def generate(self, seed, config, depth, region):
R = Random(seed)
length = R.generate(config.length)
height = R.generate(config.height)
num_roads = R.generate(config.num_roads)
min_gap = config.min_gap_between_roads
road_data, spaces = make_roads(length, height, config.road_width,
num_roads, min_gap, R)
road_models = []
for origin, road_length, road_width, orientation in road_data:
road = RoadModel(road_length, road_width, orientation)
road_models.append((origin, road))
#print 'roads: ', len(road_models)
sectors = []
sgen = SectorGenerator()
for index, (origin, (slength, sheight)) in enumerate(spaces):
sseed = make_seed(seed, index)
sconfig = SectorConfig()
sconfig.length = slength
sconfig.height = sheight
sector = sgen.generate(sseed, sconfig, depth, region)
x, y = origin
origin = x, 0, -y
sectors.append((origin, sector))
city = Model(length, height, road_models, sectors)
return city
def generate(self, seed, config, depth, region):
R = Random(seed)
length = R.generate(config.length)
height = R.generate(config.height)
num_roads = R.generate(config.num_roads)
min_gap = config.min_gap_between_roads
road_data, spaces = make_roads(length, height, config.road_width,
num_roads, min_gap, R)
road_models = []
for origin, road_length, config.road_width, orientation in road_data:
road = RoadModel(road_length, config.road_width, orientation)
road_models.append((origin, road))
layouts = []
lgen = LayoutGenerator()
for index, (origin, (llength, lheight)) in enumerate(spaces):
lseed = make_seed(seed, index)
lconfig = LayoutConfig()
lconfig.length = llength
lconfig.height = lheight
layout = lgen.generate(lseed, lconfig, depth, region)
layouts.append((origin, layout))
sector = Model(length, height, road_models, layouts)
return sector
