style: pre-commit fixes

src/p2lab/genetic/utils.py

@@ -61,7 +61,7 @@ def crossover(
         team2_pokemon = team2_old.pokemon
 
         # Randomly pick locus
-        locus = random.sample(range(0, num_pokemon), k=1)[0]
+        locus = random.sample(range(num_pokemon), k=1)[0]
 
         # Check that the sliciing here works but you get the idea
         team1_new_pokemeon = team1_pokemon[0:locus] + team2_pokemon[locus:num_pokemon]

target_api.md

@@ -7,8 +7,7 @@ running genetic algorithms to optimize teams.
 Thank you to github copilot for helping me write this document lmao
 
 ```python3
-
-team = generate_team(format='gen8randombattle', seed=1234)
+team = generate_team(format="gen8randombattle", seed=1234)
 
 # a team object contains a list of 6 pokemon objects with their moves, items, etc.
 # it's also tracking the (normalised) number of wins/losses/ties for this team.
@@ -30,12 +29,12 @@ team = generate_team(format='gen8randombattle', seed=1234)
 # here's an idealised Bot class that uses these same env variables to run a showdown bot, but more cleanly:
 bot_1 = Bot(
     team,
-    strategy='safest',
-    websocket_uri='sim.psim.us:8000',
-    user='whimsicaldreams',
-    password='password',
-    bot_mode='CHALLENGE_USER',
-    format='gen3ou',
+    strategy="safest",
+    websocket_uri="sim.psim.us:8000",
+    user="whimsicaldreams",
+    password="password",
+    bot_mode="CHALLENGE_USER",
+    format="gen3ou",
     num_battles=1,
     save_replay=False,
 )
@@ -47,25 +46,27 @@ bot_1 = Bot(
 # now we can run a battle between two bots:
 bot_2 = Bot(
     team,
-    strategy='safest',
-    websocket_uri='sim.psim.us:8000',
-    user='melonchomper',
-    password='password',
-    bot_mode='CHALLENGE_USER',  # this would need to be ACCEPT_CHALLENGE
-    format='gen3ou',
+    strategy="safest",
+    websocket_uri="sim.psim.us:8000",
+    user="melonchomper",
+    password="password",
+    bot_mode="CHALLENGE_USER",  # this would need to be ACCEPT_CHALLENGE
+    format="gen3ou",
     num_battles=1,
     save_replay=False,
 )
 
 # from a little google searching, it looks like we can run these bots in parallel using asyncio:
 
+
 async def run_battle(bot_1, bot_2):
     # individually run the showdown bots at the same time, and wait for the results
     await asyncio.gather(bot_1.challenge(bot_2), bot_2.accept(bot_1))
     # parse the results
     # update the win/loss/tie counts for each team
     ...
 
+
 run_battle(bot_1, bot_2)
 
 # within this function, we'll need to:
@@ -74,7 +75,20 @@ run_battle(bot_1, bot_2)
 # - update the win/loss/tie counts for each team
 
 # here's a more generic example, where we specify a number of battles for each team, and then run them all:
-bots = {f'bot{i}':Bot(team, strategy='safest', websocket_uri='sim.psim.us:8000', user=f'bot{i}', password='password', bot_mode='CHALLENGE_USER' if i % 2 == 0 else 'ACCEPT_CHALLENGE', format='gen3ou', num_battles=10, save_replay=False) for i in range(10)}
+bots = {
+    f"bot{i}": Bot(
+        team,
+        strategy="safest",
+        websocket_uri="sim.psim.us:8000",
+        user=f"bot{i}",
+        password="password",
+        bot_mode="CHALLENGE_USER" if i % 2 == 0 else "ACCEPT_CHALLENGE",
+        format="gen3ou",
+        num_battles=10,
+        save_replay=False,
+    )
+    for i in range(10)
+}
 
 # num_battles = 10 would mean that bot would challenge the same bot 10 times, so we can make every bot fight every other bot 10 times
 
@@ -85,14 +99,18 @@ for bot_1, bot_2 in itertools.combinations(bots.values(), 2):
     if bot_1 != bot_2:
         try:
             # make sure bot_1 is the challenger and bot_2 is the acceptor
-            bot_1.bot_mode = 'CHALLENGE_USER'
-            bot_2.bot_mode = 'ACCEPT_CHALLENGE'
+            bot_1.bot_mode = "CHALLENGE_USER"
+            bot_2.bot_mode = "ACCEPT_CHALLENGE"
 
             # check if either bot is currently in a battle
             if bot_1.in_battle or bot_2.in_battle:
-                print(f'Bot {bot_1} or {bot_2} is currently in a battle, waiting for them to finish...')
+                print(
+                    f"Bot {bot_1} or {bot_2} is currently in a battle, waiting for them to finish..."
+                )
                 while bot_1.in_battle or bot_2.in_battle:
-                    await asyncio.sleep(1)  # hopefully this will wait for the battle to finish
+                    await asyncio.sleep(
+                        1
+                    )  # hopefully this will wait for the battle to finish
 
             # run the battle
             bot_1.in_battle = True
@@ -105,7 +123,7 @@ for bot_1, bot_2 in itertools.combinations(bots.values(), 2):
 
         except Exception as e:
             print(e)
-            print(f'Error running battle between {bot_1} and {bot_2}')
+            print(f"Error running battle between {bot_1} and {bot_2}")
 
 # ensure we're only here once every bot has fought every other bot
 while any(bot.in_battle for bot in bots.values()):