def draw_layer(self):
print utils.string_to_exact_len(self.options['name'], 12),
print ' | ',
for node in self.nodes:
print utils.string_to_exact_len(round(node.activation_level, 2), 20),
print ' | ',
print
def draw_layer(self):
print utils.string_to_exact_len(self.options['name'], 12),
print ' | ',
for node in self.nodes:
print utils.string_to_exact_len(round(node.activation_level, 2),
20),
print ' | ',
print
def draw_links(self):
for link in self.links_out:
if not link.options['display']: continue
print utils.string_to_exact_len(link.options['name'], 13),
for arcrow in link.arcs:
if not arcrow[0]: continue
print ' | ',
for arc in arcrow:
if arc: print utils.string_to_exact_len(round(arc.weight, 2), 5),
else: print ' ' * 5,
print ' | ',
print
print ' ' * 13,
print "\n"
def draw_links(self):
for link in self.links_out:
if not link.options['display']: continue
print utils.string_to_exact_len(link.options['name'], 13),
for arcrow in link.arcs:
if not arcrow[0]: continue
print ' | ',
for arc in arcrow:
if arc:
print utils.string_to_exact_len(
round(arc.weight, 2), 5),
else:
print ' ' * 5,
print ' | ',
print
print ' ' * 13,
print "\n"