User Portlet
| Discussions |
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| I assume that you are putting this into WolframAlpha. And I assume that your colon is meant to indicate a ratio. If so, the reason why you get the answer that you do is because of the precedence of how WolframAlpha is interpreting your expression. ... |
| In your second example `var` was evaluated in the first line. So, short of wrapping the definition of `var` with something like `Hold` as in var = Hold[3 x^3 + 6 x^3 + a 6 x^3]; there is not much you can do since by the time it gets to... |
| Do you want to remove the CellChangeTimes information? Or do you want to save a copy of the notebook with the CellChangeTImes information removed but with the original notebook retaining the information? In the first case you can execute the... |
| From what I gather this is software associated with a book written in 2009. Your best bet is to contact the author and ask for advice: [http://users.utu.fi/ruskeepa/][1] [1]: http://users.utu.fi/ruskeepa/ |
| I am not sure that there is a way to disable printing. However to address whether the material in the CDF can be copied you can do the following (it is a double layer of protection): If nb is the NotebookObject of the notebook in question (and... |
| This looks great. I will read it soon. One quick comment: it seems (at least in what I downloaded) that there are sequentially two copies of your text and figures in the CDF (I looked at it in Mathematica rather than CDFPlayer). |
| I see your bug... (aside from correcting `MemberQ[i,bbs]` to `MemberQ[bbs,i]`). (Again, I really didn;'t read your code in detail--sorry!) This is that your Import["i.tiff", "Data"] needs to be Import[ToString[i] ".tiff", "Data"]... |
| Note that I have no idea if this is the issue... but it's the only thing I can find that may relate to your issue. |
| It should work perfectly fine. However if you have not defined and executed your functions F and G in your current Mathematica session (not good names ass per my earlier suggestion) then you will get a blank graph. It would help if you posted your... |
| Actually, on a second look at this I see that on Mathematica 10.2 it does still produce the graph. This is because, although Map[NIntegrate[f[x, 2 \[Pi]/ell, #], {x, 0, ell}]/l &, {0.05, 0.1, 0.2}] does generate many error messages it... |