private static void ChooseWallBounds(GenerationRandom genRan, Blacksmith smith)
{
ChooseLShapedWall(genRan, smith);
return;
if (genRan.RandomBool())
{
ChooseLShapedWall(genRan, smith);
}
else
{
ChooseHalfCutWall(genRan, smith);
}
/*
* //Define a base rectangular wall
* List<Vec2i> wallPoints = new List<Vec2i>();
* wallPoints.Add(new Vec2i(0, 0));
* wallPoints.Add(new Vec2i(smith.Width-1, 0));
* wallPoints.Add(new Vec2i(smith.Width-1, smith.Height-1));
* wallPoints.Add(new Vec2i(0, smith.Height-1));
*
*
*
* //Choose which point index we wish to move
* int deltaPointI = genRan.RandomInt(0, wallPoints.Count);
* //We find which direction and amount the point has to move to not leave the bounds
* int xDir = (wallPoints[deltaPointI].x == 0 ? 1 : -1) * genRan.RandomInt(smith.Width / 4, smith.Width - smith.Width / 3);
* int zDir =(wallPoints[deltaPointI].z == 0 ? 1 : -1) * genRan.RandomInt(smith.Height/4, smith.Height - smith.Height/3);
* Vec2i newPoint = new Vec2i(xDir, zDir) + wallPoints[deltaPointI];
*
* //wallPoints.Insert(deltaPointI-1, newPoint);
* //We find the direction from the previous corner to this one,
* //we use this to translate the point accordingly
* Vec2i nm1_to_n = wallPoints[deltaPointI] - wallPoints[(deltaPointI - 1 + wallPoints.Count) % wallPoints.Count];
* Vec2i np1_to_n = wallPoints[(deltaPointI + 1) % wallPoints.Count] - wallPoints[deltaPointI];
*
* if (nm1_to_n.x == 0)
* {
* wallPoints[deltaPointI].z = newPoint.z;
* }
* else
* {
* wallPoints[deltaPointI].x = newPoint.x;
* }
*
* // Vec2i np1_to_n = wallPoints[(deltaPointI + 1) % wallPoints.Count] - wallPoints[deltaPointI];
*
* Vec2i newPoint2 = new Vec2i(newPoint.x, newPoint.z);
* if (np1_to_n.x == 0)
* {
* newPoint2.x = wallPoints[(deltaPointI + 1) % wallPoints.Count].x;
* }
* else
* {
* newPoint2.z = wallPoints[(deltaPointI + 1) % wallPoints.Count].z;
* }
* wallPoints.Insert((deltaPointI + 1), newPoint);
* wallPoints.Insert((deltaPointI + 2), newPoint2);
*
* smith.BoundingWall = wallPoints.ToArray();
*/
}