The trim maps are an addition to the TuneBoy map in the ECU.
The trim map can be adjusted while the motor is running, the values are in % to make it easy to see the changes that have been made.
The target A/F values in the TuneBoyTrim program are used to calculate the corrections, these are not used by the ECU.
If you have two wide band O2 kits connected the software will see front and rear and correct both in a single pass.
For the dyno operator we have added some cool stuff.
The throttle can be controlled from the PC, this means the dyno operator can be outside the dyno room.
Controlling the throttle from the PC makes sure the throttle holds the correct throttle value as the bike runs through the revs.
If you turn on the "Roll on" mode the TuneBoyTrim software will send the corrections to the ECU after each pass through the revs.
The following YouTube link shows this in action on a 2013 ZX10R.
The ZX10R does not have electronic throttle so I have to hold it steady by hand, the target screen with the yellow square makes this very easy.
On the Panigale the software works the same but it adjusts front and rear cylinders at the same time.
TuneBoy live tuning of Kawasaki ZX10R - YouTube
This video is showing the roll on mode, after each pass through the revs the software compares the measured A/F value with the target and sends the corrections.
The colour of the squares indicates rich or lean (Blue and Red) or Green when the A/F is within 0.2 of the target.
The dyno has been set to go through the revs at a slow rate to make sure the software gets lots of A/F values for each mapping point.
You can see that the A/F ratio at the end of the video is all in the green.
At the end of the tuning you simply save the trim file then flash the ECU using the tune and new trim file.
If you connect the wide band to the bike and take it for a ride (laptop in backpack) it will record the data in the same way.
The iPhone app will make the recording of data much easier.
I am going to add an option to tell the software that you have the narrow band O2 sensors connected, the data from the narrow band O2 sensors can be used to adjust the values in the lower throttle area.
Tuning this way will take longer but I am sure it will get an adequate result, at least at lower throttle.
The reason to use the narrow band O2 sensors is the ease of use as they are already on the bike.
If you get a trim map that has been created on the dyno (on another bike) it will be close enough at higher throttle settings and the narrow band sensors should allow the lower throttle to be adjusted to match your bike..
As for the closed loop, it is correct that you can tune the tables for 14.5/1 in the closed loop area then turn the closed loop on again.
The bike already compensates for altitude, air temp etc. It does not need the O2 sensors for this.