Not so fast. I chose this example for a reason. While you may have never are tacos because it is taco tuesday and they're half off, doesn't mean the event isn't influenced by past factors.
Ugh. I never said it was completely independent of past factors. I'm really not sure where you're going with this. Either you keep forgetting what I've already said or you don't understand it.
Consider a list of factors, F = f1, f2, ... fn. If the factors have been used to make a decision, we will further denote them as f1p, f2p, ... fnp.
Consider a decision making function D(F).
Consider actions t = eating tacos, and b = looking at baseball cards.
My Dad took me to eat tacos after playing golf: D(f1) = t. I discover I like the taste of tacos and I had fun. Those become factors in future decisions, f2, f3.
My Dad asks if I would like to play golf and eat tacos afterward: D(f1p, f2, f3) = t.
I hang out with my friends and we look at some baseball cards: D(f4) = b. I discover I like baseball cards = factor f5.
My Dad gives me an allowance of $2, and explains baseball card costs $2: D(f5, f6) = b.
I see a sale where baseball cards are only $1, and realize I can get more: D(f5p, f6p, f7) = 2b.
I hear about Taco Tuesdays, where tacos are 1/2 price. My dad is not available to play golf and eat tacos: D(f2p, f7p) = 2t.
So, past factors are showing up all over the place, but arranging them in different combinations creates all kinds of new things.
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