def handle(self, max_lat, max_lng, seed, points, hill_noise, heights_map_width,
*args, **options):
if seed is None:
seed = int(random.random() * 10000)
print('seed = %s' % seed)
map_obj = Map(seed, [
generators.points.RelaxedPoints(points_number=points).generate,
generators.graph.VoronoiGraph().generate,
generators.graph.VoronoiGraph().imporove_corners,
generators.land.SimplexIsland().generate,
generators.elevation.FromCoast().generate,
generators.rivers.RandomRiver().generate,
generators.biomes.Moisture().generate,
generators.regions.HexGrid().generate,
exports.ModelExporter(
Biome, River, Region, City, max_lat=max_lat, max_lng=max_lng).export,
exports.GeoTiffExporter(max_lat, max_lng, heights_map_width, hill_noise).export,
# renderers.RegionRenderer().render,
])
map_obj.generate()
def handle(self, max_lat, max_lng, seed, points, hill_noise, heights_map_width, *args, **options):
if seed is None:
seed = int(random.random() * 10000)
print("seed = %s" % seed)
map_obj = Map(
seed,
[
generators.points.RelaxedPoints(points_number=points).generate,
generators.graph.VoronoiGraph().generate,
generators.graph.VoronoiGraph().imporove_corners,
generators.land.SimplexIsland().generate,
generators.elevation.FromCoast().generate,
generators.rivers.RandomRiver().generate,
generators.biomes.Moisture().generate,
generators.regions.HexGrid().generate,
exports.ModelExporter(Biome, River, Region, City, max_lat=max_lat, max_lng=max_lng).export,
exports.GeoTiffExporter(max_lat, max_lng, heights_map_width, hill_noise).export,
# renderers.RegionRenderer().render,
],
)
map_obj.generate()
