def start():
init(autoreset=True)
c = Character()
with open('art/dungeon.txt') as f:
print(f.read())
print('')
print('#' * 80 + '\n#' + ' ' * 78 + '#' + '\n#\tWelcome to Command-Line Dungeon Diver! '\
'Begin by selecting a class: #\n' + '#' + ' ' * 78 + '#' + '\n' + '#' * 80)
announce('Mage, Warrior, Fighter, Cleric, Ranger or Paladin?')
classtoplay = input('>>> ')
character = dict()
if classtoplay.lower() == 'mage':
character['stats'] = c.mage()
elif classtoplay.lower() == 'warrior':
character['stats'] = c.warrior()
elif classtoplay.lower() == 'fighter':
character['stats'] = c.fighter()
elif classtoplay.lower() == 'cleric':
character['stats'] = c.cleric()
elif classtoplay.lower() == 'ranger':
character['stats'] = c.ranger()
elif classtoplay.lower() == 'paladin':
character['stats'] = c.paladin()
else:
start()
announce('Ah, a {classtoplay}. What shall we call you?'.format(classtoplay=classtoplay))
character['name'] = input('>>> ')
character['stats']['health'] = math.floor(character['stats']['vitality'] -
.15 * character['stats']['vitality'])
character['experience'] = 0
character['level'] = 1
character['type'] = classtoplay.lower()
announce('Here are your stats, {name}..\n'.format(name=character['name']))
for k, v in character['stats'].items():
announce('\t{stat}: {value}'.format(stat=k, value=v))
env = Environments(level=character['level'])
environment = env.dungeon()
announce("You've entered a {env}! Clear out all of the enemies!".format(env=environment['name']))
shuffle(environment['mobs'])
for mob in environment['mobs']:
announce('Uh-oh! {mobname} attacks!'.format(mobname=mob['name']))
if mob['name'] == 'Bat':
with open('art/bat.txt', mode='r') as f:
print(f.read())
elif mob['name'] == 'Skeleton':
with open('art/skeleton.txt', mode='r') as f:
print(f.read())
fight(character, mob)
announce("\nYou've cleared out all of the enemies, now its time for the boss!")
if environment['boss']['name'] == 'Ogre':
with open('art/ogre.txt', mode='r') as f:
print(f.read())
fight(character, environment['boss'])
def evaluate(name, environment, n=0, uncertainty=0):
disablePrint()
name = name + '-' + str(n)
agent = pickle.load(
open(f"outputs/{'-'.join(name.split('-')[:-1])}/Agents/{name}.agent",
"rb"))
agent.explore = agent.exploration.greedy
agent.uncertainty = True
agent.state_avoidance = False
agent.uncertainty_weight = uncertainty
env = Environments(render=False,
envs=[environment for _ in range(20)],
agent=agent)
rews, dones = [], []
for i in range(20000):
obs, hn, cn = env.start()
act, obs_old, h0, c0, hn, cn, _, _ = agent.chooseMulti(obs, hn, cn)
obs, rew, done, info = env.step(act, hn, cn)
rews.append(sum(rew))
dones.append(sum(done))
enablePrint()
score = sum(rews) / sum(dones)
print(
name.ljust(20, ' '),
int(100 * (score - rMin[environment]) /
(rMax[environment] - rMin[environment])) / 100, " ", score)
def main():
name, environment, hours, total_agents, done = params['name'], params['environment'], params['hours'], params['total_agents'], None
agent = Agent(**params)
env = Environments(render=False, envs=[environment for _ in range(total_agents)], agent=agent)
collector = Collector(**params)
tid, f = time() + 3600 * hours - 300, 0
while time() < tid:
f += 1
obs, hn, cn = env.start()
act, obs_old, h0, c0, hn, cn, before_trace, after_trace = agent.chooseMulti(obs, hn, cn, done=done)
obs, rew, done, info = env.step(act, hn, cn)
collector.collect(rew, done, act, agent.onpolicy)
if not agent.onpolicy and f > 10:
agent.rememberMulti(obs_old, act, obs, rew, h0, c0, hn, cn, done, before_trace, after_trace)
agent.learn()
saveAgent(agent, name)
saveCollector(collector, name)
def GetPlatform(returnName=False):
"""Returns the platform that XBMC returns as it's host:
Keyword Arguments:
returnName : boolean - If true a string value is returned
Returns:
A string representing the host OS:
* linux - Normal Linux
* Xbox - Native Xbox
* OS X - Apple OS
* Windows - Windows OS
* unknown - in case it's undetermined
"""
if not EnvController.__CurrentPlatform:
# let's cache the current environment as the call to the xbmc library is very slow.
platform = Environments.Unknown
# it's in the .\xbmc\GUIInfoManager.cpp
if xbmc.getCondVisibility("system.platform.linux"):
platform = Environments.Linux
elif xbmc.getCondVisibility("system.platform.xbox"):
platform = Environments.Xbox
elif xbmc.getCondVisibility("system.platform.windows"):
platform = Environments.Windows
elif xbmc.getCondVisibility("system.platform.ios"):
platform = Environments.IOS
elif xbmc.getCondVisibility("system.platform.atv2"):
platform = Environments.ATV2
elif xbmc.getCondVisibility("system.platform.tvos"):
platform = Environments.TVOS
elif xbmc.getCondVisibility("system.platform.osx"):
platform = Environments.OSX
elif xbmc.getCondVisibility("system.platform.android"):
platform = Environments.Android
EnvController.__CurrentPlatform = platform
Logger.Info("Current platform determined to be: %s",
Environments.Name(EnvController.__CurrentPlatform))
if returnName:
return Environments.Name(EnvController.__CurrentPlatform)
else:
return EnvController.__CurrentPlatform
def get_platform(return_name=False):
""" Returns the platform that Kodi returns as it's host:
* linux - Normal Linux
* UWP - Windows Store App
* OS X - Apple OS
* Windows - Windows OS
* unknown - in case it's undetermined
:param bool return_name: If true a string value is returned
:return: A string representing the host OS:
:rtype: int|str
"""
if not EnvController.__CurrentPlatform:
# let's cache the current environment as the call to the Kodi library is very slow.
platform = Environments.Unknown
# it's in the .\xbmc\GUIInfoManager.cpp
if xbmc.getCondVisibility("system.platform.linux"):
platform = Environments.Linux
elif xbmc.getCondVisibility("system.platform.uwp"):
platform = Environments.UWP
elif xbmc.getCondVisibility("system.platform.windows"):
platform = Environments.Windows
elif xbmc.getCondVisibility("system.platform.ios"):
platform = Environments.IOS
elif xbmc.getCondVisibility("system.platform.tvos"):
platform = Environments.TVOS
elif xbmc.getCondVisibility("system.platform.osx"):
platform = Environments.OSX
elif xbmc.getCondVisibility("system.platform.android"):
platform = Environments.Android
EnvController.__CurrentPlatform = platform
Logger.info("Current platform determined to be: %s",
Environments.name(EnvController.__CurrentPlatform))
if return_name:
return Environments.name(EnvController.__CurrentPlatform)
else:
return EnvController.__CurrentPlatform
def __ValidateChannelInfo(self, channelInfo, platform):
""" Checks if the value is valid for the current environment, if it is enabled and so on.
@param channelInfo: The channel info meta data to check
@param platform: The platform to validate against
@rtype : Boolean indicating the channel is valid. It might still be disabled from the settings.
"""
if not channelInfo.guid:
Logger.Error("Not loading: %s -> No guid present", channelInfo)
return False
if channelInfo in self.__allChannels:
existingChannel = self.__allChannels[self.__allChannels.index(channelInfo)]
Logger.Error("Not loading: %s -> a channel with the same guid already exist:\n%s.",
channelInfo, existingChannel)
return False
# store all the channels except the out of date and duplicate ones, we might need them somewhere
self.__allChannels.append(channelInfo)
if not channelInfo.compatiblePlatforms & platform == platform:
Logger.Warning("Not loading: %s -> platform '%s' is not compatible", channelInfo,
Environments.Name(platform))
return False
# now it is a valid channel for this platform.
self.__validChannels.append(channelInfo)
if not (AddonSettings.ShowChannel(channelInfo) and AddonSettings.ShowChannelWithLanguage(
channelInfo.language)):
Logger.Warning("Not loading: %s -> Channel was disabled from settings.", channelInfo)
return True
Logger.Debug("Loading: %s", channelInfo)
# add to channelPath list
self.__enabledChannels.append(channelInfo)
return True
x = self.decoder(x)
return x
total_agents, display_every = 20, 5000
agent = Agent(memory=50000,
discount=0.995,
uncertainty=False,
update_every=100,
double=True,
use_distribution=False,
reward_normalization=True)
env = Environments(render=True,
envs=[
'bigfish', 'bossfight', 'caveflyer', 'chaser',
'climber', 'coinrun', 'dodgeball', 'fruitbot', 'heist',
'jumper', 'leaper', 'maze', 'miner', 'ninja', 'plunder',
'starpilot'
],
agent=agent)
network = NetWork().to(device)
print("Number of parameters in network:", count_parameters(network))
print("Number of parameters in encoder:", count_parameters(network.encoder))
print("Number of parameters in decoder:", count_parameters(network.decoder))
criterion = MSELoss()
optimizer = Adam(network.parameters(), lr=1e-4, weight_decay=1e-5)
for f in range(0, 10000000):
obs, hn, cn = env.start()
act, obs_old, h0, c0, hn, cn = agent.chooseMulti(obs, hn, cn)
obs, rew, done, info = env.step(act, hn, cn)
agent.rememberMulti(obs_old, act, obs, rew, h0, c0, hn, cn, done)
obs, action, obs_next, reward, h0, c0, hn, sn, done = agent.memory.sample(
def get_channels(self, include_disabled=False, **kwargs): # NOSONAR
""" Retrieves all enabled channels within Retrospect.
If updated channels are found, the those channels are indexed and the
channel index is rebuild.
:param bool include_disabled: Boolean to indicate if we should include those channels
that are explicitly disabled from the settings.
:param dict kwargs: Here for backward compatibility.
:return: a list of ChannelInfo objects of enabled channels.
:rtype: list[ChannelInfo]
"""
sw = StopWatch("ChannelIndex.get_channels Importer", Logger.instance())
Logger.info("Fetching all enabled channels.")
self.__allChannels = []
valid_channels = []
# What platform are we
platform = envcontroller.EnvController.get_platform()
channels_updated = False
country_visibility = {}
for channel_set in self.__channelIndex[self.__CHANNEL_INDEX_CHANNEL_KEY]:
channel_set = self.__channelIndex[self.__CHANNEL_INDEX_CHANNEL_KEY][channel_set]
channel_set_info_path = channel_set[self.__CHANNEL_INDEX_CHANNEL_INFO_KEY]
channel_set_version = channel_set[self.__CHANNEL_INDEX_CHANNEL_VERSION_KEY]
# Check if file exists. If not, rebuild index
if not os.path.isfile(channel_set_info_path) and not self.__reindexed:
Logger.warning("Missing channelSet file: %s.", channel_set_info_path)
self.__rebuild_index()
return self.get_channels()
channel_infos = ChannelInfo.from_json(channel_set_info_path, channel_set_version)
# Check if the channel was updated
if self.__is_channel_set_updated(channel_infos[0]):
# let's see if the index has already been updated this section, of not, do it and
# restart the ChannelRetrieval.
if not self.__reindexed:
# rebuild and restart
Logger.warning("Re-index channel index due to channelSet update: %s.", channel_set_info_path)
self.__rebuild_index()
return self.get_channels()
else:
Logger.warning("Found updated channelSet: %s.", channel_set_info_path)
if not channels_updated:
# this was the first update found (otherwise channelsUpdated was True) show a message:
title = LanguageHelper.get_localized_string(LanguageHelper.InitChannelTitle)
text = LanguageHelper.get_localized_string(LanguageHelper.InitChannelText)
XbmcWrapper.show_notification(title, text, display_time=15000, logger=Logger.instance())
channels_updated |= True
# Initialise the channelset.
self.__initialise_channel_set(channel_infos[0])
# And perform all first actions for the included channels in the set
for channel_info in channel_infos:
self.__initialise_channel(channel_info)
# Check the channel validity
for channel_info in channel_infos:
if not self.__channel_is_correct(channel_info):
continue
self.__allChannels.append(channel_info)
# valid channel for this platform ?
if not channel_info.compatiblePlatforms & platform == platform:
Logger.warning("Not loading: %s -> platform '%s' is not compatible.",
channel_info, Environments.name(platform))
continue
valid_channels.append(channel_info)
# was the channel hidden based on language settings? We do some caching to speed
# things up.
if channel_info.language not in country_visibility:
country_visibility[channel_info.language] = AddonSettings.show_channel_with_language(channel_info.language)
channel_info.visible = country_visibility[channel_info.language]
# was the channel explicitly disabled from the settings?
channel_info.enabled = AddonSettings.get_channel_visibility(channel_info)
Logger.debug("Found channel: %s", channel_info)
if channels_updated:
Logger.info("New or updated channels found. Updating add-on configuration for all channels and user agent.")
AddonSettings.update_add_on_settings_with_channels(valid_channels, Config)
AddonSettings.update_user_agent()
else:
Logger.debug("No channel changes found. Skipping add-on configuration for channels.")
# TODO: perhaps we should check that the settings.xml is correct and not broken?
valid_channels.sort(key=lambda c: c.sort_key)
visible_channels = [ci for ci in valid_channels if ci.visible and ci.enabled]
Logger.info("Fetch a total of %d channels of which %d are visible.",
len(valid_channels),
len(visible_channels))
sw.stop()
if include_disabled:
return valid_channels
return visible_channels
if keyboard.Key.f3 == key:
save = True
keyboard.Listener(on_press=on_press).start()
total_agents, display_every = 20, 5000
agent = Agent(memory=40000,
discount=0.995,
uncertainty=False,
update_every=100,
double=True,
use_distribution=False,
reward_normalization=False)
env = Environments(render=True,
envs=['maze' for _ in range(total_agents)],
agent=agent)
collector = Collector(calculate_every=500, total_agents=total_agents)
for f in range(10000000):
obs, hn, cn = env.start()
act, obs_old, h0, c0, hn, cn = agent.chooseMulti(obs, hn, cn)
obs, rew, done, info = env.step(act, hn, cn)
collector.collect(rew, done, act)
agent.rememberMulti(obs_old, act, obs, rew, h0, c0, hn, cn, done)
agent.learn()
if showPrint:
plt.close('all')
displayer(obs[0].cpu(), agent, collector)
fig = plt.figure()
move_figure(fig, 0, 0)
# env.close()
# obs = clean(env.reset())
# hn = torch.zeros(1, 1, hidden_size, device=device)
# cn = torch.zeros(1, 1, hidden_size, device=device)
# disablePrint()
# t0 = time.time()
# obs, hn, cn = [obs for _ in range(k)], [hn for _ in range(k)], [cn for _ in range(k)]
# for i in range(n // k):
# agent.chooseMulti(obs, hn, cn)
# t1 = time.time()
# enablePrint()
# print("Choose", t1 - t0) # 17.568519115447998
agent = Agent()
env = Environments(render=True, envs=['fruitbot' for _ in range(20)])
all_return, all_dones = [], []
update_every = 100
disablePrint()
frames = 1000000
dones, total_rew = 0, 0
for f in range(1, frames + 1):
obs, hn, cn = env.start()
act, obs_old, h0, c0, hn, cn = agent.chooseMulti(obs, hn, cn)
obs, rew, done, info = env.step(act, hn, cn)
total_rew += sum(rew) / len(rew)
dones += sum(done) / len(done)
agent.rememberMulti(obs_old, act, obs, rew, h0, c0, hn, cn, done)
if f > update_every:
for _ in range(2):
agent.learn(double=True)
def __init__(self):
Environments.__init__(self, "river")
Identifiable.__init__(self)
def __init__(self):
Environments.__init__(self, "swamp")
Identifiable.__init__(self)
def GetChannels(self, includeDisabled=False, **kwargs):
# type: (object) -> list
""" Retrieves all enabled channels within Retrospect.
If updated channels are found, the those channels are indexed and the
channel index is rebuild.
@type kwargs: here for backward compatibility
@return: a list of ChannelInfo objects of enabled channels.
"""
sw = StopWatch("ChannelIndex.GetChannels Importer", Logger.Instance())
Logger.Info("Fetching all enabled channels.")
self.__enabledChannels = []
self.__allChannels = []
self.__validChannels = []
# What platform are we
platform = envcontroller.EnvController.GetPlatform()
channelsUpdated = False
for channelSet in self.__channelIndex[self.__CHANNEL_INDEX_CHANNEL_KEY]:
channelSet = self.__channelIndex[self.__CHANNEL_INDEX_CHANNEL_KEY][channelSet]
channelSetInfoPath = channelSet[self.__CHANNEL_INDEX_CHANNEL_INFO_KEY]
channelSetVersion = channelSet[self.__CHANNEL_INDEX_CHANNEL_VERSION_KEY]
# Check if file exists. If not, rebuild index
if not os.path.isfile(channelSetInfoPath) and not self.__reindexed:
Logger.Warning("Missing channelSet file: %s.", channelSetInfoPath)
self.__RebuildIndex()
return self.GetChannels()
channelInfos = ChannelInfo.FromJson(channelSetInfoPath, channelSetVersion)
# Check if the channel was updated
if self.__IsChannelSetUpdated(channelInfos[0]):
# let's see if the index has already been updated this section, of not, do it and
# restart the ChannelRetrieval.
if not self.__reindexed:
# rebuild and restart
Logger.Warning("Re-index channel index due to channelSet update: %s.", channelSetInfoPath)
self.__RebuildIndex()
return self.GetChannels()
else:
Logger.Warning("Found updated channelSet: %s.", channelSetInfoPath)
if not channelsUpdated:
# this was the first update found (otherwise channelsUpdated was True) show a message:
title = LanguageHelper.GetLocalizedString(LanguageHelper.InitChannelTitle)
text = LanguageHelper.GetLocalizedString(LanguageHelper.InitChannelText)
XbmcWrapper.ShowNotification(title, text, displayTime=15000, logger=Logger.Instance())
channelsUpdated |= True
# Initialise the channelset.
self.__InitialiseChannelSet(channelInfos[0])
# And perform all first actions for the included channels in the set
for channelInfo in channelInfos:
self.__InitialiseChannel(channelInfo)
# Check the channel validity
for channelInfo in channelInfos:
if not self.__ChannelIsCorrect(channelInfo):
continue
self.__allChannels.append(channelInfo)
# valid channel for this platform ?
if not channelInfo.compatiblePlatforms & platform == platform:
Logger.Warning("Not loading: %s -> platform '%s' is not compatible.",
channelInfo, Environments.Name(platform))
continue
self.__validChannels.append(channelInfo)
# was the channel disabled?
if not (AddonSettings.ShowChannel(
channelInfo) and AddonSettings.ShowChannelWithLanguage(
channelInfo.language)):
Logger.Warning("Not loading: %s -> Channel was disabled from settings.",
channelInfo)
continue
self.__enabledChannels.append(channelInfo)
Logger.Debug("Loading: %s", channelInfo)
if channelsUpdated:
Logger.Info("New or updated channels found. Updating add-on configuration for all channels and user agent.")
AddonSettings.UpdateAddOnSettingsWithChannels(self.__validChannels, Config)
AddonSettings.UpdateUserAgent()
else:
Logger.Debug("No channel changes found. Skipping add-on configuration for channels.")
# TODO: perhaps we should check that the settings.xml is correct and not broken?
self.__enabledChannels.sort()
Logger.Info("Fetch a total of %d channels of which %d are enabled.",
len(self.__allChannels),
len(self.__enabledChannels))
sw.Stop()
if includeDisabled:
return self.__validChannels
return self.__enabledChannels
def __init__(self):
Environments.__init__(self, "mountain")
Identifiable.__init__(self)
def __init__(self):
Environments.__init__(self, "grassland")
Identifiable.__init__(self)
def __init__(self):
Environments.__init__(self, "coastline")
Identifiable.__init__(self)
def __init__(self):
Environments.__init__(self, "forest")
Identifiable.__init__(self)
