Python3 based command line utility to manage and modify profiles on Royal Kludge RK 61 Keyboard.
hidapi
Installable using pip by running :
$ pip install hidapi
# python rkcu.py <arguments>
Arguments :
--speed, --sp [1-5]
# speed of led animation.
--brightness, -br [0-5]
# brightness of led animation
--sleep, -sl [1-5]
# sleep duration for the keyboard led
- 1: 05 Minutes
- 2: 10 Minutes
- 3: 20 Minutes
- 4: 30 Minutes
- 5: Never Sleep
--rainbow, -rb
# Set LED color mode to Rainbow
--red, -r 0-255
# Red value of Color
--green, -g 0-255
# Green value of Color
--blue, -b 0-255
# Blue value of Color
--animation, -an "animation_name"
# List of availaible animations:
- neon_stream
- ripples_shining
- sine_wave
- rainbow_routlette
- stars_twinkle
- layer_upon_layer
- rich_and_honored
- marquee_effect
- rotating_storm
- serpentine_horse
- retro_snake
- diagonal_transformer
- ambilight
- streamer
- steady
- breathing
- neon
- shadow_disappear
- flash_away
Example :
# python rkcu.py --speed 3 --brightness 5 --sleep 5 -r 255 -g 255 -b 255 -an "ripples_shining"
# python rkcu.py -sp 5 -an "rotating_storm" -rb
The --rainbow argument will overrule the --red, --green, --blue parameters.
By default the script would require superuser access to run. In order to run this without root, you can plug a udev rule by performing the following steps :
Step 1: Find your vendor id and product id. Here it is 258a and 004a respectively, and would most likely be same for you if you are having the same keyboard.
$ lsusb
Bus 002 Device 001: ID 1d6b:0003 Linux Foundation 3.0 root hub
Bus 001 Device 005: ID 0c45:671e Microdia Integrated_Webcam_HD
Bus 001 Device 002: ID 258a:004a SINO WEALTH RK Bluetooth Keyboard
Bus 001 Device 001: ID 1d6b:0002 Linux Foundation 2.0 root hub
Step 2:
add a rules file to /etc/udev/rules.d
file: 60-rk.rules
SUBSYSTEMS=="usb|hidraw", ATTRS{idVendor}=="258a", ATTRS{idProduct}=="004a", TAG+="uaccess"
replace 258a with your vendor id and 004a with your product id, in case it is different.
Step 3:
Finally, reload your udev rules by running the following command :
# udevadm control --reload-rules && udevadm trigger
Currently the script allows setting and configuring of inbuilt color profiles on the keyboard. Custom customisation such as custom LED colors and macros are still not present but will (hopefully) be soon supported.
Big credits to this issue thread on the OpenRGB Gitlab Repo that served great reference.