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Process mouse movement in the keymap before it is sent to the host. Example uses
include filtering noise, adding acceleration, and automatically activating a
layer. To use, define the following function in your keymap:
void ps2_mouse_moved_user(report_mouse_t *mouse_report);
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* Add PS2_MOUSE_ROTATE to compensate for device orientation
* fixup! Add PS2_MOUSE_ROTATE to compensate for device orientation
* Reformat with IndentPPDirectives: AfterHash as per #6316
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* fix CLI section links in the Summary
* fix heading in Pointing Device doc
* fix headings in PS/2 Mouse Support doc
* add explicit section ids to I2C Master Driver doc
* reformat GPIO Controls table
Much like the I2C Master Driver doc, I found this a bit less than ideal to read. (The table was actually wider than the space available for it.)
Reformatted so each GPIO function is an H3 heading, followed by a paragraph and a table of each architecture's old-style function.
* migrate changes from I2C Master Driver doc to Japanese translation
* add explicit anchors to I2C Master Driver docs
* fix code block language markers
The language markers are case-sensitive; using the wrong case means the syntax highlighting doesn't work.
Good: ```c
Bad: ```C
* restore Japanese I2C Master Driver doc to current master
Can't update the internal tracking references accurately until the changes to the English doc are committed to master.
* add explicit anchors to edited files
* change ChibiOS/ARM to ARM/ChibiOS
Because ARM/ATSAM is also a thing that exists.
* fix code block language markers again
Used the wrong markers in a few spots. Also these are apparently always supposed to be lowercase.
* add section anchors to cli.md
* restore table formatting on GPIO Control doc
* remove changes to _summary.md
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Removed an old link and fixed a typo
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Added a sample circuitry for handling the connection of a PS/2 Mouse.
Even if it's written that a circuitry is needed, there're a lot of other
things and the information gets lost really fast. A really simple sample
helps to remember who wants to implement the functionality about the
circuitry.
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