def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExc1 = load_component(self.parameters.exc1.component)
CortexExc2 = load_component(self.parameters.exc2.component)
CortexInh1 = load_component(self.parameters.inh1.component)
CortexInh2 = load_component(self.parameters.inh2.component)
cortex_exc1 = CortexExc1(self, self.parameters.exc1.params)
cortex_exc2 = CortexExc2(self, self.parameters.exc2.params)
cortex_inh1 = CortexInh1(self, self.parameters.inh1.params)
cortex_inh2 = CortexInh2(self, self.parameters.inh2.params)
# initialize projections
UniformProbabilisticArborization(self,'V1Exc1Exc1Connection',cortex_exc1,cortex_exc1,self.parameters.exc1.Exc1Exc1Connection).connect()
UniformProbabilisticArborization(self,'V1Exc1Exc2Connection',cortex_exc1,cortex_exc2,self.parameters.exc1.Exc1Exc2Connection).connect()
UniformProbabilisticArborization(self,'V1Exc1Inh1Connection',cortex_exc1,cortex_inh1,self.parameters.exc1.Exc1Inh1Connection).connect()
UniformProbabilisticArborization(self,'V1Exc1Inh2Connection',cortex_exc1,cortex_inh2,self.parameters.exc1.Exc1Inh2Connection).connect()
UniformProbabilisticArborization(self,'V1Exc2Exc1Connection',cortex_exc2,cortex_exc1,self.parameters.exc2.Exc2Exc1Connection).connect()
UniformProbabilisticArborization(self,'V1Exc2Exc2Connection',cortex_exc2,cortex_exc2,self.parameters.exc2.Exc2Exc2Connection).connect()
UniformProbabilisticArborization(self,'V1Exc2Inh1Connection',cortex_exc2,cortex_inh1,self.parameters.exc2.Exc2Inh1Connection).connect()
UniformProbabilisticArborization(self,'V1Exc2Inh2Connection',cortex_exc2,cortex_inh2,self.parameters.exc2.Exc2Inh2Connection).connect()
UniformProbabilisticArborization(self,'V1Inh1Exc1Connection',cortex_inh1,cortex_exc1,self.parameters.inh1.Inh1Exc1Connection).connect()
UniformProbabilisticArborization(self,'V1Inh1Exc2Connection',cortex_inh1,cortex_exc2,self.parameters.inh1.Inh1Exc2Connection).connect()
UniformProbabilisticArborization(self,'V1Inh1Inh1Connection',cortex_inh1,cortex_inh1,self.parameters.inh1.Inh1Inh1Connection).connect()
UniformProbabilisticArborization(self,'V1Inh1Inh2Connection',cortex_inh1,cortex_inh2,self.parameters.inh1.Inh1Inh2Connection).connect()
UniformProbabilisticArborization(self,'V1Inh2Exc1Connection',cortex_inh2,cortex_exc1,self.parameters.inh2.Inh2Exc1Connection).connect()
UniformProbabilisticArborization(self,'V1Inh2Exc2Connection',cortex_inh2,cortex_exc2,self.parameters.inh2.Inh2Exc2Connection).connect()
UniformProbabilisticArborization(self,'V1Inh2Inh1Connection',cortex_inh2,cortex_inh1,self.parameters.inh2.Inh2Inh1Connection).connect()
UniformProbabilisticArborization(self,'V1Inh2Inh2Connection',cortex_inh2,cortex_inh2,self.parameters.inh2.Inh2Inh2Connection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(
self.parameters.sheets.l4_cortex_exc.component)
CortexInhL4 = load_component(
self.parameters.sheets.l4_cortex_inh.component)
cortex_exc_l4 = CortexExcL4(
self, self.parameters.sheets.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(
self, self.parameters.sheets.l4_cortex_inh.params)
# initialize projections
UniformProbabilisticArborization(
self, 'V1L4ExcL4ExcConnection', cortex_exc_l4, cortex_exc_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4ExcConnection).connect(
)
UniformProbabilisticArborization(
self, 'V1L4ExcL4InhConnection', cortex_exc_l4, cortex_inh_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4InhConnection).connect(
)
UniformProbabilisticArborization(
self, 'V1L4InhL4ExcConnection', cortex_inh_l4, cortex_exc_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4ExcConnection).connect(
)
UniformProbabilisticArborization(
self, 'V1L4InhL4InhConnection', cortex_inh_l4, cortex_inh_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4InhConnection).connect(
)
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
RetinaLGN = load_component(self.parameters.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(location_x=self.parameters.visual_field.centre[0],location_y=self.parameters.visual_field.centre[1],size_x=self.parameters.visual_field.size[0],size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(self, self.parameters.retina_lgn.params)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
GaborConnector(self,self.input_layer.sheets['X_ON'],self.input_layer.sheets['X_OFF'],cortex_exc_l4,self.parameters.l4_cortex_exc.AfferentConnection,'V1AffConnection')
GaborConnector(self,self.input_layer.sheets['X_ON'],self.input_layer.sheets['X_OFF'],cortex_inh_l4,self.parameters.l4_cortex_inh.AfferentConnection,'V1AffInhConnection')
# initialize projections
ModularSingleWeightProbabilisticConnector(self,'V1L4ExcL4ExcConnectionRand',cortex_exc_l4,cortex_exc_l4,self.parameters.l4_cortex_exc.L4ExcL4ExcConnectionRand).connect()
ModularSingleWeightProbabilisticConnector(self,'V1L4ExcL4InhConnectionRand',cortex_exc_l4,cortex_inh_l4,self.parameters.l4_cortex_exc.L4ExcL4InhConnectionRand).connect()
ModularSingleWeightProbabilisticConnector(self,'V1L4InhL4ExcConnectionRand',cortex_inh_l4,cortex_exc_l4,self.parameters.l4_cortex_inh.L4InhL4ExcConnectionRand).connect()
ModularSingleWeightProbabilisticConnector(self,'V1L4InhL4InhConnectionRand',cortex_inh_l4,cortex_inh_l4,self.parameters.l4_cortex_inh.L4InhL4InhConnectionRand).connect()
# initialize projections
ModularSamplingProbabilisticConnector(self,'V1L4ExcL4ExcConnection',cortex_exc_l4,cortex_exc_l4,self.parameters.l4_cortex_exc.L4ExcL4ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4ExcL4InhConnection',cortex_exc_l4,cortex_inh_l4,self.parameters.l4_cortex_exc.L4ExcL4InhConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4InhL4ExcConnection',cortex_inh_l4,cortex_exc_l4,self.parameters.l4_cortex_inh.L4InhL4ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4InhL4InhConnection',cortex_inh_l4,cortex_inh_l4,self.parameters.l4_cortex_inh.L4InhL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
RetinaLGN = load_component(self.parameters.retina_lgn.component)
PGN = load_component(self.parameters.pgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1])
# init layers
self.input_layer = RetinaLGN(self, self.parameters.retina_lgn.params)
pgn = PGN(self, self.parameters.pgn.params)
########################################################
# LGN-PGN
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOn', # name
self.input_layer.sheets['X_ON'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOff', # name
self.input_layer.sheets['X_OFF'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOff # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_PGN_Connection', # name
pgn, # source
pgn, # target
self.parameters.pgn.PGN_PGN_Connection # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOn', # name
pgn, # source
self.input_layer.sheets['X_ON'], # target
self.parameters.pgn.PGN_LGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOff', # name
pgn, # source
self.input_layer.sheets['X_OFF'], # target
self.parameters.pgn.PGN_LGN_ConnectionOff # params
).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(location_x=self.parameters.visual_field.centre[0],location_y=self.parameters.visual_field.centre[1],size_x=self.parameters.visual_field.size[0],size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(self, self.parameters.sheets.retina_lgn.params)
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
ExcLayer = load_component(self.parameters.sheets.exc_layer.component)
InhLayer = load_component(self.parameters.sheets.inh_layer.component)
exc = ExcLayer(self, self.parameters.sheets.exc_layer.params)
inh = InhLayer(self, self.parameters.sheets.inh_layer.params)
# initialize projections
UniformProbabilisticArborization(self,'ExcExcConnection',exc,exc,self.parameters.sheets.exc_layer.ExcExcConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.sheets.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.sheets.l4_cortex_inh.component)
CortexExcL23 = load_component(self.parameters.sheets.l23_cortex_exc.component)
CortexInhL23 = load_component(self.parameters.sheets.l23_cortex_inh.component)
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(location_x=self.parameters.visual_field.centre[0],location_y=self.parameters.visual_field.centre[1],size_x=self.parameters.visual_field.size[0],size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(self, self.parameters.sheets.retina_lgn.params)
cortex_exc_l4 = CortexExcL4(self, self.parameters.sheets.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.sheets.l4_cortex_inh.params)
cortex_exc_l23 = CortexExcL23(self, self.parameters.sheets.l23_cortex_exc.params)
cortex_inh_l23 = CortexInhL23(self, self.parameters.sheets.l23_cortex_inh.params)
# initialize afferent layer 4 projections
GaborConnector(self,self.input_layer.sheets['X_ON'],self.input_layer.sheets['X_OFF'],cortex_exc_l4,self.parameters.sheets.l4_cortex_exc.AfferentConnection,'V1AffConnection')
GaborConnector(self,self.input_layer.sheets['X_ON'],self.input_layer.sheets['X_OFF'],cortex_inh_l4,self.parameters.sheets.l4_cortex_inh.AfferentConnection,'V1AffInhConnection')
if self.parameters.with_cortical_conn:
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(self,'V1L4ExcL4ExcConnection',cortex_exc_l4,cortex_exc_l4,self.parameters.sheets.l4_cortex_exc.L4ExcL4ExcConnection).connect()
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(self,'V1L4ExcL4InhConnection',cortex_exc_l4,cortex_inh_l4,self.parameters.sheets.l4_cortex_exc.L4ExcL4InhConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4InhL4ExcConnection',cortex_inh_l4,cortex_exc_l4,self.parameters.sheets.l4_cortex_inh.L4InhL4ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4InhL4InhConnection',cortex_inh_l4,cortex_inh_l4,self.parameters.sheets.l4_cortex_inh.L4InhL4InhConnection).connect()
# initialize afferent layer 4 to layer 2/3 projection
ModularSamplingProbabilisticConnector(self,'V1L4ExcL23ExcConnection',cortex_exc_l4,cortex_exc_l23,self.parameters.sheets.l23_cortex_exc.L4ExcL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L4ExcL23InhConnection',cortex_exc_l4,cortex_inh_l23,self.parameters.sheets.l23_cortex_inh.L4ExcL23InhConnection).connect()
if self.parameters.with_cortical_conn:
# initialize lateral layer 2/3 projections
ModularSamplingProbabilisticConnector(self,'V1L23ExcL23ExcConnection',cortex_exc_l23,cortex_exc_l23,self.parameters.sheets.l23_cortex_exc.L23ExcL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L23ExcL23InhConnection',cortex_exc_l23,cortex_inh_l23,self.parameters.sheets.l23_cortex_exc.L23ExcL23InhConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L23InhL23ExcConnection',cortex_inh_l23,cortex_exc_l23,self.parameters.sheets.l23_cortex_inh.L23InhL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L23InhL23InhConnection',cortex_inh_l23,cortex_inh_l23,self.parameters.sheets.l23_cortex_inh.L23InhL23InhConnection).connect()
if self.parameters.feedback:
# initialize feedback layer 2/3 projections
ModularSamplingProbabilisticConnector(self,'V1L23ExcL4ExcConnection',cortex_exc_l23,cortex_exc_l4,self.parameters.sheets.l23_cortex_exc.L23ExcL4ExcConnection).connect()
ModularSamplingProbabilisticConnector(self,'V1L23ExcL4InhConnection',cortex_exc_l23,cortex_inh_l4,self.parameters.sheets.l23_cortex_exc.L23ExcL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
# initialize projections
FixedKConnector(self,'V1L4ExcL4ExcConnection',cortex_exc_l4,cortex_exc_l4,self.parameters.l4_cortex_exc.L4ExcL4ExcConnection).connect()
FixedKConnector(self,'V1L4ExcL4InhConnection',cortex_exc_l4,cortex_inh_l4,self.parameters.l4_cortex_exc.L4ExcL4InhConnection).connect()
FixedKConnector(self,'V1L4InhL4ExcConnection',cortex_inh_l4,cortex_exc_l4,self.parameters.l4_cortex_inh.L4InhL4ExcConnection).connect()
FixedKConnector(self,'V1L4InhL4InhConnection',cortex_inh_l4,cortex_inh_l4,self.parameters.l4_cortex_inh.L4InhL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(self,
self.parameters.sheets.retina_lgn.params)
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
# initialize projections
UniformProbabilisticArborization(self,'V1L4ExcL4ExcConnection',cortex_exc_l4,cortex_exc_l4,self.parameters.l4_cortex_exc.L4ExcL4ExcConnection).connect()
UniformProbabilisticArborization(self,'V1L4ExcL4InhConnection',cortex_exc_l4,cortex_inh_l4,self.parameters.l4_cortex_exc.L4ExcL4InhConnection).connect()
UniformProbabilisticArborization(self,'V1L4InhL4ExcConnection',cortex_inh_l4,cortex_exc_l4,self.parameters.l4_cortex_inh.L4InhL4ExcConnection).connect()
UniformProbabilisticArborization(self,'V1L4InhL4InhConnection',cortex_inh_l4,cortex_inh_l4,self.parameters.l4_cortex_inh.L4InhL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
print(self.parameters.sheets.exc_layer.component)
ExcLayer = load_component(self.parameters.sheets.exc_layer.component)
InhLayer = load_component(self.parameters.sheets.inh_layer.component)
exc = ExcLayer(self, self.parameters.sheets.exc_layer.params)
inh = InhLayer(self, self.parameters.sheets.inh_layer.params)
# initialize projections
UniformProbabilisticArborization(self,'ExcExcConnection',exc,exc,self.parameters.sheets.exc_layer.ExcExcConnection).connect()
UniformProbabilisticArborization(self,'ExcInhConnection',exc,inh,self.parameters.sheets.exc_layer.ExcInhConnection).connect()
UniformProbabilisticArborization(self,'InhExcConnection',inh,exc,self.parameters.sheets.inh_layer.InhExcConnection).connect()
UniformProbabilisticArborization(self,'InhInhConnection',inh,inh,self.parameters.sheets.inh_layer.InhInhConnection).connect()
def __init__(self,simulator,num_threads,parameters):
Model.__init__(self,simulator,num_threads,parameters)
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(location_x=self.parameters.visual_field.centre[0],location_y=self.parameters.visual_field.centre[1],size_x=self.parameters.visual_field.size[0],size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(self, self.parameters.sheets.retina_lgn.params)
# which neurons to record
tr = {'spikes' : 'all',
'v' : numpy.arange(0,60,1),
'gsyn_exc' :numpy.arange(0,60,1),
'gsyn_inh' : numpy.arange(0,60,1),
}
self.input_layer.sheets['X_ON'].to_record = tr #'all'
self.input_layer.sheets['X_OFF'].to_record = tr #'all'
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
# initialize projections
FixedKConnector(
self, 'V1L4ExcL4ExcConnection', cortex_exc_l4, cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnection).connect()
FixedKConnector(
self, 'V1L4ExcL4InhConnection', cortex_exc_l4, cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnection).connect()
FixedKConnector(
self, 'V1L4InhL4ExcConnection', cortex_inh_l4, cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnection).connect()
FixedKConnector(
self, 'V1L4InhL4InhConnection', cortex_inh_l4, cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(
self.parameters.sheets.l4_cortex_exc.component)
CortexInhL4 = load_component(
self.parameters.sheets.l4_cortex_inh.component)
if not self.parameters.only_afferent and self.parameters.l23:
CortexExcL23 = load_component(
self.parameters.sheets.l23_cortex_exc.component)
CortexInhL23 = load_component(
self.parameters.sheets.l23_cortex_inh.component)
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1])
self.input_layer = RetinaLGN(
self, self.parameters.sheets.retina_lgn.params
) # 'pyNN.spiNNaker' has no attribute 'StepCurrentSource'
cortex_exc_l4 = CortexExcL4(
self, self.parameters.sheets.l4_cortex_exc.params
) # spiNNaker has no attribute EIF_cond_exp_isfa_ista ->Iz
cortex_inh_l4 = CortexInhL4(
self, self.parameters.sheets.l4_cortex_inh.params)
if not self.parameters.only_afferent and self.parameters.l23:
cortex_exc_l23 = CortexExcL23(
self, self.parameters.sheets.l23_cortex_exc.params)
cortex_inh_l23 = CortexInhL23(
self, self.parameters.sheets.l23_cortex_inh.params)
# initialize afferent layer 4 projections
GaborConnector(self, self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'], cortex_exc_l4,
self.parameters.sheets.l4_cortex_exc.AfferentConnection,
'V1AffConnection')
GaborConnector(self, self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'], cortex_inh_l4,
self.parameters.sheets.l4_cortex_inh.AfferentConnection,
'V1AffInhConnection')
# initialize lateral layer 4 projections
if not self.parameters.only_afferent:
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(
self, 'V1L4ExcL4ExcConnection', cortex_exc_l4, cortex_exc_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4ExcConnection
).connect()
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(
self, 'V1L4ExcL4InhConnection', cortex_exc_l4, cortex_inh_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4InhConnection
).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L4InhL4ExcConnection', cortex_inh_l4, cortex_exc_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4ExcConnection
).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L4InhL4InhConnection', cortex_inh_l4, cortex_inh_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4InhConnection
).connect()
if self.parameters.l23:
# if False:
# initialize afferent layer 4 to layer 2/3 projection
ModularSamplingProbabilisticConnector(
self, 'V1L4ExcL23ExcConnection', cortex_exc_l4,
cortex_exc_l23, self.parameters.sheets.l23_cortex_exc.
L4ExcL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L4ExcL23InhConnection', cortex_exc_l4,
cortex_inh_l23, self.parameters.sheets.l23_cortex_inh.
L4ExcL23InhConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L23ExcL23ExcConnection', cortex_exc_l23,
cortex_exc_l23, self.parameters.sheets.l23_cortex_exc.
L23ExcL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L23ExcL23InhConnection', cortex_exc_l23,
cortex_inh_l23, self.parameters.sheets.l23_cortex_exc.
L23ExcL23InhConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L23InhL23ExcConnection', cortex_inh_l23,
cortex_exc_l23, self.parameters.sheets.l23_cortex_inh.
L23InhL23ExcConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L23InhL23InhConnection', cortex_inh_l23,
cortex_inh_l23, self.parameters.sheets.l23_cortex_inh.
L23InhL23InhConnection).connect()
if self.parameters.feedback:
ModularSamplingProbabilisticConnector(
self, 'V1L23ExcL4ExcConnection', cortex_exc_l23,
cortex_exc_l4, self.parameters.sheets.l23_cortex_exc.
L23ExcL4ExcConnection).connect()
ModularSamplingProbabilisticConnector(
self, 'V1L23ExcL4InhConnection', cortex_exc_l23,
cortex_inh_l4, self.parameters.sheets.l23_cortex_exc.
L23ExcL4InhConnection).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
LGN = load_component(self.parameters.lgn.component)
# Instance
self.input_layer = LGN(self, self.parameters.lgn.params)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1]
)
# PROJECTIONS
########################################################
# PGN
if withPGN:
# Load components
PGN = load_component( self.parameters.pgn.component )
# Instance
pgn = PGN(self, self.parameters.pgn.params)
# LGN-PGN
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOn', # name
self.input_layer.sheets['X_ON'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOff', # name
self.input_layer.sheets['X_OFF'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOff # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_PGN_Connection', # name
pgn, # source
pgn, # target
self.parameters.pgn.PGN_PGN_Connection # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOn', # name
pgn, # source
self.input_layer.sheets['X_ON'], # target
self.parameters.pgn.PGN_LGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOff', # name
pgn, # source
self.input_layer.sheets['X_OFF'], # target
self.parameters.pgn.PGN_LGN_ConnectionOff # params
).connect()
# V1
if withV1: # CTC
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
# Instance
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
########################################################
# THALAMO-CORTICAL
# initialize afferent layer 4 projections
GaborConnector(
self,
self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'],
cortex_exc_l4, # target
self.parameters.l4_cortex_exc.AfferentConnection, # parameters
'V1AffConnection' # name
)
GaborConnector(
self,
self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'],
cortex_inh_l4,
self.parameters.l4_cortex_inh.AfferentConnection,
'V1AffInhConnection'
)
########################################################
# CORTICO-CORTICAL
# random lateral layer 4 projections
ModularSingleWeightProbabilisticConnector(
self,
'V1L4ExcL4ExcConnectionRand',
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4ExcL4InhConnectionRand',
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4InhL4ExcConnectionRand',
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4InhL4InhConnectionRand',
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnectionRand
).connect()
# lateral layer 4 projections
ModularSamplingProbabilisticConnector(
self,
'V1L4ExcL4ExcConnection',
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4ExcL4InhConnection',
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4InhL4ExcConnection',
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4InhL4InhConnection',
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnection
).connect()
########################################################
# CORTICO-THALAMIC
if withFeedback_CxLGN:
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionOn',
cortex_exc_l4,
self.input_layer.sheets['X_ON'],
self.parameters.l4_cortex_exc.EfferentConnection_LGN
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionOff',
cortex_exc_l4,
self.input_layer.sheets['X_OFF'],
self.parameters.l4_cortex_exc.EfferentConnection_LGN
).connect()
if withFeedback_CxPGN and withPGN:
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionPGN',
cortex_exc_l4,
pgn,
self.parameters.l4_cortex_exc.EfferentConnection_PGN
).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
if not self.parameters.only_afferent:
CortexExcL23 = load_component(self.parameters.l23_cortex_exc.component)
CortexInhL23 = load_component(self.parameters.l23_cortex_inh.component)
RetinaLGN = load_component(self.parameters.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1],
)
self.input_layer = RetinaLGN(self, self.parameters.retina_lgn.params)
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
if not self.parameters.only_afferent:
cortex_exc_l23 = CortexExcL23(self, self.parameters.l23_cortex_exc.params)
cortex_inh_l23 = CortexInhL23(self, self.parameters.l23_cortex_inh.params)
# initialize afferent layer 4 projections
GaborConnector(
self,
self.input_layer.sheets["X_ON"],
self.input_layer.sheets["X_OFF"],
cortex_exc_l4,
self.parameters.l4_cortex_exc.AfferentConnection,
"V1AffConnection",
)
GaborConnector(
self,
self.input_layer.sheets["X_ON"],
self.input_layer.sheets["X_OFF"],
cortex_inh_l4,
self.parameters.l4_cortex_inh.AfferentConnection,
"V1AffInhConnection",
)
# initialize lateral layer 4 projections
if not self.parameters.only_afferent:
ModularSingleWeightProbabilisticConnector(
self,
"V1L4ExcL4ExcConnectionRand",
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnectionRand,
).connect()
ModularSingleWeightProbabilisticConnector(
self,
"V1L4ExcL4InhConnectionRand",
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnectionRand,
).connect()
ModularSingleWeightProbabilisticConnector(
self,
"V1L4InhL4ExcConnectionRand",
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnectionRand,
).connect()
ModularSingleWeightProbabilisticConnector(
self,
"V1L4InhL4InhConnectionRand",
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnectionRand,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL4ExcConnection",
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL4InhConnection",
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4InhL4ExcConnection",
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4InhL4InhConnection",
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnection,
).connect()
# initialize afferent layer 4 to layer 2/3 projection
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL23ExcConnection",
cortex_exc_l4,
cortex_exc_l23,
self.parameters.l23_cortex_exc.L4ExcL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL23InhConnection",
cortex_exc_l4,
cortex_inh_l23,
self.parameters.l23_cortex_inh.L4ExcL23InhConnection,
).connect()
# initialize lateral layer 2/3 projections
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL23ExcConnection",
cortex_exc_l23,
cortex_exc_l23,
self.parameters.l23_cortex_exc.L23ExcL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL23InhConnection",
cortex_exc_l23,
cortex_inh_l23,
self.parameters.l23_cortex_exc.L23ExcL23InhConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23InhL23ExcConnection",
cortex_inh_l23,
cortex_exc_l23,
self.parameters.l23_cortex_inh.L23InhL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23InhL23InhConnection",
cortex_inh_l23,
cortex_inh_l23,
self.parameters.l23_cortex_inh.L23InhL23InhConnection,
).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
LGN = load_component(self.parameters.lgn.component)
# Instance
self.input_layer = LGN(self, self.parameters.lgn.params)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1]
)
# PROJECTIONS
########################################################
# PGN
if withPGN:
# Load components
PGN = load_component( self.parameters.pgn.component )
# Instance
pgn = PGN(self, self.parameters.pgn.params)
# LGN-PGN
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOn', # name
self.input_layer.sheets['X_ON'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'LGN_PGN_ConnectionOff', # name
self.input_layer.sheets['X_OFF'], # source
pgn, # target
self.parameters.pgn.LGN_PGN_ConnectionOff # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_PGN_Connection', # name
pgn, # source
pgn, # target
self.parameters.pgn.PGN_PGN_Connection # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOn', # name
pgn, # source
self.input_layer.sheets['X_ON'], # target
self.parameters.pgn.PGN_LGN_ConnectionOn # params
).connect()
ModularSamplingProbabilisticConnector(
self,
'PGN_LGN_ConnectionOff', # name
pgn, # source
self.input_layer.sheets['X_OFF'], # target
self.parameters.pgn.PGN_LGN_ConnectionOff # params
).connect()
# V1
if withV1: # CTC
# Load components
CortexExcL4 = load_component(self.parameters.l4_cortex_exc.component)
CortexInhL4 = load_component(self.parameters.l4_cortex_inh.component)
# Instance
cortex_exc_l4 = CortexExcL4(self, self.parameters.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(self, self.parameters.l4_cortex_inh.params)
# ########################################################
# THALAMO-CORTICAL
# initialize afferent layer 4 projections
GaborConnector(
self,
self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'],
cortex_exc_l4, # target
self.parameters.l4_cortex_exc.AfferentConnection, # parameters
'V1AffConnection' # name
)
GaborConnector(
self,
self.input_layer.sheets['X_ON'],
self.input_layer.sheets['X_OFF'],
cortex_inh_l4,
self.parameters.l4_cortex_inh.AfferentConnection,
'V1AffInhConnection'
)
# ########################################################
# CORTICO-CORTICAL
# random lateral layer 4 projections
ModularSingleWeightProbabilisticConnector(
self,
'V1L4ExcL4ExcConnectionRand',
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4ExcL4InhConnectionRand',
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4InhL4ExcConnectionRand',
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnectionRand
).connect()
ModularSingleWeightProbabilisticConnector(
self,
'V1L4InhL4InhConnectionRand',
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnectionRand
).connect()
# lateral layer 4 projections
ModularSamplingProbabilisticConnector(
self,
'V1L4ExcL4ExcConnection',
cortex_exc_l4,
cortex_exc_l4,
self.parameters.l4_cortex_exc.L4ExcL4ExcConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4ExcL4InhConnection',
cortex_exc_l4,
cortex_inh_l4,
self.parameters.l4_cortex_exc.L4ExcL4InhConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4InhL4ExcConnection',
cortex_inh_l4,
cortex_exc_l4,
self.parameters.l4_cortex_inh.L4InhL4ExcConnection
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1L4InhL4InhConnection',
cortex_inh_l4,
cortex_inh_l4,
self.parameters.l4_cortex_inh.L4InhL4InhConnection
).connect()
########################################################
# CORTICO-THALAMIC
if withFeedback_CxLGN:
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionOn',
cortex_exc_l4,
self.input_layer.sheets['X_ON'],
self.parameters.l4_cortex_exc.EfferentConnection_LGN
).connect()
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionOff',
cortex_exc_l4,
self.input_layer.sheets['X_OFF'],
self.parameters.l4_cortex_exc.EfferentConnection_LGN
).connect()
# GaborConnector(
# self,
# self.input_layer.sheets['X_ON'],
# self.input_layer.sheets['X_OFF'],
# cortex_exc_l4, # source
# self.parameters.l4_cortex_exc.EfferentConnection, # parameters
# 'V1EffConnection' # name
# )
if withFeedback_CxPGN and withPGN:
ModularSamplingProbabilisticConnector(
self,
'V1EffConnectionPGN',
cortex_exc_l4,
pgn,
self.parameters.l4_cortex_exc.EfferentConnection_PGN
).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExcL4 = load_component(
self.parameters.sheets.l4_cortex_exc.component)
CortexInhL4 = load_component(
self.parameters.sheets.l4_cortex_inh.component)
if not self.parameters.only_afferent and self.parameters.l23:
CortexExcL23 = load_component(
self.parameters.sheets.l23_cortex_exc.component)
CortexInhL23 = load_component(
self.parameters.sheets.l23_cortex_inh.component)
RetinaLGN = load_component(self.parameters.sheets.retina_lgn.component)
# Build and instrument the network
self.visual_field = VisualRegion(
location_x=self.parameters.visual_field.centre[0],
location_y=self.parameters.visual_field.centre[1],
size_x=self.parameters.visual_field.size[0],
size_y=self.parameters.visual_field.size[1],
)
self.input_layer = RetinaLGN(self,
self.parameters.sheets.retina_lgn.params)
cortex_exc_l4 = CortexExcL4(
self, self.parameters.sheets.l4_cortex_exc.params)
cortex_inh_l4 = CortexInhL4(
self, self.parameters.sheets.l4_cortex_inh.params)
if not self.parameters.only_afferent and self.parameters.l23:
cortex_exc_l23 = CortexExcL23(
self, self.parameters.sheets.l23_cortex_exc.params)
cortex_inh_l23 = CortexInhL23(
self, self.parameters.sheets.l23_cortex_inh.params)
# initialize afferent layer 4 projections
GaborConnector(
self,
self.input_layer.sheets["X_ON"],
self.input_layer.sheets["X_OFF"],
cortex_exc_l4,
self.parameters.sheets.l4_cortex_exc.AfferentConnection,
"V1AffConnection",
)
GaborConnector(
self,
self.input_layer.sheets["X_ON"],
self.input_layer.sheets["X_OFF"],
cortex_inh_l4,
self.parameters.sheets.l4_cortex_inh.AfferentConnection,
"V1AffInhConnection",
)
# initialize lateral layer 4 projections
if not self.parameters.only_afferent:
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(
self,
"V1L4ExcL4ExcConnection",
cortex_exc_l4,
cortex_exc_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4ExcConnection,
).connect()
ModularSamplingProbabilisticConnectorAnnotationSamplesCount(
self,
"V1L4ExcL4InhConnection",
cortex_exc_l4,
cortex_inh_l4,
self.parameters.sheets.l4_cortex_exc.L4ExcL4InhConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4InhL4ExcConnection",
cortex_inh_l4,
cortex_exc_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4InhL4InhConnection",
cortex_inh_l4,
cortex_inh_l4,
self.parameters.sheets.l4_cortex_inh.L4InhL4InhConnection,
).connect()
if self.parameters.l23:
# initialize afferent layer 4 to layer 2/3 projection
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL23ExcConnection",
cortex_exc_l4,
cortex_exc_l23,
self.parameters.sheets.l23_cortex_exc.
L4ExcL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L4ExcL23InhConnection",
cortex_exc_l4,
cortex_inh_l23,
self.parameters.sheets.l23_cortex_inh.
L4ExcL23InhConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL23ExcConnection",
cortex_exc_l23,
cortex_exc_l23,
self.parameters.sheets.l23_cortex_exc.
L23ExcL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL23InhConnection",
cortex_exc_l23,
cortex_inh_l23,
self.parameters.sheets.l23_cortex_exc.
L23ExcL23InhConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23InhL23ExcConnection",
cortex_inh_l23,
cortex_exc_l23,
self.parameters.sheets.l23_cortex_inh.
L23InhL23ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23InhL23InhConnection",
cortex_inh_l23,
cortex_inh_l23,
self.parameters.sheets.l23_cortex_inh.
L23InhL23InhConnection,
).connect()
if self.parameters.feedback:
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL4ExcConnection",
cortex_exc_l23,
cortex_exc_l4,
self.parameters.sheets.l23_cortex_exc.
L23ExcL4ExcConnection,
).connect()
ModularSamplingProbabilisticConnector(
self,
"V1L23ExcL4InhConnection",
cortex_exc_l23,
cortex_inh_l4,
self.parameters.sheets.l23_cortex_exc.
L23ExcL4InhConnection,
).connect()
def __init__(self, sim, num_threads, parameters):
Model.__init__(self, sim, num_threads, parameters)
# Load components
CortexExc1 = load_component(self.parameters.exc1.component)
CortexExc2 = load_component(self.parameters.exc2.component)
CortexInh1 = load_component(self.parameters.inh1.component)
CortexInh2 = load_component(self.parameters.inh2.component)
cortex_exc1 = CortexExc1(self, self.parameters.exc1.params)
cortex_exc2 = CortexExc2(self, self.parameters.exc2.params)
cortex_inh1 = CortexInh1(self, self.parameters.inh1.params)
cortex_inh2 = CortexInh2(self, self.parameters.inh2.params)
# initialize projections
UniformProbabilisticArborization(
self, 'V1Exc1Exc1Connection', cortex_exc1, cortex_exc1,
self.parameters.exc1.Exc1Exc1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc1Exc2Connection', cortex_exc1, cortex_exc2,
self.parameters.exc1.Exc1Exc2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc1Inh1Connection', cortex_exc1, cortex_inh1,
self.parameters.exc1.Exc1Inh1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc1Inh2Connection', cortex_exc1, cortex_inh2,
self.parameters.exc1.Exc1Inh2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc2Exc1Connection', cortex_exc2, cortex_exc1,
self.parameters.exc2.Exc2Exc1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc2Exc2Connection', cortex_exc2, cortex_exc2,
self.parameters.exc2.Exc2Exc2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc2Inh1Connection', cortex_exc2, cortex_inh1,
self.parameters.exc2.Exc2Inh1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Exc2Inh2Connection', cortex_exc2, cortex_inh2,
self.parameters.exc2.Exc2Inh2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh1Exc1Connection', cortex_inh1, cortex_exc1,
self.parameters.inh1.Inh1Exc1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh1Exc2Connection', cortex_inh1, cortex_exc2,
self.parameters.inh1.Inh1Exc2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh1Inh1Connection', cortex_inh1, cortex_inh1,
self.parameters.inh1.Inh1Inh1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh1Inh2Connection', cortex_inh1, cortex_inh2,
self.parameters.inh1.Inh1Inh2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh2Exc1Connection', cortex_inh2, cortex_exc1,
self.parameters.inh2.Inh2Exc1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh2Exc2Connection', cortex_inh2, cortex_exc2,
self.parameters.inh2.Inh2Exc2Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh2Inh1Connection', cortex_inh2, cortex_inh1,
self.parameters.inh2.Inh2Inh1Connection).connect()
UniformProbabilisticArborization(
self, 'V1Inh2Inh2Connection', cortex_inh2, cortex_inh2,
self.parameters.inh2.Inh2Inh2Connection).connect()
