From the paper, written by the same person who made the video: "The result is not impressive at all; the main goal here is to reduce the opponent's health, but our objective function can only track bytes that go up." I…
It's still on the list, at #363 as of this posting. It can also still be reached here: http://news.ycombinator.com/item?id=5160680 As to why it's so low on the list, I'm not sure.
Try telling that to a Forth programmer. ;) But seriously, now. Reverse Polish notation is plenty intuitive as long as you don't get too crazy with what you put on the stack. For example, (7**3 + 9*7) / 2 might be…
Only some people work solely in the command line, therefore that advice is worthless? I don't follow your logic here.
vi, which vim is based on, was programmed on the ADM-3A terminal, where the arrow keys are on the H, J, K, and L keys. http://www.catonmat.net/images/why-vim-uses-hjkl/lsi-adm-3a....…
From the paper, written by the same person who made the video: "The result is not impressive at all; the main goal here is to reduce the opponent's health, but our objective function can only track bytes that go up." I…
It's still on the list, at #363 as of this posting. It can also still be reached here: http://news.ycombinator.com/item?id=5160680 As to why it's so low on the list, I'm not sure.
Try telling that to a Forth programmer. ;) But seriously, now. Reverse Polish notation is plenty intuitive as long as you don't get too crazy with what you put on the stack. For example, (7**3 + 9*7) / 2 might be…
Only some people work solely in the command line, therefore that advice is worthless? I don't follow your logic here.
vi, which vim is based on, was programmed on the ADM-3A terminal, where the arrow keys are on the H, J, K, and L keys. http://www.catonmat.net/images/why-vim-uses-hjkl/lsi-adm-3a....…