def main1():
C, P, T1, T2 = ('CEO', 'PM', 'T1', 'T2')
p = 'progress'
s = 'suggetion'
f = 'football'
correct_edge_to_color = {
('a', 'b'): 'red',
('b', 'c'): 'red',
('c', 'd'): 'red',
('e', 'f'): 'green'
}
interactions = [('a', C, [P], p, 1), ('b', P, [T1, T2], p, 2),
('c', T1, [P], p, 3), ('d', P, [C], p, 4),
('e', T2, [P], s, 3), ('f', P, [C], p, 5),
('g', T2, [T1], f, 4)]
new_interactions = []
for msg_id, sender, recs, topic, time in interactions:
new_interactions.append(
{
'sender_id': sender,
'recipient_ids': recs,
'datetime': time,
'message_id': msg_id
}, )
node_names, sources, targets, time_stamps = InteractionsUtil.unzip_interactions(
new_interactions)
graph = convert_to_meta_graph(node_names, sources, targets, time_stamps)
# nx.write_dot(graph, 'tmp/illustration.dot')
print """digraph {
node [fontsize=20];
"""
for u, v in graph.edges():
print "{} -> {}[color={}];".format(
u,
v,
# correct_edge_to_color.get((u, v), 'gray')
'black')
print "}"
df = pd.DataFrame(new_interactions,
columns=['sender_id', 'recipient_ids', 'datetime'],
index=[i[0] for i in interactions])
df = df.rename(columns={
'sender_id': 'sender',
'recipient_ids': 'recipients',
'datetime': 'time'
})
mapping = {1: 'Mon', 2: 'Tue', 3: 'Wed', 4: 'Thu', 5: 'Fri'}
df['time'] = df['time'].map(lambda t: mapping[t])
df.to_latex('tmp/example.tex')
def main():
K, M, C, H = 'K', 'M', 'C', 'H'
interactions = [
{'sender_id': K, 'recipient_ids': (M, C), 'datetime': 1, 'message_id': 'K->(M, C): code(1)'},
{'sender_id': M, 'recipient_ids': [K], 'datetime': 3, 'message_id': 'M->K: read(3)'},
{'sender_id': K, 'recipient_ids': [M], 'datetime': 4, 'message_id': 'K->M: read(3)'},
{'sender_id': C, 'recipient_ids': [H], 'datetime': 2, 'message_id': 'C->H: eat(2)'},
{'sender_id': H, 'recipient_ids': [C], 'datetime': 3, 'message_id': 'H->C: eat(2)'},
]
InteractionsUtil.decompose_interactions(interactions)
node_names, sources, targets, time_stamps = InteractionsUtil.unzip_interactions(
InteractionsUtil.decompose_interactions(interactions)
)
graph = convert_to_meta_graph(node_names, sources, targets, time_stamps)
print graph.edges()
def main():
K, M, C, H = 'K', 'M', 'C', 'H'
interactions = [
{
'sender_id': K,
'recipient_ids': (M, C),
'datetime': 1,
'message_id': 'K->(M, C): code(1)'
},
{
'sender_id': M,
'recipient_ids': [K],
'datetime': 3,
'message_id': 'M->K: read(3)'
},
{
'sender_id': K,
'recipient_ids': [M],
'datetime': 4,
'message_id': 'K->M: read(3)'
},
{
'sender_id': C,
'recipient_ids': [H],
'datetime': 2,
'message_id': 'C->H: eat(2)'
},
{
'sender_id': H,
'recipient_ids': [C],
'datetime': 3,
'message_id': 'H->C: eat(2)'
},
]
InteractionsUtil.decompose_interactions(interactions)
node_names, sources, targets, time_stamps = InteractionsUtil.unzip_interactions(
InteractionsUtil.decompose_interactions(interactions))
graph = convert_to_meta_graph(node_names, sources, targets, time_stamps)
print graph.edges()
def main1():
C, P, T1, T2 = ('CEO', 'PM', 'T1', 'T2')
p = 'progress'
s = 'suggetion'
f = 'football'
correct_edge_to_color = {
('a', 'b'): 'red',
('b', 'c'): 'red',
('c', 'd'): 'red',
('e', 'f'): 'green'
}
interactions = [
('a', C, [P], p, 1),
('b', P, [T1, T2], p, 2),
('c', T1, [P], p, 3),
('d', P, [C], p, 4),
('e', T2, [P], s, 3),
('f', P, [C], p, 5),
('g', T2, [T1], f, 4)
]
new_interactions = []
for msg_id, sender, recs, topic, time in interactions:
new_interactions.append(
{'sender_id': sender,
'recipient_ids': recs,
'datetime': time,
'message_id': msg_id},
)
node_names, sources, targets, time_stamps = InteractionsUtil.unzip_interactions(
new_interactions
)
graph = convert_to_meta_graph(node_names, sources, targets, time_stamps)
# nx.write_dot(graph, 'tmp/illustration.dot')
print """digraph {
node [fontsize=20];
"""
for u, v in graph.edges():
print "{} -> {}[color={}];".format(
u, v,
# correct_edge_to_color.get((u, v), 'gray')
'black'
)
print "}"
df = pd.DataFrame(new_interactions,
columns=['sender_id', 'recipient_ids', 'datetime'],
index=[i[0] for i in interactions])
df = df.rename(columns={'sender_id': 'sender',
'recipient_ids': 'recipients',
'datetime': 'time'})
mapping = {
1: 'Mon',
2: 'Tue',
3: 'Wed',
4: 'Thu',
5: 'Fri'
}
df['time'] = df['time'].map(lambda t: mapping[t])
df.to_latex('tmp/example.tex')