public FGTable(FGTable t)
{
Data = t.Data;
nRows = t.nRows;
nCols = t.nCols;
lastRowIndex = t.lastRowIndex;
lastColumnIndex = t.lastColumnIndex;
}
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;
}
void SetDefaults()
{
MaxPitch = MinPitch = P_Factor = Pitch = Advance = MinRPM = MaxRPM = deltaT = 0.0;
Sense = 1; // default clockwise rotation
ReversePitch = 0.0;
Reversed = false;
Feathered = false;
Reverse_coef = 0.0;
GearRatio = 1.0;
CtFactor = CpFactor = CpTweak = CtTweak = MachPowTweak = 1.0;
ConstantSpeed = 1; // assume constant speed unless told otherwise
cThrust = null;
cThrustFP = null;
cPower = null;
cPowerFP = null;
CtMach = null;
CpMach = null;
MachDrag = null;
Vinduced = 0.0;
}
public void Load(ConfigNode node)
{
if (node.HasNode("PROPELLER"))
{
node = node.GetNode("PROPELLER");
}
if (node.HasValue("name"))
{
name = node.GetValue("name");
}
if (node.HasValue("ixx"))
{
Ixx = double.Parse(node.GetValue("ixx"));
}
if (node.HasValue("ixxFTLB"))
{
Ixx = double.Parse(node.GetValue("ixxFTLB")) * FTLBTOJ;
}
if (node.HasValue("diameterIN"))
{
Diameter = double.Parse(node.GetValue("diameterIN")) * INTOM;
}
if (node.HasValue("diameterFT"))
{
Diameter = double.Parse(node.GetValue("diameterFT")) * FTTOM;
}
if (node.HasValue("diameter"))
{
Diameter = double.Parse(node.GetValue("diameter"));
}
if (node.HasValue("numblades"))
{
numBlades = int.Parse(node.GetValue("numblades"));
}
if (node.HasValue("gearratio"))
{
GearRatio = double.Parse(node.GetValue("gearratio"));
}
if (node.HasValue("minpitch"))
{
MinPitch = double.Parse(node.GetValue("minpitch"));
}
if (node.HasValue("maxpitch"))
{
MaxPitch = double.Parse(node.GetValue("maxpitch"));
}
if (node.HasValue("minrpm"))
{
MinRPM = double.Parse(node.GetValue("minrpm"));
}
if (node.HasValue("maxrpm"))
{
MaxRPM = double.Parse(node.GetValue("maxrpm"));
ConstantSpeed = 1;
}
if (node.HasValue("constspeed"))
{
ConstantSpeed = int.Parse(node.GetValue("constspeed"));
}
if (node.HasValue("reversepitch"))
{
ReversePitch = double.Parse(node.GetValue("reversepitch"));
}
if (node.HasNode("cThrust"))
{
cThrust = new FGTable(node.GetNode("cThrust"));
}
if (node.HasNode("cThrustFP"))
{
cThrustFP = new FloatCurve();
cThrustFP.Load(node.GetNode("cThrustFP"));
}
if (node.HasNode("cPower"))
{
cPower = new FGTable(node.GetNode("cPower"));
}
if (node.HasNode("cPowerFP"))
{
cPowerFP = new FloatCurve();
cPowerFP.Load(node.GetNode("cPowerFP"));
}
if (node.HasNode("CtMach"))
{
CtMach = new FloatCurve();
CtMach.Load(node.GetNode("CtMach"));
}
if (node.HasNode("CpMach"))
{
CpMach = new FloatCurve();
CpMach.Load(node.GetNode("CpMach"));
}
if (node.HasNode("MachDrag"))
{
MachDrag = new FloatCurve();
MachDrag.Load(node.GetNode("MachDrag"));
}
if (node.HasValue("sense"))
{
Sense = double.Parse(node.GetValue("sense"));
}
SetSense(Sense >= 0.0 ? 1.0 : -1.0);
if (node.HasValue("P_Factor"))
{
P_Factor = double.Parse(node.GetValue("P_Factor"));
}
if (node.HasValue("ct_factor"))
{
SetCtFactor(double.Parse(node.GetValue("ct_factor")));
}
if (node.HasValue("cp_factor"))
{
SetCpFactor(double.Parse(node.GetValue("cp_factor")));
}
CalcDefaults();
// persistent values
if (node.HasValue("RPM"))
{
RPM = double.Parse(node.GetValue("RPM"));
}
if (node.HasValue("Pitch"))
{
Pitch = double.Parse(node.GetValue("Pitch"));
}
if (node.HasValue("Feathered"))
{
Feathered = bool.Parse(node.GetValue("Feathered"));
}
if (node.HasValue("Reversed"))
{
Reversed = bool.Parse(node.GetValue("Reversed"));
}
}
public void Load(ConfigNode node)
{
if (node.HasNode("PROPELLER"))
node = node.GetNode("PROPELLER");
if (node.HasValue("name"))
name = node.GetValue("name");
if (node.HasValue("ixx"))
Ixx = double.Parse(node.GetValue("ixx"));
if (node.HasValue("ixxFTLB"))
Ixx = double.Parse(node.GetValue("ixxFTLB")) * FTLBTOJ;
if (node.HasValue("diameterIN"))
Diameter = double.Parse(node.GetValue("diameterIN")) * INTOM;
if (node.HasValue("diameterFT"))
Diameter = double.Parse(node.GetValue("diameterFT")) * FTTOM;
if (node.HasValue("diameter"))
Diameter = double.Parse(node.GetValue("diameter"));
if (node.HasValue("numblades"))
numBlades = int.Parse(node.GetValue("numblades"));
if (node.HasValue("gearratio"))
GearRatio = double.Parse(node.GetValue("gearratio"));
if (node.HasValue("minpitch"))
MinPitch = double.Parse(node.GetValue("minpitch"));
if (node.HasValue("maxpitch"))
MaxPitch = double.Parse(node.GetValue("maxpitch"));
if (node.HasValue("minrpm"))
MinRPM = double.Parse(node.GetValue("minrpm"));
if (node.HasValue("maxrpm"))
{
MaxRPM = double.Parse(node.GetValue("maxrpm"));
ConstantSpeed = 1;
}
if (node.HasValue("constspeed"))
ConstantSpeed = int.Parse(node.GetValue("constspeed"));
if (node.HasValue("reversepitch"))
ReversePitch = double.Parse(node.GetValue("reversepitch"));
if (node.HasNode("cThrust"))
cThrust = new FGTable(node.GetNode("cThrust"));
if (node.HasNode("cThrustFP"))
{
cThrustFP = new FloatCurve();
cThrustFP.Load(node.GetNode("cThrustFP"));
}
if (node.HasNode("cPower"))
cPower = new FGTable(node.GetNode("cPower"));
if (node.HasNode("cPowerFP"))
{
cPowerFP = new FloatCurve();
cPowerFP.Load(node.GetNode("cPowerFP"));
}
if (node.HasNode("CtMach"))
{
CtMach = new FloatCurve();
CtMach.Load(node.GetNode("CtMach"));
}
if (node.HasNode("CpMach"))
{
CpMach = new FloatCurve();
CpMach.Load(node.GetNode("CpMach"));
}
if (node.HasNode("MachDrag"))
{
MachDrag = new FloatCurve();
MachDrag.Load(node.GetNode("MachDrag"));
}
if (node.HasValue("sense"))
Sense = double.Parse(node.GetValue("sense"));
SetSense(Sense >= 0.0 ? 1.0 : -1.0);
if (node.HasValue("P_Factor"))
P_Factor = double.Parse(node.GetValue("P_Factor"));
if (node.HasValue("ct_factor"))
SetCtFactor(double.Parse(node.GetValue("ct_factor")));
if (node.HasValue("cp_factor"))
SetCpFactor(double.Parse(node.GetValue("cp_factor")));
CalcDefaults();
// persistent values
if (node.HasValue("RPM"))
RPM = double.Parse(node.GetValue("RPM"));
if (node.HasValue("Pitch"))
Pitch = double.Parse(node.GetValue("Pitch"));
if (node.HasValue("Feathered"))
Feathered = bool.Parse(node.GetValue("Feathered"));
if (node.HasValue("Reversed"))
Reversed = bool.Parse(node.GetValue("Reversed"));
}
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 FGTable(FGTable t)
{
Data = t.Data;
nRows = t.nRows;
nCols = t.nCols;
lastRowIndex = t.lastRowIndex;
lastColumnIndex = t.lastColumnIndex;
}
void SetDefaults()
{
MaxPitch = MinPitch = P_Factor = Pitch = Advance = MinRPM = MaxRPM = deltaT = 0.0;
Sense = 1; // default clockwise rotation
ReversePitch = 0.0;
Reversed = false;
Feathered = false;
Reverse_coef = 0.0;
GearRatio = 1.0;
CtFactor = CpFactor = CpTweak = CtTweak = MachPowTweak = 1.0;
ConstantSpeed = 1; // assume constant speed unless told otherwise
cThrust = null;
cThrustFP = null;
cPower = null;
cPowerFP = null;
CtMach = null;
CpMach = null;
MachDrag = null;
Vinduced = 0.0;
}
