public SatelliteCoverageFactor(FactorVariables factorVariables) : base(factorVariables)
{
variables.satelliteCoverage = 0;
// Initialize coverage for Celestial Bodies (other than the Sun)
CelestialBody[] Bodies = FlightGlobals.Bodies.ToArray();
variables.Coverages = new CoverageReport[Bodies.Length - 1];
CelestialBody home = Planetarium.fetch.Home;
if (home == null)
{
home = FlightGlobals.Bodies.Find(body => body.isHomeWorld == true);
}
if (home != null)
{
StateFundingGlobal.refRadius = home.Radius / 10;
}
int k = 0;
for (int i = 0; i < Bodies.Length; i++)
{
CelestialBody Body = Bodies[i];
// Don't need to survey the sun
//if (Body.GetName() != StateFundingGlobal.Sun)
if (Body != Planetarium.fetch.Sun)
{
CoverageReport Report = new CoverageReport();
Report.entity = Body.GetName();
// Benchmark: Kerbin
// 10 sats till full coverage on Kerbin
Report.satCountForFullCoverage = (int)Math.Ceiling(Body.Radius / StateFundingGlobal.refRadius);
variables.Coverages[k] = Report;
k++;
}
}
}
public DestroyedVesselsFactor(FactorVariables factorVariables) : base(factorVariables)
{
}
public RoversFactor(FactorVariables factorVariables) : base(factorVariables)
{
variables.rovers = 0;
}
public BasesFactor(FactorVariables _variables) : base(_variables)
{
variables.Bases = new BaseReport[0];
}
public SpaceStationsFactor(FactorVariables factorVariables) : base(factorVariables)
{
}
public Factor(FactorVariables _variables)
{
variables = _variables;
}
public MiningRigsFactor(FactorVariables factorVariables) : base(factorVariables)
{
}
public KerbalsFactor(FactorVariables factorVariables) : base(factorVariables)
{
}
public ContractsFactor(FactorVariables factorVariables) : base(factorVariables)
{
}
