update

tests/net_bot.gd

@@ -73,22 +73,20 @@ func _act_host() -> void:
     _decide(game.players[seat])
 
 
-## Einfache Züge mit kurzer Bedenkzeit: erst das billigste bezahlbare Angebot kaufen, dann das
-## erste spielbare Wesen ohne Ziel, dann angreifen, sonst Zug beenden.
+## Einfache Züge mit kurzer Bedenkzeit: erst eine offene Wahl treffen, dann das erste
+## spielbare Wesen ohne Ziel legen, dann angreifen, dann ziehen, sonst Zug beenden.
 func _decide(me: Game.Player) -> void:
     var g := game
     await get_tree().create_timer(0.25).timeout
     if game != g or (hosting and (net.game == null or net.game.current_idx != seat)):
         return  # inzwischen ein neuer Zustand
-    for i in me.shop.size():
-        var offer = me.shop[i]
-        if offer != null and me.energy >= offer.cost and me.hand.size() < Game.MAX_HAND:
-            net.send_action({"type": "buy", "slot": i})
-            return
+    if not me.offer.is_empty():
+        net.send_action({"type": "pick", "index": 0})
+        return
     for i in me.hand.size():
         var card: Cards.Card = me.hand[i]
-        if game.can_play(me, card)[0] and card.target_type() == "":
-            net.send_action({"type": "play", "hand": i, "target": null})
+        if game.can_play(me, card)[0]:
+            net.send_action({"type": "play", "hand": i})
             return
     for cr in me.board:
         if cr.can_attack():
@@ -100,4 +98,7 @@ func _decide(me: Game.Player) -> void:
                     if game.can_attack(cr, c)[0]:
                         net.send_action({"type": "attack", "uid": cr.uid, "target": {"kind": "creature", "uid": c.uid}})
                         return
+    if game.can_draw(me)[0]:
+        net.send_action({"type": "draw"})
+        return
     net.send_action({"type": "end"})