function_plotter.lua(1)                                function_plotter.lua(1)



NNAAMMEE
       function_plotter.lua - function plotter for Lua-AKFAvatar

SSYYNNOOPPSSIISS
       ffuunnccttiioonn__ppllootttteerr..lluuaa [[_f_u_n_c_t_i_o_n]]

DDEESSCCRRIIPPTTIIOONN
       Function  plotter  for Lua-AKFAvatar.  You can enter a function for the
       variable _x, which will then be plotted.  For example,  enter  something
       like this: "(x/5)^3"

       You can use the following operators:

       +      plus (addition)

       -      minus (substraction)

       *      multiply (multiplication)

       /      divide (division)

       ^      exponentation (for example use "x^3" for xÂ³)

       %      modulo (the rest of a division)

       For  fractions  you  can use either a point or a comma as decimal mark.
       So "0.5" or "0,5" is the same.  You cannot use a  thousands  separator.
       The number π can be written as "pi".

       You can use the following functions:

       ssqqrrtt((_x))   square root (√_x)

       eexxpp((_x))    e^_x

       lloogg((_x))    natural logarithm

       lloogg1100((_x))  base-10 logarithm

       ddeegg((_x))    convert to degree (_x in radians)

       rraadd((_x))    covert to radians (_x in degree)

       ssiinn((_x))    sine (_x in radians)

       ssiinnhh((_x))   hyperbolic sine (_x in radians)

       aassiinn((_x))   arc sine (_x in radians)

       ccooss((_x))    cosine (_x in radians)

       ccoosshh((_x))   hyperbolic cosine (_x in radians)

       aaccooss((_x))   arc cosine (_x in radians)

       ttaann((_x))    tangent (_x in radians)

       ttaannhh((_x))   hyperbolic tangent (_x in radians)

       aattaann((_x))   arc tangent (_x in radians)

       AATTTTEENNTTIIOONN:  The  argument  for  these  functions  must always be put in
       parentheses!

       If you often need special functions or constant, it's easy to add  them
       to the script.

AKFAvatar                         2012-07-24           function_plotter.lua(1)
