States, rider actions and intervals
Detect sustained states from conditions, generate rider actions such as throttle closure or lean-in, and pair state boundaries into intervals.
Where to find it
- Navigation → Calculations → + New → Events and intervals
Steps
- 1
Pick a type
Under Events and intervals: Driving states has Rider actions. Condition states has Custom action, plus Full-throttle intervals, Braking intervals, Acceleration intervals, Deceleration intervals, Sustained condition and Status bit condition. Paired intervals has Custom interval.
- 2
Generate rider actions
In Rider actions, tick the Actions to view, bind the input channels, and set Throttle input meaning (Rider input, ECU opening command or Actual throttle opening) and Positive lean direction. Thresholds & timing and each output's Detection formula can be adjusted.
- 3
Define a custom action
In Custom action, set Combine conditions to All conditions or Any condition. Add rows of input, comparison and threshold (up to 16) and set Confirmation duration (s), 0–60 s. The formula below stays editable.
- 4
Pair a start and an end
In Custom interval, pick a saved state for Start and for End, and choose Start or End as each one's boundary. Set Minimum interval (s), Maximum interval (s) and End matching: First match or Last match. Intervals are paired within each lap.
- 5
Preview, save and show
Check the preview and save. Show the result in Marks on maps and plots, add duration, count or share columns to a lap table, or list every occurrence in Interval details.
Good to know
Defaults
Common actions are ticked by default, and Name prefix (Rider actions unless you change it) names the outputs.
Restore default formula
While you set up Rider actions, Restore default formula undoes edits to an output's Detection formula. After saving, a state is edited like any formula.
Without brake pressure
Speed derivatives and closed throttle can find weak-deceleration candidates, but cannot prove active braking. Rider throttle request and actual throttle opening are different signals.
One result, many places
A saved state can appear on several plots and maps at once, sharing one mark appearance; there is no need to copy the calculation.
Ranges for lap tables
Saved states can serve as a lap table's Custom range without changing the track calibration.