public AJEPropJSB(AJEPropJSB t)
{
name = t.name;
deltaT = t.deltaT;
GearRatio = t.GearRatio;
numBlades = t.numBlades;
J = t.J;
RPM = t.RPM;
Ixx = t.Ixx;
Diameter = t.Diameter;
MaxPitch = t.MaxPitch;
MinPitch = t.MinPitch;
MinRPM = t.MinRPM;
MaxRPM = t.MaxRPM;
Pitch = t.Pitch;
P_Factor = t.P_Factor;
Sense = t.Sense;
Advance = t.Advance;
ExcessTorque = t.ExcessTorque;
D4 = t.D4;
D5 = t.D5;
HelicalTipMach = t.HelicalTipMach;
Vinduced = t.Vinduced;
vTorque = t.vTorque;
if (t.cThrust != null)
{
cThrust = new FGTable(t.cThrust);
}
else
{
cThrustFP = t.cThrustFP;
}
if (t.cPower != null)
{
cPower = new FGTable(t.cPower);
}
else
{
cPowerFP = t.cPowerFP;
}
CtMach = t.CtMach;
CpMach = t.CpMach;
MachDrag = t.MachDrag;
CtFactor = t.CtFactor;
CpFactor = t.CpFactor;
ConstantSpeed = t.ConstantSpeed;
ReversePitch = t.ReversePitch;
Reversed = t.Reversed;
Reverse_coef = t.Reverse_coef;
Feathered = t.Feathered;
}
public SolverPropeller(ITorqueProducer eng, double power, double sfc, double gear, string propName, double minR, double maxR, double diam, double ixx)
{
engine = eng;
maxPower = power;
BSFC = sfc;
gearRatio = gear;
gearRatioRecip = 1d / gear;
propJSB = new AJEPropJSB(propName, minR, maxR, diam, ixx);
// set our prop stats
diameter = propJSB.GetDiameter();
ixx = propJSB.GetIxx();
minRPM = propJSB.GetMinRPM();
maxRPM = propJSB.GetMaxRPM();
maxRPMRecip = 1d / maxRPM;
}
// get prop from prefab
void FixProp()
{
if(part.partInfo != null && part.partInfo.partPrefab.Modules.Contains("AJEPropeller"))
{
AJEPropeller prefab = (AJEPropeller)part.partInfo.partPrefab.Modules["AJEPropeller"];
propJSB = new AJEPropJSB(prefab.propJSB);
}
}
public AJEPropJSB(AJEPropJSB t)
{
name = t.name;
deltaT = t.deltaT;
GearRatio = t.GearRatio;
numBlades = t.numBlades;
J = t.J;
RPM = t.RPM;
Ixx = t.Ixx;
Diameter = t.Diameter;
MaxPitch = t.MaxPitch;
MinPitch = t.MinPitch;
MinRPM = t.MinRPM;
MaxRPM = t.MaxRPM;
Pitch = t.Pitch;
P_Factor =t.P_Factor;
Sense = t.Sense;
Advance = t.Advance;
ExcessTorque = t.ExcessTorque;
D4 = t.D4;
D5 = t.D5;
HelicalTipMach = t.HelicalTipMach;
Vinduced = t.Vinduced;
vTorque = t.vTorque;
if (t.cThrust != null)
cThrust = new FGTable(t.cThrust);
else
cThrustFP = t.cThrustFP;
if (t.cPower != null)
cPower = new FGTable(t.cPower);
else
cPowerFP = t.cPowerFP;
CtMach = t.CtMach;
CpMach = t.CpMach;
MachDrag = t.MachDrag;
CtFactor = t.CtFactor;
CpFactor = t.CpFactor;
ConstantSpeed = t.ConstantSpeed;
ReversePitch = t.ReversePitch;
Reversed = t.Reversed;
Reverse_coef = t.Reverse_coef;
Feathered = t.Feathered;
}
public override void OnStart(StartState state)
{
if (state == StartState.Editor)
return;
if (vessel == null)
return;
engine = new EngineWrapper(part);
engine.IspMultiplier = IspMultiplier;
engine.idle = idle;
engine.useVelocityCurve = false;
engine.ThrustUpperLimit = maxThrust;
engine.useEngineResponseTime = false;
part.maxTemp = 200f;
engine.heatProduction = 10f;
//v0 *= 0.5144f;
//omega0 *= 0.1047f;
//power0 *= 745.7f;
//omega *= 0.1047f;
//power *= 745.7f;
//propeller = new AJEPropellerSolver(r0, v0 * 0.5144f, omega0 * PistonEngine.RPM2RADPS, rho0, power0 * PistonEngine.HP2W);
pistonengine = new PistonEngine(power * PistonEngine.HP2W, maxRPM * PistonEngine.RPM2RADPS, BSFC);
pistonengine._hasSuper = boost0 > 0;
pistonengine.setBoostParams(wastegateMP * INHG2PA, boost0 * INHG2PA, boost1 * INHG2PA, rated0, rated1, cost1 * PistonEngine.HP2W, switchAlt, turbo);
if (displacement > 0)
pistonengine._displacement = displacement * PistonEngine.CIN2CM;
pistonengine._compression = compression;
pistonengine._coolerEffic = coolerEffic;
pistonengine._coolerMin = coolerMin + CTOK;
pistonengine._ramAir = ramAir;
propJSB = new AJEPropJSB(propName, minRPM * gearratio, maxRPM * gearratio, propDiam, propIxx);
if(propJSB.GetConstantSpeed() == 0)
Fields["propPitch"].guiActive = false;
if (exhaustThrust <= 0f)
Fields["netExhaustThrust"].guiActive = false;
if (meredithEffect <= 0f)
Fields["netMeredithEffect"].guiActive = false;
pistonengine.ComputeVEMultiplier(); // given newly-set stats
omega = 30; // start slow
}