void OnRoundEnd()
{
GasReactions.ResetReactionList();
AtmosThread.ClearAllNodes();
inGameNewPipes.Clear();
StopSimulation();
}
private void Stop()
{
atmosThread.StopThread();
GasReactions.ResetReactionList();
simulation.ClearUpdateList();
inGameNewPipes.Clear();
inGameFireAlarms.Clear();
reactionManagerList.Clear();
}
private static bool ReactionMoleCheck(GasReactions gasReaction, GasMix gasMix)
{
foreach (var data in gasReaction.GasReactionData)
{
if (gasMix.GetMoles(data.Key) == 0)
{
return(true);
}
if (gasMix.GetMoles(data.Key) < data.Value.minimumMolesToReact)
{
return(true);
}
}
return(false);
}
public static void RemoveReaction(GasReactions gasReaction)
{
gasReactions.Remove(gasReaction);
SetAllToNull();
}
public static void SetUpReactions()
{
gasReactions.Clear();
#region TritiumFire
TritiumFire = new GasReactions(
reaction: new TritiumFireReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTemperature: 373.15f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region FreonFire
FreonFire = new GasReactions(
reaction: new FreonFireReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Freon,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTemperature: 1f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region Fusion
Fusion = new GasReactions(
reaction: new FusionReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_TRITIUM_MOLES_USED
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_MOLE_THRESHOLD
}
},
{
Gas.CarbonDioxide,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_MOLE_THRESHOLD
}
}
},
minimumTemperature: AtmosDefines.FUSION_TEMPERATURE_THRESHOLD,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region NO2
NO2Form = new GasReactions(
reaction: new NO2Formation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 10f
}
},
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 20f
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 5f
}
}
},
minimumTemperature: 200f,
maximumTemperature: 250f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
NO2Decomp = new GasReactions(
reaction: new NO2Decomposition(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.NitrousOxide,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTemperature: AtmosDefines.N2O_DECOMPOSITION_MIN_ENERGY,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region Nitryl
NitrylForm = new GasReactions(
reaction: new NitrylFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 10f
}
},
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 20f
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 5f
}
}
},
minimumTemperature: 600f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region BZ
BZForm = new GasReactions(
reaction: new BZFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.NitrousOxide,
new GasReactionData()
{
minimumMolesToReact = 10f
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 10f
}
}
},
minimumTemperature: 1f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region Freon
FreonForm = new GasReactions(
reaction: new FreonFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 40f
}
},
{
Gas.CarbonDioxide,
new GasReactionData()
{
minimumMolesToReact = 20f
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 20f
}
}
},
minimumTemperature: 37315f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region WaterVapour
WaterVapour = new GasReactions(
reaction: new WaterVapourReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.WaterVapor,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
},
minimumTemperature: 1f,
maximumTemperature: AtmosDefines.WATER_VAPOR_FREEZE + 1,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region Stimulum
StimulumForm = new GasReactions(
reaction: new StimulumFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 30f
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 10f
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 20f
}
},
{
Gas.Nitryl,
new GasReactionData()
{
minimumMolesToReact = 30f
}
}
},
minimumTemperature: AtmosDefines.STIMULUM_HEAT_SCALE / 2,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
StimBallReaction = new GasReactions(
reaction: new StimBallReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Pluoxium,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.STIM_BALL_GAS_AMOUNT
}
},
{
Gas.Stimulum,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.STIM_BALL_GAS_AMOUNT
}
},
{
Gas.Nitryl,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTemperature: 373.15f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region HyperNoblium
HyperNobliumForm = new GasReactions(
reaction: new HyperNobliumFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 10f
}
},
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 5f
}
}
},
minimumTemperature: 5000000,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
#region Miasma
MiasmaDecomp = new GasReactions(
reaction: new MiasmaDecomposition(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Miasma,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTemperature: 443.15f,
maximumTemperature: 10000000000f,
minimumPressure: 0f,
maximumPressure: 10000000000f,
minimumMoles: 0.01f,
maximumMoles: 10000000000f,
energyChange: 0f,
addToBaseReactions: true
);
#endregion
}
public static void SetUpReactions()
{
gasReactions.Clear();
#region TritiumFire
TritiumFire = new GasReactions(
reaction: new TritiumFireReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: AtmosDefines.FIRE_MINIMUM_TEMPERATURE_TO_EXIST,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0f,
maximumTilePressure: 10000000000,
//Tritium + Oxygen
minimumTileMoles: 0.02f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region PlasmaFire
PlasmaFire = new GasReactions(
reaction: new PlasmaFireReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: AtmosDefines.FIRE_MINIMUM_TEMPERATURE_TO_EXIST,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Plasma + Oxygen
minimumTileMoles: 0.02f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region FreonFire
FreonFire = new GasReactions(
reaction: new FreonFireReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Freon,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: 0,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Freon + Oxygen
minimumTileMoles: 0.02f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region Fusion
Fusion = new GasReactions(
reaction: new FusionReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_TRITIUM_MOLES_USED
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_MOLE_THRESHOLD
}
},
{
Gas.CarbonDioxide,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.FUSION_MOLE_THRESHOLD
}
}
},
minimumTileTemperature: AtmosDefines.FUSION_TEMPERATURE_THRESHOLD,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
minimumTileMoles: AtmosDefines.FUSION_TRITIUM_MOLES_USED + (2 * AtmosDefines.FUSION_MOLE_THRESHOLD),
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region NO2
NO2Form = new GasReactions(
reaction: new NO2Formation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 10
}
},
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 20
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 5
}
}
},
minimumTileTemperature: 200,
maximumTileTemperature: 250,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Oxygen + Nitrogen + BZ
minimumTileMoles: 35,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
NO2Decomp = new GasReactions(
reaction: new NO2Decomposition(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.NitrousOxide,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: AtmosDefines.N2O_DECOMPOSITION_MIN_ENERGY,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
minimumTileMoles: 0.01f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region Nitryl
NitrylForm = new GasReactions(
reaction: new NitrylFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Oxygen,
new GasReactionData()
{
minimumMolesToReact = 10
}
},
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 20
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 5
}
}
},
minimumTileTemperature: 600,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Oxygen + Nitrogen + BZ
minimumTileMoles: 35,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region BZ
BZForm = new GasReactions(
reaction: new BZFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.NitrousOxide,
new GasReactionData()
{
minimumMolesToReact = 10
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 10
}
}
},
minimumTileTemperature: 1,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//NO2 + Plasma
minimumTileMoles: 20,
maximumTileMoles: 1000000000,
addToBaseReactions: true
);
#endregion
#region Freon
FreonForm = new GasReactions(
reaction: new FreonFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 40
}
},
{
Gas.CarbonDioxide,
new GasReactionData()
{
minimumMolesToReact = 20
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 20
}
}
},
minimumTileTemperature: AtmosDefines.FIRE_MINIMUM_TEMPERATURE_TO_EXIST + 100,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Plasma + CO2 + BZ
minimumTileMoles: 80,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region WaterVapour
WaterVapour = new GasReactions(
reaction: new WaterVapourReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.WaterVapor,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
},
minimumTileTemperature: 1,
maximumTileTemperature: AtmosDefines.WATER_VAPOR_FREEZE + 1,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
minimumTileMoles: 0.01f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region Stimulum
StimulumForm = new GasReactions(
reaction: new StimulumFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 30
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.MINIMUM_MOLE_COUNT
}
},
{
Gas.BZ,
new GasReactionData()
{
minimumMolesToReact = 20
}
},
{
Gas.Nitryl,
new GasReactionData()
{
minimumMolesToReact = 30
}
}
},
minimumTileTemperature: 1500,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Tritium + Plasma + BZ + Nitryl
minimumTileMoles: 80,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
StimBallReaction = new GasReactions(
reaction: new StimBallReaction(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Pluoxium,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.STIM_BALL_GAS_AMOUNT
}
},
{
Gas.Stimulum,
new GasReactionData()
{
minimumMolesToReact = AtmosDefines.STIM_BALL_GAS_AMOUNT
}
},
{
Gas.Nitryl,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
},
{
Gas.Plasma,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: AtmosDefines.FIRE_MINIMUM_TEMPERATURE_TO_EXIST,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
// Pluoxium + Stimulum + Nitryl + Plasma
minimumTileMoles: (AtmosDefines.STIM_BALL_GAS_AMOUNT * 2) + 0.02f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region HyperNoblium
HyperNobliumForm = new GasReactions(
reaction: new HyperNobliumFormation(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Nitrogen,
new GasReactionData()
{
minimumMolesToReact = 10
}
},
{
Gas.Tritium,
new GasReactionData()
{
minimumMolesToReact = 5
}
}
},
minimumTileTemperature: AtmosDefines.SPACE_TEMPERATURE,
maximumTileTemperature: 15,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
//Nitrogen + Tritium
minimumTileMoles: 15,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
#region Miasma
MiasmaDecomp = new GasReactions(
reaction: new MiasmaDecomposition(),
gasReactionData: new Dictionary <GasSO, GasReactionData>()
{
{
Gas.Miasma,
new GasReactionData()
{
minimumMolesToReact = 0.01f
}
}
},
minimumTileTemperature: AtmosDefines.FIRE_MINIMUM_TEMPERATURE_TO_EXIST + 70,
maximumTileTemperature: 10000000000,
minimumTilePressure: 0,
maximumTilePressure: 10000000000,
minimumTileMoles: 0.01f,
maximumTileMoles: 10000000000,
addToBaseReactions: true
);
#endregion
}