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Sisyfos Audio Controller

Node CI

Audiomixer control build for intelligent automation.

You use the fader for the level, and PGM on/off for fade-in/out. TAKE NEXT crossfades from NEXT to PGM

It´s fast to see what faders are on-aie, and whether they are PGM level or Voiceover level

GUI with open channelstrip:

These are the functions on each channel:

These are the functions on the channelstrip:

(You open the channelstrip by clicking on the channel label) The features on the channelstrip depends on the Mixer Protocol.

Full Channelstrip:

(You open the channelstrip by clicking on the "Full Ch.Strip" in the normal channelstrip)

The Advanced channelstrip has all the features the seleced Mixer Protol supports. (Example: Midas M32)

If you need a MiniMonitorView for a client:

Run webpage with

localhost/?view=minimonitor

If you need a Microphone Tally View for a client:

Run webpage with

localhost/?view=mic-tally

Microphone Tally View

Routing of Faders to Channels

Routing of Faders to multiple channels or a single channel are possible. This way Sisyfos can control some or all channels on a mixer. And a single fader can be used for E.G. a 5.1 (on 6 mono faders)

Load/Save Routing

Routing setups can be stored in STORAGE. So it´s possible to have different Routings dependent of what setup the Audio mixer is using.

Run as Docker: (On linux)

docker pull tv2media/sisyfos-audio-controller:develop
docker volume create sisyfos-vol
sudo docker run --mount source=sisyfos-vol,target=/opt/sisyfos-audio-controller/storage --network="host" --restart always tv2media/sisyfos-audio-controller:develop

Run as Docker: (On windows)

docker pull tv2media/sisyfos-audio-controller:develop
docker volume create sisyfos-vol
docker run --mount source=sisyfos-vol,target=/opt/sisyfos-audio-controller/storage -p 1176:1176 -p 5255:5255 --restart always tv2media/sisyfos-audio-controller:develop

Install Local node host:

(Be aware that a server reload will quit server and you need an external source to restart)

git clone https://github.com/tv2media/sisyfos-audio-controller.git
cd sisyfos-audio-controller
yarn
yarn build
yarn start

Log levels:

When running Sisyfos you can define the log level by setting the environment variable LOG_LEVEL to one of the following log levels:

  • error (only errors)
  • warn (errors and warning)
  • info (standard info regarding connectiviy and data from Automation protocol etc. including errors and warnings)
  • debug (info level plus: data send and received from Audiomixer)
  • trace (debug level plus: data send and received from Automation protocol)

Serve client on a different path:

When running Sisyfos you can change the root path from the default of / to another value by setting the environment variable ROOT_PATH.

Open GUI in browser:

localhost:1176 (or whatever ip you use for Sisyfos Nodejs/Docker)

Important - To enable settings:

localhost:1176/?settings=1

To see the MiniMonitorView:

localhost:1176/?minimonitor=1

If you want to disable the VU meters:

localhost:1176/?vu=0

Settings:

Show PFL Controls:

As NEXT has been implemented, and PFL usually only work on on channel at a time, the PFL is only working correctly on 1:1 routed setups (And with the CasparCG protocol)

(Mixer presets are stored in MixerProtocolPresets.js)

Following preset name are possible:

  • CasparCG
    • use storage/default-casparcg.ccg as template and place you own file in storage folder.
    • base your casparcg.config by the casparcg.config file in the same folder
    • remember to activate OSC in the casparcg.config file to it points to Sisyfos
  • Midas Master
    • OSC protocol for Midas M32 and Behringer X32
    • Port 10023
    • Mixer preset loading (using .x32 files in storage folder)
    • Protocol supports:
      • Eq, Comp, Delay, Mix minus
  • Lawo Mc2
    • Ember Protocol
  • reaper
    • OSC protocol for control Reaper (reaper.fm)
  • Ardour Master
    • OSC protocol for Ardour (www.ardour.org)
    • Port 3819
    • The volume change in Ardour is on it´s channel faders.
    • Todo:
      • Meter calibration
  • SSL System T - Broadcast Mixer
    • SSL Automation Protocol for System T
    • Port 10001
    • Set Protocol Latency to around 120ms
  • Behringer xr master
    • OSC protocol for Behringer XR12,16,18
    • Port 10024
    • In this version the Behringer is slave of Producers-Audio-mixer, so faders on the behringer is turned down when channel is of.
  • DMXIS - Sisyfos control of DMX Lightcontroller
    • Default Port is 8000
    • Controls Fader On/Off with preset level from Sisyfos.
    • Easy implementation of state based lightcontrol from Automation.
    • the PROTOCOL DELAY setting should be raised to 50ms, as DMXIS is responding a little slowly.
  • midi
    • Generic MIDI - still preminilary
    • When using MIDI protocols, the PROTOCOL DELAY setting should be rised to at least 50ms
  • Yamaha QL1
    • Ip - MIDI based Protocol
    • Port 50000
    • Stable implementation of 2-ways Fader and Mute
  • Studer Vista 1-5-9 (untested)
    • mono, stereo, 51 channels fader level mute and Aux send from Sisyfos TO mixer
    • No 2 way support for now
  • Studer OnAir 3000 (untested)
    • channel 1 to 24 fader level from Sisyfos TO mixer
    • No 2 way support for now

Skaarhoj panels:

Skaarhoj in RAW panel mode is supported for rotary buttons including labels.

  • HWC#1-xx = fader level on Sisyfos
  • HWC#81-89 = enabled Monitor sends for Aux mix% on fader 1
  • HWC#91-99 = enabled Monitor sends for Aux mix% on fader 2
  • HWC#101-109 = enabled Monitor sends for Aux mix% on fader 3

The monitor sends are the same as those on the Channel Strip.

Automation Support:

It´s possible to control Sisyfos from an automationsystem, for it to act as middleware.

Set state:

To set the state send these OSC commands from you Automation to Sisyfos Port: 5255:

Set channel to PGM (optional: indiviaul fadetime):

(the integer defines: 0 - Off, 1 - Pgm On, 2 - Voice Over) (if second is missing it will take default fade value) /ch/1/mix/pgm - integer: { 0, 1 or 2 } - float { fadetime in ms }

Set channel to PST:

/ch/1/mix/pst - integer: { 0, 1 or 2 } (the integer defines: 0 - Off, 1 - Pgm On, 2 - Voice Over)

Mute channel:

/ch/1/mute - integer: { 0, 1 } (the integer defines: 0 - Mute off, 1 - Mute On)

Set channel faderlevel:

(the first defines the fader level) (if second is missing it will take default fade value) /ch/1/mix/faderlevel - float {between 0 and 1} - float { fadetime in ms }

Set channel label:

/ch/1/label - string {name of channel}

Set channel state:

/setchannel/{value1} set the channel state of all settings exposed to automation parsing a json, with this type:

export interface AutomationChannelAPI {
    faderLevel?: number
    pgmOn?: boolean
    voOn?: boolean
    pstOn?: boolean
    showChannel?: boolean
    muteOn?: boolean
    inputGain?: number
    inputSelector?: number
    label: string
}

Inject Command: (currently not implemented)

Pass a command directly from Automation to Audiomixer /inject

Crossfade between PGM and PST:

/take

Set snap 1-xx to PST:

/snap/1

Fade all channels to black (mute)

/fadetoblack

Clear all pst buttons

/clearpst

Hide or show channel strips on GUI:

/ch/{value1}/visible - integer { 0 or 1 }

Get state:

Get full state of all channels:

/state/full - returns a json string with an array of channels with:

export interface AutomationChannelAPI {
    faderLevel: number
    pgmOn: boolean
    voOn: boolean
    pstOn: boolean
    showChannel: boolean
    muteOn: boolean
    inputGain: number
    inputSelector: number
    label: string
}

Get all state of one fader:

/ch/1/state - returns a json in same format as the full state but only for the channel specified in the path

Get state channel PGM:

/ch/1/pgm/state - returns pgm state integer { 0 or 1 }

get state channel PST:

/ch/1/pst/state - returns pgm state integer { 0 or 1 }

Get state channel faderlevel:

/ch/1/faderlevel/state - float {between 0 and 1}

get state channel Mute:

/ch/1/mute/state - returns mute state integer { 0 or 1 }

get state InputGain:

/ch/1/inputgain/state - returns inputgain state float {between 0 and 1}

get state InputSelector:

/ch/1/inputselector/state - returns inputselector state integer { 0 or 1 }

Check connectivity

/ping/{value} In response to a ping, sisyfos will reply with /pong and the provided value OR 'offline' if Audiomixer is not connected

Localization:

Localization can be found in: /client/i18n.ts

If we end up with a huge amount of translations we move the translations to seperate files, but for now we keep it simple.