private DanceStep GenerateRandomStep()
{
int rand = Random.Range(0, 4);
DanceStep step = DanceStep.Up;
switch (rand)
{
case 0:
step = DanceStep.Up;
break;
case 1:
step = DanceStep.Down;
break;
case 2:
step = DanceStep.Left;
break;
case 3:
step = DanceStep.Right;
break;
}
return(step);
}
private void CheckDanceStepRequired(DanceStep danceStepInsideCirlePoint)
{
bool isPerfect = true;
foreach (Transform item in currentDanceStepsAcquiredParent.transform)
{
DanceStep danceStep = item.GetComponent <DanceStep>();
if (!danceStep.isActivated && danceStepInsideCirlePoint.danceStepSORef != danceStep.danceStepSORef)
{
isPerfect = false;
currentCombo = 0;
}
if (!danceStep.isActivated && danceStepInsideCirlePoint.danceStepSORef == danceStep.danceStepSORef)
{
AccomplishStepDance(danceStep, danceStepInsideCirlePoint.gameObject);
if (isPerfect)
{
currentCombo++;
SpawnPopup("Perfect X" + currentCombo);
if (currentCombo >= perfectSounds.Length)
{
soundsManagerAudioSrc.PlayOneShot(perfectSounds[perfectSounds.Length - 1]);
}
else
{
soundsManagerAudioSrc.PlayOneShot(perfectSounds[currentCombo - 1]);
}
ScoreManager.Instance.AddScore(ScoreManager.HitType.PerfectHit);
}
else
{
soundsManagerAudioSrc.PlayOneShot(greatSound);
SpawnPopup("Great");
ScoreManager.Instance.AddScore(ScoreManager.HitType.GreatHit);
}
levels[currentLevel].currentStepsAcquired++;
if (LevelIsFinished())
{
currentLevel++;
if (IsGameFinished())
{
reloadButton.SetActive(true);
}
canSpawnDanceSteps = false;
StartCoroutine(WaitToShowLevelDone());
}
return;
}
}
}
//Resets dancer positions back one step
public void UndoMove()
{
if (!CanUndo())
{
return;
}
DanceStep step = _backStack.Pop();
Move(step.d, step.pos);
step.d.ResettiTheSpaghetti(step.range);
UI.UpdateUndoInteractable(this);
BakeMovement(turn, false);
CheckMoves();
}
private void ChangeSpriteFromStepValue(SpriteRenderer renderer, DanceStep step, int type)
{
switch (step)
{
case DanceStep.Up:
renderer.sprite = spriteUp[type];
break;
case DanceStep.Down:
renderer.sprite = spriteDown[type];
break;
case DanceStep.Left:
renderer.sprite = spriteLeft[type];
break;
case DanceStep.Right:
renderer.sprite = spriteRight[type];
break;
}
}
private void AccomplishStepDance(DanceStep danceStepAquired, GameObject danceStepInsideCircle)
{
danceStepAquired.isActivated = true;
FollowAnimationToDanceStepAquired(danceStepAquired.transform, danceStepInsideCircle.transform);
}
// Update is called once per frame
void Update()
{
//Select Dancer with mouse via ray
if (Input.GetKey(KeyCode.Mouse0))
{
RaycastHit hit;
Ray ray = cam.ScreenPointToRay(Input.mousePosition);
if (!_dancerSelected) //no dancer selected
{
if (Physics.Raycast(ray, out hit)) //8 is dancer layer
{
//Hit dancer
_dancerSelected = hit.transform.GetComponent <Dancer>();
if (!_dancerSelected)
{
//Hit board
var hitpos = hit.transform.position;
var boardPos = new Vector2(hitpos.x, hitpos.z);
_dancerSelected = GetDancer(boardPos);
}
//If valid selection
if (_dancerSelected && _dancerSelected.canMove)
{
_dancerSelected.Select(); //Select and paint selected tiles
PaintSelection(_dancerSelected); //paint selected layer
_dancerStartMovePos = _dancerSelected.GetBoardPos();
}
else //cancel coz we can't move
{
_dancerSelected = null;
}
}
}
else //Dancer is selected
{
//Move that booty
if (Physics.Raycast(ray, out hit, 999, moverLayer.value))
{
Vector2 hitBoardPos = new Vector2(hit.transform.position.x, hit.transform.position.z);
List <Vector2> poslist;
_validPositions.TryGetValue(_dancerSelected, out poslist);
Debug.Assert(_validPositions.ContainsKey(_dancerSelected));
if (poslist.Contains(hitBoardPos) || GameState.me.debug)
{
Move(_dancerSelected, hitBoardPos);
}
}
}
}
else if (_dancerSelected) //Deselect
{
//Add to back stack & update its ui
if (_dancerStartMovePos != _dancerSelected.GetBoardPos())
{
var step = new DanceStep();
step.d = _dancerSelected;
step.pos = _dancerStartMovePos;
step.range = _dancerSelected.rangePoints;
_backStack.Push(step);
UI.UpdateUndoInteractable(this);
}
//Checky moves!
CheckMoves();
//Cleanup
_dancerSelected.DeSelect();
painter.ClearLayer(0);
BakeMovement(turn, false);
//Laterssss
_dancerSelected = null;
}
//Round timer
if (GameActive && GameState.me.State == eGameState.GAME)
{
roundCountdown -= Time.deltaTime;
RoundTimerText.text = roundCountdown.ToString("00");
if (roundCountdown < 0)
{
EndTurn(true);
}
}
}
public static void AddActionToGambit(Gambit gambit, GambitActionTypes selectedValue)
{
IGambitAction newAction;
switch (selectedValue)
{
case GambitActionTypes.NoAction:
newAction = new NullAction();
break;
case GambitActionTypes.CastSpellOnSelf:
newAction = new CastSpellOnSelfAction {
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.CastSpellOnAlly:
newAction = new CastSpellOnAllyAction {
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.CastSpellOnEnemy:
newAction = new CastSpellOnEnemyAction {
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.CastSpellOnFriendlyNpc:
newAction = new CastSpellOnFriendlyNpcAction {
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.SleepForMilliseconds:
newAction = new SleepForTimeAction {
DurationInMilliseconds = 1000
};
break;
case GambitActionTypes.ToastMessage:
newAction = new ToastMessageAction {
displaySeconds = 2, message = "The Toast Message"
};
break;
case GambitActionTypes.UseItemOnSelf:
newAction = new UseItemOnSelfAction()
{
ItemName = "The Item's Name", AnyQuality = true
};
break;
case GambitActionTypes.CastSpellOnCurrentTarget:
newAction = new CastSpellOnCurrentTargetAction()
{
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.CastFillerOnCurrentTarget:
newAction = new CastFillerOnCurrentTargetAction()
{
SpellName = "The Filler's SpellName", ProcName = "The Proc's SpellName"
};
break;
case GambitActionTypes.PetCast:
newAction = new PetCastAction()
{
SpellName = "The Spell's Name"
};
break;
case GambitActionTypes.DanceFinish:
newAction = new DanceFinish();
break;
case GambitActionTypes.DanceStep:
newAction = new DanceStep();
break;
default:
return;
}
gambit.ActionType = selectedValue;
gambit.Action = newAction;
}
public override object ReadJson(JsonReader reader, Type objectType, object existingValue, JsonSerializer serializer)
{
var jsonObject = JObject.Load(reader);
if (Enum.TryParse <GambitActionTypes>(jsonObject["GambitActionType"].Value <string>(), out var parsedEnum))
{
GambitAction action;
switch (parsedEnum)
{
case GambitActionTypes.CastSpellOnSelf:
action = new CastSpellOnSelfAction();
break;
case GambitActionTypes.CastSpellOnCurrentTarget:
action = new CastSpellOnCurrentTargetAction();
break;
case GambitActionTypes.CastFillerOnCurrentTarget:
action = new CastFillerOnCurrentTargetAction();
break;
case GambitActionTypes.CastSpellOnAlly:
action = new CastSpellOnAllyAction();
break;
case GambitActionTypes.CastSpellOnEnemy:
action = new CastSpellOnEnemyAction();
break;
case GambitActionTypes.CastSpellOnFriendlyNpc:
action = new CastSpellOnFriendlyNpcAction();
break;
case GambitActionTypes.SleepForMilliseconds:
action = new SleepForTimeAction();
break;
case GambitActionTypes.NoAction:
action = new NullAction();
break;
case GambitActionTypes.ToastMessage:
action = new ToastMessageAction();
break;
case GambitActionTypes.UseItemOnSelf:
action = new UseItemOnSelfAction();
break;
case GambitActionTypes.PetCast:
action = new PetCastAction();
break;
case GambitActionTypes.DanceFinish:
action = new DanceFinish();
break;
case GambitActionTypes.DanceStep:
action = new DanceStep();
break;
default:
throw new ArgumentOutOfRangeException();
}
serializer.Populate(jsonObject.CreateReader(), action);
return(action);
}
throw new InvalidCastException();
}
