dacracot
Joined 17 years ago
Joined 17 years ago
1. They have moved on and haven’t made the time. 2. They disagree with my premise and are ignoring it. 3. They don’t actually understand what Claude wrote and can’t answer.
I get 1 or 2, but I’m afraid 3 is more likely. What’s more my question is not the correctness of the code, but that the method used is cheating.
The repo is a solitaire simulation where the objective is to get the highest possible winning percentage. The Claude code appears to peek at face down cards to determine which stack to play. If I’m correct, that is clearly cheating.
It isn't very hard to find instances of false positives when the sample size is so large. For those false positives, the cost and effort is no doubt a waste and potentially could distract from a real instance.
But what is the big picture here and the overall cost benefit? Can we find true positives where the crash victim is better off because of the alert? Are there more or less of these than the false positives? Have any of the true positives saved a life? How do you measure that? The algorithm no doubt does not have six sigma accuracy, but it that the bar that must be set before we save some lives?
A sports team has a play book, does your team? A sports team practices together, does your team? A sports team works as a unit, does your team?
Too many times I have see engineering teams as only a team on the org chart In reality they solve tickets as individuals with only a small interaction from pull requests. Otherwise they might as well not even know each other. They are a team not as in basketball or football, but like golf where once you get to the tee, it's you and only you to get the ball in the hole.