def forcenodepos():
t = request.args(0)
i = int(request.args(1))
if t == "stree":
r = build.stree(db, i)
elif t == "gtree":
r = build.gtree(db, i)
nodes = [ dict(index=i, id=n.id, label=n.label) for i, n in enumerate(r) ]
id2i = dict([ (n.id, i) for i, n in enumerate(r) ])
links = [ dict(source=i, target=id2i[n.parent.id])
for i, n in enumerate(r) if n.parent ]
return dict(nodes=nodes, links=links)
def nodepos():
t = request.args(0)
i = int(request.args(1))
if t == "stree":
root = build.stree(db, i)
elif t == "gtree":
root = build.gtree(db, i)
n2c = layout.calc_node_positions(root, 0.95, 0.95, scaled=False)
return response.json(
[ dict(id=k.id, x=v.x, y=v.y,
px=n2c[k.parent].x if n2c.get(k.parent) else None,
py=n2c[k.parent].y if n2c.get(k.parent) else None)
for k,v in n2c.items() ]
)
def forcenodepos():
t = request.args(0)
i = int(request.args(1))
if t == "stree":
r = build.stree(db, i)
elif t == "gtree":
r = build.gtree(db, i)
nodes = [dict(index=i, id=n.id, label=n.label) for i, n in enumerate(r)]
id2i = dict([(n.id, i) for i, n in enumerate(r)])
links = [
dict(source=i, target=id2i[n.parent.id]) for i, n in enumerate(r)
if n.parent
]
return dict(nodes=nodes, links=links)
def nodepos():
t = request.args(0)
i = int(request.args(1))
if t == "stree":
root = build.stree(db, i)
elif t == "gtree":
root = build.gtree(db, i)
n2c = layout.calc_node_positions(root, 0.95, 0.95, scaled=False)
return response.json([
dict(id=k.id,
x=v.x,
y=v.y,
px=n2c[k.parent].x if n2c.get(k.parent) else None,
py=n2c[k.parent].y if n2c.get(k.parent) else None)
for k, v in n2c.items()
])
