Like htop (CPU and memory usage), but for your case LEDs. 😄

Related tags

Hardwareledtop
Overview

ledtop

Like htop (CPU and memory usage), but for your case LEDs. 😄

Demo

In this setup, memory is the left strip, CPU is the right strip.

Install

  1. Install OpenRGB.
  2. Run: $ pip install ledtop

Run

  1. Launch OpenRGB.
  2. Click the tab SDK Server and the button Start Server.
  3. Run: $ python -m ledtop

Configuration

The config file location is defined by appdirs (ex: ~/.config/ledtop/config.toml) based on your OS, in TOML format. If no config file exists, running python -m ledtop will tell you where it should be.

To see your detected devices, zones and sensors, run python -m ledtop --info. Example:

$ python ledtop.py --info
--------------
 LED Displays
--------------
Device: 'B550I AORUS PRO AX' (id:0)
 - zone: 'D_LED1' (id:0)
 - zone: 'Motherboard' (id:1)

---------------------
 Temperature Sensors
---------------------
Device: 'acpitz'
 - sensor: '' (17°C)
Device: 'nvme'
 - sensor: 'Composite' (44°C)
Device: 'k10temp'
 - sensor: 'Tctl' (34°C)
 - sensor: 'Tdie' (34°C)
 - sensor: 'Tccd1' (45°C)
 - sensor: 'Tccd2' (42°C)
Device: 'iwlwifi_1'
 - sensor: '' (36°C)

Example configuration file:

[cpu]
device = 'B550I AORUS PRO AX'
zone = 'D_LED1'
leds = '1-21'

[memory]
device = 'B550I AORUS PRO AX'
zone = 'D_LED1'
leds = '42-22'
brightness = 20

[temp.ssd]
device = 'B550I AORUS PRO AX'
zone = 'Motherboard'
component = 'nvme'
leds = '1-2'

[temp.cpu]
device = 'B550I AORUS PRO AX'
zone = 'Motherboard'
component = 'k10temp'
sensor = 'Tctl'
leds = '3-5'

There are three section types with the following options:

Section: cpu

Option Details Required
device A string or an integer, corresponding to OpenRGB's device name or ID.
zone A string or an integer, corresponding to OpenRGB's zone name or ID.
size The number of LEDs in your zone. Will call zone.resize() in OpenRGB.
leds Which LEDs to use (a range), inclusive starting at 1. If the first number is larger than the second, the displayed order will be reversed. (Say if your strip is mounted upside-down.) Example: 1-21
brightness The brightness of your LEDs, an integer 0-100.
custom cpu colors A hex RGB string like #0000ff. Options: nice_color, user_color, system_color, iowait_color, irq_color, softirq_color, idle_color

Section: memory

Option Details Required
device A string or an integer, corresponding to OpenRGB's device name or ID.
zone A string or an integer, corresponding to OpenRGB's zone name or ID.
size The number of LEDs in your zone. Will call zone.resize() in OpenRGB.
leds Which LEDs to use (a range), inclusive starting at 1. If the first number is larger than the second, the displayed order will be reversed. (Say if your strip is mounted upside-down.) Example: 41-22
brightness The brightness of your LEDs, an integer 0-100.
custom memory colors A hex RGB string like #ff4400. Options: used_color, buffers_color, cached_color, unused_color

Section: temp

Option Details Required
device A string or an integer, corresponding to OpenRGB's device name or ID.
zone A string or an integer, corresponding to OpenRGB's zone name or ID.
size The number of LEDs in your zone. Will call zone.resize() in OpenRGB.
leds Which LEDs to use (a range), inclusive starting at 1. If the first number is larger than the second, the displayed order will be reversed. (Say if your strip is mounted upside-down.) Example: 1-4
component The component (motherboard, CPU, SSD, etc.) to measure the temp of. Run python -m ledtop --info to see what's detected.
sensor Some components have multiple sensors. Run python -m ledtop --info to see your options.
low Low temperature - integer in °C. (Default: 20)
high High temperature - integer in °C. (Default: 90 or self-reported by the sensor.)

If you want more than one display of each type, name them like:

[cpu.1]
...
[cpu.2]
...

Colors

Default LED colors are the same as htop. For CPU usage the color key is:

  • Blue: low priority processes (nice > 0)
  • Green: normal (user) processes.
  • Red: kernel processes.
  • Yellow: IRQ time.
  • Magenta: Soft IRQ time.
  • Grey: IO Wait time.

Memory:

  • Green: Used memory pages.
  • Blue: Buffer pages.
  • Orange: Cache pages.
  • Grey: Free (unused)
Owner
Derek Anderson
Derek Anderson
Testing out some (stolen) DMA code for RP2040 Micropython

RP2040_micropython_dma testing out some (stolen) DMA code for RP2040 Micropython. Heavy inspiration and some code from https://iosoft.blog/2021/10/26/

2 Dec 29, 2022
Provide Unifi device info via api to Home Assistant that will give ap sensors

Unifi AP Device info Provide Unifi device info via api to Home Assistant that will give ap sensors

12 Jan 07, 2023
Custom component for MPC-HC for home-assistant

mpc_hc The current mpchc integration in homeassistant violates ADR0004, so it will be deleted from core. This is just the existing integration copied

3 Dec 15, 2022
Trajectory optimization package for Mini-Pupper robot

Trajectory optimization package for Mini-Pupper robot Purpose of this repository is to provide low-torque and low-impact trajectory for Mini-Pupper qu

Sotaro Katayama 38 Aug 17, 2022
A 3rd party Moonraker component to create timelapse of 3D prints.

A 3rd party Moonraker component to create timelapse of 3D prints.

Mainsail-Crew 166 Dec 26, 2022
Example code and projects for FeatherS2 and FeatherS2 Neo

FeatherS2 & FeatherS2 Neo This repo is a collection of code, firmware, and files

Unexpected Maker 5 Jan 01, 2023
A global contest to grow and monitor your own food with Raspberry Pi

growlab A global contest to grow and monitor your own food with Raspberry Pi A capture from phototimer of my seed tray with a wide-angle camera positi

Alex Ellis 442 Dec 23, 2022
A Raspberry Pi Pico plant sensor hub coded in Micropython

plantsensor A Raspberry Pi Pico plant sensor hub coded in Micropython I used: 1x Raspberry Pi Pico - microcontroller 1x Waveshare Pico OLED 1.3 - scre

78 Sep 20, 2022
Examples to accompany the

Examples to accompany the "Raspberry Pi Pico Python SDK" book published by Raspberry Pi Trading, which forms part of the technical documentation in support of Raspberry Pi Pico and the MicroPython po

Raspberry Pi 589 Jan 08, 2023
Skykettle ha - Redmond SkyKettle integration for Home Assistant

Redmond SkyKettle integration for Home Assistant This integration allows to cont

Alexey 'Cluster' Avdyukhin 48 Jan 06, 2023
A Python class for controlling the Pimoroni RGB Keypad for Raspberry Pi Pico

rgbkeypad A Python class for controlling the Pimoroni RGB Keypad for the Raspberry Pi Pico. Compatible with MicroPython and CircuitPython. keypad = RG

Martin O'Hanlon 43 Nov 11, 2022
Small Robot, with LIDAR and DepthCamera. Using ROS for Maping and Navigation

🤖 RoboCop 🤖 Small Robot, with LIDAR and DepthCamera. Using ROS for Maping and Navigation Made by Clemente Donoso, 📍 Chile 🇨🇱 RoboCop Lateral Fron

Clemente Donoso Krauss 2 Jan 04, 2022
Micropython automatic watering

micropython-automatic-watering micropython automatic watering his code was developed to be used with nodemcu esp8266, but can be modified to work with

1 Nov 24, 2021
从零开始打造一个智能家居系统

SweetHome 从零开始打造智能家居系统的尝试,主要的实现有 可以扫码添加设备并控制设备的Android App 可以控制亮灭的灯,并可以设置在Android App连接到指定Wifi后自动亮起 可以控制开关的窗帘,机械结构部分自己设计并3D打印出来 树莓派主控,实现Http请求接口和ZigBe

金榜 5 May 01, 2022
Home-Assistant MQTT bridge for Panasonic Comfort Cloud

Panasonic Comfort Cloud MQTT Bridge Home-Assistant MQTT bridge for Panasonic Comfort Cloud. Note: Currently this brige is a one evening prototype proj

Santtu Järvi 2 Jan 04, 2023
A lightweight script for updating custom components for Home Assistant

Updater for Home Assistant This is a lightweight script for updating custom components for Home Assistant. If for some reason you do not want to use H

Alex X 12 Sep 21, 2022
The PicoEMP is a low-cost Electromagnetic Fault Injection (EMFI) tool,

ChipSHOUTER-PicoEMP The PicoEMP is a low-cost Electromagnetic Fault Injection (EMFI) tool, designed specifically for self-study and hobbiest research.

NewAE Technology Inc. 312 Jan 07, 2023
Sleep Functionality for Adafruit MacroPad RP2040

Adafruit-MacroPad-RP2040 Sleep Functionality for Adafruit MacroPad RP2040 Details This is a modification of AdaFruit project bundle found here specifi

9 Dec 18, 2022
A raspberrypi tools for python

raspberrypi-tools how to install: first clone this project: git clone https://github.com/Ardumine/rpi-tools.git then go to the folder cd rpi-tools and

1 Jan 04, 2022
Simple python3 implementation of microKanren with lots of type annotations for clarity

MicroKanren-py This is (yet another) python implementation of microKanren. It's a reasonably 1:1 translation of the code provided in the paper, but ev

Erik Derohanian 3 Dec 10, 2022