def retreat(self, coward):
w = World()
for co in coward.combats:
w.combats.remove(co)
co.combatant1.combats.remove(co)
co.combatant2.combats.remove(co)
if co.combatant1.engaged == co:
if co.combatant1.combats and co.combatant1 != coward:
co.combatant1.engaged = co.combatant1.combats[0]
co.combatant1.engaged.in_range_set_action(co.combatant1)
else:
co.combatant1.engaged = None
if co.combatant2.engaged == co:
if co.combatant2.combats and co.combatant2 != coward:
co.combatant2.engaged = co.combatant2.combats[0]
co.combatant2.engaged.in_range_set_action(co.combatant2)
else:
co.combatant2.engaged = None
choices = []
choices.extend(libsigma.open_exits(coward.location))
selection = random.choice(choices)
libsigma.report(libsigma.SELF | libsigma.ROOM, "$actor $verb to turn tail and run away!", coward,
("manage", "manages"))
libsigma.run_command(coward, "go " + libsigma.dir2txt(selection))
def handle_death(self):
w = World()
del w.denizens[self.id]
libsigma.report(libsigma.ROOM, self.epitaph, self)
#corpse=pickle.loads(items_source[CORPSE_REFERENCE])
#self.location.contents.append(corpse)
#libsigma.transfer_money(self.money,self,corpse)
self.location.characters.remove(self)
def cast(self,speaker,target):
target= speaker if not target else target
intel=speaker.effective_stat("intelligence",self.applicable_bonuses())
disc=int(speaker.effective_stat("discipline",self.applicable_bonuses()) * .75)
value=int(min((5+disc) + random.randint(0,intel),45))
target.HP+=value
libsigma.report(libsigma.SELF | libsigma.ROOM, "A faint aura washes over $actor!",target)
target.send_line("You have gained " + str(value) +" HP!")
pass
def engage_combatants(self):
self.combatants[0].engaged=self
libsigma.report(libsigma.SELF|libsigma.ROOM, "$actor $verb advancing toward $direct!",self.combatants[0],("are","is"),self.combatants[1])
self.send_combat_statuses()
if not self.combatants[1].engaged:
libsigma.report(libsigma.SELF|libsigma.ROOM, "$actor $verb for the attack!",self.combatants[0],("ready","readies"))
self.send_combat_statuses()
self.combatants[1].engaged = self
def handle_close(self):
# Shunt output to parent (avoids recursion in simultaneous logouts)
self.parent.send = lambda s: None
if self.parent.location:
libsigma.report(libsigma.ROOM, "$actor has left the game.", self.parent)
self.parent.location.characters.remove(self.parent)
w = World()
if self.parent in w.players:
a = Archive()
a.save(self.parent)
w.players.remove(self.parent)
log("NETWORK", "Client at %s closed connection" % self.addr[0])
self.parent.socket = None
self.close()
def task_execute():
w = World()
for current in w.populators:
if w.denizens.has_key(current.instance) and 'mobile' in current.flags:
active_denizen = w.denizens[current.instance]
choices = [None]
choices.extend(libsigma.open_exits(active_denizen.location))
selection = random.choice(choices)
if active_denizen.engaged:
selection=None
if (selection != None):
if active_denizen.location.altmsg[selection]!=None:
libsigma.report(libsigma.ROOM, "$actor just went " + active_denizen.location.altmsg[selection] + ".", active_denizen )
elif (libsigma.dir2txt(selection) =='leave'):
libsigma.report(libsigma.ROOM, "$actor just went out.", active_denizen)
elif (libsigma.dir2txt(selection) == 'enter'):
libsigma.report(libsigma.ROOM, "$actor just went in.", active_denizen)
else:
libsigma.report(libsigma.ROOM, "$actor just went " + libsigma.dir2txt(selection) + ".", active_denizen)
libsigma.enter_room(active_denizen, active_denizen.location.exits[selection])
libsigma.report(libsigma.ROOM, "$actor has entered the room.", active_denizen)
def process_commands():
while len(command_queue) > 0:
speaker, message = command_queue.pop(0)
prompt = True
if speaker.state == STATE_NAME:
if message.lower() == "new":
speaker.state = STATE_CONFIG_NAME
else:
a = Archive()
name = message.strip()
if a.load(name, speaker):
speaker.state = STATE_PASSWORD
else:
speaker.send_line("I do not know that name.", 2)
elif speaker.state == STATE_PASSWORD:
password = encrypt_password(message)
if password == speaker.password:
# Do a dupe check to ensure no double logins
# before entering STATE_PLAYING
w = World()
dupe = False
for p in w.players:
if p.name == speaker.name:
dupe = True
speaker.send_line("That name is already active.", 2)
speaker.reset()
speaker.state = STATE_NAME
break
if not dupe:
log("LOGIN", "User <%s> logged in at %s" % (speaker.name, time_string()))
speaker.state = STATE_PLAYING
# Add player to master players list
w.players.append(speaker)
# Insert player into default start room and "look"
libsigma.enter_room(speaker, w.rooms[options["default_start"]])
libsigma.report(libsigma.ROOM, "$actor has entered the game.", speaker)
speaker.send_line("", 2)
libsigma.queue_command(speaker, "look")
prompt = False
else:
speaker.send_line("Incorrect password.", 2)
speaker.reset()
speaker.state = STATE_NAME
elif speaker.state == STATE_CONFIG_NAME:
name = message.strip()
a = Archive()
if a.find(name):
speaker.send_line("That name is already taken. Please choose another.", breaks=2)
elif not valid_name(name):
speaker.send_line("You cannot go by that name here.", breaks=2)
else:
speaker.name=name
speaker.state=STATE_CONFIG_PASSWORD
elif speaker.state == STATE_CONFIG_PASSWORD:
if not valid_password(message):
speaker.send_line("Please make your password at least five simple characters.", breaks=2)
else:
speaker.password = encrypt_password(message)
speaker.state=STATE_CONFIG_CHAR
creation.send_options(speaker)
elif speaker.state == STATE_CONFIG_CHAR:
if not creation.check_choice(speaker, message.lstrip()):
speaker.send_line("Please make a valid choice.")
if creation.is_configured(speaker):
for stat in stats:
if speaker.stats[stat]==DEFAULT_STAT:
speaker.stats[stat]=3
libsigma.add_points(speaker,5)
speaker.state = STATE_PLAYING
w = World()
w.players.append(speaker)
libsigma.enter_room(speaker, w.rooms[options["default_start"]])
libsigma.report(libsigma.ROOM, "$actor has entered the game.", speaker)
speaker.send_line("", 2)
libsigma.queue_command(speaker, "look")
speaker.HP=speaker.max_HP
else:
creation.send_options(speaker)
elif speaker.state == STATE_PLAYING:
if not run_command(speaker, message):
speaker.send_line("What?")
if speaker.socket and prompt:
speaker.send_prompt()
def task_execute(): # moves all combats through states through its lifecycle
w = World()
for c in w.combats[:]:
if c.combatant1_action == COMBAT_ACTION_RETREATING:
retreat = True
for co in c.combatant1.combats:
if not co.is_retreat_successful(c.combatant1):
c.combatant1.send_line(
"You try to retreat, but cannot get away from " +
(co.combatant1.name if co.combatant1 != c.combatant1
else c.combatant2.name) + "!")
retreat = False
if retreat:
c.retreat(c.combatant1)
continue
if c.combatant2_action == COMBAT_ACTION_RETREATING:
retreat = True
for co in c.combatant2.combats:
if not co.is_retreat_successful(c.combatant2):
c.combatant2.send_line(
"You try to retreat, but cannot get away from " +
(co.combatant1.name if co.combatant1 != c.combatant1
else c.combatant2.name) + "!")
retreat = False
if retreat:
c.retreat(c.combatant2)
continue
if c.combat_state == COMBAT_STATE_INITIALIZING: # Initializing is defined as a combat that has just begun.
c.engage_combatants()
c.combat_state = COMBAT_STATE_ENGAGING
elif c.combat_state == COMBAT_STATE_ENGAGING:
c.range = c.evaluate_range()
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor and $direct clash into combat at " +
libsigma.val2txt(c.range, range_match_val, range_match_txt) +
" range!", c.combatant1, None, c.combatant2)
c.send_combat_statuses()
c.in_range_set_action()
c.queue_strikes()
c.combat_state = COMBAT_STATE_FIGHTING
break
elif c.combat_state == COMBAT_STATE_FIGHTING:
# Strange case when strike queue is empty at this point
if not c.strike_queue:
c.combat_state = COMBAT_STATE_INTERMISSION
break
striker, defender = c.strike_queue[0]
striker_action = c.get_action(striker)
defender_action = c.get_action(defender)
striker_preferred_range = c.get_preferred_range(striker)
## roll for hit -- Agility
if striker_action == COMBAT_ACTION_ATTACKING:
ammo = None
can_strike = False
if not striker.active_stance.weapon_type in ammo_weapons:
can_strike = True
else:
for w in striker.equipped_weapon:
if w.ammo:
if ammo_requirements[
striker.active_stance.
weapon_type] == w.ammo.ammo_type:
can_strike = True
ammo = w
if can_strike:
striker_effective_agil = int(
striker.stats["agility"] *
balance_multiplier[striker.balance])
defender_effective_agil = int(
defender.stats["agility"] *
balance_multiplier[defender.balance])
agil_diff = striker_effective_agil - defender_effective_agil
percent_success = min(max(agil_diff * 3 + 75, 40), 98)
roll_for_hit = libsigma.d100()
if roll_for_hit <= percent_success:
#hit
damage = calculate_damage(striker, defender, c.range,
ammo)
if (striker.active_stance.weapon_type in ammo_weapons):
libsigma.transfer_item(ammo,
striker.equipped_weapon,
c.get_discard(striker), 1)
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor successfully $verb $direct for " +
str(damage) + " damage!", striker, ("hit", "hits"),
defender)
if (defender.HP - damage) <= 0:
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb victorious over $direct!",
striker, ("are", "is"), defender)
c.release(striker)
defender.HP -= damage
striker_roll_for_balance = libsigma.d100()
defender_roll_for_balance = libsigma.d100()
if striker_roll_for_balance < striker.active_stance.balance[
"HitIncreasePercent"]:
striker.balance += striker.active_stance.balance[
"HitIncreaseAmount"]
if defender_roll_for_balance < defender.active_stance.balance[
"HitReceivedIncreasePercent"]:
defender.balance += defender.active_stance.balance[
"HitReceivedIncreaseAmount"]
else:
#miss
if (striker.active_stance.weapon_type in ammo_weapons):
libsigma.transfer_item(ammo,
striker.equipped_weapon,
striker.location.contents,
1, True)
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb in an attempt to attack $direct!",
striker, ("miss", "misses"), defender)
striker_roll_for_balance = libsigma.d100()
defender_roll_for_balance = libsigma.d100()
if striker_roll_for_balance < striker.active_stance.balance[
"MissIncreasePercent"]:
striker.balance += striker.active_stance.balance[
"MissIncreaseAmount"]
if defender_roll_for_balance < defender.active_stance.balance[
"DodgeIncreasePercent"]:
defender.balance += defender.active_stance.balance[
"DodgeIncreaseAmount"]
else:
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb at $direct, unable to attack!", striker,
("glare", "glares"), defender)
elif striker_action == COMBAT_ACTION_IDLE:
libsigma.report(libsigma.SELF | libsigma.ROOM,
"$actor $verb at $direct, unable to attack!",
striker, ("glare", "glares"), defender)
if type(striker) == entities.Denizen:
if striker.preferred_weapon_range < c.range:
libsigma.run_command(striker, "advance")
else:
libsigma.run_command(striker, "withdraw")
elif striker_action == COMBAT_ACTION_ADVANCING:
if striker_action == defender_action:
c.range = c.evaluate_range()
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor and $direct $verb into " + libsigma.val2txt(
c.range, range_match_val, range_match_txt) +
" range!", striker, ("close", "close"), defender)
c.in_range_set_action()
c.strike_queue = []
c.churn = 0
else:
agil_diff = striker.stats["agility"] - defender.stats[
"agility"]
range_request_diff = striker_preferred_range - c.range
percent_success = min(
max(
4 * agil_diff + 10 * range_request_diff + 50 +
(20 * c.churn), 5), 95)
roll_for_range = libsigma.d100()
if roll_for_range <= percent_success:
c.range = striker_preferred_range
c.churn = 0
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb into " + libsigma.val2txt(
c.range, range_match_val, range_match_txt) +
" range with $direct!", striker,
("close", "closes"), defender)
c.in_range_set_action()
c.strike_queue = []
else:
c.churn += 1
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb to close into a closer range with $direct, but cannot!",
striker, ("try", "tries"), defender)
elif striker_action == COMBAT_ACTION_WITHDRAWING:
if striker_action == defender_action:
c.range = c.evaluate_range()
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor and $direct $verb into " + libsigma.val2txt(
c.range, range_match_val, range_match_txt) +
" range!", striker, ("drop", "drop"), defender)
c.in_range_set_action()
c.strike_queue = []
c.churn = 0
else:
agil_diff = striker.stats["agility"] - defender.stats[
"agility"]
range_request_diff = c.range - striker_preferred_range
percent_success = min(
max(
4 * agil_diff + 10 * range_request_diff + 50 +
(20 * c.churn), 5), 95)
roll_for_range = libsigma.d100()
if roll_for_range <= percent_success:
c.range = striker_preferred_range
c.churn = 0
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb to " + libsigma.val2txt(
c.range, range_match_val, range_match_txt) +
" range with $direct!", striker,
("withdraw", "withdraws"), defender)
c.in_range_set_action()
c.strike_queue = []
else:
c.churn += 1
libsigma.report(
libsigma.SELF | libsigma.ROOM,
"$actor $verb to withdraw to a further range with $direct, but cannot!",
striker, ("try", "tries"), defender)
striker.send_combat_status()
defender.send_combat_status()
if c.strike_queue:
c.strike_queue = c.strike_queue[1:]
if not c.strike_queue:
c.combat_state = COMBAT_STATE_INTERMISSION
elif c.combat_state == COMBAT_STATE_INTERMISSION:
c.queue_strikes()
c.combat_state = COMBAT_STATE_FIGHTING
def task_execute(): # moves all combats through states through its lifecycle
w = World()
for c in w.combats[:]:
if c.combatant1_action==COMBAT_ACTION_RETREATING:
retreat=True
for co in c.combatant1.combats:
if not co.is_retreat_successful(c.combatant1):
c.combatant1.send_line("You try to retreat, but cannot get away from " + (co.combatant1.name if co.combatant1!=c.combatant1 else c.combatant2.name) + "!")
retreat=False
if retreat:
c.retreat(c.combatant1)
continue
if c.combatant2_action==COMBAT_ACTION_RETREATING:
retreat=True
for co in c.combatant2.combats:
if not co.is_retreat_successful(c.combatant2):
c.combatant2.send_line("You try to retreat, but cannot get away from " + (co.combatant1.name if co.combatant1!=c.combatant1 else c.combatant2.name) + "!")
retreat=False
if retreat:
c.retreat(c.combatant2)
continue
if c.combat_state==COMBAT_STATE_INITIALIZING: # Initializing is defined as a combat that has just begun.
c.engage_combatants()
c.combat_state = COMBAT_STATE_ENGAGING
elif c.combat_state == COMBAT_STATE_ENGAGING:
c.range=c.evaluate_range()
libsigma.report(libsigma.SELF | libsigma.ROOM,"$actor and $direct clash into combat at " + libsigma.val2txt(c.range,range_match_val,range_match_txt) +" range!",c.combatant1,None,c.combatant2)
c.send_combat_statuses()
c.in_range_set_action()
c.queue_strikes()
c.combat_state=COMBAT_STATE_FIGHTING
break
elif c.combat_state == COMBAT_STATE_FIGHTING:
# Strange case when strike queue is empty at this point
if not c.strike_queue:
c.combat_state = COMBAT_STATE_INTERMISSION
break
striker, defender = c.strike_queue[0]
striker_action=c.get_action(striker)
defender_action=c.get_action(defender)
striker_preferred_range=c.get_preferred_range(striker)
## roll for hit -- Agility
if striker_action==COMBAT_ACTION_ATTACKING:
ammo=None
can_strike=False
if not striker.active_stance.weapon_type in ammo_weapons:
can_strike=True
else:
for w in striker.equipped_weapon:
if w.ammo:
if ammo_requirements[striker.active_stance.weapon_type] == w.ammo.ammo_type:
can_strike=True
ammo=w
if can_strike:
striker_effective_agil=int(striker.stats["agility"]*balance_multiplier[striker.balance])
defender_effective_agil=int(defender.stats["agility"]*balance_multiplier[defender.balance])
agil_diff= striker_effective_agil - defender_effective_agil
percent_success=min(max(agil_diff * 3 + 75, 40), 98)
roll_for_hit=libsigma.d100()
if roll_for_hit <= percent_success:
#hit
damage = calculate_damage(striker, defender,c.range,ammo)
if(striker.active_stance.weapon_type in ammo_weapons):
libsigma.transfer_item(ammo,striker.equipped_weapon,c.get_discard(striker),1)
libsigma.report(libsigma.SELF | libsigma.ROOM,"$actor successfully $verb $direct for " + str(damage) +" damage!", striker,("hit","hits"), defender)
if (defender.HP - damage) <= 0:
libsigma.report(libsigma.SELF | libsigma.ROOM, "$actor $verb victorious over $direct!",striker,("are","is"),defender)
c.release(striker)
defender.HP -= damage
striker_roll_for_balance=libsigma.d100()
defender_roll_for_balance=libsigma.d100()
if striker_roll_for_balance<striker.active_stance.balance["HitIncreasePercent"]:
striker.balance += striker.active_stance.balance["HitIncreaseAmount"]
if defender_roll_for_balance<defender.active_stance.balance["HitReceivedIncreasePercent"]:
defender.balance += defender.active_stance.balance["HitReceivedIncreaseAmount"]
else:
#miss
if(striker.active_stance.weapon_type in ammo_weapons):
libsigma.transfer_item(ammo,striker.equipped_weapon,striker.location.contents,1,True)
libsigma.report(libsigma.SELF | libsigma.ROOM,"$actor $verb in an attempt to attack $direct!" ,striker,("miss","misses"),defender)
striker_roll_for_balance=libsigma.d100()
defender_roll_for_balance=libsigma.d100()
if striker_roll_for_balance<striker.active_stance.balance["MissIncreasePercent"]:
striker.balance += striker.active_stance.balance["MissIncreaseAmount"]
if defender_roll_for_balance<defender.active_stance.balance["DodgeIncreasePercent"]:
defender.balance += defender.active_stance.balance["DodgeIncreaseAmount"]
else:
libsigma.report(libsigma.SELF | libsigma.ROOM,"$actor $verb at $direct, unable to attack!", striker, ("glare", "glares"), defender)
elif striker_action==COMBAT_ACTION_IDLE:
libsigma.report(libsigma.SELF | libsigma.ROOM,"$actor $verb at $direct, unable to attack!", striker, ("glare", "glares"), defender)
if type(striker)==entities.Denizen:
if striker.preferred_weapon_range < c.range:
libsigma.run_command(striker, "advance")
else:
libsigma.run_command(striker, "withdraw")
elif striker_action==COMBAT_ACTION_ADVANCING:
if striker_action==defender_action:
c.range=c.evaluate_range()
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor and $direct $verb into " + libsigma.val2txt(c.range, range_match_val, range_match_txt) + " range!",striker,("close", "close"), defender)
c.in_range_set_action()
c.strike_queue=[]
c.churn=0
else:
agil_diff=striker.stats["agility"] - defender.stats["agility"]
range_request_diff=striker_preferred_range - c.range
percent_success=min(max(4*agil_diff+10*range_request_diff + 50 + (20*c.churn), 5), 95)
roll_for_range=libsigma.d100()
if roll_for_range <= percent_success:
c.range=striker_preferred_range
c.churn=0
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor $verb into " + libsigma.val2txt(c.range, range_match_val, range_match_txt) + " range with $direct!",striker,("close", "closes"), defender)
c.in_range_set_action()
c.strike_queue=[]
else:
c.churn+=1
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor $verb to close into a closer range with $direct, but cannot!",striker,("try", "tries"), defender)
elif striker_action==COMBAT_ACTION_WITHDRAWING:
if striker_action==defender_action:
c.range=c.evaluate_range()
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor and $direct $verb into " + libsigma.val2txt(c.range, range_match_val, range_match_txt) + " range!",striker,("drop", "drop"), defender)
c.in_range_set_action()
c.strike_queue=[]
c.churn=0
else:
agil_diff=striker.stats["agility"] - defender.stats["agility"]
range_request_diff= c.range-striker_preferred_range
percent_success=min(max(4*agil_diff+10*range_request_diff + 50 + (20*c.churn), 5), 95)
roll_for_range=libsigma.d100()
if roll_for_range <= percent_success:
c.range=striker_preferred_range
c.churn=0
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor $verb to " + libsigma.val2txt(c.range, range_match_val, range_match_txt) + " range with $direct!",striker,("withdraw", "withdraws"), defender)
c.in_range_set_action()
c.strike_queue=[]
else:
c.churn+=1
libsigma.report(libsigma.SELF| libsigma.ROOM, "$actor $verb to withdraw to a further range with $direct, but cannot!",striker,("try", "tries"), defender)
striker.send_combat_status()
defender.send_combat_status()
if c.strike_queue:
c.strike_queue = c.strike_queue[1:]
if not c.strike_queue:
c.combat_state = COMBAT_STATE_INTERMISSION
elif c.combat_state == COMBAT_STATE_INTERMISSION:
c.queue_strikes()
c.combat_state=COMBAT_STATE_FIGHTING
def process_commands():
while len(command_queue) > 0:
speaker, message = command_queue.pop(0)
prompt = True
if speaker.state == STATE_NAME:
if message.lower() == "new":
speaker.state = STATE_CONFIG_NAME
else:
a = Archive()
name = message.strip()
if a.load(name, speaker):
speaker.state = STATE_PASSWORD
else:
speaker.send_line("I do not know that name.", 2)
elif speaker.state == STATE_PASSWORD:
password = encrypt_password(message)
if password == speaker.password:
# Do a dupe check to ensure no double logins
# before entering STATE_PLAYING
w = World()
dupe = False
for p in w.players:
if p.name == speaker.name:
dupe = True
speaker.send_line("That name is already active.", 2)
speaker.reset()
speaker.state = STATE_NAME
break
if not dupe:
log(
"LOGIN", "User <%s> logged in at %s" %
(speaker.name, time_string()))
speaker.state = STATE_PLAYING
# Add player to master players list
w.players.append(speaker)
# Insert player into default start room and "look"
libsigma.enter_room(speaker,
w.rooms[options["default_start"]])
libsigma.report(libsigma.ROOM,
"$actor has entered the game.", speaker)
speaker.send_line("", 2)
libsigma.queue_command(speaker, "look")
prompt = False
else:
speaker.send_line("Incorrect password.", 2)
speaker.reset()
speaker.state = STATE_NAME
elif speaker.state == STATE_CONFIG_NAME:
name = message.strip()
a = Archive()
if a.find(name):
speaker.send_line(
"That name is already taken. Please choose another.",
breaks=2)
elif not valid_name(name):
speaker.send_line("You cannot go by that name here.", breaks=2)
else:
speaker.name = name
speaker.state = STATE_CONFIG_PASSWORD
elif speaker.state == STATE_CONFIG_PASSWORD:
if not valid_password(message):
speaker.send_line(
"Please make your password at least five simple characters.",
breaks=2)
else:
speaker.password = encrypt_password(message)
speaker.state = STATE_CONFIG_CHAR
creation.send_options(speaker)
elif speaker.state == STATE_CONFIG_CHAR:
if not creation.check_choice(speaker, message.lstrip()):
speaker.send_line("Please make a valid choice.")
if creation.is_configured(speaker):
for stat in stats:
if speaker.stats[stat] == DEFAULT_STAT:
speaker.stats[stat] = 3
libsigma.add_points(speaker, 5)
speaker.state = STATE_PLAYING
w = World()
w.players.append(speaker)
libsigma.enter_room(speaker, w.rooms[options["default_start"]])
libsigma.report(libsigma.ROOM, "$actor has entered the game.",
speaker)
speaker.send_line("", 2)
libsigma.queue_command(speaker, "look")
speaker.HP = speaker.max_HP
else:
creation.send_options(speaker)
elif speaker.state == STATE_PLAYING:
if not run_command(speaker, message):
speaker.send_line("What?")
if speaker.socket and prompt:
speaker.send_prompt()
def cast(self,speaker,target):
libsigma.report(libsigma.SELF | libsigma.ROOM, "$actor $verb slightly more agitated than before.",speaker,('appear','appears'))
speaker.send_line("You have successfully cast Adrenaline!")
pass