def generate(self):
shops = 0
hotel = 0
taverns = util.roll(1, self.rank, -1)
if self.rank >= 3:
if util.coinflip():
shops = util.roll(1, self.rank, -2)
hotel = util.coinflip()
#roll for number of houses. it'lee be 4-8 houses for small village
#and 6-12 for town. and much for for large city. but that's it for now
house_count = util.roll(self.rank, 3, self.rank)
noble_house_count = util.roll(1, self.rank, -3)
gl.logger.debug(
'Generating buildings: %d rooms, %d noble, %d tavern, %d shops, %d hotel'
% (house_count, noble_house_count, taverns, shops, hotel))
gen = self.create_room_generator(house_count, noble_house_count,
taverns, shops, hotel)
self.generate_road()
for x in (noble_house_count, taverns, shops, hotel):
house_count += util.cap_lower(x, 0, 0)
gl.logger.debug('Total number of houses: %d' % house_count)
if self.room_placer is None:
self.generate_rooms_random_place(house_count, gen)
else:
self.room_placer(self, house_count, gen)
def generate_rooms_along_road(self, house_count, room_gen, allow_crop = True):
x = util.roll(2, 3)
x2 = int(x)
house_top = house_count / 2 + house_count % 2
house_bot = house_count / 2
for z in xrange(0, house_top):
room = room_gen.next().materialize()
if house_bot > 0:
room2 = room_gen.next().materialize()
y = self.roadminy - len(room) + (self.roadmaxy - self.roadminy)
y2 = self.roadminy
xw = x + len(room[0]); xh = y + len(room)
if xw < self.width and xh < self.height:
newxy = self.adjust_x_y_anywhere(x, y, xw, xh, -1, allow_crop)
if newxy is None:
continue
x, y = newxy
self.copy_room(room, x, y)
x = xw
x += util.roll(2,2)
if house_bot > 0:
x2w = x2 + len(room2[0])
y2w = y2 + len(room2)
if x2w > self.width or y2w > self.height:
continue
newxy2 = self.adjust_x_y_anywhere(x2, y2, x2w, y2w, 1, allow_crop)
if newxy2 is not None:
x2, y2 = newxy2
self.copy_room(room2, x2, y2)
x2 += len(room2[0])
x2 += util.roll(2,2)
house_bot -= 1
def update(self):
events = []
if roll(self.game.insanity_rate):
self.insanity += 1
if self.is_infected:
self.days_infected += 1
if self.days_infected == 3:
self.is_alive = False
else:
if (roll(self.game.infection_rate) and not
self.game.infected_someone_today):
self.is_infected = True
self.days_infected = 0
events.append(CharacterInfected(self))
self.game.infected_someone_today = True
if self.insanity == 5:
self.is_alive = False
if self.game.food_rations > 0:
self.game.food_rations -= 1
else:
self.is_alive = False
if self.is_alive:
if not self.is_infected:
self.game.turn_action_points += 1
else:
del self.game.skill_commands[self.skill_command]
events.append(CharacterDeath(self))
return events
def attack(self, whom):
dmgs = []
for attack in self.base_dmg:
dmg = util.roll(*attack)
#let's roll 1d20 + HD for now, assuming that monster
# can hit player no lees than 30% of the time
# (thus checking it to be > 14)
#TODO add player's/monsters' evade to calculations
if util.roll(1, 20, self.base_hd) >= 14:
dmgs.append(dmg)
else:
gl.message(self.name.capitalize() + ' misses ' + whom.name, 1)
whom.take_damage(self, dmgs, attack)
def attack(self, whom):
dmgs = []
for attack in self.base_dmg:
dmg = util.roll(*attack)
#let's roll 1d20 + HD for now, assuming that monster
# can hit player no lees than 30% of the time
# (thus checking it to be > 14)
#TODO add player's/monsters' evade to calculations
if util.roll(1, 20, self.base_hd) >= 14:
dmgs.append(dmg)
else:
gl.message(self.name.capitalize() + ' misses ' + whom.name, 1)
whom.take_damage(self, dmgs, attack)
def soothe(self):
self.game.turn_action_points -= 1
if roll(90):
self.insanity -= 1
return (CharacterSoothedResult(self, True),)
else:
return (CharacterSoothedResult(self, False),)
def bullets(self):
self.game.turn_action_points -= 1
added_bullets = 0
if roll(75):
added_bullets = randint(1, 10)
self.game.bullets += added_bullets
return (BulletsMade(added_bullets),)
def scavenge(self):
self.game.turn_action_points -= 1
added_food = 0
if roll(60):
added_food = randint(5, 10)
self.game.food_rations += added_food
return (FoodHuntResult(added_food),)
def search(self) -> None:
self.time += SEARCH_TIME
room = self.hero.room
check = self.hero.awareness.bonus + roll()
for nr in room.neighbors.values():
nr.reveal_hidden(check)
self.look()
def _choose_map(generator_type, params, player_hd, theme, size):
""" _choose_map(...) = > MapDef (or None if theme file does not exist)
Loads the list of available maps and chooses a random one.
Maps gets filtered first by number of parameters. Selection is based on weight/chance of a map.
Also map is checked against unique maps list already generated.
"""
file = get_map_file(theme, size=size)
if not file:
return None
av_maps = parse_file(file)
total_maps_of_theme = len(av_maps)
if total_maps_of_theme < 1: raise RuntimeError('No maps for MapRequest with theme [%s]' % theme)
#now let's filter them leaving maps suitable for current generator/player HD and other params
av_maps = filter(lambda x: _check_static_params(generator_type, player_hd, x, params), av_maps)
tmap = None
if not av_maps:
return None
while True:
if total_maps_of_theme < 1:
#if we iterated over enough maps and can't decide on them - break unless none is selected
if tmap: break
raise RuntimeError('Cannot select map of theme %s - too few maps available' % theme)
total_maps_of_theme -= 1
# choose a random map from a weighed list
tmap = random_from_list_weighted(av_maps)
if tmap.chance > 0:
if roll(1, tmap.chance) == 1:
break
else:
break
unique_maps_already_generated[tmap.id] = 1
#prepare a map
return tmap.prepare(params)
def create_city(birth = False, city=False, depart = False):
name = util.gen_name('city', world.cities_names)
if birth:
world.birth_place = name
if city:
world.birth_place_rank = util.roll(2, 3, 3)
else:
world.birth_place_rank = util.roll(1, 3, 1)
if depart:
world.depart_place = name
world.current_city = name
if city:
world.depart_place_rank = util.roll(1, 3, 3)
else:
world.depart_place_rank = util.roll(1, 3)
return name
def 血犹大第一可爱(self):
skill_name = "血犹大第一可爱"
if roll(30):
self.log_skill(skill_name)
defence_decreased = 5
log(f"【{self.enemy.name}】的防御力降低 {defence_decreased} 点")
self.enemy.defence = max(0, self.enemy.defence - defence_decreased)
def attack(self, from_char, to_char):
""" Perform an attack represented by self from from_char to to_char."""
print self.messages["prep_msg"] % (from_char.desc["job"], to_char.desc["job"], self.wpn_name)
# calculate hit
# Hit formula:
# 1d20 + attribute vs defender's AC
# roll 20 for crit
print "Calculating hit chance:",
attribute = from_char.effective_stats[self.attribute]
hit_roll, crit_roll = roll(HIT_ROLL, True)
hit_against = to_char.effective_stats["AC"]
hit = attribute + hit_roll
print "%d against %d" % (hit, hit_against)
# calculate damage
# Dmg formula:
# roll 20 and > enemy's AC = max dmg
# roll 20 and < enemy's AC = regular dmg
# roll 1 = 0 dmg
# noncrit roll and < enemy's AC = 0 dmg
#
# dmg = dmg roll + attacker's weapon attribute (dex or str)
# critical hit roll
if hit_roll >= self.crit_range:
# crit and successful hit, max damage
if hit > hit_against:
dmg = attribute + roll(self.dmg_roll, True)[1]
print "Critical! Max Damage!"
print self.messages["hit_crit_msg"]
print to_char.update_hp(-dmg)
# crit but not enough to hit, regular damage
else:
dmg = attribute + roll(self.dmg_roll, False)[0]
print "Critical!"
print self.messages["hit_success_msg"]
print to_char.update_hp(-dmg)
# noncritical hit roll, but beats enemy's AC
elif hit > hit_against and hit_roll > 1: # miss on natural 1
print self.messages["hit_success_msg"]
print "Calculating damage:",
dmg = attribute + roll(self.dmg_roll, True)[0]
print to_char.update_hp(-dmg)
else:
print self.messages["hit_fail_msg"]
def place_random_monsters(self):
#todo - maybe we should move this to mapgenerator (check for theme, etc)
#choose random number of monsters
#3d(dlvl) + 3d2 + 7 monsters total - at least 11 monsters on d1 and up-to 40 on d27
num_monsters = util.roll(1, gl.__dlvl__, util.roll(3, 2, 7))
num_monsters -= len(self.critters)
free_squares = -2
for x in xrange(self.width):
for y in xrange(self.height):
tile = self.tile_at(x, y)
if tile.passable(): free_squares += 1
num_monsters = util.cap(num_monsters, free_squares)
#if it was capped - then map is too small...
if num_monsters == free_squares:
num_monsters = randrange(1, free_squares / 2)
passes = num_monsters * 5
for i in range(num_monsters):
if passes <= 0: break
passes -= 1
#choose random spot for this monster
x, y = self.find_random_square(self.has_critter_at)
room = self._find_room(x, y)
if room and room.src:
if room.src.no_mon_gen:
continue
#determining critter level. it may vary from XL - 3 to XL + 1. To let is scale better multiply by 100
#cap it to be no lower than 1
crit_hd = max(randrange(gl.__xl__ - 3, gl.__xl__ + 1), 1)
self.place_random_critter(gl.__dlvl__, crit_hd, x, y)
#check for OOD monster. let's create OOD 10% of the time for now
if libtcod.random_get_int(0, 0, 100) >= 89:
crit_level = libtcod.random_get_int(0, gl.__dlvl__ + 2,
gl.__dlvl__ + 3)
crit_hd = max(randrange(gl.__xl__ - 3, gl.__xl__ + 3), 1)
x, y = self.find_random_square(self.has_critter_at)
room = self._find_room(x, y)
if room and room.src:
if room.src.no_mon_gen:
return
self.place_random_critter(crit_level, crit_hd, x, y)
def roll_dice(player: int) -> int:
"""Asks player to roll dice"""
sides = 6
roll_again = input(
"Player {}: Press ENTER to roll your dice...".format(player))
num_rolled = roll(sides)
print("You rolled {}.".format(num_rolled))
return num_rolled
def place_random_monsters(self):
#todo - maybe we should move this to mapgenerator (check for theme, etc)
#choose random number of monsters
#3d(dlvl) + 3d2 + 7 monsters total - at least 11 monsters on d1 and up-to 40 on d27
num_monsters = util.roll(1, gl.__dlvl__, util.roll(3, 2, 7))
num_monsters -= len(self.critters)
free_squares = -2
for x in xrange(self.width):
for y in xrange(self.height):
tile = self.tile_at(x, y)
if tile.passable(): free_squares += 1
num_monsters = util.cap(num_monsters, free_squares)
#if it was capped - then map is too small...
if num_monsters == free_squares:
num_monsters = randrange(1 , free_squares / 2)
passes = num_monsters * 5
for i in range(num_monsters):
if passes <= 0: break
passes -= 1
#choose random spot for this monster
x, y = self.find_random_square(self.has_critter_at)
room = self._find_room(x, y)
if room and room.src:
if room.src.no_mon_gen:
continue
#determining critter level. it may vary from XL - 3 to XL + 1. To let is scale better multiply by 100
#cap it to be no lower than 1
crit_hd = max(randrange(gl.__xl__ - 3, gl.__xl__ + 1), 1)
self.place_random_critter(gl.__dlvl__, crit_hd, x, y)
#check for OOD monster. let's create OOD 10% of the time for now
if libtcod.random_get_int(0, 0, 100) >= 89:
crit_level = libtcod.random_get_int(0, gl.__dlvl__ + 2, gl.__dlvl__ + 3)
crit_hd = max(randrange(gl.__xl__ - 3, gl.__xl__ + 3), 1)
x, y = self.find_random_square(self.has_critter_at)
room = self._find_room(x, y)
if room and room.src:
if room.src.no_mon_gen:
return
self.place_random_critter(crit_level, crit_hd, x, y)
def 变成星星吧(self):
skill_name = "变成星星吧"
self.log_skill(skill_name)
if roll(50):
damageBase = LowerBoundedInteger(233)
else:
damageBase = LowerBoundedInteger(50)
damage = Damage(self.get_damage_value(damageBase), False, True)
self.cause_damage(damage)
def escape(self, bonus: int = 0) -> None:
assert self.hero.room.monster
monster = self.hero.room.monster
self.time += ESCAPE_TIME
check = self.hero.agility.bonus + roll() + bonus
if check < monster.escape_dc:
sounds.roar.play()
monster.attack(self)
self.hero.retreat()
def search_traps(self) -> None:
"""Search for traps within door"""
self.time += SEARCH_TIME
check = self.hero.awareness.bonus + roll()
self.hero.room.reveal_traps(check)
self.look()
if self.hero.room.trap is None or self.hero.room.trap.hide_dc > 0:
self.visit_room(title="Doesn't seem to be trapped...")
else:
self.visit_room(title="It's a trap!")
def hunt(self):
self.game.turn_action_points -= 1
added_food = 0
bullets_used = 0
if roll(90) and self.game.bullets > 0:
bullets_used = randint(1, min(6, self.game.bullets))
added_food = randint(5, 10)
self.game.food_rations += added_food
self.game.bullets -= bullets_used
return (FoodHuntResult(added_food), BulletsUsed(bullets_used))
def roll_dice(player_num: int) -> int:
"""Asks player to roll dice"""
sides = 6
player_colour = eval(f"Fore.{PLAYER_COLOURS[player_num]}")
input(
f"{player_colour}{Player.get(player_num):s}: Press ENTER to roll your dice"
)
num_rolled = roll(sides)
print("You rolled {}.".format(num_rolled))
return num_rolled
def place_monsters(self):
#choose random number of monsters
#3d(dlvl) + 3d2 + 7 monsters total - at least 11 monsters on d1 and up-to 40 on d27
num_monsters = util.roll(1, gl.__dlvl__, util.roll(3, 2, 7))
#cap monster generation for now
num_monsters = util.cap(num_monsters, 30)
for i in range(num_monsters):
#choose random spot for this monster
x, y = self.find_random_square(self.has_critter_at)
#determining critter level. it may vary from XL - 3 to XL + 3. To let is scale better multiply by 100
#cap it to be no lower than 1
crit_hd = util.cap_lower(randrange(gl.__xl__ - 3, gl.__xl__ + 3), 1, 1)
self.place_critter(gl.__dlvl__, crit_hd, x, y)
#check for OOD monster. let's create OOD 10% of the time for now
if libtcod.random_get_int(0, 0, 100) >= 89:
crit_level = libtcod.random_get_int(0, gl.__dlvl__ + 2, gl.__dlvl__ + 3)
crit_hd = util.cap_lower(randrange(gl.__xl__ - 3, gl.__xl__ + 3), 1, 1)
x, y = self.find_random_square(self.has_critter_at)
self.place_critter(crit_level, crit_hd, x, y)
def init_stats(self, min_stats):
""" Initialize character stats."""
# zero out all stats
init = {"str": 0, "dex": 0, "AC": 0, "max_HP": 0}
self.base_stats.update(init)
self.bonus_stats.update(init)
self.effective_stats.update(init)
# base stats = min stats + 2d6.
self.base_stats.update(min_stats)
for stat in self.base_stats.keys():
self.base_stats[stat] += roll("2d6", False)[0]
# update effective stats
self.update_stats()
def generate_road(self):
ms_start = libtcod.sys_elapsed_milli()
_h = self.height / 3
road_y = randrange(_h - util.roll(1, 10), _h + util.roll(1, 10))
len_no_break = randrange(self.break_road / 2, self.break_road)
old_road_y = road_y
delta = 0
if self.rank > self.RANK_CITY:
delta = 1
for x in xrange(0, self.width):
len_no_break -= 1
if len_no_break <= 0:
len_no_break = randrange(self.break_road / 2, self.break_road)
y_delta = util.roll(1, 3)
#nope, try another turn
if y_delta == 1:
len_no_break = 1
elif y_delta == 2:
old_road_y, road_y = road_y, util.cap_lower(
road_y - 1, 0, 0)
delta = -1
else:
old_road_y, road_y = road_y, util.cap(
road_y + 1, self.height)
delta = 1
self.roadminy = min(self.roadminy, road_y)
self.roadmaxy = max(self.roadmaxy, road_y)
if old_road_y != road_y:
self._map[old_road_y][x] = self.road()
self._map[road_y][x] = self.road()
old_road_y = road_y
else:
self._map[road_y][x] = self.road()
if self.rank >= self.RANK_CITY:
self._map[road_y + delta][x] = self.road()
ms_end = libtcod.sys_elapsed_milli()
print 'generated in ' + str(ms_end - ms_start) + ' ms'
def generate(self):
shops = 0
hotel = 0
taverns = util.roll(1, self.rank, -1)
if self.rank >=3:
if util.coinflip():
shops = util.roll(1, self.rank, -2)
hotel = util.coinflip()
#roll for number of houses. it'lee be 4-8 houses for small village
#and 6-12 for town. and much for for large city. but that's it for now
house_count = util.roll(self.rank,3, self.rank)
noble_house_count = util.roll(1, self.rank, -3)
gl.logger.debug('Generating buildings: %d rooms, %d noble, %d tavern, %d shops, %d hotel' % (house_count, noble_house_count, taverns, shops, hotel))
gen = self.create_room_generator(house_count, noble_house_count, taverns, shops, hotel)
self.generate_road()
for x in (noble_house_count, taverns, shops, hotel):
house_count += util.cap_lower(x, 0, 0)
gl.logger.debug('Total number of houses: %d' % house_count)
if self.room_placer is None:
self.generate_rooms_random_place(house_count, gen)
else:
self.room_placer(self, house_count, gen)
def __init__(self):
self.first_name = rn.random_nick()
self.last_name = rn.random_nick()
self.stre = roll('3d6')
self.con = roll('3d6')
self.dex = roll('3d6')
self.int = roll('3d6')
self.wis = roll('3d6')
self.cha = roll('3d6')
def generate_rooms_along_road(self,
house_count,
room_gen,
allow_crop=True):
x = util.roll(2, 3)
x2 = int(x)
house_top = house_count / 2 + house_count % 2
house_bot = house_count / 2
for z in xrange(0, house_top):
room = room_gen.next().materialize()
if house_bot > 0:
room2 = room_gen.next().materialize()
y = self.roadminy - len(room) + (self.roadmaxy - self.roadminy)
y2 = self.roadminy
xw = x + len(room[0])
xh = y + len(room)
if xw < self.width and xh < self.height:
newxy = self.adjust_x_y_anywhere(x, y, xw, xh, -1, allow_crop)
if newxy is None:
continue
x, y = newxy
self.copy_room(room, x, y)
x = xw
x += util.roll(2, 2)
if house_bot > 0:
x2w = x2 + len(room2[0])
y2w = y2 + len(room2)
if x2w > self.width or y2w > self.height:
continue
newxy2 = self.adjust_x_y_anywhere(x2, y2, x2w, y2w, 1,
allow_crop)
if newxy2 is not None:
x2, y2 = newxy2
self.copy_room(room2, x2, y2)
x2 += len(room2[0])
x2 += util.roll(2, 2)
house_bot -= 1
def perform(self):
effort = []
effort.append(roll('1d20') + self.mod(self.stre))
effort.append(roll('1d20') + self.mod(self.con))
effort.append(roll('1d20') + self.mod(self.dex))
effort.append(roll('1d20') + self.mod(self.int))
effort.append(roll('1d20') + self.mod(self.wis))
effort.append(roll('1d20') + self.mod(self.cha))
return effort
def generate_road(self):
ms_start = libtcod.sys_elapsed_milli()
_h = self.height / 3
road_y = randrange(_h - util.roll(1, 10), _h + util.roll(1, 10))
len_no_break = randrange(self.break_road / 2, self.break_road)
old_road_y = road_y
delta = 0
if self.rank > self.RANK_CITY:
delta = 1
for x in xrange(0, self.width):
len_no_break -= 1
if len_no_break <= 0:
len_no_break = randrange(self.break_road / 2, self.break_road)
y_delta = util.roll(1, 3)
#nope, try another turn
if y_delta == 1:
len_no_break = 1
elif y_delta == 2:
old_road_y, road_y = road_y, util.cap_lower(road_y - 1, 0, 0)
delta = -1
else:
old_road_y, road_y = road_y, util.cap(road_y + 1, self.height)
delta = 1
self.roadminy = min(self.roadminy, road_y)
self.roadmaxy = max(self.roadmaxy, road_y)
if old_road_y != road_y:
self._map[old_road_y][x] = self.road()
self._map[road_y][x] = self.road()
old_road_y = road_y
else:
self._map[road_y][x] = self.road()
if self.rank >= self.RANK_CITY:
self._map[road_y + delta][x] = self.road()
ms_end = libtcod.sys_elapsed_milli()
print 'generated in ' + str(ms_end - ms_start) + ' ms'
def disarm_trap(self) -> None:
assert self.hero.room.trap
assert self.hero.room.trap.hide_dc == 0
self.time += DISARM_TIME
trap = self.hero.room.trap
check = self.hero.agility.bonus + roll()
if check >= trap.disarm_dc:
self.add_message("You disarm it!")
self.hero.room.trap = None
self.visit_room()
sounds.disarm.play()
elif check >= trap.disarm_dc // 2:
self.visit_room(title="This seems difficult to disarm...")
else:
self.trigger_trap("You triggered the {} trying to disarm it!")
self.visit_room()
def test(stat, debug=False):
"""Take a test against a percentage stat. Pass debug=True to ouput
roll details to stdout."""
r = util.roll(1,100)
if debug or util.DEBUG:
util.debugOut("roll: %d, stat: %d\n"%(r,stat))
result = False
if stat > 5:
if r <= round(stat/10.):
result = util.crit
elif r <= stat:
result = True
elif r <= 5:
result = True
if debug or util.DEBUG:
util.debugOut("result: %r\n" % result)
return result
def play_a_game():
positions = {'player1': 1,
'player2': 1}
turns = {'player1': 1, # note this is wrong
'player2': 1} # note this is wrong
ladders = {
3: 16,
5: 7,
15: 25,
18: 20,
21: 32
}
snakes = {
12: 2,
14: 11,
17: 4,
31: 19,
35: 22
}
roll_count = 0 # a double-check
snake_count = 0 # new for question 2
last_square = 36
while max(positions.values()) < last_square:
for player in sorted(positions.keys()):
log.debug("%s plays turn %s" % (player, turns[player]))
new_position = positions[player] + roll()
roll_count += 1
if new_position in ladders.keys():
ladder_prob = randint(1,2) # new for q 3
if ladder_prob == 1: # 50% chance you can take the ladder
new_position = ladders[new_position]
if new_position in snakes.keys():
new_position = snakes[new_position]
snake_count += 1 # New for question 2
positions[player] = new_position
if new_position >= last_square:
positions[player] = new_position
break
turns[player] += 1 # note this is wrong!
game_stats = {'positions': positions,
'turns': turns,
'snake_count': snake_count,
'roll_count': roll_count}
return game_stats
def break_door(self, bonus: int = 0) -> None:
self.time += BREAK_TIME
check = self.hero.strength.bonus + roll() + bonus
assert self.hero.room.door
sounds.force.play()
if check >= self.hero.room.door.break_dc:
self.hero.room.door = None
if self.hero.room.trap:
self.trigger_trap("As the door breaks, a {} is triggered!")
# The trap is destroyed with the door
self.hero.room.trap = None
else:
self.add_message("Crash! the door opens!")
else:
if self.hero.room.trap:
self.trigger_trap("The door was trapped! you triggered a {}!")
self.visit_door("...and the (trapped) door resists")
else:
self.visit_door("WHAAAM! The door resists...")
self.look()
def fight(self, bonus: int = 0) -> None:
assert self.hero.room.monster
monster = self.hero.room.monster
self.time += FIGHT_TIME
check = self.hero.strength.bonus + roll() + bonus
if check >= monster.ac:
if bonus == 0: # FIXME: this shouldn't know about the boots
sounds.fight.play()
else:
sounds.kungfu.play()
if random.random() <= monster.drop_rate:
self.hero.room.loot = treasure.Item.random()
self.visit_treasure("The monster dies and drops a {}")
else:
self.add_message("You defeat the monster!")
else:
sounds.roar.play()
monster.attack(self)
self.hero.room.monster = None
def update(self):
self.infected_someone_today = False
events = []
self.days -= 1
if self.days == 0:
if self.radio_repair_progress >= 50:
events.append(RadioRepairResult(True))
events.append(GameEnd(True))
else:
events.append(RadioRepairResult(False))
events.append(GameEnd(False))
return events
self.fire -= 1
if self.fire <= 0:
events.append(FireWentOut())
events.append(GameEnd(False))
return events
for character in self.characters:
cevt = character.update()
for e in cevt:
events.append(e)
self.characters = [c for c in self.characters if c.is_alive]
if len(self.characters) == 0:
events.append(GameEnd(False))
if roll(30 - self.days):
food_stolen = randint(1, min(8, self.food_rations))
self.food_rations -= food_stolen
events.append(MonsterAttack(food_stolen))
if self.bullets > 0 and has_instance(self.characters, Soldier):
bullets_used = randint(1, min(8, self.bullets))
self.bullets -= bullets_used
events.append(BulletsUsed(bullets_used))
else:
events.append(GameEnd(False))
return events
def _choose_map(generator_type, params, player_hd, theme, size):
""" _choose_map(...) = > MapDef (or None if theme file does not exist)
Loads the list of available maps and chooses a random one.
Maps gets filtered first by number of parameters. Selection is based on weight/chance of a map.
Also map is checked against unique maps list already generated.
"""
file = get_map_file(theme, size=size)
if not file:
return None
av_maps = parse_file(file)
total_maps_of_theme = len(av_maps)
if total_maps_of_theme < 1:
raise RuntimeError('No maps for MapRequest with theme [%s]' % theme)
#now let's filter them leaving maps suitable for current generator/player HD and other params
av_maps = filter(
lambda x: _check_static_params(generator_type, player_hd, x, params),
av_maps)
tmap = None
if not av_maps:
return None
while True:
if total_maps_of_theme < 1:
#if we iterated over enough maps and can't decide on them - break unless none is selected
if tmap: break
raise RuntimeError(
'Cannot select map of theme %s - too few maps available' %
theme)
total_maps_of_theme -= 1
# choose a random map from a weighed list
tmap = random_from_list_weighted(av_maps)
if tmap.chance > 0:
if roll(1, tmap.chance) == 1:
break
else:
break
unique_maps_already_generated[tmap.id] = 1
#prepare a map
return tmap.prepare(params)
def 崩坏世界的歌姬(self):
skill_name = "崩坏世界的歌姬"
if roll(30):
self.log_skill(skill_name)
log(f"【{self.name}】对【{self.enemy.name}】造成【麻痹】")
self.enemy.status.append(self.麻痹(self.enemy))
def 不是针对你(self):
skill_name = "不是针对你"
if self.enemy.name == "琪亚娜" or roll(25):
log(f"【{self.name}】的技能【{skill_name}】发动！！！")
self.针对你 = True
log(f"【{self.name}】获得了攻击力上升buff")
if util.coinflip():
name = choice(names)
names.remove(name)
if debug_names:
npc.name = name + str(npc.__class__)
npc.is_demon = demon
logger.debug('Creating reference NPC ' + str(npc.__class__) +
' for ' + name + ' from background')
for npc in world.mNPC:
if isinstance(npc, instances) and npc.name is not None:
names.append(npc.name)
while True:
world.reset()
artefacts_count = util.roll(*ARTEFACTS_COUNT)
logger.debug('Rolled for %d artefacts ' % (artefacts_count))
world.artefacts = items.generate_artefacts(artefacts_count,
check=world.artefact_names)
from background import make_story
story = make_story()
print story
#######FIRST_PHASE: (all the NPC inhabiting the world except those, generated inside quests nly)
#first let's define our world's population: this will include
# all the NPC's of all types we have, except those which can be placed inside quesuts only
#now let's roll for number of quest-givers. we do want them to exist
min_quest_givers = util.roll(*QUEST_GIVER_ROLL)
actual_quest_givers = 0
while actual_quest_givers < min_quest_givers:
def 女仆的温柔清理(self, damage):
skill_name = "女仆的温柔清理"
if roll(35):
self.log_skill(skill_name)
damage.value -= 3
self.enemy.attack -= 4
def quaff(self, player):
super(HealingPotion, self).quaff(player)
player.hp = util.cap(player.hp + util.roll(2, 10, 1), player.base_hp)
gl.message('You feel somewhat better')
def 音量太强(self):
skill_name = "音量太强"
if roll(35):
self.log_skill(skill_name)
log(f"【{self.name}】眩晕了！！！")
self.status.append(self.眩晕(self))
def getTreasure(lvl):
"""get basic treasure"""
r = {}
cr = randrange(1, 101) + (lvl-2)*18
if(cr < 31):
r['cash'] = [roll(5, 6), 0, 0, 0, 0]
elif(cr < 61):
r['cash'] = [0, roll(4,6), 0, 0, 0]
elif(cr < 71):
r['cash'] = [0, 0, roll(3, 6), 0, 0]
elif(cr < 96):
r['cash'] = [0,0,0,roll(3, 6),0]
elif(cr < 101):
r['cash'] = [0, 0, 0, 0, roll(1, 6)]
elif(cr < 131):
r['cash'] = [roll(4, 6)*100, 0, roll(1, 6)*10, 0, 0]
elif(cr < 161):
r['cash'] = [0, roll(6, 6)*10, 0, roll(2, 6)*10, 0]
elif(cr < 171):
r['cash'] = [0,0, roll(3, 6)*10, roll(2, 6)*10, 0]
elif(cr < 196):
r['cash'] = [0, 0, 0, roll(4, 6) * 10, 0]
elif(cr < 201):
r['cash'] = [0,0,0,roll(2, 6)*10, roll(3, 6)]
elif(cr < 221):
r['cash'] = [0, roll(4, 6)*100, 0, roll(1, 6)*100, 0]
elif(cr < 236):
r['cash'] = [0,0,roll(1, 6)*100, roll(1, 6)*100, 0]
elif(cr < 276):
r['cash'] = [0,0, 0, roll(2, 6)*100, roll(1, 6)*10]
elif(cr < 301):
r['cash'] = [0, 0, 0, roll(2, 6)*100, roll(2, 6)*10]
elif(cr < 316):
r['cash'] = [0, 0, roll(2, 6)*1000, roll(8, 6)*100, 0]
elif(cr < 356):
r['cash'] = [0, 0, 0, roll(1, 6)*1000, roll(1, 6)*100]
else:
r['cash'] = [0,0,0, roll(1, 6)*1000, roll(2, 6) * 100]
return r
def getHoard(lvl):
"""get major reward"""
r = {'cash': [],
'loot': ''}
cr = randrange(1, 101) + (lvl-2)*18
if(cr < 101):
r['cash'] = [roll(6, 6)*100, roll(3, 6)*100, 0, roll(2, 6)*10, 0]
if(cr < 7):
"nothin"
elif(cr < 17):
r['loot'] = str(roll(2, 6)) + ' 10 gp gems'
elif(cr < 27):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects'
elif(cr < 37):
r['loot'] = str(roll(2, 6)) + ' 50 gp gems'
elif(cr < 45):
r['loot'] = str(roll(2, 6)) + ' 10 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 53):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 61):
r['loot'] = str(roll(2, 6)) + ' 50 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 66):
r['loot'] = str(roll(2, 6)) + ' 10 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 71):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 76):
r['loot'] = str(roll(2, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 79):
r['loot'] = str(roll(2, 6)) + ' 10 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 81):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 86):
r['loot'] = str(roll(2, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 93):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 98):
r['loot'] = str(roll(2, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 100):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and one Magic Item(table G)'
else:
r['loot'] = str(roll(2, 6)) + ' 50 gp gems and one Magic Item(table G)'
elif(cr < 201):
r['cash'] = [roll(2, 6)*100, roll(2, 6)*1000, 0, roll(6, 6)*100, roll(3, 6)*10]
cr = cr - 100
if(cr < 5):
"nothin"
elif(cr < 11):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects'
elif(cr < 17):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems'
elif(cr < 23):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems'
elif(cr < 29):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects'
elif(cr < 33):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 37):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 41):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 45):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table A)'
elif(cr < 50):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 55):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 60):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 64):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table B)'
elif(cr < 67):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 70):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 73):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 75):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table C)'
elif(cr < 77):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and 1 Magic Item(table D)'
elif(cr < 79):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems and 1 Magic Item(table D)'
elif(cr < 80):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and 1 Magic Item(table D)'
elif(cr < 81):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and 1 Magic Item(table D)'
elif(cr < 85):
r['loot'] = str(roll(2, 4)) + ' 25 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 89):
r['loot'] = str(roll(3, 6)) + ' 50 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 92):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 95):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table F)'
elif(cr < 97):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 99):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 100):
r['loot'] = str(roll(3, 6)) + ' 100 gp gems and 1 Magic Item(table H)'
else:
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and 1 Magic Item(table H)'
elif(cr < 301):
r['cash'] = [0,0,0, roll(4, 6)*1000, roll(5, 6)*100]
cr = cr - 200
if(cr < 4):
"nothin"
elif(cr < 7):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects'
elif(cr < 11):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects'
elif(cr < 13):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems'
elif(cr < 16):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems'
elif(cr < 20):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects, ' + str(roll(1, 4)) + ' Magic Items(table A) and ' + str(roll(1, 6)) + ' Magic Items(table B)'
elif(cr < 24):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects, ' + str(roll(1, 4)) + ' Magic Items(table A) and ' + str(roll(1, 6)) + ' Magic Items(table B)'
elif(cr < 27):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems, ' + str(roll(1, 4)) + ' Magic Items(table A) and ' + str(roll(1, 6)) + ' Magic Items(table B)'
elif(cr < 30):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems, ' + str(roll(1, 4)) + ' Magic Items(table A) and ' + str(roll(1, 6)) + ' Magic Items(table B)'
elif(cr < 36):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 6)) + ' Magic Ttems(table C)'
elif(cr < 41):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects and ' + str(roll(1, 6)) + ' Magic Ttems(table C)'
elif(cr < 46):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems and ' + str(roll(1, 6)) + ' Magic Ttems(table C)'
elif(cr < 51):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 6)) + ' Magic Ttems(table C)'
elif(cr < 55):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table D)'
elif(cr < 59):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects and ' + str(roll(1, 4)) + ' Magic Ttems(table D)'
elif(cr < 63):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems and ' + str(roll(1, 4)) + ' Magic Ttems(table D)'
elif(cr < 67):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 4)) + ' Magic Ttems(table D)'
elif(cr < 69):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and 1 Magic Item(table E)'
elif(cr < 71):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects and 1 Magic Item(table E)'
elif(cr < 73):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems and 1 Magic Item(table E)'
elif(cr < 75):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and 1 Magic Item(table E)'
elif(cr < 77):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects, 1 Magic Item(table F) and ' + str(roll(1, 4)) + ' Magic Item(table G)'
elif(cr < 79):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects, 1 Magic Item(table F) and ' + str(roll(1, 4)) + ' Magic Item(table G)'
elif(cr < 81):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems, 1 Magic Item(table F) and ' + str(roll(1, 4)) + ' Magic Item(table G)'
elif(cr < 83):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems, 1 Magic Item(table F) and ' + str(roll(1, 4)) + ' Magic Item(table G)'
elif(cr < 86):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table H)'
elif(cr < 89):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects and ' + str(roll(1, 4)) + ' Magic Ttems(table H)'
elif(cr < 91):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems and ' + str(roll(1, 4)) + ' Magic Ttems(table H)'
elif(cr < 93):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 4)) + ' Magic Ttems(table H)'
elif(cr < 95):
r['loot'] = str(roll(2, 4)) + ' 250 gp art objects and 1 Magic Item(table I)'
elif(cr < 97):
r['loot'] = str(roll(2, 4)) + ' 750 gp art objects and 1 Magic Item(table I)'
elif(cr < 99):
r['loot'] = str(roll(3, 6)) + ' 500 gp gems and 1 Magic Item(table I)'
else:
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and 1 Magic Item(table I)'
else:
r['cash'] = [0, 0, 0, roll(12, 6)*1000, roll(8, 6)*1000]
cr = cr - 300
if(cr < 3):
"nothin"
elif(cr < 6):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 8)) + ' Magic Items(table C)'
elif(cr < 9):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 8)) + ' Magic Items(table C)'
elif(cr < 12):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 8)) + ' Magic Items(table C)'
elif(cr < 15):
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 8)) + ' Magic Items(table C)'
elif(cr < 23):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table D)'
elif(cr < 31):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table D)'
elif(cr < 39):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table D)'
elif(cr < 47):
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table D)'
elif(cr < 53):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table E)'
elif(cr < 59):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table E)'
elif(cr < 64):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 6)) + ' Magic Items(table E)'
elif(cr < 69):
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 6)) + ' Magic Items(table E)'
elif(cr < 70):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 71):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 72):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 73):
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table G)'
elif(cr < 75):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table H)'
elif(cr < 77):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table H)'
elif(cr < 79):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table H)'
elif(cr < 81):
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table H)'
elif(cr < 86):
r['loot'] = str(roll(3, 6)) + ' 1000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table I)'
elif(cr < 91):
r['loot'] = str(roll(1, 10)) + ' 2500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table I)'
elif(cr < 96):
r['loot'] = str(roll(1, 4)) + ' 7500 gp art objects and ' + str(roll(1, 4)) + ' Magic Items(table I)'
else:
r['loot'] = str(roll(1, 8)) + ' 5000 gp gems and ' + str(roll(1, 4)) + ' Magic Items(table I)'
return r
continue
if isinstance(npc, instances) and len(names) > 0:
if util.coinflip():
name = choice(names)
names.remove(name)
if debug_names:
npc.name = name + str(npc.__class__)
npc.is_demon = demon
logger.debug('Creating reference NPC ' +str(npc.__class__) +' for ' + name + ' from background')
for npc in world.mNPC:
if isinstance(npc, instances) and npc.name is not None:
names.append(npc.name)
while True:
world.reset()
artefacts_count = util.roll(*ARTEFACTS_COUNT)
logger.debug('Rolled for %d artefacts ' % (artefacts_count))
world.artefacts = items.generate_artefacts(artefacts_count, check=world.artefact_names)
from background import make_story
story = make_story()
print story
#######FIRST_PHASE: (all the NPC inhabiting the world except those, generated inside quests nly)
#first let's define our world's population: this will include
# all the NPC's of all types we have, except those which can be placed inside quesuts only
#now let's roll for number of quest-givers. we do want them to exist
min_quest_givers = util.roll(*QUEST_GIVER_ROLL)
actual_quest_givers = 0
while actual_quest_givers < min_quest_givers:
if actual_quest_givers > 0:
def begin_combat(characters, scene, can_run):
"""
Start combat.
Start combat between the 'player' and 'boar' characters.
Return 'death' if player dies or 'win' if boar dies.
"""
# characters is a dict with an entry for key 'player' and 'boar'
player = characters["player"]
boar = characters["boar"]
print "*" * 10,
print " Entering combat! ",
print "*" * 10
# Determine initiative
# NOTE: for debugging
# print "Surprised = %s" % player.conditions['surprised']
# calculate initiative bonus
b_bonus = 10 if player.conditions["surprised"] else 0
p_bonus = 10 if boar.conditions["surprised"] else 0
print "Rolling initiatives:"
player_init = roll("1d20", True)[0] + p_bonus
boar_init = roll("1d20", True)[0] + b_bonus
print "Player's initiative: %d" % player_init
print "Boar's initiative: %d" % boar_init
if player_init > boar_init:
turn = "player"
else:
turn = "boar"
print "{} goes first.".format(turn),
raw_input("Press any key to continue")
# Start combat loop
# escape flags
escape = {"player": False, "boar": False}
while True:
print "-" * 20
### PLAYER'S TURN ###
if turn == "player":
print "Player's turn:"
# escape if the player has chosen to run away
if escape["player"]:
print "Run away! Run away!"
return run_away(scene)
print "HP: %d" % player.health["HP"]
# loop until player has taken a turn
took_turn = False
while not took_turn:
action = raw_input("> ")
if action in player.attacks:
player_attack = player.attacks[action]
player_attack.attack(player, boar)
took_turn = True # an attack counts as a turn
elif action in SUPPORTED_ACTIONS:
if action in ENV_ACTIONS["run"] and can_run:
took_turn = True
print "You turn to run away."
escape["player"] = True # escape on next turn
elif action in ENV_ACTIONS["run"] and not can_run:
took_turn = True # attempt to run counts as a turn
print "Can't run away!"
elif action in ENV_ACTIONS["stats"]:
print player.get_stats()
elif action in ENV_ACTIONS["inventory"]:
print player.get_inventory()
elif action in ENV_ACTIONS["help"]:
print combat_help(player)
else:
print "You can't do that."
turn = "boar"
raw_input("Press any key to continue.")
### BOSS' TURN ###
elif turn == "boar":
print "Boar's turn:"
# escape if the boar has chosen to run away
if escape["boar"]:
print "The boar turned and ran away!"
return scene.name # send the player back to same scene
print "HP: %d" % boar.health["HP"]
# output bloodied message if HP < 30%
if boar.health["HP"] / float(boar.effective_stats["max_HP"]) < 0.3:
print "The boar is bloodied!"
# chance to run away if HP < 20%
if boar.health["HP"] / float(boar.effective_stats["max_HP"]) < 0.2:
if randint(1, 100) <= 75: # 75% chance
print "The boar turns to run away."
escape["boar"] = True # escape on next turn
# boss makes its attack
boar_attack = boar.attacks[choice(boar.attacks.keys())]
boar_attack.attack(boar, player)
turn = "player"
### COMBAT FINISHED ###
if player.health["HP"] <= 0:
return "death"
elif boar.health["HP"] <= 0:
return "win"
def dmg(self):
#todo cap?
return [(util.roll(self.skill, 4)) -
randint(self.skill / randint(1, 2), self.skill)]
def shoot(self, shooter, target):
if not shooter.can_shoot:
print('unit is not permitted to shoot right now')
return
elif target.quantity <= 0 or shooter.quantity <= 0:
print 'error, one unit is empty / wiped out'
return
elif target.allegiance == shooter.allegiance:
print('(was gonna shoot but didnt because both units are from same army)')
return
elif self.is_locked(shooter) or self.is_locked(target):
print('was gonna shoot but shooter or target is locked in close combat.')
return
# more assert eg closest-target Ld check TODO
dist = util.distance(shooter.coord, target.coord)
if shooter.rng < dist:
print(
'Tried to shoot but target is out of range ({real}sq / {realin}", ' +
'range: {max}sq / {maxin}")').format(
real=dist, realin=util.inches(dist),
max=shooter.rng, maxin=util.inches(shooter.rng))
return
print shooter.name_with_sprite() + ' is shooting at ' + target.name_with_sprite()
shooter.can_shoot = False
print ' ' + util.conjugateplural(shooter.quantity, "shooter") + "..."
totalshotcount = shooter.shotspercreature * shooter.quantity
attacks = []
for i in range(totalshotcount):
attacks.append(Attack(shooter.shootstr, shooter.ap))
print ' ' + util.conjugateplural(len(attacks), "shot") + "..."
# To Hit
for attack in attacks:
if not attack.active:
continue
need_to_roll = 7 - shooter.bs
need_to_roll = util.constrain(need_to_roll, 2, 6)
result = util.roll(
'Shooting to-hit roll, shooter needs a {goal}+'.format(goal = need_to_roll),
successif = (lambda n: n>=need_to_roll))
if result < need_to_roll:
attack.active = False
# Attacks that do not hit, wound, etc are marked .active = False
# And then removed. Might be clumsy.
hits = [a for a in attacks if a.active]
print ' ' + util.conjugateplural(len(hits), "hit") + "..."
# To Wound
for attack in hits:
need_to_roll = target.t - shooter.shootstr + 4
need_to_roll = util.constrain(need_to_roll, 2, 6)
result = util.roll(
'Shooting to-wound roll, shooter needs a {goal}+'.format(goal = need_to_roll),
successif = (lambda n: n>=need_to_roll))
if result < need_to_roll:
attack.active = False
wounds = [a for a in hits if a.active]
print ' ' + util.conjugateplural(len(wounds), "pre-saving wound") + "..."
# Saves
for attack in wounds:
# TODO: invulnerable saves, cover saves
if target.sv >= 7 or target.sv >= attack.ap:
break
need_to_roll = target.sv
result = util.roll(
'Shooting armor save, target saves on a {goal}+'.format(goal = need_to_roll))
if result >= need_to_roll:
attack.active = False
unsaved_wounds = [a for a in wounds if a.active]
# print final results summary
print ' {n} casualties...'.format(n=len(unsaved_wounds))
if len(unsaved_wounds) > 0:
# TODO bug, 1 unsaved wound led to multiple lost models. seen once 2015 aug 9.
self.damage(target, len(unsaved_wounds))
print ' Now target has ' + str(target.quantity) + ' creatures left in it.'
def dmg(self):
#todo cap?
return [(util.roll(self.skill, 4)) - randint(self.skill / randint(1, 2), self.skill)]
def quaff(self, player):
super(HealingPotion, self).quaff(player)
player.hp = util.cap(player.hp + util.roll(2, 10, 1), player.base_hp)
gl.message('You feel somewhat better')
#some of the listed NPCs are generate inside quests. First we should define those,
# who will be encountered throughtout the game (marked as +).
# Then we define quest_givers marked as *.
# Quest targets are marked as
# 1 for killable target (quest target itself), 2 for talk-only-target, 3 for guard-type (guard quest item), 4 break-down plot (change plot)
# ! denotes NPCs which are occasionaly generated during quest generation-only!
#Actualy we don't want classic quests. instead let's use the quest as some meating point for plot-oriented-NPC. i.e. if the player is sent
#to obtain amulet from and wafull demon not neccessarily he should get it. Instead he should be given some important information and be directed to the next quest
#######FIRST_PHASE: (all the NPC inhabiting the world instead of those, generated inside quesut ly)
#first let's define our world's population: this will include
# all the NPC's of all types we have, except those which can be placed inside quesuts only
#let's roll for number of NPC. let it lay from . NOTE that we will also add types denoted by ! later.
mNPC_count = util.roll(*MNPC_ROLL)
#now let's roll for number of quest-givers. we do want them to exist
min_quest_fivers = util.roll(*QUEST_GIVER_ROLL)
#now let's roll for immobile NPCs. we don't want many of them. let em be 0-3 at 50% chance for now
immobile_npc = 0
if util.coinflip():
to_roll = util.roll(*IMMOBILE_NPC_ROLL)
for i in range(0, to_roll):
immobile_npc += util.coinflip()
unique_npc = util.roll(*UNIQUES_ROLL)
traders_npc = util.roll(*TRADERS_ROLL)
logger.debug("Rolled for %d main NPCs (%d NPC able to issue quests), %d immobile NPCs, %d uniques, %d traders)", mNPC_count, min_quest_fivers, immobile_npc, unique_npc, traders_npc)
logger.debug("Total of %d NPCs (%d with traders)", mNPC_count + immobile_npc + unique_npc, mNPC_count + immobile_npc + unique_npc + traders_npc)
#now toss
#generate_plot()