def test_array_operators(self):
from pyhalbe import HICANN
from pyhalco_common import Enum
import pyhalco_hicann_v2 as Coordinate
quad = HICANN.NeuronQuad()
neuron = HICANN.Neuron()
neuron.enable_aout(True)
quad[Coordinate.NeuronOnQuad(Enum(0))] = neuron
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(0))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(1))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(2))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(3))].enable_aout())
quad[Coordinate.NeuronOnQuad(Enum(1))].enable_aout(True)
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(0))].enable_aout())
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(1))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(2))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(3))].enable_aout())
x = quad[Coordinate.NeuronOnQuad(Enum(2))]
x.enable_aout(True)
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(0))].enable_aout())
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(1))].enable_aout())
self.assertTrue(quad[Coordinate.NeuronOnQuad(Enum(2))].enable_aout())
self.assertFalse(quad[Coordinate.NeuronOnQuad(Enum(3))].enable_aout())
def set_denmem_quads(self, neuron, **kwargs):
nquad = HICANN.NeuronQuad()
for qq in range(Coordinate.QuadOnHICANN.end):
HICANN.set_denmem_quad(self.h, Coordinate.QuadOnHICANN(qq), nquad)
# All other neurons keep the default values
nactive = nquad[neuron.toNeuronOnQuad()]
for key, value in kwargs.iteritems():
getattr(nactive, key)(value)
HICANN.set_denmem_quad(self.h, neuron.toQuadrantOnHICANN(), nquad)