private void Generate(ulong SystemParam_0, ulong SystemParam_1)
{
this._generated = true;
this._z = (((int)((SystemParam_0 & 0xFFFF0000) >> 16) & 0x3FF) - 0x1FF) << 1;
this._y = ((int)(SystemParam_0 >> 8) & 0x7F) - 0x3F;
this._x = ((int)((SystemParam_0 & 0x0001FE) >> 1) & 0x7F) - 0x3F;
this._multiple = (byte)StarChance_Multiples[SystemParam_1 & 0x1f];
//sth += (ulong)this._sector.SectorColor.R;
//sth += (ulong)this._sector.SectorColor.G;
//sth += (ulong)this._sector.SectorColor.B;
//sth /= 3;
this._ageClass =
(StarAgeClass)(AgeChance[(int)((SystemParam_0 >> 2) & 0x1F)]);
this._mainSequenceSpectralClass =
(StarSpectralClass)(BaseSpectralClassChance[(int)((((SystemParam_0 >> 4) & 0x1F)) & 0x1F)]);
this._spectralClass = (StarSpectralClass)AgeSpectralEvolution
[(int)_mainSequenceSpectralClass]
[(int)_ageClass];
this._luminosityClass = (StarLuminosityClass)AgeLuminosityEvolution
[(int)_mainSequenceSpectralClass]
[(int)_ageClass];
this._mass = StarMass
[(int)_mainSequenceSpectralClass]
[(int)_luminosityClass];
this._magnitude = StarMagnitude[(int)_spectralClass][(int)_luminosityClass];
this._hZone = StarHz[(int)_spectralClass][(int)_luminosityClass];
//this._luminosityClass = (StarLuminosityClass)(LChance[(int)((SystemParam_1 >> 2) & 0x1F | sth)]);
//this._spectralClass = (StarSpectralClass) SvsLChance[(int)this._luminosityClass & 0x1F][(SystemParam_1 >> 4) & 0x1F];
this._starType = string.Format("{0}{1}{2}",
_spectralClass,
_magnitude,
_luminosityClass);
if ((int)this._luminosityClass <= 4)
{
this.Name = GetCommonName_A(Sector.IndexX, Sector.IndexY, _sysNum, true);
}
else if ((int)this._luminosityClass < 6)
{
this.Name = GetCommonName_A(Sector.IndexX, Sector.IndexY, _sysNum, false);
}
else
{
this.Name = GetSystemName_C(Sector.IndexX, Sector.IndexY, _sysNum);
}
this._commonName = this.Name; //GetCommonName_A(Sector.IndexX, Sector.IndexY, _sysNum);
}
public StarSystem(Sector sector, int sysNum, string typeCode, string name, int sX, int sY, int sZ)
: base(sector, sector.Coords)
{
string[] mTypeCode = typeCode.Split('+');
this._generated = false;
this._multiple = (byte)mTypeCode.Length;
this.Name = name;
this._sysNum = sysNum;
this._x = sX;
this._y = sY;
this._systemId = (((ulong)sysNum) << 26) + (((ulong)sector.IndexX) << 13) + (ulong)sector.IndexY;
this.Sector = sector;
//if (sZ > 128 || sZ < -128)
// this._z = 128 * Math.Sign(sZ);
//else
this._z = sZ;
Match m = Regex.Match(mTypeCode[0], "[IVXab]+");
if (m.Success)
{
string value = m.Groups[0].Value;
char stChar = mTypeCode[0][0];
for (int i = 0; i < StarTypeChar.Length; i++)
{
if (stChar == StarTypeChar[i])
{
for (int j = 0; j < StarLuminosity.Length; j++)
{
if (value == StarLuminosity[j])
{
this._type = (byte)TypeTable[j][i];
this._luminosityClass = (StarLuminosityClass)j;
this._spectralClass = (StarSpectralClass)i;
this._mainSequenceSpectralClass = (StarSpectralClass)i;
this._magnitude = (int)Math.Round(float.Parse(
Regex.Replace(mTypeCode[0], "[A-Za-z\\-]+", ""),
System.Globalization.CultureInfo.InvariantCulture
), 0);
this._starType = string.Format("{0}{1}{2}",
_spectralClass,
_magnitude,
_luminosityClass);
break;
}
}
break;
}
}
}
BuildCoords();
if (name != "Sol")
{
CalculateNumOfBodies();
}
else
{
_numOfBodies = 9;
}
//Sector solSector = new Sector();
//double distance = this.Coords.CalculateDistance(solSector.Coords);
//if (distance > 100) {
// _utils = new StarSystemUtils(this);
// StarSystemUtils.PlanSys sysInfo = new StarSystemUtils.PlanSys();
// sysInfo.Population = (uint)(12 << 3);
// sysInfo.descOverride = "System explored. No registered settlements.";
// sysInfo.economy = 8;
// sysInfo.govType = 8;
// sysInfo.techLevel = 0;
// sysInfo.Productivity = 0;
// _utils.Information = sysInfo;
//} else if (distance > 150) {
// _utils = new StarSystemUtils(this);
// StarSystemUtils.PlanSys sysInfo = new StarSystemUtils.PlanSys();
// sysInfo.Population = (uint)(12 << 3);
// sysInfo.descOverride = "System unexplored.";
// sysInfo.economy = 8;
// sysInfo.govType = 8;
// sysInfo.techLevel = 0;
// sysInfo.Productivity = 0;
// _utils.Information = sysInfo;
//}
this._mass = StarMass
[(int)_mainSequenceSpectralClass]
[(int)_luminosityClass];
if (_generated)
{
this._magnitude = StarMagnitude[(int)_spectralClass][(int)_luminosityClass];
}
this._hZone = StarHz[(int)_spectralClass][(int)_luminosityClass];
}