/// <summary>
/// This function fills in the details of the star.
/// </summary>
/// <param name="s">The star to be filled in</param>
/// <param name="ourDice">The dice object used</param>
/// <param name="maxMass">Max mass of the system</param>
/// <param name="sysName">The name of the system</param>
public static void generateAStar(Star s, Dice ourDice, double maxMass, string sysName)
{
//check mass first - if unset, set it.
if (s.currMass == 0)
{
if (s.orderID == Star.IS_PRIMARY)
{
s.updateMass(libStarGen.rollStellarMass(ourDice, s.orderID));
maxMass = s.currMass;
}
else
s.updateMass(libStarGen.rollStellarMass(ourDice, s.orderID, maxMass));
}
//if we are in the white dwarf branch, reroll mass.
if (s.evoLine.findCurrentAgeGroup(s.starAge) == StarAgeLine.RET_COLLASPEDSTAR)
s.updateMass(ourDice.rollInRange(0.9, 1.4),true);
//set the generic name
s.name = Star.genGenericName(sysName, s.orderID);
//initalize the luminosity first, then update it given the current age, status and mass.
s.setLumin();
s.currLumin = Star.getCurrLumin(s.evoLine, s.starAge, s.currMass);
//determine the temperature
s.effTemp = Star.getInitTemp(s.currMass);
s.effTemp = Star.getCurrentTemp(s.evoLine, s.currLumin, s.starAge, s.currMass, ourDice);
//DERIVED STATS: RADIUS, Spectral Type
s.radius = Star.getRadius(s.currMass, s.effTemp, s.currLumin, s.evoLine.findCurrentAgeGroup(s.starAge));
s.setSpectralType();
s.starColor = Star.setColor(ourDice, s.effTemp);
//set flare status.
libStarGen.setFlareStatus(s, ourDice);
//end this here. We will hand orbital mechanics elsewhere.
}