private float GetEngineMass(ShipHullCategory hullCat) {
return hullCat.Mass();
}
/// <summary>
/// Gets the power generated by the STL engines when operating at Full capability.
/// </summary>
/// <param name="hull">The ship hull.</param>
/// <returns></returns>
private float GetFullStlPropulsionPower(ShipHullCategory hullCat) {
float fastestFullFtlSpeedTgt = TempGameValues.__TargetFtlOpenSpaceFullSpeed; // 40F
float slowestFullFtlSpeedTgt = fastestFullFtlSpeedTgt * 0.75F; // this way, the slowest Speed.OneThird speed >= Speed.Slow
float fullFtlSpeedTgt = UnityEngine.Random.Range(slowestFullFtlSpeedTgt, fastestFullFtlSpeedTgt);
float hullMass = hullCat.Mass(); // most but not all of the mass of the ship
float hullOpenSpaceDrag = hullCat.Drag();
float reqdFullFtlPower = GameUtility.CalculateReqdPropulsionPower(fullFtlSpeedTgt, hullMass, hullOpenSpaceDrag);
return reqdFullFtlPower / TempGameValues.__StlToFtlPropulsionPowerFactor;
}
private ShipHullStat CreateElementHullStat(ShipHullCategory hullCat, string elementName) {
float hullMass = hullCat.Mass();
float drag = hullCat.Drag();
float science = hullCat.Science();
float culture = hullCat.Culture();
float income = hullCat.Income();
float expense = hullCat.Expense();
Vector3 hullDimensions = hullCat.Dimensions();
return new ShipHullStat(hullCat, elementName, AtlasID.MyGui, TempGameValues.AnImageFilename, "Description...", 0F,
hullMass, drag, 0F, expense, 50F, new DamageStrength(2F, 2F, 2F), hullDimensions, science, culture, income);
}