public RegionMock(Point northWest, Point northEast, Point southEast, Point southWest, Action <RegionMock> innerCreation, Lines.Algorithm algoToUse = Lines.Algorithm.Bresenham)
{
SouthEastCorner = southEast;
NorthEastCorner = northEast;
NorthWestCorner = northWest;
SouthWestCorner = southWest;
// This isn't a fully accurate max-x value; a more accurate one could be calculated by taking the max x/y
// of the corners being used to create the line. However, it is still mathematically valid.
int maxX = Math.Max(NorthEastCorner.X, SouthEastCorner.X);
var hasher = new KnownSizeHasher(maxX);
// Determine outer boundaries between each corner
WestBoundary = new Area(Lines.Get(NorthWestCorner, SouthWestCorner, algoToUse), hasher);
SouthBoundary = new Area(Lines.Get(SouthWestCorner, SouthEastCorner, algoToUse), hasher);
EastBoundary = new Area(Lines.Get(SouthEastCorner, NorthEastCorner, algoToUse), hasher);
NorthBoundary = new Area(Lines.Get(NorthEastCorner, NorthWestCorner, algoToUse), hasher);
OuterPoints = new MultiArea {
WestBoundary, NorthBoundary, EastBoundary, SouthBoundary
};
innerCreation(this);
Points = new MultiArea {
OuterPoints, InnerPoints
};
}
private PolygonAreaMock(List <Point> corners, Action <PolygonAreaMock> drawFromCornersMethod, Action <PolygonAreaMock> innerPointsCreationMethod, Lines.Algorithm algorithm)
{
Corners = corners;
LineAlgorithm = algorithm;
CheckCorners();
CheckAlgorithm();
OuterPoints = new MultiArea();
// Rearranged ordering relative to original, in order to enable full customization of the generated areas
// (including the hashing algorithm used). The functions themselves must perform InnerPoints allocation
drawFromCornersMethod(this);
innerPointsCreationMethod(this);
// Must occur after above function calls because those functions must allocate InnerPoints
Points = new MultiArea {
OuterPoints, InnerPoints
};
}
public void GlobalSetup()
{
// Use KnownSizeHasher so that the hashing algorithm is very efficient for the use case
var areas = new Area[NumAreas];
for (int i = 0; i < areas.Length; i++)
{
areas[i] = new Area(new KnownSizeHasher(Size));
}
var divisor = Size * Size / NumAreas;
for (int i = 0; i < Size * Size; i++)
{
// Ensure we cap at the max index, to avoid rounding error if the divisor doesn't evenly distribute
int idx = Math.Min(i / divisor, NumAreas - 1);
areas[idx].Add(Point.FromIndex(i, Size));
}
_multiArea = new MultiArea(areas);
}
public AreaContainsDefaultHashMapAreaFinder(IGridView <bool> areasView, AdjacencyRule adjacencyMethod)
{
AreasView = areasView;
AdjacencyMethod = adjacencyMethod;
_foundAreas = new MultiArea();
}
