When I run that code and click the link, my browser shows a "File not found!" error page.
Dana DeLouis wrote: > Hi. This is not the best solution, but here's one idea I use. > It's not the best solution, because I can't find a way to make Mathematica's > Hyperlinks dynamic. > In other words, once a hyperlink is made (Entered), it appears the address > is locked in stone. > Maybe an expert can jump in and make this dynamic. > > A number we know nothing about...(??) > n = 6.283185307179586 > > Set the variable to something you would like to use. For me... > NumberToSearch = n; > > Re-Enter this equation (Shift Enter), and then click the link. > > Hyperlink["Click Here: Plouffe's Inverter", > StringReplace["http://bootes.math.uqam.ca/cgi-bin/ipcgi/lookup.\ > pl?Submit=GO+&number=#&lookup_type=simple", > "#" :> ToString[Evaluate[NumberToSearch], InputForm, > NumberMarks -> False]]] > > The above click shows it might be 2 Pi. > > For your example, I took the full value: > n=10.92477796076938 > > This number didn't work. Sometimes it won't work if the number is large. > I don't know what "large" means, but the program really works with > fractions. > > I decided to divided the number by 3. > > NumberToSearch = 10.92477796076938/3 > 3.641592653589793 > > If I re-enter the Hyperlink, and click the link, the solution is Pi+1/2. > Multiply by 3 to get your equation. > > Reference: http://pi.lacim.uqam.ca/eng/
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