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
Activate Numpad inside the touchpad with top right corner switch or F8 key

This is a python service which enables switching between numpad and touchpad for the Asus UX433. It may work for other models.

Mohamed Badaoui 230 Jan 08, 2023
Doughskript interpreter for converting simple command sequences into executable Arduino C++ code.

Doughskript interpreter for converting simple command sequences into executable Arduino C++ code.

Svjatoslav 2 Jan 11, 2022
ESP32 micropython implementation of Art-Net client

E_uArtnet ESP32 micropython implementation of Art-Net client Instalation Use thonny Open the root folder in thonny and upload the Empire folder like i

2 Dec 07, 2021
This is a Virtual Keyboard which is simple yet effective to use.

Virtual-Keyboard This is a Virtual KeyBoard which can track finger movements and lets you type anywhere ranging from notepad to even web browsers. It

Jehan Patel 3 Oct 01, 2021
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
A circle of LEDs

This repository contains all the design files, production files and example code for a simple circular LED display.

Pim de Groot 15 Aug 21, 2022
This is an incredible led matrix simulation using the ultimate mosaik co-simulation framework.

This project uses the mosaik co-simulation framework, developed by the brilliant developers at the high-ranked Offis institue for computer science, Oldenburg, Germany, to simulate multidimensional LE

Felix 1 Jan 28, 2022
A versatile program that uses the raspberry pi camera and provides it as a service

PiCameleon Is a daemon program meant to provide the RaspberryPi Camera as a service while running according to a configuration.

André Esser 52 Oct 16, 2022
This is a collection of python modules that interact with the Ryze Tello drone.

This is a collection of python modules that interact with the Ryze Tello drone.

DJI-SDK 1.2k Jan 03, 2023
MPY tool - manage files on devices running MicroPython

mpytool MPY tool - manage files on devices running MicroPython It is an alternative to ampy Target of this project is to make more clean code, faster,

Pavel Revak 5 Aug 17, 2022
A install script for installing qtile and my configs on Raspberry Pi OS

QPI OS - Qtile + Raspberry PI OS Qtile + Raspberry Pi OS :) Installation Run this command in the terminal

RPICoder 3 Dec 19, 2021
Jarvis: a personal assistant which can help you to manage your system

Jarvis Jarvis is personal AI based assistant which can help you to manage stuff in your computer. This is demo but I decided to make it more better so

2 Jun 02, 2022
A python file which I wrote to allow the Dorna Robots API to draw an Image on a 3D plane

Dorna-Robotics-Internship Code In the directory "Code" is a python file which I wrote to allow the Dorna Robots API to draw an Image on a 3D plane. I

Stephen Otto 2 Dec 06, 2021
An open source operating system designed primarily for the Raspberry Pi Pico, written entirely in MicroPython

PycOS An open source operating system designed primarily for the Raspberry Pi Pico, written entirely in MicroPython. "PycOS" is an combination of the

8 Oct 06, 2022
Hook and simulate global keyboard events on Windows and Linux.

keyboard Take full control of your keyboard with this small Python library. Hook global events, register hotkeys, simulate key presses and much more.

BoppreH 3.2k Dec 30, 2022
CircuitPython library for the CH559 USB to Serial chip

CH559 (USB to Serial) CircuitPython Library Why? Because you might want to get keyboard/mouse/gamepad/HID input into your CircuitPython projects witho

Guy Dupont 3 Nov 19, 2022
Python library to interact with the GCE Electronics IPX800 device

A python library to control a GCE-Electronics IPX800 V4 device through its API.

Marc-Aurèle Brothier 2 Oct 20, 2021
ModbusTCP2MQTT - Sungrow & SMA Solar Inverter addon for Home Assistant

ModbusTCP2MQTT Sungrow & SMA Solar Inverter addon for Home Assistant This addon will connect directly to your Inverter using Modbus TCP. Support model

Teny Smart 40 Dec 21, 2022
Quasi-static control of the centroid of quadruped robot

Quasi-static control of quadruped robot   This is a demo of the quasi-static controller for the centroid of the quadruped robot. The Quadratic Program

Junwen Cui 21 Dec 12, 2022
Modi2-firmware-updater - MODI+ Firmware Updater With Python

MODI+ Firmware Updater 실행 준비 python3(파이썬3.9 혹은 그 이상의 버전)를 컴퓨터에 설치 python3 -m pip

LUXROBO 1 Feb 04, 2022