public void GenerateandCheckCenters(VoronoiSegment vrnSeg)
{
var delaunayline = vrnSeg.DelaunayLine();
leftCenters = CenterWarehouse(delaunayline.startleft);
rightCenters = CenterWarehouse(delaunayline.endright);
}
public void GenerateandCheckCorners(VoronoiSegment vrnSeg)
{
var voronoiline = vrnSeg.VoronoiLine();
startCorner = MakeCorner(voronoiline.startleft);
endCorner = MakeCorner(voronoiline.endright);
}
public void GetYCoordTest()
{
var sut = new VoronoiSegment(-11048.960017837, 1.924694284, new Arc(new SiteEvent(new VoronoiPoint(1, 1))), new Arc(new SiteEvent(new VoronoiPoint(1, 1))), 7);
sut.finish(35559885627.6882, 10327767.6276044, 8);
Assert.AreEqual(8.038006, sut.GetYCoord(10000), .0001);
}
public void getlimitTest()
{
var sut = new VoronoiSegment(-11048.960017837, 1.924694284, new Arc(new SiteEvent(new VoronoiPoint(1, 1))), new Arc(new SiteEvent(new VoronoiPoint(1, 1))), 7);
Assert.AreEqual(10000, sut.getlimit(1));
Assert.AreEqual(-10000, sut.getlimit(-1));
}
public void CalculateSlopeAndInterceptTest()
{
var sut = new VoronoiSegment(-11048.960017837, 1.924694284, new Arc(new SiteEvent(new VoronoiPoint(1, 1))), new Arc(new SiteEvent(new VoronoiPoint(1, 1))), 7);
sut.finish(-35559885627.6882, -10327767.6276044, 8);
Assert.AreEqual(0.000290433, sut.m, .000000001);
Assert.AreEqual(5.133679529, sut.b, .0000001);
}
public void AddToBeachLine(SiteEvent newarcpoint)
{
if (BeachPoints is null)
{
BeachPoints = new Arc(newarcpoint);
}
else
{
knownSite = BeachPoints;
while (!(knownSite is null))
{
var intersection = FindIntersectedArc(newarcpoint, knownSite);
if (intersection.flag)
{
var nextpointcheckZ = FindIntersectedArc(newarcpoint, knownSite.nextpoint);
if (!(knownSite.nextpoint is null) && !nextpointcheckZ.flag)
{
knownSite.nextpoint.previouspoint = new Arc(knownSite.arcpoint, knownSite, knownSite.nextpoint);
knownSite.nextpoint = knownSite.nextpoint.previouspoint;
}
else
{
knownSite.nextpoint = new Arc(knownSite.arcpoint, knownSite);
}
knownSite.nextpoint.s1 = knownSite.s1;
knownSite.nextpoint.previouspoint = new Arc(newarcpoint, knownSite, knownSite.nextpoint);
knownSite.nextpoint = knownSite.nextpoint.previouspoint;
knownSite = knownSite.nextpoint;
var vifSeg = new VoronoiSegment(intersection.siteEvent.X, intersection.siteEvent.Y, knownSite, knownSite.previouspoint, 3);
knownSite.previouspoint.s1 = vifSeg;
knownSite.s0 = vifSeg;
VoronoiGraph.Add(vifSeg);
vifSeg = new VoronoiSegment(intersection.siteEvent.X, intersection.siteEvent.Y, knownSite.nextpoint, knownSite, 7);
knownSite.s1 = vifSeg;
knownSite.nextpoint.s0 = vifSeg;
VoronoiGraph.Add(vifSeg); //Yes this needs to be added twice
CheckForCircleEventsInTriple(newarcpoint.X);
return;
}
knownSite = knownSite.nextpoint ?? null;
}
knownSite = BeachPoints;
while (!(knownSite.nextpoint is null))
{
knownSite = knownSite.nextpoint;
}
knownSite.nextpoint = new Arc(newarcpoint, knownSite);
var x = _boundx0;
var y = (knownSite.nextpoint.arcpoint.Y + knownSite.arcpoint.Y) / 2.0;
var segmentEvent = new SiteEvent(new VoronoiPoint(x, y));
var vSeg = new VoronoiSegment(segmentEvent.X, segmentEvent.Y, knownSite.nextpoint, knownSite, 1);
VoronoiGraph.Add(vSeg);
knownSite.s1 = vSeg;
knownSite.nextpoint.s0 = vSeg;
}
public void SetXAndYTest_BiggerY_ReturnsNormalizedY()
{
var sut = new VoronoiSegment(1.924694284, -11048.960017837, new Arc(new SiteEvent(new VoronoiPoint(1, 1))), new Arc(new SiteEvent(new VoronoiPoint(1, 1))), 7);
sut.finish(10327767.6276044, 35559885627.6882, 8);
Assert.AreEqual(-10000, sut.start.Y);
Assert.AreEqual(2.229346837, sut.start.X, .00001);
Assert.AreEqual(10000, sut.end.Y);
Assert.AreEqual(8.038006, sut.end.X, .00001);
}
