new Vector2(-1.8268, 0.1473),
new Vector2(-3.0643, -0.5671), new Vector2(-1.4143, 0.8618));
Assert.AreEqual(Opposite, geometric.Parity);
}
public void Unspecified_both()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.6518, 0.1473), new Vector2(-1.8268, 0.1473),
new Vector2(-3.0643, 0.1473), new Vector2(-1.4143, 0.1473));
Assert.AreEqual(UNSPECIFIED, geometric.Parity);
}
public void TogetherTest()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.6518, 0.1473), new Vector2(-1.8268, 0.1473),
new Vector2(-3.0643, 0.8618), new Vector2(-1.4143, 0.8618));
Assert.AreEqual(Together, geometric.Parity);
}
public void Unspecified30()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.4455, 0.5046), new Vector2(-2.0330, -0.2099),
new Vector2(-2.8580, 1.2191), new Vector2(-2.4455, -0.9244));
Assert.AreEqual(UNSPECIFIED, geometric.Parity);
}
public void Together30()
{
GeometricParity geometric = new DoubleBond2DParity(new Vector2(-2.4455, 0.5046), new Vector2(-2.0330, -0.2099),
new Vector2(-3.2705, 0.5046), new Vector2(-2.4455, -0.9244));
Assert.AreEqual(Together, geometric.Parity);
}
