private QuiverInPlane <int> GetPredefinedPointedFlowerQuiverInPlane(dynamic quiverParameter)
{
int numPeriods = quiverParameter;
const int InnermostRadius = 50;
return(UsefulQuiversInPlane.GetPointedFlowerQuiverInPlane(numPeriods, InnermostRadius));
}
private QuiverInPlane <int> GetPredefinedEvenFlowerType2QuiverInPlane(dynamic quiverParameter)
{
int numVerticesInCenterPolygon = quiverParameter;
const int InnermostRadius = 50;
return(UsefulQuiversInPlane.GetEvenFlowerType2QuiverInPlane(numVerticesInCenterPolygon, InnermostRadius));
}
private QuiverInPlane <int> GetPredefinedSquareQuiverInPlane(dynamic quiverParameter)
{
int numRows = quiverParameter;
int width = 100 * (numRows - 1);
return(UsefulQuiversInPlane.GetSquareQuiverInPlane(numRows, width));
}
private QuiverInPlane <int> GetPredefinedTriangleQuiverInPlane(dynamic quiverParameter)
{
int numRows = quiverParameter;
int radius = 60 * (numRows - 1);
return(UsefulQuiversInPlane.GetTriangleQuiverInPlane(numRows, radius));
}
private QuiverInPlane <int> GetPredefinedCycleQuiverInPlane(dynamic quiverParameter)
{
int numVertices = quiverParameter;
const int Radius = 200;
return(UsefulQuiversInPlane.GetCycleQuiverInPlane(numVertices, Radius));
}
private QuiverInPlane <int> GetPredefinedGeneralizedCobwebQuiverInPlane(dynamic quiverParameter)
{
var(numVerticesInCenterPolygon, numLayers) = ((int, int))quiverParameter;
const int InnermostRadius = 50;
return(UsefulQuiversInPlane.GetGeneralizedCobwebQuiverInPlane(numVerticesInCenterPolygon, numLayers, InnermostRadius));
}
public void StartGenerationFromBase_ThrowsGeneratorException_IfTooFewExplicitArrowPairs()
{
// The cobweb quiver has 5 implicit arrow pairs for the boundary layer
var quiverInPlane = UsefulQuiversInPlane.GetCobwebQuiverInPlane(5, 50, firstVertex: 1);
var potential = UsefulQPs.GetCobwebQP(5).Potential;
var boundaryLayer = Enumerable.Range(6, 10);
var layerType = CreateLayerType(10, 4, 20); // 4 < 5 explicit arrow pairs
Assert.That(
() => generator.StartGenerationFromBase(quiverInPlane, potential, boundaryLayer, layerType, nextVertex: 16),
Throws.InstanceOf <GeneratorException>());
}
public void TryStartGenerationFromBase_ReturnsFalse_IfTooFewExplicitArrowPairs()
{
// The cobweb quiver has 5 implicit arrow pairs for the boundary layer
var quiverInPlane = UsefulQuiversInPlane.GetCobwebQuiverInPlane(5, 50, firstVertex: 1);
var potential = UsefulQPs.GetCobwebQP(5).Potential;
var boundaryLayer = Enumerable.Range(6, 10);
var layerType = CreateLayerType(10, 4, 20); // 4 < 5 explicit arrow pairs
var result = generator.TryStartGenerationFromBase(quiverInPlane, potential, boundaryLayer, layerType, nextVertex: 16, out var nextCompositionParameters);
Assert.That(result, Is.False);
Assert.That(nextCompositionParameters, Is.Null);
}
public void QuiverGeneration_WithStartGenerationFromBase_GeneratesOddFlower5FromCobweb5Correctly()
{
var quiverInPlane = UsefulQuiversInPlane.GetCobwebQuiverInPlane(5, 50, firstVertex: 1);
var qp = UsefulQPs.GetCobwebQP(5, firstVertex: 1);
var potential = qp.Potential;
var boundaryLayer = UsefulQPs.GetVerticesInCobwebQPLayer(5, 1, firstVertex: 1);
var layerType = CreateLayerType(10, 5, 20); // 5 arrow pairs, all implicit
generator.StartGenerationFromBase(quiverInPlane, potential, boundaryLayer, layerType, nextVertex: qp.Quiver.Vertices.Count + 1);
generator.SupplyComposition(CreateComposition(Utility.RepeatMany(5, 1, 1))); // No choice for the 5 arrow pairs
generator.SupplyComposition(CreateComposition(Utility.RepeatMany(5, 3, 3))); // 2 steps left and right (both of which can be 0)
var output = generator.EndGeneration();
qp = output.QP;
potential = qp.Potential;
var expectedPotential = CreatePotential(new Dictionary <DetachedCycle <int>, int>
{
{ CreateDetachedCycle(1, 2, 3, 4, 5, 1), +1 },
{ CreateDetachedCycle(1, 2, 7, 6, 1), -1 },
{ CreateDetachedCycle(2, 3, 9, 8, 2), -1 },
{ CreateDetachedCycle(3, 4, 11, 10, 3), -1 },
{ CreateDetachedCycle(4, 5, 13, 12, 4), -1 },
{ CreateDetachedCycle(5, 1, 15, 14, 5), -1 },
{ CreateDetachedCycle(1, 15, 6, 1), +1 },
{ CreateDetachedCycle(2, 7, 8, 2), +1 },
{ CreateDetachedCycle(3, 9, 10, 3), +1 },
{ CreateDetachedCycle(4, 11, 12, 4), +1 },
{ CreateDetachedCycle(5, 13, 14, 5), +1 },
{ CreateDetachedCycle(6, 18, 17, 16, 15, 6), -1 },
{ CreateDetachedCycle(8, 22, 21, 20, 7, 8), -1 },
{ CreateDetachedCycle(10, 26, 25, 24, 9, 10), -1 },
{ CreateDetachedCycle(12, 30, 29, 28, 11, 12), -1 },
{ CreateDetachedCycle(14, 34, 33, 32, 13, 14), -1 },
{ CreateDetachedCycle(6, 18, 19, 20, 7, 6), +1 },
{ CreateDetachedCycle(8, 22, 23, 24, 9, 8), +1 },
{ CreateDetachedCycle(10, 26, 27, 28, 11, 10), +1 },
{ CreateDetachedCycle(12, 30, 31, 32, 13, 12), +1 },
{ CreateDetachedCycle(14, 34, 35, 16, 15, 14), +1 },
});
Assert.That(potential, Is.EqualTo(expectedPotential));
}