private void OnPowerStateChanged(ElectricitySubsystem sender)
{
_generatingPowerElement.text =
Units.GetMegawattsString(SpacecraftElectricitySubsystem.OverallProducingPower);
_consumingPowerElement.text =
Units.GetMegawattsString(SpacecraftElectricitySubsystem.OverallConsumingPower);
_availablePowerElement.text =
Units.GetMegawattsString(SpacecraftElectricitySubsystem.AvailablePower);
}
private void OnPowerLevelChanged(ElectricitySubsystem sender)
{
Int64 producing = SpacecraftElectricitySubsystem.OverallProducingPower;
Int64 consuming = SpacecraftElectricitySubsystem.OverallConsumingPower;
_powerInfo.text = producing > 0
? (100 * consuming / producing).ToString()
: 0.ToString();
}
protected Spacecraft(WorldContext worldContext, SpacecraftData data) : base(worldContext, data)
{
Hardpoints = new Hardpoints(this);
Hardpoints.HardpointMounted += OnHardpointMounted;
Hardpoints.HardpointUnmounted += OnHardpointUnmounted;
EquipmentTrackingSubsystem = new EquipmentTrackingSubsystem(this);
ElectricitySubsystem = new ElectricitySubsystem(this);
foreach (var hardpointData in data.HardpointsData)
{
Hardpoints.Mount(hardpointData.GetInstanceFromData());
}
}
private void OnPowerLoadChanged(ElectricitySubsystem electricitySubsystem)
{
Single producinging = SpacecraftElectricitySubsystem.OverallProducingPower;
Single consuming = SpacecraftElectricitySubsystem.OverallConsumingPower;
Int32 filledPointsCount = (Int32)Math.Round(consuming / producinging * _pointsCount);
for (Int32 i = 0; i < _pointsCount; i++)
{
if (i < filledPointsCount)
{
_emptyPoints[i].SetActive(false);
_filledPoints[i].SetActive(true);
}
else
{
_filledPoints[i].SetActive(false);
_emptyPoints[i].SetActive(true);
}
}
}
private void OnAccelerationChanged(ElectricitySubsystem sender) //TODO: implement appropriate event
{
_accelerationInfo.text = Math.Round(_spacecraftViewController.Spacecraft.Acceleration, 1).ToString();
}
private void OnAccelerationChanged(ElectricitySubsystem sender)
{
CalculateTrajectory();
InvokeUpdated();
}
