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Display planetary companions message on barycentres as well as stars.

ver1_6_1
Andrew Tribick 2008-10-20 20:05:00 +00:00
parent 79b89e0881
commit c865534532
1 changed files with 46 additions and 40 deletions
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86
src/celestia/celestiacore.cpp
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@ -3139,52 +3139,58 @@ static void displayStarInfo(Overlay& overlay,
if (!star.getVisibility())
{
overlay << _("Star system barycenter\n");
return;
}
overlay.oprintf(_("Abs (app) mag: %.2f (%.2f)\n"),
star.getAbsoluteMagnitude(),
astro::absToAppMag(star.getAbsoluteMagnitude(),
(float) distance));
if (star.getLuminosity() > 1.0e-10f)
overlay << _("Luminosity: ") << SigDigitNum(star.getLuminosity(), 3) << _("x Sun") << "\n";
overlay << _("Class: ");
if (star.getSpectralType()[0] == 'Q')
overlay << _("Neutron star");
else if (star.getSpectralType()[0] == 'X')
overlay << _("Black hole");
else
overlay << star.getSpectralType();
overlay << '\n';
{
overlay.oprintf(_("Abs (app) mag: %.2f (%.2f)\n"),
star.getAbsoluteMagnitude(),
astro::absToAppMag(star.getAbsoluteMagnitude(),
(float) distance));
displayApparentDiameter(overlay, star.getRadius(),
astro::lightYearsToKilometers(distance));
if (star.getLuminosity() > 1.0e-10f)
overlay << _("Luminosity: ") << SigDigitNum(star.getLuminosity(), 3) << _("x Sun") << "\n";
overlay << _("Class: ");
if (star.getSpectralType()[0] == 'Q')
overlay << _("Neutron star");
else if (star.getSpectralType()[0] == 'X')
overlay << _("Black hole");
else
overlay << star.getSpectralType();
overlay << '\n';
displayApparentDiameter(overlay, star.getRadius(),
astro::lightYearsToKilometers(distance));
if (detail > 1)
{
overlay << _("Surface temp: ") << SigDigitNum(star.getTemperature(), 3) << " K\n";
float solarRadii = star.getRadius() / 6.96e5f;
overlay << _("Radius: ");
if (solarRadii > 0.01f)
{
overlay << SigDigitNum(star.getRadius() / 696000.0f, 2) << " " << _("Rsun")
<< " (" << SigDigitNum(star.getRadius(), 3) << " km" << ")\n";
}
else
{
overlay << SigDigitNum(star.getRadius(), 3) << " km\n";
}
if (star.getRotationModel()->isPeriodic())
{
overlay << _("Rotation period: ");
float period = (float) star.getRotationModel()->getPeriod();
displayDuration(overlay, period);
overlay << '\n';
}
}
}
if (detail > 1)
{
overlay << _("Surface temp: ") << SigDigitNum(star.getTemperature(), 3) << " K\n";
float solarRadii = star.getRadius() / 6.96e5f;
overlay << _("Radius: ");
if (solarRadii > 0.01f)
{
overlay << SigDigitNum(star.getRadius() / 696000.0f, 2) << " " << _("Rsun")
<< " (" << SigDigitNum(star.getRadius(), 3) << " km" << ")\n";
}
else
{
overlay << SigDigitNum(star.getRadius(), 3) << " km\n";
}
if (star.getRotationModel()->isPeriodic())
{
overlay << _("Rotation period: ");
float period = (float) star.getRotationModel()->getPeriod();
displayDuration(overlay, period);
overlay << '\n';
}
SolarSystem* sys = universe.getSolarSystem(&star);
if (sys != NULL && sys->getPlanets()->getSystemSize() != 0)
overlay << _("Planetary companions present\n");