Multiple Hyperion Setups with the same led strips

hyperion-remote:

Version : 2.0.16-beta.1+PR1595 ((HEAD detached at pull/1595/merge) (GitHub-af07757/e44ff2e-1679942179))

build time: Mar 27 2023 19:35:42

Usage: hyperion-remote [options]

Application to send a command to hyperion using the JSON interface

Options:

-a, --address <address> The hostname or IP-address

(IPv4 or IPv6) of the

hyperion server.

Default port: 19444.

Sample addresses:

Host : hyperion.fritz.box

IPv4 : 127.0.0.1:19444

IPv6 : [2001:1:2:3:4:5:6:7]

[default: 127.0.0.1]

-t, --token <token> If authorization tokens

are required, this token is

used

-I, --instance <instance> Select a specific target

instance by name for your

command. By default it uses

always the first instance

-p, --priority <priority> Used to the provided

priority channel (suggested

2-99) [default: 50]

-d, --duration <duration> Specify how long the LEDs

should be switched on in

milliseconds [default:

infinity]

-c, --color <color> Set all LEDs to a constant

color (either RRGGBB hex

getColors or a color name.

The color may be repeated

multiple time like:

RRGGBBRRGGBB)

-i, --image <image> Set the LEDs to the colors

according to the given

image file

-e, --effect <effect> Enable the effect with the

given name

--effectFile <effectFile> Arguments to use in

combination with

--createEffect

--effectArgs <effectArgs> Arguments to use in

combination with the

specified effect. Should be

a JSON object string.

--createEffect <createEffect> Write a new JSON Effect

configuration file.

First parameter = Effect

name.

Second parameter = Effect

file (--effectFile).

Last parameter = Effect

arguments (--effectArgs.)

--deleteEffect <deleteEffect> Delete a custom created

JSON Effect configuration

file.

-x, --clear Clear data for the

priority channel provided

by the -p option

--clearall Clear data for all active

priority channels

-E, --enable <enable> Enable the Component with

the given name. Available

Components are [SMOOTHING,

BLACKBORDER, FORWARDER,

BOBLIGHTSERVER, GRABBER,

V4L, AUDIO, LEDDEVICE]

-D, --disable <disable> Disable the Component with

the given name. Available

Components are [SMOOTHING,

BLACKBORDER, FORWARDER,

BOBLIGHTSERVER, GRABBER,

V4L, AUDIO, LEDDEVICE]

-q, --qualifier <qualifier> Identifier(qualifier) of

the adjustment to set

-L, --brightness <brightness> Set the brightness gain of

the LEDs

--brightnessCompensation <brightnessCompensation> Set the brightness

compensation

-n, --backlightThreshold <backlightThreshold> threshold for activating

backlight (minimum

brightness)

--backlightColored <backlightColored> 0 = white backlight; 1 =

colored backlight

-g, --gamma <gamma> Set the overall gamma of

the LEDs

-R, --redAdjustment <redAdjustment> Set the adjustment of the

red color (requires colors

in hex format as RRGGBB)

-G, --greenAdjustment <greenAdjustment> Set the adjustment of the

green color (requires

colors in hex format as

RRGGBB)

-B, --blueAdjustment <blueAdjustment> Set the adjustment of the

blue color (requires colors

in hex format as RRGGBB)

-C, --cyanAdjustment <cyanAdjustment> Set the adjustment of the

cyan color (requires colors

in hex format as RRGGBB)

-M, --magentaAdjustment <magentaAdjustment> Set the adjustment of the

magenta color (requires

colors in hex format as

RRGGBB)

-Y, --yellowAdjustment <yellowAdjustment> Set the adjustment of the

yellow color (requires

colors in hex format as

RRGGBB)

-W, --whiteAdjustment <whiteAdjustment> Set the adjustment of the

white color (requires

colors in hex format as

RRGGBB)

-b, --blackAdjustment <blackAdjustment> Set the adjustment of the

black color (requires

colors in hex format as

RRGGBB)

-m, --ledMapping <ledMapping> Set the method for image

to led mapping valid

values: multi color_mean,

uni-color_mean

-V, --videoMode <videoMode> Set the video mode valid

values: 2D, 3DSBS, 3DTAB

--sourceSelect <sourceSelect> Set current active

priority channel and

deactivate auto source

switching

--sourceAutoSelect Enables auto source, if

disabled prio by manual

selecting input source

--off Deactivates hyperion

--on Activates hyperion

--configGet Print the current loaded

Hyperion configuration file

--schemaGet Print the JSON schema for

Hyperion configuration

--configSet <configSet> Write to the actual loaded

configuration file. Should

be a JSON object string.

-l, --list List server info and

active effects with

priority and duration

-s, --sysinfo Show system info

--suspend Suspend Hyperion. Stop all

instances and components

--resume Resume Hyperion. Start all

instances and components

--toggleSuspend Toggle between Suspend and

Resume. First request will

trigger suspend

--idle Put Hyperion in Idle mode,

i.e. all instances,

components will be disabled

besides the output

processing (LED-devices,

smoothing).

--toggleIdle Toggle between Idle and

Working mode. First request

will trigger Idle mode

--restart Restart Hyperion

--print Print the JSON input and

output messages on stdout

--debug Enable debug logging

-h, --help Show this help message and

exit