def get_location_spotlight(n_lines=10):
"""
Gets the location according to dbpedia spotlight from the first 10 lines of the 1page pdfs. Or the first n lines
until "resume" is found.
:return:
"""
def filter_locations(list_annotations):
filtered_list = []
dbpedia_types = ["Place", "Education"]
for v in list_annotations:
if any([t for t in dbpedia_types if t in v["types"]]):
filtered_list.append(v)
return filtered_list
# egc_df = get_EGC_articles(load_data_egc("../../input/RNTI_articles_export_fixed1347_ids.txt"))
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
dict_locations = defaultdict(list)
for page_idx, doc in one_pages.iteritems():
first_lines = [l.lower() for l in doc.split("\n")[:n_lines]]
resume_in = [True if u"résumé" in t else False for t in first_lines]
if any(resume_in):
first_lines = first_lines[:resume_in.index(True)]
text = " ".join(first_lines)
result = get_spotlight_annotation(text)
if not result:
continue
result = filter_locations(result)
dict_locations[page_idx].extend(list(set([r["surfaceForm"] for r in result])))
print page_idx
import pandas
df = pandas.DataFrame(dict_locations.items(), columns=["id", "1page_location"])
df.to_csv("../../input/location_1pagePDF.csv", index_label=False, index=False)
def create_nmf_graph():
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
dict_topics = nmf_clustering(one_pages)
import pprint
pprint.pprint(dict_topics)
d3js_dict = defaultdict(list)
# import snap as sn
# G = sn.TUNGraph.New()
# for topic_idx, topic in dict_topics.iteritems():
pass
def get_location_spotlight(n_lines=10):
"""
Gets the location according to dbpedia spotlight from the first 10 lines of the 1page pdfs. Or the first n lines
until "resume" is found.
:return:
"""
def filter_locations(list_annotations):
filtered_list = []
dbpedia_types = ["Place", "Education"]
for v in list_annotations:
if any([t for t in dbpedia_types if t in v["types"]]):
filtered_list.append(v)
return filtered_list
# egc_df = get_EGC_articles(load_data_egc("../../input/RNTI_articles_export_fixed1347_ids.txt"))
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
dict_locations = defaultdict(list)
for page_idx, doc in one_pages.iteritems():
first_lines = [l.lower() for l in doc.split("\n")[:n_lines]]
resume_in = [True if u"résumé" in t else False for t in first_lines]
if any(resume_in):
first_lines = first_lines[:resume_in.index(True)]
text = " ".join(first_lines)
result = get_spotlight_annotation(text)
if not result:
continue
result = filter_locations(result)
dict_locations[page_idx].extend(
list(set([r["surfaceForm"] for r in result])))
print page_idx
import pandas
df = pandas.DataFrame(dict_locations.items(),
columns=["id", "1page_location"])
df.to_csv("../../input/location_1pagePDF.csv",
index_label=False,
index=False)
def run_models():
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
dict_topic_top_words, dict_doc_top_topics = nmf_clustering(one_pages)
# finally, if we found one of the possible location markers, we keep the line
findo = re.findall(possible_location, l)
if findo:
locaion_list.append(l)
return locaion_list
def treat_asteriks(text_list, asterisks_idx):
asterisks_idx = np.array(asterisks_idx)
text_list = np.array(text_list)
lines_with_asterisk = [re.sub(ur"[\u2217\*]+", "", l, re.UNICODE) for l in text_list[asterisks_idx]]
return lines_with_asterisk
egc_df = get_EGC_articles(load_data_egc("../../input/RNTI_articles_export_fixed1347_ids.txt"))
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
locations_dict = defaultdict(list)
for page_idx, doc in one_pages.iteritems():
authors = [n.lower() for n in egc_df[egc_df["id"] == int(page_idx)]["authors"].values[0].split(",")]
doc_split = [l for l in doc.split("\n") if len(l.strip()) > 2]
first_lines = [l for l in doc_split[2:10]]
text_lines = "\n".join(first_lines)
# if u"*" in text_lines or u"\u2217" in text_lines:
asterisk_idx = [True if l[0] in asterisks else False for l in first_lines]
if any(asterisk_idx):
info_location = treat_asteriks(first_lines, asterisk_idx)
# print info_location
# print
# print text_lines
# print "***"*80
# with_stars+=1
def get_1page_topics():
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
return nmf_clustering(one_pages)
def run_models():
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
dict_topic_top_words, dict_doc_top_topics = nmf_clustering(one_pages)
return locaion_list
def treat_asteriks(text_list, asterisks_idx):
asterisks_idx = np.array(asterisks_idx)
text_list = np.array(text_list)
lines_with_asterisk = [
re.sub(ur"[\u2217\*]+", "", l, re.UNICODE)
for l in text_list[asterisks_idx]
]
return lines_with_asterisk
egc_df = get_EGC_articles(
load_data_egc("../../input/RNTI_articles_export_fixed1347_ids.txt"))
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
locations_dict = defaultdict(list)
for page_idx, doc in one_pages.iteritems():
authors = [
n.lower() for n in egc_df[egc_df["id"] == int(page_idx)]
["authors"].values[0].split(",")
]
doc_split = [l for l in doc.split("\n") if len(l.strip()) > 2]
first_lines = [l for l in doc_split[2:10]]
text_lines = "\n".join(first_lines)
# if u"*" in text_lines or u"\u2217" in text_lines:
asterisk_idx = [
True if l[0] in asterisks else False for l in first_lines
]
if any(asterisk_idx):
info_location = treat_asteriks(first_lines, asterisk_idx)
def get_1page_topics():
one_pages = load_text_data("../../input/pdfs/1page/", "txt")
return nmf_clustering(one_pages)