public Combat(Unit attacker, Unit defender, bool useRandomisedCombatEfficiency, List <Unit> antiAirUnits = null)
{
UseRandomisedCombatEfficiency = useRandomisedCombatEfficiency;
Generator = new NormalDistribution(GameConstants.CombatEfficiencyMean, GameConstants.CombatEfficiencyDeviation);
Attacker = new UnitCombatState(attacker, this);
Defender = new UnitCombatState(defender, this);
if (attacker.IsAirUnit())
{
AttackType = AttackType.AirAttack;
AntiAirUnits = antiAirUnits.Select((Unit x) => new UnitCombatState(x, this)).ToList();
foreach (var unit in AntiAirUnits)
{
unit.SetDamage(unit.Unit.Type.Stats.AirAttack.Value);
}
}
else if (attacker.IsArtillery())
{
AttackType = AttackType.ArtilleryAttack;
}
else
{
AttackType = AttackType.GroundAttack;
}
// Calculate the outcome right away
Attack();
}
public void AttackUnit(Unit attacker, Unit defender)
{
if (!attacker.Deployed)
{
throw new GameException("Tried to attack with an undeployed unit");
}
if (!defender.Deployed)
{
throw new GameException("Tried to attack an undeployed unit");
}
if (!attacker.CanPerformAction)
{
throw new GameException("This unit cannot perform any more actions this turn");
}
Combat outcome;
if (attacker.IsAirUnit())
{
List <Unit> antiAirUnits = Opponent.GetAntiAirUnits(defender);
outcome = new Combat(attacker, defender, true, antiAirUnits);
}
else
{
int distance = attacker.Hex.GetDistance(defender.Hex);
if (distance > attacker.Stats.Range)
{
throw new GameException("The target is out of range");
}
outcome = new Combat(attacker, defender, true);
}
attacker.CanPerformAction = false;
// Attacking a unit breaks entrenchment
attacker.BreakEntrenchment();
attacker.Strength = outcome.AttackerStrength;
defender.Strength = outcome.DefenderStrength;
if (!attacker.IsAlive())
{
OnUnitDeath(attacker);
}
if (!defender.IsAlive())
{
Opponent.OnUnitDeath(defender);
}
}
public Combat(Unit attacker, Unit defender, bool useRandomisedCombatEfficiency, List<Unit> antiAirUnits = null)
{
UseRandomisedCombatEfficiency = useRandomisedCombatEfficiency;
Generator = new NormalDistribution(GameConstants.CombatEfficiencyMean, GameConstants.CombatEfficiencyDeviation);
Attacker = new UnitCombatState(attacker, this);
Defender = new UnitCombatState(defender, this);
if (attacker.IsAirUnit())
{
AttackType = AttackType.AirAttack;
AntiAirUnits = antiAirUnits.Select((Unit x) => new UnitCombatState(x, this)).ToList();
foreach (var unit in AntiAirUnits)
unit.SetDamage(unit.Unit.Type.Stats.AirAttack.Value);
}
else if (attacker.IsArtillery())
AttackType = AttackType.ArtilleryAttack;
else
AttackType = AttackType.GroundAttack;
// Calculate the outcome right away
Attack();
}
public void AttackUnit(Unit attacker, Unit defender)
{
if (!attacker.Deployed)
throw new GameException("Tried to attack with an undeployed unit");
if (!defender.Deployed)
throw new GameException("Tried to attack an undeployed unit");
if (!attacker.CanPerformAction)
throw new GameException("This unit cannot perform any more actions this turn");
Combat outcome;
if (attacker.IsAirUnit())
{
List<Unit> antiAirUnits = Opponent.GetAntiAirUnits(defender);
outcome = new Combat(attacker, defender, true, antiAirUnits);
}
else
{
int distance = attacker.Hex.GetDistance(defender.Hex);
if (distance > attacker.Stats.Range)
throw new GameException("The target is out of range");
outcome = new Combat(attacker, defender, true);
}
attacker.CanPerformAction = false;
// Attacking a unit breaks entrenchment
attacker.BreakEntrenchment();
attacker.Strength = outcome.AttackerStrength;
defender.Strength = outcome.DefenderStrength;
if (!attacker.IsAlive())
OnUnitDeath(attacker);
if (!defender.IsAlive())
Opponent.OnUnitDeath(defender);
}
