def __init__(self,
flavour,
width,
height,
rank,
filler=ft.grass,
road=ft.road,
break_road=10,
room_placer=None):
ms_start = libtcod.sys_elapsed_milli()
self.flavour = flavour
self.width = width
self.height = height
#city rank - larger cities have laarger ranks
self.rank = rank
self.filler = filler
self.road = road
#at what step road should begin to deform
self.break_road = break_road
self._map = [[filler() for x in xrange(0, width)]
for y in xrange(0, height)]
ms_end = libtcod.sys_elapsed_milli()
print 'Filled in ' + str(ms_end - ms_start) + ' ms'
self.roadminy, self.roadmaxy = height, 0
#method for placing generated rooms
self.room_placer = room_placer
def __init__(self, flavour, width, height, rank, filler=ft.grass, road=ft.road, break_road=10,
room_placer=None):
ms_start = libtcod.sys_elapsed_milli()
self.flavour = flavour
self.width = width
self.height = height
#city rank - larger cities have laarger ranks
self.rank = rank
self.filler=filler
self.road=road
#at what step road should begin to deform
self.break_road = break_road
self._map = [[filler()
for x in xrange(0, width)]
for y in xrange(0,height)]
ms_end = libtcod.sys_elapsed_milli()
print 'Filled in '+ str(ms_end - ms_start) + ' ms'
self.roadminy, self.roadmaxy=height,0
#method for placing generated rooms
self.room_placer = room_placer
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_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'
