(03-18-2017 03:43 AM)Joe Horn Wrote: [ -> ]That's 433 digits (217 digits over 216 digits) that returns 435 digits of pi. Converting the above into a mnemonic is left as an exercise for the student. 
Speaking of mnemonics, I think I've found a good one for 20. Just in case I forget about the number :-)
\({e}^{\pi }-\pi +\frac{81}{89998-{10}^{5}\cdot \left ( {\frac{81}{89998}} \right )^{2}}\)
(03-14-2017 01:14 AM)Gerson W. Barbosa Wrote: [ -> ]-cut-
How does one split a number to let it be multiline on the 50g? Is there a built in function or a third party function or one needs to take the number as string and then break it down with a little userRPL program? (the solution of Gerson I suppose, looking at the code)
(03-28-2017 10:30 AM)pier4r Wrote: [ -> ]How does one split a number to let it be multiline on the 50g? Is there a built in function or a third party function or one needs to take the number as string and then break it down with a little userRPL program?
One very fast solution is the "LNViewer" library by Christophe Laluc, which you can read about and download
HERE. I use it for viewing long integers and outputs from the LongFloat library. Be sure to read LNViewer's documentation, because how to use it is non-obvious.
(03-28-2017 11:59 AM)Joe Horn Wrote: [ -> ] (03-28-2017 10:30 AM)pier4r Wrote: [ -> ]How does one split a number to let it be multiline on the 50g? Is there a built in function or a third party function or one needs to take the number as string and then break it down with a little userRPL program?
One very fast solution is the "LNViewer" library by Christophe Laluc, which you can read about and download HERE. I use it for viewing long integers and outputs from the LongFloat library. Be sure to read LNViewer's documentation, because how to use it is non-obvious.
It is a neat solution. Thanks!