![]() Android 13 stable QPR3 (starting from December 2022 firmware till QPR3): starting with v.2.5 up until the latest stable/canary versions.Android 13 stable QPR1 (up until November 2022 firmware): final version: v.2.4.1.Here is the compatibility chart according to different android versions and QPRs: Any custom ROM is not tested and may not be fully (or even at all) compatible. PixelXpert is only fully compatible with pixel stock firmware. Please read thorough below before reaching to download linksĬurrently, PixelXpert offers customizations on different aspects of system framework and SystemUI, including: This is a mixed Xposed+Magisk module, which is made to allow customizations that are not originally designed in AOSP (Android Open Source Project). Input: write(s_after_wait=.) type = float default = 1.0 / 36.For Pixel Stock Android 12 and 13 (Up to Nov 2022 - AOSP 13R8):įor Pixel Stock Android 13 and 14 (starting with Dec 2022 security patch): If test=True: simulates how the LEDs would glow. Makes the LEDs glow in the color you defined. Input: get_led_selectors(sections=.) type = str or list default = 'all' options = purpose = 'Defines what sections should be returned.' write() Returns a list of all the selector numbers to select specific LEDs in the strip. Returns a list of all the LED strip sections (length: 15 LEDs per section). 0 = off, 1.0 = 100%' rainbow_animation(loop_limit=.) type = int default = None purpose = 'If set, defines how often animation should repeat, else: animation runs in infinite loop.' rainbow_animation(duration_ms=.) type = int default = 1000 purpose = 'Defines many ms should the animation last' rainbow_animation(pause_ms=.) type = int default = None purpose = 'If set, defines if a pause should be made after animation and how long that lasts.' rainbow_animation(customization_json=.) type = dict default = ' NeoPixel functions (other) get_sections() ![]() Input: rainbow_animation(brightness=.) type = float default = 1.0 purpose = 'Set the maximum brightness of the LEDs. Useful for debugging.' NeoPixel(debug=.) type = bool default = False purpose = 'If True: prints all function calls and their input variables, for better debugging.' NeoPixel(target=.) type = str default = 'micropython' options = purpose = 'Defines what kind of NeoPixel library is targeted: the default micropython NeoPixel or adafruits NeoPixel for Raspberry Pi.' NeoPixel functions (animations) rainbow_animation() If False: connect to real LED strip and play animation.' NeoPixel(overwrite_line=.) type = bool default = True purpose = 'If False: show all steps of LED animation in terminal ouput. NeoPixel class Input: NeoPixel(pin=.) type = int default = 10 purpose = 'The GPIO pin the data wire of the LED strip is connected to' NeoPixel(n=.) type = int default = 30 purpose = 'The number of RGB LEDs on your LED strip' NeoPixel(start_led=.) type = int default = 0 purpose = 'With which LED should the animation start' NeoPixel(test=.) type = bool default = False purpose = 'If True: show LED simulation in terminal output. NeoPixel(pin=5, n=30).rainbow_animation() ![]() # Example 3 - Playing a rainbow animation on physical LEDs # Example 2 - Testing a rainbow animation in the terminal # Example 1 - Changing the color of a physical LED To use NeoPixel+ on Raspberry Pi (using target='adafruit'), you need to make sure you execute python with sudo. Recommended: always create a Python Virtual Environment for your project and install neopixel_plus in that environment. ![]() Want to support the development and stay updated? The NeoPixel library plus animations and terminal testing mode - so you can see how your LEDs would behave directly in the terminal, without any microcontroller.
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