04 Importing normalized data - sghctoma/sst GitHub Wiki

Clicking on the upload button on the toolbar opens the Import normalized data dialog. This will alow you to analyze telemetry data created by something other than SST's DAQ unit.

You just need to convert the data to a CSV file containing normalized (sample is between 0 and 1, 1 being the full stroke), or percentage data. The field headers should be Fork and Shock, so something like these are valid format:

normalized (if all samples are between 0 and 1)

Fork;Shock
0.0;0.0
0.001;0.002
0.03;0.023
...

percentage (if there are samples larger than 1)

Fork;Shock
0.0;0.0
0.1;0.2
3;2.3
...

The file can have any other fields, they are simply ignored, with the exception of the Time field. If it is present, the Sample rate input will be filled in automatically based on the first two rows. This format was based on exported BYB telemetry data I have received.

Besides the Data file and Sample rate, session Name and Start time are required values, and you can optionally specify a Description.

We need to give some information on the bike itself as well. You can either choose an existing Linkage from the dropdown list, or create a new one.

Head angle and suspension strokes are self-explanatory, and the leverage ratio should be given as a CSV files that contains either wheel travel - leverage ratio, or shock travel - wheel travel data. The headers for these columns should be Wheel_T, Leverage_R, and Shock_T. For example, the following are valid formats:

Wheel_T;Leverage_R
0;3.18
1;3.173

...

173;2.368
174;2.366

Shock_T;Wheel_T
0;0
0.374131533313904;1

...

65.5780055537117;153
66.1151178206595;154

One way to get this data is processing leverage ratio graphs found on the internet with e.g. graphreader.com.