* Move lib8tion header-defined constant into implementation file, add to build
* Move b_m16_interleave initializtion to lib8tion.c, change build to include lib8tion.c in QUANTUM_LIB_SRC
* Remove left-over whitespace
* Move lib8tion include by RGB_MATRIX_ENABLE code in makefile
* Revert build changes and change lib8tion b_m16_interleave constant to static
* Adding ortho_4x12 & planck_mit layouts for KBD4X.
* Adding LAYOUT_kc_ortho_4x12 macro to KBD4x.
* Turn off console for KBD4X so firmware size falls within limit.
* Revamped custom effects approach
See docs for example usage
* push-up RGB Matrix default mode
Override default effect using RGB_MATRIX_STARTUP_MODE.
Useful on boards without EEPROM support
(*cough* Massdrop ALT/CTRL *cough*)
* update docs
* Planck: Copy contents of Planck rules.mk to each revision
* Planck: Delete Planck rules.mk
* Planck: Concatenate duplicate rules
Concatenate rules that are set and then overridden into one setting.
* Preonic: Copy contents of Preonic rules.mk to each revision
* Preonic: Delete Preonic rules.mk
* Preonic: Concatenate duplicate rules
Concatenate rules that are set and then overridden into one setting.
* Planck: Delete non-specific Bootloader settings from revs. 1 and 2
Deleted BOOTLOADER setting code block, as the checks were only valid for revs. 3-5 and the Planck Light.
Neither Planck rev1 or rev2 set the bootloader via rules.mk, so there's no setting of BOOTLOADER in their rules.mk files.
* Preonic: Fix BOOTLOADER settings code blocks
* Preonic: delete extra blank lines from rules.mk files
* Preonic: delete AVR-type hardware config blocks from rev3
* Update Planck and Preonic readme files
- update Hardware Supported
- update/add Install Examples
- update Docs paragraph
* Enable Bootmagic Lite where it is disabled
Enabled Bootmagic Lite for:
- Planck Light
- Planck revs. 1-5
- Preonic revs. 1 and 2
* Remove `planck_grid` from LAYOUTS rule for all Planck revisions
Community has landed on `ortho_4x12`, which is already set; `planck_grid` is redundant.
* Update code for compatibility with latest QMK
* Added compatibility with Planck rev6
* use wait_ms instead of _delay_ms
* removed unnecessary rules
* disable audio on rev4 only
* A better new_project.sh
* Fix docstrings
* Use single quotes for anything not shown to user
* Missed this docstring
* Simplify get_git_username()
Thanks @vomindoraan
* chmod +x
* Add docstring for print_error()
* Break up git username call into multiple lines
* Use with statement here
* Conform to PEP 8 even more
* Turn it back into a shell script
* chmod +x again
* Update docs to reflect new keyboard generator usage
* Tweak wording slightly
* Trim trailing whitespace
* Don't actually need to escape the newlines here
* As I suspected, you can pass shift a number
* Prepend ./ to match the other code block
* Minor syntax tweaks
* The username token has changed
* Replace name in the readme too
* Make some reasonable assumptions about the presence of Git
* Add initial keyboard layout for Quefrency
* Add RGB config and keybindings for Quefrency
* Move Quefrency wheel keys to more convenient place
* Actually switch from serial to I2C
Commit 64708c6 updated the comment, not the #define. D'oh!
* [Keyboard] Update Gergo to use newer Ergodox Matrix code
And update layout macros to be correct
* Almost forgot the json file
* Remove board specific defines for i2c timeout
* Start to standardize macro timer
* Update Fractal layout
Specifically, limit the RGB Lighting, since it's too many for the power, and only have the KITT annimation on the front
* Update Iris keymap to use I2C for transport
* Remove TAP_CODE_DELAY from keyboard in favor of global setting
* Remove Woodpad
Since it\'s no longer in my possession
* Only enable LTO on AVR boards
* Run matrix_scans while doing startup light
* Run matrix_scan to get split keyboard code synced properly
* Fix rgb mode
* Remove custom debouncing settings
* Make RGB Light Startup Animation optional
* Fix opt def
* Remove extra tap code delay value
* Fix references to keebio boards
* Add support for LP Iris keyboard
* Add backlight code
* Make startup animation optional
* Update gitlab ci script
* Remove port declaration
* Revert avrgcc changes to gitlab ci file
* Don't re-set mods
* Remove MACRO_TIMER define
* Add custom name for crkbd
* Add name for Prime M pad
* Add names for ortho 4x12 boards
* Add some additional handling for rgb init
* Change thumb clusters on ergodox
* Switch Orthodox to I2C
* Fix Space in ergodox keymap
* Use OSL for ergodox layout
* Ugh, can't find a good layout
* Fix typo
* Fix up animation startup
* Cries in AVR
* Fix makefiles for ergodox ez boards
* Add support for "secret songs" in my userspace
* Reset debounce to 5ms for Ergodox EZ
* Fix gitlab CI yaml file
* More crying in AVR
* Cannot use rgb light and rgb matrix at the same time due to the WS2812 rgb matrix PR until the "Coexistance" PR is merged
* Update ODox for split common and i2c
* Add split config
* Impement Split code
* Add support for xscorpion OLED code
* Add OLED display config
* Fix OLED screen font
* Get OLED set up in vertical mode
* Remove old OLED code
* add per key support for crkbd
* Fix split changes
* RGB Tweeaks
* More OLED tweaks
* Fix rotation stuff
* Fix more OLED stuff
* Remove custom Debounce from Ergodox layout since it's no longer needed
With my XD60, I noticed that when typing the backlight was flickering.
The XD60 doesn't have the backlight wired to a hardware PWM pin.
I assumed it was a timing issue in the matrix scan that made the PWM
lit the LED a bit too longer. I verified it because the more keys that
were pressed, the more lighting I observed.
This patch makes the software PWM be called during CPU interruptions.
It works almost like the hardware PWM, except instead of using
the CPU waveform generation, the CPU will fire interruption
when the LEDs need be turned on or off.
Using the same timer system as for hardware PWM, when the counter
will reach OCRxx (the current backlight level), an Output Compare
match interrupt will be fired and we'll turn the LEDs off.
When the counter reaches its maximum value, an overflow interrupt
will be triggered in which we turn the LEDs on.
This way we replicate the hardware backlight PWM duty cycle.
This gives a better time stability of the PWM computation than pure
software PWM, leading to a flicker free backlight.
Since this is reusing the hardware PWM code, software PWM also supports
backlight breathing.
Note that if timer1 is used for audio, backlight will use timer3, and if
timer3 is used for audio backlight will use timer1.
If both timers are used for audio, then this feature is disabled and we
revert to the matrix scan based PWM computation.
Signed-off-by: Brice Figureau <brice@daysofwonder.com>
Ryan Caltabiano