User Portlet
| Discussions |
|---|
| Hello Everyone, Both solutions to this thread work really nice for me in the front end. However if I export as an xls I get this in my cells With Richard solution: TemplateBox[List[StyleBox["\"Key\"", Rule[FontColor, GrayLevel[0]],... |
| This may also be used : ListLinePlot[Table[First[IntegerDigits[n^2]], {n, 100}]] |
| (2 + 0 + 2 + 3) × (22 + 02 + 22 + 32)2 = 2023 pretty simple one. 2023 is the year when I started learning math at a more advanced level. Now I have math classes three times a week, and I can say that I like it, but it also makes me stressed... |
| I have reported this as a bug. |
| The following code is a very cut down version of what I am working with in terms of size. I have restricted the range of numbers to a max of 42, in my version it is 118, also the number of lists are over 11 million, for this demonstration I have... |
| Try this. Partition[Flatten[Import[...]],{2}] Or Flatten[Import[...],1] |
| Thank you everybody for your help. |
| Here is the Dynamic result I made from your solutions. I applied the solution of Hans Michel, but I will make versions with the other solutions as well, just to learn. Thanks again to all of you :-) Attached the nb with my latest version. Beat |
| Thanks, JP |
| Trevor, Thank you for your quick reply, your code is certainly faster without the subsets. here are a few results showing how much faster on the following length of list 1097 is x 39 3280 is x 78 9841 is x 2.68 29524 is x... |