How about this:

Graphics3D[
 Table[Plot[Sin[n x], {x, 0, 2 Pi}, Filling -> Axis][[1]] /. 
   GraphicsComplex[pts_, other__] :> 
    GraphicsComplex[pts /. {x_Real, y_} :> {x, n, y}, other],
  {n, -3, 3, 1}]]

It makes 2D sin plots with Filling, and then lifts them into 3D.

Hi All, I have sets of FFT's. plotted 2D. I want to draw all ofthem in 3D with sampling . Other question how can I draw maximum peak points of this plot? FFTdbD is my function, I partitioned data to 36 sample. I just get FFT of each sample. I need to compare peaks or draw all FFTs in 3D.

Table[ListLinePlot[FFTdBD[data3[[All, x]], fs], Joined -> True, PlotRange -> {{0, 25}, All}, GridLines -> Automatic, Frame -> True, FrameLabel -> {"Frequency (Hz)", "a(t)(dB)"}, LabelStyle -> Directive[Black, Thin], PlotStyle -> Red], {x, 1, 36, 1}]

Thanks for your help.

General! Example: [Sin[x]^n] where: 0<x<3 and 1<n<5 Can we plot and show 5 -separated- "3D" graphs of sinx all in one 3D graph?

Is it possible to plot 3D graphs into 3D system of coordinates?? In other words, in these algorithms we plotted 2D graphs in 3D system, how to plot their 3D forms all in one 3D system of coordinates?? I would be really appreciate if you help me.

Thank You Very Much! My last question is about the filling part. In mathematica we can use fillingstyle to change the color of filling part. In this algorithm the filling part is blue. I would be really appreciate if you help me to change the color either.

Hello, I use the algorithm which has been written by "Gianluca Gorni, University of Udine " but I have 3 questions: 1. how to change the axis color? 2. how to show the range of axis? 3. how to use axis labels?

I would be appreciate if you answer me.

Brad

That is just great. Thanks.

It seems that the graphic capabilities of mathematica are endless.

I will be working with ideas obtained here.

regards

Jesus

Great! It is a lot better.

Regards

Jesus