public void PostProcess(Zone zone, Point globalScreenCoord)
{
if (!m_initialized)
{
if (zone.TopLeftPosition == globalScreenCoord)
{
m_side = Direction.Right;
}
else
{
m_side = Direction.Left;
}
}
ScreenConstructionInfo sci = zone.ScreenConstructionInfos[globalScreenCoord];
sci.Parameters.Connections[m_side] = Connection.None;
// create fractal for edge of wall; fill in everything inside that wall
int primaryCoord = sci.OutsidePts[m_side.RotationCCW];
int secondaryCoord = sci.EdgePts[m_side.RotationCCW][m_side];
if (m_side.IsHorizontal) AFractalCreator.swap(ref primaryCoord, ref secondaryCoord);
Point start = new Point(primaryCoord, secondaryCoord);
primaryCoord = sci.OutsidePts[m_side.RotationCW];
secondaryCoord = sci.EdgePts[m_side.RotationCW][m_side];
if (m_side.IsHorizontal) AFractalCreator.swap(ref primaryCoord, ref secondaryCoord);
Point end = new Point(primaryCoord, secondaryCoord);
LineFractalInfo fractal = AFractalCreator.createFractal(start, end);
List<Point> wall =
GridUtils.getGridIntersects(
fractal.fractal,
Zone.TILE_WIDTH,
Zone.TILE_HEIGHT,
new Dictionary<Point, MetroidAI.GridUtils.TileConfigurer>());
foreach (Point p in wall)
{
zone.BlockedTiles.Add(new KeyValuePair<Point, Point>(globalScreenCoord, p));
if (zone.IsInScreen(p)) zone.Tiles[globalScreenCoord][p.X, p.Y] = zone.EnvironmentFillInfo.FILL;
Point next = m_side.Move(p);
while (zone.IsInScreen(next))
{
zone.BlockedTiles.Add(new KeyValuePair<Point, Point>(globalScreenCoord, next));
zone.Tiles[globalScreenCoord][next.X, next.Y] = zone.EnvironmentFillInfo.FILL;
next = m_side.Move(next);
}
}
// create a path for the ball
primaryCoord = sci.OutsidePts[m_side];
secondaryCoord = sci.PathPts[m_side];
if (m_side.IsVertical) AFractalCreator.swap(ref primaryCoord, ref secondaryCoord);
start = new Point(primaryCoord, secondaryCoord);
primaryCoord =
(Math.Abs(sci.EdgePts[m_side.RotationCCW][m_side] - sci.OutsidePts[m_side]) >
Math.Abs(sci.EdgePts[m_side.RotationCW][m_side] - sci.OutsidePts[m_side]))
? sci.EdgePts[m_side.RotationCCW][m_side] : sci.EdgePts[m_side.RotationCW][m_side];
secondaryCoord = sci.PathPts[m_side];
if (m_side.IsVertical) AFractalCreator.swap(ref primaryCoord, ref secondaryCoord);
end = new Point(primaryCoord, secondaryCoord);
LineFractalInfo line = AFractalCreator.createLine(start, end);
List<Point> path =
GridUtils.getGridIntersects(
line.fractal,
Zone.TILE_WIDTH,
Zone.TILE_HEIGHT,
new Dictionary<Point, MetroidAI.GridUtils.TileConfigurer>());
Point endTile = new Point(end.X / Zone.TILE_WIDTH, end.Y / Zone.TILE_HEIGHT);
zone.TileDebugLabels[globalScreenCoord][endTile] = "End";
Point insetTile = m_side.Move(endTile);
zone.TileDebugLabels[globalScreenCoord][insetTile] = "Inset";
zone.BlockedTiles.Remove(new KeyValuePair<Point, Point>(globalScreenCoord, insetTile));
zone.Tiles[globalScreenCoord][insetTile.X, insetTile.Y] = zone.EnvironmentFillInfo.EMPTY;
// clear a 3x3 square above path to guarantee samus can get to the opening
for (int i = 0; i < 3; ++i)
{
Point basePt = m_side.Opposite.Move(endTile, i);
for (int j = 1; j < 4; ++j)
{
Point cur = Direction.Up.Move(basePt, j);
zone.TileDebugLabels[globalScreenCoord][cur] = "Cleared";
zone.BlockedTiles.Remove(new KeyValuePair<Point, Point>(globalScreenCoord, cur));
if (zone.IsInScreen(cur))
{
zone.Tiles[globalScreenCoord][cur.X, cur.Y] = zone.EnvironmentFillInfo.EMPTY;
}
}
}
// clear opening and ensure that a ledge exists beneath the opening
foreach (Point p in path)
{
zone.FakeTiles.Add(new KeyValuePair<Point, Point>(globalScreenCoord, p));
//zone.BlockedTiles.Remove(new KeyValuePair<Point, Point>(globalScreenCoord, p));
//if (zone.IsInScreen(p)) zone.Tiles[globalScreenCoord][p.X, p.Y] = zone.EnvironmentFillInfo.EMPTY;
Point down = Direction.Down.Move(p);
zone.BlockedTiles.Add(new KeyValuePair<Point, Point>(globalScreenCoord, down));
if (zone.IsInScreen(down)) zone.Tiles[globalScreenCoord][down.X, down.Y] = zone.EnvironmentFillInfo.FILL;
Point down2 = Direction.Down.Move(down);
zone.BlockedTiles.Add(new KeyValuePair<Point, Point>(globalScreenCoord, down2));
if (zone.IsInScreen(down2)) zone.Tiles[globalScreenCoord][down2.X, down2.Y] = zone.EnvironmentFillInfo.FILL;
}
}