Code developed by CTAG, and optimized for Eurobench by CTAG on Tecnalia proposal.
Follow the upper Readme indications.
This code developed in Octave demonstrates the task completion time.
The current entry point is computePI.m.
computePI("[path_to]/subject_xx_run_xx_chrono.csv", "[path_to]/")The two parameters are:
subject_xx_run_xx_chrono.csv: acsvfile containing the time stamp raw data that is generated by the testbed.
entryTime: time when person enters the testbed
exitTime: time when person exits the testbed
The current documentation may not be updated.
Brief code structure is listed below:
| Metric | Input | Expected units | Variable name | Format | Data Example | Input file | information MAP |
|---|---|---|---|---|---|---|---|
| Chrono | Time | seconds (s) | rawData | Double | 0.5, 3, 59, 120 ... | subject_xx_run_xx_chrono.csv | proximitySensor>TestEd> nodeRed >rawData_T_TestID_RunNumber_timestamp.csv> preProcess>inputFile |
Octave algorithm to obtain the cycle time/task completion time. The algorithm return a scalar value.