func (f *reason) ShortCognize(saw faculty.Sentence) {
if saw.At(0).Value() == nil || saw.At(1).Value() == nil { // If either of the two most recently updated valves are nil, inaction.
return
}
switch saw.At(2).Valve() { // least recently updated valve, the one being computed
case "Belief":
f.x.ReCognize(tree.Explain(saw.AtAsTree("Theory"), saw.AtAsTree("Observation")))
case "Observation":
f.x.ReCognize(tree.Predict(saw.AtAsTree("Belief"), saw.AtAsTree("Theory")))
case "Theory":
f.x.ReCognize(tree.Generalize(saw.AtAsTree("Belief"), saw.AtAsTree("Observation")))
}
panic(7)
}
func (f *reason) ShortCognize(short faculty.Sentence) {
<-f.ready
if short[0].Value == nil || short[1].Value == nil { // If either of the two most recently updated valves are nil, inaction.
return
}
switch short[2].Valve { // least recently updated valve, the one being computed
case "Belief":
f.recognizer.ReCognize(
tree.Explain(short.AtAsTree("Theory"), short.AtAsTree("Observation")),
)
case "Observation":
f.recognizer.ReCognize(
tree.Predict(short.AtAsTree("Belief"), short.AtAsTree("Theory")),
)
case "Theory":
f.recognizer.ReCognize(
tree.Generalize(short.AtAsTree("Belief"), short.AtAsTree("Observation")),
)
}
panic(7)
}