public override void CreateEngine()
{
if (maxEngineTemp == 0d)
{
maxEngineTemp = part.maxTemp;
}
float omega = rpm * 0.1047f;
engineSolver = new SolverRotor(omega, r, weight, power * 745.7f, 1.2f, VTOLbuff, BSFC, useOxygen, reverseRotation ? -clockWise : clockWise);
useAtmCurve = atmChangeFlow = useVelCurve = useAtmCurveIsp = useVelCurveIsp = false;
thrustTransformVectorDefault = thrustTransforms[0].forward;
/*this.Fields["Yaw Coeff."].guiActive = yaw;
* this.Fields["Yaw Coeff."].guiActiveEditor = yaw;
* this.Fields["Collective Diff. Pitch Coeff."].guiActive = colDiffPitch;
* this.Fields["Collective Diff. Pitch Coeff."].guiActiveEditor = colDiffPitch;
* this.Fields["Cyclic Diff. Coeff."].guiActive = cycDiffYaw;
* this.Fields["Cyclic Diff. Coeff."].guiActiveEditor = cycDiffYaw;*/
rollPID = new PIDController((int)(1 / Time.fixedDeltaTime));
pitchPID = new PIDController((int)(1 / Time.fixedDeltaTime));
}
public override void CreateEngine()
{
if (maxEngineTemp == 0d)
{
maxEngineTemp = part.maxTemp;
}
float omega = rpm * 0.1047f;
// power *= 745.7f;
engineSolver = new SolverRotor(omega, r, weight, power * 745.7f, 1.2f, VTOLbuff, BSFC, useOxygen);
sas = part.FindModuleImplementing <ModuleReactionWheel>();
if (sas != null)
{
sasP = sas.PitchTorque;
sasY = sas.YawTorque;
sasR = sas.RollTorque;
}
useAtmCurve = atmChangeFlow = useVelCurve = useAtmCurveIsp = useVelCurveIsp = false;
}
