def get_kwargs_builder(**k_in): k=single.get_kwargs_builder() k.update({'inputs': ['GIp', 'GAp', 'EAp', 'STp', 'M2p'], 'rand_nodes':{'C_m':k_in.get('rand_nodes'), 'V_th':k_in.get('rand_nodes'), 'V_m':k_in.get('rand_nodes')}, 'single_unit':'GI', 'single_unit_input':'EIp'}) return k
def get_kwargs_builder(**k_in): k=single.get_kwargs_builder() k.update( {'inputs':['FSp', 'GAp', 'C1p', 'M1p', 'M2p'], 'rand_nodes':{'C_m':k_in.get('rand_nodes'), 'V_th':k_in.get('rand_nodes'), 'V_m':k_in.get('rand_nodes')}, 'single_unit':'M1', 'single_unit_input':'C1p', 'start_rec':1000.0, 'conductance_scale':[0.2, 0.25, 0.3]} ) return k
def get_kwargs_builder(**k_in): k=single.get_kwargs_builder() k.update({'inputs': ['GIp', 'GAp', 'EIp', 'M2p', 'STp'], 'rand_nodes':{'C_m':k_in.get('rand_nodes'), 'V_th':k_in.get('rand_nodes'), 'V_m':k_in.get('rand_nodes')}, 'single_unit':'GI', 'single_unit_input':'EIp', 'start_rec':1000.0, 'TA_rates':[7.5, 10.0, 15.0, 20.0, 25.0]}) return k
def get_kwargs_builder(**k_in): k = single.get_kwargs_builder() k.update({ 'inputs': ['FSp', 'GAp', 'CFp'], 'rand_nodes': { 'C_m': k_in.get('rand_nodes'), 'V_th': k_in.get('rand_nodes'), 'V_m': k_in.get('rand_nodes') }, 'single_unit': 'FS', 'single_unit_input': 'CFp' }) return k