| Author |
Comment/Response |
Mike O'Connor
|
 10/15/99 11:08pm
I'd like to plot current vs gain for the
following equation, in which X takes on the discrete values {0, 3, 6, 9, 12}. (Please note that it's not possible
to express the current in an explicit form.)
gain[current_, X_] = -Log[1/current -1] + X(2 current -1);
transferFunctionList = Table [gain[current,X], {X,0,12,3}];
Plot[Evaluate[transferFunctionList], {current,0,1},
PlotRange->{-8,8}]
The resulting graph is sorta kinda what I want, except that
I want the gain axis to be the independent(x) axis and the
current axis to be the dependent(y) axis.
Is there any way to accomplish this without resorting to
a power series expansion of the logarithm? I have tried
(possibly with incorrect syntax) the ImplicitPlot function
in the Graphics addon, but it chokes.
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