def generate_world(source_map, dynamic_spawns='Sparse', wildlife_spawns='Sparse', simulate_ticks=1000, combat_test=False, save=True, thread=True):
WORLD_INFO['inittime'] = time.time()
WORLD_INFO['start_age'] = simulate_ticks
WORLD_INFO['dynamic_spawns'] = dynamic_spawns
WORLD_INFO['wildlife_spawns'] = wildlife_spawns
WORLD_INFO['real_time_of_day'] = int(round(WORLD_INFO['length_of_day']*.10))
WORLD_INFO['seed'] = time.time()
WORLD_INFO['combat_test'] = combat_test
WORLD_INFO['title'] = 'Operation %s' % language.generate_scheme_title().title()
random.seed(WORLD_INFO['seed'])
if WORLD_INFO['dynamic_spawns'] == 'Sparse':
WORLD_INFO['dynamic_spawn_interval'] = [350, (1000, 1200)]
elif WORLD_INFO['dynamic_spawns'] == 'Medium':
WORLD_INFO['dynamic_spawn_interval'] = [350, (800, 999)]
elif WORLD_INFO['dynamic_spawns'] == 'Heavy':
WORLD_INFO['dynamic_spawn_interval'] = [350, (600, 799)]
else:
WORLD_INFO['dynamic_spawn_interval'] = [-1, (600, 799)]
if WORLD_INFO['wildlife_spawns'] == 'Sparse':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (770, 990)]
elif WORLD_INFO['wildlife_spawns'] == 'Medium':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (550, 700)]
elif WORLD_INFO['wildlife_spawns'] == 'Heavy':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (250, 445)]
else:
WORLD_INFO['wildlife_spawn_interval'] = [-1, (250, 445)]
weather.change_weather()
create_region_spawns()
randomize_item_spawns()
lfe.focus_on(create_player())
alife.camps.create_all_camps()
if thread:
tcod.console_rect(0,0,0,WINDOW_SIZE[0],WINDOW_SIZE[1],True,flag=tcod.BKGND_DEFAULT)
_r = Runner(simulate_ticks)
_r.start()
while _r.running:
draw_world_stats()
if not SETTINGS['running']:
return False
else:
simulate_life(simulate_ticks)
WORLD_INFO['id'] = 0
if save:
WORLD_INFO['id'] = profiles.create_world()
save_world(create=True)
logging.info('World generation complete (took %.2fs)' % (time.time()-WORLD_INFO['inittime']))
def end_dialog(dialog_id): _dialog = get_dialog(dialog_id) if dialog_id in LIFE[_dialog['started_by']]['dialogs']: LIFE[_dialog['started_by']]['dialogs'].remove(dialog_id) if dialog_id in LIFE[_dialog['target']]['dialogs']: LIFE[_dialog['target']]['dialogs'].remove(dialog_id) if SETTINGS['controlling'] in [_dialog['started_by'], _dialog['target']]: lfe.focus_on(LIFE[SETTINGS['controlling']])
def end_dialog(dialog_id):
_dialog = get_dialog(dialog_id)
if dialog_id in LIFE[_dialog['started_by']]['dialogs']:
LIFE[_dialog['started_by']]['dialogs'].remove(dialog_id)
if dialog_id in LIFE[_dialog['target']]['dialogs']:
LIFE[_dialog['target']]['dialogs'].remove(dialog_id)
if SETTINGS['controlling'] in [_dialog['started_by'], _dialog['target']]:
lfe.focus_on(LIFE[SETTINGS['controlling']])
def show_next_event():
if not EVENTS:
return False
EVENTS.pop(0)
gfx.refresh_view('map')
if not EVENTS:
life.focus_on(LIFE[SETTINGS['following']])
return False
return True
def end_dialog(dialog_id):
_dialog = get_dialog(dialog_id)
if dialog_id in LIFE[_dialog['started_by']]['dialogs']:
LIFE[_dialog['started_by']]['dialogs'].remove(dialog_id)
if dialog_id in LIFE[_dialog['target']]['dialogs']:
LIFE[_dialog['target']]['dialogs'].remove(dialog_id)
if SETTINGS['controlling'] in [_dialog['started_by'], _dialog['target']]:
lfe.focus_on(LIFE[SETTINGS['controlling']])
logging.debug('Dialog between %s and %s is over.' % (' '.join(LIFE[_dialog['started_by']]['name']), ' '.join(LIFE[_dialog['target']]['name'])))
def load_world(world):
global LOADED_CHUNKS
gfx.title('Loading...')
LOADED_CHUNKS = {}
WORLD_INFO['id'] = world
maps.load_map('map', base_dir=profiles.get_world_directory(world))
logging.debug('Loading life from disk...')
with open(
os.path.join(profiles.get_world_directory(WORLD_INFO['id']),
'life.dat'), 'r') as e:
LIFE.update(json.loads(e.readline()))
logging.debug('Loading items from disk...')
with open(
os.path.join(profiles.get_world_directory(WORLD_INFO['id']),
'items.dat'), 'r') as e:
ITEMS.update(json.loads(e.readline()))
logging.debug('Loading historic items...')
#with open(os.path.join(profiles.get_world_directory(WORLD_INFO['id']), 'items_history.dat'), 'r') as e:
# ITEMS_HISTORY.update(json.loads(''.join(e.readlines())))
maps.reset_lights()
SETTINGS['controlling'] = None
SETTINGS['following'] = None
for life in LIFE.values():
if life['dead']:
continue
if 'player' in life:
SETTINGS['controlling'] = life['id']
lfe.focus_on(life)
break
lfe.load_all_life()
items.reload_all_items()
if SETTINGS['chunk_handler']:
SETTINGS['chunk_handler'].check_chunks(force=True)
#logging.debug('Rendering map slices...')
#maps.render_map_slices()
logging.info('World loaded.')
def load_world(world):
global LOADED_CHUNKS
gfx.title('Loading...')
LOADED_CHUNKS = {}
WORLD_INFO['id'] = world
maps.load_map('map', base_dir=profiles.get_world_directory(world))
logging.debug('Loading life from disk...')
with open(os.path.join(profiles.get_world_directory(WORLD_INFO['id']), 'life.dat'), 'r') as e:
LIFE.update(json.loads(e.readline()))
logging.debug('Loading items from disk...')
with open(os.path.join(profiles.get_world_directory(WORLD_INFO['id']), 'items.dat'), 'r') as e:
ITEMS.update(json.loads(e.readline()))
logging.debug('Loading historic items...')
#with open(os.path.join(profiles.get_world_directory(WORLD_INFO['id']), 'items_history.dat'), 'r') as e:
# ITEMS_HISTORY.update(json.loads(''.join(e.readlines())))
maps.reset_lights()
SETTINGS['controlling'] = None
SETTINGS['following'] = None
for life in LIFE.values():
if life['dead']:
continue
if 'player' in life:
SETTINGS['controlling'] = life['id']
lfe.focus_on(life)
break
lfe.load_all_life()
items.reload_all_items()
if SETTINGS['chunk_handler']:
SETTINGS['chunk_handler'].check_chunks(force=True)
#logging.debug('Rendering map slices...')
#maps.render_map_slices()
logging.info('World loaded.')
def create_player():
PLAYER = life.create_life('human',
name=['Tester','Toaster'],
position=get_spawn_point(zone_entry_point=True))
PLAYER['stats'].update(historygen.create_background(life))
PLAYER['player'] = True
for item in BASE_ITEMS:
life.add_item_to_inventory(PLAYER, items.create_item(item))
SETTINGS['controlling'] = PLAYER['id']
_zes_leader = alife.factions.get_faction('ZES')['members'][0]
_m = missions.create_mission('locate_target', target=_zes_leader)
_m_id = missions.remember_mission(PLAYER, _m)
missions.change_task_description(PLAYER, _m_id, 1, 'Find ZES outpost, talk to %s' % ' '.join(LIFE[_zes_leader]['name']))
alife.factions.add_member('Loners', SETTINGS['controlling'])
lfe.focus_on(LIFE[SETTINGS['controlling']])
return PLAYER
def create_player():
PLAYER = life.create_life('human',
name=['Tester', 'Toaster'],
position=get_spawn_point(zone_entry_point=True))
PLAYER['stats'].update(historygen.create_background(life))
PLAYER['player'] = True
for item in BASE_ITEMS:
life.add_item_to_inventory(PLAYER, items.create_item(item))
SETTINGS['controlling'] = PLAYER['id']
_zes_leader = alife.factions.get_faction('ZES')['members'][0]
_m = missions.create_mission('locate_target', target=_zes_leader)
_m_id = missions.remember_mission(PLAYER, _m)
missions.change_task_description(
PLAYER, _m_id, 1,
'Find ZES outpost, talk to %s' % ' '.join(LIFE[_zes_leader]['name']))
alife.factions.add_member('Loners', SETTINGS['controlling'])
lfe.focus_on(LIFE[SETTINGS['controlling']])
return PLAYER
def create_player():
PLAYER = life.create_life('human',
name=['Tester','Toaster'],
position=get_spawn_point(zone_entry_point=True))
PLAYER['stats'].update(historygen.create_background(life))
PLAYER['player'] = True
for item in BASE_ITEMS:
life.add_item_to_inventory(PLAYER, items.create_item(item))
life.add_item_to_inventory(PLAYER, items.create_item('glock'))
life.add_item_to_inventory(PLAYER, items.create_item('9x19mm magazine'))
life.add_item_to_inventory(PLAYER, items.create_item('electric lantern'))
life.add_item_to_inventory(PLAYER, items.create_item('aspirin'))
for i in range(17):
life.add_item_to_inventory(PLAYER, items.create_item('9x19mm round'))
SETTINGS['controlling'] = PLAYER['id']
lfe.focus_on(LIFE[SETTINGS['controlling']])
return PLAYER
def show_next_event():
if not EVENTS:
return False
_event = None
for event in EVENTS:
if not event['delay']:
_event = event
break
if not _event:
return False
EVENTS.remove(_event)
gfx.refresh_view('map')
if not EVENTS:
life.focus_on(LIFE[SETTINGS['following']])
locks.lock('camera_free', reason='No more events')
return False
return True
def _execute(action):
_struct = {}
if 'life' in action['kwargs']:
_struct['life'] = LIFE[action['kwargs']['life']]
if 'add_to' in action['kwargs']:
_struct['add_to'] = action['kwargs']['add_to']
else:
_struct['add_to'] = []
if 'retrieve' in action['kwargs']:
_struct['list'] = retrieve(action['kwargs']['retrieve'],
life=_struct['life'])
if 'store_retrieve_as' in action['kwargs']:
_struct['store_retrieve_as'] = action['kwargs']['store_retrieve_as']
if 'filter_by' in action['kwargs']:
for entry in action['kwargs']['filter_by']:
if entry in _struct['list']:
_struct['list'].remove(entry)
if 'matching' in action['args']:
_struct['match_mask'] = action['kwargs']['matching']
else:
_struct['match_mask'] = {'id': '*'}
if 'question' in action['kwargs']:
_struct['question'] = action['kwargs']['question']
if 'ask' in action['args']:
if not _struct['list']:
return False
lfe.speech.start_dialog_with_question(_struct['life'],
_struct['list'][0],
_struct['question'])
if 'add_to' in _struct:
if not _struct['list'][0] in _struct['list']:
_struct['add_to'].append(_struct['list'][0])
print 'LOOK OUT!' * 55, _struct['add_to']
return True
if 'return' in action['args']:
if 'include' in action['kwargs']:
_struct.update(action['kwargs']['include'])
return _struct
if 'return_key' in action['args']:
if 'key' in action['kwargs']:
return _struct[action['kwargs']['key']]
if 'return_key' in action['kwargs']:
return _struct[action['kwargs']['return_key']]
if 'return_function' in action['kwargs']:
return rawparse.FUNCTION_MAP[action['kwargs']['return_function']]
if 'function' in action['kwargs']:
_arguments = execute(action['kwargs']['arguments'])
if 'filter' in action['args']:
_ret_list = []
for key in _arguments.keys():
if not key in action['kwargs']['arguments']['kwargs']:
if 'include' in action['kwargs']['arguments'][
'kwargs'] and key in action['kwargs']['arguments'][
'kwargs']['include']:
continue
del _arguments[key]
for result in _struct['list']:
_arguments.update({_struct['store_retrieve_as']: result})
if not action['kwargs']['function'](**_arguments):
_ret_list.append(result)
continue
for entry in _ret_list:
_struct['list'].remove(entry)
print 'filter function', _struct['list']
return _struct['list']
if 'get_known_alife' in action['args']:
return _struct['life']['know'].keys()
if 'track_alife' in action['args']:
if not _struct['list']:
return False
if movement._find_alife(_struct['life'], target=_struct['list'][0]):
if not _struct['list'][0] in _struct['add_to']:
_struct['add_to'].append(_struct['list'][0])
print 'FOUND HIM!!!!!!!!!!!' * 50
lfe.focus_on(_struct['life'])
print _struct['life']['name'], 'Tracking', LIFE[_struct['list']
[0]]['name']
print judgement.can_trust(_struct['life'], _struct['list'][0])
return True
def generate_world(source_map,
dynamic_spawns='Sparse',
wildlife_spawns='Sparse',
simulate_ticks=1000,
combat_test=False,
save=True,
thread=True):
WORLD_INFO['inittime'] = time.time()
WORLD_INFO['start_age'] = simulate_ticks
WORLD_INFO['dynamic_spawns'] = dynamic_spawns
WORLD_INFO['wildlife_spawns'] = wildlife_spawns
WORLD_INFO['real_time_of_day'] = int(
round(WORLD_INFO['length_of_day'] * .10))
WORLD_INFO['seed'] = time.time()
WORLD_INFO['combat_test'] = combat_test
WORLD_INFO['title'] = 'Operation %s' % language.generate_scheme_title(
).title()
random.seed(WORLD_INFO['seed'])
if WORLD_INFO['dynamic_spawns'] == 'Sparse':
WORLD_INFO['dynamic_spawn_interval'] = [350, (1000, 1200)]
elif WORLD_INFO['dynamic_spawns'] == 'Medium':
WORLD_INFO['dynamic_spawn_interval'] = [350, (800, 999)]
elif WORLD_INFO['dynamic_spawns'] == 'Heavy':
WORLD_INFO['dynamic_spawn_interval'] = [350, (600, 799)]
else:
WORLD_INFO['dynamic_spawn_interval'] = [-1, (600, 799)]
if WORLD_INFO['wildlife_spawns'] == 'Sparse':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (770, 990)]
elif WORLD_INFO['wildlife_spawns'] == 'Medium':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (550, 700)]
elif WORLD_INFO['wildlife_spawns'] == 'Heavy':
WORLD_INFO['wildlife_spawn_interval'] = [2500, (250, 445)]
else:
WORLD_INFO['wildlife_spawn_interval'] = [-1, (250, 445)]
weather.change_weather()
create_region_spawns()
randomize_item_spawns()
lfe.focus_on(create_player())
alife.camps.create_all_camps()
if thread:
tcod.console_rect(0,
0,
0,
WINDOW_SIZE[0],
WINDOW_SIZE[1],
True,
flag=tcod.BKGND_DEFAULT)
_r = Runner(simulate_ticks)
_r.start()
while _r.running:
draw_world_stats()
if not SETTINGS['running']:
return False
else:
simulate_life(simulate_ticks)
WORLD_INFO['id'] = 0
if save:
WORLD_INFO['id'] = profiles.create_world()
save_world(create=True)
logging.info('World generation complete (took %.2fs)' %
(time.time() - WORLD_INFO['inittime']))
def _execute(action):
_struct = {}
if "life" in action["kwargs"]:
_struct["life"] = LIFE[action["kwargs"]["life"]]
if "add_to" in action["kwargs"]:
_struct["add_to"] = action["kwargs"]["add_to"]
else:
_struct["add_to"] = []
if "retrieve" in action["kwargs"]:
_struct["list"] = retrieve(action["kwargs"]["retrieve"], life=_struct["life"])
if "store_retrieve_as" in action["kwargs"]:
_struct["store_retrieve_as"] = action["kwargs"]["store_retrieve_as"]
if "filter_by" in action["kwargs"]:
for entry in action["kwargs"]["filter_by"]:
if entry in _struct["list"]:
_struct["list"].remove(entry)
if "matching" in action["args"]:
_struct["match_mask"] = action["kwargs"]["matching"]
else:
_struct["match_mask"] = {"id": "*"}
if "question" in action["kwargs"]:
_struct["question"] = action["kwargs"]["question"]
if "ask" in action["args"]:
if not _struct["list"]:
return False
lfe.speech.start_dialog_with_question(_struct["life"], _struct["list"][0], _struct["question"])
if "add_to" in _struct:
if not _struct["list"][0] in _struct["list"]:
_struct["add_to"].append(_struct["list"][0])
print "LOOK OUT!" * 55, _struct["add_to"]
return True
if "return" in action["args"]:
if "include" in action["kwargs"]:
_struct.update(action["kwargs"]["include"])
return _struct
if "return_key" in action["args"]:
if "key" in action["kwargs"]:
return _struct[action["kwargs"]["key"]]
if "return_key" in action["kwargs"]:
return _struct[action["kwargs"]["return_key"]]
if "return_function" in action["kwargs"]:
return rawparse.FUNCTION_MAP[action["kwargs"]["return_function"]]
if "function" in action["kwargs"]:
_arguments = execute(action["kwargs"]["arguments"])
if "filter" in action["args"]:
_ret_list = []
for key in _arguments.keys():
if not key in action["kwargs"]["arguments"]["kwargs"]:
if (
"include" in action["kwargs"]["arguments"]["kwargs"]
and key in action["kwargs"]["arguments"]["kwargs"]["include"]
):
continue
del _arguments[key]
for result in _struct["list"]:
_arguments.update({_struct["store_retrieve_as"]: result})
if not action["kwargs"]["function"](**_arguments):
_ret_list.append(result)
continue
for entry in _ret_list:
_struct["list"].remove(entry)
print "filter function", _struct["list"]
return _struct["list"]
if "get_known_alife" in action["args"]:
return _struct["life"]["know"].keys()
if "track_alife" in action["args"]:
if not _struct["list"]:
return False
if movement._find_alife(_struct["life"], target=_struct["list"][0]):
if not _struct["list"][0] in _struct["add_to"]:
_struct["add_to"].append(_struct["list"][0])
print "FOUND HIM!!!!!!!!!!!" * 50
lfe.focus_on(_struct["life"])
print _struct["life"]["name"], "Tracking", LIFE[_struct["list"][0]]["name"]
print judgement.can_trust(_struct["life"], _struct["list"][0])
return True
