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| I'm sure others can explain this better, but as I understand it, the function Rectangle requires two inputs: two pairs of x-y coordinates. However, when you map over basis, you're inputing one pair of coordinates at a time to the function. Try this: ... |
| MacBook Pro with M1 Pro chip, 32 GB memory, running MacOS 13.0 and Mathematica 13.1.0.0. I just got a WolfMark Score of 7.14. This is significantly better than the score of 3.37 I got on this same machine last December. John Shonder ![System... |
| I'm wondering if anyone is running Mathematica on a Mac with MacOS Ventura, and if so what your experience has been. In the past, there have been only a few minor problems running the software as new versions of MacOS were released, but now that I... |
| Very interesting Doug! In later versions of this map I too decided to use shades of blue for negative changes. It makes sense visually. You also see that the starting point makes a difference too. The map at the top of [this page][1] shows... |
| It’s not too difficult to figure out. |
| Thanks for the recommendation. What a great channel. I spent several hours last night watching the videos. |
| I've been wondering about this myself, and unless I'm missing something, that link doesn't provide any more detail than what is in your quote. Enhancements of what features? Fixes of which bugs? Perhaps Wolfram doesn't provide this level of... |
| If you’re looking for numerical solutions, you could try [Newton’s method][1]. Another method that often works is [successive substitution][2]. But if you have 15 variables and only 14 equations, then you need one more equation. [1]:... |
| Interesting puzzle! If the top left is #1 and bottom right is #12 then going from left to right then top to bottom, I’m going to guess 2 is Hokusai, 4 is Chagall, 7 is Van Gogh, 8 is Mondrian, and 10 is Lichtenstein. 12 is probably Picasso but I’m... |