private void Declare()
{
Action = new MainMenu.Action(this);
Button = new ButtonItem(this);
CreateMain = new Create(this);
Keyboard = new Keyboard(this);
MainMenu = new MainMenu.Menu(this);
Mouse = new Mouse(this);
Nav = new Navigation(this);
Shutter = new Shutter(this);
SubAction = new SubMenu.Action(this);
SubMenu = new SubMenu.Menu(this);
SubSelectMenu = new SubSelectMenu.Menu(this);
SubSelectVar = new SubSelectMenu.Var();
SubNav = new SubSelectMenu.Navigation(this);
Var = new Variables();
Data = new Interaction();
Fps = new FrameCount();
Gamepad = new Gamepad(this);
User = new User();
DrawGui = new DrawGraph();
Display = new Display(this);
VideoDevice = new CaptureDevice(this);
Profiles = new Profiles(this);
RemapMenu = new Remap.Remap(this);
RemapGamepad = new Remap.Gamepad(this);
RemapNav = new Remap.Navigation(this);
ConfigVr = new VR.Config(this);
ResizeVr = new Resize(this);
RepositionVr = new Reposition(this);
}
public void ClickAd()
{
StopCoroutine(ShowExclamation());
if (deactiveButtons)
{
return;
}
AudioManager.PlayAudio(AudioType.Poster_Enter);
Debug.Log("ClickAd");
if (AdClick1stTime)
{
StartCoroutine(ShowHintInAd());
Exclamation.SetActive(false);
forwardOneStep = true;
}
else
{
if (stepCounter != 12)
{
//todo:可能要替换成其他的，比如震动一下，鱼说一句话
//这几个能到screen 4的阶段都在显示scream
return;
}
//穿上工作服了
body.sprite = pos1Work;
Shutter.SetActive(true);
Hint2D.SetActive(false);
forwardOneStep = true;
}
}
private void initialSettings()
{
// camera settings
settings.Add("MeasureMode", MMode.ToString());
settings.Add("ImageWidth", ImageWidth.ToString());
settings.Add("ImageHeight", ImageHeight.ToString());
settings.Add("Shutter", Shutter.ToString());
settings.Add("Gain", Gain.ToString());
settings.Add("WBred", WBred.ToString());
settings.Add("WBblue", WBblue.ToString());
settings.Add("VideoMode", VideoMode.ToString());
settings.Add("PhosDelay", PhosDelay.ToString());
// image filter settings;
settings.Add("FilterMode", Enum.GetName(typeof(ImageProcMode), imgFilterUserControl.FilterMode));
settings.Add("sBrightness", imgFilterUserControl.Brightness.ToString());
settings.Add("sContrast", imgFilterUserControl.Contrast.ToString());
settings.Add("sGMin", imgFilterUserControl.GMin.ToString());
settings.Add("sGMax", imgFilterUserControl.GMax.ToString());
settings.Add("sFMin", imgFilterUserControl.FMin.ToString());
settings.Add("sFMax", imgFilterUserControl.FMax.ToString());
settings.Add("sGamma", imgFilterUserControl.Gamma.ToString());
settings.Add("FileName", "");
settings.Add("Captured", "");
}
/// <summary>
/// Invokes the ShutterChanged event.
/// </summary>
/// <param name="shutter">The shutter that has been changed.</param>
/// <param name="properties">List of propertynames that have been changed.</param>
internal void OnShutterChanged(Shutter shutter, List <string> properties)
{
if (ItemChanged != null)
{
try
{
ItemChanged(this, new ClientItemChangedEventArgs <NamedItem>(shutter, properties));
}
catch
{
}
}
if (ShutterChanged != null)
{
try
{
ShutterChanged(this, new ClientItemChangedEventArgs <Shutter>(shutter, properties));
}
catch
{
}
}
}
/// <summary>
/// Allows the game to perform any initialization it needs to before starting to run.
/// This is where it can query for any required services and load any non-graphic
/// related content. Calling base.Initialize will enumerate through any components
/// and initialize them as well.
/// </summary>
protected override void Initialize()
{
s = new Shutter(this, "Shutter", INTERVALLE_CALCUL_STANDARD);
NbJoueurs = 2;
ListeAvatar = new List<Avatar>();
terrain = new Map(this, new Vector3(10,0,10), Vector3.Zero);
ListeManagerControle = new List<IOManager>();
ListeCaméraAvatars = new List<Caméra>();
ModelManager ManagerDeModele = new ModelManager(this);
GestionnaireGameState = new GamestateManager(this);
ManagerÉcranDEBUG = new ScreenManager(this, Vector2.Zero);
ViewPortDefaut = GraphicsDevice.Viewport;
CaméraJeu = new CaméraFixe(this, new Vector3(10, 10, 10), Vector3.Zero, Vector3.Up);
GénérerViewports(NbJoueurs);
for (int i = 0; i < NbJoueurs; ++i)
{
ListeManagerControle.Add(new IOManager(this, ListePlayerIndex[i],INTERVALLE_CALCUL_STANDARD));
}
for (int i = 0; i < NbJoueurs; ++i)
{
ListeAvatar.Add(new Avatar(this, Content.Load<DescriptionAvatar>("Descriptions/Avatar" + i), ListePlayerIndex[i], ListeManagerControle[i]));
}
for (int i = 0; i < NbJoueurs; ++i)
{
ListeCaméraAvatars.Add(new CaméraAvatar(this, ListeAvatar[i].Position, Vector3.Up, ListeAvatar[i] as Avatar, ListeViewports[i]));
}
CubeColoré CubeBlanc = new Sol(this, 1f, new Vector3(0, 0, 0.2f), Vector3.Zero, Color.White, new Vector3(50, 2, 10), 1 / 60f);
CubeColoré CubeRouge = new Sol(this, 1f, new Vector3(0, 0, 0f), new Vector3(0, 3, -5), Color.Red, new Vector3(20, 2f, 10), 1 / 60f);
CubeColoré CubeBleu = new Sol(this, 1f, new Vector3(0, 0, 0f), new Vector3(0, 1f, 10), Color.Blue, new Vector3(20, 2f, 10), 1 / 60f);
CubeColoré CubeSol = new Sol(this, 1f, new Vector3(0f, 0, 0f), new Vector3(0, -1, 0), Color.Yellow, new Vector3(200, 2, 200), INTERVALLE_CALCUL_STANDARD);
//CubeColoré testCollision = new Sol(this, 1, Vector3.Zero, new Vector3(0, -1, 0), Color.Aqua, new Vector3(4, 2, 4), INTERVALLE_CALCUL_STANDARD);
terrain.Initialize();
GestionnaireDeFonts = new RessourcesManager<SpriteFont>(this, "Fonts");
GestionnaireDeTextures = new RessourcesManager<Texture2D>(this, "Textures");
GestionnaireDeModèles = new RessourcesManager<Model>(this, "Models");
spriteBatch = new SpriteBatch(GraphicsDevice);
GestionInput = new InputManager(this);
//Components.Add(new AfficheurFPS(this, "Arial20", Color.Chartreuse, INTERVALLE_CALCUL_FPS));
Components.Add(new Afficheur3D(this));
Components.Add(GestionInput);
Components.Add(CaméraJeu);
Components.Add(ManagerDeModele);
Components.Add(GestionnaireGameState);
Components.Add(terrain);
Components.Add(s);
foreach (IOManager i in ListeManagerControle)
Components.Add(i);
foreach (Caméra c in ListeCaméraAvatars)
Components.Add(c);
ManagerDeModele.AjouterAvatars(ListeAvatar);
ManagerDeModele.AjouterCaméra(ListeCaméraAvatars);
ManagerDeModele.AjouterModele(CubeBlanc);
ManagerDeModele.AjouterModele(CubeBleu);
ManagerDeModele.AjouterModele(CubeRouge);
//ManagerDeModele.AjouterModele(testCollision);
ManagerDeModele.AjouterModele(CubeSol);
Services.AddService(typeof(RessourcesManager<SpriteFont>), GestionnaireDeFonts);
Services.AddService(typeof(RessourcesManager<Texture2D>), GestionnaireDeTextures);
Services.AddService(typeof(RessourcesManager<Model>), GestionnaireDeModèles);
Services.AddService(typeof(InputManager), GestionInput);
Services.AddService(typeof(Caméra), CaméraJeu);
Services.AddService(typeof(SpriteBatch), spriteBatch);
ListePhysique = new List<ICollisionable>();
foreach (Avatar a in ListeAvatar)
ListePhysique.Add(a as ICollisionable);
ListePhysique.Add(CubeBlanc as ICollisionable);
ListePhysique.Add(CubeRouge as ICollisionable);
ListePhysique.Add(CubeBleu as ICollisionable);
ListePhysique.Add(CubeSol as ICollisionable);
//ListePhysique.Add(testCollision as ICollisionable);
Grille = new Grid(new Vector3(50, -8f, 50), 0.5f, this);
//for (int i = 0; i < 1; i++)
//{
// Ennemi ennemi = new Ennemi(this, "unicorn", new Vector3(i, 2, i), new Vector3(1, 2, 1), INTERVALLE_CALCUL_STANDARD, 0.5f, GameConstants.ViePersonnageMax, ListeAvatar, grille, i, new Vector3[8]);//, path);
// ManagerDeModele.AjouterModele(ennemi);
// ListePhysique.Add(ennemi as ICollisionable);
// if (i == 0)
// {
// Ennemi = ennemi;
// }
//}
Bazooka Bazooka = new Bazooka(this, "Bazooka", new Vector3(0, 2, 0), Vector3.One, 0.05f);
SupportFusil SupportFusil = new SupportFusil(this, "SupportFusil", new Vector3(0, 10, 0), Vector3.One, 0.05f, Bazooka);
ManagerDeModele.AjouterModele(Bazooka);
ManagerDeModele.AjouterModele(SupportFusil);
ListePhysique.Add(Bazooka as ICollisionable);
ListePhysique.Add(SupportFusil as ICollisionable);
foreach (Sol objet in terrain.ListeObjets)
{
ManagerDeModele.AjouterModele(objet as IModele3d);
ListePhysique.Add(objet as ICollisionable);
}
base.Initialize();
ManagerÉcranDEBUG.Initialize();
foreach (Avatar a in ListeAvatar)
ManagerÉcranDEBUG.AjouterItem(a);
CubeBlanc.InitialiserSommets(Color.White);
CubeBleu.InitialiserSommets(Color.Blue);
CubeRouge.InitialiserSommets(Color.Red);
//testCollision.InitialiserSommets(Color.Red);
}
/// <summary>
/// Notifies the shutter.
/// </summary>
public void NotifyShutter()
{
Shutter?.Invoke(this, EventArgs.Empty);
}
/// <summary>
/// Parse the content of one update message.
/// </summary>
/// <param name="message">The update message as received from the Domotech iRemote Server</param>
private void ParsePollMessage(string message)
{
// The update message is a token string with a colon as separator
string[] msg = message.Split(':'); // Split the message into tokens
int index;
try
{
// The second number mostly represents the item index
index = int.Parse(msg[1]);
}
catch
{
index = 0;
}
int stepIndex;
List <string> properties = new List <string>();
switch (msg[0]) // The first number always represents the message type
{
#region ACHANGED
case "ACHANGED":
{ // Alarm parameter(s) changed
Alarm alarm = client.lists.alarmList[index];
bool active = (byte.Parse(msg[2]) != 0);
bool wasActive = (byte.Parse(msg[3]) != 0);
byte timesOn = byte.Parse(msg[4]);
if (alarm.active != active)
{
alarm.active = active;
properties.Add("Active");
}
if (alarm.wasActive != wasActive)
{
alarm.wasActive = wasActive;
properties.Add("WasActive");
}
if (alarm.timesOn != timesOn)
{
alarm.timesOn = timesOn;
properties.Add("TimesOn");
}
client.OnAlarmChanged(alarm, properties);
}
break;
#endregion
#region AIRCOCHANGED
case "AIRCOCHANGED":
{ // Room airco temperature changed
Room room = client.lists.roomList[index];
room.aircoTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("AircoTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AIRCOONOFFCHANGED
case "AIRCOONOFFCHANGED":
{ // Room airco state changed
Room room = client.lists.roomList[index];
room.aircoEnabled = (byte.Parse(msg[2]) != 0);
properties.Add("AircoEnabled");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AIRCOTCHANGED
case "AIRCOTCHANGED":
{ // Room airco type changed
Room room = client.lists.roomList[index];
room.aircoType = (RoomAircoType)byte.Parse(msg[2]);
properties.Add("AircoType");
client.OnRoomChanged(room, properties);
}
break;
#endregion
/*case "ALARMNROK":
* break;*/
/*case "ALARMOFF":
* break;*/
#region ALARMTEXTUPD
case "ALARMTEXTUPD":
{ // Alarm text changed
Alarm alarm = client.lists.alarmList[index];
alarm.name = msg[2];
properties.Add("Name");
client.OnAlarmChanged(alarm, properties);
}
break;
#endregion
#region ALLCHANGED
case "ALLCHANGED":
// Recall init
client.OnClientStatus(ClientStatusValue.ConfigChanged);
client.Disconnect(); // Thread will reconnect & redownload
break;
#endregion
/*case "ALSIL":
* break;*/
/*case "ARESET":
* break;*/
#region ASCHANGED
case "ASCHANGED":
{ // Room airco activity changed
Room room = client.lists.roomList[index];
room.aircoActive = (byte.Parse(msg[2]) != 0);
properties.Add("AircoActive");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region AU_BASCHANGED
case "AU_BASCHANGED":
{ // AudioZone bass value changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.bass = Core.ValueToBassTreble(byte.Parse(msg[2]));
properties.Add("Bass");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_MUTECHANGED
case "AU_MUTECHANGED":
{ // AudioZone mute value changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.mute = (byte.Parse(msg[2]) != 0);
properties.Add("Mute");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_ONOFFCHANGED
case "AU_ONOFFCHANGED":
{ // AudioZone state changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_SRCCHANGED
case "AU_SRCCHANGED":
{ // AudioZone source changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.inputSource = byte.Parse(msg[2]);
properties.Add("InputSource");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_TRECHANGED
case "AU_TRECHANGED":
{ // AudioZone treble changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.treble = Core.ValueToBassTreble(byte.Parse(msg[2]));
properties.Add("Treble");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AU_VOLCHANGED
case "AU_VOLCHANGED":
{ // AudioZone volume changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.volume = Core.ValueToVolume(byte.Parse(msg[2]));
properties.Add("Volume");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region AUDIOINIT
case "AUDIOINIT":
// Return value of AudioInit
// 1 when audiocontroller found, 0 when not
client.lists.audioInitOk = (byte.Parse(msg[1]) != 0);
break;
#endregion
/*case "AUDIONROK":
* break;*/
#region AUSRCTEXTUPD
case "AUSRCTEXTUPD":
{ // AudioSrouce text changed
AudioSource audioSource = client.lists.audioSourceList[index];
audioSource.name = msg[2];
properties.Add("Name");
client.OnAudioSourceChanged(audioSource, properties);
}
break;
#endregion
#region AUZONTEXTUPD
case "AUZONTEXTUPD":
{ // AudioZone text changed
AudioZone audioZone = client.lists.audioZoneList[index];
audioZone.name = msg[2];
properties.Add("Name");
client.OnAudioZoneChanged(audioZone, properties);
}
break;
#endregion
#region B
case "B":
// Broadcast message from broadcastClientName
break;
#endregion
#region CLIENTNAME
case "CLIENTNAME":
// Set the client name for the next broadcast message
broadcastClientName = msg[1];
break;
#endregion
#region CLKCHANGED
case "CLKCHANGED":
// Domotech Master clock changed
client.lists.clockHour = byte.Parse(msg[1]);
client.lists.clockMinute = byte.Parse(msg[2]);
break;
#endregion
#region DCHANGED
case "DCHANGED":
{ // Dimmer parameter(s) changed
Dimmer dimmer = client.lists.dimmerList[index];
byte value = byte.Parse(msg[2]);
bool state = (byte.Parse(msg[3]) != 0);
if (dimmer.value != value)
{
dimmer.value = value;
properties.Add("Value");
}
if (dimmer.state != state)
{
dimmer.state = state;
properties.Add("State");
}
client.OnDimmerChanged(dimmer, properties);
}
break;
#endregion
#region DIMMERTEXTUPD
case "DIMMERTEXTUPD":
{ // Dimmer text changed
Dimmer dimmer = client.lists.dimmerList[index];
dimmer.name = msg[2];
properties.Add("Name");
client.OnDimmerChanged(dimmer, properties);
}
break;
#endregion
#region GOODBYE
case "GOODBYE":
// Domotech iRemote Server is shutting down
// Stop polling & warn user
break;
#endregion
#region INSTRNROK
case "INSTRNROK":
break;
#endregion
#region LCHANGED
case "LCHANGED":
{ // Light state changed
Light light = client.lists.lightList[index];
light.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnLightChanged(light, properties);
}
break;
#endregion
#region LIGHTTEXTUPD
case "LIGHTTEXTUPD":
{ // Light text changed
Light light = client.lists.lightList[index];
light.name = msg[2];
properties.Add("Name");
client.OnLightChanged(light, properties);
}
break;
#endregion
#region LOGVARTEXTUPD
case "LOGVARTEXTUPD":
{ // LogVar text changed
LogVar logVar = client.lists.logVarList[index];
logVar.name = msg[2];
properties.Add("Name");
client.OnLogVarChanged(logVar, properties);
}
break;
#endregion
#region MASTERINIT
case "MASTERINIT":
// Domotech iRemote Server started to download the
// configuration from the Domotech Master.
// Disable GUI until this operation has finished.
break;
#endregion
#region MASTERLOST
case "MASTERLOST":
// Serial connection between the Domotech iRemote Server and
// Domotech Master is lost.
// Disable GUI until the connection is fixed.
break;
#endregion
/*case "OK":
* break;*/
/*case "ROOMNROK":
* break;*/
#region ROOMTEXTUPD
case "ROOMTEXTUPD":
{ // Room text changed
Room room = client.lists.roomList[index];
room.name = msg[2];
properties.Add("Name");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region SCENNROK
case "SCENNROK":
{ // Scenario has been executed
Scenario scenario = client.lists.scenarioList[index];
scenario.busy = false;
properties.Add("Busy");
client.OnScenarioChanged(scenario, properties);
}
break;
#endregion
#region SCENTEXTUPD
case "SCENTEXTUPD":
{ // Scenario text changed
Scenario scenario = client.lists.scenarioList[index];
scenario.name = msg[2];
properties.Add("Name");
client.OnScenarioChanged(scenario, properties);
}
break;
#endregion
#region SCHANGED
case "SCHANGED":
{ // Socket state changed
Socket socket = client.lists.socketList[index];
socket.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnSocketChanged(socket, properties);
}
break;
#endregion
#region SHUTTERTEXTUPD
case "SHUTTERTEXTUPD":
{ // Shutter text changed
Shutter shutter = client.lists.shutterList[index];
shutter.name = msg[2];
properties.Add("Name");
client.OnShutterChanged(shutter, properties);
}
break;
#endregion
#region SOCKETTEXTUPD
case "SOCKETTEXTUPD":
{ // Socket text changed
Socket socket = client.lists.socketList[index];
socket.name = msg[2];
properties.Add("Name");
client.OnSocketChanged(socket, properties);
}
break;
#endregion
#region TATIMCHANGED
case "TATIMCHANGED":
{ // Time of step in temp curve changed
stepIndex = int.Parse(msg[2]);
Room room = client.lists.roomList[index];
CurveStep curveStep = room.CurveSteps[stepIndex];
byte hour = byte.Parse(msg[3]);
byte minute = byte.Parse(msg[4]);
if (curveStep.hour != hour)
{
curveStep.hour = hour;
properties.Add("Hour");
}
if (curveStep.minute != minute)
{
curveStep.minute = minute;
properties.Add("Minute");
}
client.OnCurveStepChanged(curveStep, properties);
}
break;
#endregion
#region TATMPCHANGED
case "TATMPCHANGED":
{ // Temperature of step in temp curve changed
stepIndex = int.Parse(msg[2]);
Room room = client.lists.roomList[index];
CurveStep curveStep = room.CurveSteps[stepIndex];
curveStep.temperature = Core.TempToDegrees(int.Parse(msg[3]));
properties.Add("Temperature");
client.OnCurveStepChanged(curveStep, properties);
}
break;
#endregion
#region TCCHANGED
case "TCCHANGED":
{ // Room temperature correction changed
Room room = client.lists.roomList[index];
room.tempCorrection = Core.CorrectionToDegrees(byte.Parse(msg[2]));
properties.Add("TempCorrection");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TCHANGED
case "TCHANGED":
{ // Room measured temperature changed
Room room = client.lists.roomList[index];
room.measuredTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("MeasuredTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TDCHANGED
case "TDCHANGED":
{ // Room day temperature changed
Room room = client.lists.roomList[index];
room.dayTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("DayTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TIMCHANGED
case "TIMCHANGED":
{ // Timer parameter(s) changed
Timer timer = client.lists.timerList[index];
byte day = byte.Parse(msg[2]);
byte hour = byte.Parse(msg[3]);
byte minute = byte.Parse(msg[4]);
if (timer.day != day)
{
timer.day = day;
properties.Add("Day");
}
if (timer.hour != hour)
{
timer.hour = hour;
properties.Add("Hour");
}
if (timer.minute != minute)
{
timer.minute = minute;
properties.Add("Minute");
}
client.OnTimerChanged(timer, properties);
}
break;
#endregion
/*case "TIMERADDED":
* break;*/
/*case "TIMERNROK":
* break;*/
/*case "TIMERREMOVED":
* break;*/
#region TIMONOFFCHANGED
case "TIMONOFFCHANGED":
{ // Timer state changed
Timer timer = client.lists.timerList[index];
timer.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnTimerChanged(timer, properties);
}
break;
#endregion
#region TNCHANGED
case "TNCHANGED":
{ // Room night temperature changed
Room room = client.lists.roomList[index];
room.nightTemp = Core.TempToDegrees(int.Parse(msg[2]));
properties.Add("NightTemp");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TONOFFCHANGED
case "TONOFFCHANGED":
{ // Room temperature control state changed
Room room = client.lists.roomList[index];
room.tempEnabled = (byte.Parse(msg[2]) != 0);
properties.Add("TempEnabled");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TSCHANGED
case "TSCHANGED":
{ // Room temperature control activity changed
Room room = client.lists.roomList[index];
room.tempActive = (byte.Parse(msg[2]) != 0);
properties.Add("TempActive");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region TTCHANGED
case "TTCHANGED":
{ // Room temperature control type changed
Room room = client.lists.roomList[index];
room.tempType = (RoomTempType)byte.Parse(msg[2]);
properties.Add("TempType");
client.OnRoomChanged(room, properties);
}
break;
#endregion
#region VCHANGED
case "VCHANGED":
{ // LogVar state changed
LogVar logVar = client.lists.logVarList[index];
logVar.state = (byte.Parse(msg[2]) != 0);
properties.Add("State");
client.OnLogVarChanged(logVar, properties);
}
break;
#endregion
}
}
public Shutter Stop([Service] IClient client)
{
Items.Shutter shutter = client.GetShutter(_id);
shutter.Stop();
return Shutter.Create(shutter);
}
