public override void act(Collider mover, bool shouting)
{
// if (the door is open)
if (shouting && GameplayManager.Game.Keys.ContainsKey(GameState.GameFlag.REGISTRAR_DOOR_IS_OPEN) && GameplayManager.Game.Keys[GameState.GameFlag.REGISTRAR_DOOR_IS_OPEN])
{
// Do nothing. Just let the user pass.
}
else if (GameplayManager.Game.Keys.ContainsKey(GameState.GameFlag.REGISTRAR_DOOR_IS_OPEN) && GameplayManager.Game.Keys[GameState.GameFlag.REGISTRAR_DOOR_IS_OPEN])
{
GameplayManager.say(getDialogue(shouting));
}
// else if (have the graduation form)
else if (GameplayManager.Game.Keys.ContainsKey(GameState.GameFlag.PLAYER_ACCESSED_PUZZLE) && GameplayManager.Game.Keys[GameState.GameFlag.PLAYER_ACCESSED_PUZZLE])
{
// Announce that the door has been opened.
GameplayManager.say(getDialogue(shouting));
// Open the door.
GameplayManager.Game.Keys[GameState.GameFlag.REGISTRAR_DOOR_IS_OPEN] = true;
}
// else
else
{
// Announce that you can't do that, homeboy.
GameplayManager.say(getDialogue(shouting));
// Send player back.
if (shouting)
{
((PlayerController)mover.m_owner).AnimationController.requestAnimation("left", AnimationController.AnimationCommand.Play);
mover.handleMovement(new Vector2(-20, 0));
}
}
}
public Collider(ICollidable owner, Rectangle bounds, ColliderType type)
{
this.m_owner = owner;
this.m_bounds = new DoubleRect(bounds.X, bounds.Y, bounds.Width, bounds.Height);
this.m_bounds2 = new DoubleRect(bounds.X - 5, bounds.Y - 5, bounds.Width + 10, bounds.Height + 10);
this.m_type = type;
this.m_other = null;
}
public override void handleImpact(Collider mover)
{
foreach (Character c in GameplayManager.Game.Characters)
{
if (c.ID == characterID)
{
c.act(mover, shouting);
}
}
}
/// <summary>
/// Scales back an attempted movement so that two colliders don't intersect.
/// </summary>
/// <param name="mover">Collider that is moving</param>
/// <param name="other">Collider that the movement shouldn't be able to move into</param>
/// <param name="deltaPosition">Amount that mover is trying to move</param>
/// <returns>How much mover can move so as not to intersect other</returns>
protected static Vector2 scaleBackVelocity(Collider mover, Collider other, Vector2 deltaPosition)
{
// whew! a lot work just to make it so that you can slide along objects when
// using multiple directions
const float EPS = 0.01f;
DoubleRect dr2 = other.Bounds;
double reducedX = deltaPosition.X;
double reducedY = deltaPosition.Y;
// Project x only movement and fix x velocity
Vector2 temp = new Vector2(deltaPosition.X, 0);
DoubleRect dr1 = mover.Bounds + temp;
if (dr1.IntersectsWith(dr2))
if (deltaPosition.X > 0 && dr1.X + dr1.Width >= dr2.X) // moving right, rhs collision
{
double overlap = dr1.X + dr1.Width - dr2.X + EPS;
reducedX = Math.Max(0.0f, deltaPosition.X - overlap);
}
else if (deltaPosition.X < 0 && dr1.X <= dr2.X + dr2.Width) // moving left, lhs collision
{
double overlap = (dr2.X + dr2.Width) - dr1.X + EPS;
reducedX = Math.Min(0.0f, deltaPosition.X + overlap);
}
// Project y only movement and fix y velocity
temp = new Vector2(0, deltaPosition.Y);
dr1 = mover.Bounds + temp;
if (dr1.IntersectsWith(dr2))
if (deltaPosition.Y > 0 && dr1.Y + dr1.Height >= dr2.Y) // moving down, bottom collision
{
double overlap = dr1.Y + dr1.Height - dr2.Y + EPS;
reducedY = Math.Max(0.0f, deltaPosition.Y - overlap);
}
else if (deltaPosition.Y < 0 && dr1.Y <= dr2.Y + dr2.Height) // moving up, top collision
{
double overlap = (dr2.Y + dr2.Height) - dr1.Y + EPS;
reducedY = Math.Min(0.0f, deltaPosition.Y + overlap);
}
// if neither X nor Y reduced, must be a corner collision
// for now, we just won't allow this (if we allow, you can get stuck, but not bad)
if (reducedX == deltaPosition.X && reducedY == deltaPosition.Y)
{
return Vector2.Zero;
}
return new Vector2((float)reducedX, (float)reducedY);
}
private Color m_tint; // a tint to put on the decoration
#endregion Fields
#region Constructors
/// <summary>
/// Create a new decoration
/// </summary>
/// <param name="decorationSetTexture">Texture containing this decoration's graphic</param>
/// <param name="indexNumber">An index into the texture, which finds this decoration's location in it</param>
/// <param name="drawPos">Where in the area the decoration should be drawn</param>
/// <param name="di">XML information about properties of the Decoration (load from Content)</param>
/// <param name="tint">Color tint to apply to the graphic</param>
public Decoration(GameTexture decorationSetTexture, int indexNumber, Vector2 drawPos, DecorationInfo di, Color tint)
{
this.m_texture = decorationSetTexture;
this.m_drawIndex = indexNumber;
this.m_drawPosition = drawPos;
Rectangle bounds = new Rectangle(
di.collision.X - di.graphic.X + (int)drawPos.X,
di.collision.Y - di.graphic.Y + (int)drawPos.Y,
di.collision.Width,
di.collision.Height);
this.m_collider = new Collider(this, bounds, ColliderType.Scenery, -1); // -1 is a flag for non-NPC colliders.
this.m_tint = tint;
}
public override void act(Collider mover, bool shouting)
{
setFlags();
if (!f_registrarDoorIsOpen && !f_deanFatigue)
{
GameplayManager.Game.Keys[GameState.GameFlag.DEAN_WAITING] = true;
GameplayManager.Game.Keys[GameState.GameFlag.PLAYER_PARALYZED] = true;
}
else if (f_deanFatigue)
{
GameplayManager.Game.updateState();
}
GameplayManager.say(getDialogue(shouting));
}
/// <summary>
/// Determines how to handle various types of collisions.
/// </summary>
/// <param name="mover">Collider that is moving</param>
/// <param name="other">Collider which was moved into</param>
/// <param name="deltaPosition">Attempted movement by the mover</param>
/// <param name="allowedMovement">Out param - amount of movement which is allowed</param>
/// <returns>True if any movement is allowed, false otherwise</returns>
public static bool handleMovement(Collider mover, Collider other, Vector2 deltaPosition, out Vector2 allowedMovement)
{
switch (mover.m_type)
{
case ColliderType.PC:
return handlePCMovement(mover, other, deltaPosition, out allowedMovement);
//break;
//case ColliderType.NPC:
// break;
//case ColliderType.Effect:
// break;
//case ColliderType.Movable:
// break;
default:
throw new Exception("Something's moving that shouldn't be");
}
//return false;
}
/// <summary>
/// Moves a collider in the direction provided until it hits something
/// </summary>
/// <param name="mover">Collider which is moving</param>
/// <param name="deltaPosition">Change in position the collider is trying to make</param>
public void handleMovement(Collider mover, Vector2 deltaPosition)
{
double areaOfMovementX1 = Math.Min(mover.Bounds.X, mover.Bounds.X + deltaPosition.X);
double areaOfMovementY1 = Math.Min(mover.Bounds.Y, mover.Bounds.Y + deltaPosition.Y);
double areaOfMovementX2 = Math.Max(mover.Bounds.X + mover.Bounds.Width, mover.Bounds.X + mover.Bounds.Width + deltaPosition.X);
double areaOfMovementY2 = Math.Max(mover.Bounds.Y + mover.Bounds.Height, mover.Bounds.Y + mover.Bounds.Height + deltaPosition.Y);
DoubleRect areaOfMovement = new DoubleRect(
areaOfMovementX1,
areaOfMovementY1,
areaOfMovementX2 - areaOfMovementX1,
areaOfMovementY2 - areaOfMovementY1);
//DoubleRect newbounds = mover.Bounds + deltaPosition;
List<Collider> collisions = m_tree.Query(areaOfMovement);
List<Collider>.Enumerator i = collisions.GetEnumerator();
Vector2 allowedMovement = deltaPosition;
Vector2 temp;
while (i.MoveNext())
{
// we will usually collide with our old position - ignore that case
if (i.Current != mover)
{
bool canMove = CollisionHandler.handleMovement(mover, i.Current, deltaPosition, out temp);
if (!canMove)
{
return; // don't allow movement
}
if (allowedMovement.X > 0.0f)
allowedMovement.X = Math.Min(allowedMovement.X, temp.X);
else if (allowedMovement.X < 0.0f)
allowedMovement.X = Math.Max(allowedMovement.X, temp.X);
if (allowedMovement.Y > 0.0f)
allowedMovement.Y = Math.Min(allowedMovement.Y, temp.Y);
else if (allowedMovement.Y < 0.0f)
allowedMovement.Y = Math.Max(allowedMovement.Y, temp.Y);
}
}
mover.move(allowedMovement);
}
/// <summary>
/// Determines how to handle collisions involving the PC
/// </summary>
/// <returns>True if the PC can move, false otherwise</returns>
protected static bool handlePCMovement(Collider mover, Collider other, Vector2 deltaPosition, out Vector2 allowedMovement)
{
switch (other.m_type)
{
case ColliderType.Scenery:
allowedMovement = scaleBackVelocity(mover, other, deltaPosition);
return true;
case ColliderType.NPC:
if (mover.m_type == ColliderType.PC)
{
mover.m_other = other;
}
allowedMovement = scaleBackVelocity(mover, other, deltaPosition);
return true;
case ColliderType.PC:
if (mover.m_type == ColliderType.PC)
{
mover.m_other = other;
}
if (Quest.currentQuest == Quest.QUEST_TYPE.GET_COMPANION || GameplayManager.ActiveArea.GlobalLocation == Area.PARTY)
{ // if companion isn't in party, treat as NPC collider
allowedMovement = scaleBackVelocity(mover, other, deltaPosition);
}
else
{ // allow movement through companion
allowedMovement = deltaPosition;
}
return true;
//case ColliderType.Effect:
// break;
//case ColliderType.Movable:
// break;
case ColliderType.Trigger:
allowedMovement = deltaPosition;
((ITrigger)other.m_owner).handleImpact(mover);
return true;
default:
allowedMovement = deltaPosition;
return true;
//throw new Exception("PC moved into something it shouldn't have");
}
}
/// <summary>
/// Determines how to handle collisions involving the PC
/// </summary>
/// <returns>True if the PC can move, false otherwise</returns>
protected static bool handlePCMovement(Collider mover, Collider other, Vector2 deltaPosition, out Vector2 allowedMovement)
{
switch (other.m_type)
{
case ColliderType.Scenery:
allowedMovement = scaleBackVelocity(mover, other, deltaPosition);
return true;
case ColliderType.NPC:
allowedMovement = scaleBackVelocity(mover, other, deltaPosition);
return true;
//case ColliderType.Effect:
// break;
//case ColliderType.Movable:
// break;
case ColliderType.Trigger:
allowedMovement = deltaPosition;
((ITrigger)other.m_owner).handleImpact(mover);
return true;
default:
throw new Exception("PC moved into something it shouldn't have");
}
}
public abstract void act(Collider mover, bool shouting);
public override void act(Collider mover, bool shouting)
{
setFlags();
if (watching)
{
if (example.Count > 0)
{
if (startPoint == null)
{
Behavior last = null;
foreach (Behavior b in example)
{
if (last == null)
{
startPoint = b;
}
else
{
last.setNext(b);
}
last = b;
}
}
else
{
List<LinkedList<Behavior>> paths = getAllPaths(startPoint);
int[,] lcsGrid = getLCSGrid(example, paths[0]);
int bestPath = 0;
int[,] hold;
for (int i = 1; i < paths.Count; i++)
{
hold = getLCSGrid(example, paths[i]);
if (hold[hold.GetLength(0) - 1, hold.GetLength(1) - 1] > lcsGrid[lcsGrid.GetLength(0) - 1, lcsGrid.GetLength(1) - 1])
{
lcsGrid = hold;
bestPath = i;
}
}
startPoint = null;
LinkedList<Behavior> lcs = getLCS(lcsGrid, example, paths[bestPath], example.Count, paths[bestPath].Count);
startPoint = mergePaths(example, paths[bestPath], lcs);
paths.RemoveAt(bestPath);
foreach (LinkedList<Behavior> llb in paths)
{
foldIn(llb, lcs);
}
}
}
GameplayManager.Game.Keys[GameState.GameFlag.SIMA_WATCHING] = false;
}
else if (openedPuzzle && !completedPuzzle)
{
example = new LinkedList<Behavior>();
GameplayManager.Game.Keys[GameState.GameFlag.SIMA_WAITING] = true;
GameplayManager.Game.Keys[GameState.GameFlag.PLAYER_PARALYZED] = true;
}
GameplayManager.say(getDialogue(shouting));
//Thread t = new Thread(new ThreadStart(this.actHelper));
//t.Start();
//while (!t.IsAlive) ;
}
/// <summary>
/// Removes a particular collider from this CollisionDetector
/// </summary>
/// <param name="ci">Collider to remove</param>
public void remove(Collider ci)
{
m_tree.Remove(ci);
ci.forCollisionDetectorUseOnly(null);
}
/// <summary>
/// Adds a collider to the detector and marks that collider as being
/// owned by this detector
/// </summary>
/// <param name="ci">Collider to register</param>
public void register(Collider ci)
{
ci.forCollisionDetectorUseOnly(this);
m_tree.Insert(ci);
}
/// <summary>
/// Code to actually transfer PC to a new Area when touched; called by collision handler
/// </summary>
/// <param name="other">Collider which has impacted the trigger</param>
public override void handleImpact(Collider other)
{
if (other.m_owner == GameplayManager.Samus)
{
// TODO
// remove this code once maps are pre-generated and area transition triggers already contain references
// to their targets -- or, we might decide its just easier this way
Point targetGlobalLocation;
switch (m_side)
{
case AreaSideEnum.Top:
targetGlobalLocation = new Point(this.m_owner.GlobalLocation.X, this.m_owner.GlobalLocation.Y - 1);
break;
case AreaSideEnum.Bottom:
targetGlobalLocation = new Point(this.m_owner.GlobalLocation.X, this.m_owner.GlobalLocation.Y + 1);
break;
case AreaSideEnum.Left:
targetGlobalLocation = new Point(this.m_owner.GlobalLocation.X - 1, this.m_owner.GlobalLocation.Y);
break;
case AreaSideEnum.Right:
targetGlobalLocation = new Point(this.m_owner.GlobalLocation.X + 1, this.m_owner.GlobalLocation.Y);
break;
case AreaSideEnum.Other:
throw new Exception("AreaTransitions on non-edges not fully impled");
break;
default:
throw new Exception("Unknown value for AreaSideEnum");
}
if (m_target == null)
{
// check if it was created but we just don't have it
this.m_target = WorldManager.GetArea(targetGlobalLocation);
// still not created, so make it
if (m_target == null)
{
m_target = Area.makeTestArea(targetGlobalLocation);
}
}
// This code stays
Point targetTile; // tile on other map on which player should arrive
switch (m_side)
{
case AreaSideEnum.Top:
targetTile = new Point(this.m_tilePos.X, Area.HEIGHT_IN_TILES - 1);
break;
case AreaSideEnum.Bottom:
targetTile = new Point(this.m_tilePos.X, 0);
break;
case AreaSideEnum.Left:
targetTile = new Point(Area.WIDTH_IN_TILES - 1, this.m_tilePos.Y);
break;
case AreaSideEnum.Right:
targetTile = new Point(0, this.m_tilePos.Y);
break;
case AreaSideEnum.Other:
throw new Exception("AreaTransitions on non-edges not fully impled");
default:
throw new Exception("Unknown value for AreaSideEnum");
}
GameplayManager.changeActiveArea(this.m_target, targetTile);
}
}
public override void act(Collider mover, bool shouting)
{
}
/// <summary>
/// Certain tile #s in a TileSet may be marked as impassable. This function looks up those
/// numbers and makes instances of those tiles in the Area impassable by registering the
/// appropriate collision box.
/// </summary>
public void initializeTileColliders()
{
for (int i = 0; i < WIDTH_IN_TILES; ++i)
{
for (int j = 0; j < HEIGHT_IN_TILES; ++j)
{
if (!TileSet.tileInfos[Tiles[i, j]].passable)
{
Rectangle bounds = getTileRectangle(i, j);
Collider ci = new Collider(null, bounds, ColliderType.Scenery);
CollisionDetector.register(ci);
}
}
}
}
public ATrigger(Rectangle bounds)
{
m_collider = new Collider(this, bounds, ColliderType.Trigger);
m_position = new Vector2(m_collider.Bounds.Center().X, m_collider.Bounds.Center().Y);
}
public ATrigger(Rectangle bounds)
{
m_collider = new Collider(this, bounds, ColliderType.Trigger, -1); // -1 is a flag for non-NPC colliders.
m_position = new Vector2(m_collider.Bounds.Center().X, m_collider.Bounds.Center().Y);
}
public override void act(Collider mover, bool shouting)
{
setFlags();
if ((f_playerHasSignature && f_playerCompletedPuzzle) || (f_playerHasSignature && !f_playerAccessedPuzzle))
{
GameplayManager.Game.Keys[GameState.GameFlag.PLAYER_WON] = true;
}
else if ((!f_explained) || (!f_registrarDoorIsOpen && f_explained && !f_riedlFatigue))
{
GameplayManager.Game.Keys[GameState.GameFlag.RIEDL_HAS_EXPLAINED] = true;
GameplayManager.Game.Keys[GameState.GameFlag.RIEDL_WAITING] = true;
GameplayManager.Game.Keys[GameState.GameFlag.PLAYER_PARALYZED] = true;
}
else if (f_riedlFatigue)
{
GameplayManager.Game.updateState();
}
GameplayManager.say(getDialogue(shouting));
}
public abstract void handleImpact(Collider mover);
