def main():
args = parse_args()
bow_file, lvec_file, sim_file = args[u'input_files']
odir = args[u'output']
dbg_smode, temp, pmode, scale, repulsion, u_thr, u_s_thr = args[u'params']
if sim_file is None:
if dbg_smode == u'max':
sim_idx = 3
elif dbg_smode == u'min':
sim_idx = 4
elif dbg_smode == u'avg':
sim_idx = 5
data_reader = gold_reader(bow_file, lvec_file, sim_idx)
else:
print "IMPLEMENT SIM FILE LOADER"
sys.exit()
ts_system = APSummarizer(temp, vec_dims=100)
ts_system.run(data_reader,
odir,
pmode,
scale=scale,
repulsion=repulsion,
update_cutoff=u_thr,
update_sim_threshold=u_s_thr)
print "Run complete!"
def main():
args = parse_args()
bow_file, lvec_file, sim_file = args[0:3]
dbg_sim_mode, odir, n_return, use_temp, penalty_mode = args[3:]
if sim_file is None:
if dbg_sim_mode == u'max':
sim_idx = 3
elif dbg_sim_mode == u'min':
sim_idx = 4
elif dbg_sim_mode == u'avg':
sim_idx = 5
data_reader = gold_reader(bow_file, lvec_file, sim_idx)
else:
print "IMPLEMENT SIM FILE LOADER"
sys.exit()
ts_system = RankSummarizer(use_temp, vec_dims=100)
ts_system.run(data_reader, odir, n_return, penalty_mode)
print "Run complete!"
def main():
args = parse_args()
bow_file, lvec_file, sim_file = args[u'input_files']
odir = args[u'output']
dbg_smode, temp, pmode, scale, repulsion, u_thr, u_s_thr = args[u'params']
if sim_file is None:
if dbg_smode == u'max':
sim_idx = 3
elif dbg_smode == u'min':
sim_idx = 4
elif dbg_smode == u'avg':
sim_idx = 5
data_reader = gold_reader(bow_file, lvec_file, sim_idx)
else:
print "IMPLEMENT SIM FILE LOADER"
sys.exit()
ts_system = APSummarizer(temp, vec_dims=100)
ts_system.run(data_reader, odir, pmode, scale=scale, repulsion=repulsion,
update_cutoff=u_thr, update_sim_threshold=u_s_thr)
print "Run complete!"
