def remote_batch_1d(run_id):
'''
Remote job mothership for a single run that will generate
a bunch of bsub commands to run a series of RNAz checks
along the gene of interest.
inputs:
run_id
output:
the datapath (same for local and remote) of data output each thread
'''
#GENERIC SETUP FOR A BSUBBED TASKMGR.
#Takes an input in the form of a list of param-dicts.
#
inp_dicts = butils.load_data(run_id, 'input')
#DO EVERYTHING TWIXT --------------------------------[HERE]
eyeball = bsub.eyeball(run_id,
os.path.abspath(inspect.stack()[0][1]), inp_dicts,
func = 'remote_run_1d',
name = run_id+'_eye',
mem = 2)
eyeball.launch()
eyeball.await()
eyeball.package()
eyeball.complete()
out = {'result':eyeball.statii()}
#AND ------------------------------------------------[HERE]
butils.save_data(out,
run_id,'output')
def remote_run_1d(run_id):
'''
'''
#GENERIC SETUP FOR A SINGLE BSUBBED PROCESS.
#Takes an input saved as a single dictionary.
#
p = butils.load_data(run_id, 'input')
#DO EVERYTHING TWIXT --------------------------------[HERE]
baserng = p['baserng']
win_len = p['win_len']
win_ofs = p['win_ofs']
spec_count = p['spec_count']
bases = (128693265,129266680)
a0 = day0.fetch_num_ali()
names = day0.fetch_alinames()
ref = a0[0]
ali_counts = sum(less(a0,4) * equal(a0, a0[0,:]) ,1)
names_all = [names[i] for i in argsort(ali_counts)[::-1]]
names = names_all[:spec_count]
a0 = a0[argsort(ali_counts)[::-1]][:spec_count]
ali_counts = sorted(ali_counts)[::-1][:spec_count]
locii, results = day0.run_windows(a0,ref, n_specs = spec_count,
win_len = win_len, win_ofs = win_ofs,
spec_names = names,
baserng = baserng)
out = {'locii':locii,
'results':results}
#AND ------------------------------------------------[HERE]
butils.save_data(out,
run_id,'output')
