QVNCScreen::QVNCScreen(QRect screenSize, int screenId)
: QFbScreen::QFbScreen()
{
setGeometry(screenSize);
setDepth(32);
setFormat(QImage::Format_RGB32);
setPhysicalSize((geometry().size()*254)/720);
d_ptr = new QVNCScreenPrivate(this, screenId);
cursor = new QVNCCursor(d_ptr->vncServer, this);
d_ptr->vncServer->setCursor(static_cast<QVNCCursor *>(cursor));
}
KSPluto::KSPluto(const QString &fn, double pSize )
: KSAsteroid( 0, xi18n("Pluto"), fn, J2000,
39.48168677, 0.24880766, dms(17.14175), dms(113.76329),
dms(110.30347), dms(14.86205), 1.0, 0.0 )
{
//Initialize the base orbital element values for J2000:
a0 = 39.48168677; //semi-major axis (AU)
e0 = 0.24880766; //eccentricity
i0.setD( 17.14175 ); //inclination (degrees)
w0.setD( 113.76329 ); //argument of perihelion (degrees)
N0.setD( 110.30347 ); //long. of ascending node (degrees)
M0.setD( 14.86205 ); //mean anomaly (degrees)
//rate-of-change values for the orbital elements
a1 = -0.00076912; // da/dt (AU/cnetury)
e1 = 0.00006465; // de/dt (1/century)
i1 = 11.07/3600.; // di/dt (degrees/century)
w1 = -94.92/3600.; // dw/dt (degrees/century)
N1 = -37.33/3600.; // dN/dt (degrees/century)
M1 = 522880.15/3600.; // dM/dt (degrees/century)
setPhysicalSize( pSize );
}