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
This OctoPrint plugin will make the initial connection to 3D Hub a breeze

3D Hub Connector This OctoPrint plugin will make the initial connection to 3D Hub a breeze. In future it will help in setting up a tunnel connection a

3D Hub 2 Aug 03, 2022
Christmasvillage-rpi - Raspberry Pi relay controller for ChristmasVillage.io

ChristmasVillage.io Relay Controller Links ChristmasVillage.io - Live Stream & Controls Youtube Instagram About This repository controls the light rel

Grant Windes 2 Feb 15, 2022
Example code to sending USB Gadget multimedia keys via Python

Send Multimedia USB HID Keys via Python As an USB Gadget in Linux This gives a simple script with zero dependencies that can easily run on any Linux d

DevOps Nirvana 2 Jan 02, 2023
A simple small scale electric car was build which can be driven by remote control and features a fully autonomous parking procedure.

personal-autonomous-parking-car-raspberry A simple electric car model was build using Raspbery pi. The car has remote control and autonomous operation

Kostas Ziovas 2 Jan 26, 2022
A modular sequencer based on Pi Pico & EuroPi

PicoSequencer A modular sequencer based on Pi Pico & EuroPi by Zeno Van Moerkerke / Keurslager Kurt For now it is 'only' a trigger sequencer, but I si

5 Oct 27, 2022
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
An open source two key macro-pad modeled to look like a cartoony melting popsicle

macropopsicle An open source two key macro-pad modeled to look like a cartoony melting popsicle. Build instructions Parts List -1x Top case half (3D p

17 Aug 18, 2022
Shotgrid Toolkit Engine for Gaffer

Shotgun toolkit engine for Gaffer Contact : Diego Garcia Huerta Overview Implementation of a shotgun engine for Gaffer. It supports the classic bootst

Diego Garcia Huerta 12 May 21, 2022
a fork of the OnionShare software better optimized for lower spec lightweight machines and ARM processors

OnionShare-Optimized A fork of the OnionShare software better optimized for lower spec lightweight machines and ARM processors such as Raspberry Pi or

ALTPORT 4 Aug 05, 2021
Mycodo is open source software for the Raspberry Pi that couples inputs and outputs in interesting ways to sense and manipulate the environment.

Mycodo Environmental Regulation System Latest version: 8.12.9 Mycodo is open source software for the Raspberry Pi that couples inputs and outputs in i

Kyle Gabriel 2.3k Dec 29, 2022
A small Python app to converse between MQTT messages and 433MHz RF signals.

mqtt-rf-bridge A small Python app to converse between MQTT messages and 433MHz RF signals. This acts as a bridge between Paho MQTT and rpi-rf. Require

David Swarbrick 3 Jan 27, 2022
Tools and documentation to aid in modifying the ADI ADALM Pluto firmware

Pluto firmware modifications This repository contains tools and documentation to aid in modifying the ADI ADALM Pluto firmware. Extraction of the Plut

Daniel Estévez 28 Dec 21, 2022
Python module for the qwiic serial control motor driver

Qwiic_SCMD_Py Python module for the qwiic motor driver This python package is a port of the existing SparkFun Serial Controlled Motor Driver Arduino L

SparkFun Electronics 6 Dec 06, 2022
CPU benchmark by calculating Pi, powered by Python3

cpu-benchmark Info: CPU benchmark by calculating Pi, powered by Python 3. Algorithm The program calculates pi with an accuracy of 10,000 decimal place

Alex Dedyura 20 Jan 03, 2023
Raspberry Pi Pico support for VS Code

Pico-Go VS Code Extension Pico-Go provides code auto-completion and allows you to communicate with your Raspberry Pi Pico board using the built-in REP

Chris Wood 114 Dec 28, 2022
Samples for robotics, node, python, and bash

RaspberryPi Robot Project Technologies: Render: intent Currently designed to act as programmable sentry.

Martin George 1 May 31, 2022
Lenovo Legion 5 Pro 2021 Linux RGB Keyboard Light Controller

Lenovo Legion 5 Pro 2021 Linux RGB Keyboard Light Controller This util allows to drive RGB keyboard light on Lenovo Legion 5 Pro 2021 Laptop Requireme

36 Dec 16, 2022
3D-printable hexagonal mirror array capable of reflecting sunlight into arbitrary patterns

3D-printable hexagonal mirror array capable of reflecting sunlight into arbitrary patterns

Ben Bartlett 2.3k Dec 30, 2022
Cascade Drone Swarm Physical Demonstration Project

Cascade Drone Swarm Physical Demonstration Project Table of Contents About The Project Built With Getting Started Prerequisites Installation About The

3 Aug 24, 2022
An IoT Trivia app that shows you how to take a JSON web API such as the opentdb.com API and stream and display it on a FeatherS2 in an OLED display.

CircuitPython IoT Trivia ESP32-S2 OLED Version An IoT Trivia app that shows you how to take a JSON web API such as the opentdb.com API and stream and

Kevin Thomas 1 Nov 27, 2021