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| Hey John Hendrickson, thanks for taking the time to answer my question. I must apologize because I wasn't clear enough. I don't currently own a Pi. I am considering the purchase of a Pi and I am not sure about the model that would better... |
| lol I don't want to even begin thinking about this! kudos for originality it must be by far the weirdest thing I've ever seen in mma thanks for sharing |
| I'm not sure what you're trying to do there but I'd guess that if you have in mind a discrete range of values for Phi eg phi = {0,Pi/6,Pi/4,Pi/3,Pi/2,Pi,2Pi/3,3Pi/4,5Pi/6,Pi,7Pi/6,5Pi/4,4Pi/3,2Pi} then you'd probably be able to apply... |
| basically, what you have is something like f[x]:={g1[x],g2[x],g3[x],g4[x]} or, to put it in words, you have a vector (f) whose components are dependent on a parameter (x) in various ways (the different g's) now, if I understand... |
| After some trial and error with cdf's and the cloud it seems that it is possible to create a cdf that loads a custom package during initialization (locally), upload it to the cloud and then access an operational instance of the initial cdf without... |
| would something like CDF[WienerProcess[.3, .5][t], s] work? |
| What exactly is wrong because I can't see any prob. It evaluates just fine for me. Perhaps you could explain what you were expecting to receive as output and what you actually get? |
| Print is probably not what you need. In a dynamic setting perhaps InputField[] suits you needs better |
| Would something like this help? Manipulate[ Log@L, {{L, 10^-9, Style["L", FontSize -> 16, FontFamily -> "Times"]}, 10^-11, 10^-7, ControlType -> Slider, ImageSize -> Medium, Appearance -> "Labeled"}] |
| I'm not sure if this helps but if you are set in using pure functions (ie Function[vars,body]) then perhaps this would help: p=Function[{x,z},f[x,z]] and D[p[x,z],x], D[p[x,z],z] should return the appropriate derivatives of the body (ie the... |