public static RobotConveyAction GetConvey(FlatDirection dir)
{
switch (dir)
{
case FlatDirection.North:
default:
{
return(ConveyNorth);
}
case FlatDirection.East:
{
return(ConveyEast);
}
case FlatDirection.South:
{
return(ConveySouth);
}
case FlatDirection.West:
{
return(ConveyWest);
}
}
}
public void PickTile(Tile tile, FlatDirection direction)
{
// Try to switch to an existing slot first
for (int i = 0; i < m_sidebarLevels.Length; ++i)
{
var level = m_sidebarLevels[i];
if (level.Tiles[TileCoordinates.Zero] == tile)
{
m_selection = i;
SetTileRotation(direction);
StoreSettings();
RequestRebuild();
return;
}
}
// Otherwise, change the current slot
var sideBarLevel = m_sidebarLevels[m_selection];
sideBarLevel.Tiles.SetTile(
TileCoordinates.Zero,
tile,
direction,
false
);
sideBarLevel.Tiles.Compress();
SetTileRotation(direction);
StoreSettings();
}
public bool SetTile(TileCoordinates coordinates, Tile tile, FlatDirection direction = FlatDirection.North, bool notifyNeighbours = true)
{
var oldTile = GetTile(coordinates);
var oldDirection = oldTile.GetDirection(m_level, coordinates);
if (tile != oldTile || direction != oldDirection)
{
int oldSubState = oldTile.GetSubState(m_level, coordinates);
ExpandToFit(coordinates);
SetTileInternal(coordinates, tile, direction, 0);
if (m_latestTimeStamp > 0.0f)
{
var change = new TileChange();
change.Type = TileChangeType.Tile;
change.TimeStamp = m_latestTimeStamp;
change.Coordinates = coordinates;
change.OldTile = oldTile;
change.OldDirection = oldDirection;
change.OldSubState = oldSubState;
m_history.Push(change);
}
if (notifyNeighbours)
{
tile.NotifyNeighboursChanged(m_level, coordinates);
}
return(true);
}
return(false);
}
public static Side ToSide(this FlatDirection dir, FlatDirection forwardDir)
{
switch (forwardDir)
{
case FlatDirection.North:
default:
{
return((Side)dir);
}
case FlatDirection.East:
{
return((Side)dir.RotateLeft());
}
case FlatDirection.South:
{
return((Side)dir.Rotate180());
}
case FlatDirection.West:
{
return((Side)dir.RotateRight());
}
}
}
public static Direction ToDirection(this Side side, FlatDirection forwardDir)
{
switch (forwardDir)
{
case FlatDirection.North:
default:
{
return((Direction)side);
}
case FlatDirection.East:
{
return((Direction)ROTATE_RIGHT[(int)side]);
}
case FlatDirection.South:
{
return((Direction)ROTATE_180[(int)side]);
}
case FlatDirection.West:
{
return((Direction)ROTATE_LEFT[(int)side]);
}
}
}
private bool PickTile(out Tile o_tile, out FlatDirection o_pickedDirection)
{
if (Dialog == null &&
!m_menuButton.TestMouse() &&
!m_saveButton.TestMouse() &&
!m_testButton.TestMouse() &&
m_titleText.TestMouse() < 0 &&
!m_tileSelect.TestMouse())
{
var ray = BuildRay(Game.Screen.MousePosition, 100.0f);
// Raycast against level
TileCoordinates levelHitCoords;
Direction levelHitSide;
float levelHitDistance;
bool levelHit = Level.RaycastTiles(ray, out levelHitCoords, out levelHitSide, out levelHitDistance);
if (levelHit)
{
var baseCoords = Level.Tiles[levelHitCoords].GetBase(Level, levelHitCoords);
o_tile = Level.Tiles[baseCoords];
o_pickedDirection = o_tile.GetDirection(Level, baseCoords);
return(true);
}
}
o_tile = default(Tile);
o_pickedDirection = default(FlatDirection);
return(false);
}
public bool CanEnterOnSide(Robot.Robot robot, TileCoordinates coordinates, FlatDirection side, bool ignoreMovingObjects)
{
if (GetIncline(robot.Level, coordinates, side.Opposite()) <= 0 && IsSolidOnSide(robot.Level, coordinates, side.ToDirection()))
{
return(false);
}
if (IsOccupiedByNonVacatingRobot(robot.Level, coordinates, side, robot, ignoreMovingObjects))
{
return(false);
}
var belowCoords = coordinates.Below();
var belowTile = robot.Level.Tiles[belowCoords];
if (belowTile.IsConveyor(robot.Level, belowCoords))
{
var conveyor = (Conveyor)belowTile.GetEntity(robot.Level, belowCoords);
var conveyorDirection = belowTile.GetDirection(robot.Level, belowCoords);
if (conveyor.CurrentMode == ConveyorMode.Forwards)
{
return(side != conveyorDirection);
}
else if (conveyor.CurrentMode == ConveyorMode.Reverse)
{
return(side != conveyorDirection.Opposite());
}
}
return(true);
}
public void Init(ILevel level, TileCoordinates coordinates, FlatDirection direction)
{
level.Tiles.GetState(coordinates).Direction = direction;
for (int i = 1; i < m_height; ++i)
{
level.Tiles.SetTile(coordinates.Move(Direction.Up, i), Tiles.Extension, direction, false);
}
OnInit(level, coordinates);
}
public RobotState(
Robot robot,
int seed,
TileCoordinates position,
FlatDirection direction,
TurnDirection turnPreference,
RobotAction action
) : this(robot, seed, position, direction, turnPreference, action, 0.0f, 0, position)
{
}
private void SetTileInternal(TileCoordinates coordinates, Tile tile, FlatDirection direction, int subState)
{
Tile oldTile = m_tiles[coordinates.X - m_xOrigin, coordinates.Y - m_yOrigin, coordinates.Z - m_zOrigin];
oldTile.Shutdown(m_level, coordinates);
m_tiles[coordinates.X - m_xOrigin, coordinates.Y - m_yOrigin, coordinates.Z - m_zOrigin] = tile;
SetSubStateInternal(coordinates, subState);
tile.Init(m_level, coordinates, direction);
m_geometryNeedsRebuild = true;
}
public void SetTile(Tile tile, FlatDirection direction)
{
if (tile != Tile || direction != Direction)
{
Unhide();
m_subLevel.Tiles.SetTile(
m_subLevel.Tiles.Origin,
tile,
direction,
false
);
Hide();
}
}
public static Matrix4 BuildTransform(TileCoordinates coordinates, FlatDirection direction)
{
if (direction != FlatDirection.North)
{
return
(Matrix4.CreateTranslation(-0.5f, 0.0f, -0.5f) *
Matrix4.CreateRotationY(direction.ToYaw()) *
Matrix4.CreateTranslation((float)coordinates.X + 0.5f, (float)coordinates.Y * 0.5f, (float)coordinates.Z + 0.5f));
}
else
{
return
(Matrix4.CreateTranslation((float)coordinates.X, (float)coordinates.Y * 0.5f, (float)coordinates.Z));
}
}
public static FlatDirection Rotate(this FlatDirection dir, TurnDirection turnDir)
{
switch (turnDir)
{
case TurnDirection.Left:
{
return(dir.RotateLeft());
}
case TurnDirection.Right:
default:
{
return(dir.RotateRight());
}
}
}
public static int GetWalkIncline(Robot robot, TileCoordinates position, FlatDirection direction)
{
var level = robot.Level;
var here = position;
var below = here.Below();
int incline = Math.Min(level.Tiles[below].GetIncline(level, below, direction), 0);
if (incline < 0 && !CanEnter(robot, here.Move(direction).Move(Direction.Up, incline), direction, false))
{
incline = 0;
}
var destination = here.Move(direction).Move(Direction.Up, incline);
incline += level.Tiles[destination].GetIncline(level, destination, direction);
return(incline);
}
public int GetIncline(ILevel level, TileCoordinates coordinates, FlatDirection side)
{
var baseCoords = GetBase(level, coordinates);
int baseIncline;
var baseTile = level.Tiles[baseCoords];
var dir = baseTile.GetDirection(level, baseCoords);
Side localSide = side.ToSide(dir);
switch (localSide)
{
case Side.Front:
default:
{
baseIncline = baseTile.m_forwardIncline;
break;
}
case Side.Right:
{
baseIncline = baseTile.m_rightIncline;
break;
}
case Side.Left:
{
baseIncline = -baseTile.m_rightIncline;
break;
}
case Side.Back:
{
baseIncline = -baseTile.m_forwardIncline;
break;
}
}
int height = baseTile.Height;
int location = coordinates.Y - baseCoords.Y;
if (location >= height - Math.Abs(baseIncline))
{
return(baseIncline);
}
return(0);
}
private void StoreSettings()
{
var palette = new string[SIDEBAR_ROWS];
var directions = new FlatDirection[SIDEBAR_ROWS];
for (int i = 0; i < SIDEBAR_ROWS; ++i)
{
var level = m_sidebarLevels[i];
var tile = level.Tiles[TileCoordinates.Zero];
palette[i] = tile.Path;
directions[i] = tile.GetDirection(level, TileCoordinates.Zero);
}
m_settings.EditorPalette = palette;
m_settings.EditorDirections = directions;
m_settings.EditorSelection = m_selection;
m_settings.EditorPage = m_palettePage;
m_settings.Save();
}
public Robot.Robot CreateRobot(ILevel level, TileCoordinates coordinates, FlatDirection direction, RobotAction action)
{
return(new Robot.Robot(
coordinates,
direction,
m_colour,
m_immobile,
m_required,
action,
m_guiColour,
m_turnPreference,
RobotModel,
(m_robotAnimSet != null ? AnimSet.Get(m_robotAnimSet) : null),
(m_robotSoundSet != null ? SoundSet.Get(m_robotSoundSet) : null),
m_robotLightColour,
m_robotLightRadius,
Tile.RenderPass,
Tile.CastShadows
));
}
public Robot(TileCoordinates position, FlatDirection direction, string colour, bool immobile, bool required, RobotAction initialAction, Vector3 guiColour, TurnDirection turnPreference, Model model, AnimSet animations, SoundSet sounds, Vector3?lightColour, float?lightRadius, RenderPass renderPass, bool castShadows)
{
m_colour = colour;
m_immobile = immobile;
m_required = required;
m_spawnAction = initialAction;
m_spawnPosition = position;
m_spawnDirection = direction;
m_turnPreference = turnPreference;
if (lightColour.HasValue && lightRadius.HasValue)
{
m_lightColour = lightColour.Value;
m_light = new PointLight(Vector3.Zero, lightColour.Value, lightRadius.Value);
}
m_modelInstance = new ModelInstance(model, Matrix4.Identity);
m_animations = animations;
m_sounds = sounds;
m_guiColour = guiColour;
m_renderPass = renderPass;
m_castShadows = castShadows;
}
private void SetTileRotation(FlatDirection direction)
{
var sideBarLevel = m_sidebarLevels[m_selection];
sideBarLevel.Tiles.SetTile(
TileCoordinates.Zero,
sideBarLevel.Tiles[TileCoordinates.Zero],
direction,
false
);
for (int i = 0; i < m_paletteLevels.Length; ++i)
{
var level = m_paletteLevels[i];
level.Tiles.SetTile(
TileCoordinates.Zero,
level.Tiles[TileCoordinates.Zero],
direction
);
}
}
private RobotState(
Robot robot,
int seed,
TileCoordinates position,
FlatDirection direction,
TurnDirection turnPreference,
RobotAction action,
float timeStamp,
int walkIncline,
TileCoordinates teleportDestination
)
{
Robot = robot;
Level = robot.Level;
RandomSeed = seed;
Position = position;
Direction = direction;
TurnPreference = turnPreference;
Action = action;
TimeStamp = timeStamp;
WalkIncline = walkIncline;
TeleportDestination = teleportDestination;
}
public static FlatDirection Rotate180(this FlatDirection dir)
{
return((FlatDirection)OPPOSITE[(int)dir]);
}
public TileCoordinates Move(FlatDirection dir, int distance)
{
return(new TileCoordinates(X + dir.GetX() * distance, Y, Z + dir.GetZ() * distance));
}
public static FlatDirection Opposite(this FlatDirection dir)
{
return((FlatDirection)OPPOSITE[(int)dir]);
}
public static float ToYaw(this FlatDirection dir)
{
float halfPi = (float)Math.PI * 0.5f;
return(-(float)dir * halfPi);
}
public TileCoordinates Move(FlatDirection dir)
{
return(new TileCoordinates(X + dir.GetX(), Y, Z + dir.GetZ()));
}
public TurntableState(TurntableMode mode, FlatDirection direction, float timeStamp)
{
Mode = mode;
Direction = direction;
TimeStamp = timeStamp;
}
public RobotConveyAction(FlatDirection direction)
{
m_direction = direction;
}
public FallingTile(Tile tile, TileCoordinates coordinates, FlatDirection direction) : base(tile, coordinates)
{
m_direction = direction;
}
public override void OnSteppedOn(ILevel level, TileCoordinates coordinates, Robot.Robot robot, FlatDirection direction)
{
if (m_colour == null || robot.Colour == m_colour)
{
switch (m_type)
{
case ButtonType.Momentary:
case ButtonType.Latch:
{
if (!IsPowered(level, coordinates))
{
SetPowered(level, coordinates, true, true);
if (m_soundPath != null)
{
level.Audio.PlaySound(m_soundPath);
}
}
break;
}
case ButtonType.Directional:
{
OnDirectionalStepOnOff(level, coordinates, direction);
break;
}
case ButtonType.Toggle:
{
SetPowered(level, coordinates, !IsPowered(level, coordinates), true);
if (m_soundPath != null)
{
level.Audio.PlaySound(m_soundPath);
}
break;
}
}
}
}
private void OnDirectionalStepOnOff(ILevel level, TileCoordinates coordinates, FlatDirection direction)
{
var tileDirection = level.Tiles[coordinates].GetDirection(level, coordinates);
if (direction == (m_inverted ? tileDirection.Opposite() : tileDirection))
{
if (IsPowered(level, coordinates))
{
SetPowered(level, coordinates, false, true);
if (m_soundPath != null)
{
level.Audio.PlaySound(m_soundPath);
}
}
}
else if (direction == (m_inverted ? tileDirection : tileDirection.Opposite()))
{
if (!IsPowered(level, coordinates))
{
SetPowered(level, coordinates, true, true);
if (m_soundPath != null)
{
level.Audio.PlaySound(m_soundPath);
}
}
}
}