feature updates

scripts/game/ai/EasyAI.gd

@@ -0,0 +1,71 @@
+class_name EasyAI
+extends AIStrategy
+
+## Easy AI - Makes suboptimal choices, sometimes skips good plays
+## Good for beginners learning the game
+
+
+func _init(p_player_index: int) -> void:
+	super._init(Difficulty.EASY, p_player_index)
+
+
+func decide_main_phase_action() -> Dictionary:
+	var playable := get_playable_cards()
+
+	if playable.is_empty():
+		return { "action": "pass" }
+
+	# 30% chance to just pass even if we have playable cards
+	if randf() < 0.3:
+		return { "action": "pass" }
+
+	# Pick a random playable card (not optimal)
+	var card: CardInstance = playable[randi() % playable.size()]
+	return { "action": "play", "card": card }
+
+
+func decide_cp_generation(needed_cp: Dictionary) -> Dictionary:
+	var player := get_player()
+
+	# Prefer dulling backups first (Easy AI doesn't optimize)
+	for backup in player.field_backups.get_cards():
+		if backup.state == Enums.CardState.ACTIVE:
+			return { "action": "dull_backup", "card": backup }
+
+	# Discard a random card from hand
+	var hand_cards := player.hand.get_cards()
+	if not hand_cards.is_empty():
+		var card: CardInstance = hand_cards[randi() % hand_cards.size()]
+		return { "action": "discard", "card": card }
+
+	return {}
+
+
+func decide_attack_action() -> Dictionary:
+	var attackers := get_attackable_forwards()
+
+	if attackers.is_empty():
+		return { "action": "end_attacks" }
+
+	# 40% chance to not attack even if we can
+	if randf() < 0.4:
+		return { "action": "end_attacks" }
+
+	# Pick a random attacker
+	var attacker: CardInstance = attackers[randi() % attackers.size()]
+	return { "action": "attack", "card": attacker }
+
+
+func decide_block_action(attacker: CardInstance) -> Dictionary:
+	var blockers := get_blockable_forwards()
+
+	if blockers.is_empty():
+		return { "action": "skip" }
+
+	# 50% chance to skip blocking even when possible
+	if randf() < 0.5:
+		return { "action": "skip" }
+
+	# Pick a random blocker (might not be optimal)
+	var blocker: CardInstance = blockers[randi() % blockers.size()]
+	return { "action": "block", "card": blocker }