def generate_world(combat_test=False):
_menu = MENUS[menus.get_menu_by_name('World Generation')]
_settings = {}
for entry in _menu['menu']:
_settings[entry['key']] = entry['values'][entry['value']]
if _settings['Map'] == 'Generate Map':
_settings['Map'] = mapgen.generate_map(towns=1,
factories=0,
outposts=2,
forests=1)['name']
if _settings['World Age'] == 'Day 0':
_ticks = 10
elif _settings['World Age'] == '1 Week':
_ticks = 1000 #30000
elif _settings['World Age'] == '2 Weeks':
_ticks = 2000
elif _settings['World Age'] == '3 Weeks':
_ticks = 3000
elif _settings['World Age'] == '4 Weeks':
_ticks = 4000
elif _settings['World Age'] == '5 Weeks':
_ticks = 5000
maps.load_map(_settings['Map'], cache_map=True)
worldgen.generate_world(WORLD_INFO['map'],
dynamic_spawns=_settings['Dynamic Spawns'],
wildlife_spawns=_settings['Wildlife Density'],
simulate_ticks=_ticks,
save=True,
thread=True)
def generate_world(combat_test=False):
_menu = MENUS[menus.get_menu_by_name('World Generation')]
_settings = {}
for entry in _menu['menu']:
_settings[entry['key']] = entry['values'][entry['value']]
if _settings['Map'] == 'Generate Map':
_settings['Map'] = mapgen.generate_map(towns=1,
factories=0,
outposts=2,
forests=1)['name']
if _settings['World Age'] == 'Day 0':
_ticks = 10
elif _settings['World Age'] == '1 Week':
_ticks = 1000#30000
elif _settings['World Age'] == '2 Weeks':
_ticks = 2000
elif _settings['World Age'] == '3 Weeks':
_ticks = 3000
elif _settings['World Age'] == '4 Weeks':
_ticks = 4000
elif _settings['World Age'] == '5 Weeks':
_ticks = 5000
maps.load_map(_settings['Map'], cache_map=True)
worldgen.generate_world(WORLD_INFO['map'],
dynamic_spawns=_settings['Dynamic Spawns'],
wildlife_spawns=_settings['Wildlife Density'],
simulate_ticks=_ticks,
save=True,
thread=True)
def process_fights():
_fighters = []
for life in LIFE.values():
if life['next_stance']['stance']:
if sum([abs(i) for i in life['velocity']]):
continue
if not life['id'] in _fighters:
_fighters.append(life['id'])
if life['next_stance']['towards']:
if sum([abs(i) for i in LIFE[life['next_stance']['towards']]['velocity']]):
life['next_stance']['stance'] = None
life['next_stance']['towards'] = None
continue
if numbers.distance(life['pos'], LIFE[life['next_stance']['towards']]['pos'])>1:
life['next_stance']['stance'] = None
life['next_stance']['towards'] = None
continue
if not life['next_stance']['towards'] in _fighters:
_fighters.append(life['next_stance']['towards'])
if len(_fighters)<=1:
WORLD_INFO['sub_ticks'] = WORLD_INFO['max_sub_ticks']
return False
if WORLD_INFO['sub_ticks']:
WORLD_INFO['sub_ticks'] -= 1
else:
WORLD_INFO['sub_ticks'] = WORLD_INFO['max_sub_ticks']
return False
for _fighter in _fighters:
if lfe.calculate_velocity(LIFE[_fighter]):
continue
examine_possible_moves(LIFE[_fighter], _fighters)
tick(LIFE[_fighter])
perform_moves(_fighters)
_i = 0
for fighter in _fighters:
if sum([abs(i) for i in LIFE[fighter]['velocity']]):
continue
_i += 1
if _i<=1:
if menus.get_menu_by_name('Advanced Movement')>-1:
menus.delete_active_menu()
return _fighters
def main():
if not '--select' in sys.argv and not '--test' in sys.argv:
if regenerate_world():
SETTINGS['running'] = 2
while SETTINGS['running']:
get_input()
handle_input()
#Show list of maps if not passed directly
if SETTINGS['running'] == 1:
if menus.get_menu_by_name('Maps')>-1 or menus.get_menu_by_name('Buildings')>-1:
map_selection()
else:
create_maps_menu('--test' in sys.argv)
elif SETTINGS['running'] == 2:
terraform()
elif SETTINGS['running'] == 3:
chunk_map()
def main():
if not '--select' in sys.argv and not '--test' in sys.argv:
if regenerate_world():
SETTINGS['running'] = 2
while SETTINGS['running']:
get_input()
handle_input()
#Show list of maps if not passed directly
if SETTINGS['running'] == 1:
if menus.get_menu_by_name('Maps')>-1 or menus.get_menu_by_name('Buildings')>-1:
map_selection()
else:
create_maps_menu('--test' in sys.argv)
elif SETTINGS['running'] == 2:
terraform()
elif SETTINGS['running'] == 3:
chunk_map()
def examine_possible_moves(p, targets):
#TODO: Cancel move?
_moves = {}
#if p['next_stance']['stance']:
# return False
for _target in targets:
target = LIFE[_target]
if target == p:
continue
if sum([abs(i) for i in target['velocity']]):
continue
if 'player' in p:
_moves[_target] = {'moves': [], 'counters': []}
_next_stance = p['next_stance']['stance']
_next_target_stance = target['next_stance']['stance']
_incoming_attack = False
#Target is attacking
if target['stance'] in target['moves']:
_incoming_attack = target['stance']
elif _next_target_stance in target['moves']:
_incoming_attack = _next_target_stance
if _incoming_attack:
if not _next_stance in p['moves'][_incoming_attack]['counters']:
if 'player' in p:
_moves[_target]['counters'].extend(p['moves'][_incoming_attack]['counters'])
elif p['moves'][_incoming_attack]['counters']:
assume_stance(p, random.choice(p['moves'][_incoming_attack]['counters']), towards=_target)
return False
elif p['stance'] in p['moves'][_incoming_attack]['counters']:
return True
if 'player' in p:
_moves[_target]['moves'].extend(p['moves'].keys())
else:
assume_stance(p, random.choice(p['moves'].keys()), towards=_target)
return True
#if _next_stance and _next_stance in p['moves'] and not p['stance'] in p['moves'][_next_stance]['counters']:
# assume_stance(p, p['moves'][_next_stance]['counters'][0], towards=_target)
# return False
#elif (not _next_stance or not target['stance'] in p['moves']):
# assume_stance(p, random.choice(p['moves'].keys()), towards=_target)
# return True
if _moves and menus.get_menu_by_name('Advanced Movement')==-1 and not sum([abs(i) for i in p['velocity']]):
_menu = []
for target_id in _moves:
if _moves[target_id]['moves']:
_menu.append(menus.create_item('title', '%s (Attacks)' % ' '.join(LIFE[target_id]['name']), None))
for move in _moves[target_id]['moves']:
_menu.append(menus.create_item('single', move, None, move=move, target=target_id))
if _moves[target_id]['counters']:
_menu.append(menus.create_item('title', '%s (Counters)' % ' '.join(LIFE[target_id]['name']), None))
for move in _moves[target_id]['counters']:
_menu.append(menus.create_item('single', move, None, move=move, target=target_id))
_m = menus.create_menu(menu=_menu,
position=[1, 1],
title='Advanced Movement',
format_str='$k',
on_select=lambda entry: assume_stance(LIFE[SETTINGS['controlling']],
entry['move'],
towards=entry['target']),
close_on_select=True)
menus.activate_menu(_m)
def examine_possible_moves(p, targets):
#TODO: Cancel move?
_moves = {}
#if p['next_stance']['stance']:
# return False
for _target in targets:
target = LIFE[_target]
if target == p:
continue
if sum([abs(i) for i in target['velocity']]):
continue
if 'player' in p:
_moves[_target] = {'moves': [], 'counters': []}
_next_stance = p['next_stance']['stance']
_next_target_stance = target['next_stance']['stance']
_incoming_attack = False
#Target is attacking
if target['stance'] in target['moves']:
_incoming_attack = target['stance']
elif _next_target_stance in target['moves']:
_incoming_attack = _next_target_stance
if _incoming_attack:
if not _next_stance in p['moves'][_incoming_attack]['counters']:
if 'player' in p:
_moves[_target]['counters'].extend(
p['moves'][_incoming_attack]['counters'])
elif p['moves'][_incoming_attack]['counters']:
assume_stance(
p,
random.choice(
p['moves'][_incoming_attack]['counters']),
towards=_target)
return False
elif p['stance'] in p['moves'][_incoming_attack]['counters']:
return True
if 'player' in p:
_moves[_target]['moves'].extend(p['moves'].keys())
else:
assume_stance(p, random.choice(p['moves'].keys()), towards=_target)
return True
#if _next_stance and _next_stance in p['moves'] and not p['stance'] in p['moves'][_next_stance]['counters']:
# assume_stance(p, p['moves'][_next_stance]['counters'][0], towards=_target)
# return False
#elif (not _next_stance or not target['stance'] in p['moves']):
# assume_stance(p, random.choice(p['moves'].keys()), towards=_target)
# return True
if _moves and menus.get_menu_by_name(
'Advanced Movement') == -1 and not sum(
[abs(i) for i in p['velocity']]):
_menu = []
for target_id in _moves:
if _moves[target_id]['moves']:
_menu.append(
menus.create_item(
'title',
'%s (Attacks)' % ' '.join(LIFE[target_id]['name']),
None))
for move in _moves[target_id]['moves']:
_menu.append(
menus.create_item('single',
move,
None,
move=move,
target=target_id))
if _moves[target_id]['counters']:
_menu.append(
menus.create_item(
'title',
'%s (Counters)' % ' '.join(LIFE[target_id]['name']),
None))
for move in _moves[target_id]['counters']:
_menu.append(
menus.create_item('single',
move,
None,
move=move,
target=target_id))
_m = menus.create_menu(menu=_menu,
position=[1, 1],
title='Advanced Movement',
format_str='$k',
on_select=lambda entry: assume_stance(
LIFE[SETTINGS['controlling']],
entry['move'],
towards=entry['target']),
close_on_select=True)
menus.activate_menu(_m)
def process_fights():
_fighters = []
for life in LIFE.values():
if life['next_stance']['stance']:
if sum([abs(i) for i in life['velocity']]):
continue
if not life['id'] in _fighters:
_fighters.append(life['id'])
if life['next_stance']['towards']:
if sum([
abs(i) for i in LIFE[life['next_stance']['towards']]
['velocity']
]):
life['next_stance']['stance'] = None
life['next_stance']['towards'] = None
continue
if numbers.distance(
life['pos'],
LIFE[life['next_stance']['towards']]['pos']) > 1:
life['next_stance']['stance'] = None
life['next_stance']['towards'] = None
continue
if not life['next_stance']['towards'] in _fighters:
_fighters.append(life['next_stance']['towards'])
if len(_fighters) <= 1:
WORLD_INFO['sub_ticks'] = WORLD_INFO['max_sub_ticks']
return False
if WORLD_INFO['sub_ticks']:
WORLD_INFO['sub_ticks'] -= 1
else:
WORLD_INFO['sub_ticks'] = WORLD_INFO['max_sub_ticks']
return False
for _fighter in _fighters:
if lfe.calculate_velocity(LIFE[_fighter]):
continue
examine_possible_moves(LIFE[_fighter], _fighters)
tick(LIFE[_fighter])
perform_moves(_fighters)
_i = 0
for fighter in _fighters:
if sum([abs(i) for i in LIFE[fighter]['velocity']]):
continue
_i += 1
if _i <= 1:
if menus.get_menu_by_name('Advanced Movement') > -1:
menus.delete_active_menu()
return _fighters
