public override void OnStartServer()
{
base.OnStartServer();
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = DirectionStart;
powerSupply.DirectionEnd = DirectionEnd;
resistance.Ohms = Resistance;
resistance.ResistanceAvailable = false;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.MediumMachineConnector;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
PowerInputReactions PRSDCable = new PowerInputReactions();
PRSDCable.DirectionReaction = true;
PRSDCable.ConnectingDevice = PowerTypeCategory.StandardCable;
PRSDCable.DirectionReactionA.AddResistanceCall = resistance;
PRSDCable.ResistanceReaction = true;
PRSDCable.ResistanceReactionA.Resistance = resistance;
resistance.Ohms = 10000;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.MediumMachineConnector] = PIRMedium;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PRSDCable;
powerSupply.InData.ControllingDevice = this;
powerSupply.InData.ControllingUpdate = this;
currentCharge = 20;
}
//public void PotentialDestroyed()
//{
// if (SelfDestruct)
// {
// //Then you can destroy
// }
//}
public override void OnStartServerInitialise()
{
ApplianceType = PowerTypeCategory.RadiationCollector;
CanConnectTo = new HashSet <PowerTypeCategory>
{
PowerTypeCategory.HighVoltageCable,
};
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.WireEndB = WireEndB;
powerSupply.WireEndA = WireEndA;
SupplyingVoltage = 760000;
InternalResistance = 76000;
//current = 20;
PowerInputReactions PIRHigh = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRHigh.DirectionReaction = true;
PIRHigh.ConnectingDevice = PowerTypeCategory.HighVoltageCable;
PIRHigh.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRHigh.DirectionReactionA.YouShallNotPass = true;
PIRHigh.ResistanceReaction = true;
PIRHigh.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.HighVoltageCable] = PIRHigh;
isOn = true;
UpdateServerState(isOn);
}
public override void OnStartClient()
{
base.OnStartClient();
RelatedDevice.InData.CanConnectTo = CanConnectTo;
RelatedDevice.InData.Categorytype = ApplianceType;
RelatedDevice.DirectionStart = DirectionStart;
RelatedDevice.DirectionEnd = DirectionEnd;
RelatedDevice.RelatedDevice = this;
ClassResistance.Float = Resistance;
CanProvideResistance.Bool = false;
PowerInputReactions PIRLow = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRLow.DirectionReaction = true;
PIRLow.ConnectingDevice = PowerTypeCategory.LowMachineConnector;
PIRLow.DirectionReactionA.AddResistanceCall.Bool = true;
PIRLow.DirectionReactionA.YouShallNotPass = true;
PIRLow.ResistanceReaction = true;
PIRLow.ResistanceReactionA.Resistance.Float = MonitoringResistance;
PowerInputReactions PRSDCable = new PowerInputReactions();
PRSDCable.DirectionReaction = true;
PRSDCable.ConnectingDevice = PowerTypeCategory.StandardCable;
PRSDCable.DirectionReactionA.AddResistanceCall = CanProvideResistance;
PRSDCable.ResistanceReaction = true;
PRSDCable.ResistanceReactionA.Resistance = ClassResistance;
ClassResistance.Float = 10000;
RelatedDevice.InData.ConnectionReaction[PowerTypeCategory.LowMachineConnector] = PIRLow;
RelatedDevice.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PRSDCable;
RelatedDevice.InData.ControllingDevice = this;
currentCharge = 100;
}
public override void OnStartServerInitialise()
{
ApplianceType = PowerTypeCategory.FieldGenerator;
CanConnectTo = new HashSet <PowerTypeCategory>()
{
PowerTypeCategory.StandardCable
};
Resistance = 1500;
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.WireEndB = Connection.Overlap;
powerSupply.WireEndA = Connection.MachineConnect;
resistance.Ohms = Resistance;
ElectricalSynchronisation.PoweredDevices.Add(this);
PowerInputReactions PRLCable = new PowerInputReactions();
PRLCable.DirectionReaction = true;
PRLCable.ConnectingDevice = PowerTypeCategory.StandardCable;
PRLCable.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PRLCable.DirectionReactionA.YouShallNotPass = true;
PRLCable.ResistanceReaction = true;
PRLCable.ResistanceReactionA.Resistance = resistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PRLCable;
}
public override void OnStartServer()
{
base.OnStartServer();
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = DirectionStart;
powerSupply.DirectionEnd = DirectionEnd;
powerSupply.Data.SupplyingCurrent = 20;
powerSupply.InData.ControllingDevice = this;
powerSupply.InData.ControllingUpdate = powerSupply;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.StandardCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
PowerInputReactions PIRHigh = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.HighVoltageCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.HighVoltageCable] = PIRHigh;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PIRMedium;
if (startWithPlasma)
{
plasmaFuel.Add(new SolidPlasma());
}
powerSupply.InData.ControllingUpdate = powerSupply;
if (startAsOn)
{
UpdateServerState(startAsOn);
}
UpdateSecured(startSecured);
}
public override void OnStartServerInitialise()
{
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = 0;
powerSupply.DirectionEnd = 9;
ResistanceClass.Ohms = Resistance;
ElectricalSynchronisation.PoweredDevices.Add(this);
PowerInputReactions PRLCable = new PowerInputReactions();
PRLCable.DirectionReaction = true;
PRLCable.ConnectingDevice = PowerTypeCategory.LowMachineConnector;
PRLCable.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PRLCable.DirectionReactionA.YouShallNotPass = true;
PRLCable.ResistanceReaction = true;
PRLCable.ResistanceReactionA.Resistance = ResistanceClass;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.LowMachineConnector] = PRLCable;
}
//green - fully charged and sufficient power from wire
//blue - charging, sufficient power from wire
//red - running off internal battery, not enough power from wire
public override void OnStartClient()
{
base.OnStartClient();
poweredDevice.InData.CanConnectTo = CanConnectTo;
poweredDevice.InData.Categorytype = ApplianceType;
ClassResistance.Float = Resistance;
ElectricalSynchronisation.PoweredDevices.Add(this);
PowerInputReactions PRLCable = new PowerInputReactions();
PRLCable.DirectionReaction = true;
PRLCable.ConnectingDevice = PowerTypeCategory.LowVoltageCable;
PRLCable.DirectionReactionA.AddResistanceCall.Bool = true;
PRLCable.DirectionReactionA.YouShallNotPass = true;
PRLCable.ResistanceReaction = true;
PRLCable.ResistanceReactionA.Resistance = ClassResistance;
poweredDevice.InData.ConnectionReaction[PowerTypeCategory.LowVoltageCable] = PRLCable;
poweredDevice.InData.ControllingDevice = this;
}
public override void OnStartServerInitialise()
{
CanConnectTo = new HashSet <PowerTypeCategory>
{
PowerTypeCategory.StandardCable,
PowerTypeCategory.HighVoltageCable,
};
ApplianceType = PowerTypeCategory.PowerGenerator;
// Voltage_source_voltage / Internal_resistance_of_voltage_source = 10 is good Rule of thumb
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.WireEndB = WireEndB;
powerSupply.WireEndA = WireEndA;
SupplyingVoltage = 760000;
InternalResistance = 76000;
//current = 20;
//powerSupply.InData.ControllingDevice = this;
//powerSupply.InData.ControllingUpdate = this;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.StandardCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
PowerInputReactions PIRHigh = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.HighVoltageCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.HighVoltageCable] = PIRHigh;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PIRMedium;
UpdateSecured(startSecured);
StartCoroutine(CheckStartingPlasma());
}
public override void OnStartClient()
{
base.OnStartClient();
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = DirectionStart;
powerSupply.DirectionEnd = DirectionEnd;
powerSupply.Data.SupplyingCurrent = 20;
powerSupply.InData.ControllingDevice = this;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.MediumMachineConnector;
PIRMedium.DirectionReactionA.AddResistanceCall.Bool = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Float = MonitoringResistance;
}
public override void OnStartServer()
{
base.OnStartServer();
Resistance = 1500;
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = 0;
powerSupply.DirectionEnd = 9;
resistance.Ohms = Resistance;
ElectricalSynchronisation.PoweredDevices.Add(this);
PowerInputReactions PRLCable = new PowerInputReactions();
PRLCable.DirectionReaction = true;
PRLCable.ConnectingDevice = PowerTypeCategory.StandardCable;
PRLCable.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PRLCable.DirectionReactionA.YouShallNotPass = true;
PRLCable.ResistanceReaction = true;
PRLCable.ResistanceReactionA.Resistance = resistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PRLCable;
}
public override void OnStartServer()
{
base.OnStartServer();
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = DirectionStart;
powerSupply.DirectionEnd = DirectionEnd;
powerSupply.Data.SupplyingCurrent = 20;
powerSupply.InData.ControllingDevice = this;
powerSupply.InData.ControllingUpdate = powerSupply;
PowerInputReactions PIRHigh = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRHigh.DirectionReaction = true;
PIRHigh.ConnectingDevice = PowerTypeCategory.HighVoltageCable;
PIRHigh.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRHigh.DirectionReactionA.YouShallNotPass = true;
PIRHigh.ResistanceReaction = true;
PIRHigh.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.HighVoltageCable] = PIRHigh;
isOn = true;
UpdateServerState(isOn);
}
public override void OnStartServerInitialise()
{
ApplianceType = PowerTypeCategory.SMES;
CanConnectTo = new HashSet <PowerTypeCategory>
{
PowerTypeCategory.MediumMachineConnector
};
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.WireEndB = WireEndB;
powerSupply.WireEndA = WireEndA;
resistance.Ohms = Resistance;
resistance.ResistanceAvailable = false;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.MediumMachineConnector;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
PowerInputReactions PRSDCable = new PowerInputReactions();
PRSDCable.DirectionReaction = true;
PRSDCable.ConnectingDevice = PowerTypeCategory.StandardCable;
PRSDCable.DirectionReactionA.AddResistanceCall = resistance;
PRSDCable.ResistanceReaction = true;
PRSDCable.ResistanceReactionA.Resistance = resistance;
resistance.Ohms = 10000;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.MediumMachineConnector] = PIRMedium;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PRSDCable;
currentCharge = 0;
}
public override void OnStartServer()
{
// Voltage_source_voltage / Internal_resistance_of_voltage_source = 10 is good Rule of thumb
base.OnStartServer();
powerSupply.InData.CanConnectTo = CanConnectTo;
powerSupply.InData.Categorytype = ApplianceType;
powerSupply.DirectionStart = DirectionStart;
powerSupply.DirectionEnd = DirectionEnd;
powerSupply.Data.SupplyingVoltage = 760000;
powerSupply.Data.InternalResistance = 76000;
powerSupply.InData.ControllingDevice = this;
powerSupply.InData.ControllingUpdate = powerSupply;
PowerInputReactions PIRMedium = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.StandardCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
PowerInputReactions PIRHigh = new PowerInputReactions(); //You need a resistance on the output just so supplies can communicate properly
PIRMedium.DirectionReaction = true;
PIRMedium.ConnectingDevice = PowerTypeCategory.HighVoltageCable;
PIRMedium.DirectionReactionA.AddResistanceCall.ResistanceAvailable = true;
PIRMedium.DirectionReactionA.YouShallNotPass = true;
PIRMedium.ResistanceReaction = true;
PIRMedium.ResistanceReactionA.Resistance.Ohms = MonitoringResistance;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.HighVoltageCable] = PIRHigh;
powerSupply.InData.ConnectionReaction[PowerTypeCategory.StandardCable] = PIRMedium;
powerSupply.InData.ControllingUpdate = powerSupply;
UpdateSecured(startSecured);
StartCoroutine(CheckStartingPlasma());
}