private void BuildPipeViewModels(Pipeline pipeline)
{
foreach (var source in pipeline.Targets)
{
foreach (var target in source.Targets)
{
Pipes.Add(new PipeViewModel(source, target));
}
}
}
void ManagePipes()
{
if (!Pipes.Any() || Pipes.Last().DistanceFromleft <= 250)
{
Pipes.Add(new PipeModel());
}
if (Pipes.First().IsOffScreen())
{
Pipes.Remove(Pipes.First());
}
}
private void ManagePipes()
{
if (!Pipes.Any() || Pipes.Last().DistanceFromLeft < GameWidth / 2)
{
Pipes.Add(new PipeModel(GameWidth));
}
if (Pipes.First().IsOffScreen())
{
Pipes.Remove(Pipes.First());
}
}
private void ManagePipes()
{
if (Pipes.Count == 0 || Pipes.Last().DistanceFromLeft <= 250)
{
Pipes.Add(new PipeModel());
}
if (Pipes[0].IsOffScreen())
{
Pipes.Remove(Pipes[0]);
}
}
internal void AddPipe(BaseProcessor source, BaseProcessor target)
{
var sourceHasTarget = source.Targets.Any(t => Equals(t, target));
var targetHasSource = target.Sources.Any(s => Equals(s, source));
// Do not pipe only once
if (sourceHasTarget && targetHasSource)
{
return;
}
source.Targets.Add(target);
target.Sources.Add(source);
Pipes.Add(new PipeViewModel(source, target));
}
public void ManagePipes()
{
//if the list of pipes don't have any objects in it...
//OR if the last pipe in the list is halfway across the screen...
if (!Pipes.Any() || Pipes.Last().DistanceFromLeft <= 250)
{
//add another pipe to the list
Pipes.Add(new PipeModel());
}
//if it is true that the first pipe in the list if off the screen...
if (Pipes.First().IsOffScreen())
{
//remove the pipe from the list of pipes
Pipes.Remove(Pipes.First());
}
}
private void RegisterWorkerToWC <T>(T w, WorkerContainer wc) where T : IWorker
{
if ((w.WorkerType & IWorkerType.Reusable) != 0)
{
wc.Copy = Core.ToJSON(w);
// RWorkers.Add(wc);
UI.Log($"Saved reusable {wc.Name}");
}
if ((w.WorkerType & IWorkerType.Pipe) != 0)
{
Pipes.Add(wc);
UI.Log($"Added Pipe {wc.Name}");
}
else if ((w.WorkerType & IWorkerType.Service) != 0)
{
Services.Add(wc);
UI.Log($"Added Service {wc.Name}");
}
else
{
UI.LogError(new Exception(), $"{wc.Name} does not fall into either Pipe or Service");
}
}
private void BuildLevel(List <string[]> levelData)
{
// iterate through lines
for (int i = 0; i < levelData.Count(); i++)
{
switch (levelData[i][0])
{
case "00":
// mario
Mario.Instance.PlayableObjectState = new SmallRightIdleMario(Mario.Instance);
Mario.Instance.Position = new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize);
break;
case "01":
// floor tiles
StaticObjects.Add(new FloorTile(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), new Vector2(StringToInt(i, 3), StringToInt(i, 4)), levelData[i][5]));
break;
case "02":
// blocks
Blocks.Add(new Block(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), levelData[i][3], levelData[i][4]));
break;
case "03":
// floating coins
Coins.Add(new Item(new Vector2((StringToInt(i, 1) * levelCellSize) + (levelCellSize / 4), StringToInt(i, 2) * levelCellSize), "FloatingCoin"));
break;
case "04":
// pipes
Pipes.Add(new Pipe(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3), Convert.ToBoolean(levelData[i][4]), levelData[i][5]));
break;
case "05":
// enemies
Enemies.Add(new Enemy(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize - 10), levelData[i][3]));
break;
case "06":
// hills
BackgroundItems.Add(new Hill(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "07":
// bushes
BackgroundItems.Add(new Bush(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "08":
// clouds
BackgroundItems.Add(new Cloud(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), StringToInt(i, 3)));
break;
case "09":
// castle
Castle = new Castle(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize));
break;
case "10":
// flag pole
Flagpoles.Add(new Flagpole(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize), levelCellSize));
break;
case "11":
// check point
Checkpoints.Add(new CheckPoint(new Vector2(StringToInt(i, 1) * levelCellSize, StringToInt(i, 2) * levelCellSize)));
break;
case "12":
// coin room
CoinRoomPosition = new Vector2(StringToInt(i, 1) * levelCellSize + (levelCellSize / 8), StringToInt(i, 2) * levelCellSize);
break;
}
}
DynamicObjects.Add(Mario.Instance);
foreach (Block block in Blocks)
{
DynamicObjects.Add(block);
DynamicObjects.Add(block.Item); // Add items in each block too.
}
foreach (Item coin in Coins)
{
DynamicObjects.Add(coin);
}
foreach (Enemy enemy in Enemies)
{
// Added such that the Koopa spawns in a correct position before any updates are made, otherwise he spawns in the floor to start.
if (enemy.EnemyState.ToString() == "SuperMario.EnemyStates.LeftWalkingKoopa" || enemy.EnemyState.ToString() == "SuperMario.EnemyStates.RightWalkingKoopa")
{
enemy.Position = new Vector2(enemy.Position.X, enemy.Position.Y - GameValues.KoopaPositionOffset);
}
DynamicObjects.Add(enemy);
}
foreach (Pipe pipe in Pipes)
{
StaticObjects.Add(pipe);
}
foreach (Flagpole flagpole in Flagpoles)
{
StaticObjects.Add(flagpole);
}
if (Flagpoles.Count > 0)
{
Flag.Position = new Vector2(Flagpoles[0].CollisionRectangle.X - GameValues.FlagPositionOffsetVector.X, Flagpoles[0].CollisionRectangle.Y + GameValues.FlagPositionOffsetVector.Y);
}
}
public void AddPipe(IPipe pipe)
{
Pipes.Add(pipe);
}
private static void LoadMapProcessPipesTiles(int x, int y, Tile tile)
{
// Is this a pipes tile?
if (tile.TileSet == Assets.GetTileSet("pipes"))
{
// Offsets for pipe openings
var offset1 = new Vector();
var offset2 = new Vector();
var bounds = new Rectangle(Vector.Zero, Map.TileSize);
// == Straight Pipes
var VP = tile.Id == 88 || tile.Id == 100;
var VG = tile.Id == 106; // vertical gold
var HP = tile.Id == 89 || tile.Id == 101;
var HG = tile.Id == 107; // horizontal gold
// Vertical pipe
if (VP || VG)
{
offset1.Set(0, -1);
offset2.Set(0, +2);
// vertical pipes are 1x2
bounds.Size = (Size)((Vector)bounds.Size * (1, 2));
}
// Horizontal pipe
if (HP || HG)
{
offset1.Set(-1, 0);
offset2.Set(+2, 0);
// vertical pipes are 1x2
bounds.Size = (Size)((Vector)bounds.Size * (2, 1));
}
// Is this a gold (input/output) pipe?
var isGoldPipe = HG || VG;
var isGreyPipe = !isGoldPipe && (tile.Id > 99); // THIS IS BAD BUT FUNCTIONAL
// == Corner Pipes
var TR = tile.Id == 90 || tile.Id == 102;
var TL = tile.Id == 91 || tile.Id == 103;
var BL = tile.Id == 92 || tile.Id == 104;
var BR = tile.Id == 93 || tile.Id == 105;
if (TR)
{
// Corner elbow is top-right
offset1.Set(-1, 0);
offset2.Set(+1, 2);
}
if (TL)
{
// Corner elbow is top-left
offset1.Set(0, 2);
offset2.Set(2, 0);
}
if (BL)
{
// Corner elbow is bottom-left
offset1.Set(0, -1);
offset2.Set(2, +1);
}
if (BR)
{
// Corner elbow is bottom-right
offset1.Set(-1, +1);
offset2.Set(+1, -1);
}
// Corner pipes are 2x2
if (TR || TL || BL || BR)
{
bounds.Size *= 2;
}
// Compute Block Position
var position = new Vector(x, y) * (Vector)Map.TileSize;
position.Y += Map.TileSize.Height - tile.Image.Height; // weird tiled offset thing
// Compute connection points in world space
var points = new[] { offset1, offset2 }.Select(s => (35, 35) + (s * 70));
// Generate pipe
var pipe = AddEntity(new Pipe(tile.Image, bounds, points, isGreyPipe, isGoldPipe));
pipe.Transform.Position = position;
pipe.ComputeWorldSpace();
Spatial.Add(pipe, pipe.Bounds);
Pipes.Add(pipe);
}
}
private void GeneratePipe()
{
Pipes.Add(new PipeModel());
}