/// <summary>
/// Try to split this stack into two.
/// See <see cref="StackSplitEvent"/>
/// </summary>
private void OnStackSplit(EntityUid uid, StackComponent stack, StackSplitEvent args)
{
// If the stack doesn't have enough things as specified in the parameters, we do nothing.
if (stack.Count < args.Amount)
{
return;
}
// Get a prototype ID to spawn the new entity. Null is also valid, although it should rarely be picked...
var prototype = _prototypeManager.TryIndex <StackPrototype>(stack.StackTypeId, out var stackType)
? stackType.Spawn
: stack.Owner.Prototype?.ID ?? null;
// Remove the amount of things we want to split from the original stack...
RaiseLocalEvent(uid, new StackChangeCountEvent(stack.Count - args.Amount), false);
// Set the output parameter in the event instance to the newly split stack.
args.Result = EntityManager.SpawnEntity(prototype, args.SpawnPosition);
if (args.Result.TryGetComponent(out StackComponent? stackComp))
{
// Set the split stack's count.
RaiseLocalEvent(args.Result.Uid, new StackChangeCountEvent(args.Amount), false);
}
}
public async Task PerformAction(IEntity entity, IEntity?user)
{
if (entity.Deleted || string.IsNullOrEmpty(Prototype))
{
return;
}
var entityManager = IoCManager.Resolve <IEntityManager>();
var coordinates = entity.Transform.Coordinates;
if (EntityPrototypeHelpers.HasComponent <StackComponent>(Prototype))
{
var _entity = entityManager.SpawnEntity(Prototype, coordinates);
StackComponent stackComponent = _entity.GetComponent <StackComponent>();
stackComponent.Count = Math.Min(stackComponent.MaxCount, Amount);
}
else
{
for (var i = 0; i < Amount; i++)
{
entityManager.SpawnEntity(Prototype, coordinates);
}
}
}
public void Init(bool isMyCharacter, int idx)
{
m_isMyCharacter = isMyCharacter;
m_Model = transform.Find("people_face_01").gameObject;
m_Model.transform.localPosition = Vector3.zero;
m_Model.transform.localRotation = Quaternion.identity;
m_Animator = GetComponentInChildren <Animator>();
m_Animator.enabled = false;
m_animatorController = m_Animator.runtimeAnimatorController;
m_CostumeComponent = Common.GetOrAddComponent <CostumeComponent>(gameObject);
m_CostumeComponent.Init();
m_StackComponent = Common.GetOrAddComponent <StackComponent>(gameObject);
m_StackComponent.Init(this);
m_FSMCompnent = Common.GetOrAddComponent <FSMComponent>(gameObject);
m_FSMCompnent.Init(this);
m_InputComponent = Common.GetOrAddComponent <InputComponent>(gameObject);
m_InputComponent.Init(this);
OnVictory = m_StackComponent.OnVictory;
if (m_BillBoard == null)
{
m_BillBoard = gameObject.GetComponentInChildren <BillBoard>();
}
m_BillBoard.gameObject.SetActive(true);
if (m_isMyCharacter)
{
m_MyPlayerColor = Color.green;
if (PlayerPrefs.HasKey("myName"))
{
NickName = PlayerPrefs.GetString("myName");
}
else
{
NickName = "Runner";
}
m_BillBoard.InitProfileSprite(null);
}
else
{
m_MyPlayerColor = color[idx];
m_BillBoard.SetName(Common.strName[Random.Range(0, Common.strName.Length)]);
m_BillBoard.InitProfileSprite(Common.regionName[Random.Range(0, Common.regionName.Length)]);
}
m_BillBoard.SetColor(m_MyPlayerColor);
}
private void OnStackInteractUsing(EntityUid uid, StackComponent stack, InteractUsingEvent args)
{
if (!args.Used.TryGetComponent <StackComponent>(out var otherStack))
{
return;
}
if (!otherStack.StackTypeId.Equals(stack.StackTypeId))
{
return;
}
var toTransfer = Math.Min(stack.Count, otherStack.AvailableSpace);
RaiseLocalEvent(uid, new StackChangeCountEvent(stack.Count - toTransfer), false);
RaiseLocalEvent(args.Used.Uid, new StackChangeCountEvent(otherStack.Count + toTransfer), false);
var popupPos = args.ClickLocation;
if (!popupPos.IsValid(EntityManager))
{
popupPos = args.User.Transform.Coordinates;
}
switch (toTransfer)
{
case > 0:
popupPos.PopupMessage(args.User, $"+{toTransfer}");
if (otherStack.AvailableSpace == 0)
{
args.Used.SpawnTimer(
300,
() => popupPos.PopupMessage(
args.User,
Loc.GetString("comp-stack-becomes-full")
)
);
}
break;
case 0 when otherStack.AvailableSpace == 0:
popupPos.PopupMessage(
args.User,
Loc.GetString("comp-stack-already-full")
);
break;
}
args.Handled = true;
}
/// <summary>
/// Try to use an amount of items on this stack.
/// See <see cref="StackUseEvent"/>
/// </summary>
private void OnStackUse(EntityUid uid, StackComponent stack, StackUseEvent args)
{
// Check if we have enough things in the stack for this...
if (stack.Count < args.Amount)
{
// Not enough things in the stack, so we set the output result to false.
args.Result = false;
}
else
{
// We do have enough things in the stack, so remove them and set the output result to true.
RaiseLocalEvent(uid, new StackChangeCountEvent(stack.Count - args.Amount), false);
args.Result = true;
}
}
public override void Initialize()
{
base.Initialize();
Stack = Owner.GetComponent <StackComponent>();
}
// Really this should check the actual materials at play..
public static bool MaterialStackValidFor(ConstructionStepMaterial step, StackComponent stack)
{
return(StackTypeMap.TryGetValue((StackType)stack.StackType, out var should) && should == step.Material);
}
private void OnStackCountChanged(EntityUid uid, StackComponent component, StackCountChangedEvent args)
{
// Dirty the UI now that the stack count has changed.
component.DirtyUI();
}
public override void Process(Entity entity)
{
//
// entity = Stack entities (there are 26 of them)
// This process happens for every stack
//
StackComponent sc = entity.GetComponent <StackComponent>();
//Entity lastCardonStack = sc.CheckersInStack.LastOrDefault();
//
// fan out is half size of the checker
//
switch (sc.FannedDirection)
{
case 0:
fanOutDistannce = Vector2.Zero;
break;
case 1:
fanOutDistannce = new Vector2(22f, 0);
break;
case 2:
fanOutDistannce = new Vector2(-22f, 0);
break;
case 3:
fanOutDistannce = new Vector2(0, -22f); //upwards
break;
case 4:
fanOutDistannce = new Vector2(0, 22f); //downwards
break;
}
//
// if we have more than 10 checkers in this Stack, make the fanout value smaller so they all fit
//
if (sc.CheckersInStack.Count > 10)
{
switch (sc.FannedDirection)
{
case 3:
fanOutDistannce = new Vector2(0, -12f);
break;
case 4:
fanOutDistannce = new Vector2(0, 12f);
break;
}
}
int ind = 0; //checker index in stack
for (int i = 0; i < sc.CheckersInStack.Count; i++)
{
Entity checkerEntity = sc.CheckersInStack[i]; //get checker
Vector2 stackPos = entity.Transform.Position; //get location of the stack (doesn't change)
//
// The offset value upward or downward
//
if (sc.FannedDirection == 4) //downward
{
stackPos.Y -= 123 - 25; //initial location
}
else
{
stackPos.Y += 123 - 25; //upward
}
//
//znznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznzn
// Checker position determined by stack position with offset values
//znznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznzn
//
checkerEntity.Transform.Position = stackPos + fanOutDistannce * new Vector2(ind, ind);
//
// Get the CheckerComponent & its sprite shape
// (we don't need to do this every frame but then the checkers won't look pretty)
//
var cComp = checkerEntity.GetComponent <CheckerComponent>(); //CheckerComponent has the data
var renderComp = checkerEntity.GetComponent <SpriteRenderer>(); //sprite image of the checker
//
// -1 is first layer to display and -9 is last layer to display
//
renderComp.RenderLayer = ind * -100;
renderComp.Sprite = cComp.CheckerFace;
ind += 1;
}
}
public override void Process(Entity entity)
{
//
// Mouse events are processed for White (human) player
// hint: After white player clicks on "Dice Roll" then its his turn
//
MainGameScene = entity.Scene as MainScene; //hand entity belongs to MainScene
if (MainGameScene.GameEnded)
{
MainGameScene.EndOfGame();
return;
}
if (!MainGameScene.WhiteCanMove) //Can white move?
{
return;
}
//
// Mouse working area (find if it clicks on anything)
//
var _mouseCollider = entity.GetComponent <BoxCollider>();
CurrentMouse = Mouse.GetState();
//
// Current location of the mouse
//
entity.Transform.Position = Scene.Camera.ScreenToWorldPoint(new Vector2(CurrentMouse.Position.X, CurrentMouse.Position.Y));
MousePos = new Vector2(CurrentMouse.Position.X, CurrentMouse.Position.Y);
//
// Check the mouse input action
//
if (Input.LeftMouseButtonPressed)
{
MainGameScene.Dragging = false;
//
// If mouse click is not colliding with anything (do nothing)
//
if (!_mouseCollider.CollidesWithAny(out CollisionResult collisionResult))
{
return;
}
gameStack = collisionResult.Collider.Entity;
if (MainGameScene.TestGraveYardForCheckers(24) > 0) //if true, then graveyard checkers go first
{
if (!MainGameScene.WhiteCanMoveFromGraveYard())
{
MainGameScene.WhiteCanMove = false;
return;
}
//
// Test to see if White can move from graveyard, if not then set Whitecanmove to false
//
gameStack = MainGameScene.GameStacks[24]; //automatically, use checkers from White graveyard stack
}
//
// Collided entity is a stack of checkers
// Test it to be empty or black checkers (do nothing)
//
StackComponent sc = gameStack.GetComponent <StackComponent>();
if (sc == null)
{
return; //no stack of checkers
}
if (sc.CheckersInStack.Count == 0)
{
return; //empty stack of checkers
}
//
// black checers tag are < 0 and white are > 0
//
if (sc.CheckersInStack[0].Tag < 0)
{
return; //test first checker, if black checker leave
}
//znznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznzn
// Human player has grabbed a White checker
//znznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznznzn
MainGameScene.Dragging = true;
Entity chkerDragEntity = sc.CheckersInStack[0]; //checker being dragged is saved
sc.CheckersInStack.RemoveAt(0); //checker being dragges is Removed from original stack
DragComponent dc = new DragComponent();
dc.FromStack = gameStack; //remember original stack
chkerDragEntity.AddComponent <DragComponent>(dc); //add component so CheckerDragSystem can see it
MainGameScene.CheckerBeingDragged = chkerDragEntity; //make sure we know, the checker being dragged
}
if (Input.LeftMouseButtonReleased)
{
//
// Find the collider entity that checker is being dropped
//
if (!_mouseCollider.CollidesWithAny(out CollisionResult collisionResult))
{
if (MainGameScene.Dragging)
{
MainGameScene.DropChecker2PreviousPosition();
}
return;
}
//
// We have dropped on top of a Stack
//
gameStack = collisionResult.Collider.Entity;
if (MainGameScene.Dragging)
{
//
// You can't drop White checkers on graveyard stacks
//if (stack.Tag > 23)
//{
// MainGameScene.DropChecker2PreviousPosition();
// MainGameScene.Dragging = false;
// return;
//}
//
// Drop location must either be Empty or have one or more White checkers, or be collector
//
StackComponent sc = gameStack.GetComponent <StackComponent>();
singleBlack = ((sc.CheckersInStack.Count() == 1) && (sc.CheckersInStack[0].Tag < 0)); //single black
stackIsEmpty = (sc.CheckersInStack.Count == 0);
if (stackIsEmpty)
{
stackIsWhite = true;
}
else
{
stackIsWhite = (sc.CheckersInStack[0].Tag > 0);
}
if (stackIsEmpty || stackIsWhite || singleBlack)
{
MainGameScene.DropChecker2NewPosition(gameStack);
}
else
{
MainGameScene.DropChecker2PreviousPosition();
}
MainGameScene.Dragging = false;
}
}
}
