void
PlaneGlue::Synchronize(const Plane &plane, ComputerSettings &settings,
GlidePolar &gp)
{
settings.contest.handicap = plane.handicap;
PolarCoefficients pc = plane.polar_shape.CalculateCoefficients();
if (!pc.IsValid())
return;
gp.SetCoefficients(pc, false);
// Glider empty weight
gp.SetReferenceMass(plane.reference_mass, false);
gp.SetDryMass(plane.dry_mass, false);
// Ballast weight
gp.SetBallastRatio(plane.max_ballast / plane.reference_mass);
gp.SetWingArea(plane.wing_area);
gp.Update();
settings.plane.competition_id = plane.competition_id;
settings.plane.registration = plane.registration;
settings.plane.type = plane.type;
}
static void
UpdateInvalidLabel()
{
PolarCoefficients coeff =
PolarCoefficients::From3VW(plane.v1, plane.v2, plane.v3,
plane.w1, plane.w2, plane.w3);
bool visible = !coeff.IsValid();
WndFrame *label = ((WndFrame *)dialog->FindByName(_T("InvalidLabel")));
assert(label != NULL);
label->SetVisible(visible);
}
void
PolarConfigPanel::UpdatePolarInvalidLabel()
{
fixed v1 = GetFormValueFixed(form, _T("prpPolarV1"));
fixed v2 = GetFormValueFixed(form, _T("prpPolarV2"));
fixed v3 = GetFormValueFixed(form, _T("prpPolarV3"));
fixed w1 = GetFormValueFixed(form, _T("prpPolarW1"));
fixed w2 = GetFormValueFixed(form, _T("prpPolarW2"));
fixed w3 = GetFormValueFixed(form, _T("prpPolarW3"));
PolarCoefficients coeff = PolarCoefficients::From3VW(v1, v2, v3, w1, w2, w3);
((WndFrame *)form.FindByName(_T("lblPolarInvalid")))->set_visible(!coeff.IsValid());
}
static void
TestBuiltInPolarsPlausibility()
{
for(unsigned i = 0; i < ARRAY_SIZE(performanceData); i++) {
assert(i < PolarStore::Count());
unsigned si = performanceData[i].storeIndex;
PolarInfo polar = PolarStore::GetItem(si).ToPolarInfo();
PolarCoefficients pc = polar.CalculateCoefficients();
WideToUTF8Converter polarName(PolarStore::GetItem(i).name);
ok(pc.IsValid(), polarName);
GlidePolar gp(fixed(0));
gp.SetCoefficients(pc, false);
// Glider empty weight
gp.SetReferenceMass(polar.reference_mass, false);
gp.SetBallastRatio(polar.max_ballast / polar.reference_mass);
gp.SetWingArea(polar.wing_area);
gp.Update();
fprintf(stderr, " LD: ");
ok(!performanceData[i].check_best_LD ||
ValuePlausible(performanceData[i].best_LD, gp.GetBestLD()),
polarName);
fprintf(stderr, "VLD: ");
ok(!performanceData[i].check_best_LD_speed ||
ValuePlausible(performanceData[i].best_LD_speed, gp.GetVBestLD() * fixed(3.6)),
polarName);
fprintf(stderr, " MS: ");
ok(!performanceData[i].check_min_sink ||
ValuePlausible(performanceData[i].min_sink, gp.GetSMin()),
polarName);
fprintf(stderr, "VMS: ");
ok(!performanceData[i].check_min_sink_speed ||
ValuePlausible(performanceData[i].min_sink_speed, gp.GetVMin() * fixed(3.6)),
polarName);
}
}
/**
* Mark this polar as "invalid", but retain the settings (MacCready,
* bugs, ballast, cruise efficiency).
*/
void SetInvalid() {
ideal_polar.SetInvalid();
polar.SetInvalid();
Update();
}
