/// <summary>
/// Override for <see cref="FlightIntegrator.CalculateSunBodyFlux"/>
/// </summary>
public static void SunBodyFlux(ModularFlightIntegrator flightIntegrator)
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = Current.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = Current.shifter.solarInsolation;
CalculatePhysics();
// Get "Correct" values
flightIntegrator.BaseFICalculateSunBodyFlux();
// FI Values
Boolean directSunlight = flightIntegrator.Vessel.directSunlight;
Double solarFlux = flightIntegrator.solarFlux;
if (!SolarFlux.ContainsKey(Current.name))
{
SolarFlux.Add(Current.name, solarFlux);
}
else
{
SolarFlux[Current.name] = solarFlux;
}
// Calculate the values for all bodies
foreach (KopernicusStar star in Stars.Where(s => s.sun != FlightIntegrator.sunBody))
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = star.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = star.shifter.solarInsolation;
CalculatePhysics();
// Calculate Flux
Double flux = Flux(flightIntegrator, star);
// And save them
if (flux > 0)
{
directSunlight = true;
}
solarFlux += flux;
if (!SolarFlux.ContainsKey(star.name))
{
SolarFlux.Add(star.name, flux);
}
else
{
SolarFlux[star.name] = flux;
}
}
// Reapply
flightIntegrator.Vessel.directSunlight = directSunlight;
flightIntegrator.solarFlux = solarFlux;
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = Current.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = Current.shifter.solarInsolation;
CalculatePhysics();
}
/// <summary>
/// Override for <see cref="FlightIntegrator.CalculateSunBodyFlux"/>
/// </summary>
public static void SunBodyFlux(ModularFlightIntegrator flightIntegrator)
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = Current.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = Current.shifter.solarInsolation;
CalculatePhysics();
// Get "Correct" values
flightIntegrator.BaseFICalculateSunBodyFlux();
// FI Values
bool directSunlight = flightIntegrator.Vessel.directSunlight;
double solarFlux = flightIntegrator.solarFlux;
double bodyEmissiveFlux = flightIntegrator.bodyEmissiveFlux;
double bodyAlbedoFlux = flightIntegrator.bodyAlbedoFlux;
// Calculate the values for all bodies
foreach (KopernicusStar star in Stars.Where(s => s.sun != FlightIntegrator.sunBody))
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = star.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = star.shifter.solarInsolation;
CalculatePhysics();
// Calculate Flux
Flux(flightIntegrator, star);
// And save them
if (flightIntegrator.Vessel.directSunlight)
{
directSunlight = true;
}
solarFlux += flightIntegrator.solarFlux;
bodyEmissiveFlux += flightIntegrator.bodyEmissiveFlux;
bodyAlbedoFlux += flightIntegrator.bodyAlbedoFlux;
}
// Reapply
flightIntegrator.Vessel.directSunlight = directSunlight;
flightIntegrator.solarFlux = solarFlux;
flightIntegrator.bodyEmissiveFlux = bodyEmissiveFlux;
flightIntegrator.bodyAlbedoFlux = bodyAlbedoFlux;
}
/// <summary>
/// Override for <see cref="FlightIntegrator.CalculateSunBodyFlux"/>
/// </summary>
public static void SunBodyFlux(ModularFlightIntegrator flightIntegrator)
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = Current.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = Current.shifter.solarInsolation;
CalculatePhysics();
// Get "Correct" values
flightIntegrator.BaseFICalculateSunBodyFlux();
// FI Values
bool directSunlight = flightIntegrator.Vessel.directSunlight;
double solarFlux = flightIntegrator.solarFlux;
double bodyEmissiveFlux = flightIntegrator.bodyEmissiveFlux;
double bodyAlbedoFlux = flightIntegrator.bodyAlbedoFlux;
// Calculate the values for all bodies
foreach (KopernicusStar star in Stars.Where(s => s.sun != FlightIntegrator.sunBody))
{
// Set Physics
PhysicsGlobals.SolarLuminosityAtHome = star.shifter.solarLuminosity;
PhysicsGlobals.SolarInsolationAtHome = star.shifter.solarInsolation;
CalculatePhysics();
// Calculate Flux
Flux(flightIntegrator, star);
// And save them
if (flightIntegrator.Vessel.directSunlight)
directSunlight = true;
solarFlux += flightIntegrator.solarFlux;
bodyEmissiveFlux += flightIntegrator.bodyEmissiveFlux;
bodyAlbedoFlux += flightIntegrator.bodyAlbedoFlux;
}
// Reapply
flightIntegrator.Vessel.directSunlight = directSunlight;
flightIntegrator.solarFlux = solarFlux;
flightIntegrator.bodyEmissiveFlux = bodyEmissiveFlux;
flightIntegrator.bodyAlbedoFlux = bodyAlbedoFlux;
}