/// <summary>
/// Unpause the service, and immediately force it to update the charge status.
/// </summary>
public void Restart()
{
Log.Debug(Name + " Restarting...");
lock (this)
{
// Setting the interval equal to executeInterval will cause the charge status
// to be updated on the service's next 'tick'.
_currentInterval = new TimeSpan(_executeInterval.Ticks);
// Whenever we restart the service, assume a docked instrument is charging (until we find out otherwise)
if (IsBatteryRechargable())
{
State = ChargingState.Charging;
_phase = ChargePhase.FullCharge;
}
else
{
//State = ChargingState.NotCharging;
_phase = ChargePhase.ChargeOff;
}
_phaseStart = DateTime.UtcNow;
Paused = false;
}
}
public override void Charging(bool onPlate)
{
if (onPlate)
{
currentState = new ChargingState(details);
currentState.Charging(onPlate);
}
}
protected new void Awake()
{
base.Awake();
(_rend = GetComponent <SpriteRenderer>()).enabled = false;
(_coll = GetComponent <Collider2D>()).enabled = false;
_rb = GetComponent <Rigidbody2D>();
ChargingState s1 = new ChargingState(_ASM, this);
BallThrownState s2 = new BallThrownState(_ASM, this);
s1.SetTargetStates(s2);
_ASM.InitializeWithStates(new InactiveEnabledAttackState(_ASM, this), s1);
}
public override void HandleMessage(dynamic jsonObject)
{
int?state = jsonObject.State;
int?id = jsonObject.ID;
if (id.HasValue || !state.HasValue)
{
return;
}
ChargingState = (ChargingState)state.GetValueOrDefault();
SendMessage(Topic, ChargingState.ToString());
Logger.LogDebug($"Charging state handled. State: {ChargingState.ToString()}");
}
private void UpdateCharging()
{
switch (currentChargingState)
{
case ChargingState.Entry: //Sets first location
currentChargingState = ChargingState.Charge;
FindNextTargetPosition();
break;
case ChargingState.Charge:
UpdateMovementCharging();
CheckifBossIsPassCircle();
break;
}
}
//Triggerhandler for UsbCharger
private void ChargingCurrentValue(object sender, CurrentEventArgs e)
{
// *** Equivalence partitions *** //
if (e.Current <= 0)
{
_state = ChargingState.NoConnection;
}
else if (e.Current > 0 && e.Current <= 5)
{
_state = ChargingState.FullyCharged;
}
else if (e.Current > 5 && e.Current <= 500)
{
_state = ChargingState.Charging;
}
else if (e.Current > 500)
{
_state = ChargingState.ChargingError;
}
switch (_state)
{
case ChargingState.NoConnection:
_display.ShowMessage("Din telefon er ikke ordentlig tilsluttet. Prøv igen.");
break;
case ChargingState.Charging:
_display.ShowMessage("Din telefon oplades.");
break;
case ChargingState.FullyCharged:
_display.ShowMessage("Din telefon er fuldt opladt.");
break;
case ChargingState.ChargingError:
_display.ShowMessage("Error: Prøv igen.");
break;
}
}
void EvaluateChargingState()
{
if (chargingState == ChargingState.Charging)
{
if (currentCharge >= maxCharge)
{
currentCharge = maxCharge;
chargingState = ChargingState.Charged;
}
else
{
currentCharge = currentCharge + chargingAmount;
//Debug.Log("new charge: " + (currentCharge) );
}
ChargeInfo chargeInfo = new ChargeInfo();
chargeInfo.chargeState = chargingState;
chargeInfo.currentCharge = currentCharge;
//onChargeEvent.Invoke(chargeInfo);
}
}
public override void Update(float deltaTime, Camera cam)
{
ReloadTimer -= deltaTime;
if (ReloadTimer < 0.0f)
{
ReloadTimer = 0.0f;
// was this an optimization or related to something else? it cannot occur for charge-type weapons
//IsActive = false;
if (MaxChargeTime == 0.0f)
{
IsActive = false;
return;
}
}
float previousChargeTime = currentChargeTime;
float chargeDeltaTime = tryingToCharge && ReloadTimer <= 0f ? deltaTime : -deltaTime;
currentChargeTime = Math.Clamp(currentChargeTime + chargeDeltaTime, 0f, MaxChargeTime);
tryingToCharge = false;
if (currentChargeTime == 0f)
{
currentChargingState = ChargingState.Inactive;
}
else if (currentChargeTime < previousChargeTime)
{
currentChargingState = ChargingState.WindingDown;
}
else
{
// if we are charging up or at maxed charge, remain winding up
currentChargingState = ChargingState.WindingUp;
}
UpdateProjSpecific(deltaTime);
}
// Returns battery state for input report data
internal BatteryState(byte[] data, bool viaUSB)
{
// Check report
if (data != null)
{
// Battery state is @ byte 30 for USB, byte 32 for bluetooth
int offset = (viaUSB ? 30 : 32);
// Lower half is battery level
int level = data[offset] & 0x0f;
// Upper half is charging state
int charging = data[offset] & 0x10;
// Bluetooth power level is between 0 to 9
// DS4Windows says the max BT level is 8
// Cabled power level is between 0 to 10
// Cabled power level > 10 means fully charged
const double maxBatteryBT = 8.0;
const double maxBatteryUSB = 10.0;
double batteryLevel = -1;
var batteryCharging = ChargingState.Discharging;
// Get values
if (charging != 0)
{
batteryLevel = Math.Min(level, maxBatteryUSB) * 10.0;
batteryCharging = level > 10 ? ChargingState.FullyCharged : ChargingState.Charging;
}
else
{
batteryLevel = (Math.Min(level, maxBatteryBT) / maxBatteryBT) * 100;
batteryCharging = ChargingState.Discharging;
}
// Set properties
this.Level = batteryLevel;
this.ChargingState = batteryCharging;
}
}
public override void HandleMessage(dynamic jsonObject)
{
int?id = jsonObject.ID;
if (id.GetValueOrDefault() != 2)
{
return;
}
int?state = jsonObject.State;
int?plug = jsonObject.Plug;
ChargingState = (ChargingState)state.GetValueOrDefault();
var plugState = (PlugState)plug.GetValueOrDefault();
SendMessage(ChargingStateMessageHandler.Topic, ChargingState.ToString());
SendMessage(PlugStateMessageHandler.Topic, plugState.ToString());
Logger.LogDebug("Report 2 handled. " +
$"State: {ChargingState.ToString()}," +
$"Plug: {plugState.ToString()}");
}
private void ComputeVelocity()
{
if (Mathf.Abs(velocity.x) < 0.1f)
{
velocity.x = 0;
wheelVelocity = 0;
}
if (velocity.x == 0)
{
if ((Input.GetButton("Left") || Input.GetButton("Right")) && chargingState == ChargingState.CanCharge)
{
chargingState = ChargingState.IsCharging;
}
if ((Input.GetButton("Left") || Input.GetButton("Right")) && chargingState == ChargingState.IsCharging)
{
charge += Time.deltaTime * (chargeSpeed + Mathf.Sqrt(charge));
charge = Mathf.Clamp(charge, 0, maxCharge);
if (facingLeft)
wheelVelocity = -charge * speed;
else
wheelVelocity = charge * speed;
chargeBar.transform.localScale = new Vector2(charge / maxCharge, 1);
}
else if (Input.GetButtonUp("Left") || Input.GetButtonUp("Right"))
{
if (facingLeft)
{
velocity.x = -charge * speed;
}
else
{
velocity.x = charge * speed;
}
charge = 0;
chargingState = ChargingState.CantCharge;
chargeBar.transform.localScale = new Vector2(0, 1);
chargeBar.transform.parent.gameObject.SetActive(false);
}
}
else
{
if (Input.GetButton("Down") && brakeEnabled)
{
Vector2 brakeVelocity = velocity.normalized * Time.deltaTime * 30;
velocity.x -= brakeVelocity.x;
if (brakeVelocity.y > 0)
addYVelocity -= brakeVelocity.y;
}
}
if (Input.GetButton("Left") && (velocity.x == 0 || grounded))
{
facingLeft = true;
velocity.x = -Mathf.Abs(velocity.x);
}
else if (Input.GetButton("Right") && (velocity.x == 0 || grounded))
{
facingLeft = false;
velocity.x = Mathf.Abs(velocity.x);
}
if (Input.GetKeyDown(KeyCode.R))
{
Respawn();
}
if (grounded)
{
if (velocity.x != 0)
{
velocity.x -= Mathf.Sign(velocity.x) * momentumReduction * Time.deltaTime;
wheelVelocity = velocity.x;
}
else
{
if (chargingState != ChargingState.IsCharging)
{
chargingState = ChargingState.CanCharge;
chargeBar.transform.parent.gameObject.SetActive(true);
}
}
if (Input.GetButtonDown("Jump") && jumpEnabled)
{
addYVelocity = jumpTakeOffSpeed;
}
}
else
{
velocity.x -= Mathf.Sign(velocity.x) * momentumReduction / 5 * Time.deltaTime;
}
}
public override void Begin()
{
base.Begin();
GameSystem.SetTimeMultiplier(GameSystem.GAMEPLAY, 1.0);
IdleState idle = new IdleState(this.listenerId);
MovingForwardState movingForward = new MovingForwardState(this.listenerId);
MovingBackwardState movingBackward = new MovingBackwardState(this.listenerId);
QuickStepForwardState quickStepForward = new QuickStepForwardState(this.listenerId);
QuickStepBackwardState quickStepBackward = new QuickStepBackwardState(this.listenerId);
DashChargingState dashCharging = new DashChargingState(this.listenerId);
DashState dash = new DashState(this.listenerId);
FeintState feint = new FeintState(this.listenerId);
ChargingState charging = new ChargingState(this.listenerId);
ChargeRecoveryState chargeRecovery = new ChargeRecoveryState(this.listenerId);
DashRecoveryState dashRecovery = new DashRecoveryState(this.listenerId);
//SpecialActivateState specialActivate = new SpecialActivateState(this.listenerId);
//SpecialChargingState specialCharging = new SpecialChargingState(this.listenerId);
CollisionWinCondition collisionWinCond = new CollisionWinCondition(this.listenerId);
CollisionLossCondition collisionLossCond = new CollisionLossCondition(this.listenerId);
CollisionWinState collisionWin = new CollisionWinState(this.listenerId);
CollisionLossState collisionLoss = new CollisionLossState(this.listenerId);
PlayerReadyState ready = new PlayerReadyState(this.listenerId);
PlayerPlayingState playing = new PlayerPlayingState(this.listenerId);
PlayerPausedState paused = new PlayerPausedState(this.listenerId);
VictoryState victory = new VictoryState(this.listenerId);
DefeatState defeat = new DefeatState(this.listenerId);
//SpecialActivateCondition specialActivateCond = new SpecialActivateCondition(this.listenerId);
DefeatCondition defeatCond = new DefeatCondition(this.listenerId);
idle.AddStateChange("moveForward", movingForward);
idle.AddStateChange("moveBackward", movingBackward);
idle.AddStateChange("charge", charging);
idle.AddStateChange("dashCharge", dashCharging);
idle.AddStateChange("feint", feint);
idle.AddStateChange("collisionWin", collisionWin);
idle.AddStateChange("collisionLoss", collisionLoss);
//idle.AddStateChange("specialActivate", specialActivate);
idle.AddGameStateCondition(collisionWinCond);
idle.AddGameStateCondition(collisionLossCond);
//idle.AddGameStateCondition(specialActivateCond);
movingForward.AddStateChange("stop", idle);
movingForward.AddStateChange("quickStep", quickStepForward);
movingForward.AddStateChange("moveBackward", movingBackward);
movingForward.AddStateChange("charge", charging);
movingForward.AddStateChange("dashCharge", dashCharging);
movingForward.AddStateChange("feint", feint);
movingForward.AddStateChange("collisionWin", collisionWin);
movingForward.AddStateChange("collisionLoss", collisionLoss);
//movingForward.AddStateChange("specialActivate", specialActivate);
movingForward.AddGameStateCondition(collisionWinCond);
movingForward.AddGameStateCondition(collisionLossCond);
//movingForward.AddGameStateCondition(specialActivateCond);
quickStepForward.AddStateChange("stop", idle);
quickStepForward.AddStateChange("charge", charging);
quickStepForward.AddStateChange("dashCharge", dashCharging);
quickStepForward.AddStateChange("feint", feint);
quickStepForward.AddStateChange("collisionWin", collisionWin);
quickStepForward.AddStateChange("collisionLoss", collisionLoss);
//quickStepForward.AddStateChange("specialActivate", specialActivate);
quickStepForward.AddGameStateCondition(collisionWinCond);
quickStepForward.AddGameStateCondition(collisionLossCond);
//quickStepForward.AddGameStateCondition(specialActivateCond);
movingBackward.AddStateChange("stop", idle);
movingBackward.AddStateChange("quickStep", quickStepBackward);
movingBackward.AddStateChange("moveForward", movingForward);
movingBackward.AddStateChange("charge", charging);
movingBackward.AddStateChange("dashCharge", dashCharging);
movingBackward.AddStateChange("feint", feint);
movingBackward.AddStateChange("collisionWin", collisionWin);
movingBackward.AddStateChange("collisionLoss", collisionLoss);
//movingBackward.AddStateChange("specialActivate", specialActivate);
movingBackward.AddGameStateCondition(collisionWinCond);
movingBackward.AddGameStateCondition(collisionLossCond);
//movingBackward.AddGameStateCondition(specialActivateCond);
quickStepBackward.AddStateChange("stop", idle);
quickStepBackward.AddStateChange("charge", charging);
quickStepBackward.AddStateChange("dashCharge", dashCharging);
quickStepBackward.AddStateChange("feint", feint);
quickStepBackward.AddStateChange("collisionWin", collisionWin);
quickStepBackward.AddStateChange("collisionLoss", collisionLoss);
//quickStepBackward.AddStateChange("specialActivate", specialActivate);
quickStepBackward.AddGameStateCondition(collisionWinCond);
quickStepBackward.AddGameStateCondition(collisionLossCond);
//quickStepBackward.AddGameStateCondition(specialActivateCond);
charging.AddStateChange("stop", chargeRecovery);
charging.AddStateChange("collisionWin", collisionWin);
charging.AddStateChange("collisionLoss", collisionLoss);
charging.AddGameStateCondition(collisionWinCond);
charging.AddGameStateCondition(collisionLossCond);
dashCharging.AddStateChange("dash", dash);
dashCharging.AddStateChange("collisionWin", collisionWin);
dashCharging.AddStateChange("collisionLoss", collisionLoss);
dashCharging.AddGameStateCondition(collisionWinCond);
dashCharging.AddGameStateCondition(collisionLossCond);
dash.AddStateChange("stop", dashRecovery);
dash.AddStateChange("collisionWin", collisionWin);
dash.AddStateChange("collisionLoss", collisionLoss);
dash.AddGameStateCondition(collisionWinCond);
dash.AddGameStateCondition(collisionLossCond);
feint.AddStateChange("stop", idle);
feint.AddStateChange("charge", charging);
feint.AddStateChange("dashCharge", dashCharging);
feint.AddStateChange("feint", feint);
feint.AddStateChange("collisionWin", collisionWin);
feint.AddStateChange("collisionLoss", collisionLoss);
feint.AddGameStateCondition(collisionWinCond);
feint.AddGameStateCondition(collisionLossCond);
chargeRecovery.AddStateChange("recover", idle);
chargeRecovery.AddStateChange("collisionWin", collisionWin);
chargeRecovery.AddStateChange("collisionLoss", collisionLoss);
chargeRecovery.AddGameStateCondition(collisionWinCond);
chargeRecovery.AddGameStateCondition(collisionLossCond);
dashRecovery.AddStateChange("recover", idle);
dashRecovery.AddStateChange("collisionWin", collisionWin);
dashRecovery.AddStateChange("collisionLoss", collisionLoss);
dashRecovery.AddGameStateCondition(collisionWinCond);
dashRecovery.AddGameStateCondition(collisionLossCond);
/*specialActivate.AddStateChange("specialCharge", specialCharging);
* specialActivate.AddStateChange("collisionWin", collisionWin);
* specialActivate.AddStateChange("collisionLoss", collisionLoss);
* specialActivate.AddGameStateCondition(collisionWinCond);
* specialActivate.AddGameStateCondition(collisionLossCond);
* specialCharging.AddStateChange("stop", idle);
* specialCharging.AddStateChange("collisionWin", collisionWin);
* specialCharging.AddStateChange("collisionLoss", collisionLoss);
* specialCharging.AddGameStateCondition(collisionWinCond);
* specialCharging.AddGameStateCondition(collisionLossCond);*/
collisionWin.AddStateChange("recover", idle);
collisionLoss.AddStateChange("recover", idle);
ready.AddStateChange("play", playing);
playing.AddStateChange("pause", paused);
playing.AddGameStateCondition(defeatCond);
paused.AddStateChange("play", playing);
playing.AddStateChange("victory", victory);
playing.AddStateChange("defeat", defeat);
this.input = new GameInputState(this.listenerId, 0);
this.input.SetInputMapping(GameInputState.LEFT_STICK_LEFT_RIGHT, "moveStick");
this.input.SetInputMapping(GameInputState.D_PAD_LEFT_RIGHT, "moveStick");
this.input.SetInputMapping(GameInputState.A, "chargeButton");
this.input.SetInputMapping(GameInputState.B, "quickStepButton");
this.input.SetInputMapping(GameInputState.X, "dashButton");
this.input.SetInputMapping(GameInputState.Y, "feintButton");
this.input.SetInputMapping(GameInputState.START, "start");
this.AddCurrentState(this.input);
this.AddCurrentState(idle);
this.AddCurrentState(ready);
}
private void UpdateState(ChargingState newState)
{
Current = newState;
LastStateChange = DateTimeProvider.Now;
}
override public BT_Status UpdateAction()
{
float step = 0;
//Make animation of waiting for charge
if (!can_charge)
{
state_charge = ChargingState.WAITING_TO_CHARGE;
timer_charging += Time.deltaTime;
get_damage.enabled = false;
myAnimator.SetBool("player_hit", false);
Charger_Filler.enabled = true;
Charger_Filler.fillAmount = 1 - timer_charging / time_charging_anim;
if (timer_charging > time_charging_anim)
{
Charger_Filler.enabled = false;
can_charge = true;
charge_collider.enabled = true;
CalculatePointToCharge();
}
}
else
{
Vector3 mag_to_point = Vector3.zero;
if (state_charge != ChargingState.STUNNED)
{
state_charge = ChargingState.CHARGING;
step = Time.deltaTime * charge_speed;
mag_to_point = point_to_charge - transform.position;
}
if (mag_to_point.magnitude < 0.85f)
{
if ((bool)myBT.myBB.GetParameter("player_detected_charging") && state_charge != ChargingState.STUNNED)
{
//Next charge
can_charge = false;
myBT.myBB.SetParameter("player_detected_charging", false);
myAnimator.SetBool("player_hit", true);
ResetValues();
}
else
{
state_charge = ChargingState.STUNNED;
//stunned
timer_stunned += Time.deltaTime;
get_damage.enabled = true;
inmortalGO.SetActive(false);
Stunned_Filler.enabled = true;
Stunned_Filler.fillAmount = 1 - timer_stunned / Time_stunned;
myAnimator.SetBool("Stunned", true);
if (timer_stunned > Time_stunned || (bool)myBT.myBB.GetParameter("is_enemy_hit") == true)
{
Stunned_Filler.enabled = false;
can_charge = false;
myBT.myBB.SetParameter("is_enemy_hit", false);
myBT.myBB.SetParameter("player_detected_charging", false);
ResetValues();
myAnimator.SetBool("Stunned", false);
}
}
charge_collider.enabled = false;
//See if player get hit
//if not stun
//if yes next charge
}
else
{
transform.position = Vector3.MoveTowards(transform.position, point_to_charge, step);
}
}
return(BT_Status.RUNNING);
}
/// <summary>
/// Helper method for Run() which communicates with instrument to determine its charging status
/// then updates charger service status properties
/// </summary>
private void RunUpdateChargerState()
{
const string funcName = "RunUpdateChargerState";
Log.Debug(string.Format("{0} invoking {1} on a \"{2}\" battery", Name, funcName, BatteryCode));
if (!Controller.IsDocked())
{
Log.Debug(string.Format("{0}: instrument undocked.", funcName));
return;
}
try
{
InstrumentChargingOperation op = new InstrumentChargingOperation();
op.Execute();
// Keep track of consecutively occurring phases, and when they first occur.
if (_phase != op.InstrumentChargePhase)
{
_phase = op.InstrumentChargePhase;
_phaseStart = DateTime.UtcNow;
}
// If instrument is having any charging problems, report the error to server.
// This will also allow the error to upload to iNet if they're an inet customer.
if (_phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeFailure ||
_phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeFault
// || _phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeOverTempFailure
// || _phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeUnderTempFailure
// || _phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeOff ( AND battery is lithium )
|| _phase == ISC.iNet.DS.DomainModel.ChargePhase.PreChargeFault ||
_phase == ISC.iNet.DS.DomainModel.ChargePhase.ChargeTimeout)
{
// Do not change this message. iNet is parsing it!
string msg = string.Format("Instrument \"{0}\" has reported a \"{1}\" charging error (Battery=\"{2}\", type=\"{3}\").",
op.InstrumentSerialNumber, _phase.ToString(), op.BatterySerialNumber, op.BatteryCode);
Master.ReporterService.ReportError(new DockingStationError(msg, DockingStationErrorLevel.Warning, op.InstrumentSerialNumber));
}
// BatteryCode should be empty if user has docked a completely dead
// battery. If the instrument has now charged up enough such that we
// can now talk to it, then get the battery type.
if (BatteryCode == string.Empty)
{
BatteryCode = op.BatteryCode;
}
if (op.ChargingState == ChargingState.Error)
{
// How much time has elasped between now and when we first saw the
// instrument go into error?
TimeSpan errorTimeElapsed = DateTime.UtcNow - _phaseStart;
Log.Debug(string.Format("{0} - BATTERY IN {1} PHASE! ELAPSED TIME: {2}", Name, _phase.ToString(), errorTimeElapsed.ToString()));
// Instrument hasn't been in error too long? Then
// just treat it as if the intrument is normally charging; no need to
// scare the user. But if it's been stuck in error too
// long, then finally just report it as an error.
TimeSpan maxTimeAllowed = (_phase == ChargePhase.ChargeOverTempFailure || _phase == ChargePhase.ChargeUnderTempFailure) ? _maxTempFailureTimeAllowed : _maxErrorPhaseAllowed;
if (errorTimeElapsed <= maxTimeAllowed)
{
State = ChargingState.Charging;
}
else
{
State = ChargingState.Error;
// Do not change this message. iNet is parsing it!
string msg = string.Format("Instrument \"{0}\" has been in \"{1}\" for an overextended period of time ({2}). (Battery=\"{3}\", type=\"{4}\")",
op.InstrumentSerialNumber, _phase.ToString(), errorTimeElapsed.ToString(), op.BatterySerialNumber, op.BatteryCode);
Log.Error(string.Format("{0} - {1}", Name, msg.ToUpper()));
Log.Error(string.Format("{0} - Reporting {1} to server", Name, op.InstrumentChargePhase.ToString()));
Master.ReporterService.ReportError(new DockingStationError(msg, DockingStationErrorLevel.Warning, op.InstrumentSerialNumber));
}
} // end ChargingState.Error
else // op.State != ChargingState.Error
{
State = op.ChargingState;
}
Log.Debug(Name + " - ChargingState=" + State);
// When instrument is done charging, then turn it off!
if (State == ChargingState.NotCharging)
{
Log.Debug(Name + " - INSTRUMENT APPEARS FULLY CHARGED. TURNING OFF INSTRUMENT.");
Log.Debug(Name + " - WILL NO LONGER POLL INSTRUMENT FOR CHARGING STATUS.");
new InstrumentTurnOffOperation(InstrumentTurnOffOperation.Reason.ChargingComplete).Execute();
}
}
catch (InstrumentPingFailedException e)
{
Log.Error(Name, e);
if (!Controller.IsDocked()) // May have got the exception because they undocked. Ignore it.
{
State = ChargingState.NotCharging;
}
else
{
State = ChargingState.Error; // Couldn't ping the instrument. dead battery?
}
}
catch (Exception e)
{
Log.Error(Name, e);
// Whatever the error was, if the instrument isn't present, then it's
// not charging.
if (!Controller.IsDocked())
{
State = ChargingState.NotCharging;
}
// Not sure what the error is. Leave charging state as is.
}
}
private ChargingFrameData(ChargingState chargingState, float chargingTime)
{
ChargingState = chargingState;
ChargingTime = chargingTime;
}
private void Magnify(Vector3 pos)
{
if (magnifyMode == MagnifyMode.OnClickSingle)
{
if (chargingState == ChargingState.Charged)
{
if (Input.GetMouseButtonDown(0))
{
magnifyArea.transform.position = pos;
Collider[] hitColliders = Physics.OverlapBox(magnifyArea.transform.position, magnifyArea.transform.localScale / 2, Quaternion.identity, m_LayerMask);
foreach (var coll in hitColliders)
{
//Debug.Log("Hit : " + coll.name);
SubjectManager subject = coll.gameObject.GetComponent <SubjectManager>();
subject.RevealSubjectStatus();
subject.IsolateInfectedSubject();
break;
}
onMagnifyUsed.Invoke(pos);
currentCharge = 0.0f;
chargingState = ChargingState.Charging;
}
}
}
else if (magnifyMode == MagnifyMode.OnClickMultiple)
{
if (chargingState == ChargingState.Charged)
{
if (Input.GetMouseButtonDown(0))
{
magnifyArea.transform.position = pos;
Collider[] hitColliders = Physics.OverlapBox(magnifyArea.transform.position, magnifyArea.transform.localScale / 2, Quaternion.identity, m_LayerMask);
foreach (var coll in hitColliders)
{
//Debug.Log("Hit : " + coll.name);
SubjectManager subject = coll.gameObject.GetComponent <SubjectManager>();
subject.RevealSubjectStatus();
subject.IsolateInfectedSubject();
}
onMagnifyUsed.Invoke(pos);
currentCharge = 0.0f;
chargingState = ChargingState.Charging;
}
}
}
else if (magnifyMode == MagnifyMode.OnHover || magnifyMode == MagnifyMode.OnHoverDemo)
{
bool isolateSubject = false;
if (chargingState == ChargingState.Charged)
{
if (Input.GetMouseButtonDown(0) || magnifyMode == MagnifyMode.OnHoverDemo)
{
isolateSubject = true;
onMagnifyUsed.Invoke(pos);
currentCharge = 0.0f;
chargingState = ChargingState.Charging;
}
}
magnifyArea.transform.position = pos;
Collider[] hitColliders = Physics.OverlapBox(magnifyArea.transform.position, magnifyArea.transform.localScale / 2, Quaternion.identity, m_LayerMask);
foreach (var coll in hitColliders)
{
SubjectManager subject = coll.gameObject.GetComponent <SubjectManager>();
subject.RevealSubjectStatus();
if (isolateSubject && subject.GetSubjectStatus() == SubjectStatus.Infected)
{
if (magnifyMode == MagnifyMode.OnHoverDemo)
{
clickFlash.ClickIt();
mouseclickFlash.ClickIt();
}
subject.IsolateInfectedSubject();
}
}
}
}
