public Aspects PreviousAspectOf(Angle angle)
{
return(Aspects.PreviousAspectOf(Outstandings, angle));
}
public Aspects NextAspectOf(Angle angle)
{
return(Aspects.NextAspectOf(Outstandings, angle));
}
public Aspects AspectBetween(Angle start, Angle end)
{
return(Aspects.AspectBetween(Outstandings, start, end));
}
public bool HasAspectBetween(Angle start, Angle end)
{
return(CurrentAspectOf(end - start) != null);
}
public Aspects CurrentAspectOf(Angle angle)
{
return(Aspects.CurrentAspectOf(Outstandings, angle));
}
public Double IndexOnLine(int round, Angle angle)
{
if (round == 0)
{
return(1);
}
else if (round < 0)
{
throw new ArgumentOutOfRangeException("Round Number shall be bigger than 1.");
}
int last = LastOfRound(round);
int sideLength = LengthOfRound(round) / Edges;
int first = last - sideLength * Edges + 1;
double sectorAngle = 360.0 / Edges;
if ((angle.Degrees - FirstVertexDegree) % sectorAngle == 0)
{
return((FirstVertexDegree == sectorAngle) ?
last - (angle.Degrees == 0 ? 0 : (Edges - angle.Degrees / sectorAngle)) * sideLength
: last - (Edges - 1 - (angle.Degrees - FirstVertexDegree) / sectorAngle) * sideLength);
}
double offset;
try
{
if (FirstVertexDegree == sectorAngle)
{
int nextCorner = (int)Math.Ceiling((angle.Degrees - FirstVertexDegree) / sectorAngle);
if (nextCorner == 0)
{
Double degreeOfFirst = AngleOf(first).Degrees;
if (angle.Degrees == degreeOfFirst)
{
return(first);
}
else if (angle.Degrees > degreeOfFirst)
{
offset = Sector.OffsetFromDegree((FirstVertexDegree - angle.Degrees));
return(last - (Edges - 1 + offset) * sideLength);
}
else
{
double degreeOfLast = AngleOf(last + 1).Degrees;
if (angle.Degrees >= degreeOfLast)
{
return(last);
}
else
{
offset = Sector.OffsetFromDegree((angle.Degrees - Vertices[Edges - 2].Degrees).Normalize());
return(last - (1 - offset) * sideLength);
}
}
}
else
{
offset = Sector.OffsetFromDegree((Vertices[nextCorner].Degrees - angle.Degrees).Normalize());
return(last - (Edges - 1 - nextCorner + offset) * sideLength);
}
}
else
{
int lowerCorner = (int)Math.Floor((angle.Degrees - FirstVertexDegree) / sectorAngle);
if (lowerCorner == -1)
{
double delta = FirstVertexDegree - angle.Degrees;
//offset = Sector.OffsetFromDegree((FirstVertexDegree - angle.Degrees).Normalize());
//return last + offset * sideLength;
offset = Sector.OffsetFromDegree(delta);
return(last - (Edges - 1 + offset) * sideLength);
}
else if (lowerCorner >= Edges - 1)
{
Double degreeOfFirst = AngleOf(first).Degrees;
if (angle.Degrees == degreeOfFirst)
{
return(first);
}
else if (degreeOfFirst > Vertices[Edges - 1].Degrees && angle.Degrees > degreeOfFirst)
{
offset = Sector.OffsetFromDegree((FirstVertexDegree - angle.Degrees).Normalize());
return(last - (Edges - 1 + offset) * sideLength);
}
else
{
double degreeOfLast = AngleOf(last + 1).Degrees;
if (angle.Degrees >= (degreeOfLast == 0 ? 360.0 : degreeOfLast))
{
return(last);
}
else
{
offset = Sector.OffsetFromDegree((angle.Degrees - Vertices[Edges - 2].Degrees));
return(last - (1 - offset) * sideLength);
}
}
}
else
{
offset = Sector.OffsetFromDegree((angle.Degrees - Vertices[lowerCorner].Degrees).Normalize());
return(last - (Edges - 1 - lowerCorner - offset) * sideLength);
}
}
}
catch (Exception ex)
{
Console.WriteLine(ex.Message);
Console.WriteLine(ex.StackTrace);
return(0);
}
}