Merge pull request 'bug solved in event picker' (#6) from green/battle_royale_sim:master into master

Reviewed-on: Cryz/battle_royale_sim#6

README.md

@@ -7,7 +7,9 @@ You can find the Official Bot here:
 
 Feel free to fork the project and make your own Bot
 
-# Bot Instrictions
+This game is inspired to this Hunger Games Simulator: https://brantsteele.net/hungergames/reaping.php
+
+# Bot Instructions (Telegram)
 
 1. start a chat with the bot: https://t.me/Brsimgen_Bot
 2. open the bot keyboard
@@ -24,6 +26,13 @@ Feel free to fork the project and make your own Bot
   - Get Alive Players: (list of alive players)
   - Get Death Players: (list of death players)
   - Get Ranking Players: (this is the leaderboard, based on number of kills)
+  - Show Map UTF8 or Show Map Image (show Players/Items position on the map)
+
+# Bot Instructions (CLI)
+
+1. open a python shell
+2. `import debug`
+3. `debug.init_debug_simulation()`
 
 # Fork Instructions
 
@@ -45,6 +54,8 @@ TOKEN = 'your-bot-token'
 
 BOT_PATH= '/the/path/of/the/project'
 
+LOG_PATH= '/the/path/where/you/want/put/game/daily/logs'
+
 BOT_EXEC_CMD= 'python3 bot.py' # or any other way you start the bot
 
 SUPER_USERS= [ your_chat_id ]

assets/events.py

@@ -7,8 +7,21 @@ EVENTS = [
     'success_percentage'      : 80,
     'fail_percentage'         : 19,
     'extreme_fail_percentage' : 1,
-    'required_items'          : [],
+    'requirements'            : {},
     'weight'                  : 1,
-    'number_of_players'       : 2,
+    'affected_players'        : 1,
+  },
+  {
+    'id'                      : 'BOMB_EXPLOSION',
+    'text'                    : '{Player1} ha attacato {player2}',
+    'resolve_text'            : '{Player1} ha causato {effetto_collaterale}',
+    'fail_text'               : '{Player1} ha fallito, {player2} è indenne',
+    'success_percentage'      : 80,
+    'fail_percentage'         : 19,
+    'extreme_fail_percentage' : 1,
+    'requirements'            : {
+      'weapons' : ['BOMB']
+    },
+    'affected_players'       : [2,3,4],
   },
 ]

bot.py

@@ -24,7 +24,7 @@ async def bot_start(update, context):
       ['Init/Restart'],
       ['Add Player', 'Add random Players', 'Add random color Players'],
       ['Get Players', 'Get Alive Players', 'Get Death Players', 'Get Ranking Players',],
-      ['Simulate Day', 'Run Periodically']
+      ['Simulate Day', 'Run Periodically', 'Show Map UTF8', 'Show Map Image']
   ]
   reply_markup= ReplyKeyboardMarkup(keyboard, one_time_keyboard=False, resize_keyboard=True)
 
@@ -38,8 +38,18 @@ async def bot_start(update, context):
 async def bot_commands(update, context):
   text= update.message.text
   chat_id = update.effective_chat.id
+  username= update.effective_chat.username
+  first_name= update.effective_chat.first_name
+  last_name= update.effective_chat.last_name
+  chat_type= update.effective_chat.type.name # PRIVAT|BOT|ETC..
 
-  _log.log_info(f'bot_command: {chat_id} - text received: {text}')
+
+  _log.log_info(f'bot_command: \
+user id="{chat_id}" \
+username="{username}" \
+first_name="{first_name}" \
+last_name="{last_name}" \
+chat_type="{chat_type}"')
 
   # init or restart the game
   if text == 'Init/Restart':
@@ -64,6 +74,10 @@ async def bot_commands(update, context):
     return await _cmd.cmd_add_random_players(context, update, chat_id)
   if text == 'Add random color Players':
     return await _cmd.cmd_add_random_color_players(context, update, chat_id)
+  if text == 'Show Map UTF8':
+    return await _cmd.cmd_show_game_map_unicode(context, update, chat_id)
+  if text == 'Show Map Image':
+    return await _cmd.cmd_show_game_map_image(context, update, chat_id)
   
   # special commands
   if text == 'upstart': return await _scmd.update_bot(update, context)

bot_libs/commands_handling.py

@@ -1,4 +1,5 @@
 from utils import logs as _log
+from bot_libs import syms as _bot_syms
 from bot_libs import player_handling as _bot_player
 from bot_libs import simulation as _bot_simulation
 from bot_libs import repeating as _bot_repeat
@@ -61,6 +62,21 @@ async def cmd_get_ranking_players(context, update, chat_id):
 async def cmd_simulate_day(context, update, chat_id):
   return await _bot_simulation.simulate_day(context, chat_id)
 
+async def cmd_show_game_map_unicode(context, update, chat_id):
+  Arena= context.application.bot_data['arena']
+  Gamemap= Arena.get_map()
+  rendered_map= Gamemap.get_renderized_map()
+  await update.message.reply_text(rendered_map)
+  return await update.message.reply_text(_bot_syms.MAP_UTF8_LEGEND, parse_mode='MarkdownV2')
+
+async def cmd_show_game_map_image(context, update, chat_id):
+  Arena= context.application.bot_data['arena']
+  Gamemap= Arena.get_map()
+  image_map= Gamemap.get_image_map()
+  bot= update.get_bot()
+  await bot.send_photo(chat_id= chat_id, photo= image_map)
+  return await update.message.reply_text(_bot_syms.MAP_IMAGE_LEGEND, parse_mode='MarkdownV2')
+
 async def cmd_simulate_day_cron(context, update, chat_id):
   context.application.bot_data['ask_seconds'] = 1
   if 'ask_name' in context.application.bot_data:

bot_libs/player_handling.py

@@ -5,7 +5,8 @@ from bot_libs import syms as _bot_syms
 async def add_player(update, context, chat_id, name):
   _log.log_info(f'add_player: {chat_id} - {name}')
   Arena= context.application.bot_data['arena']
-  if len(Arena.get_players()) >= 70: return # prevent message too long error
+  #if len(Arena.get_players()) >= 70: return # prevent message too long error
+  if len(Arena.get_players()) >= 20: return # maybe this should depend on the map dimension
   Arena.add_player(name)
 
 async def add_random_players(update, context, chat_id, colors_names= False):

bot_libs/syms.py

@@ -1,4 +1,5 @@
 import os as _os
+from utils import logs as _logs
 
 _MISSING_LOCAL_SETTINGS= """
 =============== ERROR ===============
@@ -20,7 +21,7 @@ _MISSING_LOCAL_SETTINGS= """
 try:
   from local_settings import TOKEN as _token
   TOKEN= _token
-except: print(_MISSING_LOCAL_SETTINGS)
+except: _logs.log_debug(_MISSING_LOCAL_SETTINGS)
 try:
   from local_settings import BOT_PATH as _bot_path
   BOT_PATH= _os.path.expanduser(_bot_path)
@@ -75,3 +76,40 @@ COLORS_NAMES= [
     "Pearl", "Pumpkin", "Navy", "Ultramarine", "Sapphire", "Desert", "Cherry",
     "Tulip",
 ]
+
+
+MAP_UTF8_FIELD= '🟩'
+MAP_UTF8_MOUNTAIN= '⛰️'
+MAP_UTF8_PLAYER_MALE= '👨'
+MAP_UTF8_PLAYER_FEMALE= '👧🏻'
+MAP_UTF8_PLAYER_NONBINARY= '⚧️'
+MAP_UTF8_DEATH_PLAYER= '💀'
+MAP_UTF8_ITEM= '📦'
+
+MAP_UTF8_LEGEND= f"""*Legenda*:
+- *{MAP_UTF8_FIELD}*: Cella *libera* per muoversi
+- *{MAP_UTF8_MOUNTAIN}*: Bordo della mappa, *non raggiungibile*
+- *{MAP_UTF8_PLAYER_MALE}*: Posizione di un *giocatore Maschio*
+- *{MAP_UTF8_PLAYER_FEMALE}*: Posizione di una *giocatorice Femmina*
+- *{MAP_UTF8_PLAYER_NONBINARY}*: Posizione di un *giocatore non binario*
+- *{MAP_UTF8_DEATH_PLAYER}*: Posizione di un *giocatore morto*
+- *{MAP_UTF8_ITEM}*: Posizione di un *oggetto* (non ancora implementato)
+"""
+
+MAP_IMAGE_FIELD= (0, 255, 0) # green
+MAP_IMAGE_MOUNTAIN= (0, 0, 0) # black
+MAP_IMAGE_PLAYER_MALE= (0, 0, 255) # blue
+MAP_IMAGE_PLAYER_FEMALE= (255, 0, 0) # red
+MAP_IMAGE_PLAYER_NONBINARY= (255, 255, 0) # yellow
+MAP_IMAGE_DEATH_PLAYER= (160, 160, 160) # grey
+MAP_IMAGE_ITEM= (255, 255, 255) # white
+
+MAP_IMAGE_LEGEND= r"""*Legenda*:
+- *Verde*: Cella *libera* per muoversi
+- *Nero*: Bordo della mappa, *non raggiungibile*
+- *Blue*: Posizione di un *giocatore Maschio*
+- *Rosso*: Posizione di una *giocatorice Femmina*
+- *Giallo*: Posizione di un *giocatore non binario*
+- *Grigio*: Posizione di un *giocatore morto*
+- *Bianco*: Posizione di un *oggetto* (non ancora implementato)
+"""

debug.py

@@ -1,44 +1,60 @@
 import time as _time
 import random as _rand
 import main as _main
+from utils import logs as _logs
+from bot_libs import syms as _syms
 
 def _debug_data():
-  players= [
+  players= _syms.COLORS_NAMES
-      {
-        'name': 'Elara',
-        },
-      {
-        'name': 'Kaelen',
-        },
-      {
-        'name': 'Zephyr',
-        },
-      {
-        'name': 'Lyra',
-        },
-      {
-        'name': 'Orion',
-        },
-      {
-        'name': 'Seraphina',
-        },
-    ]
   weapons= []
 
-  Arena= _main.init_arena(players, weapons)
+  Arena= _main.init_arena()
-  print(f'Players: {Arena.get_players()}')
+  for player in players:
-  print(f'Weapons: {Arena.get_weapons()}')
+    Arena.add_player(player)
   return Arena
 
 def _end_game_debug(alive_players, day):
   last_player= alive_players[0]
   msg= f'{last_player.get_name()} sopravvive e vince dopo {day} lunghi Giorni, conquistando l\'amore eterno di Guarino'
-  print(msg)
+  _logs.log_debug(msg)
+  return msg
+
+def _random_action(Arena, Player_one):
+  _RANDOM_ACTIONS= {
+      1: 'attack',
+      2: 'move',
+      }
+  Map= Arena.get_map()
+  avail_actions= Map.get_player_available_actions(Player_one)
+  _logs.log_debug(f'{Player_one.get_name()}:{Player_one.get_coordinates()}, avail_actions: {avail_actions}')
+  msg= ''
+  if 1 in avail_actions:
+    # XXX maybe in future this action is available only if you are near to another player
+    # so Player_two is no more random, but will be a random near player
+    preys= avail_actions[1]
+    Player_two= _rand.sample(preys, 1)[0]
+    while Player_one.get_id() == Player_two.get_id() and not Player_two.is_alive():
+      Player_two= _rand.sample(preys, 1)[0]
+    _dmg, msg= Player_one.attack(Player_two)
+  elif 2 in avail_actions:
+    Map= Arena.get_map()
+    available_movements= Map.get_player_available_directions(Player_one)
+    _logs.log_debug(f'{Player_one.get_name()}:{Player_one.get_coordinates()}, avail_movements: {available_movements}')
+    if not available_movements:
+      # XXX probably should skip this action and look for another action
+      return f'{Player_one.get_name()} Pensa a Guarino tutto il giorno'
+    _rand.shuffle(available_movements)
+    x, y, direction= available_movements[0]
+    Player_one.move(x, y)
+    Map.init_map_matrix()
+    _logs.log_debug(Map.get_renderized_map())
+    msg= f'{Player_one.get_name()} Si muove verso »»» {direction}'
+
   return msg
 
 def play_one_day_debug(Arena):
   if not Arena.get_players(): return
-  print(f'Giorno #{Arena.day}')
+  _logs.log_debug(f'Giorno #{Arena.day}')
   alive_players= Arena.get_alive_players()
   if len(alive_players) == 1:
     day= Arena.day
@@ -46,12 +62,13 @@ def play_one_day_debug(Arena):
   
   daily_events= []
   _rand.shuffle(alive_players)
-  for p_one in alive_players:
+  for Player_one in alive_players:
-    if not p_one.is_alive(): continue # he could be dead during this day cycle
+    if not Player_one.is_alive(): continue # he could be dead during this day cycle
-    p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
+    msg= _random_action(Arena, Player_one)
-    while p_one.get_id() == p_two.get_id():
+    #p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
-      p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
+    #while Player_one.get_id() == p_two.get_id():
-    _dmg, msg= p_one.attack(p_two)
+      #p_two= _rand.sample(Arena.get_alive_players(), 1)[0]
+    #_dmg, msg= Player_one.attack(p_two)
     daily_events.append(msg)
   
   Arena.next_day()
@@ -61,6 +78,19 @@ def play_one_day_debug(Arena):
   #_dmg, msg= p_one.attack(p_two)
   #return msg
 
+def init_debug_simulation():
+  Arena= _debug_data()
+  while (len(Arena.get_alive_players()) > 1):
+    events= play_one_day_debug(Arena)
+    _logs.log_debug('#################')
+    _logs.log_debug('#################')
+    _logs.log_debug('#################')
+    _logs.log_debug(events)
+    _logs.log_debug('#################')
+    _logs.log_debug('#################')
+    _logs.log_debug('#################')
+    _time.sleep(0.3)
+
 def init_debug_loop():
   Arena= _debug_data()
   while (len(Arena.get_alive_players()) > 1):
@@ -76,14 +106,14 @@ def init_debug_loop():
     #End of day
 
   last_player= Arena.get_alive_players()[0]
-  print(f'{last_player.get_name()} sopravvive e vince dopo {Arena.day} lunghi Giorni, conquistando l\'amore eterno di Guarino')
+  _logs.log_debug(f'{last_player.get_name()} sopravvive e vince dopo {Arena.day} lunghi Giorni, conquistando l\'amore eterno di Guarino')
 
 def debug_random_map():
   from entities import map as _map;
   from entities import player;
   M= _map.BrSimMap(players= [player.BrSimPlayer(i) for i in range(20)]);
   res= M.get_renderized_map()
-  print(res)
+  _logs.log_debug(res)
 
 if __name__ == '__main__':
   init_debug()

entities/arena.py

@@ -1,6 +1,8 @@
 from entities import player as _player
 from entities import event_picker as _events
+from entities import gamemap as _map
 from entities.items import weapons as _weapons
+from utils import logs as _logs
 
 class BrSimArena():
 
@@ -14,6 +16,7 @@ class BrSimArena():
     self.eventClass = _events.ArenaEventPicker(self.players)
     self.init_players(players)
     self.init_weapons(weapons)
+    self.Map= _map.BrSimMap(self.players, self.weapons)
 
   def init_players(self, players):
     if not players: return
@@ -28,13 +31,13 @@ class BrSimArena():
 
   def next_day(self):
     self.day+= 1
-    print(f'Giorno: {self.day}')
+    _logs.log_debug(f'Giorno: {self.day}')
     alive_players_str= ', '.join([p.get_name() for p in self.get_alive_players()])
-    print(f'Giocatori vivi: {alive_players_str}')
+    _logs.log_debug(f'Giocatori vivi: {alive_players_str}')
     death_players= self.get_death_players()
     if (death_players):
       death_players_str= ', '.join([p.get_name() for p in death_players])
-      print(f'Giocatori morti: {death_players_str}')
+      _logs.log_debug(f'Giocatori morti: {death_players_str}')
 
   def get_alive_players(self):
     res= []
@@ -110,10 +113,12 @@ class BrSimArena():
   def add_player(self, name, inventory= None):
     player= _player.BrSimPlayer(name, inventory)
     self.players.append(player)
+    self.Map.add_player_to_map(player)
 
   def add_weapon(self, weapon_type):
     weapon= _weapons.BrSimWeapon(weapon_type)
     self.weapons.append(weapon)
+    self.Map.add_item_to_map(item)
 
   def get_players(self):
     return self.players
@@ -124,3 +129,6 @@ class BrSimArena():
       #XXX implement me
       res.append(w)
     return res
+
+  def get_map(self):
+    return self.Map

entities/event.py

@@ -0,0 +1,5 @@
+class Event():
+  def __init__(self, event_settings, the_player, affected_players = []):
+    # this will be the class that manage the event, so the result and what ahppens to the players
+    # will do it later
+    pass

entities/event_picker.py

@@ -7,7 +7,75 @@ class ArenaEventPicker():
     self.event_list = EVENTS
     self.already_picked_players =  []
 
-  def pick_event():
+  def pick_a_player():
-    pass
+    the_player = _random.choice(self.players)
+    the_player_id = the_player.get('id')
+
+    self.players = list(filter(lambda x : x.get('id') != the_player_id))
+
+    self.already_picked_players.append(the_player)
+    
+    return the_player
+
+  def pick_event(the_player):
+
+    player_inventory  = the_player.get('inventory') or []
+    status            = the_player['health']
+    reputation        = the_player['reputation']
+
+    elegible_events = []
+    for event in EVENTS:
+      requirements = event['requirements']
+
+      keys_to_check = ['item', 'weapon', 'status', 'reputation', 'affected_players']
+
+      for check in keys_to_check:
+        if requirements.get(check) and check == 'item':
+          needed_items = requirements.get('check')
+          if needed_items in player_inventory:
+            elegible_events.append(event)
+
+        if requirements.get(check) and check == 'weapon':
+          needed_weapons = requirements.get('check')
+          if needed_items in player_inventory:
+            elegible_events.append(event)
+
+        if requirements.get(check) and check == 'status':
+          needed_health = requirements.get('check')
+          if '>' in requirements.get(check) and requirements.get(check) > needed_health:
+            elegible_events.append(event)
+          if '<' in requirements.get(check) and requirements.get(check) < needed_health:
+            elegible_events.append(event)
+
+        if requirements.get(check) and check == 'reputation':
+          needed_reputation = requirements.get('reputation')
+          if '>' in requirements.get(check) and requirements.get(check) > needed_reputation:
+            elegible_events.append(event)
+          if '<' in requirements.get(check) and requirements.get(check) < needed_reputation:
+            elegible_events.append(event)
+        
+        if check == 'affected_players':
+          needed_players = event.get('affected_players')
+          if needed_players < len(self.players):
+            elegible_events.append(event)
+
+    the_event = _random.choice(elegible_events)
+    return the_event
+
+  def pick_targets(number_of_targets):
+    random.shuffle(self.players)
+    return list(self.players[0:number_of_targets])
+
+  def resolve_event():
+    playing_player = self.pick_a_player()
+    assigned_event = self.pick_event(playing_player)
+
+    affected_players = assigned_event['affected_players']
+    if isinstance(affected_players,list):
+      affected_players = _random.choice(affected_players)
+
+    targeted_players = self.pick_targets(affected_players)
+
+    event_instance = _event.Event(assigned_event, playing_player)
     
 

entities/gamemap.py

@@ -0,0 +1,235 @@
+import random as _random
+import copy as _copy
+import io as _io
+from PIL import Image as _Image
+from PIL import ImageDraw as _ImageDraw
+from utils import logs as _logs
+from bot_libs import syms as _bot_syms
+from entities import resource as _resource
+from utils import logs as _logs
+
+
+class BrSimMap():
+
+  def __init__(self, players= None, items= None):
+    self.players= players or []
+    self.items= items or []
+    self.world_width= 10 #seems a reasonable width for smartphones larger maps would go on a new line
+    self.world_height= 10
+    self.game_map= []
+    self.field_sym= _bot_syms.MAP_UTF8_FIELD
+    self.player_male_sym= _bot_syms.MAP_UTF8_PLAYER_MALE
+    self.player_female_sym= _bot_syms.MAP_UTF8_PLAYER_FEMALE
+    self.player_nonbinary_sym= _bot_syms.MAP_UTF8_PLAYER_NONBINARY
+    self.dead_player_sym= _bot_syms.MAP_UTF8_DEATH_PLAYER
+    self.item_sym= _bot_syms.MAP_UTF8_ITEM
+    self.mountain_sym = _bot_syms.MAP_UTF8_MOUNTAIN
+    self.init_map_matrix()
+    self.init_players_coordinates()
+    self.init_items_coordinates()
+    self.populate_map()
+
+  def init_map_matrix(self):
+    # show a matrix representing the game's map
+    # 🟩 is and empty cell
+    # (tomorrow we can choose different colors for different locations
+    # 🟠 this is a player (we could use different colors for different genders)
+    # 📦 this is an item (weapon or another item)
+    # 💀 this is icon when the player is dead 
+    # ⛰️ this is icon for the mountain (We can prevent players from passing through the mountains and thus use them for map boundaries.)
+    self.game_map= [] 
+
+    width= []
+    #mon = []
+    #for i in range(self.world_width):
+      #mon.append(self.mountain_sym)
+    for i in range(self.world_width):
+      #if i == 0 or i == self.world_width - 1: width.append(self.mountain_sym)
+      #else: width.append(self.field_sym)
+      width.append(None)
+      #width.append(self.field_sym)
+    for i in range(self.world_height):
+      #if i == 0 or i == self.world_height - 1: self.game_map.append(mon)
+      #else: self.game_map.append(_copy.deepcopy(width))
+      self.game_map.append(_copy.deepcopy(width))
+    _logs.log_debug(f'init_map_matrix: {self.game_map}')
+
+  def populate_map(self):
+    for player in self.players:
+      p_coord_x, p_coord_y= player.get_coordinates()
+      self.game_map[p_coord_y][p_coord_x]= player
+      #if not player.is_alive(): self.game_map[p_coord_y][p_coord_x]= self.dead_player_sym
+      #elif player.player_gender_is_male(): self.game_map[p_coord_y][p_coord_x]= self.player_male_sym
+      #elif player.player_gender_is_female(): self.game_map[p_coord_y][p_coord_x]= self.player_female_sym
+      #else: self.game_map[p_coord_y][p_coord_x]= self.player_nonbinary_sym
+    for item in self.items:
+      i_coord_x, i_coord_y= item.get_coordinates()
+      self.game_map[p_coord_y][p_coord_x]= item
+      #self.game_map[i_coord_y][i_coord_x]= self.item_sym
+
+  def _put_resource_on_map(self, target):
+      #x= _random.randint(1, self.world_width -2) # from 1 to width-2 because 1 cell is occupied by the mountain
+      #y= _random.randint(1, self.world_height -2)
+      x= _random.randint(0, self.world_width -1)
+      y= _random.randint(0, self.world_height -1)
+      resource= self.get_map_matrix()[y][x]
+      while resource:
+        #while self.get_map_matrix()[y][x] != self.field_sym:
+        _logs.log_debug('_put_resource_on_map: collision, regenerate coordinates')
+        x= _random.randint(0, self.world_width -1)
+        y= _random.randint(0, self.world_height -1)
+        resource= self.get_map_matrix()[y][x]
+      _logs.log_debug(f'{target.get_name()} >>> ({x},{y})')
+      target.set_coordinates(x, y)
+      self.get_map_matrix()[y][x]= target
+
+  def init_players_coordinates(self):
+    for player in self.players:
+      self._put_resource_on_map(player)
+
+  def init_items_coordinates(self):
+    for item in self.items:
+      self._put_resource_on_map(item)
+
+  def add_player_to_map(self, player):
+    self.players.append(player)
+    self._put_resource_on_map(player)
+
+  def add_item_to_map(self, item):
+    self.items.append(item)
+    self._put_resource_on_map(item)
+
+  def get_map_matrix(self):
+    return self.game_map
+  
+  def get_player_available_directions(self, Player):
+    coord_x, coord_y= Player.get_coordinates()
+    avail_directions= []
+    #XXX for now move only on available cells, no over other players/items
+    for shift in [-1, 1]:
+      x= coord_x + shift
+      if x < 0 or x > self.world_width -1: continue
+      resource= self.get_map_matrix()[coord_y][x]
+      direction= shift == -1 and 'sinistra' or 'destra'
+      if not resource: avail_directions.append((shift, 0, direction))
+    for shift in [-1, 1]:
+      y= coord_y + shift
+      if y < 0 or y > self.world_height -1: continue
+      resource= self.get_map_matrix()[y][coord_x]
+      direction= shift == -1 and 'su' or 'giu\''
+      if not resource: avail_directions.append((0, shift, direction))
+    return avail_directions
+
+  def check_near_players(self, Player):
+    # TODO Implement me
+    # 1. range weapons like arch can attack from distance
+    # 2. knife, sword and punch can attack only on immediate near cell
+
+    coord_x, coord_y= Player.get_coordinates()
+    attackable_players= []
+    for shift in [-1, 1]:
+      x= coord_x + shift
+      if x < 0 or x >= self.world_width -1: continue
+      resource= self.get_map_matrix()[coord_y][x]
+      if resource and resource.is_player() and resource.is_alive(): attackable_players.append(resource)
+    for shift in [-1, 1]:
+      y= coord_y + shift
+      if y < 0 or y >= self.world_height -1: continue
+      resource= self.get_map_matrix()[y][coord_x]
+      if resource and resource.is_player() and resource.is_alive(): attackable_players.append(resource)
+
+    return attackable_players
+
+  def check_near_items(self, Player):
+    # TODO Implement me
+    return []
+
+  def get_player_available_actions(self, Player):
+    # TODO: define actions list
+    coord_x, coord_y= Player.get_coordinates()
+    avail_actions= {}
+    
+    attack= self.check_near_players(Player)
+    if attack:
+      _logs.log_debug(f'{Player.get_name()} can attack {[a.get_name() for a in attack]}')
+      #avail_actions.append(1) #XXX replace with attack action (or maybe other actions on players)
+      avail_actions[1]= attack #XXX replace with attack action (or maybe other actions on players)
+    if self.get_player_available_directions(Player):
+      avail_actions[2]= True #XXX replace with action move
+    items= self.check_near_items(Player)
+    if items:
+      avail_actions[3]= items #XXX replace with get item action
+
+    return avail_actions
+
+  def get_renderized_map(self):
+    res= ''
+    self.populate_map()
+    game_map= self.get_map_matrix()
+    for y in game_map:
+      for x in y:
+        if not x: el= self.field_sym
+        #XXX how to manage mountains?
+        elif x.is_player():
+          if not x.is_alive(): el= self.dead_player_sym
+          elif x.player_gender_is_male(): el= self.player_male_sym
+          elif x.player_gender_is_female(): el= self.player_female_sym
+          else: el= self.player_nonbinary_sym
+        elif x.is_item():
+          el= self.item_sym
+        res+= el
+      res+= '\n'
+    return res
+
+  def get_image_map(self):
+    self.populate_map()
+    scale_x= 20
+    scale_y= 20
+    final_x= self.world_width * scale_x
+    final_y= self.world_height * scale_y
+    image = _Image.new('RGB', (final_x, final_y))
+    draw = _ImageDraw.Draw(image)
+    outline= '#000000'
+
+    for y in range(self.world_height):
+      for x in range(self.world_width):
+        resource= self.game_map[y][x]
+        if not resource:
+          pixel_color= _bot_syms.MAP_IMAGE_FIELD
+        # XXX how to manage mountains? maybe another class?
+        #elif resource == self.mountain_sym:
+          #pixel_color= _bot_syms.MAP_IMAGE_MOUNTAIN
+        elif resource.is_item():
+          pixel_color= _bot_syms.MAP_IMAGE_ITEM
+        elif resource.is_player():
+          if not resource.is_alive():
+            pixel_color= _bot_syms.MAP_IMAGE_DEATH_PLAYER
+          elif resource.player_gender_is_male():
+            pixel_color= _bot_syms.MAP_IMAGE_PLAYER_MALE
+          elif resource.player_gender_is_female():
+            pixel_color= _bot_syms.MAP_IMAGE_PLAYER_FEMALE
+          elif resource.player_gender_is_not_binary():
+            pixel_color= _bot_syms.MAP_IMAGE_PLAYER_NONBINARY
+
+        scaled_x_coord= x * scale_x
+        scaled_y_coord= y * scale_y
+        # if x == 1 distance from top-right is 20 (because everything is 20x bigger)
+        # then we want to draw a rectanghe 20x20 (instead of 1x1)
+        # this mean that if x == 1 (20px from top-right), x+1 == 2 (40px from top-right)
+        # the same for y
+        # this means that i keep the same factor proportions but 20x bigger
+        scaled_x_width= (x + 1) * scale_x
+        scaled_y_height= (y + 1) * scale_y
+
+        draw.rectangle([scaled_x_coord, scaled_y_coord, scaled_x_width, scaled_y_height],
+          fill= pixel_color, outline= outline
+        )
+    
+    # debug
+    #image.save('/tmp/battle_royale_map.png')
+    #image.show()
+
+    bio = _io.BytesIO()
+    image.save(bio, 'PNG')
+    bio.seek(0)
+    return bio

entities/items/item.py

@@ -1,11 +1,16 @@
 import random as _random
+from entities import resource as _resource
 
-class BrSimItem():
+class BrSimItem(_resource.BrSimResource):
 
+  # test 
   def __init__(self):
     self.coord_x= 0
     self.coord_y= 0
 
+  def is_item(self):
+    return True
+
   def get_name(self):
     return self.name
 
@@ -20,10 +25,3 @@ class BrSimItem():
 
   def is_cure(self):
     return False
-
-  def get_item_coordinates(self):
-    return self.coord_x, self.coord_y
-
-  def set_item_coordinates(self, x, y):
-    self.coord_x= x
-    self.coord_y= y

entities/map.py

@@ -1,91 +0,0 @@
-import random as _random
-import copy as _copy
-from utils import logs as _logs
-
-
-class BrSimMap():
-
-  def __init__(self, players= None, items= None):
-    self.players= players or []
-    self.items= items or []
-    self.world_width= 10 #seems a reasonable width for smartphones larger maps would go on a new line
-    self.world_height= 25
-    self.game_map= []
-    self.field_sym= '🟩'
-    self.player_male_sym= '♂️'
-    self.player_female_sym= '♀️'
-    self.player_nonbinary_sym= '⚧️'
-    self.dead_player_sym= '💀'
-    self.item_sym= '📦'
-    self.mountain_sym = '⛰️'
-    self.init_map_matrix()
-    self.init_players_coordinates()
-    self.init_items_coordinates()
-    self.populate_map()
-
-  def init_map_matrix(self):
-    # show a matrix representing the game's map
-    # 🟩 is and empty cell
-    # (tomorrow we can choose different colors for different locations
-    # 🟠 this is a player (we could use different colors for different genders)
-    # 📦 this is an item (weapon or another item)
-    # 💀 this is icon when the player is dead 
-    # ⛰️ this is icon for the mountain (We can prevent players from passing through the mountains and thus use them for map boundaries.)
-
-    width= []
-    mon = []
-    for i in range(self.world_width):
-      mon.append(self.mountain_sym)
-    for i in range(self.world_width):
-      if i == 0 or i == self.world_width - 1: width.append(self.mountain_sym)
-      else: width.append(self.field_sym)
-    for i in range(self.world_height):
-      if i == 0 or i == self.world_height - 1: self.game_map.append(mon)
-      else: self.game_map.append(_copy.deepcopy(width))
-    _logs.log_debug(f'init_map_matrix: {self.game_map}')
-
-  def populate_map(self):
-    for player in self.players:
-      p_coord_x, p_coord_y= player.get_player_coordinates()
-      if player.player_gender_is_male(): self.game_map[p_coord_y][p_coord_x]= self.player_male_sym
-      elif player.player_gender_is_female(): self.game_map[p_coord_y][p_coord_x]= self.player_female_sym
-      else: self.game_map[p_coord_y][p_coord_x]= self.player_nonbinary_sym
-    for item in self.items:
-      i_coord_x, i_coord_y= item.get_item_coordinates()
-      self.game_map[i_coord_y][i_coord_x]= self.item_sym
-
-  def get_map_matrix(self):
-    return self.game_map
-
-  def get_renderized_map(self):
-    res= ''
-    game_map= self.get_map_matrix()
-    for y in game_map:
-      for x in y:
-        res+= x
-      res+= '\n'
-    return res
-
-  def init_players_coordinates(self):
-    # XXX init random player.coord_x and player.coord_y (of course not already used coords)
-    # parse all self.players and define random coordinates (player.coord_x, and player.coord_y)
-    for player in self.players:
-      x= _random.randint(1, self.world_width -2) # -2 because 1 cell is occupied by the mountain
-      y= _random.randint(1, self.world_height -2)
-      while self.get_map_matrix()[y][x] != self.field_sym:
-        print('init_players_coordinates: collision, regenerate coordinates')
-        x= _random.randint(1, self.world_width -2)
-        y= _random.randint(1, self.world_height -2)
-      player.set_player_coordinates(x, y)
-
-  def init_items_coordinates(self):
-    # XXX init random item.coord_x and item.coord_y (of course not already used coords)
-    # parse all self.items and define random coordinates (item.coord_x, and item.coord_y)
-    for item in self.items:
-      x= _random.randint(1, self.world_width -2) # -2 because 1 cell is occupied by the mountain
-      y= _random.randint(1, self.world_height -2)
-      while self.get_map_matrix()[y][x] != self.field_sym:
-        print('init_items_coordinates: collision, regenerate coordinates')
-        x= _random.randint(1, self.world_width -2)
-        y= _random.randint(1, self.world_height -2)
-      item.set_item_coordinates(x, y)

entities/player.py

@@ -1,13 +1,16 @@
 import random as _random
 import uuid as _uuid
+from entities import resource as _resource
+from utils import logs as _logs
 
-class BrSimPlayer():
+class BrSimPlayer(_resource.BrSimResource):
 
   def __init__(self, name, inventory= None):
+    super()
     self.id= str(_uuid.uuid4())
     self.name= name
     self.stats= ''
-    self.health= _random.randint(1,3)
+    self.health= _random.randint(1,1)
     self.inventory= inventory or []
     self.damage= _random.randint(1,2) # this is the punch damage amount
     self.max_weight= 5 # this is the max inventory weight
@@ -19,18 +22,12 @@ class BrSimPlayer():
     self.equipped_weapon= None
     self.gender= _random.sample(['m', 'f', '-'], 1)[0] # for now get a random gender
     self.reputation= 50 #Like RDR2 the player can be evil(0) or good(100). This should influence the sponsors and internal alliance
-    self.coord_x= 0
+
-    self.coord_y= 0
+  def is_player(self):
+    return True
 
   ### control methods
 
-  def get_player_coordinates(self):
-    return self.coord_x, self.coord_y
-
-  def set_player_coordinates(self, x, y):
-    self.coord_x= x
-    self.coord_y= y
-
   def get_name_and_stats(self):
     health= '♥️' * self.health or '☠️'
     strength= '⚔️' * self.damage
@@ -141,11 +138,11 @@ class BrSimPlayer():
 
     self.health= 0
     if self.player_gender_is_male():
-      print(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono morto x.x')
+      _logs.log_debug(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono morto x.x')
     elif self.player_gender_is_female():
-      print(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono morta x.x')
+      _logs.log_debug(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono morta x.x')
     else:
-      print(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono mort* x.x')
+      _logs.log_debug(f'[{self.get_name_and_stats()}]: Guarino, perdonami se sono mort* x.x')
     return damage
 
   def attack(self, target):
@@ -164,20 +161,42 @@ class BrSimPlayer():
     weapon= self.get_equipped_weapon()
     if weapon: msg+= f' con un {weapon.get_name}' 
     else: msg+= f' con un pugno'
-    self.kills+= 1
+    if not target.is_alive(): self.kills+= 1
     return self.damage, msg
 
   def get_item(self, item):
     if self.get_inventory_weight() + item.get_weight() >= self.get_max_weight():
       if self.player_gender_is_male():
-        print(f'Sono sovraccarico, {self.get_name_and_stats} non puo\' prendere questo oggetto')
+        _logs.log_debug(f'Sono sovraccarico, {self.get_name_and_stats} non puo\' prendere questo oggetto')
       elif self.player_gender_is_female():
-        print(f'Sono sovraccarica, {self.get_name_and_stats} non puo\' prendere questo oggetto')
+        _logs.log_debug(f'Sono sovraccarica, {self.get_name_and_stats} non puo\' prendere questo oggetto')
       else:
-        print(f'Sono sovraccaric#, {self.get_name_and_stats} non puo\' prendere questo oggetto')
+        _logs.log_debug(f'Sono sovraccaric#, {self.get_name_and_stats} non puo\' prendere questo oggetto')
       return False
     self.inventory.append(item)
 
+  def move(self, delta_x, delta_y):
+    # XXX maps limits:
+    # probably this isn't player's business
+    # game orchestror should manage it
+    # to avoid that the player can go out from the map
+    # or can reach unaccessible points
+    # also because the player doens't know the Map (entities/gamemap.py)
+    self.coord_x += delta_x
+    self.coord_y += delta_y
+
+  def move_right(self):
+    self._move(1, 0)
+
+  def move_left(self):
+    self._move(-1, 0)
+
+  def move_top(self):
+    self._move(0, -1)
+
+  def move_bottom(self):
+    self._move(0, 1)
+
   def escape(self):
     # TODO It can run away from the fighting
     return

entities/resource.py

@@ -0,0 +1,18 @@
+class BrSimResource():
+
+  def __init__(self):
+    self.coord_x= 0
+    self.coord_y= 0
+
+  def is_player(self):
+    return False
+  
+  def is_item(self):
+    return False
+
+  def get_coordinates(self):
+    return self.coord_x, self.coord_y
+
+  def set_coordinates(self, x, y):
+    self.coord_x= x
+    self.coord_y= y

requirements/requirements.txt

@@ -1 +1,2 @@
 python-telegram-bot[job-queue]==22.3
+pillow==11.3.0

utils/logs.py

@@ -19,17 +19,16 @@ def get_log_name():
 
 def _create_file_handler():
   global file_handler
-  print('### create file handler')
   current_log_file = get_log_name()
   file_handler = _logging.FileHandler(current_log_file, encoding='utf-8')
   formatter = _logging.Formatter('%(asctime)s - %(levelname)s - %(message)s')
   file_handler.setFormatter(formatter)
   logger.addHandler(file_handler)
-  logger.setLevel(_logging.INFO)
+  #logger.setLevel(_logging.INFO)
+  logger.setLevel(_logging.DEBUG)
   return file_handler
 
 def _setup_logging_file():
-  print('### setup logging')
   current_log_file = get_log_name()
   
   if not file_handler: return _create_file_handler()
@@ -40,6 +39,7 @@ def _setup_logging_file():
   _create_file_handler()
 
 def log_debug(txt):
+  print(txt)
   _setup_logging_file()
   logger.debug(txt)