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--- mididoc:midibox_kb [2016/03/23 09:50] – created admin
+++ mididoc:midibox_kb [2016/03/24 10:17] (current) – fantomxr
@@ Line 3: / Line 3: @@
 Hardwareinfos: http://www.ucapps.de/midibox_kb.html
+===== Key calibration (written by user FantomXR) =====
+As I work a lot with keybeds from Fatar and I was looking for an electronic that work with it I found MIDIbox to be the best solution for me. I had a bunch of different keybeds in my hands and I noticed, that some keys are more sensitive than others. So I asked TK to implement a calibration-mode to overcome this issue. With the calibration-mode it is possible to adjust the slowest-delay of every single note on the keyboard. Here is how it works:
+Enter //set kb <1|2> calibration on// in the MIOS Terminal. Now you either have to press every key with the exact same velocity which is nearly impossible or (and that’s the way I do it) use a long piece of wood and press down all white keys and after that all black keys at the same time.
+When you are finished enter //set kb <1|2> calibration off// and play the keybed with your favorite sound. You can take a view on the measured delays by entering //kb1 delays// in the terminal.
+For **MB_NG**: If it works like you expected enter //save <filename>//.
+For **MB_KB**: If it works like you expected enter //store//.
+For **MB_NG**: You will notice that there will be a new file on the sd-card called <filename>.NGK. This file contains the slowest-delays.  Here you can adjust every single key by changing the values. The keys are numbered where 0 is the lowest note on an 88-key keyboard (A).
+For **MB_KB**: If you would like to change the slowest-delay of a single key simply enter //set kb <1|2> key_calibration_value <key> <value>//
+With the calibration-mode another change was made. You still have the //slowest_delay//-parameter in MBKB and MBNG. This value now changes the sensitivity per mille. A value of 1000 uses the delays in the .NGK-file = no change. A value of 2000 would double the measured delays - a value of 500 halves the measured delays.