# do not gate the stimulus buffer. Instead, we create a flow_in
# construct, which repeats the output of the stimulus buffer, and we
# gate that. This allows us to gate the stimulus buffer in the NACS
# independently from other subsystems. To implement the gate, we
# initialize a `Gated` object which wraps the activation repeater.
Construct(name=flow_in("stimulus"),
process=Gated(base=Repeater(source=buffer("stimulus")),
controller=buffer("gate"),
interface=gate_interface,
pidx=0))
Construct(name=chunks("in"),
process=MaxNodes(sources=[flow_in("stimulus")]))
Construct(name=flow_tb("main"),
process=TopDown(source=chunks("in"), chunks=nacs.assets.cdb))
Construct(name=features("main"),
process=MaxNodes(sources=[flow_tb("main")]))
Construct(name=flow_tt("associations"),
process=Gated(base=AssociativeRules(
source=chunks("in"), rules=nacs.assets.rule_db),
controller=buffer("gate"),
interface=gate_interface,
pidx=1))
Construct(name=flow_bt("main"),
process=Gated(base=BottomUp(source=features("main"),
chunks=nacs.assets.cdb),
Construct(name=terminus("speech"),
process=ActionSelector(
source=features("main"),
temperature=.01,
interface=alice.assets.speech_interface))
nacs = Structure(name=subsystem("nacs"), assets=Assets(chunks=nacs_cdb))
with nacs:
Construct(
name=chunks("in"),
process=MaxNodes(
sources=[buffer("stimulus"), buffer("wm")]))
Construct(name=flow_tb("main"),
process=TopDown(source=chunks("in"),
chunks=nacs.assets.chunks))
Construct(
name=features("main"),
process=MaxNodes(
sources=[buffer("stimulus"),
buffer("wm"),
flow_tb("main")]))
Construct(name=flow_bt("main"),
process=BottomUp(source=features("main"),
chunks=nacs.assets.chunks))
Construct(name=chunks("out"),
base=Repeater(source=buffer("stimulus")),
controller=buffer("gate"),
interface=gate_interface,
pidx=0
)
)
Construct(
name=chunks("in"),
process=MaxNodes(
sources=[flow_in("stimulus")]
)
)
Construct(
name=flow_tb("main"),
process=TopDown(
source=chunks("in"),
chunks=nacs.assets.cdb
)
)
Construct(
name=features("main"),
process=MaxNodes(
sources=[flow_tb("main")]
)
)
Construct(
name=flow_tt("associations"),