public override void OnUpdate()
{
bool receiver_on = false;
if (has_receiver)
{
if (part_receiver.isActive())
{
receiver_on = true;
}
}
Events["ActivateTransmitter"].active = !IsEnabled && !relay && !receiver_on;
Events["DeactivateTransmitter"].active = IsEnabled && !relay;
Events["ActivateRelay"].active = !IsEnabled && !relay && !receiver_on;
Events["DeactivateRelay"].active = IsEnabled && relay;
Fields["beamedpower"].guiActive = IsEnabled && !relay;
Fields["transmitPower"].guiActive = IsEnabled && !relay;
if (IsEnabled)
{
if (relay)
{
statusStr = "Relay Active";
}
else
{
statusStr = "Transmitter Active";
}
}
else
{
statusStr = "Inactive.";
}
double inputPower = nuclear_power + displayed_solar_power;
if (inputPower > 1000)
{
if (inputPower > 1e6)
{
beamedpower = (inputPower / 1e6).ToString("0.000") + " GW";
}
else
{
beamedpower = (inputPower / 1000).ToString("0.000") + " MW";
}
}
else
{
beamedpower = inputPower.ToString("0.000") + " KW";
}
}
public void Update()
{
if (!HighLogic.LoadedSceneIsFlight)
{
power_capacity = maximumPower * powerMult;
return;
}
UpdateRelayWavelength();
totalAbsorptionPercentage = atmosphericAbsorptionPercentage + waterAbsorptionPercentage;
atmosphericAbsorption = totalAbsorptionPercentage / 100;
bool vesselInSpace = (vessel.situation == Vessel.Situations.ORBITING || vessel.situation == Vessel.Situations.ESCAPING || vessel.situation == Vessel.Situations.SUB_ORBITAL);
bool receiver_on = part_receiver != null && part_receiver.isActive();
canBeActive = CanBeActive;
if (anim != null && !canBeActive && IsEnabled && part.vessel.isActiveVessel && !CheatOptions.UnbreakableJoints)
{
if (relay)
{
var message = "Disabled relay because of static pressure atmosphere";
ScreenMessages.PostScreenMessage(message, 5f, ScreenMessageStyle.UPPER_CENTER);
Debug.Log("KSPI - " + message);
DeactivateRelay();
}
else
{
var message = "Disabled transmitter because of static pressure atmosphere";
ScreenMessages.PostScreenMessage(message, 5f, ScreenMessageStyle.UPPER_CENTER);
Debug.Log("KSPI - " + message);
DeactivateTransmitter();
}
}
var canOperateInCurrentEnvironment = this.canFunctionOnSurface || vesselInSpace;
var vesselCanTransmit = canTransmit && canOperateInCurrentEnvironment;
Events["ActivateTransmitter"].active = activeBeamGenerator != null && vesselCanTransmit && !IsEnabled && !relay && !receiver_on && canBeActive;
Events["DeactivateTransmitter"].active = IsEnabled;
canRelay = this.hasLinkedReceivers && canOperateInCurrentEnvironment;
Events["ActivateRelay"].active = canRelay && !IsEnabled && !relay && !receiver_on && canBeActive;
Events["DeactivateRelay"].active = relay;
mergingBeams = IsEnabled && canRelay && isBeamMerger;
bool isTransmitting = IsEnabled && !relay;
Fields["apertureDiameter"].guiActive = isTransmitting;
Fields["beamedpower"].guiActive = isTransmitting && canBeActive;
Fields["transmitPower"].guiActive = isTransmitting;
Fields["displayed_solar_power"].guiActive = isTransmitting && displayed_solar_power > 0;
bool isLinkedForRelay = part_receiver != null && part_receiver.linkedForRelay;
bool receiverNotInUse = !isLinkedForRelay && !receiver_on && !IsRelay;
Fields["moistureModifier"].guiActive = receiverNotInUse;
Fields["totalAbsorptionPercentage"].guiActive = receiverNotInUse;
Fields["wavelength"].guiActive = receiverNotInUse;
Fields["wavelengthName"].guiActive = receiverNotInUse;
if (IsEnabled)
{
statusStr = "Transmitter Active";
}
else if (relay)
{
statusStr = "Relay Active";
}
else
{
if (isLinkedForRelay)
{
statusStr = "Is Linked For Relay";
}
else if (receiver_on)
{
statusStr = "Receiver active";
}
else if (canRelay)
{
statusStr = "Is ready for relay";
}
else if (beamGenerators.Count == 0)
{
statusStr = "No beam generator found";
}
else
{
statusStr = "Inactive.";
}
}
if (activeBeamGenerator == null)
{
var wavelegthField = Fields["wavelength"];
wavelegthField.guiActive = false;
wavelegthField.guiActiveEditor = false;
var atmosphericAbsorptionPercentageField = Fields["atmosphericAbsorptionPercentage"];
atmosphericAbsorptionPercentageField.guiActive = false;
atmosphericAbsorptionPercentageField.guiActiveEditor = false;
var waterAbsorptionPercentageField = Fields["waterAbsorptionPercentage"];
waterAbsorptionPercentageField.guiActive = false;
waterAbsorptionPercentageField.guiActiveEditor = false;
return;
}
wavelength = activeBeamGenerator.wavelength;
wavelengthText = WavelenthToText(wavelength);
atmosphericAbsorptionPercentage = activeBeamGenerator.atmosphericAbsorptionPercentage;
waterAbsorptionPercentage = activeBeamGenerator.waterAbsorptionPercentage * moistureModifier;
double inputPower = nuclear_power + displayed_solar_power;
if (inputPower > 1000)
{
if (inputPower > 1e6)
{
beamedpower = (inputPower / 1e6).ToString("0.000") + " GW";
}
else
{
beamedpower = (inputPower / 1000).ToString("0.000") + " MW";
}
}
else
{
beamedpower = inputPower.ToString("0.000") + " KW";
}
}
public void Update()
{
if (!HighLogic.LoadedSceneIsFlight)
{
return;
}
UpdateRelayWavelength();
//Debug.Log("[KSP Interstellar] UpdateFromGUI updated wave data");
totalAbsorptionPercentage = atmosphericAbsorptionPercentage + waterAbsorptionPercentage;
atmosphericAbsorption = totalAbsorptionPercentage / 100;
bool vesselInSpace = (vessel.situation == Vessel.Situations.ORBITING || vessel.situation == Vessel.Situations.ESCAPING || vessel.situation == Vessel.Situations.SUB_ORBITAL);
bool receiver_on = part_receiver != null && part_receiver.isActive();
canBeActive = CanBeActive;
if (anim != null && !canBeActive && IsEnabled)
{
if (relay)
{
DeactivateRelay();
}
else
{
DeactivateTransmitter();
}
}
var canOperateInCurrentEnvironment = this.canFunctionOnSurface || vesselInSpace;
var vesselCanTransmit = canTransmit && canOperateInCurrentEnvironment;
Events["ActivateTransmitter"].active = activeBeamGenerator != null && vesselCanTransmit && !IsEnabled && !relay && !receiver_on && canBeActive;
Events["DeactivateTransmitter"].active = activeBeamGenerator != null && vesselCanTransmit && IsEnabled && !relay;
var transmitterCanRelay = this.hasLinkedReceivers && canOperateInCurrentEnvironment;
Events["ActivateRelay"].active = transmitterCanRelay && !IsEnabled && !relay && !receiver_on && canBeActive;
Events["DeactivateRelay"].active = transmitterCanRelay && IsEnabled && relay;
bool isTransmitting = IsEnabled && !relay;
Fields["apertureDiameter"].guiActive = isTransmitting;
Fields["beamedpower"].guiActive = isTransmitting && canBeActive;
Fields["transmitPower"].guiActive = isTransmitting;
Fields["solarPowertransmission"].guiActive = isTransmitting;
Fields["displayed_solar_power"].guiActive = isTransmitting && displayed_solar_power > 0;
if (IsEnabled)
{
if (relay)
{
statusStr = "Relay Active";
}
else
{
statusStr = "Transmitter Active";
}
}
else
{
statusStr = "Inactive.";
}
if (activeBeamGenerator == null)
{
var wavelegthField = Fields["wavelength"];
wavelegthField.guiActive = false;
wavelegthField.guiActiveEditor = false;
var atmosphericAbsorptionPercentageField = Fields["atmosphericAbsorptionPercentage"];
atmosphericAbsorptionPercentageField.guiActive = false;
atmosphericAbsorptionPercentageField.guiActiveEditor = false;
var waterAbsorptionPercentageField = Fields["waterAbsorptionPercentage"];
waterAbsorptionPercentageField.guiActive = false;
waterAbsorptionPercentageField.guiActiveEditor = false;
return;
}
wavelength = activeBeamGenerator.wavelength;
atmosphericAbsorptionPercentage = activeBeamGenerator.atmosphericAbsorptionPercentage;
waterAbsorptionPercentage = activeBeamGenerator.waterAbsorptionPercentage * moistureModifier;
double inputPower = nuclear_power + displayed_solar_power;
if (inputPower > 1000)
{
if (inputPower > 1e6)
{
beamedpower = (inputPower / 1e6).ToString("0.000") + " GW";
}
else
{
beamedpower = (inputPower / 1000).ToString("0.000") + " MW";
}
}
else
{
beamedpower = inputPower.ToString("0.000") + " KW";
}
}