void SolarSystemCreator::makeSatellite(Planet& planet, double &dSatDistance, double currentDistance)
{
Planet sat = this->createPlanet( currentDistance, true, planet, &dSatDistance);
sat.setStar(_star.data());
this->setPlanetType(sat, currentDistance);
if (sat.massEarth() < 0.6)
sat.setTidalForce(1.1);
else
sat.setTidalForce(0.2);
planet.appendSatellite(sat);
}
void SolarSystemCreator::createWorlds()
{
double currentDistance;
_star->numDesert(0);
_star->numGasGiant(0);
_star->calcStarValue();
for (int h = 0; h < _orbits; h++) {
bool advanceNextPlanet = true;
do {
Planet px;
if (h == 0) {
double dModifier = 0.1;
if (_star->starType() == NSStar::stM)
dModifier *= .33;
if (_star->starType() == NSStar::stK)
dModifier *= .66;
if (_star->starType() == NSStar::stF)
dModifier *= 1.25;
currentDistance = dModifier + SSGX::floatRand() * dModifier;
}
else
currentDistance *= (1.2+ (double)(rand() % 900)/1000.0);
int chance = SSGX::d10();
if (chance < 8) {
Planet planet = this->createPlanet(currentDistance, false,px);
this->setPlanetType(planet, currentDistance);
int numSat = 0;
if (planet.planetType() == ptGasGiant)
numSat = SSGX::d6()+SSGX::d6()+SSGX::d6();
else if (planet.planetType() != ptChunk)
numSat = SSGX::d6()-3;
if (numSat > 0)
{
double dSatDistance = 0;
for (int idxSat = 0; idxSat < numSat; idxSat++)
{
Planet sat = this->createPlanet( currentDistance, true, planet, &dSatDistance);
this->setPlanetType(sat, currentDistance);
if (sat.massEarth() < 0.6)
sat.setTidalForce(1.1);
else
sat.setTidalForce(0.2);
planet.appendSatellite(sat);
}
}
double T = (_star->mass()*266400.0 / pow((planet.orbitPtr()->distance() *400),3));
double tf = (double)((0.83 + (double) SSGX::d10() *.03) *T * _star->solarAge() / 6.6);
planet.setTidalForce(tf);
//qDebug() << "Set Tidal Force. " << tf << planet.tidalForce();
if (planet.planetType() == ptGasGiant && planet.tidalForce() > 1.0) {
advanceNextPlanet = false;
}
else {
advanceNextPlanet = true;
_star->appendToPlanets(planet);
}
}
} while (!advanceNextPlanet);
}
_star->calcStarValue();
}
