def generate_seed(self):
MAX_ATTEMPTS = self.settings.max_attempts
success = False
start_time = time.time()
for attempts in range(MAX_ATTEMPTS):
self.shuffle()
analyzer = Analyzer(self.data, self.settings, self.allocation)
if analyzer.success:
if not self.settings.egg_goals:
success = True
else:
shift_success, goal_eggs = self.shift_eggs_to_hard_to_reach(
analyzer.reachable, analyzer.hard_to_reach_items)
if shift_success:
analyzer = Analyzer(self.data,
self.settings,
self.allocation,
goals=goal_eggs)
if analyzer.success:
success = True
if success:
difficulty_analysis = None
if not self.settings.hide_difficulty or self.settings.min_difficulty > 0 or self.settings.max_sequence_breakability != None:
# Run difficulty analysis
if self.settings.egg_goals: goals = analyzer.goals
else: goals = analyzer.hard_to_reach_items
difficulty_analysis = DifficultyAnalysis(
self.data, analyzer, goals)
if self.settings.min_difficulty > 0:
if difficulty_analysis.difficulty_score < self.settings.min_difficulty:
success = False
if self.settings.max_sequence_breakability != None:
if difficulty_analysis.breakability_score > self.settings.max_sequence_breakability:
success = False
if success:
break
if not success:
fail('Unable to generate a valid seed after %d attempts.' %
MAX_ATTEMPTS)
time_taken = time.time() - start_time
time_string = '%.2f seconds' % (time_taken)
print_ln('Seed generated after %d attempts in %s' %
(attempts + 1, time_string))
# Generate Visualization and Print Output:
if False:
Analyzer(self.data, self.settings, self.allocation, visualize=True)
self.allocation.print_important_item_locations()
return self.allocation, analyzer, difficulty_analysis
def shuffle_backgrounds(stored_datas, no_laggy_backgrounds,
no_difficult_backgrounds):
#start_time = time.time()
shuffler = BackgroundShuffler(stored_datas, no_laggy_backgrounds,
no_difficult_backgrounds)
shuffler.shuffle()
print_ln('Backgrounds shuffled')
shuffler = RoomColorShuffler(stored_datas)
shuffler.shuffle()
print_ln('Tile colors shuffled')
def print_important_item_locations(self):
# DEBUG CODE FOR FINDING ITEMS
print_ln('--Item Locations--')
for k,v in self.item_at_item_location.items():
if v in ('PIKO_HAMMER','WALL_JUMP','RABI_SLIPPERS','AIR_JUMP','AIR_DASH','BUNNY_WHIRL','HAMMER_ROLL','SLIDING_POWDER','CARROT_BOMB','CARROT_SHOOTER','FIRE_ORB','WATER_ORB','BUNNY_STRIKE','BUNNY_AMULET','SPEED_BOOST'):
print_ln('%s @ %s' % (v, k))
print_ln('--Modified Constraints--')
print_ln('\n'.join(t.name for t in self.picked_templates))
def check_for_updates():
result, message = fetch_latest_version_id()
if result:
if VERSION_STRING == message:
result = 'You have the latest version of Randomizer.'
else:
result = 'Randomizer version does not match latest version.'
sb = [
result, '',
'Current Version: %s' % VERSION_STRING,
'Latest Version: %s' % message
]
else:
sb = [
'Failed to check for updates:',
message,
'',
'Current Version: %s' % VERSION_STRING,
]
print_ln('\n'.join(sb))
def shuffle_music(stored_datas):
#start_time = time.time()
shuffler = MusicShuffler(stored_datas)
shuffler.shuffle()
print_ln('Music shuffled')
def check_branch():
print_ln(get_current_branch())