void SolarSystemCreator::makeOrbit(Orbit& orbit)
{
int d = SSGX::d6();
if (d == 3)
orbit.setEccentricity( (double)SSGX::dn(2000) / 10000.0);
else
orbit.setEccentricity( (double)SSGX::dn(200) / 10000.0);
if (d == 4)
orbit.setInclination( (double)(SSGX::d100() -50)/2.5);
else
orbit.setInclination( (double)(SSGX::d100() -50)/20);
if (d == 6)
orbit.setObliquity( (double)(SSGX::d100() -50)/2.5);
else
orbit.setObliquity( (double)(SSGX::d100() -50)/10);
}
Planet SolarSystemCreator::createPlanet(
double currentDistance,
bool isSatellite,
Planet& planetTop,
double *prevDistance)
{
Planet planet;
Orbit orbit;
int d = SSGX::d6();
if (d == 3)
orbit.setEccentricity( (double)SSGX::dn(1000) / 10000.0);
else
orbit.setEccentricity( (double)SSGX::dn(300) / 10000.0);
if (d == 4)
orbit.setInclination( (double)(SSGX::d100() -50)/30);
else
orbit.setInclination( (double)(SSGX::d100() -50)/5);
if (d == 4)
orbit.setObliquity( (double)(SSGX::d100() -50)/2);
else
orbit.setInclination( (double)(SSGX::d100() -50));
d = SSGX::d6();
if (currentDistance > _star->outerLifeZone()) {
if (d < 5) {
planet.setCoreType(NSPlanet::ctIcy);
planet.setDensity( ((double)(SSGX::dn(400)))/1000*5520.0);
if (!isSatellite)
planet.setDiameter(SSGX::icyDiameter());
else
planet.setDiameter(SSGX::satDiameter());
}
else {
if (!isSatellite)
planet.setDiameter(SSGX::rockyDiameter());
else
planet.setDiameter(SSGX::satDiameter());
planet.setDensity( ((double)(400+SSGX::dn(600)))/1000*5520.0);
}
}
else {
if (!isSatellite)
planet.setDiameter(SSGX::rockyDiameter());
else
planet.setDiameter(SSGX::satDiameter());
planet.setDensity( ((double)(400+SSGX::dn(900)))/1000*5520.0);
}
while (isSatellite && planet.diameter() > planetTop.diameter() / 3)
planet.setDiameter(planet.diameter()/2);
double dTemp = 255 / sqrt(( currentDistance / sqrt (_star->luminosity())));
planet.setTemperature(dTemp);
double dmmwr = (0.02783 * dTemp) / ( pow(planet.gravEarth(),2) );
planet.setMmwr(dmmwr);
if (dmmwr < 120)
planet.setAtmosphere(atVeryThin);
if (dmmwr < 80)
planet.setAtmosphere(atThin);
if (dmmwr < 40)
planet.setAtmosphere(atStandard);
if (dmmwr < 20)
planet.setAtmosphere(atDense);
if (dmmwr < 5) {
if (planet.diameter() > 20000 )
planet.setAtmosphere(atMassive);
else
planet.setAtmosphere(atDense);
}
this->setPlanetType(planet,currentDistance);
if (!isSatellite) {
this->setPlanetModifiers(planet);
planet.setPlanetFlag();
}
else {
planet.setSatelliteFlag();
//qDebug() << "Satellite flag set: " << planet.isSatellite();
}
if (!isSatellite) {
orbit.setDistance(currentDistance);
orbit.setYear(_star->mass());
}
else {
double sSatDist = *prevDistance;
if (sSatDist <= 0)
sSatDist = 35000+(double)((SSGX::dn(90)+30) * planet.diameter());
else
sSatDist += (double)((SSGX::dn(70)+10) * planet.diameter());
*prevDistance = sSatDist;
orbit.setDistance(sSatDist); //in km
double d1 = orbit.distance() / 40000.0;
d1 = (pow(d1,3) * 793.64) / (planetTop.massEarth() + planet.massEarth());
double dYear = sqrt(d1);
orbit.setFixedYear(dYear);
}
planet.setOrbit(orbit);
int w = rand() % 10;
switch (w) {
case 1:
planet.setName(_onomastikon->fakeNomen());
break;
case 2:
planet.setName(_onomastikon->fakeNomen());
break;
case 3:
planet.setName(_onomastikon->nomen());
break;
case 4:
planet.setName(_onomastikon->nomen());
break;
case 5:
planet.setName(_onomastikon->sigla());
break;
default:
planet.setName(_onomastikon->pseudoNomen());
break;
}
return planet;
}