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 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 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 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 update_coords(self, playerx, playery):
self.x = util.cap_lower(playerx - self.center[0], 0, 0)
self.y = util.cap_lower(playery - self.center[1], 0, 0)
self.x2 = util.cap(self.x + self.w - 1, self.map.width)
self.y2 = util.cap(self.y + self.h - 1, self.map.height)
self.playerxy = (playerx, playery)
