User Portlet
Featured Contributor
| Discussions |
|---|
| The only way I can think to use the built-in "FASTQ" importer chunk by chunk is to read in one entry as a string and then feed it to `ImportString`. Something like this works ClearAll@getFASTQRecord ... |
| I can't say why that's happening but I can reproduce it on 3 different browsers. Something you can do is find the "Download page" button on the bottom of the search results, and you have the option to download as a PDF. |
| Ali - I don't know what happened here, I was most certainly using version 10.xx - not sure which, but when I evaluate this now it doesn't work. The problem is the one mentioned by the OP here: http://community.wolfram.com/groups/-/m/t/1023182 ... |
| I'm glad to help troubleshoot - what kind of errors are you getting? What version of *Mathematica* are you using? |
| Another take on timeline plot of albums, this time with icons of album covers. I'd like to get the tooltip to show the album names rather than the DateObject: (*Ctrl+="bob dylan albums"*) ... |
| This was double posted, here and on the SE. `RegionPlot3D` doesn't always produce the nicest plots so I used the user-defined `contourRegionPlot3D` in the answer [here](http://mathematica.stackexchange.com/a/126878/9490). ![Mathematica... |
| I like the `EntityValue` method, since you can have it return a nested `Association` EntityValue[StarData[], {"EffectiveTemperature", "AbsoluteMagnitude"}, "EntityPropertyAssociation"]; But it's running unbelievably slow for me today,... |
| Are you writing the output to a file, in a data table format, or is it staying in the notebook? When outputting to a text file where I want a particular format (so that my fortran or python function can import it), there are various tricks to use... |
| Sadly our coverage for these properties is minimal, In[110]:= Length@DeleteMissing@ChemicalData[All, "DielectricConstant"] Length@DeleteMissing@ChemicalData[All, "Resistivity"] Out[110]= 133 Out[111]= 71 |
| Then you need to formulate it as an `ImplicitRegion` reg = ImplicitRegion[ y^2 + z^2 |