def get_keyboard_input():
global KEYBOARD_STRING
if not KEY.vk:
return False
if KEY.c:
_key = chr(KEY.c)
else:
if KEY.pressed:
if KEY.vk == tcod.KEY_RIGHT:
INPUT['right'] = True
elif KEY.vk == tcod.KEY_LEFT:
INPUT['left'] = True
elif KEY.vk == tcod.KEY_DOWN:
INPUT['down'] = True
elif KEY.vk == tcod.KEY_UP:
INPUT['up'] = True
return True
if SETTINGS['draw console']:
if KEY.vk == tcod.KEY_ENTER and len(KEYBOARD_STRING[0]):
#Taken from: http://stackoverflow.com/a/3906309
old_stdout = sys.stdout
redirected_output = sys.stdout = StringIO()
exec(scripting.parse_console(KEYBOARD_STRING[0].rstrip()))
sys.stdout = old_stdout
gfx.log('>' + KEYBOARD_STRING[0].rstrip())
gfx.log(' ' + redirected_output.getvalue())
KEYBOARD_STRING[0] = ''
elif KEY.vk == tcod.KEY_BACKSPACE:
KEYBOARD_STRING[0] = KEYBOARD_STRING[0][:len(KEYBOARD_STRING[0]) -
1]
if not ACTIVE_MENU['menu'] == -1:
_item = menus.is_getting_input(ACTIVE_MENU['menu'])
if _item and KEY.pressed:
_item['values'][0] += _key
if not INPUT.has_key(_key):
INPUT[_key] = False
if not INPUT[_key] and KEY.pressed:
if SETTINGS['draw console']:
KEYBOARD_STRING[0] += _key
INPUT[_key] = True
else:
#if INPUT[_key]:
# #TODO: A 'true' release...?
# pass
INPUT[_key] = False
def get_keyboard_input():
global KEYBOARD_STRING
if not KEY.vk:
return False
if KEY.c:
_key = chr(KEY.c)
else:
if KEY.pressed:
if KEY.vk == tcod.KEY_RIGHT:
INPUT['right'] = True
elif KEY.vk == tcod.KEY_LEFT:
INPUT['left'] = True
elif KEY.vk == tcod.KEY_DOWN:
INPUT['down'] = True
elif KEY.vk == tcod.KEY_UP:
INPUT['up'] = True
return True
if SETTINGS['draw console']:
if KEY.vk == tcod.KEY_ENTER and len(KEYBOARD_STRING[0]):
#Taken from: http://stackoverflow.com/a/3906309
old_stdout = sys.stdout
redirected_output = sys.stdout = StringIO()
exec(scripting.parse_console(KEYBOARD_STRING[0].rstrip()))
sys.stdout = old_stdout
gfx.log('>'+KEYBOARD_STRING[0].rstrip())
gfx.log(' '+redirected_output.getvalue())
KEYBOARD_STRING[0] = ''
elif KEY.vk == tcod.KEY_BACKSPACE:
KEYBOARD_STRING[0] = KEYBOARD_STRING[0][:len(KEYBOARD_STRING[0])-1]
if not ACTIVE_MENU['menu'] == -1:
_item = menus.is_getting_input(ACTIVE_MENU['menu'])
if _item and KEY.pressed:
_item['values'][0] += _key
if not INPUT.has_key(_key):
INPUT[_key] = False
if not INPUT[_key] and KEY.pressed:
if SETTINGS['draw console']:
KEYBOARD_STRING[0] += _key
INPUT[_key] = True
else:
#if INPUT[_key]:
# #TODO: A 'true' release...?
# pass
INPUT[_key] = False
def load_map(map_name, base_dir=MAP_DIR, cache_map=False):
_map_dir = os.path.join(base_dir, map_name)
WORLD_INFO['map'] = []
with open(os.path.join(_map_dir, 'world.meta'), 'r') as _map_file:
for line in _map_file.readlines():
line = line.rstrip()
value = line.split(':')
if line.startswith('chunk'):
WORLD_INFO['chunk_map'][value[1]] = json.loads(':'.join(
value[2:]))
#elif line.startswith('slice_map'):
# WORLD_INFO['slice_map'] = json.loads(':'.join(value[1:]))
elif line.startswith('slice'):
WORLD_INFO['slices'][value[1]] = json.loads(':'.join(
value[2:]))
elif line.startswith('world_info'):
WORLD_INFO.update(json.loads(':'.join(value[1:])))
if 'items' in WORLD_INFO:
ITEMS.update(WORLD_INFO['items'])
MAP_SIZE[0] = WORLD_INFO['map_size'][0]
MAP_SIZE[1] = WORLD_INFO['map_size'][1]
MAP_SIZE[2] = WORLD_INFO['map_size'][2]
WORLD_INFO['chunk_map'].update(WORLD_INFO['chunk_map'])
if WORLD_INFO['weather']:
weather.create_light_map(WORLD_INFO['weather'])
logging.debug('Caching zones...')
zones.cache_zones()
logging.debug('Done!')
logging.debug('Creating position maps...')
create_position_maps()
logging.debug('Done!')
logging.debug('Reloading references...')
reload_reference_maps()
logging.debug('Done!')
WORLD_INFO['map'] = create_map(blank=True)
SETTINGS['base_dir'] = _map_dir
if cache_map:
cache_all_clusters()
logging.info('Map \'%s\' loaded.' % map_name)
gfx.log('Map \'%s\' loaded.' % map_name)
def load_map(map_name, base_dir=MAP_DIR, cache_map=False):
_map_dir = os.path.join(base_dir, map_name)
WORLD_INFO['map'] = []
with open(os.path.join(_map_dir, 'world.meta'),'r') as _map_file:
for line in _map_file.readlines():
line = line.rstrip()
value = line.split(':')
if line.startswith('chunk'):
WORLD_INFO['chunk_map'][value[1]] = json.loads(':'.join(value[2:]))
#elif line.startswith('slice_map'):
# WORLD_INFO['slice_map'] = json.loads(':'.join(value[1:]))
elif line.startswith('slice'):
WORLD_INFO['slices'][value[1]] = json.loads(':'.join(value[2:]))
elif line.startswith('world_info'):
WORLD_INFO.update(json.loads(':'.join(value[1:])))
if 'items' in WORLD_INFO:
ITEMS.update(WORLD_INFO['items'])
MAP_SIZE[0] = WORLD_INFO['map_size'][0]
MAP_SIZE[1] = WORLD_INFO['map_size'][1]
MAP_SIZE[2] = WORLD_INFO['map_size'][2]
WORLD_INFO['chunk_map'].update(WORLD_INFO['chunk_map'])
if WORLD_INFO['weather']:
weather.create_light_map(WORLD_INFO['weather'])
logging.debug('Caching zones...')
zones.cache_zones()
logging.debug('Done!')
logging.debug('Creating position maps...')
create_position_maps()
logging.debug('Done!')
logging.debug('Reloading references...')
reload_reference_maps()
logging.debug('Done!')
WORLD_INFO['map'] = create_map(blank=True)
SETTINGS['base_dir'] = _map_dir
if cache_map:
cache_all_clusters()
logging.info('Map \'%s\' loaded.' % map_name)
gfx.log('Map \'%s\' loaded.' % map_name)
'[Cython] Run \'python compile_cython_modules.py build_ext --inplace\''
)
sys.exit(1)
except ImportError, e:
CYTHON_ENABLED = False
logging.warning('[Cython] ImportError with module: %s' % e)
logging.warning(
'[Cython] Certain functions can run faster if compiled with Cython.'
)
logging.warning(
'[Cython] Run \'python compile_cython_modules.py build_ext --inplace\''
)
logging.info(WINDOW_TITLE)
gfx.log(WINDOW_TITLE)
if os.path.exists('git-version.txt'):
with open('git-version.txt', 'r') as ver:
logging.info('Build %s' % ver.readline().strip())
logging.debug('Renderer: %s' % tcod.sys_get_renderer())
tiles.create_all_tiles()
language.load_strings()
missions.load_all_missions()
alife.rawparse.create_function_map()
locks.create_lock('camera_free', locked=True)
gfx.init_libtcod()
threads.init()
if render_map.VERSION == MAP_RENDER_VERSION:
CYTHON_ENABLED = True
else:
logging.error("[Cython] render_map is out of date!")
logging.error("[Cython] Run 'python compile_cython_modules.py build_ext --inplace'")
sys.exit(1)
except ImportError, e:
CYTHON_ENABLED = False
logging.warning("[Cython] ImportError with module: %s" % e)
logging.warning("[Cython] Certain functions can run faster if compiled with Cython.")
logging.warning("[Cython] Run 'python compile_cython_modules.py build_ext --inplace'")
logging.info(WINDOW_TITLE)
gfx.log(WINDOW_TITLE)
if os.path.exists("git-version.txt"):
with open("git-version.txt", "r") as ver:
logging.info("Build %s" % ver.readline().strip())
logging.debug("Renderer: %s" % tcod.sys_get_renderer())
tiles.create_all_tiles()
language.load_strings()
alife.rawparse.create_function_map()
gfx.init_libtcod()
# smp.init()
SETTINGS["draw z-levels below"] = True
def save_map(map_name, base_dir=MAP_DIR, only_cached=True):
_map_dir = os.path.join(base_dir, map_name)
#if base_dir == DATA_DIR:
# _map_dir = os.path.join(_map_dir, map_name)
try:
os.makedirs(_map_dir)
except:
pass
for light in WORLD_INFO['lights']:
if 'los' in light:
del light['los']
if 'old_pos' in light:
del light['old_pos']
with open(os.path.join(_map_dir, 'world.meta'), 'w') as _map_file:
try:
_slices = WORLD_INFO['slices']
_references = WORLD_INFO['references']
_chunk_map = WORLD_INFO['chunk_map']
_map = WORLD_INFO['map']
_weather_light_map = None
del WORLD_INFO['slices']
del WORLD_INFO['chunk_map']
del WORLD_INFO['references']
del WORLD_INFO['map']
WORLD_INFO['map_size'] = maputils.get_map_size(_map)
if 'light_map' in WORLD_INFO['weather']:
_weather_light_map = WORLD_INFO['weather']['light_map']
del WORLD_INFO['weather']['light_map']
logging.debug('Writing map metadata to disk...')
_map_file.write('world_info:%s\n' % json.dumps(WORLD_INFO))
for _slice in _slices.keys():
if '_map' in _slices[_slice]:
del _slices[_slice]['_map']
_map_file.write('slice:%s:%s\n' %
(_slice, json.dumps(_slices[_slice])))
for _chunk_key in _chunk_map:
_map_file.write(
'chunk:%s:%s\n' %
(_chunk_key, json.dumps(_chunk_map[_chunk_key])))
#_map_file.write('slice_map:%s' % json.dumps(_slice_map))
WORLD_INFO['slices'] = _slices
WORLD_INFO['chunk_map'] = _chunk_map
WORLD_INFO['references'] = _references
WORLD_INFO['map'] = _map
#WORLD_INFO['slice_map'] = _slice_map
if _weather_light_map:
WORLD_INFO['weather']['light_map'] = _weather_light_map
#logging.debug('Reloading slices...')
#reload_slices()
#logging.debug('Done!')
except TypeError as e:
logging.critical('FATAL: Map not JSON serializable.')
gfx.log(
'TypeError: Failed to save map (Map not JSON serializable).')
raise e
_chunk_cluster_size = WORLD_INFO['chunk_size'] * 10
_map = WORLD_INFO['map']
del WORLD_INFO['map']
if only_cached:
_cluster_keys = LOADED_CHUNKS
else:
_cluster_keys = []
for y1 in range(0, MAP_SIZE[1], _chunk_cluster_size):
for x1 in range(0, MAP_SIZE[0], _chunk_cluster_size):
_cluster_keys.append('%s,%s' % (x1, y1))
for cluster_key in _cluster_keys:
_x1 = int(cluster_key.split(',')[0])
_y1 = int(cluster_key.split(',')[1])
with open(
os.path.join(
_map_dir,
'world_%s.cluster' % cluster_key.replace(',', '_')),
'w') as _cluster_file:
for y2 in range(_y1, _y1 + _chunk_cluster_size):
for x2 in range(_x1, _x1 + _chunk_cluster_size):
_cluster_file.write(json.dumps(_map[x2][y2]) + '\n')
WORLD_INFO['map'] = _map
SETTINGS['base_dir'] = _map_dir
def save_map(map_name, base_dir=MAP_DIR, only_cached=True):
_map_dir = os.path.join(base_dir, map_name)
#if base_dir == DATA_DIR:
# _map_dir = os.path.join(_map_dir, map_name)
try:
os.makedirs(_map_dir)
except:
pass
for light in WORLD_INFO['lights']:
if 'los' in light:
del light['los']
if 'old_pos' in light:
del light['old_pos']
with open(os.path.join(_map_dir, 'world.meta'), 'w') as _map_file:
try:
_slices = WORLD_INFO['slices']
_references = WORLD_INFO['references']
_chunk_map = WORLD_INFO['chunk_map']
_map = WORLD_INFO['map']
_weather_light_map = None
del WORLD_INFO['slices']
del WORLD_INFO['chunk_map']
del WORLD_INFO['references']
del WORLD_INFO['map']
WORLD_INFO['map_size'] = maputils.get_map_size(_map)
if 'light_map' in WORLD_INFO['weather']:
_weather_light_map = WORLD_INFO['weather']['light_map']
del WORLD_INFO['weather']['light_map']
logging.debug('Writing map metadata to disk...')
_map_file.write('world_info:%s\n' % json.dumps(WORLD_INFO))
for _slice in _slices.keys():
if '_map' in _slices[_slice]:
del _slices[_slice]['_map']
_map_file.write('slice:%s:%s\n' % (_slice, json.dumps(_slices[_slice])))
for _chunk_key in _chunk_map:
_map_file.write('chunk:%s:%s\n' % (_chunk_key, json.dumps(_chunk_map[_chunk_key])))
#_map_file.write('slice_map:%s' % json.dumps(_slice_map))
WORLD_INFO['slices'] = _slices
WORLD_INFO['chunk_map'] = _chunk_map
WORLD_INFO['references'] = _references
WORLD_INFO['map'] = _map
#WORLD_INFO['slice_map'] = _slice_map
if _weather_light_map:
WORLD_INFO['weather']['light_map'] = _weather_light_map
#logging.debug('Reloading slices...')
#reload_slices()
#logging.debug('Done!')
except TypeError as e:
logging.critical('FATAL: Map not JSON serializable.')
gfx.log('TypeError: Failed to save map (Map not JSON serializable).')
raise e
_chunk_cluster_size = WORLD_INFO['chunk_size']*10
_map = WORLD_INFO['map']
del WORLD_INFO['map']
if only_cached:
_cluster_keys = LOADED_CHUNKS
else:
_cluster_keys = []
for y1 in range(0, MAP_SIZE[1], _chunk_cluster_size):
for x1 in range(0, MAP_SIZE[0], _chunk_cluster_size):
_cluster_keys.append('%s,%s' % (x1, y1))
for cluster_key in _cluster_keys:
_x1 = int(cluster_key.split(',')[0])
_y1 = int(cluster_key.split(',')[1])
with open(os.path.join(_map_dir, 'world_%s.cluster' % cluster_key.replace(',', '_')), 'w') as _cluster_file:
for y2 in range(_y1, _y1+_chunk_cluster_size):
for x2 in range(_x1, _x1+_chunk_cluster_size):
_cluster_file.write(json.dumps(_map[x2][y2])+'\n')
WORLD_INFO['map'] = _map
SETTINGS['base_dir'] = _map_dir
def save_map(map_name, base_dir=DATA_DIR):
_map_dir = os.path.join(base_dir,'maps')
if not map_name.count('.dat'):
map_name+='.dat'
try:
os.mkdir(_map_dir)
except:
pass
for light in WORLD_INFO['lights']:
if 'los' in light:
del light['los']
if 'old_pos' in light:
del light['old_pos']
with open(os.path.join(_map_dir,map_name), 'w') as _map_file:
try:
_map = WORLD_INFO['map']
_slices = WORLD_INFO['slices']
_chunk_map = WORLD_INFO['chunk_map']
_weather_light_map = None
del WORLD_INFO['map']
del WORLD_INFO['slices']
del WORLD_INFO['chunk_map']
if 'light_map' in WORLD_INFO['weather']:
_weather_light_map = WORLD_INFO['weather']['light_map']
del WORLD_INFO['weather']['light_map']
_map_file.write('world_info:%s\n' % json.dumps(WORLD_INFO))
for _slice in _slices.keys():
if '_map' in _slices[_slice]:
del _slices[_slice]['_map']
_map_file.write('slice:%s:%s\n' % (_slice, json.dumps(_slices[_slice])))
for _chunk_key in _chunk_map:
_map_file.write('chunk:%s:%s\n' % (_chunk_key, json.dumps(_chunk_map[_chunk_key])))
logging.debug('Writing map to disk...')
for x in range(MAP_SIZE[0]):
_map_file.write('map:%s:%s\n' % (x, json.dumps(_map[x])))
#logging.debug('Wrote segment %s/%s' % (x+1, MAP_SIZE[0]))
logging.info('Map \'%s\' saved to disk.' % map_name)
WORLD_INFO['map'] = _map
WORLD_INFO['slices'] = _slices
WORLD_INFO['chunk_map'] = _chunk_map
if _weather_light_map:
WORLD_INFO['weather']['light_map'] = _weather_light_map
logging.debug('Reloading slices...')
reload_slices()
logging.debug('Done!')
logging.info('Map \'%s\' saved.' % map_name)
gfx.log('Map \'%s\' saved.' % map_name)
except TypeError as e:
logging.critical('FATAL: Map not JSON serializable.')
gfx.log('TypeError: Failed to save map (Map not JSON serializable).')
raise e
def load_map(map_name, base_dir=DATA_DIR):
_map_dir = os.path.join(base_dir,'maps')
if not map_name.count('.dat'):
map_name+='.dat'
WORLD_INFO['map'] = []
with open(os.path.join(_map_dir,map_name),'r') as _map_file:
#try:
#WORLD_INFO.update(json.loads(' '.join(_map_file.readlines())))
for line in _map_file.readlines():
line = line.rstrip()
value = line.split(':')
if line.startswith('chunk'):
WORLD_INFO['chunk_map'][value[1]] = json.loads(':'.join(value[2:]))
elif line.startswith('map'):
WORLD_INFO['map'].append(json.loads(':'.join(value[2:])))
elif line.startswith('slice'):
WORLD_INFO['slices'][value[1]] = json.loads(':'.join(value[2:]))
elif line.startswith('world_info'):
WORLD_INFO.update(json.loads(':'.join(value[1:])))
if 'items' in WORLD_INFO:
ITEMS.update(WORLD_INFO['items'])
#if not (x, y) in zone['map']:
#for slice
_map_size = maputils.get_map_size(WORLD_INFO['map'])
MAP_SIZE[0] = _map_size[0]
MAP_SIZE[1] = _map_size[1]
MAP_SIZE[2] = _map_size[2]
reload_slices()
WORLD_INFO['chunk_map'].update(WORLD_INFO['chunk_map'])
alife.chunks.generate_cache()
if WORLD_INFO['weather']:
weather.create_light_map(WORLD_INFO['weather'])
_map_size = maputils.get_map_size(WORLD_INFO['map'])
for x in range(MAP_SIZE[0]):
for y in range(MAP_SIZE[1]):
for z in range(MAP_SIZE[2]):
if not WORLD_INFO['map'][x][y][z]:
continue
for key in TILE_STRUCT_DEP:
if key in WORLD_INFO['map'][x][y][z]:
del WORLD_INFO['map'][x][y][z][key]
for key in TILE_STRUCT:
if not key in WORLD_INFO['map'][x][y][z]:
WORLD_INFO['map'][x][y][z][key] = copy.copy(TILE_STRUCT[key])
zones.cache_zones()
create_position_maps()
logging.info('Map \'%s\' loaded.' % map_name)
gfx.log('Map \'%s\' loaded.' % map_name)
return True
