public List <RectangleShape> GenerateConnection(MapManipulation mapMani)
{
List <RectangleShape> result = new List <RectangleShape>();
List <Vector2f> posList = new List <Vector2f>();
int horizontalDist = Math.Abs(mapMani.position.X - lever.position.X);
int verticalDist = Math.Abs(mapMani.position.Y - lever.position.Y);
int curX = 0;
int curY = 0;
int xfactor = (mapMani.position.X - lever.position.X > 0) ? 1 : -1;
int yfactor = (mapMani.position.Y - lever.position.Y > 0) ? 1 : -1;
posList.Add(lever.exactPosition + new Vector2f(sizePercell * 0.5f, sizePercell * 0.5f));
bool horizontal = (horizontalDist > verticalDist) ? true : false;
Vector2f target = new Vector2f(mapMani.position.X * sizePercell + sizePercell * 0.5f, mapMani.position.Y * sizePercell + sizePercell * 0.5f);
while (!posList[posList.Count - 1].Equals(target))
{
int randXDif = (horizontalDist != 0)?Rand.IntValue(1, horizontalDist): 0;
int randYDif = (verticalDist != 0)?Rand.IntValue(1, verticalDist) : 0;
int xDif = (randXDif < (horizontalDist - Math.Abs(curX))) ? randXDif : (horizontalDist - Math.Abs(curX));
int yDif = (randYDif < (verticalDist - Math.Abs(curY))) ? randYDif : (verticalDist - Math.Abs(curY));
if (horizontal)
{
curX = curX + (xfactor * xDif);
posList.Add(new Vector2f(lever.position.X * sizePercell + curX * sizePercell + sizePercell * 0.5f, lever.position.Y * sizePercell + curY * sizePercell + sizePercell * 0.5f));
}
else
{
curY = curY + (yfactor * yDif);
posList.Add(new Vector2f(lever.position.X * sizePercell + curX * sizePercell + sizePercell * 0.5f, lever.position.Y * sizePercell + curY * sizePercell + sizePercell * 0.5f));
}
horizontal = !horizontal;
}
for (int i = 1; i < posList.Count; i++)
{
result.Add(GenerateLine(posList[i - 1], posList[i], 4));
}
return(result);
}
private MapManipulation(MapManipulation _mapMani)
{
position = _mapMani.position;
newContent = _mapMani.newContent;
oldContent = _mapMani.oldContent;
}