public void Start()
{
Deb.Log("CDI: Start {0}", this.GetInstanceID());
GetNavBallRect();
AdjustRectForNavBallRect();
}
protected void OnChoosVanComboBoxChanged(object sender, EventArgs e)
{
Dictionary <int, Van> NumberAndVan = new Dictionary <int, Van>();
TreeIter iter;
if (this.ChoosVanComboBox.Model.GetIterFirst(out iter))
{
do
{
NumberAndVan.Add((int)this.ChoosVanComboBox.Model.GetValue(iter, 0), (Van)this.ChoosVanComboBox.Model.GetValue(iter, 1));
} while (this.ChoosVanComboBox.Model.IterNext(ref iter));
}
NumberAndVan.TryGetValue(Convert.ToInt32(this.ChoosVanComboBox.Active), out choosedVan);
Deb.Print(choosedVan.Number);
this.ChooseSeatComboBox.Show();
this.SeatTextView.Show();
ListStore DataSourceForSeats = new ListStore(typeof(int), typeof(Seat));
this.ChooseSeatComboBox.Model = DataSourceForSeats;
foreach (Seat seat in choosedVan.SeatList)
{
if (seat.IsOccuped == false)
{
DataSourceForSeats.AppendValues(seat.Number, seat);
}
}
}
public override int GetHashCode()
{
int hash = 1;
if (total_ != null)
{
hash ^= Total.GetHashCode();
}
if (zap_ != null)
{
hash ^= Zap.GetHashCode();
}
if (nds_ != null)
{
hash ^= Nds.GetHashCode();
}
if (deb_ != null)
{
hash ^= Deb.GetHashCode();
}
if (fin_ != null)
{
hash ^= Fin.GetHashCode();
}
if (mon_ != null)
{
hash ^= Mon.GetHashCode();
}
if (oth_ != null)
{
hash ^= Oth.GetHashCode();
}
return(hash);
}
/*
* Called next.
*/
public void Start()
{
Deb.Log("KramaxAutoPilot: Start {0}", this.GetInstanceID());
// read in config
// initialize any variables
// install any callbacks
// install in toolbar
if (UseAppLauncher())
{
Kramax.Toolbar.AppLauncherAutoPilot.Start(this.gameObject);
}
else
{
Kramax.Toolbar.ToolbarMod.Start();
}
if (mainPilot != null)
{
Deb.Err("KramaxAutoPilot.Start: mainPilot stil exists");
}
else
{
Deb.Log("KramaxAutoPilot.Start: creating mainPilot");
mainPilot = AddComponent(typeof(George)) as George;
}
}
private void ComboBox_SelectionChanged_1(object sender, SelectionChangedEventArgs e)
{
TrainViewModel o = this.DataContext as TrainViewModel;
o.Station.SelectedTrain = o.TrainList.Find((item) => item.Name == o.SelectedTrainName);
this.DataContext = o;
Deb.Print(o.Station.SelectedTrain, "<======>");
}
private void Button_Click(object sender, RoutedEventArgs e)
{
PassangerViewModel o = this.DataContext as PassangerViewModel;
o.Station.Passanger = new Model.PassangerModel(o.Name, o.Telephone, o.Email);
Deb.Print(o.Name);
Deb.Print(o.Telephone);
Deb.Print(o.Email);
}
public void AdjustRectForNavBallRect()
{
// ratios come from measuring at 1600x1200 and using nominal position
// and size of Rect(655, 965, 300, 255)
window.width = (int)(navBallRect.width * (300.0f / 223.0f));
window.height = (int)(navBallRect.height * (255.0f / 200.0f));
window.x = (int)(0.5 + navBallRect.x - ((688.0f - 655.0f) * (window.width / 300.0f)));
window.y = (int)(0.5 + navBallRect.y - ((1000 - 965) * (window.height / 255.0f)));
Deb.Log("CDI overlay rect: {0}", window);
}
private void Button_Click(object sender, RoutedEventArgs e)
{
TrainStation.ViewModel.TicketViewModel TicketViewModelObject = new TrainStation.ViewModel.TicketViewModel();
TicketViewModelObject.Station = PassangerViewModel.GlobalStation;
this.DataContext = TicketViewModelObject;
TicketViewModel o = this.DataContext as TicketViewModel;
this.DataContext = o;
Deb.Print(o, "selected Seat from vans");
}
private void GetSeats_Click(object sender, RoutedEventArgs e)
{
SeatViewModel o = this.DataContext as SeatViewModel;
try
{
this.ComboSeats.ItemsSource = o.loadSeats(o.Station.SelectedVan);
}
catch
{
this.ComboSeats.ItemsSource = new List <SeatModel> {
};
}
Deb.Print(o.Station.SelectedSeat, "selected Seat from vans");
}
private void GetVans_Click(object sender, RoutedEventArgs e)
{
VanViewModel o = this.DataContext as VanViewModel;
try
{
this.ComboVans.ItemsSource = o.loadVans(o.Station.SelectedTrain);
}
catch
{
this.ComboVans.ItemsSource = new List <VanModel>()
{
};
}
Deb.Print(o.Station.SelectedVan, "selected train from vans");
}
protected void OnTicketingBtnClicked(object sender, EventArgs e)
{
string placeArrivalText = this.placeArrival.Text;
int priceForRoute;
int priceForVanClass;
int priceForSeatType;
choosedTrain.RouteAndPrice.TryGetValue(placeArrivalText, out priceForRoute);
Van.ClassAndPrice.TryGetValue(choosedVan.Class, out priceForVanClass);
Seat.TypeAndPrice.TryGetValue(choosedSeat.Type, out priceForSeatType);
int price = priceForRoute + priceForSeatType + priceForVanClass;
choosedSeat.IsOccuped = true;
Deb.Print(new Ticket(passanger, price, choosedVan, choosedTrain, choosedSeat, placeArrivalText));
}
public void GetNavBallRect()
{
// ScreenSafeUI appears to no longer be used, so lets get out of here
//if (ScreenSafeUI.referenceCam == null)
// return;
var navball = GameObject.FindObjectOfType <NavBall>();
if (navball == null)
{
Deb.Err("GetNavBallArea: no navball object found");
}
Deb.Log("Navball game object: {0}", navball);
Deb.Log("Navball transform: {0}", navball.transform.localToWorldMatrix);
Deb.Log("Navball transform.position: {0}", navball.transform.position);
// position is (1.0,0.1,0.0) when visible
// position is (1.0,-0.1,0.0) when not visible
//var camera = ScreenSafeUI.referenceCam;
var camera = UIMasterController.Instance.appCanvas.worldCamera;
// this looks to be the center of the ball with Y counting up from bottom of screen
// so 800,85 for 1600x1200 screen.
Vector3 center = camera.WorldToScreenPoint(navball.transform.position);
Deb.Log("Navball center in screen point: {0}", center);
// cannot figure out how to get actual size. Just assume that since we have the center
// and the Y is offset from 0 the size is about twice that.
// the 200 and 223 come from measuring this in a 1600x1200 frame
float height = (float)center.y * (200.0f / 85.6f);
float width = (float)center.y * (223.0f / 85.6f);
// this does not work; maybe only valid inside GUI draw calls
// Vector2 guiCenter = GUIUtility.ScreenToGUIPoint(new Vector2(center.x, center.y));
// Just assume as is the case currently with unity that the Y reverses direction
navBallRect =
new Rect(center.x - width / 2, Screen.height - height, width, height);
Deb.Log("Navball Rect calculated to be: {0}", navBallRect);
}
public void OnDestroy()
{
Deb.Log("KramaxAutoPilot: OnDestroy {0}", this.GetInstanceID());
if (UseAppLauncher())
{
Kramax.Toolbar.AppLauncherAutoPilot.OnDestroy();
}
else
{
Kramax.Toolbar.ToolbarMod.OnDestroy();
}
if (mainPilot)
{
Destroy(mainPilot);
mainPilot = null;
}
}
static void Main(string[] args)
{
string LON = Console.ReadLine();
string LAT = Console.ReadLine();
decimal longB = decimal.Parse(LON.Replace(",", "."));
decimal latB = decimal.Parse(LAT.Replace(",", "."));
int N = int.Parse(Console.ReadLine());
decimal min = 0;
Deb minDeb = null;
for (int i = 0; i < N; i++)
{
string DEFIB = Console.ReadLine();
var data = DEFIB.Split(';');
var defib = new Deb()
{
Id = data[0],
Nom = data[1],
Adresse = data[2],
Tel = data[3],
Long = decimal.Parse(data[4].Replace(",", ".")),
Lat = decimal.Parse(data[5].Replace(",", "."))
};
var x = (defib.Long - longB) * (decimal)Math.Cos((double)(defib.Lat + latB) / 2);
var y = defib.Long - longB;
var d = (decimal)Math.Sqrt(Math.Pow((double)x, 2) + Math.Pow((double)y, 2)) * 6371;
Console.Error.WriteLine($"{defib.Nom} d = {d}");
if (i == 0 || min > d)
{
min = d;
minDeb = defib;
Console.Error.WriteLine($"{minDeb.Long}");
}
}
Console.Error.WriteLine("=========");
Console.WriteLine(minDeb.Nom);
// Write an action using Console.WriteLine()
// To debug: Console.Error.WriteLine("Debug messages...");
}
public void Awake()
{
Deb.Log("PresetManager.Awake: creating singleton instance");
instance = this;
}
public void Start()
{
Deb.Log("PresetManager.Start: initialize");
loadPresetsFromFile();
DontDestroyOnLoad(this);
}
public void MergeFrom(ActiveData other)
{
if (other == null)
{
return;
}
if (other.total_ != null)
{
if (total_ == null)
{
total_ = new global::Grpc.Business.ExpressService.Pair();
}
Total.MergeFrom(other.Total);
}
if (other.zap_ != null)
{
if (zap_ == null)
{
zap_ = new global::Grpc.Business.ExpressService.Pair();
}
Zap.MergeFrom(other.Zap);
}
if (other.nds_ != null)
{
if (nds_ == null)
{
nds_ = new global::Grpc.Business.ExpressService.Pair();
}
Nds.MergeFrom(other.Nds);
}
if (other.deb_ != null)
{
if (deb_ == null)
{
deb_ = new global::Grpc.Business.ExpressService.Pair();
}
Deb.MergeFrom(other.Deb);
}
if (other.fin_ != null)
{
if (fin_ == null)
{
fin_ = new global::Grpc.Business.ExpressService.Pair();
}
Fin.MergeFrom(other.Fin);
}
if (other.mon_ != null)
{
if (mon_ == null)
{
mon_ = new global::Grpc.Business.ExpressService.Pair();
}
Mon.MergeFrom(other.Mon);
}
if (other.oth_ != null)
{
if (oth_ == null)
{
oth_ = new global::Grpc.Business.ExpressService.Pair();
}
Oth.MergeFrom(other.Oth);
}
}
public void Awake()
{
Debug.Log("CDI: awaken");
Deb.Log("CDI: Awake {0}", this.GetInstanceID());
}
/*
* Called after the scene is loaded.
*/
public void Awake()
{
Deb.Log("KramaxAutoPilot: Awake {0}", this.GetInstanceID());
}
/*
* Caution: as it says here: http://docs.unity3d.com/Documentation/ScriptReference/MonoBehaviour.Awake.html,
* use the Awake() method instead of the constructor for initializing data because Unity uses
* Serialization a lot.
*/
public KramaxAutoPilot()
{
Deb.Log("KramaxAutoPilot: ctor {0}", this.GetInstanceID());
}
public static Station InitalizationData()
{
List <Train> TrainList = new List <Train>();
List <Passanger> PassangerList = new List <Passanger>();
Station station = new Station(TrainList, PassangerList);
SerailizationAndDeserealization ser = new SerailizationAndDeserealization();
string configRoutesAndDates = Environment.GetEnvironmentVariable("RoutesAndDates");
string configRoutesAndPrices = Environment.GetEnvironmentVariable("RoutesAndPrices");
string configWithSerialize = Environment.GetEnvironmentVariable("WithSerialize");
if (configWithSerialize == "False")
{
Deb.Print("Start without serialization");
List <Dictionary <string, DateTime> > RoutesAndDates = ser.DeserializeListRoutesAndDates(configRoutesAndDates);
List <Dictionary <string, int> > RoutesAndPrices = ser.DeserializeListRoutesAndPrices(configRoutesAndPrices);
var DatesAndPrices = RoutesAndDates.Zip(RoutesAndPrices, (n, w) => new { Routes = n, Prices = w });
foreach (var rp in DatesAndPrices)
{
station.AddTrain(rp.Routes.Keys.First(), rp.Routes.Keys.Last(), rp.Routes, rp.Prices, new List <Van>());
}
}
else
{
Deb.Print("Start with serialization");
Dictionary <string, int> RouteAndPriceKievChernigiv = new Dictionary <string, int>
{
{ "Kiev", 0 },
{ "Kozelets", 30 },
{ "Desna", 60 },
{ "Chernigiv", 100 }
};
Dictionary <string, int> RouteAndPriceKievLugansk = new Dictionary <string, int>
{
{ "Kiev", 0 },
{ "Kozelets", 30 },
{ "Charkiv", 45 },
{ "Zhitomir", 75 },
{ "Lugansk", 130 }
};
Dictionary <string, int> RouteAndPriceLvivKiev = new Dictionary <string, int>
{
{ "Lviv", 0 },
{ "Gorodishe", 90 },
{ "Donetsk", 145 },
{ "Pomoshna", 275 },
{ "Kiev", 330 }
};
Dictionary <string, DateTime> RouteAndDateKievChernigiv = new Dictionary <string, DateTime>
{
{ "Kiev", DateTime.Now },
{ "Kozelets", DateTime.Now + new TimeSpan(0, 3, 0, 0) },
{ "Desna", DateTime.Now + new TimeSpan(0, 4, 0, 0) },
{ "Chernigiv", DateTime.Now + new TimeSpan(1, 0, 0, 0) }
};
Dictionary <string, DateTime> RouteAndDateKievLugansk = new Dictionary <string, DateTime>
{
{ "Kiev", DateTime.Now },
{ "Kozelets", DateTime.Now + new TimeSpan(0, 3, 0, 0) },
{ "Charkiv", DateTime.Now + new TimeSpan(1, 0, 0, 0) },
{ "Zhitomir", DateTime.Now + new TimeSpan(1, 5, 0, 0) },
{ "Lugansk", DateTime.Now + new TimeSpan(1, 13, 0, 0) }
};
Dictionary <string, DateTime> RouteAndDateLvivKiev = new Dictionary <string, DateTime>
{
{ "Lviv", DateTime.Now },
{ "Gorodishe", DateTime.Now + new TimeSpan(0, 3, 0, 0) },
{ "Donetsk", DateTime.Now + new TimeSpan(0, 8, 0, 0) },
{ "Pomoshna", DateTime.Now + new TimeSpan(0, 16, 0, 0) },
{ "Kiev", DateTime.Now + new TimeSpan(1, 3, 0, 0) }
};
List <Dictionary <string, DateTime> > RoutesAndDates = new List <Dictionary <string, DateTime> >
{
{ RouteAndDateKievChernigiv },
{ RouteAndDateKievLugansk },
{ RouteAndDateLvivKiev }
};
List <Dictionary <string, int> > RoutesAndPrices = new List <Dictionary <string, int> >
{
{ RouteAndPriceKievChernigiv },
{ RouteAndPriceKievLugansk },
{ RouteAndPriceLvivKiev }
};
ser.SerializeListRoutesAndDates("RoutesAndDates.json", RoutesAndDates);
ser.SerializeListRoutesAndPrices("RoutesAndPrices.json", RoutesAndPrices);
ser.SerializeRouteAndPrice("RouteAndPriceKievChernigiv.json", RouteAndPriceKievChernigiv);
ser.SerializeRouteAndPrice("RouteAndPriceKievLugansk.json", RouteAndPriceKievLugansk);
ser.SerializeRouteAndPrice("RouteAndPriceLvivKiev.json", RouteAndPriceLvivKiev);
ser.SerializeRouteAndDate("RouteAndDateKievChernigiv.json", RouteAndDateKievChernigiv);
ser.SerializeRouteAndDate("RouteAndDateKievLugansk.json", RouteAndDateKievLugansk);
ser.SerializeRouteAndDate("RouteAndDateLvivKiev.json", RouteAndDateLvivKiev);
station.AddTrain("Kiev", "Chernigiv", RouteAndDateKievChernigiv, RouteAndPriceKievChernigiv, new List <Van>());
station.AddTrain("Kiev", "Lugansk", RouteAndDateKievLugansk, RouteAndPriceKievLugansk, new List <Van>());
station.AddTrain("Lviv", "Kiev", RouteAndDateLvivKiev, RouteAndPriceLvivKiev, new List <Van>());
}
foreach (Train train in station.TrainList)
{
train.CreateVansForTrain(10, "Plackart");
train.CreateVansForTrain(2, "Cupe");
foreach (Van van in train.VanList)
{
van.CreateSeatForVan(3, "Main");
van.CreateSeatForVan(3, "Side");
}
}
Van.AddClassAndPrice("Plackart", 0);
Van.AddClassAndPrice("Cupe", 20);
Seat.AddTypeAndPrice("Main", 0);
Seat.AddTypeAndPrice("Side", 0);
return(station);
}
public static bool Invoke(LG_WardenObjective_Reactor __instance)
{
float num1 = (1f - __instance.m_currentWaveProgress) * __instance.m_currentDuration;
switch (__instance.m_currentState.status)
{
case eReactorStatus.Active_Idle:
__instance.SetGUIMessage(false);
break;
case eReactorStatus.Startup_intro:
__instance.SetGUIMessage(true, "REACTOR STARTUP TEST (" + (object)__instance.m_currentWaveCount + " of " + (object)__instance.m_waveCountMax + ") WARMING UP.. ", ePUIMessageStyle.Default);
int num2 = (int)__instance.m_sound.SetRTPCValue(GAME_PARAMETERS.REACTOR_POWER, __instance.m_currentWaveProgress * 100f);
if (!__instance.m_alarmCountdownPlayed && (double)num1 <= 10.0)
{
int num3 = (int)__instance.m_sound.Post(EVENTS.REACTOR_ALARM_COUNTDOWN);
__instance.m_alarmCountdownPlayed = true;
}
if (!WardenObjectiveManager.ActiveWardenObjective(__instance.SpawnNode.LayerType).LightsOnDuringIntro)
{
float num3 = (float)((double)__instance.m_currentWaveProgress * (double)__instance.m_currentWaveProgress * 0.400000005960464 + 0.0500000007450581);
__instance.UpdateLightCollection(true, true, true, 32f, 2f, num3, num3);
break;
}
break;
case eReactorStatus.Startup_intense:
__instance.SetGUIMessage(true, "REACTOR PERFORMING HIGH INTENSITY TEST (" + (object)__instance.m_currentWaveCount + "/" + (object)__instance.m_waveCountMax + ")");
__instance.UpdateLightCollection(false, true, true, 32f, 2f);
if (!__instance.m_alarmCountdownPlayed && (double)num1 <= 10.0)
{
int num3 = (int)__instance.m_sound.Post(EVENTS.REACTOR_ALARM_WARNING_3);
__instance.m_alarmCountdownPlayed = true;
break;
}
break;
case eReactorStatus.Startup_waitForVerify:
if (__instance.m_currentWaveData.HasVerificationTerminal)
{
__instance.SetGUIMessage(true, "VERIFICATION (" + (object)__instance.m_currentWaveCount + "/" + (object)__instance.m_waveCountMax + "). CODE REQUIRED FOR <color=orange>REACTOR_VERIFY</color> LOCATED IN LOG FILE IN <color=orange>" + __instance.m_currentWaveData.VerificationTerminalSerial + "</color>", ePUIMessageStyle.Warning, timerPrefix: "<size=125%>TIME UNTIL RESET: ", timerSuffix: "</size>");
}
else
{
__instance.SetGUIMessage(true, "SECURITY VERIFICATION (" + (object)__instance.m_currentWaveCount + "/" + (object)__instance.m_waveCountMax + "). USE COMMAND <color=orange>REACTOR_VERIFY</color> AND CODE <color=orange>" + __instance.CurrentStateOverrideCode + "</color> BEFORE SAFETY RESET!", ePUIMessageStyle.Warning, timerPrefix: "<size=125%>TIME UNTIL RESET: ", timerSuffix: "</size>");
}
__instance.m_lightCollection.UpdateRandomMode(100f);
break;
case eReactorStatus.Startup_complete:
__instance.SetGUIMessage(true, "REACTOR STARTUP SEQUENCE COMPLETED", ePUIMessageStyle.Default, false);
if (SNetwork.SNet.IsMaster && (double)Clock.Time > (double)__instance.m_objectiveCompleteTimer)
{
__instance.AttemptInteract(eReactorInteraction.Goto_active);
WardenObjectiveManager.OnLocalPlayerSolvedObjectiveItem(__instance.SpawnNode.LayerType, __instance.TryCast <iWardenObjectiveItem>());
break;
}
break;
case eReactorStatus.Shutdown_waitForVerify:
__instance.SetGUIMessage(true, "SECURITY VERIFICATION REQUIRED. USE COMMAND <color=orange>REACTOR_VERIFY</color> AND CODE <color=orange>" + __instance.CurrentStateOverrideCode + "</color> TO VERIFY.", ePUIMessageStyle.Warning, false);
break;
case eReactorStatus.Shutdown_puzzleChaos:
__instance.SetGUIMessage(false);
break;
case eReactorStatus.Shutdown_complete:
if ((double)Clock.Time > (double)__instance.m_objectiveCompleteTimer)
{
if (!__instance.m_shutdownCompleteShown)
{
GuiManager.PlayerLayer.m_wardenIntel.ShowSubObjectiveMessage("", "REACTOR SHUTDOWN SEQUENCE COMPLETED");
__instance.m_shutdownCompleteShown = true;
}
if (SNetwork.SNet.IsMaster)
{
__instance.AttemptInteract(eReactorInteraction.Goto_inactive);
WardenObjectiveManager.OnLocalPlayerSolvedObjectiveItem(__instance.SpawnNode.LayerType, __instance.TryCast <iWardenObjectiveItem>());
break;
}
break;
}
break;
}
if (!SNetwork.SNet.IsMaster)
{
return(false);
}
if (__instance.m_spawnEnemies && __instance.m_currentEnemyWaveIndex < __instance.m_currentWaveData.EnemyWaves.Count)
{
ReactorWaveEnemyData enemyWave = __instance.m_currentWaveData.EnemyWaves[__instance.m_currentEnemyWaveIndex];
if ((double)__instance.m_currentWaveProgress > (double)enemyWave.SpawnTimeRel)
{
Debug.Log(Deb.Enemy("Reactor Spawning wave at " + (object)enemyWave.SpawnTimeRel + " with type: " + (object)enemyWave.SpawnType));
if (Mastermind.Current.TryGetEvent(__instance.m_enemyWaveID, out Mastermind.MastermindEvent masterMindEvent))
{
masterMindEvent.StopEvent();
}
ushort m_enemyWaveID;
switch (enemyWave.SpawnType)
{
case eReactorWaveSpawnType.ClosestToReactorNoPlayerBetween:
if (Mastermind.Current.TriggerSurvivalWave(__instance.m_reactorArea.m_courseNode, enemyWave.WaveSettings, enemyWave.WavePopulation, out m_enemyWaveID, SurvivalWaveSpawnType.ClosestToSuppliedNodeButNoBetweenPlayers))
{
__instance.m_enemyWaveID = m_enemyWaveID;
}
else
{
__instance.m_enemyWaveID = 0;
}
++__instance.m_currentEnemyWaveIndex;
break;
case eReactorWaveSpawnType.InElevatorZone:
if (Mastermind.Current.TriggerSurvivalWave(Builder.GetElevatorZone().m_courseNodes[0], enemyWave.WaveSettings, enemyWave.WavePopulation, out m_enemyWaveID, SurvivalWaveSpawnType.InSuppliedCourseNodeZone))
{
__instance.m_enemyWaveID = m_enemyWaveID;
}
else
{
__instance.m_enemyWaveID = 0;
}
++__instance.m_currentEnemyWaveIndex;
break;
}
}
}
if (!__instance.m_progressUpdateEnabled)
{
return(false);
}
__instance.m_currentWaveProgress += Clock.Delta / __instance.m_currentDuration;
__instance.AttemptInteract(eReactorInteraction.Update_stateProgress, __instance.m_currentWaveProgress);
if ((double)__instance.m_currentWaveProgress < 1.0)
{
return(false);
}
Debug.Log("MASTER, startupStateProgress done, current status: " + __instance.m_currentState.status + " currennt count: " + __instance.m_currentWaveCount);
switch (__instance.m_currentState.status)
{
case eReactorStatus.Startup_intro:
__instance.AttemptInteract(eReactorInteraction.Intensify_startup, __instance.m_currentWaveProgress);
break;
case eReactorStatus.Startup_intense:
__instance.AttemptInteract(eReactorInteraction.WaitForVerify_startup, __instance.m_currentWaveProgress);
break;
case eReactorStatus.Startup_waitForVerify:
__instance.AttemptInteract(eReactorInteraction.Verify_fail, __instance.m_currentWaveProgress);
break;
case eReactorStatus.Shutdown_intro:
__instance.AttemptInteract(eReactorInteraction.WaitForVerify_shutdown, __instance.m_currentWaveProgress);
break;
default:
Debug.LogError("MASTER, Reactor m_startupStateProgress reached 1 in a state withouth action, status: " + __instance.m_currentState.status);
break;
}
return(false);
}
public virtual double ResponseD(double input, bool useIntegral)
{
if (active_setpoint != target_setpoint)
{
if (debug)
{
Deb.Log("ResponseD: ease setpoint.");
}
increment += easing * TimeWarp.fixedDeltaTime * 0.01;
if (active_setpoint < target_setpoint)
{
if (active_setpoint + increment > target_setpoint)
{
active_setpoint = target_setpoint;
}
else
{
active_setpoint += increment;
}
}
else
{
if (active_setpoint - increment < target_setpoint)
{
active_setpoint = target_setpoint;
}
else
{
active_setpoint -= increment;
}
}
}
if (debug)
{
Deb.Log("ResponseD: raw input:{0:F2}, set:{1:F2}", input, active_setpoint);
}
input = (invertInput ? -1 : 1) * Utils.Clamp(input, inMin, inMax);
dt = TimeWarp.fixedDeltaTime;
error = input - active_setpoint;
if (debug)
{
Deb.Log("ResponseD: input:{0:F2} dt:{1:F2} error:{2:F2}", input, dt, error);
}
if (skipDerivative)
{
if (debug)
{
Deb.Log("ResponseD: skipDerivative");
}
skipDerivative = false;
previous = input;
}
var prop_error = proportionalError(error);
var sum_error = integralError(error, useIntegral);
var delta_error = derivativeError(input);
if (debug)
{
Deb.Log("ResponseD: sum={0:F2}, P:{1:F2}, I:{2:F2}, D:{3:F2}",
sum, prop_error, sum_error, delta_error);
}
lastOutput =
(invertOutput ? -1 : 1) * Utils.Clamp(prop_error + sum_error + delta_error, outMin, outMax);
if (debug)
{
Deb.Log("ResponseD: out:{0:F3}", lastOutput);
}
return(lastOutput);
}