Mercutio said:
Are you saying that "hallucinating" is a broader category than "seeing"? "Seeing" only covers part of what you mean, but "hallucinating" covers all? I would disagree.
But would I be correct in saying that I see a different "cat playing with a ball of yarn" than you do? To me, this is more inclusive than "hallucinate" while still allowing you to mean whatever portion of "see" you mean as "hallucinate".
You see (within the hallucination) a different cat, yes. You also have different affective (emotional) response to your cat, than I do to mine. You may also "hear" the cat (within the hallucination) differently, if your hallucination includes audio, like mind does. And so on.
Do we simply have a different hierarchy of verbs? For me, hallucinating is a portion of seeing. Is seeing a portion of hallucinating for you?
You're saying something that sounds to me like: "Is west a portion of south?" Well, not really.
"Seeing" means both more and less than does hallucinating. You can see "within" a hallucination, and you can see the physical world "pseudo-directly".
And of course, all words mean both more and less than what we mean them to mean; but in the particular relation of "seeing" to "hallucinating" -- the word produces Much more and Much less than the intended meaning.
Hallucinating for me, means visualizing -- but with hearing, feeling, proprioceptive sense, etc. -- all the senses we have -- in "re-presented" form. As opposed to "presented"-by-the-physical-environment form. So you could call it; full-sensory visualization or something; but that would miss what we already know about what people think of when they say "hallucination" -- and I want to preserve that aspect of the meaning in the term I use for this.
Now, we can get bogged down and say that all sensory information, in-fact gets "re-presented" before it ever gets understood by the brain -- but that discussion is peripheral to what I'm talking about. For example: We might argue the question: "When does seeing occur?" Well, pick a step: 1) Electromagnetic radiation hits "physical" object. 2) Electromagnetic radiation emits from "physical" object. 3) Side Note: Electromagnetic radiation may emit from one object, then hit another object, which results in an emission from the second object. 4) Electromagnetic radiation hits the lens of your eye. 5) Electromagnetic radiation hits the rods and cones in your er.. retina. 6) Rods and cones encode the signal, (time-sensitive effects included). 7) Signal is sent through the optic nerve. 8) Optic nerve, as part of the body, transmits information through the body, thus introducing noise into the signal -- such as may be caused by fatigue, caffeine, drugs, nutrition, stages of ultradian cycles, etc. 9) Signal gets decoded by the brain. 10) Brain identifies objects and distances. 11) Meaning of the particular object arrangement is made by referencing memories. 12) Brain may now identify more objects based on remembered information. 13) Meaning/perceiving loop continues between steps 10 and 12, which also influences step 9, and less obviously, influences all of the steps all the way back to 1. And I've probably left out some steps, and oversimplified others.
But I don't care to consider this particular problem of "when does seeing occur" in the seeing process -- at this time. That has a peripheral role to the type of "re-presentation" that I mean by "hallucination".