representation of the cascading spectrum

[Fred19ni]

Hello,

I have vibration datas and the associate spectrum.

I'd like to represent STFT (cascading spretrum) like in this picture below. 

Please any suggestions to do this ?

thanks in advance!

[Bob_Schor]

You could use the 3D Plot functions, but it will look like a LabVIEW 3D Plot ...  [There is a recent discussion on the Forum where I commented on creating a 3D Plot, within the last 10 days ...].

Bob Schor

[Fred19ni]

Hi,

Thanks for your replies.

How could I build it from some vibration datas ?

Fred.

[NIMarketing]

Hi,

I believe this is the post Bob_Schor was mentioning.

Another resource -  Plotting Data on a 3D Surface Graph

Parul M.

Applications Engineer

National Instruments 

[Fred19ni]

Hi,

Thanks you for all your replies. Here is my solution 

Regerds,

Fred.

[Bob_Schor]

Very nice.  Why don't you return the favor of the help we gave you by attaching an actual VI so that an interested user could download it, run it, see what it does, and adopt it for their own use?  Please attach your VI.

Bob Schor

[Fred19ni · Accepted solution]

---

@Bob_Schor  a écrit :

Very nice.  Why don't you return the favor of the help we gave you by attaching an actual VI so that an interested user could download it, run it, see what it does, and adopt it for their own use?  Please attach your VI.

Bob Schor

---

Thanks you!

These are the block diagram and the front panel below!

You can change every constants by controls and replace signal1, signal2, signal3 by every kind of signal (ex:vibration signal in my case) to have waterfall spectrum, also call STFT (short time fourier transformer). You can change the number of spectra in the waterfall and set intercall between every spectra.

Regards, 

Fred.

[Bob_Schor]

Very nice!  Now, please mark the previous Message (which you posted, yourself) as the "Solution" -- this will help the next person who has the same question "find the answer quickly".  [It's really OK to take credit for posting the solution to your own problem ...]

Bob Schor