Ok, that’s reasonable. At least I understand why you would find such explanation better.
One issue is that I worry about using the conditional probability notation. I suspect that sometimes people are unwilling to parse it. Also the “very low” and “much higher” are awkward to say. I’d much prefer something in colloquial terms.
Another issue, I worry that this is not less confusing. This is evidenced by you confusing yourself about it, twice (no, P(C|B), or P(rain|sprinkler) is not high, and it doesn’t even have to be that low). I think, ultimately, listing which probabilities are “high” and which are “low” is not helpful, there should be a more general way to express the idea.
Zulupineapple do you release you have been engaged in a highly decoupled argument?
Your point (made way back) that values contextual conclusions is valid but decoupling is needed to enhance those conclusions and as it is harder by an order of magnitude requires more practice and knowledge.
Personally I feel the terms abstract and concrete are more useful. Alternating between the two and refining the abstract ideas before applying them to concrete examples.
Ok, that’s reasonable. At least I understand why you would find such explanation better.
One issue is that I worry about using the conditional probability notation. I suspect that sometimes people are unwilling to parse it. Also the “very low” and “much higher” are awkward to say. I’d much prefer something in colloquial terms.
Another issue, I worry that this is not less confusing. This is evidenced by you confusing yourself about it, twice (no, P(C|B), or P(rain|sprinkler) is not high, and it doesn’t even have to be that low). I think, ultimately, listing which probabilities are “high” and which are “low” is not helpful, there should be a more general way to express the idea.
Zulupineapple do you release you have been engaged in a highly decoupled argument? Your point (made way back) that values contextual conclusions is valid but decoupling is needed to enhance those conclusions and as it is harder by an order of magnitude requires more practice and knowledge.
Personally I feel the terms abstract and concrete are more useful. Alternating between the two and refining the abstract ideas before applying them to concrete examples.