OSC - Open Sound Control protocol integration for CryEngine

This plugin relies on oscpkt a very lightweight OSC implementation.

Open Sound Control (OSC) is a content format for messaging among computers, sound synthesizers, and other multimedia devices that are optimized for modern networking technology. Bringing the benefits of modern networking technology to the world of electronic musical instruments, OSC's advantages include interoperability, accuracy, flexibility, and enhanced organization and documentation.

• Touch-OSC for iOS/Android (connect CryEngine with your phone)
• OSC-Datamonitor monitors the OSC datastream (find out the data types and message names)
• OSCeleton for OpenNI or for KinectSDK for Kinect skeleton data
• Duration is a timeline for creative coding. Create live performances, interactive installations, and music visualizations by synchronously composing servos, lighting, and projection.
• many more...

Use the installer or extract the files to your Cryengine SDK Folder so that the Code and BinXX/Plugins directory match up.

The plugin manager will automatically load up the plugin when the game/editor is restarted or if you directly load it.

• Connecting CryEngine with Smartphone and Sound Programs

Please note there can be only one connection node for each IP and port. Use the VariousStuff ValueChannel to reuse connections in different flowgraphs.

• OSC_Plugin:Connection Connection data source or destination
  • In Init Connects or starts listening (will fire InitAll output)
  • In Close Disconnect or close (resets InitAll output)
  • In sHost host/ip to bind/connect
  • In nPort port to listen/connect
  • In nType Server (Receive) or Client (Send)
  • Out InitAll connect all Receive:Message or Send:Packet that should use this connection

• OSC_Plugin:Receive:Message Registers a message that can be received

  • In Init Registers the message with the connected Connection
  • In sMessage Messagetext/identifier/path
  • Out InitNext connect the first Receive:Value:* of this message (the order is important)

• OSC_Plugin:Receive:Value:Float32 Registers a message parameter that will be read

  • In Init Registers the value with the connected Receive:Message or via Receive:Value:*
  • Out InitNext connect the next Receive:Value:* of this message (the order is important)
  • Out Value outputs the value if received

• OSC_Plugin:Receive:Value:Any Use this to skip over parameters with unsupported or unkown type

  • In Init Registers the value with the connected Receive:Message or via Receive:Value:*
  • Out InitNext connect the next Receive:Value:* of this message (the order is important)
  • no Value

• OSC_Plugin:Receive:Value:Int32 same as Float32

• OSC_Plugin:Receive:Value:Int64 same as Float32

• OSC_Plugin:Receive:Value:Double64 same as Float32

• OSC_Plugin:Receive:Value:String same as Float32

• OSC_Plugin:Receive:Value:Bool same as Float32

• OSC_Plugin:Send:Packet Register a packet that can be sent (define at least one Bundle if you have more then one message)

  • In Init registers the packet in the connected Connection
  • In Send triggers a manual send on this packets content
  • In bAutoSend Activate automatic sending on value change inside this packet
  • Out InitNext connect the first Send:Bundle or Send:Message that is inside this packet

• OSC_Plugin:Send:BundleStart Start a Bundle inside a packet (Bundles can be nested)

  • In Init Start a new Bundle inside the packet/bundle
  • Out InitNext connect the next Send:Value:*, Send:Message or Send:Bundle* of this packet (the order is important)

• OSC_Plugin:Send:BundleEnd End the Bundle

  • In Init End the current Bundle inside the packet/bundle
  • Out InitNext connect the next Send:Value:*, Send:Message or Send:Bundle* of this packet (the order is important)

• OSC_Plugin:Send:Message Register a message in a packet

  • In Init registers the message in the connected Send:Packet, Send:Bundle or via Send:Value:*
  • In sMessage Messagetext/identifier/path
  • Out InitNext connect the first Send:Value of this message

• OSC_Plugin:Send:Value:Float32 Registers a message parameter that will be sent

  • In Init receive the value from Send:Message
  • In Value if triggered with a new value it will send the packet if auto send is active, if not then it will save the value and it will get sent when Send:Packet->Send is triggered.
  • Out InitNext connect the next Send:Value:*, Send:Message or Send:Bundle* of this packet (the order is important)

• OSC_Plugin:Send:Value:Int32 same as Float32

• OSC_Plugin:Send:Value:Int64 same as Float32

• OSC_Plugin:Send:Value:Double64 same as Float32

• OSC_Plugin:Send:Value:String same as Float32

• OSC_Plugin:Send:Value:Bool same as Float32