Re-indent with tabs

tic_tac_toe.py

@@ -13,58 +13,58 @@ report_counter = REPORT_INTERVAL
 
 
 def report(k):
-    global report_counter
-    if report_counter > 0:
-        report_counter -= 1
-    else:
-        report_counter = REPORT_INTERVAL-1
-        print(f"Iteration: {k:8d}")
+	global report_counter
+	if report_counter > 0:
+		report_counter -= 1
+	else:
+		report_counter = REPORT_INTERVAL-1
+		print(f"Iteration: {k:8d}")
 
 
 def play(player_provider: PlayerProvider, k_max=10000, with_debug=False):
-    player_provider.set_debug(with_debug)
-    for k in range(0, k_max):
-        report(k)
-        players = player_provider.choose()
-        state = create_empty_state()
-        move = 1
-        run = True
-        other_player = players[-1]
-        while run:
-            for player in players:
-                if with_debug:
-                    print(f"---------------------------------------------------")
-                    print(f"- Game {k:06d}, Move {move} -----------------------------")
-                    print(f"---------------------------------------------------")
-                last_state = state
-                state, has_moved = player.move(state)
-                if with_debug:
-                    print(to_state_string(last_state, state))
-                if not has_moved:
-                    if with_debug:
-                        print(f"{player.mark}: No more moves")
-                        player.reward(0.0)
-                        other_player.reward(0.0)
-                    run = False
-                if player.has_won(state):
-                    if with_debug:
-                        print(f"{player.mark}: Has won the game")
-                        player.reward(1.0)
-                        other_player.reward(0.0)
-                    run = False
+	player_provider.set_debug(with_debug)
+	for k in range(0, k_max):
+		report(k)
+		players = player_provider.choose()
+		state = create_empty_state()
+		move = 1
+		run = True
+		other_player = players[-1]
+		while run:
+			for player in players:
+				if with_debug:
+					print(f"---------------------------------------------------")
+					print(f"- Game {k:06d}, Move {move} -----------------------------")
+					print(f"---------------------------------------------------")
+				last_state = state
+				state, has_moved = player.move(state)
+				if with_debug:
+					print(to_state_string(last_state, state))
+				if not has_moved:
+					if with_debug:
+						print(f"{player.mark}: No more moves")
+						player.reward(0.0)
+						other_player.reward(0.0)
+					run = False
+				if player.has_won(state):
+					if with_debug:
+						print(f"{player.mark}: Has won the game")
+						player.reward(1.0)
+						other_player.reward(0.0)
+					run = False
 
-                other_player = player
-                if not run:
-                    break
+				other_player = player
+				if not run:
+					break
 
-                move += 1
+				move += 1
 
 
 with open("values_x.json", "r") as fp:
-    x_values = json.load(fp)
+	x_values = json.load(fp)
 
 with open("values_o.json", "r") as fp:
-    o_values = json.load(fp)
+	o_values = json.load(fp)
 
 #px = MachinePlayer(mark='X', params=MachinePlayer.Params(p_exp=0.2, alpha=0.1), values=x_values)
 px = HumanPlayer(mark='X', name="Jens")
@@ -74,13 +74,13 @@ player_provider = PlayerProvider(px, po)
 
 do_training = 1
 if do_training:
-    play(player_provider, 10000, True)
+	play(player_provider, 10000, True)
 
 play(player_provider, 10, True)
 
 # Convert and write JSON object to file
 with open("values_x.json", "w") as fp:
-    json.dump(x_values, fp, indent=0)
+	json.dump(x_values, fp, indent=0)
 
 with open("values_o.json", "w") as fp:
-    json.dump(o_values, fp, indent=0)
+	json.dump(o_values, fp, indent=0)