Logarithmic scale in MuPAD I had to plot a function, $e_n=\ln(n!)-n\ln(n)+n$, relative to a logarithmic scale. In MATLAB, I could do it simply by using semilogx but in MuPAD I can't find such a command. How can I do so?
 A: As aforementioned I got answer for the question after offering bounty in stackoverflow. For good order, I'll quote the original answer:

CoordinateType attribute allows us to switch between linear and logarithmic plots.
By default CoordinateType is set to LinLin i.e. linear plots.
  There are 3 cases of logarithmic 2d plots.
Semilog Plots
  
  
*
  
*LinLog - Linear coordinates are plotted along the horizontal axis, >logarithmic coordinates along the vertical axis. Functions of form y = >exp(c1*x+c2) become straight lines.
  E.g. plot(plot::Function2d(exp(x), x = 0 .. 100), CoordinateType = LinLog):

  
*LogLin - Logarithmic coordinates are plotted along the horizontal axis, >linear coordinates along the vertical axis. Functions of form y = c1 ln(x) + c2 >become straight lines.
  E.g. plot(plot::Function2d(5*log(10,x) + 8, x = 1 .. 100),CoordinateType = >LogLin):

Logarithmic Plots
  
  
*
  
*LogLog - Logarithmic coordinates are plotted along both axes. E.g. >plot(plot::Function2d(sqrt(5*x) + x^4, x = 10^(-3) .. 10^3), CoordinateType = >LogLog):


