public static Packets.Packet_33_Weather GetUpdatedWeather()
{
Packets.Packet_33_Weather OutWeather = new Packets.Packet_33_Weather(_Weather);
if (!AdvancedWeatherOptions._Weather_Variable)
{
return(OutWeather);
}
OutWeather.WindX = _WindX;
OutWeather.WindY = _WindY;
OutWeather.WindZ = _WindZ;
OutWeather.Fog = _Fog__;
//Get the baseline weather
float BASEWINDX = _Weather.WindX;
float BASEWINDY = _Weather.WindY;
float BASEWINDZ = _Weather.WindZ;
float BASEFOG__ = _Weather.Fog;
//find the minimum weather limit
float MINWINDX = BASEWINDX - ((BASEWINDX - 0) * (_Weather_Variance_Limit / (float)100));
float MINWINDY = BASEWINDY - ((BASEWINDY - 0) * (_Weather_Variance_Limit / (float)100));
float MINWINDZ = BASEWINDZ - ((BASEWINDZ - 0) * (_Weather_Variance_Limit / (float)100));
float MINFOG__ = BASEFOG__ - ((BASEFOG__ - 0) * (_Weather_Variance_Limit / (float)100));
//find the maximum weather limit
float MAXWINDX = BASEWINDX + ((BASEWINDX - 0) * (_Weather_Variance_Limit / (float)100));
float MAXWINDY = BASEWINDY + ((BASEWINDY - 0) * (_Weather_Variance_Limit / (float)100));
float MAXWINDZ = BASEWINDZ + ((BASEWINDZ - 0) * (_Weather_Variance_Limit / (float)100));
float MAXFOG__ = BASEFOG__ + ((BASEFOG__ - 0) * (_Weather_Variance_Limit / (float)100));
//shouldn't need any of this crap...
/*
* if (BASEWINDX < MINWINDX) BASEWINDX = MINWINDX;
* if (BASEWINDY < MINWINDY) BASEWINDY = MINWINDY;
* if (BASEWINDZ < MINWINDZ) BASEWINDZ = MINWINDZ;
* if (BASEFOG__ < MINFOG__) BASEFOG__ = MINFOG__;
*
* if (BASEWINDX > MAXWINDX) BASEWINDX = MAXWINDX;
* if (BASEWINDY > MAXWINDY) BASEWINDY = MAXWINDY;
* if (BASEWINDZ > MAXWINDZ) BASEWINDZ = MAXWINDZ;
* if (BASEFOG__ > MAXFOG__) BASEFOG__ = MAXFOG__;
*/
if (MINFOG__ < 0)
{
MINFOG__ = 0;
}
if (MAXFOG__ > 20000)
{
MAXFOG__ = 20000;
}
Random RandomGenerator = new Random();
//adjust the rate of change for the weather.
//LIMITER * ([VALUE+([BASE-VALUE]/2)]/[BASE/(BASE*VARIANCELIMIT)]) ~= 0.00 +/- ACCEPTABLE VARIANCE.
//LIMITER * ([VALUE+([BASE-VALUE]/2)]/[BASE/(BASE*VARIANCELIMIT)]) ~= 0.00 +/- ACCEPTABLE VARIANCE.
//LIMITER * ([VALUE+([BASE-VALUE]/2)]/[(BASE*VARIANCELIMIT)/BASE]) ~= 0.00 +/- ACCEPTABLE VARIANCE.
//4000 * 3750
//((-3000 * 100),
//
//RATIO GETS STEEPER AS THE VALUES GET FURTHER AWAY FROM CENTER. IT'S LIKE A BALL IN A PARABOLA! :D
float Limiter;
if (_Weather_Variance_Limit == 0)
{
Limiter = 1;
}
else
{
Limiter = (_Weather_Variance_Limit / (float)100);
}
try
{
if (BASEWINDX != 0)
{
_WindX_DUDX1 += (_WindX_DUDX1_MAX / 60 / 10) * ((RandomGenerator.Next(-10000, 10000) / (float)10000) + (((float)BASEWINDX - _WindX) / ((float)BASEWINDX * Limiter)) / 2);
}
if (BASEWINDY != 0)
{
_WindY_DUDX1 += (_WindY_DUDX1_MAX / 60 / 10) * ((RandomGenerator.Next(-10000, 10000) / (float)10000) + (((float)BASEWINDY - _WindY) / ((float)BASEWINDY * Limiter)) / 2);
}
if (BASEWINDZ != 0)
{
_WindZ_DUDX1 += (_WindZ_DUDX1_MAX / 60 / 10) * ((RandomGenerator.Next(-10000, 10000) / (float)10000) + (((float)BASEWINDZ - _WindZ) / ((float)BASEWINDZ * Limiter)) / 2);
}
if (BASEFOG__ != 0)
{
_Fog___DUDX1 += (_Fog___DUDX1_MAX / 60 / 10) * ((RandomGenerator.Next(-10000, 10000) / (float)10000) + (((float)BASEFOG__ - _Fog__) / ((float)BASEFOG__ * Limiter)) / 2);
}
}
catch
{
}
//limit the rates of change to the minimum.
if (_WindX_DUDX1 < -_WindX_DUDX1_MAX / 60 / 10)
{
_WindX_DUDX1 = -_WindX_DUDX1_MAX / 60 / 10;
}
if (_WindY_DUDX1 < -_WindY_DUDX1_MAX / 60 / 10)
{
_WindY_DUDX1 = -_WindY_DUDX1_MAX / 60 / 10;
}
if (_WindZ_DUDX1 < -_WindZ_DUDX1_MAX / 60 / 10)
{
_WindZ_DUDX1 = -_WindZ_DUDX1_MAX / 60 / 10;
}
if (_Fog___DUDX1 < -_Fog___DUDX1_MAX / 60 / 10)
{
_Fog___DUDX1 = -_Fog___DUDX1_MAX / 60 / 10;
}
//limit the rates of change to the maximum.
if (_WindX_DUDX1 > _WindX_DUDX1_MAX / 60 / 10)
{
_WindX_DUDX1 = _WindX_DUDX1_MAX / 60 / 10;
}
if (_WindY_DUDX1 > _WindY_DUDX1_MAX / 60 / 10)
{
_WindY_DUDX1 = _WindY_DUDX1_MAX / 60 / 10;
}
if (_WindZ_DUDX1 > _WindZ_DUDX1_MAX / 60 / 10)
{
_WindZ_DUDX1 = _WindZ_DUDX1_MAX / 60 / 10;
}
if (_Fog___DUDX1 > _Fog___DUDX1_MAX / 60 / 10)
{
_Fog___DUDX1 = _Fog___DUDX1_MAX / 60 / 10;
}
//add the rate of change to the current weather.
_WindX += _WindX_DUDX1;
_WindY += _WindY_DUDX1;
_WindZ += _WindZ_DUDX1;
_Fog__ += _Fog___DUDX1;
//limit the weather by the minimums.
if (_WindX < MINWINDX)
{
_WindX = MINWINDX;
}
if (_WindY < MINWINDY)
{
_WindY = MINWINDY;
}
if (_WindZ < MINWINDZ)
{
_WindZ = MINWINDZ;
}
if (_Fog__ < MINFOG__)
{
_Fog__ = MINFOG__;
}
//limit the weather by the maximums.
if (_WindX > MAXWINDX)
{
_WindX = MAXWINDX;
}
if (_WindY > MAXWINDY)
{
_WindY = MAXWINDY;
}
if (_WindZ > MAXWINDZ)
{
_WindZ = MAXWINDZ;
}
if (_Fog__ > MAXFOG__)
{
_Fog__ = MAXFOG__;
}
//prepare for turbulence
float OutWindX = _WindX;
float OutWindY = _WindY;
float OutWindZ = _WindZ;
float OutFog__ = _Fog__;
OutWindX *= (RandomGenerator.Next(-_Turbulence, _Turbulence) / (float)100) + 1;
OutWindY *= (RandomGenerator.Next(-_Turbulence, _Turbulence) / (float)100) + 1;
OutWindZ *= (RandomGenerator.Next(-_Turbulence, _Turbulence) / (float)100) + 1;
//OutFog__ *= (RandomGenerator.Next(-Turbulence, Turbulence) / (float)100) + 1;
OutWeather.WindX = OutWindX;
OutWeather.WindY = OutWindY;
OutWeather.WindZ = OutWindZ;
OutWeather.Fog = OutFog__;
return(OutWeather);
}
public static bool UpdateTimeOfDay()
{
while ((DateTime.Now - AdvancedWeatherOptions._LastDayNightCycleRestart).TotalMinutes > AdvancedWeatherOptions._DayNightCycleLength & AdvancedWeatherOptions._DayNightCycleLength > 0)
{
AdvancedWeatherOptions._LastDayNightCycleRestart += new TimeSpan(0, AdvancedWeatherOptions._DayNightCycleLength, 0);
}
CurrentTick = GetServerTimeTicks();
if (AdvancedWeatherOptions._DayNightCycleLength <= 0)
{
CurrentTick = PreviousTick;
//return false;
}
//These packets ultimately sent to the clients.
Packets.Packet_49_SkyColor SkyColorUpdate = new Packets.Packet_49_SkyColor(Settings.Weather.Advanced.SkyColor);
Packets.Packet_48_FogColor FogColorUpdate = new Packets.Packet_48_FogColor(Settings.Weather.Advanced.FogColor);
Colors.XRGBColor BlendedSkyColor = Settings.Weather.Advanced.SkyColor;
Colors.XRGBColor BlendedFogColor = Settings.Weather.Advanced.FogColor;
#region TimeOfDayBlending
//Night 1
if (CurrentTick < 6000)
{
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.NightSkyColor;
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.NightHorizonColor;
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
//FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightHorizonColorChangeFactor);
}
//Dawn 1
if (CurrentTick >= 6000 && CurrentTick < 7000)
{
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.NightSkyColor;
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DawnSkyColor, (CurrentTick - 6000) / 1000d);
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.NightHorizonColor;
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DawnHorizonColor, (CurrentTick - 6000) / 1000d);
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
//FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightHorizonColorChangeFactor);
}
//Dawn 2
if (CurrentTick >= 7000 && CurrentTick < 8000)
{
if (PreviousTick < 7000)
{
Weather = new Packets.Packet_33_Weather(_Weather)
{
Lighting = 0
}; //Set To Day
Clients.AllClients.SendPacket(Weather);
}
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.DawnSkyColor;
BlendedSkyColor = BlendedSkyColor.AlphaBlend(new Colors.XRGBColor(255, 255, 255), (CurrentTick - 7000) / 1000d);
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DaySkyColor, (CurrentTick - 7000) / 1000d);
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.DawnHorizonColor;
BlendedFogColor = BlendedFogColor.AlphaBlend(new Colors.XRGBColor(255, 255, 255), (CurrentTick - 7000) / 1000d);
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DayHorizonColor, (CurrentTick - 7000) / 1000d);
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
}
//Day
if (CurrentTick >= 8000 && CurrentTick < 18000)
{
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.DaySkyColor;
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.DayHorizonColor;
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
}
//Dusk 1
if (CurrentTick >= 18000 && CurrentTick < 19000)
{
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.DaySkyColor;
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DuskSkyColor, (CurrentTick - 18000) / 1000d);
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.DayHorizonColor;
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.DuskHorizonColor, (CurrentTick - 18000) / 1000d);
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
}
//Dusk 2
if (CurrentTick >= 19000 && CurrentTick < 20000)
{
if (PreviousTick < 19000)
{
Weather = new Packets.Packet_33_Weather(_Weather)
{
Lighting = 65537
}; //Set To Night
Clients.AllClients.SendPacket(Weather);
}
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.DuskSkyColor;
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NightSkyColor, (CurrentTick - 19000) / 1000d);
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.DuskHorizonColor;
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NightHorizonColor, (CurrentTick - 19000) / 1000d);
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
//FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightHorizonColorChangeFactor);
}
//Night 2
if (CurrentTick >= 20000)
{
BlendedSkyColor = Settings.Weather.Advanced.EnvironmentColors.NightSkyColor;
SkyColorUpdate.Color = SkyColorUpdate.Color.AlphaBlend(BlendedSkyColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
BlendedFogColor = Settings.Weather.Advanced.EnvironmentColors.NightHorizonColor;
FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(BlendedFogColor, Settings.Weather.Advanced.EnvironmentColors.OverallBlendFactor);
//FogColorUpdate.Color = FogColorUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightHorizonColorChangeFactor);
}
#endregion
#region Fog Distance Blending
BlendedFogColor = FogColorUpdate.Color;
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.WhiteFogColor, 1 - (OpenYS.Weather.Fog / 20000));
FogColorUpdate.Color = BlendedFogColor;
#endregion
foreach (Client ThisClient in Clients.LoggedIn)
{
#region Altitude Blending
//Now filter the sky and fog based on altitude.
Packets.Packet_48_FogColor ThisClientFogUpdate = FogColorUpdate;
Packets.Packet_49_SkyColor ThisClientSkyUpdate = SkyColorUpdate;
Vehicle ThisVehicle = ThisClient.Vehicle;
if (ThisVehicle != Vehicles.NoVehicle)
{
if (ThisVehicle.PosY >= Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters) //Above 100,000ft
{
ThisClientSkyUpdate.Color = ThisClientSkyUpdate.Color.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NoAtmosphereSkyColor, 1.0);
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NoAtmosphereHorizonColor, 1.0);
//ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - NightFogFilter);
}
if (ThisVehicle.PosY >= Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters && ThisVehicle.PosY < Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters) //Roughly 40,000ft to 100,000ft
{
BlendedSkyColor = ThisClientSkyUpdate.Color;
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.MaxAltitudeSkyColor, (ThisVehicle.PosY - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters) / (Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters)); //fade to the sky color.
BlendedSkyColor = BlendedSkyColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NoAtmosphereSkyColor, (ThisVehicle.PosY - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters) / (Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters)); //fade to the noatmosphere color.
ThisClientSkyUpdate.Color = BlendedSkyColor;
BlendedFogColor = ThisClientFogUpdate.Color;
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.MaxAltitudeHorizonColor, (ThisVehicle.PosY - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters) / (Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters)); //fade to the Fog color.
BlendedFogColor = BlendedFogColor.AlphaBlend(Settings.Weather.Advanced.EnvironmentColors.NoAtmosphereHorizonColor, (ThisVehicle.PosY - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters) / (Settings.Weather.Advanced.AtmosphericFading.MaximumAltitudeInMeters - Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters)); //fade to the noatmosphere color.
ThisClientFogUpdate.Color = BlendedFogColor;
//ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Utilities.RGBColor(0, 0, 0), 1 - NightFogFilter);
}
if (ThisVehicle.PosY < Settings.Weather.Advanced.AtmosphericFading.MinimumAltitudeInMeters) //Less then 40,000 ft.
{
//Do nothing.
}
#region SetNightColors
if (CurrentTick < 6000 | CurrentTick >= 20000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor); //7000 = 0, 6000 = 1
}
if (CurrentTick >= 6000 & CurrentTick < 7000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (1.0d - ((CurrentTick - 6000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 7000 & CurrentTick < 8000)
{
ThisClientSkyUpdate.Color = ThisClientSkyUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (1.0d - ((CurrentTick - 7000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 18000 & CurrentTick < 19000)
{
ThisClientSkyUpdate.Color = ThisClientSkyUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (((CurrentTick - 18000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 19000 & CurrentTick < 20000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (((CurrentTick - 19000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
#endregion
}
else
{
#region SetNightColors
if (CurrentTick < 6000 | CurrentTick >= 20000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), 1 - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor); //7000 = 0, 6000 = 1
}
if (CurrentTick >= 6000 & CurrentTick < 7000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (1.0d - ((CurrentTick - 6000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 7000 & CurrentTick < 8000)
{
ThisClientSkyUpdate.Color = ThisClientSkyUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (1.0d - ((CurrentTick - 7000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 18000 & CurrentTick < 19000)
{
ThisClientSkyUpdate.Color = ThisClientSkyUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (((CurrentTick - 18000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
if (CurrentTick >= 19000 & CurrentTick < 20000)
{
ThisClientFogUpdate.Color = ThisClientFogUpdate.Color.AlphaBlend(new Colors.XRGBColor(0, 0, 0), (((CurrentTick - 19000d) / 1000d)) * (1.0d - Settings.Weather.Advanced.EnvironmentColors.NightColorFactor));
}
#endregion
}
#endregion
#region Set Definied Colors
if (ThisClient.Version > 20110207)
{
if (!Settings.Weather.Advanced.EnableSkyColor)
{
ThisClient.SendPacket(ThisClientSkyUpdate);
}
if (!Settings.Weather.Advanced.EnableFogColor)
{
ThisClient.SendPacket(ThisClientFogUpdate);
}
}
#endregion
}
PreviousTick = CurrentTick;
return(true);
}
public static bool DayNightCycler()
{
try
{
if (AdvancedWeatherOptions._DayNightCycleLength <= 0)
{
return(false);
}
//Synchronise the time.
if (Weather.Lighting <= 65536)
{
//Set time to 1200J
AdvancedWeatherOptions._LastDayNightCycleRestart = DateTime.Now - new TimeSpan(0, 0, (int)((float)AdvancedWeatherOptions._DayNightCycleLength / 2 * 60)); //mid day is half a day AFTER midnight! adjust the start day time accordingly!
}
else
{
//Set time to 0000J
AdvancedWeatherOptions._LastDayNightCycleRestart = DateTime.Now; //mid day is half a day AFTER midnight! adjust the start day time accordingly!
}
while (!Environment.TerminateSignal.WaitOne(0))
{
if (AdvancedWeatherOptions._DayNightCycleLength <= 0)
{
return(false);
}
Thread.Sleep((int)((((AdvancedWeatherOptions._DayNightCycleLength / (float)4)) * 1000 * 60) - 3000)); //sleep to 0600 or 1800.
if (AdvancedWeatherOptions._DayNightCycleLength != 0)
{
if (_Weather.Lighting >= 65537)
{
Clients.AllClients.SendMessage("&6The sun is about to rise...");
Thread.Sleep(3000);
Clients.AllClients.SendMessage("&6The sun rises...");
Weather = new Packets.Packet_33_Weather(_Weather)
{
Lighting = 0
};
Clients.AllClients.SendPacket(Weather);
Thread.Sleep((int)(((AdvancedWeatherOptions._DayNightCycleLength / (float)4)) * 1000 * 60)); //sleep to 1200
}
else
{
Clients.AllClients.SendMessage("&5The sun is about to set...");
Thread.Sleep(3000);
Clients.AllClients.SendMessage("&5The sun sets...");
Weather = new Packets.Packet_33_Weather(_Weather)
{
Lighting = 65537
};
Clients.AllClients.SendPacket(Weather);
Thread.Sleep((int)(((AdvancedWeatherOptions._DayNightCycleLength / (float)4)) * 1000 * 60)); //sleep until 0000
AdvancedWeatherOptions._LastDayNightCycleRestart = DateTime.Now;
}
}
}
}
catch (Exception e)
{
if (e is ThreadAbortException)
{
return(false);
}
else
{
Log.Error(e);
Console.TerminateConsole(e);
return(false);
}
}
return(true);
}
public static bool MicroTick()
{
#region DoWeather
if (AdvancedWeatherOptions._Weather_Variable)
{
Packets.Packet_33_Weather TempWeather = AdvancedWeatherOptions.GetUpdatedWeather();
TempWeather.Control_BlackOut = false;
TempWeather.Control_Collisions = false;
TempWeather.Control_LandEverywhere = false;
Clients.AllClients.SendPacket(TempWeather);
}
#endregion
#region DoHeartbeatMonitor
Clients.DoHeartbeatMonitor();
#endregion
#region DoOnTickUpdateEvent
lock (Events_OnMicroTickUpdate)
{
foreach (OnMicroTickUpdateEvent ThisMethod in Events_OnMicroTickUpdate)
{
ThisMethod();
}
}
#endregion
#region CountThreads
Thread[] _ThreadsArray;
lock (Threads.List) _ThreadsArray = Threads.List.ToArray();
foreach (Thread ThisThread in _ThreadsArray)
{
if (!ThisThread.IsAlive)
{
//Log.Error("Thread killed as part of maintenance: " + ThisThread.Name);
Threads.List.RemoveAll(x => x == ThisThread);
}
}
#endregion
#region ManageVehicles
Vehicle[] _VehiclesArray;
lock (Vehicles.List) _VehiclesArray = Vehicles.List.ToArray();
foreach (Vehicle ThisVehicle in _VehiclesArray)
{
if (Clients.Flying.Where(x => x.Vehicle == ThisVehicle).Count() < 1
& !ThisVehicle.IsVirtualVehicle)
{
Vehicles.List.RemoveAll(x => x == ThisVehicle);
Packets.Packet_13_RemoveAirplane RemoveAirplane = new Packets.Packet_13_RemoveAirplane(ThisVehicle.ID);
foreach (Client OtherClient in Clients.AllClients)
{
Packets.Packet_06_Acknowledgement AcknowledgeLeave = new Packets.Packet_06_Acknowledgement(2, RemoveAirplane.ID);
//OtherClient.SendPacketGetPacket(RemoveAirplane, AcknowledgeLeave);
OtherClient.SendPacket(RemoveAirplane);
}
Console.WriteLine("&3Found a lost Vehicle... Cleaned it up!");
continue;
}
if (ThisVehicle.Invincible)
{
Clients.LoggedIn.SendPacket(new Packets.Packet_30_AirCommand(ThisVehicle.ID, "STRENGTH", "255"));
}
}
#endregion
return(true);
}
