Reputation
209
Top tag
Next privilege 250 Rep.
View close votes
Badges
1 12
Impact
~2k people reached

  • 0 posts edited
  • 1 helpful flag
  • 18 votes cast
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.
Oct
6
asked Want more vibrant colors in plots