'p_sizes': [
1,
0.523,
0.4278185787,
],
'p_subsamp': [
1.,
2.5,
5.,
],
'res':
10,
'rep':
10,
'time_bin':
50,
}
d_process_and_thread = par_process_and_thread(**kwargs)
kwargs.update(d_process_and_thread)
p_list = pert_add_go_nogo_ss(**kwargs)
for i, p in enumerate(p_list):
print i, p
a_list = get_args_list_Go_NoGo_compete(p_list, **kwargs)
k_list = get_kwargs_list_indv_nets(len(p_list), kwargs)
loop(get_loop_index(5, [15, 15, 3]), a_list, k_list)
if my_socket.determine_computer()=='milner':
kw_add={
'duration':[907.,100.0],
'laptime':1007.0,
'res':7,
'rep':10,
'time_bin':100.,
}
elif my_socket.determine_computer() in ['thalamus','supermicro']:
kw_add={
'duration':[357., 100.0],
'laptime':457.,
'res':3,
'rep':5,
'time_bin':1000./256,
}
kwargs.update(kw_add)
p_list=pert_add_go_nogo_ss(**kwargs)
for i, p in enumerate(p_list): print i, p
a_list=get_args_list_Go_NoGo_compete_oscillation(p_list, **kwargs)
k_list=get_kwargs_list_indv_nets(len(p_list), kwargs)
loop(3, [num_sims, num_sims, NUM_RUNS], a_list, k_list )
