ledtop 1.1.1

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

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 pyth on -m ledtop --info to see what’s detected.	✓
sensor	Some components have multiple sensors. Run pyth on -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)