def __init__(self, config, args):
trinity = Trinity(Pantheon, God, Sword)
self.env = smith.Native(config, args, trinity)
Application(env, god.tick.remote)
if __name__ == '__main__':
#Set up experiment configuration
#ray infra, and command line args
config = Experiment('env', Config).init(
NPOP=1,
NENT=128,
)
args = parseArgs()
if args.render:
args.ray = 'local'
lib.ray.init(args.ray)
#Create a Trinity object specifying
#Cluster, Server, and Core level execution
trinity = Trinity(Pantheon, God, Sword)
if args.render:
render(trinity, config)
trinity.init(config)
#Run and print logs
while True:
time = trinity.step()
TimeLog.log(trinity)
#Pass the tick thunk to a twisted WebSocket server
god = trinity.god.remote(trinity, config, idx=0)
model = Model(Policy, config).load(None, config.BEST).weights
env = god.getEnv.remote()
god.tick.remote(model)
#Start a websocket server for rendering. This requires
#forge/embyr, which is automatically downloaded from
#jsuarez5341/neural-mmo-client in scripts/setup.sh
from forge.embyr.twistedserver import Application
Application(env, god.tick.remote)
if __name__ == '__main__':
#Experiment + command line args specify configuration
#Trinity specifies Cluster-Server-Core infra modules
config = Experiment('pop', Config).init()
trinity = Trinity(Pantheon, God, Sword)
args = parseArgs(config)
#Blocking call: switches execution to a
#Web Socket Server module
if args.render:
render(trinity, config, args)
#Train until AGI emerges
trinity.init(config, args)
while True:
log = trinity.step()
print(log)
Application(env, sword.tick.remote)
if __name__ == '__main__':
#Set up experiment configuration
#ray infra, and command line args
config = Experiment('demo', Config).init(
NPOP=1,
NENT=128,
)
args = parseArgs()
if args.render:
args.ray = 'local'
lib.ray.init(args.ray)
#Create a Trinity object specifying
#Cluster, Server, and Core level execution
trinity = Trinity(Pantheon, God, Sword)
if args.render:
render(trinity, config, args)
trinity.init(config, args)
#Run and print logs
while True:
time = trinity.step()
logs = trinity.logs()
logs = TimeLog.log(logs)