Erroneous time in SignalExpress data export

Question

I'm using SignalExpress 1.1.0 in an evaluation purpose (evaluation mode valid till July 28th), before purchasing NI acquisition hardware... and maybe software.
When exporting data ("Save to ASCII" step), time axis will display erroneously :
- in absolute time mode : each sample is dated in absolute time (time elapsed since 12:00am Jan 1st, 1904). But data is exported in scientific notation and only 11 characters. Current time is "3.204782e+9". Not enough significant numbers are displayed, thus the time column displays the same value for all samples, being perfectly useless. I couldn't figure out where to increase the number of characters in exported data.
- in relative time mode : each sample is dated in relative time since the beginning of each run. If acquisition is configured to read continuously 10 samples at 10Hz, the "time" column loops continuously from 0.000s to 0.900s, in 100ms steps. Of course, you can reconstruct a true "relative time" column in another software after exporting data, but it would be more logical to date all samples realtively to the very first sample acquired, instead of looping continuously.
Any help or advice would be appreciated, in order to confirm if SignalExpress will fulfill my needs or not.

Answer 1

Thank you Travs,
I think I got the idea but how would I implement this in my vi? I tried a couple of connections and the attached file presents some of them. Look in 05_ATP_Analyze & Present Data.vi, in case structure 0.
Another problem is that the sampling rate might vary from file to file and I will not know it before opening the file. I need some kind of automatic reading of sampling rate rather than manual insertion.
This vi is very similar to the exercise from LabView Basics II and there I did not have to put any additional 'build waveform' components to make it work; probably because there was a chart and not graphs, I don't remember right now... Any way, the idea with the cluster is that it helps me to easily save processed data in one file. I'd like to stay with this solution only if there is nothing better that you or somebody else can suggest.
Could you show me how would I implement the 'build waveform' in my vi?
Attachments:
05_ATP_Analyze & Present Data.zip ‏2525 KB