private Var shipBaseVars()
{
return(PlayerProcessor.DesignBaseVars(
new Component <HullType>(this.selectedHull.Type, this.selectedHull.Level),
this.selectedSpecialEquipment,
this.game.Statics));
}
public static double PowerOf(Component <ReactorType> reactor, Component <HullType> hull, IEnumerable <Component <SpecialEquipmentType> > specialEquipment, StaticsDB statics)
{
var shipVars = PlayerProcessor.DesignBaseVars(hull, specialEquipment, statics).Get;
shipVars[AComponentType.LevelKey] = reactor.Level;
return(reactor.TypeInfo.Power.Evaluate(shipVars));
}
private ReactorInfo bestReactor()
{
var hull = new Component <HullType>(this.selectedHull.Type, this.selectedHull.Level);
var reactor = ReactorType.MakeBest(
playersTechLevels,
hull,
this.selectedSpecialEquipment,
game.Statics
);
return(reactor != null ?
new ReactorInfo(reactor.TypeInfo, reactor.Level, PlayerProcessor.DesignBaseVars(hull, this.selectedSpecialEquipment, game.Statics).Get) :
null);
}
public static Component <ReactorType> MakeBest(IDictionary <string, double> playersTechLevels, Component <HullType> hull, IEnumerable <Component <SpecialEquipmentType> > specialEquipment, StaticsDB statics)
{
var shipVars = PlayerProcessor.DesignBaseVars(hull, specialEquipment, statics).Get;
return(Methods.FindBestOrDefault(
statics.Reactors.Values.Where(x => x.IsAvailable(playersTechLevels)).
Select(x => new Component <ReactorType>(x, x.HighestLevel(playersTechLevels))).
Where(x =>
{
shipVars[AComponentType.LevelKey] = x.Level;
return x.TypeInfo.MinSize.Evaluate(shipVars) <= shipVars[HullType.ReactorSizeKey] && x.TypeInfo.CanPick; //TODO(v0.6) use final reactor size
}),
x =>
{
shipVars[AComponentType.LevelKey] = x.Level;
return x.TypeInfo.Power.Evaluate(shipVars);
}
));
}