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Sean Clarke
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Please see this post for a generalization of [@Francisco][at0]'s work around: Simulating GeoNearest for ZIP codes around a geo path http://community.wolfram.com/groups/-/m/t/1203815 [at0]: http://community.wolfram.com/web/franciscoj
I am seeing a similar problem, I deployed a FormPage and the response seems always to be code. I don't know how to apply the "PNG" trick from above to a FormPage though. FormPage[ {{"zips", "Zip Codes"} -> Restricted[ ...
Actually, they have a feature for this now - it's "PlusMinus[x]"! - Say you want "y = 2x ± 5" - put in "y = 2x PlusMinus[5]"! - If you want "y = 2x ±(5+7+9)" - put in "y = 2x PlusMinus[5+7+9]"!
Even an automatic warning from Mathematica (e.g., when GenerateConditions gets set to False, or when the integration range is split into to parts) would help. For a couple of days, I didn't realize Mathematica was giving me 3 conflicting results for...
No. I don't believe so. Typically you can used Dated to refer to specific entity at a point in time. But this doesn't work with an EntityClass.
Thales, Thank you for an interesting post. I've enjoyed your example from English to Japanese. However, it does not work well from Japanese to English in my circumstance. Adding a bit to your GoogleTranslate[], it worked well. ![enter image...
Dear Sander, Sean, Thanks for your quick reply and excellent support. Best Regards,...Jos
A package is a file ending with a ".m" or ".wl" extension. You load a package into Mathematica by using the "Needs" function. You can put the package basically anywhere and do this as long as you give "Needs" the path to the package. I would try...
Thank you for the very useful suggestions about decomposing identifying symbolically the oscillatory part of the integral with LevinRule and its options. I am still getting a few error messages, or warnings, with it, but it is definitely a good idea...
Confused here because in this Wolfram example ([Setting up Wolfram Language Packages][1]) I see no semi-colons ... BeginPackage["Collatz`"] Collatz::usage = "Collatz[n] gives a list of the iterates in the 3n+1 problem, ...