message
Identifies messages sent to the server which are executed asynchronously and reply with a form of done-message.
The /b_alloc message tells the server to allocate memory for a buffer associated
with its logical identifier.
The /b_allocRead message tells the server to allocate memory for a buffer and read
in a portion of an audio-file.
The /b_allocRead message tells the server to allocate memory for a buffer and read
in a portion of an audio-file. The number of channels
and the sample-rate of the buffer are determined by that audio-file.
the identifier to use for the buffer. It must denote a currently un-allocated buffer and be greater than or equal to zero and less than the maximum number of buffers.
the path of the audio-file to read. Since the server is an independent process, this must resolve with respect to the server's current working directory. If the server is running on a remote node, the path will be resolved in the server's local file system.
the offset in frames into the audio-file to begin reading from
the number of frames to read which will be the size of the allocated buffer. The special value less than or equal to zero denotes that the number of frames available in the file from the given offset is used (the entire file will be read).
The /b_allocReadChannel message tells the server to allocate memory for a buffer and read
in a portion of an audio-file, selecting a subset of its channels.
The /b_allocReadChannel message tells the server to allocate memory for a buffer and read
in a portion of an audio-file, selecting a subset of its channels. The number of channels
is given by the size of the channels argument, and the sample-rate of the buffer is determined
by the audio-file.
the identifier to use for the buffer. It must denote a currently un-allocated buffer and be greater than or equal to zero and less than the maximum number of buffers.
the path of the audio-file to read. Since the server is an independent process, this must resolve with respect to the server's current working directory. If the server is running on a remote node, the path will be resolved in the server's local file system.
the offset in frames into the audio-file to begin reading from
the number of frames to read which will be the size of the allocated buffer. The special
value of -1 denotes that the number of frames available in the file
from the given offset is used (the entire file will be read).
a sequence of channel indices to read. Zero corresponds to the first channel of the file.
The /b_close message ensures that a buffer closes an associated audio-file.
The /b_close message ensures that a buffer closes an associated audio-file.
This is a no-op if the buffer is not associated with an audio-file or if that
file is already closed.
The /b_fill message sets individual ranges of samples of the buffer to given values.
The /b_fill message sets individual ranges of samples of the buffer to given values.
the identifier of the buffer whose contents to write.
tuples which specify the offset into the buffer, the number of samples to overwrite and the value with which to overwrite.
The /b_free message frees a buffer on the server side.
The /b_free message frees a buffer on the server side. The client side
typically maintains a logical list of allocated buffer identifiers as well,
so one should normally rely on the specific client side API to correctly
free a buffer.
The /b_gen message uses a dedicated command to generate or manipulate the buffer content.
The /b_gen message uses a dedicated command to generate or manipulate the buffer content.
the identifier of the buffer whose contents to write.
the operation to carry out on the buffer, such as generating a waveform or copying the content
The /b_get message.
The /b_get message.
The /b_getn message.
The /b_getn message.
A /b_info message is received in reply to a /b_query message.
A /b_info message is received in reply to a /b_query message.
The /b_query messages requests a /b_info reply message from the server, providing
information about the size and sample-rate of the specified buffers.
The /b_query messages requests a /b_info reply message from the server, providing
information about the size and sample-rate of the specified buffers.
a sequence of buffer identifiers to query
The /b_read message tells the server to read a portion of an audio-file into an existing buffer.
The /b_read message tells the server to read a portion of an audio-file into an existing buffer.
the identifier of the buffer to read into.
the path of the audio-file to read.
the offset in frames into the audio-file to begin reading from
the number of frames to read which will be the size of the allocated buffer. The special
value of -1 denotes that as many frames are read as are available in the file or
fit into the buffer.
the frame offset in the buffer to begin writing to.
if true, leaves the file open for streaming with the
DiskIn UGen.
The /b_readChannel message tells the server to read a portion of an audio-file into an existing buffer,
selecting a subset of the file's channels.
The /b_readChannel message tells the server to read a portion of an audio-file into an existing buffer,
selecting a subset of the file's channels.
the identifier of the buffer to read into.
the path of the audio-file to read.
the offset in frames into the audio-file to begin reading from
the number of frames to read which will be the size of the allocated buffer. The special
value of -1 denotes that as many frames are read as are available in the file or
fit into the buffer.
the frame offset in the buffer to begin writing to.
if true, leaves the file open for streaming with the
DiskIn UGen.
a sequence of channel indices to read. Zero corresponds to the first channel of the file.
The /b_set message sets individual samples of the buffer to given values.
The /b_set message sets individual samples of the buffer to given values.
the identifier of the buffer whose contents to write.
pairs of sample offsets and sample values. The offsets are de-interleaved samples, so for multi-channel buffers, to address a particular frame, the frame index must be multiplied by the number of channels and offset by the channel to write into.
The /b_setn message sets individual ranges of samples of the buffer to given values.
The /b_setn message sets individual ranges of samples of the buffer to given values.
the identifier of the buffer whose contents to write.
pairs of sample offsets and sequences of sample values. The offsets are de-interleaved samples, so for multi-channel buffers, to address a particular frame, the frame index must be multiplied by the number of channels and offset by the channel to write into.
The /b_write message writes a portion of the buffer contents to an audio-file.
The /b_write message writes a portion of the buffer contents to an audio-file.
the identifier of the buffer whose contents to write.
the path of the audio-file to write to.
the header format of the audio-file
the sample resolution of the audio-file
the number of frames to write. The special
value of -1 denotes that the whole buffer content (or the remainder
after the startFrame) is written out.
the frame offset in the buffer to begin reading from
if true, leaves the file open for streaming with
the DiskOut UGen.
The /b_zero message clears the contents of a buffer (all samples will be zero).
The /b_zero message clears the contents of a buffer (all samples will be zero).
The /c_fill message.
The /c_fill message.
The /c_get message.
The /c_get message.
The /c_getn message.
The /c_getn message.
The /c_set message.
The /c_set message.
The /c_setn message.
The /c_setn message.
The /dumpOSC message that selects how the server reports incoming OSC packets.
The /dumpOSC message that selects how the server reports incoming OSC packets.
Note: The OSC dump behavior of scsynth has long time been broken. It is recommended
to use client-side only reporting, provided by the dumpOSC method of the Server class.
Produces an /error message that selects how the server will report errors to the console.
The /g_deepFree message.
The /g_dumpTree message.
The /g_freeAll message.
The /g_head message pair-wise places nodes at the head of groups.
The /g_head message pair-wise places nodes at the head of groups.
/g_head
[
Int - the ID of the group at which head a node is to be placed (B)
int - the ID of the node to place (A)
] * NSo that for each pair, node A is moved to the head of group B.
The /g_new message.
The /g_queryTree message.
The /g_tail message pair-wise places nodes at the tail of groups.
The /g_tail message pair-wise places nodes at the tail of groups.
/g_tail
[
Int - the ID of the group at which tail a node is to be placed (B)
int - the ID of the node to place (A)
] * NSo that for each pair, node A is moved to the tail of group B.
The /n_after message pair-wise places nodes after other nodes.
The /n_after message pair-wise places nodes after other nodes.
/n_after
[
Int - the ID of the node to place (A)
int - the ID of the node after which the above is placed (B)
] * NSo that for each pair, node A in the same group as node B, to execute immediately after node B.
The /n_before message pair-wise places nodes before other nodes.
The /n_before message pair-wise places nodes before other nodes.
/n_before
[
Int - the ID of the node to place (A)
int - the ID of the node before which the above is placed (B)
] * NSo that for each pair, node A in the same group as node B, to execute immediately before node B.
The /n_fill message.
The /n_free message.
An /n_info message is received as a reply to an /n_query message.
An /n_info message is received as a reply to an /n_query message.
the identifier of the node for which information has been received
the information object describing the topological position of the node
The /n_map message.
The /n_mapa message.
The /n_mapan message.
The /n_mapn message.
The /n_noid message.
The /n_order message.
The /n_query message.
The /n_run message.
The /n_set message.
The /n_setn message.
The /n_trace message.
The /p_new message.
Identifies messages returned by SuperCollider server.
Identifies messages sent to the SuperCollider server.
Identifies messages received or sent by the SuperCollider server.
The /notify messages registers or de-registers a client with respect
to receiving reply messages from the server.
The /notify messages registers or de-registers a client with respect
to receiving reply messages from the server.
Booting or connecting a server through the regular API automatically handles and does not require the explicit use of this message.
if true, the client is registered, if false it is de-registered.
Represents a /sync message, which is queued with the asynchronous messages
on the server, and which, when executed, triggers a corresponding /synced reply
message (i.e.
Represents a /sync message, which is queued with the asynchronous messages
on the server, and which, when executed, triggers a corresponding /synced reply
message (i.e. with the same id)
an arbitrary identifier which can be used to match the corresponding
reply message. typically the id is incremented by 1 for each
/sync message sent out.
Identifies command messages sent to the server which are executed synchronously and do not return a message.
Identifies query messages sent to the server which are executed synchronously and produce a reply message.
Identifies messages sent to the server which are executed synchronously.
Represents a /synced message, a reply from the server acknowledging that
all asynchronous operations up to the corresponding /sync message (i.e.
Represents a /synced message, a reply from the server acknowledging that
all asynchronous operations up to the corresponding /sync message (i.e. with
the same id) have been completed
The /d_free message.
The /d_load message.
The /d_load message.
the path to the file that stores the definition. This can be a pattern
like "synthdefs/perc-*"
The /d_loadDir message tells the server to load all synth definitions within a directory.
The /d_loadDir message tells the server to load all synth definitions within a directory.
The /d_recv message.
The /s_get message.
The /s_getn message.
The /s_new message.
The /tr message send from a SendTrig UGen.
The /u_cmd message allows one to send UGen specific commands.
The /n_end message is received from the server when a node has been freed.
The /n_end message is received from the server when a node has been freed.
The /n_go message is received from the server when a node has been newly created.
The /n_move message is received from the server when a node has changed its position in the tree.
The /n_move message is received from the server when a node has changed its position in the tree.
The /n_off message is received from the server when a node has been paused.
The /n_off message is received from the server when a node has been paused.
The /n_on message is received from the server when a node has resumed.
The /n_on message is received from the server when a node has resumed.
The /quit message tells the server to shut down.
The /quit message tells the server to shut down.
The /status message that queries the current statistics from the server.
The
/b_allocmessage tells the server to allocate memory for a buffer associated with its logical identifier.BufferAllocReadChannel
BufferAllocRead
BufferFree
Buffer#allocMsg