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| Discussions |
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| The order still doesn't matter fortunately: a == b == c a == c == b b == c == a b == a == c c == a == b c == b == a all give the same… Maybe the one-bit-off doesn't work anymore for the general vararg? |
| You could also do this, in the case x is symbolic: Graphics3D[{If[x > 0, Red, Green, {}], Sphere[]}] notice the extra {}. This is for the case if x is not known yet, it will evaluate the If to something so Graphics3D can interpret it. |
| Financial data already returns a TimeSeries? I'm not sure why you construct a new TimeSeries? FinancialData["SBUX", "Close", {{2013, 1, 1}, {2013, 8, 1}, "Week"}, "Value"] |
| Why not simply: DeleteCases[S1,""] ? |
| Without the actual network, the audience here can only guess. Can you post the code etc? |
| Can be solved by: Placed[#1[[2]], Above] & Not sure if this is as expected though… |
| Basically it is now only a storage-container, doing any computation on it by now is not yet possible I think… 1 + na doesn't even work… The plan it to get all numerical function working in the next releases… It is for a good reason... |
| Quartiles returns: Quantile[list,{1/4,1/2,3/4},{{1/2,0},{0,1}} Where the first number is different from: Quantile[list,1/4] Look under details & options in the Quartiles documentation. |
| Hue[a] (with some number a) does not evaluate internally to an RGB color. (i.e. it stays as Hue[a] in the memory). Equal will return True/False by checking if the LHS and RHS are equal. In this case they are not; it just looks at this expression... |
| Very useful for this problem: https://projecteuler.net/problem=160 I had already solved it though ;-) |