public HexVector AddVectors(RawHexVector vectorA, RawHexVector vectorB)
{
var rawVector = new RawHexVector();
rawVector.AddComponents(vectorA.Components);
rawVector.AddComponents(vectorB.Components);
return(ConsolidateAndCopyVector(rawVector));
}
public void ConsolidateVector(RawHexVector rawVector)
{
List <HexVectorComponent> reductedComponents = rawVector.Components.ToList();
rawVector.ClearComponents();
rawVector.AddComponent(ConsolidateCardinalDirection(HexAxis.Up, reductedComponents));
do
{
// Step 1. Consolidate opposing vectors.
reductedComponents = new List <HexVectorComponent>
{
ConsolidateCardinalDirection(HexAxis.A, reductedComponents),
ConsolidateCardinalDirection(HexAxis.B, reductedComponents),
ConsolidateCardinalDirection(HexAxis.C, reductedComponents)
};
reductedComponents = reductedComponents.Where(av => av.Magnitude > 0).ToList();
HexVectorComponent fittingVectorA,
fittingVectorB;
// Step 2. Consolidate vectors 120 degree apart.
var medianDirection = FindVectors120Apart(reductedComponents, out fittingVectorA, out fittingVectorB);
if (medianDirection != null && fittingVectorA != null && fittingVectorB != null)
{
int minimumMagnitude = Math.Min(fittingVectorA.Magnitude, fittingVectorB.Magnitude);
fittingVectorA.Magnitude -= minimumMagnitude;
fittingVectorB.Magnitude -= minimumMagnitude;
reductedComponents.Add(new HexVectorComponent(medianDirection.Value, minimumMagnitude)); //This one will be resolved in the next iteration.
}
}while (reductedComponents.Count > 2 || HasVectors120Apart(reductedComponents));
rawVector.AddComponents(reductedComponents);
}
