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;
float omega = rpm * 0.1047f;
// power *= 745.7f;
aje = new AJERotorSolver(omega, r, weight, power * 745.7f, 1.2f, VTOLbuff);
sas = (ModuleReactionWheel)part.Modules["ModuleReactionWheel"];
sasP = sas.PitchTorque;
sasY = sas.YawTorque;
sasR = sas.RollTorque;
}
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;
float omega = rpm * 0.1047f;
// power *= 745.7f;
aje = new AJERotorSolver(omega, r, weight, power * 745.7f, 1.2f, VTOLbuff);
sas = (ModuleReactionWheel)part.Modules["ModuleReactionWheel"];
sasP = sas.PitchTorque;
sasY = sas.YawTorque;
sasR = sas.RollTorque;
}
public override void OnStart(StartState state)
{
if (state == StartState.Editor)
{
Need_Area = acore * (1 + byprat);
return;
}
if (vessel == null)
return;
engine = new EngineWrapper(part);
engine.useVelocityCurve = false;
engine.IspMultiplier = IspMultiplier;
engine.idle = idle;
engine.ThrustUpperLimit = maxThrust;
part.maxTemp = 1800f;
if(tt4 >0)
part.maxTemp = (tt4-32f) * (1f/1.8f);
engine.heatProduction = part.maxTemp * 0.1f;
aje = new AJESolver();
aje.setDefaults();
switch (defaultentype)
{
case 1:
aje.loadJ85();
break;
case 2:
aje.loadF100();
break;
case 3:
aje.loadCF6();
break;
case 4:
aje.loadRamj();
break;
}
if (true)
{
if (acore != -1 && byprat != -1)
{
aje.areaCore = acore;
aje.byprat = byprat;
aje.areaFan = acore * (1.0 + byprat);
aje.a2d = aje.a2 = aje.areaFan;
}
if (tt4 != -1)
aje.tt[4] = aje.tt4 = aje.tt4d = tt4;
if (prat3 != -1)
aje.prat[3] = aje.p3p2d = prat3;
if (prat13 != -1)
aje.prat[13] = aje.p3fp2d = prat13;
if (tcomp != -1)
aje.tcomp = tcomp;
if (fhv != -1)
aje.fhvd = aje.fhv = fhv;
if (tt7 != -1)
aje.tt[7] = aje.tt7 = aje.tt7d = tt7;
if (eta2 != -1)
aje.eta[2] = eta2;
if (prat2 != -1)
aje.prat[2] = prat2;
if (prat4 != -1)
aje.prat[4] = prat4;
if (eta3 != -1)
aje.eta[3] = eta3;
if (eta4 != -1)
aje.eta[4] = eta4;
if (eta5 != -1)
aje.eta[5] = eta5;
if (eta7 != -1)
aje.eta[7] = eta7;
if (eta13 != -1)
aje.eta[13] = eta13;
if (tinlt != -1)
aje.tinlt = tinlt;
if (tfan != -1)
aje.tfan = tfan;
if (tcomp != -1)
aje.tcomp = tcomp;
if (abflag != -1)
aje.abflag = abflag;
}
if (aje.abflag == 1 && (!isReactionEngine))
{
useAB = true;
ABmax = (float)aje.tt7;
ABmin = (float)(aje.tt4);
}
if (part.partInfo.partPrefab.Modules.Contains("AJEModule"))
{
AJEModule a = (AJEModule)part.partInfo.partPrefab.Modules["AJEModule"];
usePrat3Curve = a.usePrat3Curve;
prat3Curve = a.prat3Curve;
}
if (usePrat3Curve)
{
print("AJE OnStart for part " + part.name + " found prat3Curve");
float min, max;
prat3Curve.FindMinMaxValue(out min, out max);
print("curve: " + prat3Curve.minTime + ": " + min + "; " + prat3Curve.maxTime + ": " + max);
aje.fsmach = 0.0;
aje.prat[3] = aje.p3p2d = prat3Curve.Evaluate(0.0f);
}
engine.engineDecelerationSpeed = 1 / (float)(aje.areaCore * (1 + aje.byprat));
engine.engineAccelerationSpeed = 1 / (float)(aje.areaCore * (1 + aje.byprat));
}
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
}
public override void OnStart(StartState state)
{
if (state == StartState.Editor)
{
Need_Area = acore * (1 + byprat);
return;
}
if (vessel == null)
{
return;
}
engine = new EngineWrapper(part);
engine.useVelocityCurve = false;
engine.IspMultiplier = IspMultiplier;
engine.idle = idle;
engine.ThrustUpperLimit = maxThrust;
part.maxTemp = 1800f;
if (tt4 > 0)
{
part.maxTemp = (tt4 - 32f) * (1f / 1.8f);
}
engine.heatProduction = part.maxTemp * 0.1f;
aje = new AJESolver();
aje.setDefaults();
switch (defaultentype)
{
case 1:
aje.loadJ85();
break;
case 2:
aje.loadF100();
break;
case 3:
aje.loadCF6();
break;
case 4:
aje.loadRamj();
break;
}
if (true)
{
if (acore != -1 && byprat != -1)
{
aje.areaCore = acore;
aje.byprat = byprat;
aje.areaFan = acore * (1.0 + byprat);
aje.a2d = aje.a2 = aje.areaFan;
}
if (tt4 != -1)
{
aje.tt[4] = aje.tt4 = aje.tt4d = tt4;
}
if (prat3 != -1)
{
aje.prat[3] = aje.p3p2d = prat3;
}
if (prat13 != -1)
{
aje.prat[13] = aje.p3fp2d = prat13;
}
if (tcomp != -1)
{
aje.tcomp = tcomp;
}
if (fhv != -1)
{
aje.fhvd = aje.fhv = fhv;
}
if (tt7 != -1)
{
aje.tt[7] = aje.tt7 = aje.tt7d = tt7;
}
if (eta2 != -1)
{
aje.eta[2] = eta2;
}
if (prat2 != -1)
{
aje.prat[2] = prat2;
}
if (prat4 != -1)
{
aje.prat[4] = prat4;
}
if (eta3 != -1)
{
aje.eta[3] = eta3;
}
if (eta4 != -1)
{
aje.eta[4] = eta4;
}
if (eta5 != -1)
{
aje.eta[5] = eta5;
}
if (eta7 != -1)
{
aje.eta[7] = eta7;
}
if (eta13 != -1)
{
aje.eta[13] = eta13;
}
if (tinlt != -1)
{
aje.tinlt = tinlt;
}
if (tfan != -1)
{
aje.tfan = tfan;
}
if (tcomp != -1)
{
aje.tcomp = tcomp;
}
if (abflag != -1)
{
aje.abflag = abflag;
}
}
if (aje.abflag == 1 && (!isReactionEngine))
{
useAB = true;
ABmax = (float)aje.tt7;
ABmin = (float)(aje.tt4);
}
if (part.partInfo.partPrefab.Modules.Contains("AJEModule"))
{
AJEModule a = (AJEModule)part.partInfo.partPrefab.Modules["AJEModule"];
usePrat3Curve = a.usePrat3Curve;
prat3Curve = a.prat3Curve;
}
if (usePrat3Curve)
{
print("AJE OnStart for part " + part.name + " found prat3Curve");
float min, max;
prat3Curve.FindMinMaxValue(out min, out max);
print("curve: " + prat3Curve.minTime + ": " + min + "; " + prat3Curve.maxTime + ": " + max);
aje.fsmach = 0.0;
aje.prat[3] = aje.p3p2d = prat3Curve.Evaluate(0.0f);
}
engine.engineDecelerationSpeed = 1 / (float)(aje.areaCore * (1 + aje.byprat));
engine.engineAccelerationSpeed = 1 / (float)(aje.areaCore * (1 + aje.byprat));
}
