I am looking to make a plot where:

• Plot is composed of a group of 2D plots, stacked in 3D.


• The height of the line is indicated by the color.


• The mean of the wave of each plot is indicated by a dashed line to
  the axis.

How is this type of graph called?

Simplest / fastest way of doing something similar (less complex than in the image, I don't need 3 of those, and the black and white waveforms to the right etc.).

This type of graph is called a 'Waterfall Plot'

It can be used to plot arbitrary data in three axes (as in your example), but it is most commonly used to plot the results of a time-frequency analysis.

You mention waves/waveforms so I'm guessing you are interested in time-frequency analysis. Here is an example process to produce a waterfall plot of an audio signal:

• start with a signal (a collection of times and amplitudes)




• divide the signal into n equal parts



• 
  

  for each part:

  
  
  
  
  

  • compute the Fourier Transform to extract frequency and power

  
  

  • plot frequency vs. power as a 2D plot

  
  
  
  



• rotate, skew and translate the plots so that they form the 3D effect in your example image

Now that you know the phrase 'waterfall plot' you can probably find some implementation in whatever software you are using to process your data. Matlab has a waterfall function exactly for this purpose.

Your options in order of preference are:

1. Use a waterfull function provided in your software




2. Use a 'make 2D plot in 3D space' function provided in your software




3. Make a bunch of regular 2D plots and manually arrange them in some program like Inkscape or Illustrator

You will almost certainly need to do some post-processing in Inkscape or Illustrator to get something as attractive as your example.

Here is an example of a waterfall plot that I generated in Matlab. I used the "make 2D plots located in 3D space" method because I wanted extra customisations.

%!PS-Adobe-3.0 EPSF-3.0

%%BoundingBox: 0 0 400 400

%%Title: Isometric Graph Drawing

%%Creator: Janne Ojala

%%CreationDate:  2019-04-17

%%EndComments



/up {dup translate} def

/down {neg up} def

/isometric-bottom {[30 cos 30 sin 150 cos 150 sin 0 0] concat } def



/isometric-back {[30 cos 30 sin 90 cos 90 sin 0 0] concat } def

/c {newpath 1 0 360 arc closepath fill} def





/Arial findfont 24 scalefont setfont



100 160 translate

gsave 

isometric-back

    0 0 moveto 

    /FuturaStd-Medium findfont 18 scalefont setfont

    (IsoGraph) show

grestore



gsave 

0 1 12 { 

    pop

    150 cos -10 mul  150 sin -10 mul translate

    gsave 

    isometric-bottom 

        0 10 200 { 0 c} for

    grestore

} for

grestore



150 cos -20 mul  150 sin -20 mul translate



gsave 

isometric-back

  newpath

  50 0 moveto

  55 0 55 33 60 33 curveto

  65 33 65 12 70 12 curveto

  75 12 75 0 80 0 curveto

  85 0 85 16 90 16 curveto

  95 16 95 0 100 0 curveto

  gsave

     closepath

     stroke

  grestore

  fill

grestore



150 cos -10 mul  150 sin -10 mul translate

gsave 

isometric-back

  newpath

  80 0 moveto

  85 0 85 3 90 3 curveto

  95 3 95 4 100 4 curveto

  105 4 105 8 110 8 curveto

  115 8 115 3 120 3 curveto

  125 3 125 0 130 0 curveto

  gsave

     closepath

     stroke

  grestore

  fill

grestore

%%EOF

Scaling law

The name in its original publication from WIRED magazine

The scaling-law definition according to sciencedirect.com

Scaling laws are relations between physical quantities in which all the physical quantities appear in terms of powers, whereby a power of x is expressed in the form xα where α is a real number.

and

The scaling laws for 2D geometry can be extended into three-dimensional (3D) case

About how to make something similar, I think it's a mix of charts made in an application that allows a graphic representation by data dump plus a montage in a vector program to generate the isometric perspective and data/references adding.

In a practical way, I could tell you if I had to make that poster, I would ask all the charts to assemble the design in Illustrator. The original image looks too neat to have been made in a program that is not vector drawing:

For decorative purposes you draw one manually.

The red frame is a mold to get equally wide subgraphs. I have made a few blue copies of it and with the pencil I drew a few curves. Be sure that the curve nowhere turns back to left.

The areas can be filled with the shape builder:

NOTE1: You can double the production rate if you have a rectangle as your mold. Only remember to flip the upper halves.

NOTE2: Select from tool options how much the pencil smooths your drawing. If you want polylines with corners, you can click with the pen instead of using the pencil

Select all filled areas, copy them to the clipboard, delete the mold remnants and paste the filled areas back. Align them, remove possible strokes:

Make a gradient and fill all with it:

Take the Shear tool and skew the shapes. Hold shift to prevent rotation.

Make a placement guide for the shapes and place them. I drew a line, applied a couple of times Object > Path > Add Anchors to it. That duplicated the anchor points twice and inserted them with equal spacing. I placed the corners of the shapes on the anchors:

Have smart guides and snap to points ON, select a shape, drag the corner with the direct selection tool, it snaps and the rest of the shape follows.

Use a common shearing angle, you need it to make texts. I believe traditional isometric shearing is a good choice.