def available_actions(self, the_player):
moves = self.adjacent_moves()
moves.append(actions.ViewInventory())
moves.append(actions.Use(tile=self))
moves.append(actions.Quit())
if the_player.fsm:
moves.extend(self.devcommands(the_player))
return moves
def available_actions(self, the_player):
if self.enemy.is_alive() and self.enemy.aggro:
moves = []
moves.append(actions.ViewInventory())
moves.append(actions.Use(tile=self))
moves.append(actions.Flee(tile=self))
moves.append(actions.Attack(enemy=self.enemy))
moves.append(actions.Talk(tile=self, enemy=self.enemy))
moves.append(actions.Quit())
if the_player.fsm:
moves.extend(self.devcommands(the_player))
return moves
elif self.enemy.is_alive() and not self.enemy.aggro:
moves = self.adjacent_moves()
moves.append(actions.ViewInventory())
moves.append(actions.Use(tile=self))
moves.append(actions.Quit())
moves.append(actions.Attack(enemy=self.enemy))
moves.append(actions.Talk(tile=self, enemy=self.enemy))
if the_player.fsm:
moves.extend(self.devcommands(the_player))
return moves
else:
moves = self.adjacent_moves()
moves.append(actions.ViewInventory())
moves.append(actions.Use(tile=self))
moves.append(actions.Quit())
if len(self.item) != 0:
moves.append(actions.Grab(tile=self))
if the_player.fsm:
moves.extend(self.devcommands(the_player))
return moves
def available_actions(self):
"""Returns all of the available actions in this room."""
moves = self.adjacent_moves()
moves.append(actions.ListCommands())
moves.append(actions.ViewInventory())
moves.append(actions.Look())
moves.append(actions.View())
moves.append(actions.Equip())
moves.append(actions.Take())
moves.append(actions.Use())
moves.append(actions.Search())
moves.append(actions.Menu())
moves.append(actions.Save())
moves.append(actions.ViewMap())
return moves
def action(self):
pressed = self.screen.getch()
y, x = self._get_direction(pressed=pressed)
if y and x:
return actions.Move(self.player, self.map.tiles[y][x])
# open
if pressed == ord('o'):
y, x = self._get_direction("Open what")
if y and x:
return actions.Open(self.player, self.map.tiles[y][x])
# close
if pressed == ord('c'):
y, x = self._get_direction("Close what")
if y and x:
return actions.Close(self.player, self.map.tiles[y][x])
y, x = self.player.y, self.player.x
# pick up
if pressed == ord('p'):
return actions.PickUp(self.player, self.map.tiles[y][x])
# drop
if pressed == ord('d'):
item = self._get_item("Drop what")
return actions.Drop(self.player, self.map.tiles[y][x], item)
# use
if pressed == ord('u'):
item = self._get_item("Use what")
if item:
y, x = self._get_direction("Use %s on what" % item)
if y and x:
return actions.Use(self.player, self.map.tiles[y][x], item)
if pressed == ord('?'):
return actions.Wait(
"<arrows>: walk, O: open, C: close, P: pick up, D: drop, U: use"
)
return actions.Wait()
def __init__(self, health, location):
creature.Creature.__init__(self, "player", health)
self.location = location # the player's actions derive from its location
self.settings = {
"auto-rest": True,
"auto-scavenge": True,
"instant input": True,
"permadeath": False
}
# baseActions are actions the player can always take.
self.baseActions = [actions.Menu(self), actions.Use(self)]
self.actions = self.baseActions + self.location.actions
self.levelBonus = actions.LevelBonus(self, [])
self.abilities = [
actions.Use(self)
] # the player's abilities list is not a frequency list because the player chooses abilities
self.states = {}
self.classInspect = lambda: "" # additional combat information (ex. rogue could say "Stealthed" or mage could say "Mana 100/100")
self.classUpdate = lambda: None
self.combatUpdate = lambda: None
self.completedQuests = {}
# The player starts at level 1.
self.levelUpExperience = [
# 2 3 4 5 6 7 8 9 10
100,
200,
400,
600,
800,
1000,
1200,
1400,
1700,
# 11 12 13 14 15 16 17 18 19 20
2000,
2300,
2600,
3000,
3400,
3800,
4200,
4600,
5000,
5400,
# 21 22 23 24 25 26 27 28 29 30
5800,
6200,
6600,
7000,
7500,
8000,
8500,
9000,
9500,
10000
]
self.maxLevel = len(self.levelUpExperience) + 1
self.experience = 0
self.level = 1
self.isPlayer = True
self.unique = False
self.alive = True