def get_neigh(date, path, orbit, block, i, j, num_reg_used):
dict_neigh = []
ps = xrange(num_reg_used)
keys = [fN.get_key(date, path, orbit, block, p) for p in ps]
for p in ps:
idx = np.equal(j, p)
if any(idx):
dict_neigh.append((keys[p], i[idx]))
else:
dict_neigh.append((keys[p], None))
return dict_neigh
def get_data_param(date, path, orbit, block, x, y, num_reg_used, tau, theta, channel_is_used, min_equ_ref, mean_equ_ref, eof, max_usable_eof, ss, ms, optical_properties, r):
ps = xrange(num_reg_used)
keys = [fN.get_key(date, path, orbit, block, p) for p in ps]
dict_data = []
dict_param = []
for p in ps:
tau_p = tau[p]
theta_p = theta[:, p]
reg_p, smart_p = extract.pixel(x[p], y[p], channel_is_used, min_equ_ref, mean_equ_ref, eof, max_usable_eof, ss, ms, r)
_, _, resid_p = update.get_resid(tau_p, theta_p, reg_p, smart_p, optical_properties, r)
dict_data.append((keys[p], PixelData(reg_p, smart_p)))
dict_param.append((keys[p], update.PixelParam(tau_p, theta_p, resid_p)))
return dict_data, dict_param