def handle(self, *args, **options): # pylint: disable=R0914
x = options['x']
y = options['y']
generator = WorldInfoPrototype.get_by_id(
map_info_storage.item.world_id).generator
cell = generator.cell_info(x, y)
power_cell = generator.cell_power_info(x, y)
print('----CELL--x=%d--y=%d--' % (x, y))
print('height: %.2f \t\t| %r ' %
(cell.height, power_cell.height))
print('temperature: %.2f \t\t| %f ' %
(cell.temperature, power_cell.temperature))
print('wind: (%.2f, %.2f) \t| %r ' %
(cell.wind[0], cell.wind[1], power_cell.wind))
print('wetness: %.2f \t\t| %f ' %
(cell.wetness, power_cell.wetness))
print('vegetation: %.2f \t\t| %r ' %
(cell.vegetation, power_cell.vegetation))
print('soil: %.2f \t\t| %f ' %
(cell.soil, power_cell.soil))
print('atmo_wind: (%.2f, %.2f) \t| ' % cell.atmo_wind)
print('atmo_temperature: %.2f \t\t| ' %
(cell.atmo_temperature, ))
print('atmo_wetness: %.2f \t\t| ' %
(cell.atmo_wetness, ))
terrain_points = []
for terrain in TERRAIN.records:
biom = Biom(id_=terrain)
terrain_points.append(
(terrain.text, biom.check(cell), biom.get_points(cell)))
terrain_points = sorted(terrain_points, key=lambda x: -x[1])
print()
print('----TERRAIN----')
for biom_name, total_power, aspects in terrain_points[:5]:
print('%.2f\t%s' % (total_power, biom_name))
for aspect_name, aspect_value in aspects:
print('\t%.2f\t%s' % (aspect_value, aspect_name))
print()
print('----POINTS----')
points = []
for point in get_power_points():
value = point.log_powers_for(generator, x=x, y=y)
if value:
points.append((point.name, value))
points.sort()
for name, value in points:
print('%s %r' % (name.ljust(35), value))
def update_map(index):
generator = WorldInfoPrototype.get_by_id(map_info_storage.item.world_id).generator
generator.clear_power_points()
generator.clear_biomes()
if generator.w != map_settings.WIDTH or generator.h != map_settings.HEIGHT:
dx, dy = generator.resize(map_settings.WIDTH, map_settings.HEIGHT)
places_storage.places.shift_all(dx, dy)
places_storage.buildings.shift_all(dx, dy)
for point in get_power_points():
generator.add_power_point(point)
for terrain in TERRAIN.records:
generator.add_biom(Biom(id_=terrain))
generator.do_step()
biomes_map = generator.get_biomes_map()
time = TimePrototype.get_current_time()
draw_info = get_draw_info(biomes_map)
terrain = []
for y in range(0, generator.h):
row = []
terrain.append(row)
for x in range(0, generator.w):
row.append(biomes_map[y][x].id)
map_info_storage.set_item(MapInfoPrototype.create(turn_number=time.turn_number,
width=generator.w,
height=generator.h,
terrain=terrain,
world=WorldInfoPrototype.create_from_generator(generator)))
MapInfoPrototype.remove_old_infos()
raw_draw_info = []
for row in draw_info:
raw_draw_info.append([])
for cell in row:
raw_draw_info[-1].append(cell.get_sprites())
data = {'width': generator.w,
'height': generator.h,
'map_version': map_info_storage.version,
'format_version': '0.1',
'draw_info': raw_draw_info,
'places': dict( (place.id, place.map_info() ) for place in places_storage.places.all() ),
# 'buildings': dict( (building.id, building.map_info() ) for building in buildings_storage.all() ),
'roads': dict( (road.id, road.map_info() ) for road in roads_storage.all()) }
models.MapRegion.objects.create(turn_number=time.turn_number, data=data)
def handle(self, *args, **options): # pylint: disable=R0914
x = options['x']
y = options['y']
generator = WorldInfoPrototype.get_by_id(map_info_storage.item.world_id).generator
cell = generator.cell_info(x, y)
power_cell = generator.cell_power_info(x, y)
print '----CELL--x=%d--y=%d--' % (x, y)
print 'height: %.2f \t\t| %r ' % (cell.height, power_cell.height)
print 'temperature: %.2f \t\t| %f ' % (cell.temperature, power_cell.temperature)
print 'wind: (%.2f, %.2f) \t| %r ' % (cell.wind[0], cell.wind[1], power_cell.wind)
print 'wetness: %.2f \t\t| %f ' % (cell.wetness, power_cell.wetness)
print 'vegetation: %.2f \t\t| %r ' % (cell.vegetation, power_cell.vegetation)
print 'soil: %.2f \t\t| %f ' % (cell.soil, power_cell.soil)
print 'atmo_wind: (%.2f, %.2f) \t| ' % cell.atmo_wind
print 'atmo_temperature: %.2f \t\t| ' % (cell.atmo_temperature,)
print 'atmo_wetness: %.2f \t\t| ' % (cell.atmo_wetness,)
terrain_points = []
for terrain in TERRAIN.records:
biom = Biom(id_=terrain)
terrain_points.append((terrain.text, biom.check(cell), biom.get_points(cell)))
terrain_points = sorted(terrain_points, key=lambda x: -x[1])
print
print '----TERRAIN----'
for biom_name, total_power, aspects in terrain_points[:5]:
print '%.2f\t%s' % (total_power, biom_name)
for aspect_name, aspect_value in aspects:
print '\t%.2f\t%s' % (aspect_value, aspect_name)
print
print '----POINTS----'
points = []
for point in get_power_points():
value = point.log_powers_for(generator, x=x, y=y)
if value:
points.append((point.name, value))
points.sort()
for name, value in points:
print '%s %r' % (name.ljust(35), value)
def update_map(index):
generator = WorldInfoPrototype.get_by_id(map_info_storage.item.world_id).generator
generator.clear_power_points()
generator.clear_biomes()
if generator.w != map_settings.WIDTH or generator.h != map_settings.HEIGHT:
dx, dy = generator.resize(map_settings.WIDTH, map_settings.HEIGHT)
places_storage.places.shift_all(dx, dy)
places_storage.buildings.shift_all(dx, dy)
for point in get_power_points():
generator.add_power_point(point)
for terrain in TERRAIN.records:
generator.add_biom(Biom(id_=terrain))
generator.do_step()
biomes_map = generator.get_biomes_map()
time = TimePrototype.get_current_time()
draw_info = get_draw_info(biomes_map)
terrain = []
for y in xrange(0, generator.h):
row = []
terrain.append(row)
for x in xrange(0, generator.w):
row.append(biomes_map[y][x].id)
map_info_storage.set_item(MapInfoPrototype.create(turn_number=time.turn_number,
width=generator.w,
height=generator.h,
terrain=terrain,
world=WorldInfoPrototype.create_from_generator(generator)))
MapInfoPrototype.remove_old_infos()
raw_draw_info = []
for row in draw_info:
raw_draw_info.append([])
for cell in row:
raw_draw_info[-1].append(cell.get_sprites())
data = {'width': generator.w,
'height': generator.h,
'map_version': map_info_storage.version,
'format_version': '0.1',
'draw_info': raw_draw_info,
'places': dict( (place.id, place.map_info() ) for place in places_storage.places.all() ),
# 'buildings': dict( (building.id, building.map_info() ) for building in buildings_storage.all() ),
'roads': dict( (road.id, road.map_info() ) for road in roads_storage.all()) }
region_js_file = map_settings.GEN_REGION_OUTPUT % map_info_storage.version
output_dir_name = os.path.dirname(region_js_file)
if not os.path.exists(output_dir_name):
os.makedirs(output_dir_name, 0755)
with open(region_js_file, 'w') as region_json_file:
region_json_file.write(s11n.to_json(data).encode('utf-8'))
if project_settings.DEBUG:
deworld.draw_world(index, generator, catalog=map_settings.GEN_WORLD_PROGRESSION)
def update_map(index):
generator = WorldInfoPrototype.get_by_id(
map_info_storage.item.world_id).generator
generator.clear_power_points()
generator.clear_biomes()
if generator.w != map_settings.WIDTH or generator.h != map_settings.HEIGHT:
dx, dy = generator.resize(map_settings.WIDTH, map_settings.HEIGHT)
places_storage.places.shift_all(dx, dy)
places_storage.buildings.shift_all(dx, dy)
for point in get_power_points():
generator.add_power_point(point)
for terrain in TERRAIN.records:
generator.add_biom(Biom(id_=terrain))
generator.do_step()
biomes_map = generator.get_biomes_map()
time = TimePrototype.get_current_time()
draw_info = get_draw_info(biomes_map)
terrain = []
for y in xrange(0, generator.h):
row = []
terrain.append(row)
for x in xrange(0, generator.w):
row.append(biomes_map[y][x].id)
map_info_storage.set_item(
MapInfoPrototype.create(
turn_number=time.turn_number,
width=generator.w,
height=generator.h,
terrain=terrain,
world=WorldInfoPrototype.create_from_generator(generator)))
MapInfoPrototype.remove_old_infos()
raw_draw_info = []
for row in draw_info:
raw_draw_info.append([])
for cell in row:
raw_draw_info[-1].append(cell.get_sprites())
data = {
'width':
generator.w,
'height':
generator.h,
'map_version':
map_info_storage.version,
'format_version':
'0.1',
'draw_info':
raw_draw_info,
'places':
dict((place.id, place.map_info())
for place in places_storage.places.all()),
# 'buildings': dict( (building.id, building.map_info() ) for building in buildings_storage.all() ),
'roads':
dict((road.id, road.map_info()) for road in roads_storage.all())
}
region_js_file = map_settings.GEN_REGION_OUTPUT % map_info_storage.version
output_dir_name = os.path.dirname(region_js_file)
if not os.path.exists(output_dir_name):
os.makedirs(output_dir_name, 0755)
with open(region_js_file, 'w') as region_json_file:
region_json_file.write(s11n.to_json(data).encode('utf-8'))
if project_settings.DEBUG:
deworld.draw_world(index,
generator,
catalog=map_settings.GEN_WORLD_PROGRESSION)
def update_map(index):
generator = WorldInfoPrototype.get_by_id(map_info_storage.item.world_id).generator
generator.clear_power_points()
generator.clear_biomes()
if generator.w != map_settings.WIDTH or generator.h != map_settings.HEIGHT:
dx, dy = generator.resize(map_settings.WIDTH, map_settings.HEIGHT)
places_storage.places.shift_all(dx, dy)
places_storage.buildings.shift_all(dx, dy)
for point in get_power_points():
generator.add_power_point(point)
for terrain in TERRAIN.records:
generator.add_biom(Biom(id_=terrain))
generator.do_step()
biomes_map = generator.get_biomes_map()
time = TimePrototype.get_current_time()
draw_info = get_draw_info(biomes_map)
terrain = []
for y in range(0, generator.h):
row = []
terrain.append(row)
for x in range(0, generator.w):
row.append(biomes_map[y][x].id)
map_info_storage.set_item(
MapInfoPrototype.create(
turn_number=time.turn_number,
width=generator.w,
height=generator.h,
terrain=terrain,
world=WorldInfoPrototype.create_from_generator(generator),
)
)
MapInfoPrototype.remove_old_infos()
raw_draw_info = []
for row in draw_info:
raw_draw_info.append([])
for cell in row:
raw_draw_info[-1].append(cell.get_sprites())
data = {
"width": generator.w,
"height": generator.h,
"map_version": map_info_storage.version,
"format_version": "0.1",
"draw_info": raw_draw_info,
"places": dict((place.id, place.map_info()) for place in places_storage.places.all()),
# 'buildings': dict( (building.id, building.map_info() ) for building in buildings_storage.all() ),
"roads": dict((road.id, road.map_info()) for road in roads_storage.all()),
}
models.MapRegion.objects.create(turn_number=time.turn_number, data=data)