List <Point> GetPathAngle(IConnectionPoint startConnection, IConnectionPoint endConnection)
{
//var _startConnection = (IConnectionPoint)StartPoint;
//var _endConnection = (IConnectionPoint)EndPoint;
// displacement vector between the primary and secondary vertex
Vector displacementVector = Vector.Subtract((Vector)startConnection.Position, (Vector)endConnection.Position);
//displacementVector.Normalize();
var startLine = (Line)converter.Convert(new object[] { displacementVector, startConnection.Position }, null, null, null);
var endLine = (Line)converter.Convert(new object[] { -displacementVector, endConnection.Position }, null, null, null);
return(PathCalculator.FindPath(
(Line)converter.Convert(new object[] { startConnection.Side.ToVector(), startConnection.Position }, null, null, null),
(Line)converter.Convert(new object[] { endConnection.Side.ToVector(), endConnection.Position }, null, null, null),
PathLine)
.Select(p => p.ToPoint()).ToList());
}
List <Point> GetPath(IConnectionPoint startConnection, IConnectionPoint endConnection) =>
PathCalculator.FindPath(
(Line)converter.Convert(new object[] { startConnection.Side.ToVector(), startConnection.Position }, null, null, null),
(Line)converter.Convert(new object[] { endConnection.Side.ToVector(), endConnection.Position }, null, null, null),
PathLine, Angle)
.Select(p => p.ToPoint()).ToList();
