def getSequence(self):
"""
Gets the sequence
"""
nodes = self.nodes[0]
edges = self.edges[0]
numNodes = len(nodes.keys()) #해당 sequence에 나타나는 총 노드의 개수
# print("********************* numNodes {}***********".format(numNodes))
list_of_nodes = {}
# print("seq: ", self.seq_length)#### seq_length = obs_length + pred_length
retNodes = np.zeros((self.seq_length, numNodes, 2))
retEdges = np.zeros((self.seq_length, numNodes * numNodes,
2)) # Diagonal contains temporal edges
retNodePresent = [[] for _ in range(self.seq_length)
] #c// Only, save the node ID and type
retEdgePresent = [[] for _ in range(self.seq_length)] #c
# retNodes_type = [[] for c in range(self.seq_length)]
# retEdges_type = [[] for c in range(self.seq_length)]
for i, ped in enumerate(nodes.keys()):
list_of_nodes[ped] = i
pos_list = nodes[
ped].node_pos_list #해당 노드의 sequence; { frame: (x,y), ... }
for framenum in range(self.seq_length):
if framenum in pos_list:
retNodePresent[framenum].append((i, nodes[ped].getType()))
retNodes[framenum, i, :] = list(pos_list[framenum])
# retNodes_type[framenum].append(nodes[ped].getType())
for ped, ped_other in edges.keys():
i, j = list_of_nodes[ped], list_of_nodes[ped_other]
edge = edges[(ped, ped_other)]
if ped == ped_other:
# Temporal edge
for framenum in range(self.seq_length):
if framenum in edge.edge_pos_list:
retEdgePresent[framenum].append((i, j, edge.getType()))
retEdges[framenum, i * (numNodes) + j, :] = getVector(
edge.edge_pos_list[framenum]
) # Gets the vector pointing from second element to first element
else:
# Spatial edge
for framenum in range(self.seq_length):
if framenum in edge.edge_pos_list:
retEdgePresent[framenum].append((i, j, edge.getType()))
retEdgePresent[framenum].append((j, i, edge.getType()))
# the position returned is a tuple of tuples
retEdges[framenum, i * numNodes + j, :] = getVector(
edge.edge_pos_list[framenum])
retEdges[framenum, j * numNodes + i, :] = -np.copy(
retEdges[framenum, i * (numNodes) +
j, :]) # 어차피 마이너스 vector가 되므로.
return retNodes, retEdges, retNodePresent, retEdgePresent
def getSequence(self):
'''
Gets the sequence
'''
nodes = self.nodes[0]
edges = self.edges[0]
numNodes = len(nodes.keys())
list_of_nodes = {}
retNodes = np.zeros((self.seq_length, numNodes, 2))
retEdges = np.zeros((self.seq_length, numNodes * numNodes,
2)) # Diagonal contains temporal edges
retNodePresent = [[] for c in range(self.seq_length)]
retEdgePresent = [[] for c in range(self.seq_length)]
#index and pedID
for i, ped in enumerate(nodes.keys()):
list_of_nodes[ped] = i
#{pedID0:0,pedID1:1,...,}
pos_list = nodes[ped].node_pos_list
#{pedID:pos,...,}
for framenum in range(self.seq_length):
if framenum in pos_list:
#append present Ped index in specific frame
retNodePresent[framenum].append(i)
retNodes[framenum, i, :] = list(pos_list[framenum])
for ped, ped_other in edges.keys():
# ped index
i, j = list_of_nodes[ped], list_of_nodes[ped_other]
edge = edges[(ped, ped_other)]
if ped == ped_other:
# Temporal edge
for framenum in range(self.seq_length):
#got data
if framenum in edge.edge_pos_list:
retEdgePresent[framenum].append((i, j))
retEdges[framenum, i * (numNodes) + j, :] = getVector(
edge.edge_pos_list[framenum])
else:
# Spatial edge
for framenum in range(self.seq_length):
if framenum in edge.edge_pos_list:
retEdgePresent[framenum].append((i, j))
retEdgePresent[framenum].append((j, i))
# the position returned is a tuple of tuples
retEdges[framenum, i * numNodes + j, :] = getVector(
edge.edge_pos_list[framenum])
retEdges[framenum, j * numNodes +
i, :] = -np.copy(retEdges[framenum, i *
(numNodes) + j, :])
return retNodes, retEdges, retNodePresent, retEdgePresent
def getSequence(self):
'''
Gets the sequence
'''
nodes = self.nodes[0]
edges = self.edges[0]
numNodes = len(nodes.keys())
list_of_nodes = {}
retNodes = np.zeros((self.seq_length, numNodes, 2))
retEdges = np.zeros((self.seq_length, numNodes * numNodes,
2)) # Diagonal contains temporal edges
retNodePresent = [[] for c in range(self.seq_length)]
retEdgePresent = [[] for c in range(self.seq_length)]
# retObsNodes = np.zeros((self.seq_length,numNodes, 2))
# retObsEdges = np.zeros((self.seq_length,numNodes*numNodes, 2))
# retObsNodePresent = [[] for c in range(self.seq_length)]
# retObsEdgePresent = [[] for c in range(self.seq_length)]
for i, ped in enumerate(nodes.keys()):
list_of_nodes[ped] = i
pos_list = nodes[ped].node_pos_list
for framenum in range(self.seq_length):
if nodes[ped].node_type == 'H':
if framenum in pos_list:
retNodePresent[framenum].append(i)
retNodes[framenum, i, :] = list(pos_list[framenum])
# elif nodes[ped].node_type == 'O':
# if framenum in nodes[ped].obs_node_pos_list:
# retObsNodePresent[framenum].append(i)
# retObsNodes[framenum, i, :] = list(nodes[ped].obs_node_pos_list[framenum])
for ped, ped_other in edges.keys():
i, j = list_of_nodes[ped], list_of_nodes[ped_other]
edge = edges[(ped, ped_other)]
if ped == ped_other:
# Temporal edge
for framenum in range(self.seq_length):
if framenum in edge.edge_pos_list:
retEdgePresent[framenum].append((i, j))
retEdges[framenum,
i * (numNodes) + j, :] = helper.getVector(
edge.edge_pos_list[framenum])
else:
# Spatial edge
# Spatial edges are bi-directional and the opposite direction has negated values of positions
for framenum in range(self.seq_length):
if framenum in edge.edge_pos_list:
# if edges.get((ped,ped_other)).edge_type == 'H-H/S':
retEdgePresent[framenum].append((i, j))
retEdgePresent[framenum].append((j, i))
# the position returned is a tuple of tuples
retEdges[framenum,
i * numNodes + j, :] = helper.getVector(
edge.edge_pos_list[framenum])
retEdges[framenum, j * numNodes +
i, :] = -np.copy(retEdges[framenum, i *
(numNodes) + j, :])
# elif framenum in edge.ped_obs_edge:
# # if edges.get((ped,ped_other)).edge_type == 'H-O/S':
# retObsEdgePresent[framenum].append((i,j))
# # retObsEdgePresent[framenum].append((j,i))
# retObsEdges[framenum, i*numNodes + j, :] = helper.getVector(edge.ped_obs_edge[framenum])
# retObsEdges[framenum, j*numNodes + i, :] = -np.copy(retObsEdges[framenum, i*(numNodes) + j, :])
return retNodes, retEdges, retNodePresent, retEdgePresent #, retObsNodes, retObsEdges ,retObsNodePresent , retObsEdgePresent
