public virtual void UpdateRole()
{
if (!base.Garrison.HasSeafaringUnits())
{
this.Role = BaseNavyArmy.ArmyRole.Land;
return;
}
if (!base.Garrison.HasOnlySeafaringUnits(false))
{
this.Role = BaseNavyArmy.ArmyRole.Convoi;
return;
}
if (this.Role == BaseNavyArmy.ArmyRole.TaskForce)
{
if (this.ArmySize < BaseNavyArmy.ArmyState.Medium)
{
this.Role = BaseNavyArmy.ArmyRole.Renfort;
return;
}
}
else if (this.ArmySize <= BaseNavyArmy.ArmyState.Medium)
{
this.Role = BaseNavyArmy.ArmyRole.Renfort;
return;
}
this.Role = BaseNavyArmy.ArmyRole.TaskForce;
}
protected HeuristicValue ComputeDistanceFitness(float numberOfTurnToReach, BaseNavyArmy.ArmyRole armyRole)
{
HeuristicValue heuristicValue = new HeuristicValue(0f);
float num = 5f;
heuristicValue.Add(numberOfTurnToReach, "Turn to reach", new object[0]);
float operand = 4f;
heuristicValue.Divide(operand, "constant", new object[0]);
heuristicValue.Clamp(0f, num);
HeuristicValue heuristicValue2 = new HeuristicValue(0f);
heuristicValue2.Add(num, "constant", new object[0]);
heuristicValue2.Subtract(heuristicValue, "Turn ratio", new object[0]);
HeuristicValue heuristicValue3 = new HeuristicValue(0f);
heuristicValue3.Add(heuristicValue2, "inverted turn ratio", new object[0]);
heuristicValue3.Divide(num, "constant for normalization", new object[0]);
return(heuristicValue3);
}
