public static EliteMaterialGrade getGrade(EliteRawMaterial _material)
{
if (_material >= EliteRawMaterial.Yttrium)
{
return(EliteMaterialGrade.Rare);
}
else if (_material >= EliteRawMaterial.Niobium)
{
return(EliteMaterialGrade.Standard);
}
else if (_material >= EliteRawMaterial.Vanadium)
{
return(EliteMaterialGrade.Common);
}
else
{
return(EliteMaterialGrade.VeryCommon);
}
}
public static double getDefaultThreshold(EliteRawMaterial _material)
{
switch (_material)
{
case EliteRawMaterial.Carbon: return(18.8);
case EliteRawMaterial.Niobium: return(1.8);
case EliteRawMaterial.Vanadium: return(9.5);
case EliteRawMaterial.Yttrium: return(1.6);
case EliteRawMaterial.Chromium: return(10.6);
case EliteRawMaterial.Molybdenum: return(1.8);
case EliteRawMaterial.Phosphorus: return(12.1);
case EliteRawMaterial.Technetium: return(1.0);
case EliteRawMaterial.Cadmium: return(2.1);
case EliteRawMaterial.Manganese: return(9.7);
case EliteRawMaterial.Ruthenium: return(1.6);
case EliteRawMaterial.Sulphur: return(22.3);
case EliteRawMaterial.Iron: return(27.5);
case EliteRawMaterial.Selenium: return(3.3);
case EliteRawMaterial.Tin: return(1.8);
case EliteRawMaterial.Zinc: return(6.9);
case EliteRawMaterial.Germanium: return(3.7);
case EliteRawMaterial.Nickel: return(20.8);
case EliteRawMaterial.Tellurium: return(1.0);
case EliteRawMaterial.Tungsten: return(1.5);
case EliteRawMaterial.Arsenic: return(1.7);
case EliteRawMaterial.Mercury: return(1.2);
case EliteRawMaterial.Polonium: return(1.17);
case EliteRawMaterial.Rhenium: return(0.0); //Mining
case EliteRawMaterial.Antimony: return(1.0);
case EliteRawMaterial.Boron: return(0.0); // mining
case EliteRawMaterial.Lead: return(0.0); //mining
case EliteRawMaterial.Zirconium: return(3.1);
}
return(0.0);
}
