static public bool Export(Simulation.StabilityDerivExportOutput output, ExportTextFileCache filecache = null)
{
StabilityDerivativeExportFile body = new StabilityDerivativeExportFile();
ExportTextFileCache cache = (filecache != null) ? filecache : new ExportTextFileCache();
body.LoadBodyText(cache);
if (body.BodyTextLoaded())
{
body.AddResultElements(output);
body.UpdateAllText(cache);
if (filecache == null)
{
cache.FlushTextFileLines();
}
return(true);
}
else
{
return(false);
}
}
public void AddResultElements(Simulation.StabilityDerivExportOutput output)
{
if (cellelement.subelems.Count > 0)
{
throw new InvalidOperationException("Cannot add result elements; top cell element was not empty.");
}
else
{
StructElement craft = new StructElement("craft");
StructElement env = new StructElement("env");
StructElement deriv = new StructElement("deriv");
StructElement inertia = new StructElement("inertia");
craft.AddElement(new StringElement("name", EditorShipName));
craft.AddScalar("mass", output.exportvals.craftmass);
craft.AddScalar("span", output.outputvals.b);
craft.AddScalar("chord", output.outputvals.MAC);
craft.AddScalar("area", output.outputvals.area);
craft.AddElement(inertia);
inertia.AddScalar("lxx", output.outputvals.stabDerivs[0]);
inertia.AddScalar("lyy", output.outputvals.stabDerivs[1]);
inertia.AddScalar("lzz", output.outputvals.stabDerivs[2]);
inertia.AddScalar("lxy", output.outputvals.stabDerivs[24]);
inertia.AddScalar("lyz", output.outputvals.stabDerivs[25]);
inertia.AddScalar("lxz", output.outputvals.stabDerivs[26]);
env.AddElement(new StringElement("body", output.outputvals.body.name));
env.AddScalar("altitude", output.outputvals.altitude);
env.AddScalar("mach", output.exportvals.sitmach);
env.AddScalar("pressure", output.exportvals.envpressure);
env.AddScalar("temperature", output.exportvals.envtemperature);
env.AddScalar("density", output.exportvals.envdensity);
env.AddScalar("soundspeed", output.exportvals.envsoundspeed);
env.AddScalar("g", output.exportvals.envg);
env.AddScalar("speed", output.outputvals.nominalVelocity);
env.AddScalar("dynpres", output.exportvals.sitdynpres);
env.AddScalar("effg", output.exportvals.siteffg);
deriv.AddScalar("Cl", output.outputvals.stableCondition.stableCl);
deriv.AddScalar("Cd", output.outputvals.stableCondition.stableCd);
deriv.AddScalar("Cm", output.outputvals.stableCondition.stableCm);
deriv.AddScalar("AoA", output.outputvals.stableCondition.stableAoA);
deriv.AddScalar("elevators", output.outputvals.stableCondition.stablePitchValue);
deriv.AddScalar("Zw", output.outputvals.stabDerivs[3]);
deriv.AddScalar("Xw", output.outputvals.stabDerivs[4]);
deriv.AddScalar("Mw", output.outputvals.stabDerivs[5]);
deriv.AddScalar("Zu", output.outputvals.stabDerivs[6]);
deriv.AddScalar("Xu", output.outputvals.stabDerivs[7]);
deriv.AddScalar("Mu", output.outputvals.stabDerivs[8]);
deriv.AddScalar("Zq", output.outputvals.stabDerivs[9]);
deriv.AddScalar("Xq", output.outputvals.stabDerivs[10]);
deriv.AddScalar("Mq", output.outputvals.stabDerivs[11]);
deriv.AddScalar("Ze", output.outputvals.stabDerivs[12]);
deriv.AddScalar("Xe", output.outputvals.stabDerivs[13]);
deriv.AddScalar("Me", output.outputvals.stabDerivs[14]);
deriv.AddScalar("Yb", output.outputvals.stabDerivs[15]);
deriv.AddScalar("Lb", output.outputvals.stabDerivs[16]);
deriv.AddScalar("Nb", output.outputvals.stabDerivs[17]);
deriv.AddScalar("Yp", output.outputvals.stabDerivs[18]);
deriv.AddScalar("Lp", output.outputvals.stabDerivs[19]);
deriv.AddScalar("Np", output.outputvals.stabDerivs[20]);
deriv.AddScalar("Yr", output.outputvals.stabDerivs[21]);
deriv.AddScalar("Lr", output.outputvals.stabDerivs[22]);
deriv.AddScalar("Nr", output.outputvals.stabDerivs[23]);
AddElement(craft);
AddElement(env);
AddElement(deriv);
}
}