private void PersistantThrust(float fixedDeltaTime, double universalTime, Vector3d thrustDirection, double vesselMass)
{
var propellantAverageDensity = Current_propellant.ResourceDefinition.density;
double fuelRatio = 0;
double demandMass;
// determine fuel availability
if (Current_propellant.PropellantName != "QVP" && !CheatOptions.InfinitePropellant && propellantAverageDensity > 0)
{
thrustDirection.CalculateDeltaVV(vesselMass, fixedDeltaTime, throtle_max_thrust, engineIsp, out demandMass);
var requestedAmount = demandMass / propellantAverageDensity;
if (IsValidPositiveNumber(requestedAmount))
{
fuelRatio = part.RequestResource(Current_propellant.Propellant.name, requestedAmount) / requestedAmount;
}
}
else
{
fuelRatio = 1;
}
var effectiveThrust = throtle_max_thrust * fuelRatio;
var deltaVv = thrustDirection.CalculateDeltaVV(vesselMass, fixedDeltaTime, effectiveThrust, engineIsp, out demandMass);
if (fuelRatio > 0.01)
{
vessel.orbit.Perturb(deltaVv, universalTime);
}
}
private void PersistantThrust(float modifiedFixedDeltaTime, double modifiedUniversalTime, Vector3d thrustVector, float vesselMass)
{
var timeDilationMaximumThrust = timeDilation * timeDilation * MaximumThrust * (maximizeThrust ? 1 : storedThrotle);
var timeDialationEngineIsp = timeDilation * engineIsp;
double demandMass;
thrustVector.CalculateDeltaVV(vesselMass, modifiedFixedDeltaTime, timeDilationMaximumThrust * fusionRatio, timeDialationEngineIsp, out demandMass);
var fusionFuelRequestAmount = demandMass / fusionFuelResourceDefinition.density;
double recievedRatio;
if (CheatOptions.InfinitePropellant)
{
recievedRatio = 1;
}
else
{
var recievedFusionFuel = part.RequestResource(fusionFuelResourceDefinition.id, fusionFuelRequestAmount, ResourceFlowMode.STACK_PRIORITY_SEARCH);
recievedRatio = fusionFuelRequestAmount > 0 ? recievedFusionFuel / fusionFuelRequestAmount : 0;
}
effectiveMaxThrustInKiloNewton = timeDilationMaximumThrust * recievedRatio;
if (!(recievedRatio > 0.01))
{
return;
}
var deltaVv = thrustVector.CalculateDeltaVV(vesselMass, modifiedFixedDeltaTime, effectiveMaxThrustInKiloNewton, timeDialationEngineIsp, out demandMass);
vessel.orbit.Perturb(deltaVv, modifiedUniversalTime);
}
private void PersistantThrust(float modifiedFixedDeltaTime, double modifiedUniversalTime, Vector3d thrustVector, float vesselMass)
{
var timeDilationMaximumThrust = timeDilation * timeDilation * MaximumThrust;
var timeDialationEngineIsp = timeDilation * engineIsp;
double demandMass;
thrustVector.CalculateDeltaVV(vesselMass, modifiedFixedDeltaTime, timeDilationMaximumThrust * fusionRatio, timeDialationEngineIsp, out demandMass);
var fusionFuelRequestAmount = demandMass / fusionFuelResourceDefinition.density;
fusionFuelUsageDay = fusionFuelRequestAmount / modifiedFixedDeltaTime * PluginHelper.SecondsInDay;
if (CheatOptions.InfinitePropellant)
{
recievedRatio = 1;
}
else
{
var recievedFusionFuel = part.RequestResource(fusionFuelResourceDefinition.id, fusionFuelRequestAmount, ResourceFlowMode.STACK_PRIORITY_SEARCH);
recievedRatio = fusionFuelRequestAmount > 0 ? recievedFusionFuel / fusionFuelRequestAmount : 0;
}
effectiveThrust = timeDilationMaximumThrust * recievedRatio;
var deltaVV = thrustVector.CalculateDeltaVV(vesselMass, modifiedFixedDeltaTime, effectiveThrust, timeDialationEngineIsp, out demandMass);
if (recievedRatio > 0.01)
{
vessel.orbit.Perturb(deltaVV, modifiedUniversalTime);
}
}
