Lian Li Uni hub #58

kiwamacey · 2022-05-19T03:02:31Z

kiwamacey
May 19, 2022

Is there a way to control the other channel two, three or four Leds individually?
I can control the fans as a whole using

lian.zones[0].resize(32) # two fans linked to gether on channel1, 16 leds per fan
lian.zones[1].resize(16) # One fan on channel2

lian.zones[0].set_color(red)
lian.zones[1].set_color(violet)

But when I use

lian.zones[0].leds[0].set_color(blue)
lian.zones[1].leds[0].set_color(yellow)

the first led on channel1 flashes blue then turns yellow.
I have tried renumbering with the python script and the openrgb gui picks up the changes to channel2 but the with the

lian.zones[1].resize(16) # One fan on channel2

The gui can certainly control the leds individually in the different channels
What am I missing?

Answered by kiwamacey

Jun 6, 2022

After getting a grip on how openRGB and and this python library work I found that all the LEDs were addressible sequentially but only in the custom, direct or breath modes. I brought one more fan and had a play connecting my cooler fans and header LEDs up to the hub and motherboard.
In the end I have 91 Individual addressible LEDs on my Lian Li Hub, and 12 LEDs on the cooler fans running off my motherboard argb connector.

I have included my test script with examples of the different modes for the Hub and motherboard.
Unhash the modes one at a time.
Hope this helps someone.

from openrgb import OpenRGBClient
from openrgb.utils import DeviceType
from openrgb.utils import RGBColor

cli = Open…

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kiwamacey · 2022-06-06T11:12:39Z

kiwamacey
Jun 6, 2022
Author

After getting a grip on how openRGB and and this python library work I found that all the LEDs were addressible sequentially but only in the custom, direct or breath modes. I brought one more fan and had a play connecting my cooler fans and header LEDs up to the hub and motherboard.
In the end I have 91 Individual addressible LEDs on my Lian Li Hub, and 12 LEDs on the cooler fans running off my motherboard argb connector.

I have included my test script with examples of the different modes for the Hub and motherboard.
Unhash the modes one at a time.
Hope this helps someone.

from openrgb import OpenRGBClient
from openrgb.utils import DeviceType
from openrgb.utils import RGBColor

cli = OpenRGBClient()
lian = cli.get_devices_by_name('Lian Li Uni Hub')[0]
rog = cli.get_devices_by_name('ASUS ROG STRIX B550-A GAMING')[0]

print(cli.devices)

pink = RGBColor(255, 0, 191)
purple = RGBColor(128, 0, 128)

black = RGBColor(0, 0, 0)               #0
brown = RGBColor.fromHEX('#964B00')     #1
red = RGBColor(255, 0, 0)               #2
orange = RGBColor.fromHEX('#FFA500')    #3
yellow = RGBColor(255, 255, 0)          #4
green = RGBColor.fromHEX('#00ff00')     #5
blue = RGBColor.fromHSV(240, 100, 100)  #6
violet = RGBColor.fromHEX('#8F00FF')    #7
grey = RGBColor.fromHEX('#808080')      #8
white = RGBColor(255, 255, 255)         #9

##Rog testig

Mode_Rog = rog.modes[0]

#Mode_Rog.colors = [purple]
##No speed in rog?##  breath.speed = 3

rog.set_mode(Mode_Rog)

rog.zones[0].resize(2)
rog.zones[1].resize(12)

## for Modes 2-4,7-8
#rog.zones[0].set_color(black)
#rog.zones[1].set_color(yellow)

## for Mode 1
rog.set_color(black,0,1)
rog.set_color(red, 2, 6)
rog.set_color(green, 6, 10)
rog.set_color(yellow, 10, 14)



#modes ROG
#0=Direct                       Individual Led  (use rog.set_color(..))
#1=Off                          Off
#2=Static                       Mode color      (use rog.zones[1].set_color(..))
#3=Breathe                      Mode color  
#4=Flash                        Mode color  
#5=Spectrum Cycle               No control 
#6=Rainbow                      No control 
#7=Chase Fade                   Mode colour  
#8=Chase                        Mode colour  


####################################################################################################
##Lian Testing

lian.zones[0].resize(48)
lian.zones[1].resize(16)
lian.zones[2].resize(16)
lian.zones[3].resize(11)

#Mode_Lian = lian.modes[2]
#Mode_Lian.speed = 5
#lian.set_mode(Mode_Lian)
#modes LIAN LI
#0=Custom (hard on)             Individual Led
#1=Rainbow                      No control 
#2=Breathing                    Individual Led
#3=colour cycle                 Mode color (3 colours)
#4=Runway                       Mode color (2 colours)
#5=Runway Sync                  Mode color (2 colours)
#6=Staggered                    Mode color (2 colours)
#7=Mixing                       Mode color (2 colours)
#8=Meteor                       Mode color (2 colours)
#9=Meteor Sync                  Mode color (2 colours)
#10=Firework                    Mode color (2 colours)
#11=Stack                       Mode color (1 colour)
#12=Stack Multicolour           No control
#13=Neon                        No control 
#14=RGB Header                  No control (does seem to work - lights off)


##solid = lian.modes[0]
#Mode_Lian.colors = [red, yellow]
#Mode_Lian.speed = 3
##Mode_Lian.set_mode(solid)

##Mode 0,2  0-48 bottom 3x fans, 49-64 side fan, 65-80 top fan, 80-91 CPU cooler.  
##speed line must be above the .set_mode line and only applies to mode 2, breathe. 1-5, 1 slowest,5 fastest.
Mode_Lian = lian.modes[0]
#Mode_Lian.speed = 5
lian.set_mode(Mode_Lian)

lian.set_color(red, 0, 8)
lian.set_color(yellow, 8, 16)
lian.set_color(red, 16, 24)
lian.set_color(green, 24, 32)
lian.set_color(violet, 32, 40)
lian.set_color(grey, 40, 48)
lian.set_color(blue, 48, 56)
lian.set_color(green, 56, 64)
lian.set_color(blue, 64, 80)
lian.set_color(yellow, 80, 83)
lian.set_color(blue, 83, 87)
lian.set_color(yellow, 87, 91)

## can also be used for modes 0 and 2
#lian.zones[0].set_color(red)
#lian.zones[1].set_color(violet)
#lian.zones[2].set_color(green)
#lian.zones[3].set_color(yellow)

## Mode 1
#Mode_Lian = lian.modes[1]
#Mode_Lian.speed = 4
#Mode_Lian.direction = 2
#lian.set_mode(Mode_Lian)


##Mode 3
#Mode_Lian = lian.modes[3]
#Mode_Lian.colors = [red, yellow, green]
#Mode_Lian.speed = 1
#Mode_Lian.direction = 1
#lian.set_mode(Mode_Lian)
#lian_zone = [z for z in lian.ConnectionResetError if z.type == ZoneType.MATRIX]
#lian_zone = cli.lian.LEDData
#print(lian_zone)

#colourcyc.colors = [black, brown, brown]
#colourcyc.direction = 1
#colourcyc.speed = 1


##Mode 4-10  Speed but not direction
#Mode_Lian = lian.modes[5]
#Mode_Lian.colors = [red, yellow]
#Mode_Lian.speed = 2
#lian.set_mode(Mode_Lian)

## Mode 11
#Mode_Lian = lian.modes[11]
#Mode_Lian.colors = [blue]
#Mode_Lian.speed = 4
#Mode_Lian.direction = 2
#lian.set_mode(Mode_Lian)

##Mode 12-13
#Mode_Lian = lian.modes[12]
#lian.set_mode(Mode_Lian)
#cli.devices[0].set_color(red)
#cli.devices[1].zones[0].set_color(blue)
#lian.set_colors([red, blue]*4)

0 replies

kiwamacey · 2022-06-06T11:19:50Z

kiwamacey
Jun 6, 2022
Author

Here is my Resistor colour code Clock script. very basic but seems to run ok.
I have another script that only does the hours on fewer lights overnight but it is just the following reworked.

import time
import schedule
from openrgb import OpenRGBClient
from openrgb.utils import DeviceType
from openrgb.utils import RGBColor
import os

print("This process has the PID", os.getpid())
##PID = os.getpid()
endline = '\r\n'
PID = str(os.getpid())
with open("/mnt/sdb2/scripts/rgb_clock/pid_txt", 'w') as f:
    f.write(PID)
    f.write(endline)

cli = OpenRGBClient()
lian = cli.get_devices_by_name('Lian Li Uni Hub')[0]
rog = cli.get_devices_by_name('ASUS ROG STRIX B550-A GAMING')[0]


pink = RGBColor(255, 0, 191)
purple = RGBColor(128, 0, 128)

black = RGBColor(0, 0, 0)               #0
brown = RGBColor(50, 20, 5)              #1  RGBColor.fromHEX('#964B00')
red = RGBColor(255, 0, 0)               #2
orange = RGBColor.fromHEX('#FFA500')    #3
yellow = RGBColor(255, 255, 0)          #4
green = RGBColor.fromHEX('#00ff00')     #5
blue = RGBColor.fromHSV(240, 100, 100)  #6
violet = RGBColor.fromHEX('#8F00FF')    #7
grey = RGBColor.fromHEX('#808080')      #8
white = RGBColor(255, 255, 255)         #9
#print(type(green))

lian.zones[0].resize(48) # two fans linked to gether on channel1
lian.zones[1].resize(16) # One fan on channel2
lian.zones[2].resize(16)
lian.zones[3].resize(11)

custom = lian.modes[0]
rainbow = lian.modes[1]
breath = lian.modes[2]
colourcyc = lian.modes[3]
runway = lian.modes[4]
runway_s = lian.modes[5]
stagger = lian.modes[6]
mixing = lian.modes[7]
meteor = lian.modes[8]
meteorsync = lian.modes[9]
firework = lian.modes[10]
stack = lian.modes[11]
stackm = lian.modes[12]
neon = lian.modes[13]
rgbh = lian.modes[14]

lian.set_mode(custom)

Mode_Rog = rog.modes[1]
rog.set_mode(Mode_Rog)

rog.zones[0].resize(2)
rog.zones[1].resize(12)

print("I'm working...Just Set Mode")

class ResColour:
    def colour(self, resValue):

        default = "black"

        return getattr(self, 'case_' + str(resValue), lambda: default)()

    def case_1(self):
        return RGBColor(50, 20, 5)
    def case_2(self):
        return RGBColor(255, 0, 0)
    def case_3(self):
        return RGBColor.fromHEX('#FFA500')
    def case_4(self):
        return RGBColor(255, 255, 0)
    def case_5(self):
        return RGBColor.fromHEX('#00ff00')
    def case_6(self):
        return RGBColor.fromHSV(240, 100, 100)
    def case_7(self):
        return RGBColor.fromHEX('#8F00FF')
    def case_8(self):
        return RGBColor.fromHEX('#808080')
    def case_9(self):
        return RGBColor(255, 255, 255)
    def case_0(self):
        return RGBColor(0, 0, 0)

##

def job():
    ##print("I'm working...")
    now = time.strftime("%H%M%S")
    timenow = time.strftime("%H:%M:%S")
    doy = time.strftime("%j")    
    ampm = time.strftime("%p")
    #ampm = "AM"
    ##Turn Cooler colour red if pm, purple if am
    print(type(ampm))
    if ampm == "PM": 
        AMPM = red  #RGBColor(255, 0, 0)
    else:
        AMPM = purple  #RGBColor(0, 255, 0)
    x = [int(a) for a in str(now)]
    y = [int(b) for b in str(doy)]

    print(x, "      ", timenow, "      ",y, "       ",doy, ampm, PID)
    
    HTens = x[0]
    HOnes = x[1]
    MTens = x[2]
    MOnes = x[3]
    STens = x[4]
    SOnes = x[5]
    YHuns = y[0]
    YTens = y[1]
    YOnes = y[2]

    my_switch = ResColour()

    HourTens = my_switch.colour(HTens)
    HourOnes = my_switch.colour(HOnes)
    MinTens = my_switch.colour(MTens)
    MinOnes = my_switch.colour(MOnes)
    SecTens = my_switch.colour(STens)
    SecOnes = my_switch.colour(SOnes)

    YearHuns = my_switch.colour(YHuns)
    YearTens = my_switch.colour(YTens)
    YearOnes = my_switch.colour(YOnes)

    lian.set_color(SecOnes, 0, 8)
    lian.set_color(SecTens, 8, 16)
    lian.set_color(MinOnes, 16, 24)
    lian.set_color(MinTens, 24, 32)
    lian.set_color(HourOnes, 32, 40)
    lian.set_color(HourTens, 40, 48)
    lian.set_color(YearOnes, 48, 56)
    lian.set_color(YearTens, 56, 60)
    lian.set_color(YearHuns, 60, 64)
    lian.set_color(AMPM, 64, 80)
    lian.set_color(AMPM, 80, 91)
    rog.set_color(AMPM, 2, 14)


def stop():
    quit()

## Run job every second
schedule.every(1).seconds.do(job)
schedule.every().day.at("20:59:58").do(stop)
while True:
    schedule.run_pending()
    time.sleep(0.5)

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Lian Li Uni hub #58

kiwamacey May 19, 2022

Replies: 2 comments

kiwamacey Jun 6, 2022 Author

kiwamacey Jun 6, 2022 Author

kiwamacey
May 19, 2022

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Jun 6, 2022
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