Custom Data Processing: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
(→Next) |
||
Line 9: | Line 9: | ||
Please [https://www.industrialvibes.com/contact.html contact] us if you require assistance with custom data processing. Also, we recommend you check back in occasionally as new features will be added on a regular basis. | Please [https://www.industrialvibes.com/contact.html contact] us if you require assistance with custom data processing. Also, we recommend you check back in occasionally as new features will be added on a regular basis. | ||
== | == Navigation == | ||
[https://www.industrialvibes.com Home] | |||
[https://www.industrialvibes.com/videos.html Videos] | |||
[https://www.industrialvibes.com/download.html Download] | |||
[https://www.industrialvibes.com/contact.html Contact] | |||
[[Main Page]] | |||
[[Installation]] | |||
[[Licensing]] | |||
[[User Interface]] | |||
:[[Setup Tab]] | |||
:[[Options Tab Left Panel]] | |||
:[[Options Tab Right Panel]] | |||
:[[Plot Tabs]] | |||
[[Troubleshooting]] | |||
[[Custom Data Processing]] | |||
[[FFT Setup]] | [[FFT Setup]] |
Revision as of 02:19, 6 June 2024
You can import the raw data into other programs without the need to convert or export it. The data is stored in a standard binary format, with one row of data of data for the time stamps and one for each active channel. The data units are raw voltage, as measured. Here is a matlab code snippet to get you started:
fid = fopen(filePathAndName,'r');
data = fread(fid, [nChannels+1, inf], 'double')';
fclose(fid);
Please contact us if you require assistance with custom data processing. Also, we recommend you check back in occasionally as new features will be added on a regular basis.