/// <summary>
/// Updates the header string data
/// </summary>
protected override void UpdateHeaderPanelData()
{
double EC = 0d;
double maxEC = 0d;
double netPower = dataHost.ElectricalData.CurrentConsumption + dataHost.ElectricalData.GetSimulatedElectricalProdution();
dataHost.ElectricalData.GetElectricalChargeLevels(out EC, out maxEC);
if (netPower == 0d)
{
charging = false;
netPowerFlux = String.Format("{0:F2} {1}", Math.Abs(netPower), powerFlowUnits);
chargeTime = String.Format("{0}", batteryChargeStable);
}
else if (netPower > 0d)
{
charging = true;
netPowerFlux = String.Format("▲ {0:F2} {1}", Math.Abs(netPower), powerFlowUnits);
if (HighLogic.LoadedSceneIsFlight)
{
if ((maxEC - EC) < 0.001d)
{
chargeTime = "0 s";
}
else
{
chargeTime = String.Format("{0} {1}", batteryChargeCharging, FormatUtils.FormatTimeString((maxEC - EC) / netPower));
}
}
else
{
chargeTime = String.Format("{0} {1}", batteryChargeFullCharge, FormatUtils.FormatTimeString(maxEC / netPower));
}
}
else
{
charging = false;
netPowerFlux = String.Format("<color=#fd6868> ▼ {0:F2} {1}</color>", Math.Abs(netPower), powerFlowUnits);
if (EC < 0.1d)
{
chargeTime = "0 s";
}
else
{
chargeTime = String.Format("{0} in {1}", batteryChargeDepleted, FormatUtils.FormatTimeString(EC / -netPower));
}
}
totalConsumption = String.Format("▼ {0:F2} {1}",
Math.Abs(dataHost.ElectricalData.CurrentConsumption),
powerFlowUnits);
totalProduction = String.Format("▲ {0:F2} {1}",
Math.Abs(dataHost.ElectricalData.GetSimulatedElectricalProdution()),
powerFlowUnits);
availableBattery = String.Format("{0:F0} / {1:F0} ({2:F1}%)", EC, maxEC, EC / maxEC * 100d);
}
/// <summary>
/// Update UI fields and recalculate quantities
/// </summary>>
public void Update()
{
solarAltitude = String.Format("{0}{1}", FormatUtils.ToSI(sunRefOrbitHeight * 1000, "F0"), distanceUnits);
bodyAltitude = String.Format("{0}{1}", FormatUtils.ToSI(bodyRefOrbitHeight * 1000, "F0"), distanceUnits);
panelEfficiency = String.Format("{0:F1}%", panelScalar * 100f);
darkTime = FormatUtils.FormatTimeString(occlusionTime);
// Determine scaling constant
panelScalar = CalculatePanelScalar();
occlusionTime = CalculateOcclusionTime();
electricalView.SolarSimulationScalar = panelScalar;
}
/// <summary>
/// Update UI fields and recalculate quantities
/// </summary>>
public void Update()
{
if (sunBody != null && selectedBody != null)
{
if (selectedBody == sunBody)
{
bodyRefOrbitHeight = sunRefOrbitHeight;
}
}
solarAltitude = String.Format("{0:F0}", sunRefOrbitHeight);
bodyAltitude = String.Format("{0:F0}", bodyRefOrbitHeight);
panelEfficiency = String.Format("{0:F1}%", panelScalar * 100f);
darkTime = FormatUtils.FormatTimeString(occlusionTime);
// Determine scaling constant
panelScalar = CalculatePanelScalar();
occlusionTime = CalculateOcclusionTime();
electricalView.SolarSimulationScalar = panelScalar;
}