static void Main(string[] args)
{
IFightableObject player = new Player(100f, 3f, 5f), mob = new NPC(40f, 2f, 3f);
// Over time effect role name:
string oteRoleName = EffectDecorator.overTimeEffectRoleName;
EffectDecorator playerBuffs = new EffectDecorator(
new DamageBuffDecorator(
new DefenceBuffDecorator(player, 1, 0.2f),
3, 1.4f),
9999),
mobBuffs = new EffectDecorator(
new DamageBuffDecorator(mob, 3, 5f),
9999);
IFightableObject buffedPlayer = playerBuffs,
buffedMob = mobBuffs;
// turn 1:
buffedPlayer.dealDamage(buffedMob);
buffedMob.dealDamage(buffedPlayer);
endTurn(buffedMob, buffedPlayer);
// turn 2:
Console.WriteLine("Player uses a healing skill on himself");
EffectDecorator.addEffect(new HotDecorator(null, 3, 10f, oteRoleName), playerBuffs);
Console.WriteLine("Mob causes the player to bleed");
EffectDecorator.addEffect(new DotDecorator(null, 3, 15f, oteRoleName), playerBuffs);
endTurn(buffedMob, buffedPlayer);
// turn 3:
Console.WriteLine("Player becomes invulnerable for 1 turn");
EffectDecorator.addEffect(new InvulnerabilityDecorator(null, 1, 5, 10, "godmode"), playerBuffs);
buffedMob.dealDamage(buffedPlayer);
endTurn(buffedMob, buffedPlayer);
Console.Read();
}
// Effectively, resulting damage will be an arithmetic equation, consisting of addition and multiplication.
virtual public float dealDamage(IFightableObject target, float multiplicator = 1)
{
return(fighter.dealDamage(target, multiplicator));
}
