def to_indices_with_real_entities_and_entity_nums_with_vertex_padding_and_entity_pair(
graphs, word2idx, property2idx, max_sent_len, mode='train', **kwargs):
"""
:param graphs:
:param word2idx:
:param property2idx:
:param max_sent_len:
:return:
"""
graphs_to_process = []
for g in graphs:
if len(g['edgeSet']) > 0:
if len(g['edgeSet']) <= MAX_EDGES_PER_GRAPH:
graphs_to_process.append(g)
else:
continue # here we discard these data points
for i in range(0, len(g['edgeSet']), MAX_EDGES_PER_GRAPH):
graphs_to_process.append({
"tokens":
g["tokens"],
"edgeSet":
g["edgeSet"][i:i + MAX_EDGES_PER_GRAPH]
})
graphs = graphs_to_process
sentences_matrix = np.zeros((len(graphs), max_sent_len), dtype="int32")
entity_matrix = np.zeros((len(graphs), MAX_EDGES_PER_GRAPH, max_sent_len),
dtype="int8")
y_matrix = np.zeros((len(graphs), MAX_EDGES_PER_GRAPH), dtype="int16")
entity_cnt = []
pos2id = dict()
entity_pair = []
for index, g in enumerate(tqdm.tqdm(graphs, ascii=True)):
try:
entity_cnt.append(len(g["vertexSet"]))
for i in g['vertexSet']:
pos2id[tuple(i['tokenpositions'])] = i['kbID']
except:
continue
token_ids = embedding_utils.get_idx_sequence(g["tokens"], word2idx)
if len(token_ids) > max_sent_len:
token_ids = token_ids[:max_sent_len]
sentences_matrix[index, :len(token_ids)] = token_ids
entity_pair_instance = []
for j, edge in enumerate(g["edgeSet"][:MAX_EDGES_PER_GRAPH]):
new_j = calculate_order_conversion(j, len(g["vertexSet"]))
entity_matrix[index, new_j, :len(token_ids)] = \
[m for _, m in graph_utils.get_entity_indexed_vector(token_ids, edge, mode="mark-bi")]
_, property_kbid, _ = graph_utils.edge_to_kb_ids(edge, g)
property_kbid = property2idx.get(
property_kbid, property2idx[embedding_utils.unknown])
y_matrix[index, new_j] = property_kbid
entity_pair_instance.append(
(pos2id[tuple(edge['left'])], pos2id[tuple(edge['right'])]))
entity_pair.append(entity_pair_instance)
entity_cnt = np.array(entity_cnt, dtype=np.int32)
return sentences_matrix, entity_matrix, y_matrix, entity_cnt, entity_pair
def to_indices_and_entity_pair(graphs,
word2idx,
property2idx,
max_sent_len,
replace_entities_with_unkown=False,
mode='train',
**kwargs):
"""
:param graphs:
:param word2idx:
:param property2idx:
:param max_sent_len:
:return:
"""
num_edges = len([
e for g in graphs for e in g['edgeSet']
if e['kbID'] not in property_blacklist
])
print("Dataset number of edges: {}".format(num_edges))
sentences_matrix = np.zeros((num_edges, max_sent_len), dtype="int32")
entity_matrix = np.zeros((num_edges, max_sent_len), dtype="int8")
y_matrix = np.zeros(num_edges, dtype="int16")
index = 0
entity_cnt = []
pos2id = dict()
entity_pair = []
for g in tqdm.tqdm(graphs, ascii=True):
token_ids = embedding_utils.get_idx_sequence(g["tokens"], word2idx)
try:
entity_cnt.append(len(g["vertexSet"]))
for i in g['vertexSet']:
pos2id[tuple(i['tokenpositions'])] = i['kbID']
except:
continue
if len(token_ids) > max_sent_len:
token_ids = token_ids[:max_sent_len]
for edge in g["edgeSet"]:
if edge['kbID'] not in property_blacklist:
sentences_matrix[index, :len(token_ids)] = \
[word2idx[embedding_utils.unknown] if i in edge["left"] + edge["right"] else t for i, t in enumerate(token_ids)] \
if replace_entities_with_unkown else token_ids
entity_matrix[index, :len(token_ids)] = \
[m for _, m in graph_utils.get_entity_indexed_vector(token_ids, edge, mode="mark-bi")]
if mode == "train":
_, property_kbid, _ = graph_utils.edge_to_kb_ids(edge, g)
property_kbid = property2idx.get(
property_kbid, property2idx[embedding_utils.unknown])
y_matrix[index] = property_kbid
entity_pair.append((pos2id[tuple(edge['left'])],
pos2id[tuple(edge['right'])]))
index += 1
return [sentences_matrix, entity_matrix, y_matrix, entity_pair]
def to_indices_with_relative_positions_and_pcnn_mask_and_entity_pair(
graphs, word2idx, property2idx, max_sent_len, position2idx, **kwargs):
num_edges = len([e for g in graphs for e in g['edgeSet']])
sentences_matrix = np.zeros((num_edges, max_sent_len), dtype="int32")
entity_matrix = np.zeros((num_edges, 2, max_sent_len), dtype="int8")
pcnn_mask = np.zeros((num_edges, 3, max_sent_len), dtype="float32")
y_matrix = np.zeros(num_edges, dtype="int16")
index = 0
max_entity_index = max_sent_len - 1
entity_pair = []
pos2id = dict()
for g in tqdm.tqdm(graphs, ascii=True):
try:
for i in g['vertexSet']:
pos2id[tuple(i['tokenpositions'])] = i['kbID']
except:
continue
token_ids = embedding_utils.get_idx_sequence(g["tokens"], word2idx)
if len(token_ids) > max_sent_len:
token_ids = token_ids[:max_sent_len]
entity_pair_instance = []
for edge in g["edgeSet"]:
sentences_matrix[index, :len(token_ids)] = token_ids
_, property_kbid, _ = graph_utils.edge_to_kb_ids(edge, g)
try:
property_kbid = property2idx.get(
property_kbid, property2idx[embedding_utils.unknown])
except:
pdb.set_trace()
entity_vector = graph_utils.get_entity_indexed_vector(
token_ids, edge, mode="position")
entity_vector = [
(-max_entity_index if m1 < -max_entity_index else
max_entity_index if m1 > max_entity_index else m1,
-max_entity_index if m2 < -max_entity_index else
max_entity_index if m2 > max_entity_index else m2)
for _, m1, m2 in entity_vector
]
entity_matrix[index, :, :len(token_ids)] = [[
position2idx[m] for m, _ in entity_vector
], [position2idx[m] for _, m in entity_vector]]
pcnn_mask[index, 0, :len(token_ids)], pcnn_mask[
index, 1, :len(token_ids)], pcnn_mask[
index, 2, :len(token_ids)] = graph_utils.get_pcnn_mask(
token_ids, edge)
y_matrix[index] = property_kbid
index += 1
entity_pair_instance.append(
(pos2id[tuple(edge['left'])], pos2id[tuple(edge['right'])]))
entity_pair += entity_pair_instance
return [sentences_matrix, entity_matrix, y_matrix, pcnn_mask, entity_pair]
def to_indices_with_real_entities_completely(graphs,
word2idx,
property2idx,
max_sent_len,
mode='train',
**kwargs):
"""
This function add N/A relations to all entity pairs with no relation in dataset
:param graphs:
:param word2idx:
:param property2idx:
:param max_sent_len:
:return:
"""
graphs_to_process = []
for g in graphs:
if len(g['edgeSet']) > 0:
if len(g['edgeSet']) <= MAX_EDGES_PER_GRAPH:
graphs_to_process.append(g)
else:
for i in range(0, len(g['edgeSet']), MAX_EDGES_PER_GRAPH):
graphs_to_process.append({
"tokens":
g["tokens"],
"edgeSet":
g["edgeSet"][i:i + MAX_EDGES_PER_GRAPH]
})
graphs = graphs_to_process
sentences_matrix = np.zeros((len(graphs), max_sent_len), dtype="int32")
entity_matrix = np.zeros((len(graphs), MAX_EDGES_PER_GRAPH, max_sent_len),
dtype="int8")
y_matrix = np.zeros((len(graphs), MAX_EDGES_PER_GRAPH), dtype="int16")
for index, g in enumerate(tqdm.tqdm(graphs, ascii=True)):
token_ids = embedding_utils.get_idx_sequence(g["tokens"], word2idx)
if len(token_ids) > max_sent_len:
token_ids = token_ids[:max_sent_len]
sentences_matrix[index, :len(token_ids)] = token_ids
for j, edge in enumerate(g["edgeSet"][:MAX_EDGES_PER_GRAPH]):
entity_matrix[index, j, :len(token_ids)] = \
[m for _, m in graph_utils.get_entity_indexed_vector(token_ids, edge, mode="mark-bi")]
_, property_kbid, _ = graph_utils.edge_to_kb_ids(edge, g)
property_kbid = property2idx.get(
property_kbid, property2idx[embedding_utils.unknown])
y_matrix[index, j] = property_kbid
return sentences_matrix, entity_matrix, y_matrix
def to_indices_with_relative_positions(graphs, word2idx, property2idx,
max_sent_len, position2idx, **kwargs):
num_edges = len([e for g in graphs for e in g['edgeSet']])
sentences_matrix = np.zeros((num_edges, max_sent_len), dtype="int32")
entity_matrix = np.zeros((num_edges, 2, max_sent_len), dtype="int8")
y_matrix = np.zeros(num_edges, dtype="int16")
index = 0
max_entity_index = max_sent_len - 1
for g in tqdm.tqdm(graphs, ascii=True):
token_ids = embedding_utils.get_idx_sequence(g["tokens"], word2idx)
if len(token_ids) > max_sent_len:
token_ids = token_ids[:max_sent_len]
for edge in g["edgeSet"]:
sentences_matrix[index, :len(token_ids)] = token_ids
_, property_kbid, _ = graph_utils.edge_to_kb_ids(edge, g)
try:
property_kbid = property2idx.get(
property_kbid, property2idx[embedding_utils.unknown])
except:
pdb.set_trace()
entity_vector = graph_utils.get_entity_indexed_vector(
token_ids, edge, mode="position")
entity_vector = [
(-max_entity_index if m1 < -max_entity_index else
max_entity_index if m1 > max_entity_index else m1,
-max_entity_index if m2 < -max_entity_index else
max_entity_index if m2 > max_entity_index else m2)
for _, m1, m2 in entity_vector
]
entity_matrix[index, :, :len(token_ids)] = [[
position2idx[m] for m, _ in entity_vector
], [position2idx[m] for _, m in entity_vector]]
y_matrix[index] = property_kbid
index += 1
return [sentences_matrix, entity_matrix, y_matrix]