void PinControl_StateChanged(PinControl sender, LogicState s)
{
Console.WriteLine(Name + " : " + State.ToString());
ToolTip = new ToolTip()
{
Content = (State == LogicState.High) ? "High" : (State == LogicState.Low) ? "Low" : "Indeterminate"
};
if (_state == LogicState.High && !_transp)
{
ellipse.Fill = new SolidColorBrush(new Color()
{
A = 255, R = 255, G = 188, B = 188
});
}
else if (_state == LogicState.Low && !_transp)
{
ellipse.Fill = new SolidColorBrush(new Color()
{
A = 255, R = 20, G = 20, B = 20
});
}
else
{
ellipse.Fill = new SolidColorBrush(new Color()
{
A = 255, R = 121, G = 157, B = 255
});
}
}
/// <summary>
/// If the time remaining until burn is too low to support the current or next (if set) state,
/// this method sets next state to the appropriate state.
/// </summary>
void CommonStateLogic_SkipAhead()
{
// to minimize delay in handling appropriate skip ahead, we work on NextState if set, otherwise CurrentState
LogicState relevantState = NextState ?? CurrentState;
// this method is only relevant if between states FarAim (inclusive) and Countdown (exclusive)
bool relevant = relevantState >= LogicState.FarAim && relevantState < LogicState.Countdown;
if (!relevant)
{
return;
}
// cache time left to start
var timeLeft = KspVars.TimeToNextManeuverBurnStartUT;
// handle skipping ahead to countdown
if (relevantState < LogicState.Countdown && timeLeft <= Settings.NearWarpBurnStartMarginSeconds)
{
LogUtility.Log("Skipping ahead to Countdown...");
NextState = LogicState.Countdown;
}
else
// otherwise, if autopiloting (so near aim state is relevant), handle skipping far warp
if (FullAutoPilot && relevantState < LogicState.NearAim && timeLeft <= Settings.FarWarpBurnStartMarginSeconds)
{
LogUtility.Log("Skipping ahead to NearAim...");
NextState = LogicState.NearAim;
}
}
public void Run()
{
while (!_finished)
{
_iterationStopwatch.Restart();
_drawFinishedEvent.WaitOne();
_logicState = _logic.RunLogicStep(_logicState);
Execute.OnUIThread(() =>
{
if (_bitmapGraphProvider.IsBitmapVisible)
{
_logic.Draw(_logicState, _drawingWindowState);
}
if (_bitmapGraphProvider.IsGraphVisible)
{
_logic.UpdateGraph(_logicState);
}
_drawFinishedEvent.Set();
});
var elapsedTime = _iterationStopwatch.ElapsedMilliseconds;
if (elapsedTime < 100)
{
Thread.Sleep((int)(100 - elapsedTime));
}
}
}
/// <summary>
/// Performs a step in the game logic for the battleship game.
/// </summary>
protected internal override void GameLogicStep()
{
switch (currentState)
{
case LogicState.Begin:
Begin();
currentState = LogicState.PlaceShips;
break;
case LogicState.PlaceShips:
StandardShipPlacement();
currentState = LogicState.Turn;
break;
case LogicState.Turn:
StandardPlaceShot();
if (Remaining.Count <= 1)
{
End();
currentState = LogicState.End;
}
else
{
NextTurn();
}
break;
}
}
public void MoveToRandomPoint()
{
SpriteAnimatorNpc snpc = GetComponent <SpriteAnimatorNpc>();
_logicState = LogicState.Walking;
snpc.PlaySpriteAnimator();
_pointWalkCount = (int)Random.Range(6, 10);
if (!_lastTarget)
{
int random_range = _currentTarget.GetEdges().Length;
_lastTarget = _currentTarget;
_currentTarget = _currentTarget.GetEdges()[(int)Random.Range(0, random_range)].GetComponent <Node>();
}
else
{
if (Random.Range(0f, 1f) < 0.05f)
{
Node aux_target = _currentTarget;
_currentTarget = _lastTarget;
_lastTarget = aux_target;
}
else
{
GameObject[] targets_array = _currentTarget.GetEdges().Clone() as GameObject[];
int random_range = targets_array.Length;
_lastTarget = _currentTarget;
_currentTarget = targets_array[(int)Random.Range(0, random_range)].GetComponent <Node>();
}
}
}
void CommonStateLogic_WarpRest(StabilizationSettings restSettings, LogicState nextState)
{
if (AreStabilizationSettingsAchieved(restSettings))
{
NextState = nextState;
}
}
internal void ReturnSpawnedUnits()
{
foreach (var unit in UnitsCreatedByThis)
{
unit.AssignMoveGoal(this.Position.X, this.Position.Y, replace: true);
}
this.CurrentLogicState = LogicState.ReturningUnits;
}
public static LogicState Not(this LogicState state)
{
if (state == LogicState.Undefined)
{
return(LogicState.Undefined);
}
return(1 - state);
}
private void PushLogicState(LogicState state)
{
if (LogicStatesStack.Count > 0)
{
LogicStatesStack.Peek().StopState();
}
LogicStatesStack.Push(state);
state.StartState();
}
public static LogicState Xor(this LogicState state, LogicState other)
{
if (state == LogicState.Undefined || other == LogicState.Undefined)
{
return(LogicState.Undefined);
}
return(state ^ other);
}
public void SetState(LogicState s, int linkLevel)
{
_state = s;
if (linkLevel <= 1 && Connection != null)
{
Connection.SetState(_state, ++linkLevel);
}
StateChanged(this, _state);
}
private void MoveToNextRandomPoint()
{
_pointWalkCount--;
if (_pointWalkCount > 0)
{
if (!_lastTarget)
{
int random_range = _currentTarget.GetEdges().Length;
_lastTarget = _currentTarget;
_currentTarget = _currentTarget.GetEdges()[(int)Random.Range(0, random_range)].GetComponent <Node>();
}
else
{
if (Random.Range(0f, 1f) < _backProbability)
{
Node aux_target = _currentTarget;
_currentTarget = _lastTarget;
_lastTarget = aux_target;
}
else
{
GameObject[] targets_array = null;
if (_currentTarget.GetEdges().Length != 1)
{
targets_array = new GameObject[_currentTarget.GetEdges().Length - 1];
int ind = 0;
for (int i = 0; i < _currentTarget.GetEdges().Length; i++)
{
if (_lastTarget.transform.position != _currentTarget.GetEdges()[i].transform.position)
{
targets_array[ind] = _currentTarget.GetEdges()[i];
ind++;
}
}
}
else
{
targets_array = _currentTarget.GetEdges().Clone() as GameObject[];
}
int random_range = targets_array.Length;
_lastTarget = _currentTarget;
_currentTarget = targets_array[(int)Random.Range(0, random_range)].GetComponent <Node>();
}
}
}
else
{
_logicState = LogicState.Stand;
SpriteAnimatorNpc snpc = GetComponent <SpriteAnimatorNpc>();
snpc.StopSpriteAnimator(true);
}
}
void CommonStateLogic_WarpWait(double burnStartMarginSeconds, LogicState restState)
{
if (!StateChanged &&
KspVars.CurrentWarpStatus != KspVars.WarpStatus.Fast &&
KspVars.TimeToNextManeuverBurnStartUT <= burnStartMarginSeconds
)
{
NextState = restState;
}
}
private void LogicStateActivity()
{
const double fadeTime = 0.5;
const double showTime = 1.8;
/////////////////////EARLY OUT////////////////////////
// This guaranteees a few frames have passed before we start logic
if (this.ActivityCallCount < 3)
{
return;
}
///////////////////END EARLY OUT/////////////////////
switch (_mCurrentLogicState)
{
case LogicState.Uninitialized:
CCGLabel.Visible = false;
CreatedByLabel.Visible = false;
InterpolateToState(VariableState.Opaque, fadeTime);
_mCurrentLogicState = LogicState.FadingIn;
break;
case LogicState.FadingIn:
CCGLabel.Visible = false;
CreatedByLabel.Visible = false;
if (CurrentState == VariableState.Opaque)
{
_mCurrentLogicState = LogicState.Showing;
_mLastStateChange = TimeManager.CurrentTime;
}
break;
case LogicState.Showing:
CCGLabel.Visible = true;
CreatedByLabel.Visible = true;
if (TimeManager.SecondsSince(_mLastStateChange) > showTime)
{
InterpolateToState(VariableState.Transparent, fadeTime);
_mCurrentLogicState = LogicState.FadingOut;
}
break;
case LogicState.FadingOut:
CCGLabel.Visible = false;
CreatedByLabel.Visible = false;
if (CurrentState == VariableState.Transparent && AsyncLoadingState == FlatRedBall.Screens.AsyncLoadingState.Done)
{
IsActivityFinished = true;
// NextScreen should be set through the Glue UI
}
break;
}
}
public void ChangeState(LogicState <T> newState)
{
if (newState == null)
{
return;
}
if (current_state != null)
{
current_state.exit(owner_entity);
}
current_state = newState;
current_state.enter(owner_entity);
}
public MainLoop(Commands commands, Log log, DrawingWindowState drawingWindowState, BitmapGraphProvider bitmapGraphProvider, ConnectionData connectionData)
{
_commands = commands;
_log = log;
_drawingWindowState = drawingWindowState;
_bitmapGraphProvider = bitmapGraphProvider;
_drawFinishedEvent = new AutoResetEvent(true);
_iterationStopwatch = new Stopwatch();
_logicState = new LogicState();
_logic = new Logic(bitmapGraphProvider, bitmapGraphProvider, _log, _commands, connectionData);
}
void CommonStateLogic_AimStabilize(LogicState postAimState)
{
if (KspVars.NextManeuverOffAngle > MaxAimErrorAngle)
{
ResetCurrentState();
}
else if (AreStabilizationSettingsAchieved(Settings.AimStabilization))
{
NextState = postAimState;
}
CommonStateLogic_SkipAhead();
}
private void MoveToDesiredNode(Node target)
{
Node n = _currentTarget.NextNodeTo(target);
if (n == null || n == target) //Finish
{
SpriteAnimatorNpc snpc = GetComponent <SpriteAnimatorNpc>();
_logicState = LogicState.Stand;
}
else
{
_currentTarget = n;
}
}
void CommonStateLogic_Aim(LogicState aimStabilizationState)
{
if (StateChanged && Settings.EnableManeuverHold)
{
KspCommands.EnableAutoPilotManeuverHold();
}
if (KspVars.NextManeuverOffAngle <= MaxAimErrorAngle)
{
NextState = aimStabilizationState;
}
CommonStateLogic_SkipAhead();
}
private void OnUpdate(float dt)
{
LogicState result = m_BattleLogicMgr.Update(dt);
//Debugger.Log("curState:"+result);
if (result == LogicState.Playing)
{
m_BattleScene.Update();
}
else if (result == LogicState.End)
{
Exit();
}
}
public void InitLogic(int TemplateID, int Priority, ObjectCreature ReleaseObj, SpellInfo info, float timeInterval)
{
m_TempSkillTag.Clear();
m_Oneself.Clear();
m_Enemy.Clear();
m_TemplateID = TemplateID;
m_ReleaseObj = ReleaseObj;
m_Priority = Priority;
m_Spellinfo = info;
m_ID = ReleaseObj.GetGameObject().GetInstanceID();
m_Tempai = (SkillaiTemplate)DataTemplate.GetInstance().m_SkillaiTable.getTableData(m_TemplateID);
m_TimeInterval = timeInterval;
curState = LogicState.EM_LOGICSTATE_USE;
}
public void ClearUp()
{
curState = LogicState.EM_LOGICSTATE_IDLE;
m_TempSkillTag.Clear();
m_Oneself.Clear();
m_Enemy.Clear();
m_TemplateID = -1;
m_ReleaseObj = null;
m_Priority = -1;
m_Spellinfo = null;
m_ID = -1;
m_Tempai = null;
m_TimeInterval = 0f;
}
public static Color Color(this LogicState state)
{
switch (state)
{
case LogicState.Undefined: return(Constants.UndefinedLogicStateColor);
case LogicState.On: return(Constants.OnLogicStateColor);
case LogicState.Off: return(Constants.OffLogicStateColor);
default: {
Console.WriteLine($"Undefined Color for state {state}");
return(Microsoft.Xna.Framework.Color.Pink);
}
}
}
public static string LogicStateToString(LogicState state)
{
switch (state)
{
case LogicState.False:
return("0");
case LogicState.True:
return("1");
case LogicState.DontCare:
return("X");
default:
throw new Exception("An unknown error occured.");
}
}
private void CustomActivity()
{
bool shouldReactivate = mAllowReactivation &&
this.CurrentLogicState == LogicState.Defeated &&
ScreenManager.CurrentScreen.PauseAdjustedSecondsSince(lastTimeDestroyed) > RegenerationTime;
if (shouldReactivate)
{
this.CurrentLogicState = LogicState.ActiveWaiting;
}
if (this.CurrentLogicState == LogicState.ReturningUnits &&
UnitsCreatedByThis.All(unit => this.DespawnCircleInstance.CollideAgainst(unit.CircleInstance)))
{
for (int i = UnitsCreatedByThis.Count - 1; i >= 0; i--)
{
UnitsCreatedByThis[i].Destroy();
}
this.CurrentLogicState = LogicState.ActiveWaiting;
}
}
public void SyncFrame(BattleData data)
{
Debugger.Log("完成帧：" + data.mFinishFrame);
m_BattleLogicMgr.SetFinishFrame(data.mFinishFrame);
AddCommand(data.mOperators);
int currentFrame = data.mCurrentFrame;
while (true)
{
if (m_BattleLogicMgr.m_currentFrame >= currentFrame - 1)
{
return;
}
LogicState state = m_BattleLogicMgr.Update();
if (state == LogicState.End)
{
Exit();
return;
}
}
}
void CommonStateLogic_WarpStart(double burnStartMarginSeconds, LogicState warpWaitState, LogicState skippedWarpState)
{
// don't prevent first attempt to warp per entry into this state
if (StateChanged)
{
LastWarpRetryLateUpdateCount = null;
}
if (KspVars.CurrentWarpStatus == KspVars.WarpStatus.Fast)
{
// just wait until the warp ends if already warping
NextState = warpWaitState;
return;
}
var timeTilStart = KspVars.TimeToNextManeuverBurnStartUT;
// skip warp entirely if we're already within the burn start margin
if (timeTilStart <= burnStartMarginSeconds)
{
LogUtility.Log($"Skipping ahead to {skippedWarpState}...");
NextState = skippedWarpState;
}
else
{
// otherwise, start the warp, but don't retry during the same state unless sufficient updates have passed
// (prevents spamming with "already warping" messages)
if (!LastWarpRetryLateUpdateCount.HasValue || LateUpdateCountInState - LastWarpRetryLateUpdateCount.Value >= Settings.MinWarpRetryLateUpdateDelay)
{
KspCommands.TimeWarpToUT(KspVars.CurrentUT + timeTilStart - burnStartMarginSeconds);
LastWarpRetryLateUpdateCount = LateUpdateCountInState;
}
// transition to wait state if actually warping
if (KspVars.CurrentWarpStatus == KspVars.WarpStatus.Fast)
{
NextState = warpWaitState;
}
}
}
private void Clock_StateChanged(PinControl sender, LogicState s)
{
if (Clock.State == LogicState.Indeterminate)
{
Q.State = LogicState.Indeterminate;
}
else
{
if (Clock.State == LogicState.Low)
{
Q.State = D.State;
}
else if (Clock.State == LogicState.High && D.State == LogicState.Low)
{
Q.State = LogicState.Low;
}
else if (Clock.State == LogicState.High && D.State == LogicState.High)
{
Q.State = LogicState.High;
}
}
}
internal void Attack(Unit playerUnit, Func <string, Vector3, Unit> spawnAction)
{
if (CurrentLogicState == LogicState.ReturningUnits)
{
// units already exist, so attack:
foreach (var unit in UnitsCreatedByThis)
{
unit.AssignMoveAttackGoal(playerUnit.X, playerUnit.Y);
}
}
else
{
CreateAllNewUnits(spawnAction);
foreach (var unit in UnitsCreatedByThis)
{
unit.AssignMoveAttackGoal(playerUnit.X, playerUnit.Y);
}
}
this.CurrentLogicState = LogicState.Spawned;
}
private void Q_StateChanged(PinControl sender, LogicState s)
{
_Q.State = (!(Bit) new Bit(Q.State)).Value;
}
private void LogicStateActivity()
{
const double FadeTime = 0.5;
const double ShowTime = 1.8;
/////////////////////EARLY OUT////////////////////////
// This guaranteees a few frames have passed before we start logic
if (this.ActivityCallCount < 3)
{
return;
}
///////////////////END EARLY OUT/////////////////////
switch (mCurrentLogicState)
{
case LogicState.Uninitialized:
InterpolateToState(VariableState.Opaque, FadeTime);
mCurrentLogicState = LogicState.FadingIn;
break;
case LogicState.FadingIn:
if (CurrentState == VariableState.Opaque)
{
mCurrentLogicState = LogicState.Showing;
mLastStateChange = TimeManager.CurrentTime;
}
break;
case LogicState.Showing:
if (TimeManager.SecondsSince(mLastStateChange) > ShowTime)
{
InterpolateToState(VariableState.Transparent, FadeTime);
mCurrentLogicState = LogicState.FadingOut;
}
break;
case LogicState.FadingOut:
if (CurrentState == VariableState.Transparent && AsyncLoadingState == AsyncLoadingState.Done)
{
IsActivityFinished = true;
// NextScreen should be set through the Glue UI
}
break;
}
}
private void B_StateChanged(PinControl sender, LogicState s)
{
Eval();
}
/// <summary>
/// Passes parameters to the base constructor.
/// </summary>
/// <param name="info">The <see cref="MatchInfo"/> from a round to associate with.</param>
/// <param name="controllers">The <see cref="ControllerUser"/>s to utilize.</param>
public ClassicRound(MatchInfo info, List<ControllerUser> controllers)
: base(info, controllers)
{
currentState = LogicState.Begin;
}
