def setUp(self):
#Parameter initializations
self.test_data_path = 'test_mat_data/'
params['test_mode'] = True
paths['image'] = paths['home'] + 'data/'
paths['map'] = paths['home'] + 'map-test/'
#params['s']['n_iter'] = 1000
params['c']['n_iter'] = 1000
#layer_lgn.compute_layer()
layer_s1.layer_s1()
def setUp(self):
#Parameter initializations
self.test_data_path = 'test_mat_data/'
params['test_mode'] = True
paths['image'] = paths['home'] + 'data/'
paths['map'] = paths['home'] + 'map-test/'
#params['s']['n_iter'] = 1000
params['c']['n_iter'] = 1000
#layer_lgn.compute_layer()
layer_s1.layer_s1()
def l_s1():
'''Computer Layer S1 of the network'''
tmp_lgn = load(paths['map'] + 'onoff.0.0.npy')
count = ceil(float(len(tmp_lgn)) / params['c']['block'])
if count == 0:
count = 1
exists = zeros((count), bool)
for block in range(count):
if os.path.isfile(paths['map'] + 's1.' + str(block) + '.' + \
params['s']['type'] + '.npy'):
exists[block] = True
#If not then compute
if not exists.all():
layer_s1.layer_s1()
def l_s1():
'''Computer Layer S1 of the network'''
tmp_lgn = load(paths['map'] + 'onoff.0.0.npy')
count = ceil(float(len(tmp_lgn)) / params['c']['block'])
if count == 0:
count = 1
exists = zeros((count), bool)
for block in range(count):
if os.path.isfile(paths['map'] + 's1.' + str(block) + '.' + \
params['s']['type'] + '.npy'):
exists[block] = True
#If not then compute
if not exists.all():
layer_s1.layer_s1()