// Defend the specified shelter s.
public Report Defend(Shelter s)
{
int spillover = 0;
if (Fatigue < 0)
{
spillover = Mathf.Abs(Fatigue);
}
int fatigueModifier = -Fatigue / 10;
int proficiency = (GetProficiency(task.Defend) + 10) + fatigueModifier + 5;
Shelter.DefenseLevel newDefenses = s.BolsterDefenses(proficiency);
string defenseDescription = " undefended.";
switch (newDefenses)
{
case Shelter.DefenseLevel.Undefended:
defenseDescription = " undefended.";
break;
case Shelter.DefenseLevel.BarelyDefended:
defenseDescription = " barely defended.";
break;
case Shelter.DefenseLevel.SlightlyDefended:
defenseDescription = " slightly defended.";
break;
case Shelter.DefenseLevel.ModeratelyDefended:
defenseDescription = " moderately defended.";
break;
case Shelter.DefenseLevel.HeavilyDefended:
defenseDescription = " heavily defended.";
break;
case Shelter.DefenseLevel.WellDefended:
defenseDescription = " well defended.";
break;
case Shelter.DefenseLevel.InpenetrableFortress:
defenseDescription = " very well defended.";
break;
default:
defenseDescription = " undefended.";
break;
}
Report r = new Report();
r.SetMessage(_name + " bolstered defenses to" + defenseDescription);
return(r);
}
// Rest.
public Report Rest(Shelter s)
{
Report r = new Report();
int restoration = RestMe();
int proficiency = GetProficiency(task.Defend);
s.BolsterDefenses(proficiency / 4);
if (restoration > 0)
{
r.SetMessage(_name + "'s fatigue is restored to " + restoration);
}
else if (restoration < 0)
{
r.SetMessage(_name + " has rested to " + restoration + " points.");
}
else
{
r.SetMessage(_name + " has rested to " + restoration + " points.");
}
return(r);
}
