Packages

•  package root

  Definition Classes

  root

•  package de

  Definition Classes

  root

•  package sciss

  The interfaces are grouped into the following packages:

  Welcome to the Mellite API documentation.

  The interfaces are grouped into the following packages:

  • de.sciss.synth is the ScalaCollider base package, with things like computation Rate, AddAction, and DoneAction.
  • de.sciss.synth.ugen contains the ScalaCollider UGen documentation
  • de.sciss.lucre.synth is the base package for the transactional layer for ScalaCollider, with things like de.sciss.lucre.synth.Bus, Buffer, Node, and Server.
  • de.sciss.synth.proc is the SoundProcesses base package, with things like Proc, Timeline, Folder, AuralSystem, Scheduler, Transport, and Workspace
  • de.sciss.synth.proc.graph are UGen abstractions added by SoundProcesses, such as ScanIn and ScanOut.
  • de.sciss.mellite.gui is the base package for the Mellite graphical user interface.
  • de.sciss.fscape is the FScape base package
  • de.sciss.fscape.graph contains the FScape UGen documentation
  • de.sciss.fscape.lucre is the base package for the transactional layer for FScape, with things like FScape and additional UGens.

  The Lucre transactional object model:

  • de.sciss.lucre.stm is the base package for transactions, with things like Obj, Txn, Sys, and Cursor
  • de.sciss.lucre.artifact is the base package for file system artifacts, with classes Artifact and ArtifactLocation
  • de.sciss.lucre.expr is the base package for expression types such as IntObj, DoubleObj, etc.

  Other useful packages:

  • de.sciss.synth.io for reading and writing audio files
  • de.sciss.osc for general Open Sound Control interfaces

  Definition Classes

  de

•  package osc

  Definition Classes

  sciss

•  object PacketCodec

  A packet codec defines how the translation between Java objects and OSC atoms is accomplished.

  A packet codec defines how the translation between Java objects and OSC atoms is accomplished. For example, by default, when an OSC message is assembled for transmission, the encoder will translate ajava.lang.Integer argument into a four byte integer with typetag 'i'. Or when a received message is being decoded, finding an atom typetagged 'f', the decoder will create a java.lang.Float out of it.

  This example sounds trivial, but the codec is also able to handle type conversions. For instance, in the strict OSC 1.0 specification, only 32bit numeric atoms are defined ('i' and 'f'). A codec with mode MODE_STRICT_V1 will reject a java.lang.Double in the encoding process and not be able to decode a typetag 'd'. A codec with mode MODE_MODEST automatically breaks down everything the 32bit, so a java.lang.Double gets encoded as 32bit 'f' and a received atom tagged 'd' becomes a java.lang.Float. Other configurations exist.

  Another important function of the codec is to specify the charset encoding of strings, something that was overseen in the OSC 1.0 spec. By default, UTF-8 is used so all special characters can be safely encoded.

  Last but not least, using the putDecoder and putEncoder methods, the codec can be extended to support additional Java classes or OSC typetags, without the need to subclass PacketCodec.

  Definition Classes

  osc

• BufferOverflow
• Builder
• Exception
• MalformedPacket
• UnsupportedAtom

de.sciss.osc.PacketCodec

BufferOverflow