private void generateLines()
{
Location[] bestSolutionSoFar = _bestSolutionSoFar;
Location.GetTotalDistance(_startLocation, bestSolutionSoFar);
_tspSegments.Clear();
if (bestSolutionSoFar.Length > 0)
{
var actualLocation = _startLocation;
int index = 0;
int dropCount = 0;
foreach (var destination in _AddEndLocation(bestSolutionSoFar))
{
var line = new TSPSegment()
{
start = new Vector2(actualLocation.X, actualLocation.Y), end = new Vector2(destination.X, destination.Y)
};
if (line.LineLength() > kJumpThreshold)
{
line.type = TSPSegment.LineType.Jump;
}
else
{
line.type = TSPSegment.LineType.Draw;
}
_tspSegments.Add(line);
actualLocation = destination;
index++;
}
Debug.WriteLine("Total long jumps: " + dropCount);
Debug.WriteLine("Segments added: " + _tspSegments.Count);
}
}
private void generateLines()
{
Location[] bestSolutionSoFar = _bestSolutionSoFar;
Location.GetTotalDistance(_startLocation, bestSolutionSoFar);
_tspSegments.Clear();
if (bestSolutionSoFar.Length > 0)
{
var actualLocation = _startLocation;
int index = 0;
int dropCount = 0;
foreach (var destination in _AddEndLocation(bestSolutionSoFar))
{
var line = new TSPSegment() { start = new Vector2(actualLocation.X, actualLocation.Y), end = new Vector2(destination.X, destination.Y) };
if (line.LineLength() > kJumpThreshold)
{
line.type = TSPSegment.LineType.Jump;
}
else
{
line.type = TSPSegment.LineType.Draw;
}
_tspSegments.Add(line);
actualLocation = destination;
index++;
}
Debug.WriteLine("Total long jumps: " + dropCount);
Debug.WriteLine("Segments added: " + _tspSegments.Count);
}
}
