def _create_analysis_page(article, dataset):
assert(isinstance(article, Article))
article_name = article.name
processed_sentences = article.processed_sentences
if dataset is None:
metadata = article.metadata
print 'metadata:', metadata
title = metadata.get('full_title')
nlen = min(45, len(title))
title = title[:nlen]
year = metadata.get('publ_year')
author = metadata.get('prim_author')
hdr = '<b>%s</b>, <b>Title:</b> %s, <b>Author:</b> %s, <b>Date:</b> %s, <b># of Sentences:</b> %d' \
% (article_name, title, author, year, len(processed_sentences))
html = hdr
elif dataset == ANALYSIS_CL_CONTENT:
html = article.raw_html
elif dataset == ANALYSIS_ORIG_CONTENT:
original_content_path = os.path.join(helper.get_root_dir(), article.metadata['rel_content_path'])
html = open(original_content_path, 'r').read()
elif dataset == ANALYSIS_WORDNET_DEFS:
wd_cnts = rc.get_word_counts(article.word_counts, mincnt=5)
terms = wd_cnts.keys()
# ignore bigrams or more
terms = filter(lambda t: ' ' not in t, terms)
unidentified = rc.get_unk_wds(terms)
unidentified_html_ = ['%s<b>%s</b> - %s' % ('', unk, wd_cnts[unk]) for unk in unidentified]
unidentified_html = ', '.join(unidentified_html_)
indent = 4*' '
terms_w_defs = rc.get_wd_defs(terms)
identified_html = ''
for wd in terms_w_defs:
wordnet_defs = terms_w_defs[wd]
identified_html += '<br><b>%s</b> - %s<br>%s%s<br>' \
% (wd, wd_cnts[wd], indent, ('<br>'+indent).join(wordnet_defs))
html = '''
<div id="unidentified_terms"><i><u>Unidentified terms</u></i><br>%s</div><br>
<div id="identified_terms"><i><u>Wordnet Definitions</u></i><br>%s</div>
''' % (unidentified_html, identified_html)
elif dataset == ANALYSIS_WORD_CNTS:
word_cnts = rc.get_word_counts(article.word_counts, mincnt=5)
# Why am I making this a string? Need to do this for the sake
# of JSON serialization issues...
word_cnts = dict([(c, repr(word_cnts[c])) for c in word_cnts.keys()])
#wcs.reverse()
#html = ' '.join(['(%s: %s)' % (r[0], r[1]) for r in wcs])
#wcs = dict(wcs)
# working on this will just be something cute, but really should try
# and get to something more meaningful, textually?
json_rslt = json.dumps(word_cnts, ensure_ascii=False)
# Need to create JSON and then page
html = json_rslt
elif dataset == ANALYSIS_NER_ST:
named_entities = article.get_ner_results(ner='ST')
html = '<div>%s %s</div>' % (NER_ST_LEGEND, named_entities)
elif dataset == ANALYSIS_NER_MA:
named_entities = article.get_ner_results(ner='MA')
html = '<div>%s %s</div>' % (NER_MA_LEGEND, named_entities)
else:
html = ''
return html
from gym_minigrid.wrappers import FullyObsWrapper
from agent.learning.learner import TabularLearner, CustomRewardTabularLearner, train_mult_steps
from agent.learning.policy import EpsilonGreedyPolicy
from helper import get_root_dir
import minigrid_envs
from agent.detection.minigrid_detector import MiniGridDetector
from agent.execution.minigrid_executor import MiniGridExecutor
from agent.solver import Solver
from agent.env_wrappers import NamedObjectWrapper, LastObsWrapper, RewardsWrapper, UnitRewardWrapper
from agent.statehashing.minigrid_hashing import MinigridStateHasher
ROOT_DIR = get_root_dir()
logging.basicConfig(
filename=ROOT_DIR + "/logs/console.log",
format="%(asctime)s — %(name)s — %(levelname)s — %(message)s",
filemode='w')
# Creating an object
log = logging.getLogger("Experiment")
# Setting the threshold of logger to DEBUG
log.setLevel(logging.DEBUG)
NUM_TO_NAME_AND_GOAL = {
'1': ("MiniGrid-SpotterLevel1-v0", "(open door)"),
'2': ("MiniGrid-SpotterLevel2-v0", "(open door)"),
import logging
from agent.execution_mode import ExecutionMode
from agent.exploration_mode import ExplorationMode
from agent.planning.forward_search import ForwardSearch
from agent.mode import Mode
from representation.task import state_subsumes
from helper import get_root_dir
logging.basicConfig(filename=get_root_dir() + "/logs/console.log",
format="%(name)s — %(levelname)s — %(message)s",
filemode='w')
log = logging.getLogger("planning_mode")
log.setLevel(logging.DEBUG)
class PlanningMode(Mode):
"""
Planning mode
"""
def __init__(self, brain, planner="bfs"):
super().__init__(brain)
self.name = "Planning Mode"
self.planner = planner
self.plan_exists = False
def _run(self):
# TODO implement plan caching and unplannability caching in the planning mode so we don't have to
# replan every time.
if self.planner == "bfs":
# bfs = BFS()
import gym
import logging
from agent.solver import Solver
from agent.execution.cupsworld_executor import CupsWorldExecutor
from agent.detection.cupsworld_detector import CupsWorldDetector
from helper import get_root_dir
logging.basicConfig(
filename=get_root_dir() + "/logs/console.log",
format="%(asctime)s — %(name)s — %(levelname)s — %(message)s",
filemode='w')
# Creating an object
log = logging.getLogger("Experiment")
# Setting the threshold of logger to DEBUG
log.setLevel(logging.DEBUG)
class Experiment:
def __init__(self):
pass
def run(self):
env = gym.make('CupsWorld-v0')
domain = "domains/domain.pddl"
domain_incorrect = "domains/domain_incorrect.pddl"
goals = []
goals.append("(on block_blue block_red)")
goals.append("(on block_red cup)")