dustin
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 Mar 23 awarded Popular Question Apr 10 awarded Popular Question Mar 19 awarded Curious Feb 21 accepted Imploying a sequence in a series Feb 21 comment Imploying a sequence in a series @rasher yes, that worked. Should I delete or do you want provide an answer? Feb 21 asked Imploying a sequence in a series Jan 21 comment Defining solutions to FindRoot as a function of parameters in Mathematica There is a Mathematica stack exchange. You posted this on math. Dec 10 awarded Yearling Dec 10 accepted Inverse Laplace transform only returning exponentials Dec 10 accepted Want more vibrant colors in plots Dec 10 asked Inverse Laplace transform only returning exponentials Oct 16 comment Plotting Laplace's equation on an infinite domain @b.gatessucks I have been running the code for 12mins and still nothing though. Oct 16 revised Plotting Laplace's equation on an infinite domain edited body Oct 16 comment Plotting Laplace's equation on an infinite domain @b.gatessucks that didn't work either. Oct 16 revised Plotting Laplace's equation on an infinite domain deleted 2 characters in body Oct 16 asked Plotting Laplace's equation on an infinite domain Oct 6 comment Want more vibrant colors in plots @rm-rf thanks. Do you want me to delete this post or not since the answer is on SO? Oct 6 comment Want more vibrant colors in plots @rm-rf also, I just need to add: jet[u_?NumericQ] := Blend[ {{0, RGBColor[0, 0, 9/16]}, {1/9, Blue}, {23/63, Cyan}, {13/21, Yellow}, {47/63, Orange}, {55/63, Red}, {1, RGBColor[1/2, 0, 0]}}, u] and then I can do colorfunction->"jet"? Oct 6 comment Want more vibrant colors in plots @rm-rf so that answer you linked will add jet to the Mathematica or just in the instances it is saved in? Oct 6 comment Want more vibrant colors in plots @belisarius I used rainbow in the linked post and in this post I used TemperatureMap.