mirrors
/
Tasmota
mirror of https://github.com/arendst/Tasmota.git
1
0
Fork 0
Code Issues Packages Projects Releases Wiki Activity

typo

Christian 2018-11-22 19:15:19 +01:00
parent 367468072d
commit 6af971b0c2
1 changed files with 1 additions and 1 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

2
MGC3130.md

@ -26,7 +26,7 @@ The MGC3130 is an electrical-field (E-field) based three-dimensional (3D) tracki
* If you only do a flick at the left edge (with a short movement to the right) this will be EDGE-FLICK-WEST-EAST and then in the final message: {E_FL_WE:1}. * If you only do a flick at the left edge (with a short movement to the right) this will be EDGE-FLICK-WEST-EAST and then in the final message: {E_FL_WE:1}.
* A TOUCH (leaving your finger on the board) reports the location and the duration (in counts of 50ms). So touching the centre for a second, publishes messages from {TH_C:1} up to (approx.) {TH_C:20}. * A TOUCH (leaving your finger on the board) reports the location and the duration (in counts of 50ms). So touching the centre for a second, publishes messages from {TH_C:1} up to (approx.) {TH_C:20}.
* Touching for less than 1,25 seconds triggers a TAP-message in the moment of leaving the surface, so on the lower edge we will see: {TP_S:1} (plus some {TH_S:1...x} for the contact duration). * Touching for less than 1,25 seconds triggers a TAP-message in the moment of leaving the surface, so on the lower edge we will see: {TP_S:1} (plus some {TH_S:1...x} for the contact duration).
* Double Tap (like a double click on your mouse) works similiar, but will (at the moment) always trigger a (single) TAP at the same position. Example for the upper edge: {DT_N:1} and beforte that: {TP_N:1} and some {TH_N:1...x}. * Double Tap (like a double click on your mouse) works similiar, but will (at the moment) always trigger a (single) TAP at the same position. Example for the upper edge: {DT_N:1} and before that: {TP_N:1} and some {TH_N:1...x}.
* Airwheel is a circular finger movement above the sensor, which will trigger a message {AW:0 ... 1023}. * Airwheel is a circular finger movement above the sensor, which will trigger a message {AW:0 ... 1023}.
* In position mode we get {X:0...1023,Y:0...1023,Z:0...511}, where X and Y are 0 in the lower left (west-south) corner. The z value is not published in close proximity to the surface in order to have a chance to switch to another mode with a TOUCH, TAP or DOUBLE-TAP. So the active sensing volume is in the upper z-half of the theoretical maximum sensing volume. * In position mode we get {X:0...1023,Y:0...1023,Z:0...511}, where X and Y are 0 in the lower left (west-south) corner. The z value is not published in close proximity to the surface in order to have a chance to switch to another mode with a TOUCH, TAP or DOUBLE-TAP. So the active sensing volume is in the upper z-half of the theoretical maximum sensing volume.