GstIirEqualizer10Bands::band0
gdouble
[-24,12]
rw
29 Hz
gain for the frequency band 29 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band1
gdouble
[-24,12]
rw
59 Hz
gain for the frequency band 59 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band2
gdouble
[-24,12]
rw
119 Hz
gain for the frequency band 119 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band3
gdouble
[-24,12]
rw
237 Hz
gain for the frequency band 237 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band4
gdouble
[-24,12]
rw
474 Hz
gain for the frequency band 474 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band5
gdouble
[-24,12]
rw
947 Hz
gain for the frequency band 947 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band6
gdouble
[-24,12]
rw
1889 Hz
gain for the frequency band 1889 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band7
gdouble
[-24,12]
rw
3770 Hz
gain for the frequency band 3770 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band8
gdouble
[-24,12]
rw
7523 Hz
gain for the frequency band 7523 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer10Bands::band9
gdouble
[-24,12]
rw
15011 Hz
gain for the frequency band 15011 Hz, ranging from -24 dB to +12 dB.
0
GstIirEqualizer3Bands::band0
gdouble
[-24,12]
rw
110 Hz
gain for the frequency band 100 Hz, ranging from -24.0 to +12.0.
0
GstIirEqualizer3Bands::band1
gdouble
[-24,12]
rw
1100 Hz
gain for the frequency band 1100 Hz, ranging from -24.0 to +12.0.
0
GstIirEqualizer3Bands::band2
gdouble
[-24,12]
rw
11 kHz
gain for the frequency band 11 kHz, ranging from -24.0 to +12.0.
0
GstIirEqualizerNBands::num-bands
guint
[1,64]
rwx
num-bands
number of different bands to use.
10
GstMultiFileSink::location
gchar*
rw
File Location
Location of the file to write.
NULL
GstMultiFileSink::index
gint
>= 0
rw
Index
Index to use with location property to create file names. The index is incremented by one for each buffer written.
0
GstMultiFileSink::next-file
GstMultiFileSinkNext
rw
Next File
When to start a new file.
New file for each buffer
GstMultiFileSink::post-messages
gboolean
rw
Post Messages
Post a message for each file with information of the buffer.
FALSE
GstMultiFileSink::max-files
guint
rw
Max files
Maximum number of files to keep on disk. Once the maximum is reached,old files start to be deleted to make room for new ones.
0
GstMultiFileSink::max-file-size
guint64
rw
Maximum File Size
Maximum file size before starting a new file in max-size mode.
2147483648
GstMultiFileSink::aggregate-gops
gboolean
rw
Aggregate GOPs
Whether to aggregate GOPs and process them as a whole without splitting.
FALSE
GstMultiFileSink::max-file-duration
guint64
rw
Maximum File Duration
Maximum file duration before starting a new file in max-size mode (in nanoseconds).
18446744073709551615
GstMultiFileSrc::caps
GstCaps*
rw
Caps
Caps describing the format of the data.
GstMultiFileSrc::index
gint
>= 0
rw
File Index
Index to use with location property to create file names. The index is incremented by one for each buffer read.
0
GstMultiFileSrc::location
gchar*
rw
File Location
Pattern to create file names of input files. File names are created by calling sprintf() with the pattern and the current index.
"%05d"
GstMultiFileSrc::loop
gboolean
rw
Loop
Whether to repeat from the beginning when all files have been read.
FALSE
GstMultiFileSrc::start-index
gint
>= 0
rw
Start Index
Start value of index. The initial value of index can be set either by setting index or start-index. When the end of the loop is reached, the index will be set to the value start-index.
0
GstMultiFileSrc::stop-index
gint
>= G_MAXULONG
rw
Stop Index
Stop value of index. The special value -1 means no stop.
0
GstOssSrc::device
gchar*
rw
Device
OSS device (usually /dev/dspN).
"/dev/dsp"
GstOssSrc::device-name
gchar*
r
Device name
Human-readable name of the sound device.
""
GstSpectrum::bands
guint
[2,1073741824]
rw
Bands
Number of frequency bands.
128
GstSpectrum::interval
guint64
>= 1
rw
Interval
Interval of time between message posts (in nanoseconds).
100000000
GstSpectrum::threshold
gint
<= 0
rw
Threshold
dB threshold for result. All lower values will be set to this.
-60
GstSpectrum::message-magnitude
gboolean
rw
Magnitude
Whether to add a 'magnitude' field to the structure of any 'spectrum' element messages posted on the bus.
TRUE
GstSpectrum::message-phase
gboolean
rw
Phase
Whether to add a 'phase' field to the structure of any 'spectrum' element messages posted on the bus.
FALSE
GstSpectrum::post-messages
gboolean
rw
Post Messages
Whether to post a 'spectrum' element message on the bus for each passed interval.
TRUE
GstSpectrum::multi-channel
gboolean
rw
Multichannel results
Send separate results for each channel.
FALSE
GstVideoBox::alpha
gdouble
[0,1]
rw
Alpha
Alpha value picture.
1
GstVideoBox::border-alpha
gdouble
[0,1]
rw
Border Alpha
Alpha value of the border.
1
GstVideoBox::bottom
gint
rw
Bottom
Pixels to box at bottom (<0 = add a border).
0
GstVideoBox::fill
GstVideoBoxFill
rw
Fill
How to fill the borders.
Black
GstVideoBox::left
gint
rw
Left
Pixels to box at left (<0 = add a border).
0
GstVideoBox::right
gint
rw
Right
Pixels to box at right (<0 = add a border).
0
GstVideoBox::top
gint
rw
Top
Pixels to box at top (<0 = add a border).
0
GstVideoBox::autocrop
gboolean
rw
Auto crop
Auto crop.
FALSE
GstUDPSink::host
gchar*
rw
host
The host/IP/Multicast group to send the packets to.
"localhost"
GstUDPSink::port
gint
[0,65535]
rw
port
The port to send the packets to.
5004
GstUDPSrc::caps
GstCaps*
rw
Caps
The caps of the source pad.
GstUDPSrc::multicast-group
gchar*
rw
Multicast Group
The Address of multicast group to join. (DEPRECATED: Use address property instead).
"0.0.0.0"
GstUDPSrc::port
gint
[0,65535]
rw
Port
The port to receive the packets from, 0=allocate.
5004
GstUDPSrc::uri
gchar*
rw
URI
URI in the form of udp://multicast_group:port.
"udp://0.0.0.0:5004"
GstUDPSrc::buffer-size
gint
>= 0
rw
Buffer Size
Size of the kernel receive buffer in bytes, 0=default.
0
GstUDPSrc::timeout
guint64
rw
Timeout
Post a message after timeout nanoseconds (0 = disabled).
0
GstUDPSrc::skip-first-bytes
gint
>= 0
rw
Skip first bytes
number of bytes to skip for each udp packet.
0
GstUDPSrc::auto-multicast
gboolean
rw
Auto Multicast
Automatically join/leave multicast groups.
TRUE
GstUDPSrc::multicast-iface
gchar*
rw
Multicast Interface
The network interface on which to join the multicast group.This allows multiple interfaces seperated by comma. ("eth0,eth1").
NULL
GstUDPSrc::reuse
gboolean
rw
Reuse
Enable reuse of the port.
TRUE
GstUDPSrc::close-socket
gboolean
rw
Close socket
Close socket if passed as property on state change.
TRUE
GstUDPSrc::socket
GSocket*
rw
Socket
Socket to use for UDP reception. (NULL == allocate).
GstUDPSrc::used-socket
GSocket*
r
Socket Handle
Socket currently in use for UDP reception. (NULL = no socket).
GstUDPSrc::address
gchar*
rw
Address
Address to receive packets for. This is equivalent to the multicast-group property for now.
"0.0.0.0"
GstUDPSrc::loop
gboolean
rw
Multicast Loopback
Used for setting the multicast loop parameter. TRUE = enable, FALSE = disable.
TRUE
GstUDPSrc::retrieve-sender-address
gboolean
rw
Retrieve Sender Address
Whether to retrieve the sender address and add it to buffers as meta. Disabling this might result in minor performance improvements in certain scenarios.
TRUE
GstUDPSrc::mtu
guint
<= G_MAXINT
rw
Expected Maximum Transmission Unit
Maximum expected packet size. This directly defines the allocationsize of the receive buffer pool.
1492
GstSMPTE::border
gint
>= 0
rw
Border
The border width of the transition.
0
GstSMPTE::depth
gint
[1,24]
rw
Depth
Depth of the mask in bits.
16
GstSMPTE::type
GstSMPTETransitionType
rw
Type
The type of transition to use.
A bar moves from left to right
GstSMPTE::duration
guint64
rw
Duration
Duration of the transition effect in nanoseconds.
1000000000
GstSMPTE::invert
gboolean
rw
Invert
Invert transition mask.
FALSE
GstRTSPSrc::debug
gboolean
rw
Debug
Dump request and response messages to stdout(DEPRECATED: Printed all RTSP message to gstreamer log as 'log' level).
FALSE
GstRTSPSrc::location
gchar*
rw
RTSP Location
Location of the RTSP url to read.
NULL
GstRTSPSrc::protocols
GstRTSPLowerTrans
rw
Protocols
Allowed lower transport protocols.
GST_RTSP_LOWER_TRANS_UDP|GST_RTSP_LOWER_TRANS_UDP_MCAST|GST_RTSP_LOWER_TRANS_TCP
GstRTSPSrc::retry
guint
<= 65535
rw
Retry
Max number of retries when allocating RTP ports.
20
GstRTSPSrc::timeout
guint64
rw
Timeout
Retry TCP transport after UDP timeout microseconds (0 = disabled).
5000000
GstRTSPSrc::latency
guint
rw
Buffer latency in ms
Amount of ms to buffer.
2000
GstRTSPSrc::tcp-timeout
guint64
rw
TCP Timeout
Fail after timeout microseconds on TCP connections (0 = disabled).
20000000
GstRTSPSrc::connection-speed
guint64
<= 18446744073709551
rw
Connection Speed
Network connection speed in kbps (0 = unknown).
0
GstRTSPSrc::nat-method
GstRTSPNatMethod
rw
NAT Method
Method to use for traversing firewalls and NAT.
Send Dummy packets
GstRTSPSrc::do-rtcp
gboolean
rw
Do RTCP
Send RTCP packets, disable for old incompatible server.
TRUE
GstRTSPSrc::proxy
gchar*
rw
Proxy
Proxy settings for HTTP tunneling. Format: [http://][user:passwd@]host[:port].
NULL
GstRTSPSrc::rtp-blocksize
guint
<= 65536
rw
RTP Blocksize
RTP package size to suggest to server (0 = disabled).
0
GstRTSPSrc::user-id
gchar*
rw
user-id
RTSP location URI user id for authentication.
NULL
GstRTSPSrc::user-pw
gchar*
rw
user-pw
RTSP location URI user password for authentication.
NULL
GstRTSPSrc::buffer-mode
GstRTSPSrcBufferMode
rw
Buffer Mode
Control the buffering algorithm in use.
Choose mode depending on stream live
GstRTSPSrc::port-range
gchar*
rw
Port range
Client port range that can be used to receive RTP and RTCP data, eg. 3000-3005 (NULL = no restrictions).
NULL
GstRTSPSrc::udp-buffer-size
gint
>= 0
rw
UDP Buffer Size
Size of the kernel UDP receive buffer in bytes, 0=default.
524288
GstRTSPSrc::short-header
gboolean
rw
Short Header
Only send the basic RTSP headers for broken encoders.
FALSE
GstRTSPSrc::do-rtsp-keep-alive
gboolean
rw
Do RTSP Keep Alive
Send RTSP keep alive packets, disable for old incompatible server.
TRUE
GstRTSPSrc::drop-on-latency
gboolean
rw
Drop buffers when maximum latency is reached
Tells the jitterbuffer to never exceed the given latency in size.
FALSE
GstRTSPSrc::probation
guint
rw
Number of probations
Consecutive packet sequence numbers to accept the source.
2
GstRTSPSrc::udp-reconnect
gboolean
rw
Reconnect to the server
Reconnect to the server if RTSP connection is closed when doing UDP.
TRUE
GstRTSPSrc::proxy-id
gchar*
rw
proxy-id
HTTP proxy URI user id for authentication.
""
GstRTSPSrc::proxy-pw
gchar*
rw
proxy-pw
HTTP proxy URI user password for authentication.
""
GstRTSPSrc::multicast-iface
gchar*
rw
Multicast Interface
The network interface on which to join the multicast group.
NULL
GstRTSPSrc::ntp-sync
gboolean
rw
Sync on NTP clock
Synchronize received streams to the NTP clock.
FALSE
GstRTSPSrc::use-pipeline-clock
gboolean
rw
Use pipeline clock
Use the pipeline running-time to set the NTP time in the RTCP SR messages(DEPRECATED: Use ntp-time-source property).
FALSE
GstRTSPSrc::sdes
GstStructure*
rw
SDES
The SDES items of this session.
GstRTSPSrc::tls-database
GTlsDatabase*
rw
TLS database
TLS database with anchor certificate authorities used to validate the server certificate.
GstRTSPSrc::tls-validation-flags
GTlsCertificateFlags
rw
TLS validation flags
TLS certificate validation flags used to validate the server certificate.
G_TLS_CERTIFICATE_UNKNOWN_CA|G_TLS_CERTIFICATE_BAD_IDENTITY|G_TLS_CERTIFICATE_NOT_ACTIVATED|G_TLS_CERTIFICATE_EXPIRED|G_TLS_CERTIFICATE_REVOKED|G_TLS_CERTIFICATE_INSECURE|G_TLS_CERTIFICATE_GENERIC_ERROR
GstRTSPSrc::do-retransmission
gboolean
rw
Retransmission
Ask the server to retransmit lost packets.
TRUE
GstRTSPSrc::tls-interaction
GTlsInteraction*
rw
TLS interaction
A GTlsInteraction object to promt the user for password or certificate.
GstRTSPSrc::ntp-time-source
GstRTSPSrcNtpTimeSource
rw
NTP Time Source
NTP time source for RTCP packets.
NTP time based on realtime clock
GstRTSPSrc::user-agent
gchar*
rw
User Agent
The User-Agent string to send to the server.
"GStreamer/1.15.0.1"
GstRTSPSrc::max-rtcp-rtp-time-diff
gint
>= G_MAXULONG
rw
Max RTCP RTP Time Diff
Maximum amount of time in ms that the RTP time in RTCP SRs is allowed to be ahead (-1 disabled).
1000
GstRTSPSrc::rfc7273-sync
gboolean
rw
Sync on RFC7273 clock
Synchronize received streams to the RFC7273 clock (requires clock and offset to be provided).
FALSE
GstRTSPSrc::default-rtsp-version
GstRTSPVersion
rw
The RTSP version to try first
The RTSP version that should be tried first when negotiating version.
GST_RTSP_VERSION_1_0
GstRTSPSrc::max-ts-offset
gint64
>= 0
rw
Max TS Offset
The maximum absolute value of the time offset in (nanoseconds). Note, if the ntp-sync parameter is set the default value is changed to 0 (no limit).
3000000000
GstRTSPSrc::max-ts-offset-adjustment
guint64
rw
Max Timestamp Offset Adjustment
The maximum number of nanoseconds per frame that time stamp offsets may be adjusted (0 = no limit).
0
GstRTSPSrc::backchannel
GstRTSPBackchannel
rw
Backchannel type
The type of backchannel to setup. Default is 'none'.
No backchannel
GstRTSPSrc::teardown-timeout
guint64
rw
Teardown Timeout
When transitioning PAUSED-READY, allow up to timeout (in nanoseconds) delay in order to send teardown (0 = disabled).
100000000
GstRTPDec::latency
guint
rw
Buffer latency in ms
Amount of ms to buffer.
200
GstLevel::interval
guint64
>= 1
rw
Interval
Interval of time between message posts (in nanoseconds).
100000000
GstLevel::message
gboolean
rw
message
Post a 'level' message for each passed interval (deprecated, use the post-messages property instead).
TRUE
GstLevel::peak-falloff
gdouble
>= 0
rw
Peak Falloff
Decay rate of decay peak after TTL (in dB/sec).
10
GstLevel::peak-ttl
guint64
rw
Peak TTL
Time To Live of decay peak before it falls back (in nanoseconds).
300000000
GstLevel::post-messages
gboolean
rw
Post Messages
Whether to post a 'level' element message on the bus for each passed interval.
TRUE
GstDiceTV::square-bits
gint
[0,5]
rw
Square Bits
The size of the Squares.
4
GstVertigoTV::speed
gfloat
[0.01,100]
rw
Speed
Control the speed of movement.
0.02
GstVertigoTV::zoom-speed
gfloat
[1.01,1.1]
rw
Zoom Speed
Control the rate of zooming.
1.01
GstRevTV::delay
gint
[1,100]
rw
Delay
Delay in frames between updates.
1
GstRevTV::gain
gint
[1,200]
rw
Gain
Control gain.
50
GstRevTV::linespace
gint
[1,100]
rw
Linespace
Control line spacing.
6
GstQuarkTV::planes
gint
[1,64]
rw
Planes
Number of planes.
16
GstAlpha::alpha
gdouble
[0,1]
rw
Alpha
The value for the alpha channel.
1
GstAlpha::angle
gfloat
[0,90]
rw
Angle
Size of the colorcube to change.
20
GstAlpha::method
GstAlphaMethod
rw
Method
How the alpha channels should be created.
Set/adjust alpha channel
GstAlpha::noise-level
gfloat
[0,64]
rw
Noise Level
Size of noise radius.
2
GstAlpha::target-b
guint
<= 255
rw
Target Blue
The blue color value for custom RGB chroma keying.
0
GstAlpha::target-g
guint
<= 255
rw
Target Green
The green color value for custom RGB chroma keying.
255
GstAlpha::target-r
guint
<= 255
rw
Target Red
The red color value for custom RGB chroma keying.
0
GstAlpha::black-sensitivity
guint
<= 128
rw
Black Sensitivity
Sensitivity to dark colors.
100
GstAlpha::white-sensitivity
guint
<= 128
rw
White Sensitivity
Sensitivity to bright colors.
100
GstAlpha::prefer-passthrough
gboolean
rw
Prefer Passthrough
Don't do any processing for alpha=1.0 if possible.
FALSE
GstShout2send::description
gchar*
rw
description
description.
""
GstShout2send::genre
gchar*
rw
genre
genre.
""
GstShout2send::ip
gchar*
rw
ip
IP address or hostname.
"127.0.0.1"
GstShout2send::mount
gchar*
rw
mount
mount.
""
GstShout2send::password
gchar*
rw
password
password.
"hackme"
GstShout2send::port
gint
[1,65535]
rw
port
port.
8000
GstShout2send::protocol
GstShout2SendProtocol
rw
protocol
Connection Protocol to use.
Http Protocol (icecast 2.x)
GstShout2send::streamname
gchar*
rw
streamname
name of the stream.
""
GstShout2send::url
gchar*
rw
url
the stream's homepage URL.
""
GstShout2send::username
gchar*
rw
username
username.
"source"
GstShout2send::public
gboolean
rw
public
If the stream should be listed on the server's stream directory.
FALSE
GstShout2send::timeout
guint
>= 1
rw
timeout
Max amount of time to wait for network activity, in milliseconds.
10000
GstSpeexDec::enh
gboolean
rw
Enh
Enable perceptual enhancement.
TRUE
GstPngEnc::compression-level
guint
<= 9
rw
compression-level
PNG compression level.
6
GstPngEnc::snapshot
gboolean
rw
Snapshot
Send EOS after encoding a frame, useful for snapshots.
FALSE
GstCACASink::anti-aliasing
gboolean
rw
Anti Aliasing
Enables Anti-Aliasing.
TRUE
GstCACASink::dither
GstCACASinkDithering
rw
Dither Type
Set type of Dither.
No dithering
GstCACASink::screen-height
gint
>= 0
r
Screen Height
The height of the screen.
25
GstCACASink::screen-width
gint
>= 0
r
Screen Width
The width of the screen.
80
GstJpegEnc::quality
gint
[0,100]
rw
Quality
Quality of encoding.
85
GstJpegEnc::idct-method
GstIDCTMethod
rw
IDCT Method
The IDCT algorithm to use.
Faster, less accurate integer method
GstJpegEnc::snapshot
gboolean
rw
Snapshot
Send EOS after encoding a frame, useful for snapshots.
FALSE
GstDVDec::clamp-chroma
gboolean
rw
Clamp chroma
Clamp chroma.
FALSE
GstDVDec::clamp-luma
gboolean
rw
Clamp luma
Clamp luma.
FALSE
GstDVDec::drop-factor
gint
>= 1
rw
Drop Factor
Only decode Nth frame.
1
GstDVDec::quality
GstDVDecQualityEnum
rw
Quality
Decoding quality.
Highest quality colour decoding
GstAASink::brightness
gint
rw
brightness
brightness.
0
GstAASink::contrast
gint
rw
contrast
contrast.
0
GstAASink::dither
GstAASinkDitherers
rw
dither
dither.
no dithering
GstAASink::driver
GstAASinkDrivers
rw
driver
driver.
X11 driver 1.1
GstAASink::frame-time
gint
r
frame time
frame time.
0
GstAASink::frames-displayed
gint
r
frames displayed
frames displayed.
0
GstAASink::gamma
gfloat
[0,5]
rw
gamma
gamma.
1
GstAASink::height
gint
rw
height
height.
0
GstAASink::inversion
gboolean
rw
inversion
inversion.
TRUE
GstAASink::randomval
gint
rw
randomval
randomval.
0
GstAASink::width
gint
rw
width
width.
0
GstSpeexEnc::abr
gint
>= 0
rwx
ABR
Enable average bit-rate (0 = disabled).
0
GstSpeexEnc::bitrate
gint
>= 0
rwx
Encoding Bit-rate
Specify an encoding bit-rate (in bps). (0 = automatic).
0
GstSpeexEnc::complexity
gint
>= 0
rwx
Complexity
Set encoding complexity.
3
GstSpeexEnc::dtx
gboolean
rwx
DTX
Enable discontinuous transmission.
FALSE
GstSpeexEnc::last-message
gchar*
r
last-message
The last status message.
NULL
GstSpeexEnc::nframes
gint
>= 0
rwx
NFrames
Number of frames per buffer.
1
GstSpeexEnc::quality
gfloat
[0,10]
rwx
Quality
Encoding quality.
8
GstSpeexEnc::vad
gboolean
rwx
VAD
Enable voice activity detection.
FALSE
GstSpeexEnc::vbr
gboolean
rwx
VBR
Enable variable bit-rate.
FALSE
GstSpeexEnc::mode
GstSpeexEncMode
rwx
Mode
The encoding mode.
Auto
GstDV1394Src::channel
gint
[0,64]
rw
Channel
Channel number for listening.
63
GstDV1394Src::consecutive
gint
>= 1
rw
consecutive frames
send n consecutive frames after skipping.
1
GstDV1394Src::drop-incomplete
gboolean
rw
drop incomplete
drop incomplete frames.
TRUE
GstDV1394Src::guid
guint64
rw
GUID
select one of multiple DV devices by its GUID. use a hexadecimal like 0xhhhhhhhhhhhhhhhh. (0 = no guid).
0
GstDV1394Src::port
gint
[G_MAXULONG,16]
rw
Port
Port number (-1 automatic).
-1
GstDV1394Src::skip
gint
>= 0
rw
skip frames
skip n frames.
0
GstDV1394Src::use-avc
gboolean
rw
Use AV/C
Use AV/C VTR control.
TRUE
GstDV1394Src::device-name
gchar*
r
device name
user-friendly name of the device.
"Default"
GstFlacEnc::blocksize
guint
[16,65535]
rwx
Blocksize
Blocksize in samples.
4608
GstFlacEnc::escape-coding
gboolean
rwx
Do Escape coding
search for escape codes in the entropy coding stage for slightly better compression.
FALSE
GstFlacEnc::exhaustive-model-search
gboolean
rwx
Do exhaustive model search
do exhaustive search of LP coefficient quantization (expensive!).
FALSE
GstFlacEnc::loose-mid-side-stereo
gboolean
rwx
Loose mid side stereo
Loose mid side stereo.
FALSE
GstFlacEnc::max-lpc-order
guint
<= 32
rwx
Max LPC order
Max LPC order; 0 => use only fixed predictors.
8
GstFlacEnc::max-residual-partition-order
guint
<= 16
rwx
Max residual partition order
Max residual partition order (above 4 doesn't usually help much).
3
GstFlacEnc::mid-side-stereo
gboolean
rwx
Do mid side stereo
Do mid side stereo (only for stereo input).
TRUE
GstFlacEnc::min-residual-partition-order
guint
<= 16
rwx
Min residual partition order
Min residual partition order (above 4 doesn't usually help much).
3
GstFlacEnc::qlp-coeff-prec-search
gboolean
rwx
Do QLP coefficients precision search
false = use qlp_coeff_precision, true = search around qlp_coeff_precision, take best.
FALSE
GstFlacEnc::qlp-coeff-precision
guint
<= 32
rwx
QLP coefficients precision
Precision in bits of quantized linear-predictor coefficients; 0 = automatic.
0
GstFlacEnc::quality
GstFlacEncQuality
rwx
Quality
Speed versus compression tradeoff.
5 - Default
GstFlacEnc::rice-parameter-search-dist
guint
<= 15
rwx
rice_parameter_search_dist
0 = try only calc'd parameter k; else try all [k-dist..k+dist] parameters, use best.
0
GstFlacEnc::streamable-subset
gboolean
rwx
Streamable subset
true to limit encoder to generating a Subset stream, else false.
TRUE
GstFlacEnc::padding
guint
rwx
Padding
Write a PADDING block with this length in bytes.
0
GstFlacEnc::seekpoints
gint
>= -2147483647
rwx
Seekpoints
Add SEEKTABLE metadata (if > 0, number of entries, if < 0, interval in sec).
-10
GstOssSink::device
gchar*
rw
Device
OSS device (usually /dev/dspN).
"/dev/dsp"
GstMatroskaMux::writing-app
gchar*
rw
Writing application.
The name the application that creates the matroska file.
NULL
GstMatroskaMux::version
gint
[1,2]
rw
DocType version
This parameter determines what Matroska features can be used.
2
GstMatroskaMux::min-index-interval
gint64
>= 0
rw
Minimum time between index entries
An index entry is created every so many nanoseconds.
0
GstMatroskaMux::streamable
gboolean
rw
Determines whether output should be streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written.
FALSE
GstMatroskaMux::timecodescale
gint64
[1,1000000000]
rw
Timecode Scale
TimecodeScale used to calculate the Raw Timecode of a Block.
1000000
GstMatroskaMux::max-cluster-duration
gint64
>= 0
rw
Maximum cluster duration
A new cluster will be created if its duration exceeds this value. 0 means no maximum duration.
65535000000
GstMatroskaMux::min-cluster-duration
gint64
>= 0
rw
Minimum cluster duration
Desidered cluster duration as nanoseconds. A new cluster will be created irrespective of this property if a force key unit event is received. 0 means create a new cluster for each video keyframe or for each audio buffer in audio only streams.
500000000
GstTest::allowed-timestamp-deviation
gint64
>= G_MAXULONG
rwx
allowed timestamp deviation
allowed average difference in usec between timestamp of next buffer and expected timestamp from analyzing last buffer.
-1
GstTest::buffer-count
gint64
>= G_MAXULONG
r
buffer count
number of buffers in stream.
-1
GstTest::expected-buffer-count
gint64
>= G_MAXULONG
rwx
expected buffer count
expected number of buffers in stream.
-1
GstTest::expected-length
gint64
>= G_MAXULONG
rwx
expected length
expected length of stream.
-1
GstTest::expected-md5
gchar*
rwx
expected md5
expected md5 of processing the whole data.
"---"
GstTest::length
gint64
>= G_MAXULONG
r
length
length of stream.
-1
GstTest::md5
gchar*
r
md5
md5 of processing the whole data.
"---"
GstTest::timestamp-deviation
gint64
>= G_MAXULONG
r
timestamp deviation
average difference in usec between timestamp of next buffer and expected timestamp from analyzing last buffer.
-1
GstProgressReport::silent
gboolean
rw
Do not print output to stdout
Do not print output to stdout.
FALSE
GstProgressReport::update-freq
gint
>= 1
rw
Update Frequency
Number of seconds between reports when data is flowing.
5
GstProgressReport::format
gchar*
rw
format
Format to use for the querying.
"auto"
GstProgressReport::do-query
gboolean
rw
Use a query instead of buffer metadata to determine stream position
Use a query instead of buffer metadata to determine stream position.
TRUE
GstNavSeek::seek-offset
gdouble
>= 0
rw
Seek Offset
Time in seconds to seek by.
5
GstBreakMyData::probability
gdouble
[0,1]
rwx
probability
probability for each byte in the buffer to be changed.
0
GstBreakMyData::seed
guint
rwx
seed
seed for randomness (initialized when going from READY to PAUSED).
0
GstBreakMyData::set-to
gint
[G_MAXULONG,255]
rwx
set-to
set changed bytes to this value (-1 means random value.
-1
GstBreakMyData::skip
guint
rwx
skip
amount of bytes skipped at the beginning of stream.
0
GstCutter::leaky
gboolean
rw
Leaky
do we leak buffers when below threshold ?.
FALSE
GstCutter::pre-length
guint64
rw
Pre-recording buffer length
Length of pre-recording buffer (in nanoseconds).
0
GstCutter::run-length
guint64
rw
Run length
Length of drop below threshold before cut_stop (in nanoseconds).
0
GstCutter::threshold
gdouble
rw
Threshold
Volume threshold before trigger.
0
GstCutter::threshold-dB
gdouble
rw
Threshold (dB)
Volume threshold before trigger (in dB).
0
GstVideoFlip::method
GstVideoFlipMethod
rwx
method
method (deprecated, use video-direction instead).
Identity (no rotation)
GstRtpMP4VPay::config-interval
guint
<= 3600
rw
Config Send Interval
Send Config Insertion Interval in seconds (configuration headers will be multiplexed in the data stream when detected.) (0 = disabled).
0
GstMultipartMux::boundary
gchar*
rw
Boundary
Boundary string.
"ThisRandomString"
GstID3Demux::prefer-v1
gboolean
rwx
Prefer version 1 tag
Prefer tags from ID3v1 tag at end of file when both ID3v1 and ID3v2 tags are present.
FALSE
GstDynUDPSink::close-socket
gboolean
rw
Close socket
Close socket if passed as property on state change.
TRUE
GstDynUDPSink::socket
GSocket*
rw
Socket
Socket to use for UDP sending. (NULL == allocate).
GstDynUDPSink::bind-address
gchar*
rw
Bind Address
Address to bind the socket to.
NULL
GstDynUDPSink::bind-port
gint
[0,65535]
rw
Bind Port
Port to bind the socket to.
0
GstDynUDPSink::socket-v6
GSocket*
rw
Socket IPv6
Socket to use for UDPv6 sending. (NULL == allocate).
GstMultiUDPSink::bytes-served
guint64
r
Bytes served
Total number of bytes sent to all clients.
0
GstMultiUDPSink::bytes-to-serve
guint64
r
Bytes to serve
Number of bytes received to serve to clients.
0
GstMultiUDPSink::clients
gchar*
rw
Clients
A comma separated list of host:port pairs with destinations.
NULL
GstMultiUDPSink::auto-multicast
gboolean
rw
Automatically join/leave multicast groups
Automatically join/leave the multicast groups, FALSE means user has to do it himself.
TRUE
GstMultiUDPSink::loop
gboolean
rw
Multicast Loopback
Used for setting the multicast loop parameter. TRUE = enable, FALSE = disable.
TRUE
GstMultiUDPSink::qos-dscp
gint
[G_MAXULONG,63]
rw
QoS diff srv code point
Quality of Service, differentiated services code point (-1 default).
-1
GstMultiUDPSink::ttl
gint
[0,255]
rw
Unicast TTL
Used for setting the unicast TTL parameter.
64
GstMultiUDPSink::ttl-mc
gint
[0,255]
rw
Multicast TTL
Used for setting the multicast TTL parameter.
1
GstMultiUDPSink::send-duplicates
gboolean
rw
Send Duplicates
When a distination/port pair is added multiple times, send packets multiple times as well.
TRUE
GstMultiUDPSink::buffer-size
gint
>= 0
rw
Buffer Size
Size of the kernel send buffer in bytes, 0=default.
0
GstMultiUDPSink::close-socket
gboolean
rw
Close socket
Close socket if passed as property on state change.
TRUE
GstMultiUDPSink::socket
GSocket*
rw
Socket Handle
Socket to use for UDP sending. (NULL == allocate).
GstMultiUDPSink::used-socket
GSocket*
r
Used Socket Handle
Socket currently in use for UDP sending. (NULL == no socket).
GstMultiUDPSink::force-ipv4
gboolean
rw
Force IPv4
Forcing the use of an IPv4 socket (DEPRECATED, has no effect anymore).
FALSE
GstMultiUDPSink::multicast-iface
gchar*
rw
Multicast Interface
The network interface on which to join the multicast group.
NULL
GstMultiUDPSink::bind-address
gchar*
rw
Bind Address
Address to bind the socket to.
NULL
GstMultiUDPSink::bind-port
gint
[0,65535]
rw
Bind Port
Port to bind the socket to.
0
GstMultiUDPSink::socket-v6
GSocket*
rw
Socket Handle IPv6
Socket to use for UDPv6 sending. (NULL == allocate).
GstMultiUDPSink::used-socket-v6
GSocket*
r
Used Socket Handle IPv6
Socket currently in use for UDPv6 sending. (NULL == no socket).
GstXImageSrc::display-name
gchar*
rw
Display
X Display Name.
NULL
GstXImageSrc::show-pointer
gboolean
rw
Show Mouse Pointer
Show mouse pointer (if XFixes extension enabled).
TRUE
GstXImageSrc::endx
guint
<= G_MAXINT
rw
End X
X coordinate of bottom right corner of area to be recorded (0 for bottom right of screen).
0
GstXImageSrc::endy
guint
<= G_MAXINT
rw
End Y
Y coordinate of bottom right corner of area to be recorded (0 for bottom right of screen).
0
GstXImageSrc::startx
guint
<= G_MAXINT
rw
Start X co-ordinate
X coordinate of top left corner of area to be recorded (0 for top left of screen).
0
GstXImageSrc::starty
guint
<= G_MAXINT
rw
Start Y co-ordinate
Y coordinate of top left corner of area to be recorded (0 for top left of screen).
0
GstXImageSrc::use-damage
gboolean
rw
Use XDamage
Use XDamage (if XDamage extension enabled).
TRUE
GstXImageSrc::remote
gboolean
rw
Remote dispay
Whether the display is remote.
FALSE
GstXImageSrc::xid
guint64
rw
Window XID
Window XID to capture from.
0
GstXImageSrc::xname
gchar*
rw
Window name
Window name to capture from.
NULL
GstVideoBalance::brightness
gdouble
[-1,1]
rw
Brightness
brightness.
0
GstVideoBalance::contrast
gdouble
[0,2]
rw
Contrast
contrast.
1
GstVideoBalance::hue
gdouble
[-1,1]
rw
Hue
hue.
0
GstVideoBalance::saturation
gdouble
[0,2]
rw
Saturation
saturation.
1
GstMultipartDemux::boundary
gchar*
rwx
Boundary
The boundary string separating data, automatic if NULL.
NULL
GstMultipartDemux::single-stream
gboolean
rw
Single Stream
Assume that there is only one stream whose content-type will not change and emit no-more-pads as soon as the first boundary content is parsed, decoded, and pads are linked.
FALSE
GstAviMux::bigfile
gboolean
rw
Bigfile Support (>2GB)
Support for openDML-2.0 (big) AVI files.
TRUE
GstJpegDec::idct-method
GstIDCTMethod
rw
IDCT Method
The IDCT algorithm to use.
Faster, less accurate integer method
GstJpegDec::max-errors
gint
>= G_MAXULONG
rw
Maximum Consecutive Decoding Errors
(Deprecated) Error out after receiving N consecutive decoding errors (-1 = never fail, 0 = automatic, 1 = fail on first error).
0
GstRTPiLBCDepay::mode
iLBCMode
rw
Mode
iLBC frame mode.
30ms frames
GstAudioPanorama::panorama
gfloat
[-1,1]
rw
Panorama
Position in stereo panorama (-1.0 left -> 1.0 right).
0
GstAudioPanorama::method
GstAudioPanoramaMethod
rw
Panning method
Psychoacoustic mode keeps same perceived loudness, simple mode just controls volume of one channel.
Psychoacoustic Panning (default)
GstAudioInvert::degree
gfloat
[0,1]
rw
Degree
Degree of inversion.
0
GstAudioAmplify::amplification
gfloat
rw
Amplification
Factor of amplification.
1
GstAudioAmplify::clipping-method
GstAudioAmplifyClippingMethod
rw
Clipping method
Selects how to handle values higher than the maximum.
Normal clipping (default)
GstAudioDynamic::characteristics
GstAudioDynamicCharacteristics
rw
Characteristics
Selects whether the ratio should be applied smooth (soft-knee) or hard (hard-knee).
Hard Knee (default)
GstAudioDynamic::mode
GstAudioDynamicMode
rw
Mode
Selects whether the filter should work on loud samples (compressor) orquiet samples (expander).
Compressor (default)
GstAudioDynamic::ratio
gfloat
>= 0
rw
Ratio
Ratio that should be applied.
1
GstAudioDynamic::threshold
gfloat
[0,1]
rw
Threshold
Threshold until the filter is activated.
0
GstWavpackEnc::bitrate
guint
<= 9600000
rw
Bitrate
Try to encode with this average bitrate (bits/sec). This enables lossy encoding, values smaller than 24000 disable it again.
0
GstWavpackEnc::bits-per-sample
gdouble
[0,24]
rw
Bits per sample
Try to encode with this amount of bits per sample. This enables lossy encoding, values smaller than 2.0 disable it again.
0
GstWavpackEnc::correction-mode
GstWavpackEncCorrectionMode
rw
Correction stream mode
Use this mode for the correction stream. Only works in lossy mode!.
Create no correction file
GstWavpackEnc::extra-processing
guint
<= 6
rw
Extra processing
Use better but slower filters for better compression/quality.
0
GstWavpackEnc::joint-stereo-mode
GstWavpackEncJSMode
rw
Joint-Stereo mode
Use this joint-stereo mode.
auto
GstWavpackEnc::md5
gboolean
rw
MD5
Store MD5 hash of raw samples within the file.
FALSE
GstWavpackEnc::mode
GstWavpackEncMode
rw
Encoding mode
Speed versus compression tradeoff.
Normal Compression
GstRtpMP2TDepay::skip-first-bytes
guint
rw
Skip first bytes
The amount of bytes that need to be skipped at the beginning of the payload.
0
GstRtpH263PPay::fragmentation-mode
GstFragmentationMode
rw
Fragmentation Mode
Packet Fragmentation Mode.
Normal
GstGamma::gamma
gdouble
[0.01,10]
rw
Gamma
gamma.
1
GstVideoCrop::bottom
gint
>= G_MAXULONG
rw
Bottom
Pixels to crop at bottom (-1 to auto-crop).
0
GstVideoCrop::left
gint
>= G_MAXULONG
rw
Left
Pixels to crop at left (-1 to auto-crop).
0
GstVideoCrop::right
gint
>= G_MAXULONG
rw
Right
Pixels to crop at right (-1 to auto-crop).
0
GstVideoCrop::top
gint
>= G_MAXULONG
rw
Top
Pixels to crop at top (-1 to auto-crop).
0
GstV4l2Src::device
gchar*
rw
Device
Device location.
"/dev/video0"
GstV4l2Src::device-name
gchar*
r
Device name
Name of the device.
NULL
GstV4l2Src::flags
GstV4l2DeviceTypeFlags
r
Flags
Device type flags.
GstV4l2Src::device-fd
gint
>= G_MAXULONG
r
File descriptor
File descriptor of the device.
-1
GstV4l2Src::brightness
gint
rw
Brightness
Picture brightness, or more precisely, the black level.
0
GstV4l2Src::contrast
gint
rw
Contrast
Picture contrast or luma gain.
0
GstV4l2Src::hue
gint
rw
Hue
Hue or color balance.
0
GstV4l2Src::saturation
gint
rw
Saturation
Picture color saturation or chroma gain.
0
GstV4l2Src::norm
V4L2_TV_norms
rw
TV norm
video standard.
none
GstV4l2Src::io-mode
GstV4l2IOMode
rw
IO mode
I/O mode.
GST_V4L2_IO_AUTO
GstV4l2Src::extra-controls
GstStructure*
rw
Extra Controls
Extra v4l2 controls (CIDs) for the device.
GstV4l2Src::force-aspect-ratio
gboolean
rw
Force aspect ratio
When enabled, the pixel aspect ratio will be enforced.
TRUE
GstV4l2Src::pixel-aspect-ratio
gchar*
rw
Pixel Aspect Ratio
Overwrite the pixel aspect ratio of the device.
"1/1"
GstAudioChebBand::lower-frequency
gfloat
[0,100000]
rw
Lower frequency
Start frequency of the band (Hz).
0
GstAudioChebBand::mode
GstAudioChebBandMode
rw
Mode
Low pass or high pass mode.
Band pass (default)
GstAudioChebBand::poles
gint
[4,32]
rw
Poles
Number of poles to use, will be rounded up to the next multiply of four.
4
GstAudioChebBand::ripple
gfloat
[0,200]
rw
Ripple
Amount of ripple (dB).
0.25
GstAudioChebBand::type
gint
[1,2]
rw
Type
Type of the chebychev filter.
1
GstAudioChebBand::upper-frequency
gfloat
[0,100000]
rw
Upper frequency
Stop frequency of the band (Hz).
0
GstAudioChebLimit::cutoff
gfloat
[0,100000]
rw
Cutoff
Cut off frequency (Hz).
0
GstAudioChebLimit::mode
GstAudioChebLimitMode
rw
Mode
Low pass or high pass mode.
Low pass (default)
GstAudioChebLimit::poles
gint
[2,32]
rw
Poles
Number of poles to use, will be rounded up to the next even number.
4
GstAudioChebLimit::ripple
gfloat
[0,200]
rw
Ripple
Amount of ripple (dB).
0.25
GstAudioChebLimit::type
gint
[1,2]
rw
Type
Type of the chebychev filter.
1
GstAudioWSincBand::lower-frequency
gfloat
[0,100000]
rw
Lower Frequency
Cut-off lower frequency (Hz).
0
GstAudioWSincBand::upper-frequency
gfloat
[0,100000]
rw
Upper Frequency
Cut-off upper frequency (Hz).
0
GstAudioWSincBand::mode
GstAudioWSincBandMode
rw
Mode
Band pass or band reject mode.
Band pass (default)
GstAudioWSincBand::window
GstAudioWSincBandWindow
rw
Window
Window function to use.
Hamming window (default)
GstAudioWSincBand::length
gint
[3,256000]
rw
Length
Filter kernel length, will be rounded to the next odd number.
101
GstAudioWSincLimit::length
gint
[3,256000]
rw
Length
Filter kernel length, will be rounded to the next odd number.
101
GstAudioWSincLimit::mode
GstAudioWSincLimitMode
rw
Mode
Low pass or high pass mode.
Low pass (default)
GstAudioWSincLimit::window
GstAudioWSincLimitWindow
rw
Window
Window function to use.
Hamming window (default)
GstAudioWSincLimit::cutoff
gfloat
[0,100000]
rw
Cutoff
Cut-off Frequency (Hz).
0
GstRndBufferSize::max
gint
>= 1
rwx
maximum
maximum buffer size.
8192
GstRndBufferSize::min
gint
>= 0
rwx
mininum
mininum buffer size.
1
GstRndBufferSize::seed
guint
rwx
random number seed
seed for randomness (initialized when going from READY to PAUSED).
0
GstAutoAudioSink::ts-offset
gint64
rw
TS Offset
Timestamp offset in nanoseconds.
0
GstAutoAudioSink::sync
gboolean
rw
Sync
Sync on the clock.
TRUE
GstAutoVideoSink::ts-offset
gint64
rw
TS Offset
Timestamp offset in nanoseconds.
0
GstAutoVideoSink::sync
gboolean
rw
Sync
Sync on the clock.
TRUE
GstOsxAudioSink::device
gint
>= 0
rw
Device ID
Device ID of output device.
0
GstOsxAudioSrc::device
gint
>= 0
rw
Device ID
Device ID of input device.
0
GstOSXVideoSink::embed
gboolean
rw
embed
When enabled, it can be embedded.
FALSE
GstOSXVideoSink::fullscreen
gboolean
rw
fullscreen
When enabled, the view is fullscreen.
FALSE
GstGdkPixbufSink::last-pixbuf
GdkPixbuf*
r
Last Pixbuf
Last GdkPixbuf object rendered.
GstGdkPixbufSink::post-messages
gboolean
rw
Post Messages
Whether to post messages containing pixbufs on the bus.
TRUE
GstSoupHTTPSrc::automatic-redirect
gboolean
rw
automatic-redirect
Automatically follow HTTP redirects (HTTP Status Code 3xx).
TRUE
GstSoupHTTPSrc::cookies
GStrv
rw
Cookies
HTTP request cookies.
GstSoupHTTPSrc::iradio-mode
gboolean
rw
iradio-mode
Enable internet radio mode (ask server to send shoutcast/icecast metadata interleaved with the actual stream data).
TRUE
GstSoupHTTPSrc::location
gchar*
rw
Location
Location to read from.
""
GstSoupHTTPSrc::proxy
gchar*
rw
Proxy
HTTP proxy server URI.
""
GstSoupHTTPSrc::user-agent
gchar*
rw
User-Agent
Value of the User-Agent HTTP request header field.
"GStreamer souphttpsrc 1.15.0.1 "
GstSoupHTTPSrc::is-live
gboolean
rw
is-live
Act like a live source.
FALSE
GstSoupHTTPSrc::proxy-id
gchar*
rw
proxy-id
HTTP proxy URI user id for authentication.
""
GstSoupHTTPSrc::proxy-pw
gchar*
rw
proxy-pw
HTTP proxy URI user password for authentication.
""
GstSoupHTTPSrc::user-id
gchar*
rw
user-id
HTTP location URI user id for authentication.
""
GstSoupHTTPSrc::user-pw
gchar*
rw
user-pw
HTTP location URI user password for authentication.
""
GstSoupHTTPSrc::extra-headers
GstStructure*
rw
Extra Headers
Extra headers to append to the HTTP request.
GstSoupHTTPSrc::timeout
guint
<= 3600
rw
timeout
Value in seconds to timeout a blocking I/O (0 = No timeout).
15
GstSoupHTTPSrc::compress
gboolean
rw
Compress
Allow compressed content encodings.
FALSE
GstSoupHTTPSrc::http-log-level
SoupLoggerLogLevel
rw
HTTP log level
Set log level for soup's HTTP session log.
SOUP_LOGGER_LOG_HEADERS
GstSoupHTTPSrc::keep-alive
gboolean
rw
keep-alive
Use HTTP persistent connections.
TRUE
GstSoupHTTPSrc::retries
gint
>= G_MAXULONG
rw
Retries
Maximum number of retries until giving up (-1=infinite).
3
GstSoupHTTPSrc::ssl-ca-file
gchar*
rw
SSL CA File
Location of a SSL anchor CA file to use.
NULL
GstSoupHTTPSrc::ssl-strict
gboolean
rw
SSL Strict
Strict SSL certificate checking.
TRUE
GstSoupHTTPSrc::ssl-use-system-ca-file
gboolean
rw
Use System CA File
Use system CA file.
TRUE
GstSoupHTTPSrc::tls-database
GTlsDatabase*
rw
TLS database
TLS database with anchor certificate authorities used to validate the server certificate.
GstSoupHTTPSrc::method
gchar*
rw
HTTP method
The HTTP method to use (GET, HEAD, OPTIONS, etc).
NULL
GstSoupHTTPSrc::tls-interaction
GTlsInteraction*
rw
TLS interaction
A GTlsInteraction object to be used when the connection or certificate database need to interact with the user.
GstRTPDVPay::mode
GstDVPayMode
rw
Mode
The payload mode of payloading.
Video only
GstRtpH264Pay::sprop-parameter-sets
gchar*
rw
sprop-parameter-sets
The base64 sprop-parameter-sets to set in out caps (set to NULL to extract from stream).
NULL
GstRtpH264Pay::config-interval
gint
[G_MAXULONG,3600]
rw
SPS PPS Send Interval
Send SPS and PPS Insertion Interval in seconds (sprop parameter sets will be multiplexed in the data stream when detected.) (0 = disabled, -1 = send with every IDR frame).
0
ladspa-hardLimiter::Residue-level
gfloat
[0,1]
rwx
Residue-level
Residue-level.
0
ladspa-hardLimiter::Wet-level
gfloat
[0,1]
rwx
Wet-level
Wet-level.
1
ladspa-hardLimiter::dB-limit
gfloat
[-50,0]
rwx
dB-limit
dB-limit.
0
ladspa-dj-eq-mono::Hi-gain
gfloat
[-70,6]
rwx
Hi-gain
Hi-gain.
0
ladspa-dj-eq-mono::Lo-gain
gfloat
[-70,6]
rwx
Lo-gain
Lo-gain.
0
ladspa-dj-eq-mono::Mid-gain
gfloat
[-70,6]
rwx
Mid-gain
Mid-gain.
0
ladspa-dj-eq-mono::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-dj-eq::Hi-gain
gfloat
[-70,6]
rwx
Hi-gain
Hi-gain.
0
ladspa-dj-eq::Lo-gain
gfloat
[-70,6]
rwx
Lo-gain
Lo-gain.
0
ladspa-dj-eq::Mid-gain
gfloat
[-70,6]
rwx
Mid-gain
Mid-gain.
0
ladspa-dj-eq::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-branch-ic-ococ::First-Output
gfloat
r
First-Output
First-Output.
-3,40282e+38
ladspa-branch-ic-ococ::Input
gfloat
rwx
Input
Input.
-3,40282e+38
ladspa-branch-ic-ococ::Second-Output
gfloat
r
Second-Output
Second-Output.
-3,40282e+38
ladspa-Exaggerate::amount
gfloat
[-1,10]
rwx
amount
amount.
1
ladspa-Transpose::transpose
gfloat
[-24,24]
rwx
transpose
transpose.
0
ladspa-Accumulate::decay
gfloat
[0,1]
rwx
decay
decay.
0,25
ladspa-Accumulate::glissando
gfloat
[-1,1]
rwx
glissando
glissando.
0
ladspa-sinusWavewrapper::Wrap-degree
gfloat
[0,10]
rwx
Wrap-degree
Wrap-degree.
0
ladspa-foverdrive::Drive-level
gfloat
[1,3]
rwx
Drive-level
Drive-level.
1
ladspa-mbeq::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-mbeq::param-10000Hz-gain
gfloat
[-70,30]
rwx
param-10000Hz-gain
param-10000Hz-gain.
0
ladspa-mbeq::param-100Hz-gain
gfloat
[-70,30]
rwx
param-100Hz-gain
param-100Hz-gain.
0
ladspa-mbeq::param-1250Hz-gain
gfloat
[-70,30]
rwx
param-1250Hz-gain
param-1250Hz-gain.
0
ladspa-mbeq::param-156Hz-gain
gfloat
[-70,30]
rwx
param-156Hz-gain
param-156Hz-gain.
0
ladspa-mbeq::param-1750Hz-gain
gfloat
[-70,30]
rwx
param-1750Hz-gain
param-1750Hz-gain.
0
ladspa-mbeq::param-20000Hz-gain
gfloat
[-70,30]
rwx
param-20000Hz-gain
param-20000Hz-gain.
0
ladspa-mbeq::param-220Hz-gain
gfloat
[-70,30]
rwx
param-220Hz-gain
param-220Hz-gain.
0
ladspa-mbeq::param-2500Hz-gain
gfloat
[-70,30]
rwx
param-2500Hz-gain
param-2500Hz-gain.
0
ladspa-mbeq::param-311Hz-gain
gfloat
[-70,30]
rwx
param-311Hz-gain
param-311Hz-gain.
0
ladspa-mbeq::param-3500Hz-gain
gfloat
[-70,30]
rwx
param-3500Hz-gain
param-3500Hz-gain.
0
ladspa-mbeq::param-440Hz-gain
gfloat
[-70,30]
rwx
param-440Hz-gain
param-440Hz-gain.
0
ladspa-mbeq::param-5000Hz-gain
gfloat
[-70,30]
rwx
param-5000Hz-gain
param-5000Hz-gain.
0
ladspa-mbeq::param-50Hz-gain
gfloat
[-70,30]
rwx
param-50Hz-gain
param-50Hz-gain.
0
ladspa-mbeq::param-622Hz-gain
gfloat
[-70,30]
rwx
param-622Hz-gain
param-622Hz-gain.
0
ladspa-mbeq::param-880Hz-gain
gfloat
[-70,30]
rwx
param-880Hz-gain
param-880Hz-gain.
0
ladspa-delayorama::Amplitude-change
gfloat
[0,2,5]
rwx
Amplitude-change
Amplitude-change.
1
ladspa-delayorama::Amplitude-random
gfloat
[0,100]
rwx
Amplitude-random
Amplitude-random.
0
ladspa-delayorama::Delay-change
gfloat
[0,2,5]
rwx
Delay-change
Delay-change.
1
ladspa-delayorama::Delay-random
gfloat
[0,100]
rwx
Delay-random
Delay-random.
0
ladspa-delayorama::Delay-range
gfloat
[0,0001,6]
rwx
Delay-range
Delay-range.
6
ladspa-delayorama::Dry-wet-mix
gfloat
[0,1]
rwx
Dry-wet-mix
Dry-wet-mix.
1
ladspa-delayorama::Feedback
gfloat
[0,100]
rwx
Feedback
Feedback.
0
ladspa-delayorama::First-delay
gfloat
[0,5]
rwx
First-delay
First-delay.
0
ladspa-delayorama::Input-gain
gfloat
[-96,24]
rwx
Input-gain
Input-gain.
0
ladspa-delayorama::Number-of-taps
gint
[2,128]
rwx
Number-of-taps
Number-of-taps.
2
ladspa-delayorama::Random-seed
gint
[0,1000]
rwx
Random-seed
Random-seed.
0
ladspa-tap-equalizer-bw::Band-1-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-1-Bandwidth--octaves-
Band-1-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-1-Freq--Hz-
gfloat
[40,280]
rwx
Band-1-Freq--Hz-
Band-1-Freq--Hz-.
100
ladspa-tap-equalizer-bw::Band-1-Gain--dB-
gfloat
[-50,20]
rwx
Band-1-Gain--dB-
Band-1-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-2-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-2-Bandwidth--octaves-
Band-2-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-2-Freq--Hz-
gfloat
[100,500]
rwx
Band-2-Freq--Hz-
Band-2-Freq--Hz-.
200
ladspa-tap-equalizer-bw::Band-2-Gain--dB-
gfloat
[-50,20]
rwx
Band-2-Gain--dB-
Band-2-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-3-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-3-Bandwidth--octaves-
Band-3-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-3-Freq--Hz-
gfloat
[200,1000]
rwx
Band-3-Freq--Hz-
Band-3-Freq--Hz-.
400
ladspa-tap-equalizer-bw::Band-3-Gain--dB-
gfloat
[-50,20]
rwx
Band-3-Gain--dB-
Band-3-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-4-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-4-Bandwidth--octaves-
Band-4-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-4-Freq--Hz-
gfloat
[400,2800]
rwx
Band-4-Freq--Hz-
Band-4-Freq--Hz-.
1000
ladspa-tap-equalizer-bw::Band-4-Gain--dB-
gfloat
[-50,20]
rwx
Band-4-Gain--dB-
Band-4-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-5-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-5-Bandwidth--octaves-
Band-5-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-5-Freq--Hz-
gfloat
[1000,5000]
rwx
Band-5-Freq--Hz-
Band-5-Freq--Hz-.
3000
ladspa-tap-equalizer-bw::Band-5-Gain--dB-
gfloat
[-50,20]
rwx
Band-5-Gain--dB-
Band-5-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-6-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-6-Bandwidth--octaves-
Band-6-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-6-Freq--Hz-
gfloat
[3000,9000]
rwx
Band-6-Freq--Hz-
Band-6-Freq--Hz-.
6000
ladspa-tap-equalizer-bw::Band-6-Gain--dB-
gfloat
[-50,20]
rwx
Band-6-Gain--dB-
Band-6-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-7-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-7-Bandwidth--octaves-
Band-7-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-7-Freq--Hz-
gfloat
[6000,18000]
rwx
Band-7-Freq--Hz-
Band-7-Freq--Hz-.
12000
ladspa-tap-equalizer-bw::Band-7-Gain--dB-
gfloat
[-50,20]
rwx
Band-7-Gain--dB-
Band-7-Gain--dB-.
0
ladspa-tap-equalizer-bw::Band-8-Bandwidth--octaves-
gfloat
[0,1,5]
rwx
Band-8-Bandwidth--octaves-
Band-8-Bandwidth--octaves-.
1
ladspa-tap-equalizer-bw::Band-8-Freq--Hz-
gfloat
[10000,20000]
rwx
Band-8-Freq--Hz-
Band-8-Freq--Hz-.
15000
ladspa-tap-equalizer-bw::Band-8-Gain--dB-
gfloat
[-50,20]
rwx
Band-8-Gain--dB-
Band-8-Gain--dB-.
0
ladspa-crossoverDist::Crossover-amplitude
gfloat
[0,0,1]
rwx
Crossover-amplitude
Crossover-amplitude.
0
ladspa-crossoverDist::Smoothing
gfloat
[0,1]
rwx
Smoothing
Smoothing.
1
ladspa-fadDelay::Delay
gfloat
[0,1,10]
rwx
Delay
Delay.
1
ladspa-fadDelay::Feedback
gfloat
[-70,0]
rwx
Feedback
Feedback.
0
ladspa-multivoiceChorus::Delay-base
gfloat
[10,40]
rwx
Delay-base
Delay-base.
10
ladspa-multivoiceChorus::Detune
gfloat
[0,5]
rwx
Detune
Detune.
1
ladspa-multivoiceChorus::LFO-frequency
gfloat
[2,30]
rwx
LFO-frequency
LFO-frequency.
9
ladspa-multivoiceChorus::Number-of-voices
gint
[1,8]
rwx
Number-of-voices
Number-of-voices.
1
ladspa-multivoiceChorus::Output-attenuation
gfloat
[-20,0]
rwx
Output-attenuation
Output-attenuation.
0
ladspa-multivoiceChorus::Voice-separation
gfloat
[0,2]
rwx
Voice-separation
Voice-separation.
0,5
ladspa-syncsquare-fcga-oa::Frequency
gfloat
[0,64]
rwx
Frequency
Frequency.
16
ladspa-smoothDecimate::Resample-rate
gfloat
[0,44100]
rwx
Resample-rate
Resample-rate.
44100
ladspa-smoothDecimate::Smoothing
gfloat
[0,1]
rwx
Smoothing
Smoothing.
1
ladspa-allpass-n::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-allpass-n::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-allpass-n::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-allpass-l::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-allpass-l::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-allpass-l::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-allpass-c::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-allpass-c::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-allpass-c::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-fmOsc::Waveform
gint
[1,4]
rwx
Waveform
Waveform.
1
ladspa-foldover::Drive
gfloat
[0,1]
rwx
Drive
Drive.
0
ladspa-foldover::Skew
gfloat
[0,1]
rwx
Skew
Skew.
0
ladspa-valve::Distortion-character
gfloat
[0,1]
rwx
Distortion-character
Distortion-character.
0
ladspa-valve::Distortion-level
gfloat
[0,1]
rwx
Distortion-level
Distortion-level.
0
ladspa-difference-iamc-oa::Input-to-Subtract
gfloat
rwx
Input-to-Subtract
Input-to-Subtract.
-3,40282e+38
ladspa-difference-icma-oa::Input
gfloat
rwx
Input
Input.
-3,40282e+38
ladspa-difference-icmc-oc::Difference-Output
gfloat
r
Difference-Output
Difference-Output.
-3,40282e+38
ladspa-difference-icmc-oc::Input
gfloat
rwx
Input
Input.
-3,40282e+38
ladspa-difference-icmc-oc::Input-to-Subtract
gfloat
rwx
Input-to-Subtract
Input-to-Subtract.
-3,40282e+38
ladspa-Mvclpf-1::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Mvclpf-1::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Mvclpf-1::Input-gain
gfloat
[-60,10]
rwx
Input-gain
Input-gain.
0
ladspa-Mvclpf-1::Output-gain
gfloat
[-15,15]
rwx
Output-gain
Output-gain.
0
ladspa-Mvclpf-1::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-Mvclpf-1::Resonance-gain
gfloat
[0,1]
rwx
Resonance-gain
Resonance-gain.
0
ladspa-Mvclpf-2::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Mvclpf-2::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Mvclpf-2::Input-gain
gfloat
[-60,10]
rwx
Input-gain
Input-gain.
0
ladspa-Mvclpf-2::Output-gain
gfloat
[-15,15]
rwx
Output-gain
Output-gain.
0
ladspa-Mvclpf-2::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-Mvclpf-2::Resonance-gain
gfloat
[0,1]
rwx
Resonance-gain
Resonance-gain.
0
ladspa-Mvclpf-3::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Mvclpf-3::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Mvclpf-3::Input-gain
gfloat
[-60,10]
rwx
Input-gain
Input-gain.
0
ladspa-Mvclpf-3::Output-gain
gfloat
[-15,15]
rwx
Output-gain
Output-gain.
0
ladspa-Mvclpf-3::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-Mvclpf-3::Resonance-gain
gfloat
[0,1]
rwx
Resonance-gain
Resonance-gain.
0
ladspa-Mvclpf-4::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Mvclpf-4::Filter-poles
gint
[0,4]
rwx
Filter-poles
Filter-poles.
0
ladspa-Mvclpf-4::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Mvclpf-4::Input-gain
gfloat
[-60,10]
rwx
Input-gain
Input-gain.
0
ladspa-Mvclpf-4::Output-gain
gfloat
[-15,15]
rwx
Output-gain
Output-gain.
0
ladspa-Mvclpf-4::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-Mvclpf-4::Resonance-gain
gfloat
[0,1]
rwx
Resonance-gain
Resonance-gain.
0
ladspa-alienwah-mono::Delay
gint
[5,50]
rwx
Delay
Delay.
5
ladspa-alienwah-mono::Feedback
gfloat
[0,1]
rwx
Feedback
Feedback.
0
ladspa-alienwah-mono::Frequency
gfloat
[0,inf]
rwx
Frequency
Frequency.
0
ladspa-alienwah-mono::Initial-phase-for-stereo
gfloat
rwx
Initial-phase-for-stereo
Initial-phase-for-stereo.
-3,40282e+38
ladspa-alienwah-stereo::Delay
gint
[5,50]
rwx
Delay
Delay.
5
ladspa-alienwah-stereo::Feedback
gfloat
[0,2]
rwx
Feedback
Feedback.
0
ladspa-alienwah-stereo::Frequency
gfloat
[0,inf]
rwx
Frequency
Frequency.
0
ladspa-alienwah-stereo::Initial-phase-for-stereo
gfloat
[0,6,28319]
rwx
Initial-phase-for-stereo
Initial-phase-for-stereo.
6,28319
ladspa-gongBeater::Impulse-gain
gfloat
[-70,0]
rwx
Impulse-gain
Impulse-gain.
-70
ladspa-gongBeater::Strike-duration
gfloat
[0,001,0,2]
rwx
Strike-duration
Strike-duration.
0,1005
ladspa-gongBeater::Strike-gain
gfloat
[-70,0]
rwx
Strike-gain
Strike-gain.
0
ladspa-Chorus1::Delay
gfloat
[0,30]
rwx
Delay
Delay.
0
ladspa-Chorus1::Mod-Amplitude-1
gfloat
[0,10]
rwx
Mod-Amplitude-1
Mod-Amplitude-1.
0
ladspa-Chorus1::Mod-Amplitude-2
gfloat
[0,3]
rwx
Mod-Amplitude-2
Mod-Amplitude-2.
0
ladspa-Chorus1::Mod-Frequency-1
gfloat
[0,003,10]
rwx
Mod-Frequency-1
Mod-Frequency-1.
0,003
ladspa-Chorus1::Mod-Frequency-2
gfloat
[0,01,30]
rwx
Mod-Frequency-2
Mod-Frequency-2.
0,01
ladspa-Chorus2::Delay
gfloat
[0,30]
rwx
Delay
Delay.
0
ladspa-Chorus2::Mod-Amplitude-1
gfloat
[0,10]
rwx
Mod-Amplitude-1
Mod-Amplitude-1.
0
ladspa-Chorus2::Mod-Amplitude-2
gfloat
[0,3]
rwx
Mod-Amplitude-2
Mod-Amplitude-2.
0
ladspa-Chorus2::Mod-Frequency-1
gfloat
[0,003,10]
rwx
Mod-Frequency-1
Mod-Frequency-1.
0,003
ladspa-Chorus2::Mod-Frequency-2
gfloat
[0,01,30]
rwx
Mod-Frequency-2
Mod-Frequency-2.
0,01
ladspa-hilbert::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-tapeDelay::Dry-level
gfloat
[-90,0]
rwx
Dry-level
Dry-level.
-90
ladspa-tapeDelay::Tap-1-distance
gfloat
[0,4]
rwx
Tap-1-distance
Tap-1-distance.
0
ladspa-tapeDelay::Tap-1-level
gfloat
[-90,0]
rwx
Tap-1-level
Tap-1-level.
0
ladspa-tapeDelay::Tap-2-distance
gfloat
[0,4]
rwx
Tap-2-distance
Tap-2-distance.
1
ladspa-tapeDelay::Tap-2-level
gfloat
[-90,0]
rwx
Tap-2-level
Tap-2-level.
-90
ladspa-tapeDelay::Tap-3-distance
gfloat
[0,4]
rwx
Tap-3-distance
Tap-3-distance.
2
ladspa-tapeDelay::Tap-3-level
gfloat
[-90,0]
rwx
Tap-3-level
Tap-3-level.
-90
ladspa-tapeDelay::Tap-4-distance
gfloat
[0,4]
rwx
Tap-4-distance
Tap-4-distance.
3
ladspa-tapeDelay::Tap-4-level
gfloat
[-90,0]
rwx
Tap-4-level
Tap-4-level.
-90
ladspa-tapeDelay::Tape-speed
gfloat
[0,10]
rwx
Tape-speed
Tape-speed.
1
ladspa-sum-iaic-oa::Second-Input
gfloat
rwx
Second-Input
Second-Input.
-3,40282e+38
ladspa-sum-icic-oc::First-Input
gfloat
rwx
First-Input
First-Input.
-3,40282e+38
ladspa-sum-icic-oc::Second-Input
gfloat
rwx
Second-Input
Second-Input.
-3,40282e+38
ladspa-sum-icic-oc::Summed-Output
gfloat
r
Summed-Output
Summed-Output.
-3,40282e+38
ladspa-sc1::Attack-time
gfloat
[2,400]
rwx
Attack-time
Attack-time.
101,5
ladspa-sc1::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-sc1::Makeup-gain
gfloat
[0,24]
rwx
Makeup-gain
Makeup-gain.
0
ladspa-sc1::Ratio
gfloat
[1,10]
rwx
Ratio
Ratio.
1
ladspa-sc1::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-sc1::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-combSplitter::Band-separation
gfloat
[16,640]
rwx
Band-separation
Band-separation.
172
ladspa-sc4m::Amplitude
gfloat
[-40,12]
r
Amplitude
Amplitude.
-40
ladspa-sc4m::Attack-time
gfloat
[1,5,400]
rwx
Attack-time
Attack-time.
101,125
ladspa-sc4m::Gain-reduction
gfloat
[-24,0]
r
Gain-reduction
Gain-reduction.
-24
ladspa-sc4m::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-sc4m::Makeup-gain
gfloat
[0,24]
rwx
Makeup-gain
Makeup-gain.
0
ladspa-sc4m::RMS-peak
gfloat
[0,1]
rwx
RMS-peak
RMS-peak.
0
ladspa-sc4m::Ratio
gfloat
[1,20]
rwx
Ratio
Ratio.
1
ladspa-sc4m::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-sc4m::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-preamp::fc
gfloat
[20,4000]
rwx
fc
fc.
440
ladspa-preamp::gain
gfloat
[0,10]
rwx
gain
gain.
1
ladspa-lsFilter::Cutoff-frequency
gfloat
[88,2,22050]
rwx
Cutoff-frequency
Cutoff-frequency.
1394,56
ladspa-lsFilter::Filter-type
gint
[0,2]
rwx
Filter-type
Filter-type.
0
ladspa-lsFilter::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-matrixMSSt::Width
gfloat
[0,2]
rwx
Width
Width.
1
ladspa-lpf::Cutoff-Frequency
gfloat
[0,22050]
rwx
Cutoff-Frequency
Cutoff-Frequency.
440
ladspa-hpf::Cutoff-Frequency
gfloat
[0,22050]
rwx
Cutoff-Frequency
Cutoff-Frequency.
440
ladspa-quantiser50::Match-Range
gfloat
>= 0
rwx
Match-Range
Match-Range.
0
ladspa-quantiser50::Mode
gint
[0,2]
rwx
Mode
Mode.
0
ladspa-quantiser50::Quantise-Range-Maximum
gfloat
rwx
Quantise-Range-Maximum
Quantise-Range-Maximum.
-3,40282e+38
ladspa-quantiser50::Quantise-Range-Minimum
gfloat
rwx
Quantise-Range-Minimum
Quantise-Range-Minimum.
-3,40282e+38
ladspa-quantiser50::Steps
gint
[1,50]
rwx
Steps
Steps.
50
ladspa-quantiser50::Value-0
gfloat
rwx
Value-0
Value-0.
-3,40282e+38
ladspa-quantiser50::Value-1
gfloat
rwx
Value-1
Value-1.
-3,40282e+38
ladspa-quantiser50::Value-10
gfloat
rwx
Value-10
Value-10.
-3,40282e+38
ladspa-quantiser50::Value-11
gfloat
rwx
Value-11
Value-11.
-3,40282e+38
ladspa-quantiser50::Value-12
gfloat
rwx
Value-12
Value-12.
-3,40282e+38
ladspa-quantiser50::Value-13
gfloat
rwx
Value-13
Value-13.
-3,40282e+38
ladspa-quantiser50::Value-14
gfloat
rwx
Value-14
Value-14.
-3,40282e+38
ladspa-quantiser50::Value-15
gfloat
rwx
Value-15
Value-15.
-3,40282e+38
ladspa-quantiser50::Value-16
gfloat
rwx
Value-16
Value-16.
-3,40282e+38
ladspa-quantiser50::Value-17
gfloat
rwx
Value-17
Value-17.
-3,40282e+38
ladspa-quantiser50::Value-18
gfloat
rwx
Value-18
Value-18.
-3,40282e+38
ladspa-quantiser50::Value-19
gfloat
rwx
Value-19
Value-19.
-3,40282e+38
ladspa-quantiser50::Value-2
gfloat
rwx
Value-2
Value-2.
-3,40282e+38
ladspa-quantiser50::Value-20
gfloat
rwx
Value-20
Value-20.
-3,40282e+38
ladspa-quantiser50::Value-21
gfloat
rwx
Value-21
Value-21.
-3,40282e+38
ladspa-quantiser50::Value-22
gfloat
rwx
Value-22
Value-22.
-3,40282e+38
ladspa-quantiser50::Value-23
gfloat
rwx
Value-23
Value-23.
-3,40282e+38
ladspa-quantiser50::Value-24
gfloat
rwx
Value-24
Value-24.
-3,40282e+38
ladspa-quantiser50::Value-25
gfloat
rwx
Value-25
Value-25.
-3,40282e+38
ladspa-quantiser50::Value-26
gfloat
rwx
Value-26
Value-26.
-3,40282e+38
ladspa-quantiser50::Value-27
gfloat
rwx
Value-27
Value-27.
-3,40282e+38
ladspa-quantiser50::Value-28
gfloat
rwx
Value-28
Value-28.
-3,40282e+38
ladspa-quantiser50::Value-29
gfloat
rwx
Value-29
Value-29.
-3,40282e+38
ladspa-quantiser50::Value-3
gfloat
rwx
Value-3
Value-3.
-3,40282e+38
ladspa-quantiser50::Value-30
gfloat
rwx
Value-30
Value-30.
-3,40282e+38
ladspa-quantiser50::Value-31
gfloat
rwx
Value-31
Value-31.
-3,40282e+38
ladspa-quantiser50::Value-32
gfloat
rwx
Value-32
Value-32.
-3,40282e+38
ladspa-quantiser50::Value-33
gfloat
rwx
Value-33
Value-33.
-3,40282e+38
ladspa-quantiser50::Value-34
gfloat
rwx
Value-34
Value-34.
-3,40282e+38
ladspa-quantiser50::Value-35
gfloat
rwx
Value-35
Value-35.
-3,40282e+38
ladspa-quantiser50::Value-36
gfloat
rwx
Value-36
Value-36.
-3,40282e+38
ladspa-quantiser50::Value-37
gfloat
rwx
Value-37
Value-37.
-3,40282e+38
ladspa-quantiser50::Value-38
gfloat
rwx
Value-38
Value-38.
-3,40282e+38
ladspa-quantiser50::Value-39
gfloat
rwx
Value-39
Value-39.
-3,40282e+38
ladspa-quantiser50::Value-4
gfloat
rwx
Value-4
Value-4.
-3,40282e+38
ladspa-quantiser50::Value-40
gfloat
rwx
Value-40
Value-40.
-3,40282e+38
ladspa-quantiser50::Value-41
gfloat
rwx
Value-41
Value-41.
-3,40282e+38
ladspa-quantiser50::Value-42
gfloat
rwx
Value-42
Value-42.
-3,40282e+38
ladspa-quantiser50::Value-43
gfloat
rwx
Value-43
Value-43.
-3,40282e+38
ladspa-quantiser50::Value-44
gfloat
rwx
Value-44
Value-44.
-3,40282e+38
ladspa-quantiser50::Value-45
gfloat
rwx
Value-45
Value-45.
-3,40282e+38
ladspa-quantiser50::Value-46
gfloat
rwx
Value-46
Value-46.
-3,40282e+38
ladspa-quantiser50::Value-47
gfloat
rwx
Value-47
Value-47.
-3,40282e+38
ladspa-quantiser50::Value-48
gfloat
rwx
Value-48
Value-48.
-3,40282e+38
ladspa-quantiser50::Value-49
gfloat
rwx
Value-49
Value-49.
-3,40282e+38
ladspa-quantiser50::Value-5
gfloat
rwx
Value-5
Value-5.
-3,40282e+38
ladspa-quantiser50::Value-6
gfloat
rwx
Value-6
Value-6.
-3,40282e+38
ladspa-quantiser50::Value-7
gfloat
rwx
Value-7
Value-7.
-3,40282e+38
ladspa-quantiser50::Value-8
gfloat
rwx
Value-8
Value-8.
-3,40282e+38
ladspa-quantiser50::Value-9
gfloat
rwx
Value-9
Value-9.
-3,40282e+38
ladspa-plate::Damping
gfloat
[0,1]
rwx
Damping
Damping.
0,25
ladspa-plate::Dry-wet-mix
gfloat
[0,1]
rwx
Dry-wet-mix
Dry-wet-mix.
0,25
ladspa-plate::Reverb-time
gfloat
[0,01,8,5]
rwx
Reverb-time
Reverb-time.
4,255
ladspa-diode::Mode
gfloat
[0,3]
rwx
Mode
Mode.
0
ladspa-quantiser100::Match-Range
gfloat
>= 0
rwx
Match-Range
Match-Range.
0
ladspa-quantiser100::Mode
gint
[0,2]
rwx
Mode
Mode.
0
ladspa-quantiser100::Quantise-Range-Maximum
gfloat
rwx
Quantise-Range-Maximum
Quantise-Range-Maximum.
-3,40282e+38
ladspa-quantiser100::Quantise-Range-Minimum
gfloat
rwx
Quantise-Range-Minimum
Quantise-Range-Minimum.
-3,40282e+38
ladspa-quantiser100::Steps
gint
[1,100]
rwx
Steps
Steps.
100
ladspa-quantiser100::Value-0
gfloat
rwx
Value-0
Value-0.
-3,40282e+38
ladspa-quantiser100::Value-1
gfloat
rwx
Value-1
Value-1.
-3,40282e+38
ladspa-quantiser100::Value-10
gfloat
rwx
Value-10
Value-10.
-3,40282e+38
ladspa-quantiser100::Value-11
gfloat
rwx
Value-11
Value-11.
-3,40282e+38
ladspa-quantiser100::Value-12
gfloat
rwx
Value-12
Value-12.
-3,40282e+38
ladspa-quantiser100::Value-13
gfloat
rwx
Value-13
Value-13.
-3,40282e+38
ladspa-quantiser100::Value-14
gfloat
rwx
Value-14
Value-14.
-3,40282e+38
ladspa-quantiser100::Value-15
gfloat
rwx
Value-15
Value-15.
-3,40282e+38
ladspa-quantiser100::Value-16
gfloat
rwx
Value-16
Value-16.
-3,40282e+38
ladspa-quantiser100::Value-17
gfloat
rwx
Value-17
Value-17.
-3,40282e+38
ladspa-quantiser100::Value-18
gfloat
rwx
Value-18
Value-18.
-3,40282e+38
ladspa-quantiser100::Value-19
gfloat
rwx
Value-19
Value-19.
-3,40282e+38
ladspa-quantiser100::Value-2
gfloat
rwx
Value-2
Value-2.
-3,40282e+38
ladspa-quantiser100::Value-20
gfloat
rwx
Value-20
Value-20.
-3,40282e+38
ladspa-quantiser100::Value-21
gfloat
rwx
Value-21
Value-21.
-3,40282e+38
ladspa-quantiser100::Value-22
gfloat
rwx
Value-22
Value-22.
-3,40282e+38
ladspa-quantiser100::Value-23
gfloat
rwx
Value-23
Value-23.
-3,40282e+38
ladspa-quantiser100::Value-24
gfloat
rwx
Value-24
Value-24.
-3,40282e+38
ladspa-quantiser100::Value-25
gfloat
rwx
Value-25
Value-25.
-3,40282e+38
ladspa-quantiser100::Value-26
gfloat
rwx
Value-26
Value-26.
-3,40282e+38
ladspa-quantiser100::Value-27
gfloat
rwx
Value-27
Value-27.
-3,40282e+38
ladspa-quantiser100::Value-28
gfloat
rwx
Value-28
Value-28.
-3,40282e+38
ladspa-quantiser100::Value-29
gfloat
rwx
Value-29
Value-29.
-3,40282e+38
ladspa-quantiser100::Value-3
gfloat
rwx
Value-3
Value-3.
-3,40282e+38
ladspa-quantiser100::Value-30
gfloat
rwx
Value-30
Value-30.
-3,40282e+38
ladspa-quantiser100::Value-31
gfloat
rwx
Value-31
Value-31.
-3,40282e+38
ladspa-quantiser100::Value-32
gfloat
rwx
Value-32
Value-32.
-3,40282e+38
ladspa-quantiser100::Value-33
gfloat
rwx
Value-33
Value-33.
-3,40282e+38
ladspa-quantiser100::Value-34
gfloat
rwx
Value-34
Value-34.
-3,40282e+38
ladspa-quantiser100::Value-35
gfloat
rwx
Value-35
Value-35.
-3,40282e+38
ladspa-quantiser100::Value-36
gfloat
rwx
Value-36
Value-36.
-3,40282e+38
ladspa-quantiser100::Value-37
gfloat
rwx
Value-37
Value-37.
-3,40282e+38
ladspa-quantiser100::Value-38
gfloat
rwx
Value-38
Value-38.
-3,40282e+38
ladspa-quantiser100::Value-39
gfloat
rwx
Value-39
Value-39.
-3,40282e+38
ladspa-quantiser100::Value-4
gfloat
rwx
Value-4
Value-4.
-3,40282e+38
ladspa-quantiser100::Value-40
gfloat
rwx
Value-40
Value-40.
-3,40282e+38
ladspa-quantiser100::Value-41
gfloat
rwx
Value-41
Value-41.
-3,40282e+38
ladspa-quantiser100::Value-42
gfloat
rwx
Value-42
Value-42.
-3,40282e+38
ladspa-quantiser100::Value-43
gfloat
rwx
Value-43
Value-43.
-3,40282e+38
ladspa-quantiser100::Value-44
gfloat
rwx
Value-44
Value-44.
-3,40282e+38
ladspa-quantiser100::Value-45
gfloat
rwx
Value-45
Value-45.
-3,40282e+38
ladspa-quantiser100::Value-46
gfloat
rwx
Value-46
Value-46.
-3,40282e+38
ladspa-quantiser100::Value-47
gfloat
rwx
Value-47
Value-47.
-3,40282e+38
ladspa-quantiser100::Value-48
gfloat
rwx
Value-48
Value-48.
-3,40282e+38
ladspa-quantiser100::Value-49
gfloat
rwx
Value-49
Value-49.
-3,40282e+38
ladspa-quantiser100::Value-5
gfloat
rwx
Value-5
Value-5.
-3,40282e+38
ladspa-quantiser100::Value-50
gfloat
rwx
Value-50
Value-50.
-3,40282e+38
ladspa-quantiser100::Value-51
gfloat
rwx
Value-51
Value-51.
-3,40282e+38
ladspa-quantiser100::Value-52
gfloat
rwx
Value-52
Value-52.
-3,40282e+38
ladspa-quantiser100::Value-53
gfloat
rwx
Value-53
Value-53.
-3,40282e+38
ladspa-quantiser100::Value-54
gfloat
rwx
Value-54
Value-54.
-3,40282e+38
ladspa-quantiser100::Value-55
gfloat
rwx
Value-55
Value-55.
-3,40282e+38
ladspa-quantiser100::Value-56
gfloat
rwx
Value-56
Value-56.
-3,40282e+38
ladspa-quantiser100::Value-57
gfloat
rwx
Value-57
Value-57.
-3,40282e+38
ladspa-quantiser100::Value-58
gfloat
rwx
Value-58
Value-58.
-3,40282e+38
ladspa-quantiser100::Value-59
gfloat
rwx
Value-59
Value-59.
-3,40282e+38
ladspa-quantiser100::Value-6
gfloat
rwx
Value-6
Value-6.
-3,40282e+38
ladspa-quantiser100::Value-60
gfloat
rwx
Value-60
Value-60.
-3,40282e+38
ladspa-quantiser100::Value-61
gfloat
rwx
Value-61
Value-61.
-3,40282e+38
ladspa-quantiser100::Value-62
gfloat
rwx
Value-62
Value-62.
-3,40282e+38
ladspa-quantiser100::Value-63
gfloat
rwx
Value-63
Value-63.
-3,40282e+38
ladspa-quantiser100::Value-64
gfloat
rwx
Value-64
Value-64.
-3,40282e+38
ladspa-quantiser100::Value-65
gfloat
rwx
Value-65
Value-65.
-3,40282e+38
ladspa-quantiser100::Value-66
gfloat
rwx
Value-66
Value-66.
-3,40282e+38
ladspa-quantiser100::Value-67
gfloat
rwx
Value-67
Value-67.
-3,40282e+38
ladspa-quantiser100::Value-68
gfloat
rwx
Value-68
Value-68.
-3,40282e+38
ladspa-quantiser100::Value-69
gfloat
rwx
Value-69
Value-69.
-3,40282e+38
ladspa-quantiser100::Value-7
gfloat
rwx
Value-7
Value-7.
-3,40282e+38
ladspa-quantiser100::Value-70
gfloat
rwx
Value-70
Value-70.
-3,40282e+38
ladspa-quantiser100::Value-71
gfloat
rwx
Value-71
Value-71.
-3,40282e+38
ladspa-quantiser100::Value-72
gfloat
rwx
Value-72
Value-72.
-3,40282e+38
ladspa-quantiser100::Value-73
gfloat
rwx
Value-73
Value-73.
-3,40282e+38
ladspa-quantiser100::Value-74
gfloat
rwx
Value-74
Value-74.
-3,40282e+38
ladspa-quantiser100::Value-75
gfloat
rwx
Value-75
Value-75.
-3,40282e+38
ladspa-quantiser100::Value-76
gfloat
rwx
Value-76
Value-76.
-3,40282e+38
ladspa-quantiser100::Value-77
gfloat
rwx
Value-77
Value-77.
-3,40282e+38
ladspa-quantiser100::Value-78
gfloat
rwx
Value-78
Value-78.
-3,40282e+38
ladspa-quantiser100::Value-79
gfloat
rwx
Value-79
Value-79.
-3,40282e+38
ladspa-quantiser100::Value-8
gfloat
rwx
Value-8
Value-8.
-3,40282e+38
ladspa-quantiser100::Value-80
gfloat
rwx
Value-80
Value-80.
-3,40282e+38
ladspa-quantiser100::Value-81
gfloat
rwx
Value-81
Value-81.
-3,40282e+38
ladspa-quantiser100::Value-82
gfloat
rwx
Value-82
Value-82.
-3,40282e+38
ladspa-quantiser100::Value-83
gfloat
rwx
Value-83
Value-83.
-3,40282e+38
ladspa-quantiser100::Value-84
gfloat
rwx
Value-84
Value-84.
-3,40282e+38
ladspa-quantiser100::Value-85
gfloat
rwx
Value-85
Value-85.
-3,40282e+38
ladspa-quantiser100::Value-86
gfloat
rwx
Value-86
Value-86.
-3,40282e+38
ladspa-quantiser100::Value-87
gfloat
rwx
Value-87
Value-87.
-3,40282e+38
ladspa-quantiser100::Value-88
gfloat
rwx
Value-88
Value-88.
-3,40282e+38
ladspa-quantiser100::Value-89
gfloat
rwx
Value-89
Value-89.
-3,40282e+38
ladspa-quantiser100::Value-9
gfloat
rwx
Value-9
Value-9.
-3,40282e+38
ladspa-quantiser100::Value-90
gfloat
rwx
Value-90
Value-90.
-3,40282e+38
ladspa-quantiser100::Value-91
gfloat
rwx
Value-91
Value-91.
-3,40282e+38
ladspa-quantiser100::Value-92
gfloat
rwx
Value-92
Value-92.
-3,40282e+38
ladspa-quantiser100::Value-93
gfloat
rwx
Value-93
Value-93.
-3,40282e+38
ladspa-quantiser100::Value-94
gfloat
rwx
Value-94
Value-94.
-3,40282e+38
ladspa-quantiser100::Value-95
gfloat
rwx
Value-95
Value-95.
-3,40282e+38
ladspa-quantiser100::Value-96
gfloat
rwx
Value-96
Value-96.
-3,40282e+38
ladspa-quantiser100::Value-97
gfloat
rwx
Value-97
Value-97.
-3,40282e+38
ladspa-quantiser100::Value-98
gfloat
rwx
Value-98
Value-98.
-3,40282e+38
ladspa-quantiser100::Value-99
gfloat
rwx
Value-99
Value-99.
-3,40282e+38
ladspa-tap-tubewarmth::Drive
gfloat
[0,1,10]
rwx
Drive
Drive.
2,575
ladspa-tap-tubewarmth::Tape--Tube-Blend
gfloat
[-10,10]
rwx
Tape--Tube-Blend
Tape--Tube-Blend.
10
ladspa-vcf-reslp::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-reslp::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-reslp::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-reslp::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-lp::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-lp::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-lp::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-lp::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-hp::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-hp::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-hp::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-hp::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-bp1::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-bp1::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-bp1::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-bp1::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-bp2::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-bp2::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-bp2::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-bp2::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-notch::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-notch::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-notch::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-notch::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-peakeq::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-peakeq::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-peakeq::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-peakeq::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-peakeq::dBgain-Offset
gfloat
[6,24]
rwx
dBgain-Offset
dBgain-Offset.
6
ladspa-vcf-lshelf::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-lshelf::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-lshelf::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-lshelf::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-lshelf::dBgain-Offset
gfloat
[6,24]
rwx
dBgain-Offset
dBgain-Offset.
6
ladspa-vcf-hshelf::Frequency-Offset
gfloat
[20,20000]
rwx
Frequency-Offset
Frequency-Offset.
20
ladspa-vcf-hshelf::Frequency-Pitch
gfloat
[-2,2]
rwx
Frequency-Pitch
Frequency-Pitch.
-2
ladspa-vcf-hshelf::Gain
gfloat
[0,1]
rwx
Gain
Gain.
0
ladspa-vcf-hshelf::Resonance-Offset
gfloat
[0,001,1]
rwx
Resonance-Offset
Resonance-Offset.
0,001
ladspa-vcf-hshelf::dBgain-Offset
gfloat
[6,24]
rwx
dBgain-Offset
dBgain-Offset.
6
ladspa-satanMaximiser::Decay-time
gfloat
[2,30]
rwx
Decay-time
Decay-time.
30
ladspa-satanMaximiser::Knee-point
gfloat
[-90,0]
rwx
Knee-point
Knee-point.
0
ladspa-syncpulse-fcpcga-oa::Frequenz
gfloat
[0,64]
rwx
Frequenz
Frequenz.
16
ladspa-syncpulse-fcpcga-oa::Pulse-Width
gfloat
[0,1]
rwx
Pulse-Width
Pulse-Width.
0,5
ladspa-transient::Attack-speed
gfloat
[-1,1]
rwx
Attack-speed
Attack-speed.
0
ladspa-transient::Sustain-time
gfloat
[-1,1]
rwx
Sustain-time
Sustain-time.
0
ladspa-sc3::Attack-time
gfloat
[2,400]
rwx
Attack-time
Attack-time.
101,5
ladspa-sc3::Chain-balance
gfloat
[0,1]
rwx
Chain-balance
Chain-balance.
0
ladspa-sc3::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-sc3::Makeup-gain
gfloat
[0,24]
rwx
Makeup-gain
Makeup-gain.
0
ladspa-sc3::Ratio
gfloat
[1,10]
rwx
Ratio
Ratio.
1
ladspa-sc3::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-sc3::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-tap-sigmoid::Post-Gain--dB-
gfloat
[-90,20]
rwx
Post-Gain--dB-
Post-Gain--dB-.
0
ladspa-tap-sigmoid::Pre-Gain--dB-
gfloat
[-90,20]
rwx
Pre-Gain--dB-
Pre-Gain--dB-.
0
ladspa-analogueOsc::Frequency
gfloat
[0,0441,22005,9]
rwx
Frequency
Frequency.
440
ladspa-analogueOsc::Instability
gfloat
[0,1]
rwx
Instability
Instability.
0
ladspa-analogueOsc::Warmth
gfloat
[0,1]
rwx
Warmth
Warmth.
0
ladspa-analogueOsc::Waveform
gint
[1,4]
rwx
Waveform
Waveform.
1
ladspa-adsr::Abklingzeit
gfloat
>= 0
rwx
Abklingzeit
Abklingzeit.
0
ladspa-adsr::Ausklingzeit
gfloat
>= 0
rwx
Ausklingzeit
Ausklingzeit.
0
ladspa-adsr::Einschwingzeit
gfloat
>= 0
rwx
Einschwingzeit
Einschwingzeit.
0
ladspa-adsr::Haltewert
gfloat
[0,1]
rwx
Haltewert
Haltewert.
1
ladspa-adsr::Trigger-Threshold
gfloat
rwx
Trigger-Threshold
Trigger-Threshold.
-3,40282e+38
ladspa-sifter::Sift-size
gfloat
[1,1000]
rwx
Sift-size
Sift-size.
1
ladspa-adsr-g+t::Abklingzeit
gfloat
>= 0
rwx
Abklingzeit
Abklingzeit.
0
ladspa-adsr-g+t::Ausklingzeit
gfloat
>= 0
rwx
Ausklingzeit
Ausklingzeit.
0
ladspa-adsr-g+t::Einschwingzeit
gfloat
>= 0
rwx
Einschwingzeit
Einschwingzeit.
0
ladspa-adsr-g+t::Haltewert
gfloat
[0,1]
rwx
Haltewert
Haltewert.
1
ladspa-ratio-nadc-oa::Denominator
gfloat
rwx
Denominator
Denominator.
-3,40282e+38
ladspa-ratio-ncda-oa::Numerator
gfloat
rwx
Numerator
Numerator.
-3,40282e+38
ladspa-ratio-ncdc-oc::Denominator
gfloat
rwx
Denominator
Denominator.
-3,40282e+38
ladspa-ratio-ncdc-oc::Numerator
gfloat
rwx
Numerator
Numerator.
-3,40282e+38
ladspa-ratio-ncdc-oc::Ratio-Output
gfloat
r
Ratio-Output
Ratio-Output.
-3,40282e+38
ladspa-giantFlange::Delay-1-range
gfloat
[0,10,5]
rwx
Delay-1-range
Delay-1-range.
2,625
ladspa-giantFlange::Delay-2-range
gfloat
[0,10,5]
rwx
Delay-2-range
Delay-2-range.
0
ladspa-giantFlange::Double-delay
gfloat
rwx
Double-delay
Double-delay.
-3,40282e+38
ladspa-giantFlange::Dry-Wet-level
gfloat
[0,1]
rwx
Dry-Wet-level
Dry-Wet-level.
0
ladspa-giantFlange::Feedback
gfloat
[-100,100]
rwx
Feedback
Feedback.
0
ladspa-giantFlange::LFO-frequency-1
gfloat
[0,30]
rwx
LFO-frequency-1
LFO-frequency-1.
1
ladspa-giantFlange::LFO-frequency-2
gfloat
[0,30]
rwx
LFO-frequency-2
LFO-frequency-2.
1
ladspa-svf::Filter-Q
gfloat
[0,1]
rwx
Filter-Q
Filter-Q.
0,25
ladspa-svf::Filter-freq
gfloat
[0,6000]
rwx
Filter-freq
Filter-freq.
440
ladspa-svf::Filter-resonance
gfloat
[0,1]
rwx
Filter-resonance
Filter-resonance.
0
ladspa-svf::Filter-type
gint
[0,5]
rwx
Filter-type
Filter-type.
0
ladspa-lp4pole-fcrcia-oa::Cutoff-Frequency
gfloat
[0,91875,22050]
rwx
Cutoff-Frequency
Cutoff-Frequency.
22050
ladspa-lp4pole-fcrcia-oa::Resonanz
gfloat
[0,4]
rwx
Resonanz
Resonanz.
0
ladspa-tap-pitch::Dry-Level--dB-
gfloat
[-90,20]
rwx
Dry-Level--dB-
Dry-Level--dB-.
-90
ladspa-tap-pitch::Rate-Shift----
gfloat
[-50,100]
rwx
Rate-Shift----
Rate-Shift----.
0
ladspa-tap-pitch::Semitone-Shift
gfloat
[-12,12]
rwx
Semitone-Shift
Semitone-Shift.
0
ladspa-tap-pitch::Wet-Level--dB-
gfloat
[-90,20]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-tap-pitch::latency
gfloat
[0,16027]
r
latency
latency.
16027
ladspa-square-fc-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-bandpass-a-iir::Bandwidth
gfloat
[4,41,19845]
rwx
Bandwidth
Bandwidth.
295,832
ladspa-bandpass-a-iir::Center-Frequency
gfloat
[4,41,19845]
rwx
Center-Frequency
Center-Frequency.
36,1195
ladspa-amp-mono::Gain
gfloat
>= 0
rwx
Gain
Gain.
1
ladspa-amp-stereo::Gain
gfloat
>= 0
rwx
Gain
Gain.
1
ladspa-ringmod-2i1o::Modulation-depth
gfloat
[0,2]
rwx
Modulation-depth
Modulation-depth.
0
ladspa-ringmod-1i1o1l::Frequency
gfloat
[1,1000]
rwx
Frequency
Frequency.
440
ladspa-ringmod-1i1o1l::Modulation-depth
gfloat
[0,2]
rwx
Modulation-depth
Modulation-depth.
0
ladspa-ringmod-1i1o1l::Sawtooth-level
gfloat
[-1,1]
rwx
Sawtooth-level
Sawtooth-level.
0
ladspa-ringmod-1i1o1l::Sine-level
gfloat
[-1,1]
rwx
Sine-level
Sine-level.
1
ladspa-ringmod-1i1o1l::Square-level
gfloat
[-1,1]
rwx
Square-level
Square-level.
0
ladspa-ringmod-1i1o1l::Triangle-level
gfloat
[-1,1]
rwx
Triangle-level
Triangle-level.
0
ladspa-delay-n::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-delay-n::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-delay-l::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-delay-l::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-delay-c::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-delay-c::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-fmod-famc-oa::Modulation
gfloat
rwx
Modulation
Modulation.
-3,40282e+38
ladspa-fmod-fcma-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-fmod-fcmc-oc::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-fmod-fcmc-oc::Modulation
gfloat
rwx
Modulation
Modulation.
-3,40282e+38
ladspa-fmod-fcmc-oc::Modulierte-Frequenz
gfloat
r
Modulierte-Frequenz
Modulierte-Frequenz.
-3,40282e+38
ladspa-gverb::Damping
gfloat
[0,1]
rwx
Damping
Damping.
0,5
ladspa-gverb::Dry-signal-level
gfloat
[-70,0]
rwx
Dry-signal-level
Dry-signal-level.
-70
ladspa-gverb::Early-reflection-level
gfloat
[-70,0]
rwx
Early-reflection-level
Early-reflection-level.
0
ladspa-gverb::Input-bandwidth
gfloat
[0,1]
rwx
Input-bandwidth
Input-bandwidth.
0,75
ladspa-gverb::Reverb-time
gfloat
[0,1,30]
rwx
Reverb-time
Reverb-time.
7,575
ladspa-gverb::Roomsize
gfloat
[1,300]
rwx
Roomsize
Roomsize.
75,75
ladspa-gverb::Tail-level
gfloat
[-70,0]
rwx
Tail-level
Tail-level.
-17,5
ladspa-se4::Amplitude
gfloat
[-40,12]
r
Amplitude
Amplitude.
-40
ladspa-se4::Attack-time
gfloat
[1,5,400]
rwx
Attack-time
Attack-time.
101,125
ladspa-se4::Attenuation
gfloat
[-24,0]
rwx
Attenuation
Attenuation.
0
ladspa-se4::Gain-expansion
gfloat
[0,24]
r
Gain-expansion
Gain-expansion.
0
ladspa-se4::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-se4::RMS-peak
gfloat
[0,1]
rwx
RMS-peak
RMS-peak.
0
ladspa-se4::Ratio
gfloat
[1,20]
rwx
Ratio
Ratio.
1
ladspa-se4::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-se4::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-gong::Inner-damping
gfloat
[0,1]
rwx
Inner-damping
Inner-damping.
0,5
ladspa-gong::Inner-size-1
gfloat
[0,1]
rwx
Inner-size-1
Inner-size-1.
0,5
ladspa-gong::Inner-size-2
gfloat
[0,1]
rwx
Inner-size-2
Inner-size-2.
0,5
ladspa-gong::Inner-size-3
gfloat
[0,1]
rwx
Inner-size-3
Inner-size-3.
0,5
ladspa-gong::Inner-size-4
gfloat
[0,1]
rwx
Inner-size-4
Inner-size-4.
0,5
ladspa-gong::Inner-stiffness-1--
gfloat
[0,1]
rwx
Inner-stiffness-1--
Inner-stiffness-1--.
0,5
ladspa-gong::Inner-stiffness-1---1
gfloat
[0,1]
rwx
Inner-stiffness-1---1
Inner-stiffness-1---1.
0,5
ladspa-gong::Inner-stiffness-2--
gfloat
[0,1]
rwx
Inner-stiffness-2--
Inner-stiffness-2--.
0,5
ladspa-gong::Inner-stiffness-2---1
gfloat
[0,1]
rwx
Inner-stiffness-2---1
Inner-stiffness-2---1.
0,5
ladspa-gong::Inner-stiffness-3--
gfloat
[0,1]
rwx
Inner-stiffness-3--
Inner-stiffness-3--.
0,5
ladspa-gong::Inner-stiffness-3---1
gfloat
[0,1]
rwx
Inner-stiffness-3---1
Inner-stiffness-3---1.
0,5
ladspa-gong::Inner-stiffness-4--
gfloat
[0,1]
rwx
Inner-stiffness-4--
Inner-stiffness-4--.
0,5
ladspa-gong::Inner-stiffness-4---1
gfloat
[0,1]
rwx
Inner-stiffness-4---1
Inner-stiffness-4---1.
0,5
ladspa-gong::Mic-position
gfloat
[0,1]
rwx
Mic-position
Mic-position.
0,25
ladspa-gong::Outer-damping
gfloat
[0,1]
rwx
Outer-damping
Outer-damping.
0,5
ladspa-gong::Outer-size-1
gfloat
[0,1]
rwx
Outer-size-1
Outer-size-1.
0,5
ladspa-gong::Outer-size-2
gfloat
[0,1]
rwx
Outer-size-2
Outer-size-2.
0,5
ladspa-gong::Outer-size-3
gfloat
[0,1]
rwx
Outer-size-3
Outer-size-3.
0,5
ladspa-gong::Outer-size-4
gfloat
[0,1]
rwx
Outer-size-4
Outer-size-4.
0,5
ladspa-gong::Outer-stiffness-1--
gfloat
[0,1]
rwx
Outer-stiffness-1--
Outer-stiffness-1--.
0,5
ladspa-gong::Outer-stiffness-1---1
gfloat
[0,1]
rwx
Outer-stiffness-1---1
Outer-stiffness-1---1.
0,5
ladspa-gong::Outer-stiffness-2--
gfloat
[0,1]
rwx
Outer-stiffness-2--
Outer-stiffness-2--.
0,5
ladspa-gong::Outer-stiffness-2---1
gfloat
[0,1]
rwx
Outer-stiffness-2---1
Outer-stiffness-2---1.
0,5
ladspa-gong::Outer-stiffness-3--
gfloat
[0,1]
rwx
Outer-stiffness-3--
Outer-stiffness-3--.
0,5
ladspa-gong::Outer-stiffness-3---1
gfloat
[0,1]
rwx
Outer-stiffness-3---1
Outer-stiffness-3---1.
0,5
ladspa-gong::Outer-stiffness-4--
gfloat
[0,1]
rwx
Outer-stiffness-4--
Outer-stiffness-4--.
0,5
ladspa-gong::Outer-stiffness-4---1
gfloat
[0,1]
rwx
Outer-stiffness-4---1
Outer-stiffness-4---1.
0,5
ladspa-encode-bformat::Sound-Source-X-Coordinate
gfloat
rwx
Sound-Source-X-Coordinate
Sound-Source-X-Coordinate.
1
ladspa-encode-bformat::Sound-Source-Y-Coordinate
gfloat
rwx
Sound-Source-Y-Coordinate
Sound-Source-Y-Coordinate.
0
ladspa-encode-bformat::Sound-Source-Z-Coordinate
gfloat
rwx
Sound-Source-Z-Coordinate
Sound-Source-Z-Coordinate.
0
ladspa-encode-fmh::Sound-Source-X-Coordinate
gfloat
rwx
Sound-Source-X-Coordinate
Sound-Source-X-Coordinate.
1
ladspa-encode-fmh::Sound-Source-Y-Coordinate
gfloat
rwx
Sound-Source-Y-Coordinate
Sound-Source-Y-Coordinate.
0
ladspa-encode-fmh::Sound-Source-Z-Coordinate
gfloat
rwx
Sound-Source-Z-Coordinate
Sound-Source-Z-Coordinate.
0
ladspa-bf-rotate-z::Angle-of-Rotation
gfloat
[-180,180]
rwx
Angle-of-Rotation
Angle-of-Rotation.
90
ladspa-fmh-rotate-z::Angle-of-Rotation
gfloat
[-180,180]
rwx
Angle-of-Rotation
Angle-of-Rotation.
90
ladspa-analogue::DCO1-Attack
gfloat
[0,1]
rwx
DCO1-Attack
DCO1-Attack.
0
ladspa-analogue::DCO1-Decay
gfloat
[0,1]
rwx
DCO1-Decay
DCO1-Decay.
0
ladspa-analogue::DCO1-LFO-Frequency-Modulation
gfloat
[-2,2]
rwx
DCO1-LFO-Frequency-Modulation
DCO1-LFO-Frequency-Modulation.
-2
ladspa-analogue::DCO1-LFO-Pulse-Width-Modulation
gint
[0,5]
rwx
DCO1-LFO-Pulse-Width-Modulation
DCO1-LFO-Pulse-Width-Modulation.
0
ladspa-analogue::DCO1-Octave
gfloat
[0,001,1]
rwx
DCO1-Octave
DCO1-Octave.
0,001
ladspa-analogue::DCO1-Release
gfloat
[0,01,8]
rwx
DCO1-Release
DCO1-Release.
0,01
ladspa-analogue::DCO1-Sustain
gfloat
[0,01,8]
rwx
DCO1-Sustain
DCO1-Sustain.
0,01
ladspa-analogue::DCO1-Waveform
gfloat
[0,10]
rwx
DCO1-Waveform
DCO1-Waveform.
0
ladspa-analogue::DCO2-Attack
gfloat
[0,1]
rwx
DCO2-Attack
DCO2-Attack.
0
ladspa-analogue::DCO2-Decay
gfloat
[0,1]
rwx
DCO2-Decay
DCO2-Decay.
0
ladspa-analogue::DCO2-LFO-Frequency-Modulation
gfloat
[-2,2]
rwx
DCO2-LFO-Frequency-Modulation
DCO2-LFO-Frequency-Modulation.
-2
ladspa-analogue::DCO2-LFO-Pulse-Width-Modulation
gint
[0,5]
rwx
DCO2-LFO-Pulse-Width-Modulation
DCO2-LFO-Pulse-Width-Modulation.
0
ladspa-analogue::DCO2-Octave
gfloat
[0,1]
rwx
DCO2-Octave
DCO2-Octave.
0
ladspa-analogue::DCO2-Release
gfloat
[0,01,8]
rwx
DCO2-Release
DCO2-Release.
0,01
ladspa-analogue::DCO2-Sustain
gfloat
[0,01,8]
rwx
DCO2-Sustain
DCO2-Sustain.
0,01
ladspa-analogue::DCO2-Waveform
gfloat
[0,01,8]
rwx
DCO2-Waveform
DCO2-Waveform.
0,01
ladspa-analogue::Filter-Attack
gfloat
[0,1]
rwx
Filter-Attack
Filter-Attack.
0
ladspa-analogue::Filter-Decay
gfloat
[0,1]
rwx
Filter-Decay
Filter-Decay.
0
ladspa-analogue::Filter-Envelope-Modulation
gfloat
[0,20]
rwx
Filter-Envelope-Modulation
Filter-Envelope-Modulation.
0
ladspa-analogue::Filter-LFO-Modulation
gfloat
[0,01,8]
rwx
Filter-LFO-Modulation
Filter-LFO-Modulation.
0,01
ladspa-analogue::Filter-Release
gfloat
[0,01,8]
rwx
Filter-Release
Filter-Release.
0,01
ladspa-analogue::Filter-Resonance
gfloat
[0,1]
rwx
Filter-Resonance
Filter-Resonance.
0
ladspa-analogue::Filter-Sustain
gfloat
[0,01,8]
rwx
Filter-Sustain
Filter-Sustain.
0,01
ladspa-analogue::Frequency
gfloat
[0,20000]
rwx
Frequency
Frequency.
0
ladspa-analogue::Gate
gboolean
rwx
Gate
Gate.
FALSE
ladspa-analogue::LFO-Fadein
gfloat
[0,01,8]
rwx
LFO-Fadein
LFO-Fadein.
0,01
ladspa-analogue::LFO-Frequency
gfloat
[0,1]
rwx
LFO-Frequency
LFO-Frequency.
0
ladspa-analogue::Velocity
gfloat
[0,1]
rwx
Velocity
Velocity.
0
ladspa-canyon-delay::Left-to-Right-Feedback
gfloat
[-1,1]
rwx
Left-to-Right-Feedback
Left-to-Right-Feedback.
-1
ladspa-canyon-delay::Left-to-Right-Time
gfloat
[0,01,0,99]
rwx
Left-to-Right-Time
Left-to-Right-Time.
0,01
ladspa-canyon-delay::Low-Pass-Cutoff
gfloat
[1,5000]
rwx
Low-Pass-Cutoff
Low-Pass-Cutoff.
1
ladspa-canyon-delay::Right-to-Left-Feedback
gfloat
[-1,1]
rwx
Right-to-Left-Feedback
Right-to-Left-Feedback.
-1
ladspa-canyon-delay::Right-to-Left-Time
gfloat
[0,01,0,99]
rwx
Right-to-Left-Time
Right-to-Left-Time.
0,01
ladspa-disintegrator::Multiplier
gfloat
[-1,1]
rwx
Multiplier
Multiplier.
0
ladspa-disintegrator::Probability
gfloat
[0,1]
rwx
Probability
Probability.
0
ladspa-sledgehammer::Carrier-influence
gfloat
[-1,1]
rwx
Carrier-influence
Carrier-influence.
1
ladspa-sledgehammer::Modulator-influence
gfloat
[-1,1]
rwx
Modulator-influence
Modulator-influence.
0
ladspa-sledgehammer::Rate
gfloat
[1e-05,0,001]
rwx
Rate
Rate.
0,000505
ladspa-delay-0-01s::Delay
gfloat
[0,0,01]
rwx
Delay
Delay.
0,01
ladspa-delay-0-01s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-delay-0-1s::Delay
gfloat
[0,0,1]
rwx
Delay
Delay.
0,1
ladspa-delay-0-1s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-delay-1s::Delay
gfloat
[0,1]
rwx
Delay
Delay.
1
ladspa-delay-1s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-delay-5s::Delay
gfloat
[0,5]
rwx
Delay
Delay.
1
ladspa-delay-5s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-delay-60s::Delay
gfloat
[0,60]
rwx
Delay
Delay.
1
ladspa-delay-60s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-track-max-peak::Envelope-Forgetting-Factor
gfloat
>= 0
rwx
Envelope-Forgetting-Factor
Envelope-Forgetting-Factor.
3,40282e+38
ladspa-track-max-peak::Output
gfloat
>= 0
r
Output
Output.
0
ladspa-track-max-rms::Envelope-Forgetting-Factor
gfloat
>= 0
rwx
Envelope-Forgetting-Factor
Envelope-Forgetting-Factor.
3,40282e+38
ladspa-track-max-rms::Output
gfloat
>= 0
r
Output
Output.
0
ladspa-track-peak::Output
gfloat
>= 0
r
Output
Output.
0
ladspa-track-peak::Smoothing-Factor
gfloat
[0,1]
rwx
Smoothing-Factor
Smoothing-Factor.
0
ladspa-track-rms::Output
gfloat
>= 0
r
Output
Output.
0
ladspa-track-rms::Smoothing-Factor
gfloat
[0,1]
rwx
Smoothing-Factor
Smoothing-Factor.
0
ladspa-fbdelay-0-01s::Delay
gfloat
[0,0,01]
rwx
Delay
Delay.
0,01
ladspa-fbdelay-0-01s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-fbdelay-0-01s::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0,5
ladspa-fbdelay-0-1s::Delay
gfloat
[0,0,1]
rwx
Delay
Delay.
0,1
ladspa-fbdelay-0-1s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-fbdelay-0-1s::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0,5
ladspa-fbdelay-1s::Delay
gfloat
[0,1]
rwx
Delay
Delay.
1
ladspa-fbdelay-1s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-fbdelay-1s::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0,5
ladspa-fbdelay-5s::Delay
gfloat
[0,5]
rwx
Delay
Delay.
1
ladspa-fbdelay-5s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-fbdelay-5s::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0,5
ladspa-fbdelay-60s::Delay
gfloat
[0,60]
rwx
Delay
Delay.
1
ladspa-fbdelay-60s::Dry-Wet-Balance
gfloat
[0,1]
rwx
Dry-Wet-Balance
Dry-Wet-Balance.
0,5
ladspa-fbdelay-60s::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0,5
ladspa-freeverb3::Damping
gfloat
[0,1]
rwx
Damping
Damping.
0
ladspa-freeverb3::Dry-Level
gfloat
[0,1]
rwx
Dry-Level
Dry-Level.
1
ladspa-freeverb3::Freeze-Mode
gboolean
rwx
Freeze-Mode
Freeze-Mode.
FALSE
ladspa-freeverb3::Room-Size
gfloat
[0,1]
rwx
Room-Size
Room-Size.
0,5
ladspa-freeverb3::Wet-Level
gfloat
[0,1]
rwx
Wet-Level
Wet-Level.
0
ladspa-freeverb3::Width
gfloat
[0,1]
rwx
Width
Width.
0,5
ladspa-grain-scatter::Density
gfloat
>= 0
rwx
Density
Density.
3,40282e+38
ladspa-grain-scatter::Grain-Attack
gfloat
>= 0
rwx
Grain-Attack
Grain-Attack.
3,40282e+38
ladspa-grain-scatter::Grain-Length
gfloat
>= 0
rwx
Grain-Length
Grain-Length.
3,40282e+38
ladspa-grain-scatter::Scatter
gfloat
[0,5]
rwx
Scatter
Scatter.
2,5
ladspa-hard-gate::Threshold
gfloat
[0,1]
rwx
Threshold
Threshold.
0
ladspa-identity-control::Input
gfloat
rwx
Input
Input.
-3,40282e+38
ladspa-identity-control::Output
gfloat
r
Output
Output.
-3,40282e+38
ladspa-lofi::Crackling
gint
[0,100]
rwx
Crackling
Crackling.
0
ladspa-lofi::Opamp-Bandwidth-Limiting
gfloat
[1,10000]
rwx
Opamp-Bandwidth-Limiting
Opamp-Bandwidth-Limiting.
1
ladspa-lofi::Powersupply-Overloading
gfloat
[0,100]
rwx
Powersupply-Overloading
Powersupply-Overloading.
0
ladspa-logistic::Step-frequency
gfloat
[0,44,1]
rwx
Step-frequency
Step-frequency.
22,05
ladspa-logistic::param--r--parameter
gfloat
[2,9,3,9999]
rwx
param--r--parameter
param--r--parameter.
3,9999
ladspa-noise-source-white::Amplitude
gfloat
>= 0
rwx
Amplitude
Amplitude.
1
ladspa-null-ci::Input
gfloat
rwx
Input
Input.
-3,40282e+38
ladspa-null-co::Output
gfloat
r
Output
Output.
-3,40282e+38
ladspa-organ::Attack-Hi
gfloat
[0,01,1]
rwx
Attack-Hi
Attack-Hi.
0,01
ladspa-organ::Attack-Lo
gfloat
[0,01,1]
rwx
Attack-Lo
Attack-Lo.
0,01
ladspa-organ::Brass
gboolean
rwx
Brass
Brass.
FALSE
ladspa-organ::Decay-Hi
gfloat
[0,01,1]
rwx
Decay-Hi
Decay-Hi.
0,01
ladspa-organ::Decay-Lo
gfloat
[0,01,1]
rwx
Decay-Lo
Decay-Lo.
0,01
ladspa-organ::Flute
gboolean
rwx
Flute
Flute.
FALSE
ladspa-organ::Frequency
gfloat
[0,20000]
rwx
Frequency
Frequency.
0
ladspa-organ::Gate
gboolean
rwx
Gate
Gate.
FALSE
ladspa-organ::Reed
gboolean
rwx
Reed
Reed.
FALSE
ladspa-organ::Release-Hi
gfloat
[0,01,1]
rwx
Release-Hi
Release-Hi.
0,01
ladspa-organ::Release-Lo
gfloat
[0,01,1]
rwx
Release-Lo
Release-Lo.
0,01
ladspa-organ::Sustain-Hi
gfloat
[0,1]
rwx
Sustain-Hi
Sustain-Hi.
0
ladspa-organ::Sustain-Lo
gfloat
[0,1]
rwx
Sustain-Lo
Sustain-Lo.
0
ladspa-organ::Velocity
gfloat
[0,1]
rwx
Velocity
Velocity.
0
ladspa-organ::param-16th-Harmonic
gfloat
[0,1]
rwx
param-16th-Harmonic
param-16th-Harmonic.
0
ladspa-organ::param-2-2-3rd-Harmonic
gfloat
[0,1]
rwx
param-2-2-3rd-Harmonic
param-2-2-3rd-Harmonic.
0
ladspa-organ::param-2nd-Harmonic
gfloat
[0,1]
rwx
param-2nd-Harmonic
param-2nd-Harmonic.
0
ladspa-organ::param-4th-Harmonic
gfloat
[0,1]
rwx
param-4th-Harmonic
param-4th-Harmonic.
0
ladspa-organ::param-5-1-3rd-Harmonic
gfloat
[0,1]
rwx
param-5-1-3rd-Harmonic
param-5-1-3rd-Harmonic.
0
ladspa-organ::param-8th-Harmonic
gfloat
[0,1]
rwx
param-8th-Harmonic
param-8th-Harmonic.
0
ladspa-peak::Peak
gfloat
>= 0
r
Peak
Peak.
0
ladspa-phasemod::DCO1-Attack
gfloat
[0,01,8]
rwx
DCO1-Attack
DCO1-Attack.
0,01
ladspa-phasemod::DCO1-Decay
gfloat
[0,01,8]
rwx
DCO1-Decay
DCO1-Decay.
0,01
ladspa-phasemod::DCO1-Modulation
gfloat
[0,1]
rwx
DCO1-Modulation
DCO1-Modulation.
0
ladspa-phasemod::DCO1-Octave
gfloat
[-2,2]
rwx
DCO1-Octave
DCO1-Octave.
-2
ladspa-phasemod::DCO1-Release
gfloat
[0,01,8]
rwx
DCO1-Release
DCO1-Release.
0,01
ladspa-phasemod::DCO1-Sustain
gfloat
[0,1]
rwx
DCO1-Sustain
DCO1-Sustain.
0
ladspa-phasemod::DCO1-Waveform
gint
[0,5]
rwx
DCO1-Waveform
DCO1-Waveform.
0
ladspa-phasemod::DCO2-Attack
gfloat
[0,01,8]
rwx
DCO2-Attack
DCO2-Attack.
0,01
ladspa-phasemod::DCO2-Decay
gfloat
[0,01,8]
rwx
DCO2-Decay
DCO2-Decay.
0,01
ladspa-phasemod::DCO2-Modulation
gfloat
[0,1]
rwx
DCO2-Modulation
DCO2-Modulation.
0
ladspa-phasemod::DCO2-Octave
gfloat
[-2,2]
rwx
DCO2-Octave
DCO2-Octave.
-2
ladspa-phasemod::DCO2-Release
gfloat
[0,01,8]
rwx
DCO2-Release
DCO2-Release.
0,01
ladspa-phasemod::DCO2-Sustain
gfloat
[0,1]
rwx
DCO2-Sustain
DCO2-Sustain.
0
ladspa-phasemod::DCO2-Waveform
gint
[0,5]
rwx
DCO2-Waveform
DCO2-Waveform.
0
ladspa-phasemod::DCO3-Attack
gfloat
[0,01,8]
rwx
DCO3-Attack
DCO3-Attack.
0,01
ladspa-phasemod::DCO3-Decay
gfloat
[0,01,8]
rwx
DCO3-Decay
DCO3-Decay.
0,01
ladspa-phasemod::DCO3-Modulation
gfloat
[0,1]
rwx
DCO3-Modulation
DCO3-Modulation.
0
ladspa-phasemod::DCO3-Octave
gfloat
[-2,2]
rwx
DCO3-Octave
DCO3-Octave.
-2
ladspa-phasemod::DCO3-Release
gfloat
[0,01,8]
rwx
DCO3-Release
DCO3-Release.
0,01
ladspa-phasemod::DCO3-Sustain
gfloat
[0,1]
rwx
DCO3-Sustain
DCO3-Sustain.
0
ladspa-phasemod::DCO3-Waveform
gint
[0,5]
rwx
DCO3-Waveform
DCO3-Waveform.
0
ladspa-phasemod::DCO4-Attack
gfloat
[0,01,8]
rwx
DCO4-Attack
DCO4-Attack.
0,01
ladspa-phasemod::DCO4-Decay
gfloat
[0,01,8]
rwx
DCO4-Decay
DCO4-Decay.
0,01
ladspa-phasemod::DCO4-Modulation
gfloat
[0,1]
rwx
DCO4-Modulation
DCO4-Modulation.
0
ladspa-phasemod::DCO4-Octave
gfloat
[-2,2]
rwx
DCO4-Octave
DCO4-Octave.
-2
ladspa-phasemod::DCO4-Release
gfloat
[0,01,8]
rwx
DCO4-Release
DCO4-Release.
0,01
ladspa-phasemod::DCO4-Sustain
gfloat
[0,1]
rwx
DCO4-Sustain
DCO4-Sustain.
0
ladspa-phasemod::DCO4-Waveform
gint
[0,5]
rwx
DCO4-Waveform
DCO4-Waveform.
0
ladspa-phasemod::DCO5-Attack
gfloat
[0,01,8]
rwx
DCO5-Attack
DCO5-Attack.
0,01
ladspa-phasemod::DCO5-Decay
gfloat
[0,01,8]
rwx
DCO5-Decay
DCO5-Decay.
0,01
ladspa-phasemod::DCO5-Modulation
gfloat
[0,1]
rwx
DCO5-Modulation
DCO5-Modulation.
0
ladspa-phasemod::DCO5-Octave
gfloat
[-2,2]
rwx
DCO5-Octave
DCO5-Octave.
-2
ladspa-phasemod::DCO5-Release
gfloat
[0,01,8]
rwx
DCO5-Release
DCO5-Release.
0,01
ladspa-phasemod::DCO5-Sustain
gfloat
[0,1]
rwx
DCO5-Sustain
DCO5-Sustain.
0
ladspa-phasemod::DCO5-Waveform
gint
[0,5]
rwx
DCO5-Waveform
DCO5-Waveform.
0
ladspa-phasemod::DCO6-Attack
gfloat
[0,01,8]
rwx
DCO6-Attack
DCO6-Attack.
0,01
ladspa-phasemod::DCO6-Decay
gfloat
[0,01,8]
rwx
DCO6-Decay
DCO6-Decay.
0,01
ladspa-phasemod::DCO6-Modulation
gfloat
[0,1]
rwx
DCO6-Modulation
DCO6-Modulation.
0
ladspa-phasemod::DCO6-Octave
gfloat
[-2,2]
rwx
DCO6-Octave
DCO6-Octave.
-2
ladspa-phasemod::DCO6-Release
gfloat
[0,01,8]
rwx
DCO6-Release
DCO6-Release.
0,01
ladspa-phasemod::DCO6-Sustain
gfloat
[0,1]
rwx
DCO6-Sustain
DCO6-Sustain.
0
ladspa-phasemod::DCO6-Waveform
gint
[0,5]
rwx
DCO6-Waveform
DCO6-Waveform.
0
ladspa-phasemod::Frequency
gfloat
[0,20000]
rwx
Frequency
Frequency.
0
ladspa-phasemod::Gate
gboolean
rwx
Gate
Gate.
FALSE
ladspa-phasemod::Velocity
gfloat
[0,1]
rwx
Velocity
Velocity.
0
ladspa-pink-interpolated-audio::Highest-frequency
gfloat
[0,44100]
rwx
Highest-frequency
Highest-frequency.
1
ladspa-pink-sh::Sample-and-hold-frequency
gfloat
[0,882]
rwx
Sample-and-hold-frequency
Sample-and-hold-frequency.
1
ladspa-compress-peak::Compression-Ratio
gfloat
<= 1
rwx
Compression-Ratio
Compression-Ratio.
-1,70141e+38
ladspa-compress-peak::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-compress-peak::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-compress-peak::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-compress-rms::Compression-Ratio
gfloat
<= 1
rwx
Compression-Ratio
Compression-Ratio.
-1,70141e+38
ladspa-compress-rms::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-compress-rms::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-compress-rms::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-expand-peak::Expansion-Ratio
gfloat
<= 1
rwx
Expansion-Ratio
Expansion-Ratio.
-1,70141e+38
ladspa-expand-peak::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-expand-peak::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-expand-peak::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-expand-rms::Expansion-Ratio
gfloat
<= 1
rwx
Expansion-Ratio
Expansion-Ratio.
-1,70141e+38
ladspa-expand-rms::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-expand-rms::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-expand-rms::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-limit-peak::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-limit-peak::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-limit-peak::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-limit-rms::Output-Envelope-Attack
gfloat
>= 0
rwx
Output-Envelope-Attack
Output-Envelope-Attack.
3,40282e+38
ladspa-limit-rms::Output-Envelope-Decay
gfloat
>= 0
rwx
Output-Envelope-Decay
Output-Envelope-Decay.
3,40282e+38
ladspa-limit-rms::Threshold
gfloat
>= 0
rwx
Threshold
Threshold.
1
ladspa-sine-faac::Amplitude
gfloat
>= 0
rwx
Amplitude
Amplitude.
1
ladspa-sine-fcaa::Frequency
gfloat
[0,22050]
rwx
Frequency
Frequency.
440
ladspa-sine-fcac::Amplitude
gfloat
>= 0
rwx
Amplitude
Amplitude.
1
ladspa-sine-fcac::Frequency
gfloat
[0,22050]
rwx
Frequency
Frequency.
440
ladspa-syndrum::Frequency
gfloat
[0,20000]
rwx
Frequency
Frequency.
0
ladspa-syndrum::Frequency-Ratio
gfloat
[0,10]
rwx
Frequency-Ratio
Frequency-Ratio.
0
ladspa-syndrum::Resonance
gfloat
[0,001,1]
rwx
Resonance
Resonance.
0,001
ladspa-syndrum::Trigger
gboolean
rwx
Trigger
Trigger.
FALSE
ladspa-syndrum::Velocity
gfloat
[0,10]
rwx
Velocity
Velocity.
0
ladspa-vcf303::Cutoff
gfloat
[0,1]
rwx
Cutoff
Cutoff.
0
ladspa-vcf303::Decay
gfloat
[0,1]
rwx
Decay
Decay.
0
ladspa-vcf303::Envelope-Modulation
gfloat
[0,1]
rwx
Envelope-Modulation
Envelope-Modulation.
0
ladspa-vcf303::Resonance
gfloat
[0,1]
rwx
Resonance
Resonance.
0
ladspa-vcf303::Trigger
gboolean
rwx
Trigger
Trigger.
FALSE
ladspa-wshape-sine::Limiting-Amplitude
gfloat
>= 0
rwx
Limiting-Amplitude
Limiting-Amplitude.
1
ladspa-chebstortion::Distortion
gfloat
[0,3]
rwx
Distortion
Distortion.
0
ladspa-lcrDelay::C-delay
gfloat
[0,2700]
rwx
C-delay
C-delay.
675
ladspa-lcrDelay::C-level
gfloat
[0,50]
rwx
C-level
C-level.
25
ladspa-lcrDelay::Dry-Wet-level
gfloat
[0,1]
rwx
Dry-Wet-level
Dry-Wet-level.
0
ladspa-lcrDelay::Feedback
gfloat
[-100,100]
rwx
Feedback
Feedback.
0
ladspa-lcrDelay::High-damp
gfloat
[0,100]
rwx
High-damp
High-damp.
50
ladspa-lcrDelay::L-delay
gfloat
[0,2700]
rwx
L-delay
L-delay.
675
ladspa-lcrDelay::L-level
gfloat
[0,50]
rwx
L-level
L-level.
25
ladspa-lcrDelay::Low-damp
gfloat
[0,100]
rwx
Low-damp
Low-damp.
50
ladspa-lcrDelay::R-delay
gfloat
[0,2700]
rwx
R-delay
R-delay.
675
ladspa-lcrDelay::R-level
gfloat
[0,50]
rwx
R-level
R-level.
25
ladspa-lcrDelay::Spread
gfloat
[0,50]
rwx
Spread
Spread.
25
ladspa-divider::Denominator
gint
[1,8]
rwx
Denominator
Denominator.
1
ladspa-random-fasc-oa::Wave-Smoothness
gfloat
[0,1]
rwx
Wave-Smoothness
Wave-Smoothness.
1
ladspa-random-fcsa-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-random-fcsc-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-random-fcsc-oa::Wave-Smoothness
gfloat
[0,1]
rwx
Wave-Smoothness
Wave-Smoothness.
1
ladspa-lfoPhaser::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0
ladspa-lfoPhaser::LFO-depth
gfloat
[0,1]
rwx
LFO-depth
LFO-depth.
0,25
ladspa-lfoPhaser::LFO-rate
gfloat
[0,100]
rwx
LFO-rate
LFO-rate.
25
ladspa-lfoPhaser::Spread
gfloat
[0,2]
rwx
Spread
Spread.
1
ladspa-fourByFourPole::Feedback-1
gfloat
[-1,1]
rwx
Feedback-1
Feedback-1.
0
ladspa-fourByFourPole::Feedback-2
gfloat
[-1,1]
rwx
Feedback-2
Feedback-2.
0
ladspa-fourByFourPole::Feedback-3
gfloat
[-1,1]
rwx
Feedback-3
Feedback-3.
0
ladspa-fourByFourPole::Feedback-4
gfloat
[-1,1]
rwx
Feedback-4
Feedback-4.
0
ladspa-fourByFourPole::Frequency-1
gfloat
[1,20000]
rwx
Frequency-1
Frequency-1.
5000,75
ladspa-fourByFourPole::Frequency-2
gfloat
[1,20000]
rwx
Frequency-2
Frequency-2.
10000,5
ladspa-fourByFourPole::Frequency-3
gfloat
[1,20000]
rwx
Frequency-3
Frequency-3.
15000,2
ladspa-fourByFourPole::Frequency-4
gfloat
[1,20000]
rwx
Frequency-4
Frequency-4.
20000
ladspa-autoPhaser::Attack-time
gfloat
[0,1]
rwx
Attack-time
Attack-time.
0,25
ladspa-autoPhaser::Decay-time
gfloat
[0,1]
rwx
Decay-time
Decay-time.
0,25
ladspa-autoPhaser::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0
ladspa-autoPhaser::Modulation-depth
gfloat
[0,1]
rwx
Modulation-depth
Modulation-depth.
0,25
ladspa-autoPhaser::Spread
gfloat
[0,2]
rwx
Spread
Spread.
1
ladspa-tap-reflector::Dry-Level--dB-
gfloat
[-90,20]
rwx
Dry-Level--dB-
Dry-Level--dB-.
-90
ladspa-tap-reflector::Fragment-Length--ms-
gfloat
[20,1600]
rwx
Fragment-Length--ms-
Fragment-Length--ms-.
415
ladspa-tap-reflector::Wet-Level--dB-
gfloat
[-90,20]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-fastLookaheadLimiter::Attenuation
gfloat
[0,70]
r
Attenuation
Attenuation.
0
ladspa-fastLookaheadLimiter::Input-gain
gfloat
[-20,20]
rwx
Input-gain
Input-gain.
0
ladspa-fastLookaheadLimiter::Limit
gfloat
[-20,0]
rwx
Limit
Limit.
0
ladspa-fastLookaheadLimiter::Release-time
gfloat
[0,01,2]
rwx
Release-time
Release-time.
0,5075
ladspa-fastLookaheadLimiter::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-quantiser20::Match-Range
gfloat
>= 0
rwx
Match-Range
Match-Range.
0
ladspa-quantiser20::Mode
gint
[0,2]
rwx
Mode
Mode.
0
ladspa-quantiser20::Quantise-Range-Maximum
gfloat
rwx
Quantise-Range-Maximum
Quantise-Range-Maximum.
-3,40282e+38
ladspa-quantiser20::Quantise-Range-Minimum
gfloat
rwx
Quantise-Range-Minimum
Quantise-Range-Minimum.
-3,40282e+38
ladspa-quantiser20::Steps
gint
[1,20]
rwx
Steps
Steps.
20
ladspa-quantiser20::Value-0
gfloat
rwx
Value-0
Value-0.
-3,40282e+38
ladspa-quantiser20::Value-1
gfloat
rwx
Value-1
Value-1.
-3,40282e+38
ladspa-quantiser20::Value-10
gfloat
rwx
Value-10
Value-10.
-3,40282e+38
ladspa-quantiser20::Value-11
gfloat
rwx
Value-11
Value-11.
-3,40282e+38
ladspa-quantiser20::Value-12
gfloat
rwx
Value-12
Value-12.
-3,40282e+38
ladspa-quantiser20::Value-13
gfloat
rwx
Value-13
Value-13.
-3,40282e+38
ladspa-quantiser20::Value-14
gfloat
rwx
Value-14
Value-14.
-3,40282e+38
ladspa-quantiser20::Value-15
gfloat
rwx
Value-15
Value-15.
-3,40282e+38
ladspa-quantiser20::Value-16
gfloat
rwx
Value-16
Value-16.
-3,40282e+38
ladspa-quantiser20::Value-17
gfloat
rwx
Value-17
Value-17.
-3,40282e+38
ladspa-quantiser20::Value-18
gfloat
rwx
Value-18
Value-18.
-3,40282e+38
ladspa-quantiser20::Value-19
gfloat
rwx
Value-19
Value-19.
-3,40282e+38
ladspa-quantiser20::Value-2
gfloat
rwx
Value-2
Value-2.
-3,40282e+38
ladspa-quantiser20::Value-3
gfloat
rwx
Value-3
Value-3.
-3,40282e+38
ladspa-quantiser20::Value-4
gfloat
rwx
Value-4
Value-4.
-3,40282e+38
ladspa-quantiser20::Value-5
gfloat
rwx
Value-5
Value-5.
-3,40282e+38
ladspa-quantiser20::Value-6
gfloat
rwx
Value-6
Value-6.
-3,40282e+38
ladspa-quantiser20::Value-7
gfloat
rwx
Value-7
Value-7.
-3,40282e+38
ladspa-quantiser20::Value-8
gfloat
rwx
Value-8
Value-8.
-3,40282e+38
ladspa-quantiser20::Value-9
gfloat
rwx
Value-9
Value-9.
-3,40282e+38
ladspa-vynil::Crackle
gfloat
[0,1]
rwx
Crackle
Crackle.
0
ladspa-vynil::RPM
gfloat
[33,78]
rwx
RPM
RPM.
33
ladspa-vynil::Surface-warping
gfloat
[0,1]
rwx
Surface-warping
Surface-warping.
0
ladspa-vynil::Wear
gfloat
[0,1]
rwx
Wear
Wear.
0
ladspa-vynil::Year
gfloat
[1900,1990]
rwx
Year
Year.
1990
ladspa-const::Signal-amplitude
gfloat
[-1,1,1]
rwx
Signal-amplitude
Signal-amplitude.
0
ladspa-product-iaic-oa::Second-Input
gfloat
rwx
Second-Input
Second-Input.
-3,40282e+38
ladspa-product-icic-oc::First-Input
gfloat
rwx
First-Input
First-Input.
-3,40282e+38
ladspa-product-icic-oc::Product-Output
gfloat
r
Product-Output
Product-Output.
-3,40282e+38
ladspa-product-icic-oc::Second-Input
gfloat
rwx
Second-Input
Second-Input.
-3,40282e+38
ladspa-tap-reverb::Allpass-Filters
gboolean
rwx
Allpass-Filters
Allpass-Filters.
FALSE
ladspa-tap-reverb::Bandpass-Filter
gboolean
rwx
Bandpass-Filter
Bandpass-Filter.
FALSE
ladspa-tap-reverb::Comb-Filters
gboolean
rwx
Comb-Filters
Comb-Filters.
FALSE
ladspa-tap-reverb::Decay--ms-
gfloat
[0,10000]
rwx
Decay--ms-
Decay--ms-.
2500
ladspa-tap-reverb::Dry-Level--dB-
gfloat
[-70,10]
rwx
Dry-Level--dB-
Dry-Level--dB-.
0
ladspa-tap-reverb::Enhanced-Stereo
gboolean
rwx
Enhanced-Stereo
Enhanced-Stereo.
FALSE
ladspa-tap-reverb::Reverb-Type
gint
[0,42]
rwx
Reverb-Type
Reverb-Type.
0
ladspa-tap-reverb::Wet-Level--dB-
gfloat
[-70,10]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-Pulse-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Pulse-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
1
ladspa-Pulse-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Pulse-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Pulse-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Saw-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Saw-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
1
ladspa-Saw-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Saw-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Saw-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Rec-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Rec-VCO::Form-mod
gfloat
[0,4]
rwx
Form-mod
Form-mod.
0
ladspa-Rec-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
1
ladspa-Rec-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Rec-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Rec-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Rec-VCO::Waveform
gfloat
[-1,1]
rwx
Waveform
Waveform.
0
ladspa-singlePara::Bandwidth
gfloat
[0,4]
rwx
Bandwidth
Bandwidth.
1
ladspa-singlePara::Frequency
gfloat
[0,17640]
rwx
Frequency
Frequency.
440
ladspa-singlePara::Gain
gfloat
[-70,30]
rwx
Gain
Gain.
0
ladspa-gate::Attack
gfloat
[0,01,1000]
rwx
Attack
Attack.
250,008
ladspa-gate::Decay
gfloat
[2,4000]
rwx
Decay
Decay.
2001
ladspa-gate::HF-key-filter
gfloat
[220,5,21609]
rwx
HF-key-filter
HF-key-filter.
21609
ladspa-gate::Hold
gfloat
[2,2000]
rwx
Hold
Hold.
1500,5
ladspa-gate::LF-key-filter
gfloat
[30,87,4410]
rwx
LF-key-filter
LF-key-filter.
30,87
ladspa-gate::Output-select
gint
[-1,1]
rwx
Output-select
Output-select.
0
ladspa-gate::Range
gfloat
[-90,0]
rwx
Range
Range.
-90
ladspa-gate::Threshold
gfloat
[-70,20]
rwx
Threshold
Threshold.
-70
ladspa-tap-dynamics-st::Attack--ms-
gfloat
[4,500]
rwx
Attack--ms-
Attack--ms-.
128
ladspa-tap-dynamics-st::Envelope-Volume
gfloat
[-60,20]
r
Envelope-Volume
Envelope-Volume.
0
ladspa-tap-dynamics-st::Envelope-Volume-1
gfloat
[-60,20]
r
Envelope-Volume-1
Envelope-Volume-1.
0
ladspa-tap-dynamics-st::Function
gint
[0,14]
rwx
Function
Function.
0
ladspa-tap-dynamics-st::Gain-Adjustment
gfloat
[-60,20]
r
Gain-Adjustment
Gain-Adjustment.
0
ladspa-tap-dynamics-st::Gain-Adjustment-1
gfloat
[-60,20]
r
Gain-Adjustment-1
Gain-Adjustment-1.
0
ladspa-tap-dynamics-st::Makeup-Gain--dB-
gfloat
[-20,20]
rwx
Makeup-Gain--dB-
Makeup-Gain--dB-.
0
ladspa-tap-dynamics-st::Offset-Gain--dB-
gfloat
[-20,20]
rwx
Offset-Gain--dB-
Offset-Gain--dB-.
0
ladspa-tap-dynamics-st::Release--ms-
gfloat
[4,1000]
rwx
Release--ms-
Release--ms-.
502
ladspa-tap-dynamics-st::Stereo-Mode
gint
[0,2]
rwx
Stereo-Mode
Stereo-Mode.
0
ladspa-Parametric1::Bandwidth-1
gfloat
[0,125,8]
rwx
Bandwidth-1
Bandwidth-1.
1
ladspa-Parametric1::Bandwidth-2
gfloat
[0,125,8]
rwx
Bandwidth-2
Bandwidth-2.
1
ladspa-Parametric1::Bandwidth-3
gfloat
[0,125,8]
rwx
Bandwidth-3
Bandwidth-3.
1
ladspa-Parametric1::Bandwidth-4
gfloat
[0,125,8]
rwx
Bandwidth-4
Bandwidth-4.
1
ladspa-Parametric1::Filter
gboolean
rwx
Filter
Filter.
FALSE
ladspa-Parametric1::Frequency-1
gfloat
[20,2000]
rwx
Frequency-1
Frequency-1.
200
ladspa-Parametric1::Frequency-2
gfloat
[40,4000]
rwx
Frequency-2
Frequency-2.
400
ladspa-Parametric1::Frequency-3
gfloat
[100,10000]
rwx
Frequency-3
Frequency-3.
1000
ladspa-Parametric1::Frequency-4
gfloat
[200,20000]
rwx
Frequency-4
Frequency-4.
2000
ladspa-Parametric1::Gain
gfloat
[-20,20]
rwx
Gain
Gain.
0
ladspa-Parametric1::Gain-1
gfloat
[-20,20]
rwx
Gain-1
Gain-1.
0
ladspa-Parametric1::Gain-2
gfloat
[-20,20]
rwx
Gain-2
Gain-2.
0
ladspa-Parametric1::Gain-3
gfloat
[-20,20]
rwx
Gain-3
Gain-3.
0
ladspa-Parametric1::Gain-4
gfloat
[-20,20]
rwx
Gain-4
Gain-4.
0
ladspa-Parametric1::Section-1
gboolean
rwx
Section-1
Section-1.
FALSE
ladspa-Parametric1::Section-2
gboolean
rwx
Section-2
Section-2.
FALSE
ladspa-Parametric1::Section-3
gboolean
rwx
Section-3
Section-3.
FALSE
ladspa-Parametric1::Section-4
gboolean
rwx
Section-4
Section-4.
FALSE
ladspa-sinCos::Base-frequency
gfloat
[0,0441,22050]
rwx
Base-frequency
Base-frequency.
440
ladspa-sinCos::Pitch-offset
gfloat
[0,8]
rwx
Pitch-offset
Pitch-offset.
0
ladspa-matrixSpatialiser::Width
gint
[-512,512]
rwx
Width
Width.
0
ladspa-tap-limiter::Limit-Level--dB-
gfloat
[-30,20]
rwx
Limit-Level--dB-
Limit-Level--dB-.
0
ladspa-tap-limiter::Output-Volume--dB-
gfloat
[-30,20]
rwx
Output-Volume--dB-
Output-Volume--dB-.
0
ladspa-tap-limiter::latency
gfloat
[0,2500,1]
r
latency
latency.
2500,1
ladspa-bodeShifterCV::Base-shift
gfloat
[0,5000]
rwx
Base-shift
Base-shift.
0
ladspa-bodeShifterCV::CV-Attenuation
gfloat
[0,1]
rwx
CV-Attenuation
CV-Attenuation.
1
ladspa-bodeShifterCV::Mix
gfloat
[-1,1]
rwx
Mix
Mix.
0
ladspa-bodeShifterCV::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-Phaser1::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Phaser1::Feedback-gain
gfloat
[-1,1]
rwx
Feedback-gain
Feedback-gain.
0
ladspa-Phaser1::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Phaser1::Input-gain
gfloat
[-40,10]
rwx
Input-gain
Input-gain.
0
ladspa-Phaser1::Lin-FM-gain
gfloat
[0,10]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Phaser1::Output-mix
gfloat
[-1,1]
rwx
Output-mix
Output-mix.
0
ladspa-Phaser1::Sections
gint
[1,30]
rwx
Sections
Sections.
1
ladspa-Phaser1+LFO::Feedback-gain
gfloat
[-1,1]
rwx
Feedback-gain
Feedback-gain.
0
ladspa-Phaser1+LFO::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Phaser1+LFO::Input-gain
gfloat
[-40,10]
rwx
Input-gain
Input-gain.
0
ladspa-Phaser1+LFO::LFO-frequency
gfloat
[0,01,30]
rwx
LFO-frequency
LFO-frequency.
0,01
ladspa-Phaser1+LFO::LFO-waveform
gfloat
[-1,1]
rwx
LFO-waveform
LFO-waveform.
0
ladspa-Phaser1+LFO::Modulation-gain
gfloat
[0,10]
rwx
Modulation-gain
Modulation-gain.
0
ladspa-Phaser1+LFO::Output-mix
gfloat
[-1,1]
rwx
Output-mix
Output-mix.
0
ladspa-Phaser1+LFO::Sections
gint
[1,30]
rwx
Sections
Sections.
1
ladspa-decimator::Bit-depth
gfloat
[1,24]
rwx
Bit-depth
Bit-depth.
24
ladspa-decimator::Sample-rate
gfloat
[44,1,44100]
rwx
Sample-rate
Sample-rate.
44100
ladspa-shaper::Waveshape
gfloat
[-10,10]
rwx
Waveshape
Waveshape.
0
ladspa-triangle-fasc-oa::Slope
gfloat
[0,1]
rwx
Slope
Slope.
0,5
ladspa-triangle-fcsa-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-triangle-fcsc-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-triangle-fcsc-oa::Slope
gfloat
[0,1]
rwx
Slope
Slope.
0,5
ladspa-djFlanger::Feedback
gfloat
[-100,100]
rwx
Feedback
Feedback.
0
ladspa-djFlanger::LFO-depth
gfloat
[1,5]
rwx
LFO-depth
LFO-depth.
4
ladspa-djFlanger::LFO-period
gfloat
[0,1,32]
rwx
LFO-period
LFO-period.
1
ladspa-djFlanger::LFO-sync
gfloat
rwx
LFO-sync
LFO-sync.
-3,40282e+38
ladspa-imp::Gain
gfloat
[-90,24]
rwx
Gain
Gain.
0
ladspa-imp::High-latency-mode
gint
[0,1]
rwx
High-latency-mode
High-latency-mode.
0
ladspa-imp::Impulse-ID
gint
[1,21]
rwx
Impulse-ID
Impulse-ID.
1
ladspa-imp::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-tap-dynamics-m::Attack--ms-
gfloat
[4,500]
rwx
Attack--ms-
Attack--ms-.
128
ladspa-tap-dynamics-m::Envelope-Volume--dB-
gfloat
[-60,20]
r
Envelope-Volume--dB-
Envelope-Volume--dB-.
0
ladspa-tap-dynamics-m::Function
gint
[0,14]
rwx
Function
Function.
0
ladspa-tap-dynamics-m::Gain-Adjustment--dB-
gfloat
[-60,20]
r
Gain-Adjustment--dB-
Gain-Adjustment--dB-.
0
ladspa-tap-dynamics-m::Makeup-Gain--dB-
gfloat
[-20,20]
rwx
Makeup-Gain--dB-
Makeup-Gain--dB-.
0
ladspa-tap-dynamics-m::Offset-Gain--dB-
gfloat
[-20,20]
rwx
Offset-Gain--dB-
Offset-Gain--dB-.
0
ladspa-tap-dynamics-m::Release--ms-
gfloat
[4,1000]
rwx
Release--ms-
Release--ms-.
502
ladspa-xfade::Crossfade
gfloat
[-1,1]
rwx
Crossfade
Crossfade.
0
ladspa-xfade4::Crossfade
gfloat
[-1,1]
rwx
Crossfade
Crossfade.
0
ladspa-tap-tremolo::Depth----
gfloat
[0,100]
rwx
Depth----
Depth----.
0
ladspa-tap-tremolo::Frequency--Hz-
gfloat
[0,20]
rwx
Frequency--Hz-
Frequency--Hz-.
0
ladspa-tap-tremolo::Gain--dB-
gfloat
[-70,20]
rwx
Gain--dB-
Gain--dB-.
0
ladspa-pitchScale::Pitch-co-efficient
gfloat
[0,5,2]
rwx
Pitch-co-efficient
Pitch-co-efficient.
1
ladspa-pitchScale::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-pitchScaleHQ::Pitch-co-efficient
gfloat
[0,5,2]
rwx
Pitch-co-efficient
Pitch-co-efficient.
1
ladspa-pitchScaleHQ::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-valveRect::Distortion
gfloat
[0,1]
rwx
Distortion
Distortion.
0
ladspa-valveRect::Sag-level
gfloat
[0,1]
rwx
Sag-level
Sag-level.
0
ladspa-tap-pinknoise::Fractal-Dimension
gfloat
[0,1]
rwx
Fractal-Dimension
Fractal-Dimension.
0,5
ladspa-tap-pinknoise::Noise-Level--dB-
gfloat
[-90,20]
rwx
Noise-Level--dB-
Noise-Level--dB-.
-90
ladspa-tap-pinknoise::Signal-Level--dB-
gfloat
[-90,20]
rwx
Signal-Level--dB-
Signal-Level--dB-.
0
ladspa-interpolator::Control-Input
gfloat
rwx
Control-Input
Control-Input.
-3,40282e+38
ladspa-hermesFilter::Band-1-gain
gfloat
[-70,20]
rwx
Band-1-gain
Band-1-gain.
0
ladspa-hermesFilter::Band-2-gain
gfloat
[-70,20]
rwx
Band-2-gain
Band-2-gain.
0
ladspa-hermesFilter::Band-3-gain
gfloat
[-70,20]
rwx
Band-3-gain
Band-3-gain.
0
ladspa-hermesFilter::Delay1-feedback
gfloat
[0,1]
rwx
Delay1-feedback
Delay1-feedback.
0
ladspa-hermesFilter::Delay1-length
gfloat
[0,2]
rwx
Delay1-length
Delay1-length.
0
ladspa-hermesFilter::Delay1-wetness
gfloat
[0,1]
rwx
Delay1-wetness
Delay1-wetness.
0
ladspa-hermesFilter::Delay2-feedback
gfloat
[0,1]
rwx
Delay2-feedback
Delay2-feedback.
0
ladspa-hermesFilter::Delay2-length
gfloat
[0,2]
rwx
Delay2-length
Delay2-length.
0
ladspa-hermesFilter::Delay2-wetness
gfloat
[0,1]
rwx
Delay2-wetness
Delay2-wetness.
0
ladspa-hermesFilter::Delay3-feedback
gfloat
[0,1]
rwx
Delay3-feedback
Delay3-feedback.
0
ladspa-hermesFilter::Delay3-length
gfloat
[0,2]
rwx
Delay3-length
Delay3-length.
0
ladspa-hermesFilter::Delay3-wetness
gfloat
[0,1]
rwx
Delay3-wetness
Delay3-wetness.
0
ladspa-hermesFilter::Dist1-drive
gfloat
[0,3]
rwx
Dist1-drive
Dist1-drive.
0
ladspa-hermesFilter::Dist2-drive
gfloat
[0,3]
rwx
Dist2-drive
Dist2-drive.
0
ladspa-hermesFilter::Dist3-drive
gfloat
[0,3]
rwx
Dist3-drive
Dist3-drive.
0
ladspa-hermesFilter::Filt1-LFO1-level
gfloat
[-500,500]
rwx
Filt1-LFO1-level
Filt1-LFO1-level.
0
ladspa-hermesFilter::Filt1-LFO2-level
gfloat
[-500,500]
rwx
Filt1-LFO2-level
Filt1-LFO2-level.
0
ladspa-hermesFilter::Filt1-freq
gfloat
[0,8000]
rwx
Filt1-freq
Filt1-freq.
440
ladspa-hermesFilter::Filt1-q
gfloat
[0,1]
rwx
Filt1-q
Filt1-q.
0
ladspa-hermesFilter::Filt1-resonance
gfloat
[0,1]
rwx
Filt1-resonance
Filt1-resonance.
0
ladspa-hermesFilter::Filt1-type
gint
[0,5]
rwx
Filt1-type
Filt1-type.
0
ladspa-hermesFilter::Filt2-LFO1-level
gfloat
[-500,500]
rwx
Filt2-LFO1-level
Filt2-LFO1-level.
0
ladspa-hermesFilter::Filt2-LFO2-level
gfloat
[-500,500]
rwx
Filt2-LFO2-level
Filt2-LFO2-level.
0
ladspa-hermesFilter::Filt2-freq
gfloat
[0,8000]
rwx
Filt2-freq
Filt2-freq.
440
ladspa-hermesFilter::Filt2-q
gfloat
[0,1]
rwx
Filt2-q
Filt2-q.
0
ladspa-hermesFilter::Filt2-resonance
gfloat
[0,1]
rwx
Filt2-resonance
Filt2-resonance.
0
ladspa-hermesFilter::Filt2-type
gint
[0,5]
rwx
Filt2-type
Filt2-type.
0
ladspa-hermesFilter::Filt3-LFO1-level
gfloat
[-500,500]
rwx
Filt3-LFO1-level
Filt3-LFO1-level.
0
ladspa-hermesFilter::Filt3-LFO2-level
gfloat
[-500,500]
rwx
Filt3-LFO2-level
Filt3-LFO2-level.
0
ladspa-hermesFilter::Filt3-freq
gfloat
[0,8000]
rwx
Filt3-freq
Filt3-freq.
440
ladspa-hermesFilter::Filt3-q
gfloat
[0,1]
rwx
Filt3-q
Filt3-q.
0
ladspa-hermesFilter::Filt3-resonance
gfloat
[0,1]
rwx
Filt3-resonance
Filt3-resonance.
0
ladspa-hermesFilter::Filt3-type
gint
[0,5]
rwx
Filt3-type
Filt3-type.
0
ladspa-hermesFilter::Input-gain
gfloat
[-70,20]
rwx
Input-gain
Input-gain.
0
ladspa-hermesFilter::LFO1-freq
gfloat
[0,1000]
rwx
LFO1-freq
LFO1-freq.
250
ladspa-hermesFilter::LFO1-wave
gint
[0,4]
rwx
LFO1-wave
LFO1-wave.
0
ladspa-hermesFilter::LFO2-freq
gfloat
[0,1000]
rwx
LFO2-freq
LFO2-freq.
250
ladspa-hermesFilter::LFO2-wave
gint
[0,4]
rwx
LFO2-wave
LFO2-wave.
0
ladspa-hermesFilter::Osc1-freq
gfloat
[0,4000]
rwx
Osc1-freq
Osc1-freq.
440
ladspa-hermesFilter::Osc1-gain
gfloat
[-70,20]
rwx
Osc1-gain
Osc1-gain.
-70
ladspa-hermesFilter::Osc1-wave
gint
[0,4]
rwx
Osc1-wave
Osc1-wave.
0
ladspa-hermesFilter::Osc2-freq
gfloat
[0,4000]
rwx
Osc2-freq
Osc2-freq.
440
ladspa-hermesFilter::Osc2-gain
gfloat
[-70,20]
rwx
Osc2-gain
Osc2-gain.
-70
ladspa-hermesFilter::Osc2-wave
gint
[0,4]
rwx
Osc2-wave
Osc2-wave.
0
ladspa-hermesFilter::RM1-gain
gfloat
[-70,20]
rwx
RM1-gain
RM1-gain.
-70
ladspa-hermesFilter::RM2-gain
gfloat
[-70,20]
rwx
RM2-gain
RM2-gain.
-70
ladspa-hermesFilter::RM3-gain
gfloat
[-70,20]
rwx
RM3-gain
RM3-gain.
-70
ladspa-hermesFilter::Ringmod-1-depth
gfloat
[0,2]
rwx
Ringmod-1-depth
Ringmod-1-depth.
0
ladspa-hermesFilter::Ringmod-2-depth
gfloat
[0,2]
rwx
Ringmod-2-depth
Ringmod-2-depth.
0
ladspa-hermesFilter::Ringmod-3-depth
gfloat
[0,2]
rwx
Ringmod-3-depth
Ringmod-3-depth.
0
ladspa-hermesFilter::Xover-lower-freq
gfloat
[50,6000]
rwx
Xover-lower-freq
Xover-lower-freq.
1537,5
ladspa-hermesFilter::Xover-upper-freq
gfloat
[1000,10000]
rwx
Xover-upper-freq
Xover-upper-freq.
7750
ladspa-impulse-fc::Frequency
gfloat
>= 0
rwx
Frequency
Frequency.
0
ladspa-bodeShifter::Frequency-shift
gfloat
[0,5000]
rwx
Frequency-shift
Frequency-shift.
0
ladspa-bodeShifter::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-harmonicGen::Fundamental-magnitude
gfloat
[-1,1]
rwx
Fundamental-magnitude
Fundamental-magnitude.
1
ladspa-harmonicGen::param-10th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-10th-harmonic-magnitude
param-10th-harmonic-magnitude.
0
ladspa-harmonicGen::param-2nd-harmonic-magnitude
gfloat
[-1,1]
rwx
param-2nd-harmonic-magnitude
param-2nd-harmonic-magnitude.
0
ladspa-harmonicGen::param-3rd-harmonic-magnitude
gfloat
[-1,1]
rwx
param-3rd-harmonic-magnitude
param-3rd-harmonic-magnitude.
0
ladspa-harmonicGen::param-4th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-4th-harmonic-magnitude
param-4th-harmonic-magnitude.
0
ladspa-harmonicGen::param-5th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-5th-harmonic-magnitude
param-5th-harmonic-magnitude.
0
ladspa-harmonicGen::param-6th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-6th-harmonic-magnitude
param-6th-harmonic-magnitude.
0
ladspa-harmonicGen::param-7th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-7th-harmonic-magnitude
param-7th-harmonic-magnitude.
0
ladspa-harmonicGen::param-8th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-8th-harmonic-magnitude
param-8th-harmonic-magnitude.
0
ladspa-harmonicGen::param-9th-harmonic-magnitude
gfloat
[-1,1]
rwx
param-9th-harmonic-magnitude
param-9th-harmonic-magnitude.
0
ladspa-pulse-fapc-oa::Pulse-Width
gfloat
[0,1]
rwx
Pulse-Width
Pulse-Width.
0,5
ladspa-pulse-fcpa-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-pulse-fcpc-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-pulse-fcpc-oa::Pulse-Width
gfloat
[0,1]
rwx
Pulse-Width
Pulse-Width.
0,5
ladspa-lowpass-iir::Cutoff-Frequency
gfloat
[4,41,19845]
rwx
Cutoff-Frequency
Cutoff-Frequency.
2422,97
ladspa-lowpass-iir::Stages-2-poles-per-stage-
gint
[1,10]
rwx
Stages-2-poles-per-stage-
Stages-2-poles-per-stage-.
1
ladspa-tap-rotspeak::Horn-Frequency--Hz-
gfloat
[0,30]
rwx
Horn-Frequency--Hz-
Horn-Frequency--Hz-.
0
ladspa-tap-rotspeak::Mic-Distance----
gfloat
[0,100]
rwx
Mic-Distance----
Mic-Distance----.
25
ladspa-tap-rotspeak::Rotor-Frequency--Hz-
gfloat
[0,30]
rwx
Rotor-Frequency--Hz-
Rotor-Frequency--Hz-.
0
ladspa-tap-rotspeak::Rotor-Horn-Mix
gfloat
[0,1]
rwx
Rotor-Horn-Mix
Rotor-Horn-Mix.
0,5
ladspa-tap-rotspeak::latency
gfloat
[0,9200]
r
latency
latency.
9200
ladspa-tap-vibrato::Depth----
gfloat
[0,20]
rwx
Depth----
Depth----.
0
ladspa-tap-vibrato::Dry-Level--dB-
gfloat
[-90,20]
rwx
Dry-Level--dB-
Dry-Level--dB-.
-90
ladspa-tap-vibrato::Frequency--Hz-
gfloat
[0,30]
rwx
Frequency--Hz-
Frequency--Hz-.
0
ladspa-tap-vibrato::Wet-Level--dB-
gfloat
[-90,20]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-tap-vibrato::latency
gfloat
[0,6300]
r
latency
latency.
6300
ladspa-stepMuxer::Crossfade-time
gfloat
[0,100]
rwx
Crossfade-time
Crossfade-time.
50
ladspa-flanger::Delay-base
gfloat
[0,1,25]
rwx
Delay-base
Delay-base.
6,325
ladspa-flanger::Feedback
gfloat
[-1,1]
rwx
Feedback
Feedback.
0
ladspa-flanger::LFO-frequency
gfloat
[0,05,100]
rwx
LFO-frequency
LFO-frequency.
0,33437
ladspa-flanger::Max-slowdown
gfloat
[0,10]
rwx
Max-slowdown
Max-slowdown.
2,5
ladspa-amp::Amps-gain
gfloat
[-70,70]
rwx
Amps-gain
Amps-gain.
0
ladspa-dahdsr-g+t-control::Abklingzeit
gfloat
>= 0
rwx
Abklingzeit
Abklingzeit.
0
ladspa-dahdsr-g+t-control::Ausklingzeit
gfloat
>= 0
rwx
Ausklingzeit
Ausklingzeit.
0
ladspa-dahdsr-g+t-control::Einschwingzeit
gfloat
>= 0
rwx
Einschwingzeit
Einschwingzeit.
0
ladspa-dahdsr-g+t-control::Haltewert
gfloat
[0,1]
rwx
Haltewert
Haltewert.
1
ladspa-dahdsr-g+t-control::Haltezeit
gfloat
>= 0
rwx
Haltezeit
Haltezeit.
0
ladspa-dahdsr-g+t-control::Verz--gerungszeit
gfloat
>= 0
rwx
Verz--gerungszeit
Verz--gerungszeit.
0
ladspa-dahdsr-cg+t-control::Abklingzeit
gfloat
>= 0
rwx
Abklingzeit
Abklingzeit.
0
ladspa-dahdsr-cg+t-control::Ausklingzeit
gfloat
>= 0
rwx
Ausklingzeit
Ausklingzeit.
0
ladspa-dahdsr-cg+t-control::Ausl--ser
gboolean
rwx
Ausl--ser
Ausl--ser.
FALSE
ladspa-dahdsr-cg+t-control::Einschwingzeit
gfloat
>= 0
rwx
Einschwingzeit
Einschwingzeit.
0
ladspa-dahdsr-cg+t-control::Gatter
gboolean
rwx
Gatter
Gatter.
FALSE
ladspa-dahdsr-cg+t-control::Haltewert
gfloat
[0,1]
rwx
Haltewert
Haltewert.
1
ladspa-dahdsr-cg+t-control::Haltezeit
gfloat
>= 0
rwx
Haltezeit
Haltezeit.
0
ladspa-dahdsr-cg+t-control::Verz--gerungszeit
gfloat
>= 0
rwx
Verz--gerungszeit
Verz--gerungszeit.
0
ladspa-Sync-Saw-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Sync-Saw-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
0,5
ladspa-Sync-Saw-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Sync-Saw-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Sync-Saw-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Sync-Rect-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Sync-Rect-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
0,5
ladspa-Sync-Rect-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Sync-Rect-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Sync-Rect-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Sync-Rect-VCO::WMod-gain
gfloat
[0,4]
rwx
WMod-gain
WMod-gain.
0
ladspa-Sync-Rect-VCO::Waveform
gfloat
[-1,1]
rwx
Waveform
Waveform.
0
ladspa-Sync-Tri-VCO::Exp-FM-gain
gfloat
[0,4]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Sync-Tri-VCO::LP-filter
gfloat
[0,1]
rwx
LP-filter
LP-filter.
0,5
ladspa-Sync-Tri-VCO::Lin-FM-gain
gfloat
[0,4]
rwx
Lin-FM-gain
Lin-FM-gain.
0
ladspa-Sync-Tri-VCO::Octave
gint
[-4,4]
rwx
Octave
Octave.
0
ladspa-Sync-Tri-VCO::Tune
gfloat
[0,1]
rwx
Tune
Tune.
0
ladspa-Sync-Tri-VCO::WMod-gain
gfloat
[0,4]
rwx
WMod-gain
WMod-gain.
0
ladspa-Sync-Tri-VCO::Waveform
gfloat
[-1,1]
rwx
Waveform
Waveform.
0
ladspa-bwxover-iir::Cutoff-Frequency
gfloat
[4,41,19845]
rwx
Cutoff-Frequency
Cutoff-Frequency.
36,1195
ladspa-bwxover-iir::Resonance
gfloat
[0,1,1,41]
rwx
Resonance
Resonance.
0,755
ladspa-buttlow-iir::Cutoff-Frequency
gfloat
[4,41,19845]
rwx
Cutoff-Frequency
Cutoff-Frequency.
36,1195
ladspa-buttlow-iir::Resonance
gfloat
[0,1,1,41]
rwx
Resonance
Resonance.
0,755
ladspa-butthigh-iir::Cutoff-Frequency
gfloat
[4,41,19845]
rwx
Cutoff-Frequency
Cutoff-Frequency.
36,1195
ladspa-butthigh-iir::Resonance
gfloat
[0,1,1,41]
rwx
Resonance
Resonance.
0,755
ladspa-Mvchpf-1::Exp-FM-gain
gfloat
[0,10]
rwx
Exp-FM-gain
Exp-FM-gain.
0
ladspa-Mvchpf-1::Frequency
gfloat
[-6,6]
rwx
Frequency
Frequency.
0
ladspa-Mvchpf-1::Input-gain
gfloat
[-60,10]
rwx
Input-gain
Input-gain.
0
ladspa-Mvchpf-1::Output-gain
gfloat
[-15,15]
rwx
Output-gain
Output-gain.
0
ladspa-tracker-gaacdcia-oa::Attack-Rate
gfloat
[0,91875,22050]
rwx
Attack-Rate
Attack-Rate.
100
ladspa-tracker-gaacdcia-oa::Attack-Rate-1
gfloat
[0,91875,22050]
rwx
Attack-Rate-1
Attack-Rate-1.
100
ladspa-tracker-gaacdcia-oa::Decay-Rate
gfloat
[0,91875,22050]
rwx
Decay-Rate
Decay-Rate.
100
ladspa-tracker-gaacdcia-oa::Decay-Rate-1
gfloat
[0,91875,22050]
rwx
Decay-Rate-1
Decay-Rate-1.
100
ladspa-tap-doubler::Dry-Left-Position
gfloat
[0,1]
rwx
Dry-Left-Position
Dry-Left-Position.
0
ladspa-tap-doubler::Dry-Level--dB-
gfloat
[-90,20]
rwx
Dry-Level--dB-
Dry-Level--dB-.
0
ladspa-tap-doubler::Dry-Right-Position
gfloat
[0,1]
rwx
Dry-Right-Position
Dry-Right-Position.
1
ladspa-tap-doubler::Pitch-Tracking
gfloat
[0,1]
rwx
Pitch-Tracking
Pitch-Tracking.
0,5
ladspa-tap-doubler::Time-Tracking
gfloat
[0,1]
rwx
Time-Tracking
Time-Tracking.
0,5
ladspa-tap-doubler::Wet-Left-Position
gfloat
[0,1]
rwx
Wet-Left-Position
Wet-Left-Position.
0
ladspa-tap-doubler::Wet-Level--dB-
gfloat
[-90,20]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-tap-doubler::Wet-Right-Position
gfloat
[0,1]
rwx
Wet-Right-Position
Wet-Right-Position.
1
ladspa-amp-gcia-oa::Verst--rkung
gfloat
[-96,96]
rwx
Verst--rkung
Verst--rkung.
-96
ladspa-sequencer16::Closed-Gate-Value
gfloat
rwx
Closed-Gate-Value
Closed-Gate-Value.
-3,40282e+38
ladspa-sequencer16::Loop-Steps
gint
[1,16]
rwx
Loop-Steps
Loop-Steps.
16
ladspa-sequencer16::Reset-to-Value-on-Gate-Close-
gint
[0,1]
rwx
Reset-to-Value-on-Gate-Close-
Reset-to-Value-on-Gate-Close-.
0
ladspa-sequencer16::Value-Step-0
gfloat
rwx
Value-Step-0
Value-Step-0.
-3,40282e+38
ladspa-sequencer16::Value-Step-1
gfloat
rwx
Value-Step-1
Value-Step-1.
-3,40282e+38
ladspa-sequencer16::Value-Step-10
gfloat
rwx
Value-Step-10
Value-Step-10.
-3,40282e+38
ladspa-sequencer16::Value-Step-11
gfloat
rwx
Value-Step-11
Value-Step-11.
-3,40282e+38
ladspa-sequencer16::Value-Step-12
gfloat
rwx
Value-Step-12
Value-Step-12.
-3,40282e+38
ladspa-sequencer16::Value-Step-13
gfloat
rwx
Value-Step-13
Value-Step-13.
-3,40282e+38
ladspa-sequencer16::Value-Step-14
gfloat
rwx
Value-Step-14
Value-Step-14.
-3,40282e+38
ladspa-sequencer16::Value-Step-15
gfloat
rwx
Value-Step-15
Value-Step-15.
-3,40282e+38
ladspa-sequencer16::Value-Step-2
gfloat
rwx
Value-Step-2
Value-Step-2.
-3,40282e+38
ladspa-sequencer16::Value-Step-3
gfloat
rwx
Value-Step-3
Value-Step-3.
-3,40282e+38
ladspa-sequencer16::Value-Step-4
gfloat
rwx
Value-Step-4
Value-Step-4.
-3,40282e+38
ladspa-sequencer16::Value-Step-5
gfloat
rwx
Value-Step-5
Value-Step-5.
-3,40282e+38
ladspa-sequencer16::Value-Step-6
gfloat
rwx
Value-Step-6
Value-Step-6.
-3,40282e+38
ladspa-sequencer16::Value-Step-7
gfloat
rwx
Value-Step-7
Value-Step-7.
-3,40282e+38
ladspa-sequencer16::Value-Step-8
gfloat
rwx
Value-Step-8
Value-Step-8.
-3,40282e+38
ladspa-sequencer16::Value-Step-9
gfloat
rwx
Value-Step-9
Value-Step-9.
-3,40282e+38
ladspa-sc2::Attack-time
gfloat
[2,400]
rwx
Attack-time
Attack-time.
101,5
ladspa-sc2::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-sc2::Makeup-gain
gfloat
[0,24]
rwx
Makeup-gain
Makeup-gain.
0
ladspa-sc2::Ratio
gfloat
[1,10]
rwx
Ratio
Ratio.
1
ladspa-sc2::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-sc2::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-dysonCompress::Compression-ratio
gfloat
[0,1]
rwx
Compression-ratio
Compression-ratio.
0,5
ladspa-dysonCompress::Fast-compression-ratio
gfloat
[0,1]
rwx
Fast-compression-ratio
Fast-compression-ratio.
0,5
ladspa-dysonCompress::Peak-limit
gfloat
[-30,0]
rwx
Peak-limit
Peak-limit.
0
ladspa-dysonCompress::Release-time
gfloat
[0,1]
rwx
Release-time
Release-time.
0,25
ladspa-decay::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-alias::Aliasing-level
gfloat
[0,1]
rwx
Aliasing-level
Aliasing-level.
0
ladspa-SooperLooper::Cycle-Length-Out
gfloat
>= 0
r
Cycle-Length-Out
Cycle-Length-Out.
0
ladspa-SooperLooper::Dry-Level
gfloat
[0,1]
rwx
Dry-Level
Dry-Level.
0
ladspa-SooperLooper::Feedback
gfloat
[0,1]
rwx
Feedback
Feedback.
0
ladspa-SooperLooper::Free-Sample-Mem
gfloat
>= 0
r
Free-Sample-Mem
Free-Sample-Mem.
0
ladspa-SooperLooper::Loop-Length-Out
gfloat
>= 0
r
Loop-Length-Out
Loop-Length-Out.
0
ladspa-SooperLooper::Loop-Position-Out
gfloat
>= 0
r
Loop-Position-Out
Loop-Position-Out.
0
ladspa-SooperLooper::Multi-Control
gint
[0,127]
rwx
Multi-Control
Multi-Control.
0
ladspa-SooperLooper::MultiCtrl-10s
gint
[0,12]
rwx
MultiCtrl-10s
MultiCtrl-10s.
0
ladspa-SooperLooper::QuantizeMode
gint
<= G_MININT
rwx
QuantizeMode
QuantizeMode.
-2147483648
ladspa-SooperLooper::Rate
gfloat
[-4,4]
rwx
Rate
Rate.
-4
ladspa-SooperLooper::RedoTapMode
gint
<= G_MININT
rwx
RedoTapMode
RedoTapMode.
-2147483648
ladspa-SooperLooper::RoundMode
gint
<= G_MININT
rwx
RoundMode
RoundMode.
-2147483648
ladspa-SooperLooper::Scratch-Destination
gfloat
[0,1]
rwx
Scratch-Destination
Scratch-Destination.
0
ladspa-SooperLooper::State-Output
gfloat
r
State-Output
State-Output.
-3,40282e+38
ladspa-SooperLooper::Tap-Delay-Trigger
gfloat
[0,1]
rwx
Tap-Delay-Trigger
Tap-Delay-Trigger.
0
ladspa-SooperLooper::Total-Sample-Mem
gfloat
>= 0
r
Total-Sample-Mem
Total-Sample-Mem.
0
ladspa-SooperLooper::Trigger-Threshold
gfloat
[0,1]
rwx
Trigger-Threshold
Trigger-Threshold.
0
ladspa-SooperLooper::Wet-Level
gfloat
[0,1]
rwx
Wet-Level
Wet-Level.
0
ladspa-vlevel-mono::Current-Multiplier
gfloat
[0,20]
r
Current-Multiplier
Current-Multiplier.
0
ladspa-vlevel-mono::Look-ahead
gfloat
[0,5]
rwx
Look-ahead
Look-ahead.
2,5
ladspa-vlevel-mono::Maximum-Multiplier
gfloat
[0,20]
rwx
Maximum-Multiplier
Maximum-Multiplier.
10
ladspa-vlevel-mono::Strength
gfloat
[0,1]
rwx
Strength
Strength.
0,75
ladspa-vlevel-mono::Undo
gboolean
rwx
Undo
Undo.
FALSE
ladspa-vlevel-mono::Use-Maximum-Multiplier
gboolean
rwx
Use-Maximum-Multiplier
Use-Maximum-Multiplier.
FALSE
ladspa-vlevel-stereo::Current-Multiplier
gfloat
[0,20]
r
Current-Multiplier
Current-Multiplier.
0
ladspa-vlevel-stereo::Look-ahead
gfloat
[0,5]
rwx
Look-ahead
Look-ahead.
2,5
ladspa-vlevel-stereo::Maximum-Multiplier
gfloat
[0,20]
rwx
Maximum-Multiplier
Maximum-Multiplier.
10
ladspa-vlevel-stereo::Strength
gfloat
[0,1]
rwx
Strength
Strength.
0,75
ladspa-vlevel-stereo::Undo
gboolean
rwx
Undo
Undo.
FALSE
ladspa-vlevel-stereo::Use-Maximum-Multiplier
gboolean
rwx
Use-Maximum-Multiplier
Use-Maximum-Multiplier.
FALSE
ladspa-artificialLatency::Delay
gfloat
[0,10000]
rwx
Delay
Delay.
2500
ladspa-artificialLatency::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-triplePara::Band-1-bandwidth
gfloat
[0,4]
rwx
Band-1-bandwidth
Band-1-bandwidth.
1
ladspa-triplePara::Band-1-frequency
gfloat
[4,41,21609]
rwx
Band-1-frequency
Band-1-frequency.
36,8967
ladspa-triplePara::Band-1-gain
gfloat
[-70,30]
rwx
Band-1-gain
Band-1-gain.
0
ladspa-triplePara::Band-2-bandwidth
gfloat
[0,4]
rwx
Band-2-bandwidth
Band-2-bandwidth.
1
ladspa-triplePara::Band-2-frequency
gfloat
[4,41,21609]
rwx
Band-2-frequency
Band-2-frequency.
308,7
ladspa-triplePara::Band-2-gain
gfloat
[-70,30]
rwx
Band-2-gain
Band-2-gain.
0
ladspa-triplePara::Band-3-bandwidth
gfloat
[0,4]
rwx
Band-3-bandwidth
Band-3-bandwidth.
1
ladspa-triplePara::Band-3-frequency
gfloat
[4,41,21609]
rwx
Band-3-frequency
Band-3-frequency.
2582,77
ladspa-triplePara::Band-3-gain
gfloat
[-70,30]
rwx
Band-3-gain
Band-3-gain.
0
ladspa-triplePara::High-shelving-frequency
gfloat
[4,41,21609]
rwx
High-shelving-frequency
High-shelving-frequency.
21609
ladspa-triplePara::High-shelving-gain
gfloat
[-70,30]
rwx
High-shelving-gain
High-shelving-gain.
0
ladspa-triplePara::High-shelving-slope
gfloat
[0,1]
rwx
High-shelving-slope
High-shelving-slope.
0,5
ladspa-triplePara::Low-shelving-frequency
gfloat
[4,41,21609]
rwx
Low-shelving-frequency
Low-shelving-frequency.
4,41
ladspa-triplePara::Low-shelving-gain
gfloat
[-70,30]
rwx
Low-shelving-gain
Low-shelving-gain.
0
ladspa-triplePara::Low-shelving-slope
gfloat
[0,1]
rwx
Low-shelving-slope
Low-shelving-slope.
0,5
ladspa-revdelay::Crossfade-samples
gint
[0,5000]
rwx
Crossfade-samples
Crossfade-samples.
1250
ladspa-revdelay::Delay-Time
gfloat
[0,5]
rwx
Delay-Time
Delay-Time.
0
ladspa-revdelay::Dry-Level
gfloat
[-70,0]
rwx
Dry-Level
Dry-Level.
0
ladspa-revdelay::Feedback
gfloat
[0,1]
rwx
Feedback
Feedback.
0
ladspa-revdelay::Wet-Level
gfloat
[-70,0]
rwx
Wet-Level
Wet-Level.
0
ladspa-tap-equalizer::Band-1-Freq--Hz-
gfloat
[40,280]
rwx
Band-1-Freq--Hz-
Band-1-Freq--Hz-.
100
ladspa-tap-equalizer::Band-1-Gain--dB-
gfloat
[-50,20]
rwx
Band-1-Gain--dB-
Band-1-Gain--dB-.
0
ladspa-tap-equalizer::Band-2-Freq--Hz-
gfloat
[100,500]
rwx
Band-2-Freq--Hz-
Band-2-Freq--Hz-.
200
ladspa-tap-equalizer::Band-2-Gain--dB-
gfloat
[-50,20]
rwx
Band-2-Gain--dB-
Band-2-Gain--dB-.
0
ladspa-tap-equalizer::Band-3-Freq--Hz-
gfloat
[200,1000]
rwx
Band-3-Freq--Hz-
Band-3-Freq--Hz-.
400
ladspa-tap-equalizer::Band-3-Gain--dB-
gfloat
[-50,20]
rwx
Band-3-Gain--dB-
Band-3-Gain--dB-.
0
ladspa-tap-equalizer::Band-4-Freq--Hz-
gfloat
[400,2800]
rwx
Band-4-Freq--Hz-
Band-4-Freq--Hz-.
1000
ladspa-tap-equalizer::Band-4-Gain--dB-
gfloat
[-50,20]
rwx
Band-4-Gain--dB-
Band-4-Gain--dB-.
0
ladspa-tap-equalizer::Band-5-Freq--Hz-
gfloat
[1000,5000]
rwx
Band-5-Freq--Hz-
Band-5-Freq--Hz-.
3000
ladspa-tap-equalizer::Band-5-Gain--dB-
gfloat
[-50,20]
rwx
Band-5-Gain--dB-
Band-5-Gain--dB-.
0
ladspa-tap-equalizer::Band-6-Freq--Hz-
gfloat
[3000,9000]
rwx
Band-6-Freq--Hz-
Band-6-Freq--Hz-.
6000
ladspa-tap-equalizer::Band-6-Gain--dB-
gfloat
[-50,20]
rwx
Band-6-Gain--dB-
Band-6-Gain--dB-.
0
ladspa-tap-equalizer::Band-7-Freq--Hz-
gfloat
[6000,18000]
rwx
Band-7-Freq--Hz-
Band-7-Freq--Hz-.
12000
ladspa-tap-equalizer::Band-7-Gain--dB-
gfloat
[-50,20]
rwx
Band-7-Gain--dB-
Band-7-Gain--dB-.
0
ladspa-tap-equalizer::Band-8-Freq--Hz-
gfloat
[10000,20000]
rwx
Band-8-Freq--Hz-
Band-8-Freq--Hz-.
15000
ladspa-tap-equalizer::Band-8-Gain--dB-
gfloat
[-50,20]
rwx
Band-8-Gain--dB-
Band-8-Gain--dB-.
0
ladspa-retroFlange::Average-stall
gfloat
[0,10]
rwx
Average-stall
Average-stall.
2,5
ladspa-retroFlange::Flange-frequency
gfloat
[0,5,8]
rwx
Flange-frequency
Flange-frequency.
1
ladspa-Ambisonics-mono-panner::Azimuth
gfloat
[-180,180]
rwx
Azimuth
Azimuth.
0
ladspa-Ambisonics-mono-panner::Elevation
gfloat
[-90,90]
rwx
Elevation
Elevation.
0
ladspa-Ambisonics-stero-panner::Azimuth
gfloat
[-180,180]
rwx
Azimuth
Azimuth.
0
ladspa-Ambisonics-stero-panner::Elevation
gfloat
[-90,90]
rwx
Elevation
Elevation.
0
ladspa-Ambisonics-stero-panner::Width
gfloat
[-90,90]
rwx
Width
Width.
90
ladspa-Ambisonics-rotator::Angle
gfloat
[-180,180]
rwx
Angle
Angle.
0
ladspa-Ambisonics-square-decoder::Distance
gfloat
[1,30]
rwx
Distance
Distance.
30
ladspa-Ambisonics-square-decoder::Front
gboolean
rwx
Front
Front.
FALSE
ladspa-Ambisonics-square-decoder::LF-ratio
gfloat
[1,2]
rwx
LF-ratio
LF-ratio.
1
ladspa-Ambisonics-hexagon-decoder::Distance
gfloat
[1,30]
rwx
Distance
Distance.
30
ladspa-Ambisonics-hexagon-decoder::Front
gboolean
rwx
Front
Front.
FALSE
ladspa-Ambisonics-hexagon-decoder::LF-ratio
gfloat
[1,2]
rwx
LF-ratio
LF-ratio.
1
ladspa-G2reverb::Damping
gfloat
[0,1]
rwx
Damping
Damping.
0
ladspa-G2reverb::Dry-sound
gfloat
[-80,0]
rwx
Dry-sound
Dry-sound.
-80
ladspa-G2reverb::Input-BW
gfloat
[0,1]
rwx
Input-BW
Input-BW.
0
ladspa-G2reverb::Reflections
gfloat
[-80,0]
rwx
Reflections
Reflections.
-80
ladspa-G2reverb::Reverb-tail
gfloat
[-80,0]
rwx
Reverb-tail
Reverb-tail.
-80
ladspa-G2reverb::Reverb-time
gfloat
[1,20]
rwx
Reverb-time
Reverb-time.
1
ladspa-G2reverb::Room-size
gfloat
[10,150]
rwx
Room-size
Room-size.
10
ladspa-amPitchshift::Buffer-size
gint
[1,7]
rwx
Buffer-size
Buffer-size.
4
ladspa-amPitchshift::Pitch-shift
gfloat
[0,25,4]
rwx
Pitch-shift
Pitch-shift.
1
ladspa-amPitchshift::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-modDelay::Base-delay
gfloat
[0,1]
rwx
Base-delay
Base-delay.
1
ladspa-tap-autopan::Depth----
gfloat
[0,100]
rwx
Depth----
Depth----.
0
ladspa-tap-autopan::Frequency--Hz-
gfloat
[0,20]
rwx
Frequency--Hz-
Frequency--Hz-.
0
ladspa-tap-autopan::Gain--dB-
gfloat
[-70,20]
rwx
Gain--dB-
Gain--dB-.
0
ladspa-rateShifter::Rate
gfloat
[-4,4]
rwx
Rate
Rate.
1
ladspa-Filter::Frequency
gfloat
[10,20000]
rwx
Frequency
Frequency.
10
ladspa-Filter::Inertia
gfloat
[5,100]
rwx
Inertia
Inertia.
5
ladspa-Filter::Mode
gint
[0,5]
rwx
Mode
Mode.
0
ladspa-Filter::Resonance
gfloat
[0,707,20]
rwx
Resonance
Resonance.
0,707
ladspa-Flanger::Amount
gfloat
[0,2]
rwx
Amount
Amount.
0
ladspa-Flanger::Feedback
gfloat
[-0,99,0,99]
rwx
Feedback
Feedback.
-0,99
ladspa-Flanger::Minimum-delay
gfloat
[0,1,10]
rwx
Minimum-delay
Minimum-delay.
0,1
ladspa-Flanger::Modulation-depth
gfloat
[0,1,10]
rwx
Modulation-depth
Modulation-depth.
0,1
ladspa-Flanger::Modulation-rate
gfloat
[0,01,20]
rwx
Modulation-rate
Modulation-rate.
0,01
ladspa-Flanger::Reset
gboolean
rwx
Reset
Reset.
FALSE
ladspa-Flanger::Stereo-phase
gfloat
[0,360]
rwx
Stereo-phase
Stereo-phase.
0
ladspa-Reverb::Amount
gfloat
[0,2]
rwx
Amount
Amount.
0
ladspa-Reverb::Decay-time
gfloat
[0,5,15]
rwx
Decay-time
Decay-time.
0,5
ladspa-Reverb::Diffusion
gfloat
[0,1]
rwx
Diffusion
Diffusion.
0
ladspa-Reverb::High-Frq-Damp
gfloat
[2000,20000]
rwx
High-Frq-Damp
High-Frq-Damp.
2000
ladspa-Reverb::Room-size
gint
[0,3]
rwx
Room-size
Room-size.
0
ladspa-VintageDelay::Amount
gfloat
[0,2]
rwx
Amount
Amount.
0
ladspa-VintageDelay::Feedback
gfloat
[0,1]
rwx
Feedback
Feedback.
0
ladspa-VintageDelay::Medium
gint
[0,2]
rwx
Medium
Medium.
0
ladspa-VintageDelay::Mix-mode
gint
[0,1]
rwx
Mix-mode
Mix-mode.
0
ladspa-VintageDelay::Subdivide
gint
[1,16]
rwx
Subdivide
Subdivide.
1
ladspa-VintageDelay::Tempo
gfloat
[30,300]
rwx
Tempo
Tempo.
30
ladspa-VintageDelay::Time-L
gint
[1,16]
rwx
Time-L
Time-L.
1
ladspa-VintageDelay::Time-R
gint
[1,16]
rwx
Time-R
Time-R.
1
ladspa-RotarySpeaker::Speed-Mode
gint
[0,4]
rwx
Speed-Mode
Speed-Mode.
0
ladspa-RotarySpeaker::Tap-Offset
gfloat
[0,1]
rwx
Tap-Offset
Tap-Offset.
0
ladspa-RotarySpeaker::Tap-Spacing
gfloat
[0,1]
rwx
Tap-Spacing
Tap-Spacing.
0
ladspa-phaser::Amount
gfloat
[0,2]
rwx
Amount
Amount.
0
ladspa-phaser::Center-Freq
gfloat
[20,20000]
rwx
Center-Freq
Center-Freq.
20
ladspa-phaser::Feedback
gfloat
[-0,99,0,99]
rwx
Feedback
Feedback.
-0,99
ladspa-phaser::Modulation-depth
gfloat
[0,10800]
rwx
Modulation-depth
Modulation-depth.
0
ladspa-phaser::Modulation-rate
gfloat
[0,01,20]
rwx
Modulation-rate
Modulation-rate.
0,01
ladspa-phaser::Reset
gboolean
rwx
Reset
Reset.
FALSE
ladspa-phaser::Stereo-phase
gfloat
[0,360]
rwx
Stereo-phase
Stereo-phase.
0
ladspa-phaser::param---Stages
gint
[1,12]
rwx
param---Stages
param---Stages.
1
ladspa-Eq::param-1-kHz
gfloat
[-48,24]
rwx
param-1-kHz
param-1-kHz.
0
ladspa-Eq::param-125-Hz
gfloat
[-48,24]
rwx
param-125-Hz
param-125-Hz.
0
ladspa-Eq::param-16-kHz
gfloat
[-48,24]
rwx
param-16-kHz
param-16-kHz.
0
ladspa-Eq::param-2-kHz
gfloat
[-48,24]
rwx
param-2-kHz
param-2-kHz.
0
ladspa-Eq::param-250-Hz
gfloat
[-48,24]
rwx
param-250-Hz
param-250-Hz.
0
ladspa-Eq::param-31-Hz
gfloat
[-48,24]
rwx
param-31-Hz
param-31-Hz.
-30
ladspa-Eq::param-4-kHz
gfloat
[-48,24]
rwx
param-4-kHz
param-4-kHz.
0
ladspa-Eq::param-500-Hz
gfloat
[-48,24]
rwx
param-500-Hz
param-500-Hz.
0
ladspa-Eq::param-63-Hz
gfloat
[-48,24]
rwx
param-63-Hz
param-63-Hz.
0
ladspa-Eq::param-8-kHz
gfloat
[-48,24]
rwx
param-8-kHz
param-8-kHz.
0
ladspa-Eq2x2::param-1-kHz
gfloat
[-48,24]
rwx
param-1-kHz
param-1-kHz.
0
ladspa-Eq2x2::param-125-Hz
gfloat
[-48,24]
rwx
param-125-Hz
param-125-Hz.
0
ladspa-Eq2x2::param-16-kHz
gfloat
[-48,24]
rwx
param-16-kHz
param-16-kHz.
0
ladspa-Eq2x2::param-2-kHz
gfloat
[-48,24]
rwx
param-2-kHz
param-2-kHz.
0
ladspa-Eq2x2::param-250-Hz
gfloat
[-48,24]
rwx
param-250-Hz
param-250-Hz.
0
ladspa-Eq2x2::param-31-Hz
gfloat
[-48,24]
rwx
param-31-Hz
param-31-Hz.
0
ladspa-Eq2x2::param-4-kHz
gfloat
[-48,24]
rwx
param-4-kHz
param-4-kHz.
0
ladspa-Eq2x2::param-500-Hz
gfloat
[-48,24]
rwx
param-500-Hz
param-500-Hz.
0
ladspa-Eq2x2::param-63-Hz
gfloat
[-48,24]
rwx
param-63-Hz
param-63-Hz.
0
ladspa-Eq2x2::param-8-kHz
gfloat
[-48,24]
rwx
param-8-kHz
param-8-kHz.
0
ladspa-Compress::attack
gfloat
[0,001,1]
rwx
attack
attack.
0,001
ladspa-Compress::gain
gfloat
[0,24]
rwx
gain
gain.
6
ladspa-Compress::knee-radius
gfloat
[1,10]
rwx
knee-radius
knee-radius.
3,25
ladspa-Compress::ratio
gfloat
[1,10]
rwx
ratio
ratio.
1
ladspa-Compress::release
gfloat
[0,001,1]
rwx
release
release.
0,5005
ladspa-Compress::threshold
gfloat
[-30,400]
rwx
threshold
threshold.
0
ladspa-Pan::mono
gboolean
rwx
mono
mono.
FALSE
ladspa-Pan::pan
gfloat
[-1,1]
rwx
pan
pan.
0
ladspa-Pan::t
gfloat
[0,1,40]
rwx
t
t.
10,075
ladspa-Pan::width
gfloat
[0,1]
rwx
width
width.
0
ladspa-PreampIII::gain
gfloat
[0,10]
rwx
gain
gain.
1
ladspa-PreampIII::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-PreampIII::temperature
gfloat
[0,005,1]
rwx
temperature
temperature.
0,25375
ladspa-PreampIV::bass
gfloat
[-20,20]
rwx
bass
bass.
0
ladspa-PreampIV::gain
gfloat
[0,10]
rwx
gain
gain.
1
ladspa-PreampIV::hi
gfloat
[-20,20]
rwx
hi
hi.
0
ladspa-PreampIV::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-PreampIV::mid
gfloat
[-20,20]
rwx
mid
mid.
0
ladspa-PreampIV::temperature
gfloat
[0,005,1]
rwx
temperature
temperature.
0,5025
ladspa-PreampIV::treble
gfloat
[-20,20]
rwx
treble
treble.
0
ladspa-ToneStack::bass
gfloat
[0,1]
rwx
bass
bass.
0,5
ladspa-ToneStack::mid
gfloat
[0,1]
rwx
mid
mid.
0,5
ladspa-ToneStack::model
gint
[0,5]
rwx
model
model.
0
ladspa-ToneStack::treble
gfloat
[0,1]
rwx
treble
treble.
0,5
ladspa-ToneStackLT::bass
gfloat
[0,1]
rwx
bass
bass.
0,5
ladspa-ToneStackLT::mid
gfloat
[0,1]
rwx
mid
mid.
0,5
ladspa-ToneStackLT::treble
gfloat
[0,1]
rwx
treble
treble.
0,5
ladspa-AmpIII::drive
gfloat
[0,0001,1]
rwx
drive
drive.
1
ladspa-AmpIII::gain
gfloat
[0,10]
rwx
gain
gain.
1
ladspa-AmpIII::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-AmpIII::temperature
gfloat
[0,005,1]
rwx
temperature
temperature.
0,5025
ladspa-AmpIV::bass
gfloat
[-20,20]
rwx
bass
bass.
0
ladspa-AmpIV::drive
gfloat
[0,0001,1]
rwx
drive
drive.
1
ladspa-AmpIV::gain
gfloat
[0,10]
rwx
gain
gain.
1
ladspa-AmpIV::hi
gfloat
[-20,20]
rwx
hi
hi.
0
ladspa-AmpIV::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-AmpIV::mid
gfloat
[-20,20]
rwx
mid
mid.
0
ladspa-AmpIV::temperature
gfloat
[0,005,1]
rwx
temperature
temperature.
0,5025
ladspa-AmpIV::treble
gfloat
[-20,20]
rwx
treble
treble.
0
ladspa-AmpV::bass
gfloat
[-9,9]
rwx
bass
bass.
0
ladspa-AmpV::drive
gfloat
[0,0001,1]
rwx
drive
drive.
0,750025
ladspa-AmpV::gain
gfloat
[0,3]
rwx
gain
gain.
1
ladspa-AmpV::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-AmpV::tone
gfloat
[0,1]
rwx
tone
tone.
0
ladspa-AmpV::watts
gfloat
[5,150]
rwx
watts
watts.
77,5
ladspa-AmpVTS::bass
gfloat
[0,1]
rwx
bass
bass.
0,5
ladspa-AmpVTS::drive
gfloat
[0,0001,1]
rwx
drive
drive.
0,250075
ladspa-AmpVTS::gain
gfloat
[0,3]
rwx
gain
gain.
2,25
ladspa-AmpVTS::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-AmpVTS::mid
gfloat
[0,1]
rwx
mid
mid.
1
ladspa-AmpVTS::model
gint
[0,5]
rwx
model
model.
0
ladspa-AmpVTS::treble
gfloat
[0,1]
rwx
treble
treble.
0,75
ladspa-AmpVTS::watts
gfloat
[0,0001,1]
rwx
watts
watts.
0,750025
ladspa-CabinetI::gain
gfloat
[-24,24]
rwx
gain
gain.
0
ladspa-CabinetI::model
gint
[0,5]
rwx
model
model.
1
ladspa-CabinetII::gain
gfloat
[-24,24]
rwx
gain
gain.
0
ladspa-CabinetII::model
gint
[0,5]
rwx
model
model.
1
ladspa-Clip::gain
gfloat
[-72,72]
rwx
gain
gain.
1
ladspa-Clip::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-ChorusI::blend
gfloat
[0,1]
rwx
blend
blend.
1
ladspa-ChorusI::feedback
gfloat
[0,1]
rwx
feedback
feedback.
0
ladspa-ChorusI::feedforward
gfloat
[0,1]
rwx
feedforward
feedforward.
0,25
ladspa-ChorusI::rate
gfloat
[0,5]
rwx
rate
rate.
1,25
ladspa-ChorusI::t
gfloat
[2,5,40]
rwx
t
t.
5
ladspa-ChorusI::width
gfloat
[0,5,10]
rwx
width
width.
1
ladspa-StereoChorusI::blend
gfloat
[0,1]
rwx
blend
blend.
1
ladspa-StereoChorusI::feedback
gfloat
[0,1]
rwx
feedback
feedback.
0
ladspa-StereoChorusI::feedforward
gfloat
[0,1]
rwx
feedforward
feedforward.
0,25
ladspa-StereoChorusI::phase
gfloat
[0,1]
rwx
phase
phase.
1
ladspa-StereoChorusI::rate
gfloat
[0,5]
rwx
rate
rate.
1,25
ladspa-StereoChorusI::t
gfloat
[2,5,40]
rwx
t
t.
2,5
ladspa-StereoChorusI::width
gfloat
[0,5,10]
rwx
width
width.
1
ladspa-ChorusII::blend
gfloat
[0,1]
rwx
blend
blend.
1
ladspa-ChorusII::feedback
gfloat
[0,1]
rwx
feedback
feedback.
0
ladspa-ChorusII::feedforward
gfloat
[0,1]
rwx
feedforward
feedforward.
0,25
ladspa-ChorusII::rate
gfloat
[0,1]
rwx
rate
rate.
0,25
ladspa-ChorusII::t
gfloat
[2,5,40]
rwx
t
t.
5
ladspa-ChorusII::width
gfloat
[0,5,10]
rwx
width
width.
1
ladspa-StereoChorusII::blend
gfloat
[0,1]
rwx
blend
blend.
1
ladspa-StereoChorusII::feedback
gfloat
[0,1]
rwx
feedback
feedback.
0
ladspa-StereoChorusII::feedforward
gfloat
[0,1]
rwx
feedforward
feedforward.
0,5
ladspa-StereoChorusII::rate
gfloat
[0,1]
rwx
rate
rate.
0,25
ladspa-StereoChorusII::t
gfloat
[2,5,40]
rwx
t
t.
11,875
ladspa-StereoChorusII::width
gfloat
[0,5,10]
rwx
width
width.
2,875
ladspa-PhaserI::depth
gfloat
[0,1]
rwx
depth
depth.
0,75
ladspa-PhaserI::feedback
gfloat
[0,0,999]
rwx
feedback
feedback.
0,74925
ladspa-PhaserI::rate
gfloat
[0,10]
rwx
rate
rate.
1
ladspa-PhaserI::spread
gfloat
[0,3,14159]
rwx
spread
spread.
0,785398
ladspa-PhaserII::depth
gfloat
[0,1]
rwx
depth
depth.
0,75
ladspa-PhaserII::feedback
gfloat
[0,0,999]
rwx
feedback
feedback.
0,74925
ladspa-PhaserII::rate
gfloat
[0,1]
rwx
rate
rate.
0,25
ladspa-PhaserII::spread
gfloat
[0,1,5708]
rwx
spread
spread.
0,392699
ladspa-SweepVFI::Q
gfloat
[0,001,0,999]
rwx
Q
Q.
0,5
ladspa-SweepVFI::depth-x
gfloat
[0,1]
rwx
depth-x
depth-x.
0,25
ladspa-SweepVFI::depth-y
gfloat
[0,1]
rwx
depth-y
depth-y.
0,5
ladspa-SweepVFI::depth-z
gfloat
[0,1]
rwx
depth-z
depth-z.
1
ladspa-SweepVFI::f
gfloat
[83,3383]
rwx
f
f.
209,717
ladspa-SweepVFI::h
gfloat
[0,001,1]
rwx
h
h.
0,25075
ladspa-SweepVFI::mode
gint
[0,1]
rwx
mode
mode.
1
ladspa-SweepVFII::Q
gfloat
[0,001,0,999]
rwx
Q
Q.
0,5
ladspa-SweepVFII::Q-depth-x
gfloat
[0,1]
rwx
Q-depth-x
Q-depth-x.
0,25
ladspa-SweepVFII::Q-depth-y
gfloat
[0,1]
rwx
Q-depth-y
Q-depth-y.
0,5
ladspa-SweepVFII::Q-depth-z
gfloat
[0,1]
rwx
Q-depth-z
Q-depth-z.
1
ladspa-SweepVFII::Q-h
gfloat
[0,001,1]
rwx
Q-h
Q-h.
0,25075
ladspa-SweepVFII::f
gfloat
[83,3383]
rwx
f
f.
209,717
ladspa-SweepVFII::f-depth-x
gfloat
[0,1]
rwx
f-depth-x
f-depth-x.
0,25
ladspa-SweepVFII::f-depth-y
gfloat
[0,1]
rwx
f-depth-y
f-depth-y.
0,5
ladspa-SweepVFII::f-depth-z
gfloat
[0,1]
rwx
f-depth-z
f-depth-z.
1
ladspa-SweepVFII::f-h
gfloat
[0,001,1]
rwx
f-h
f-h.
0,25075
ladspa-SweepVFII::mode
gint
[0,1]
rwx
mode
mode.
1
ladspa-AutoWah::Q
gfloat
[0,001,0,999]
rwx
Q
Q.
0,2505
ladspa-AutoWah::depth
gfloat
[0,1]
rwx
depth
depth.
0,5
ladspa-AutoWah::f
gfloat
[43,933]
rwx
f
f.
92,8051
ladspa-Scape::blend
gfloat
[0,1]
rwx
blend
blend.
0,75
ladspa-Scape::bpm
gfloat
[30,240]
rwx
bpm
bpm.
82,5
ladspa-Scape::divider
gint
[2,4]
rwx
divider
divider.
2
ladspa-Scape::dry
gfloat
[0,1]
rwx
dry
dry.
0,25
ladspa-Scape::feedback
gfloat
[0,1]
rwx
feedback
feedback.
0,25
ladspa-VCOs::f
gfloat
[1,5751]
rwx
f
f.
100
ladspa-VCOs::param------square
gfloat
[0,1]
rwx
param------square
param------square.
0
ladspa-VCOs::tri----saw
gfloat
[0,1]
rwx
tri----saw
tri----saw.
0
ladspa-VCOs::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-VCOd::blend
gfloat
[-1,1]
rwx
blend
blend.
0,5
ladspa-VCOd::f
gfloat
[1,5751]
rwx
f
f.
100
ladspa-VCOd::param-1-------square
gfloat
[0,1]
rwx
param-1-------square
param-1-------square.
0
ladspa-VCOd::param-1--tri----saw
gfloat
[0,1]
rwx
param-1--tri----saw
param-1--tri----saw.
0
ladspa-VCOd::param-2-------square
gfloat
[0,1]
rwx
param-2-------square
param-2-------square.
0
ladspa-VCOd::param-2--tri----saw
gfloat
[0,1]
rwx
param-2--tri----saw
param-2--tri----saw.
0
ladspa-VCOd::param-2--tune
gfloat
[-12,12]
rwx
param-2--tune
param-2--tune.
0
ladspa-VCOd::sync
gfloat
[0,1]
rwx
sync
sync.
0
ladspa-VCOd::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-CEO::damping
gfloat
[0,1]
rwx
damping
damping.
0
ladspa-CEO::mpm
gfloat
[4,244]
rwx
mpm
mpm.
184
ladspa-CEO::volume
gfloat
[0,1]
rwx
volume
volume.
0,5
ladspa-Sin::f
gfloat
[0,0001,20000]
rwx
f
f.
100
ladspa-Sin::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-White::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-Lorenz::h
gfloat
[0,1]
rwx
h
h.
0
ladspa-Lorenz::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-Lorenz::x
gfloat
[0,1]
rwx
x
x.
1
ladspa-Lorenz::y
gfloat
[0,1]
rwx
y
y.
0
ladspa-Lorenz::z
gfloat
[0,1]
rwx
z
z.
0
ladspa-Roessler::h
gfloat
[0,1]
rwx
h
h.
0
ladspa-Roessler::volume
gfloat
[1e-06,1]
rwx
volume
volume.
0,5
ladspa-Roessler::x
gfloat
[0,1]
rwx
x
x.
1
ladspa-Roessler::y
gfloat
[0,1]
rwx
y
y.
0,5
ladspa-Roessler::z
gfloat
[0,1]
rwx
z
z.
0
ladspa-JVRev::blend
gfloat
[0,0,28]
rwx
blend
blend.
0,07
ladspa-JVRev::t60
gfloat
[0,4,6]
rwx
t60
t60.
2,3
ladspa-Plate::bandwidth
gfloat
[0,005,0,999]
rwx
bandwidth
bandwidth.
0,502
ladspa-Plate::blend
gfloat
[0,1]
rwx
blend
blend.
0,25
ladspa-Plate::damping
gfloat
[0,0005,1]
rwx
damping
damping.
0,250375
ladspa-Plate::tail
gfloat
[0,0,749]
rwx
tail
tail.
0,3745
ladspa-Plate2x2::bandwidth
gfloat
[0,005,0,999]
rwx
bandwidth
bandwidth.
0,502
ladspa-Plate2x2::blend
gfloat
[0,1]
rwx
blend
blend.
0,25
ladspa-Plate2x2::damping
gfloat
[0,0005,1]
rwx
damping
damping.
0,250375
ladspa-Plate2x2::tail
gfloat
[0,0,749]
rwx
tail
tail.
0,3745
ladspa-Click::bpm
gfloat
[4,244]
rwx
bpm
bpm.
64
ladspa-Click::damping
gfloat
[0,1]
rwx
damping
damping.
0,75
ladspa-Click::volume
gfloat
[0,1]
rwx
volume
volume.
0,5
ladspa-Dirac::damping
gfloat
[0,1]
rwx
damping
damping.
0
ladspa-Dirac::ppm
gfloat
[30,60]
rwx
ppm
ppm.
30
ladspa-Dirac::volume
gfloat
[0,1]
rwx
volume
volume.
0
ladspa-HRTF::pan
gint
[-36,36]
rwx
pan
pan.
0
ladspa-sequencer64::Closed-Gate-Value
gfloat
rwx
Closed-Gate-Value
Closed-Gate-Value.
-3,40282e+38
ladspa-sequencer64::Loop-Steps
gint
[1,64]
rwx
Loop-Steps
Loop-Steps.
64
ladspa-sequencer64::Reset-to-Value-on-Gate-Close-
gint
[0,1]
rwx
Reset-to-Value-on-Gate-Close-
Reset-to-Value-on-Gate-Close-.
0
ladspa-sequencer64::Value-Step-0
gfloat
rwx
Value-Step-0
Value-Step-0.
-3,40282e+38
ladspa-sequencer64::Value-Step-1
gfloat
rwx
Value-Step-1
Value-Step-1.
-3,40282e+38
ladspa-sequencer64::Value-Step-10
gfloat
rwx
Value-Step-10
Value-Step-10.
-3,40282e+38
ladspa-sequencer64::Value-Step-11
gfloat
rwx
Value-Step-11
Value-Step-11.
-3,40282e+38
ladspa-sequencer64::Value-Step-12
gfloat
rwx
Value-Step-12
Value-Step-12.
-3,40282e+38
ladspa-sequencer64::Value-Step-13
gfloat
rwx
Value-Step-13
Value-Step-13.
-3,40282e+38
ladspa-sequencer64::Value-Step-14
gfloat
rwx
Value-Step-14
Value-Step-14.
-3,40282e+38
ladspa-sequencer64::Value-Step-15
gfloat
rwx
Value-Step-15
Value-Step-15.
-3,40282e+38
ladspa-sequencer64::Value-Step-16
gfloat
rwx
Value-Step-16
Value-Step-16.
-3,40282e+38
ladspa-sequencer64::Value-Step-17
gfloat
rwx
Value-Step-17
Value-Step-17.
-3,40282e+38
ladspa-sequencer64::Value-Step-18
gfloat
rwx
Value-Step-18
Value-Step-18.
-3,40282e+38
ladspa-sequencer64::Value-Step-19
gfloat
rwx
Value-Step-19
Value-Step-19.
-3,40282e+38
ladspa-sequencer64::Value-Step-2
gfloat
rwx
Value-Step-2
Value-Step-2.
-3,40282e+38
ladspa-sequencer64::Value-Step-20
gfloat
rwx
Value-Step-20
Value-Step-20.
-3,40282e+38
ladspa-sequencer64::Value-Step-21
gfloat
rwx
Value-Step-21
Value-Step-21.
-3,40282e+38
ladspa-sequencer64::Value-Step-22
gfloat
rwx
Value-Step-22
Value-Step-22.
-3,40282e+38
ladspa-sequencer64::Value-Step-23
gfloat
rwx
Value-Step-23
Value-Step-23.
-3,40282e+38
ladspa-sequencer64::Value-Step-24
gfloat
rwx
Value-Step-24
Value-Step-24.
-3,40282e+38
ladspa-sequencer64::Value-Step-25
gfloat
rwx
Value-Step-25
Value-Step-25.
-3,40282e+38
ladspa-sequencer64::Value-Step-26
gfloat
rwx
Value-Step-26
Value-Step-26.
-3,40282e+38
ladspa-sequencer64::Value-Step-27
gfloat
rwx
Value-Step-27
Value-Step-27.
-3,40282e+38
ladspa-sequencer64::Value-Step-28
gfloat
rwx
Value-Step-28
Value-Step-28.
-3,40282e+38
ladspa-sequencer64::Value-Step-29
gfloat
rwx
Value-Step-29
Value-Step-29.
-3,40282e+38
ladspa-sequencer64::Value-Step-3
gfloat
rwx
Value-Step-3
Value-Step-3.
-3,40282e+38
ladspa-sequencer64::Value-Step-30
gfloat
rwx
Value-Step-30
Value-Step-30.
-3,40282e+38
ladspa-sequencer64::Value-Step-31
gfloat
rwx
Value-Step-31
Value-Step-31.
-3,40282e+38
ladspa-sequencer64::Value-Step-32
gfloat
rwx
Value-Step-32
Value-Step-32.
-3,40282e+38
ladspa-sequencer64::Value-Step-33
gfloat
rwx
Value-Step-33
Value-Step-33.
-3,40282e+38
ladspa-sequencer64::Value-Step-34
gfloat
rwx
Value-Step-34
Value-Step-34.
-3,40282e+38
ladspa-sequencer64::Value-Step-35
gfloat
rwx
Value-Step-35
Value-Step-35.
-3,40282e+38
ladspa-sequencer64::Value-Step-36
gfloat
rwx
Value-Step-36
Value-Step-36.
-3,40282e+38
ladspa-sequencer64::Value-Step-37
gfloat
rwx
Value-Step-37
Value-Step-37.
-3,40282e+38
ladspa-sequencer64::Value-Step-38
gfloat
rwx
Value-Step-38
Value-Step-38.
-3,40282e+38
ladspa-sequencer64::Value-Step-39
gfloat
rwx
Value-Step-39
Value-Step-39.
-3,40282e+38
ladspa-sequencer64::Value-Step-4
gfloat
rwx
Value-Step-4
Value-Step-4.
-3,40282e+38
ladspa-sequencer64::Value-Step-40
gfloat
rwx
Value-Step-40
Value-Step-40.
-3,40282e+38
ladspa-sequencer64::Value-Step-41
gfloat
rwx
Value-Step-41
Value-Step-41.
-3,40282e+38
ladspa-sequencer64::Value-Step-42
gfloat
rwx
Value-Step-42
Value-Step-42.
-3,40282e+38
ladspa-sequencer64::Value-Step-43
gfloat
rwx
Value-Step-43
Value-Step-43.
-3,40282e+38
ladspa-sequencer64::Value-Step-44
gfloat
rwx
Value-Step-44
Value-Step-44.
-3,40282e+38
ladspa-sequencer64::Value-Step-45
gfloat
rwx
Value-Step-45
Value-Step-45.
-3,40282e+38
ladspa-sequencer64::Value-Step-46
gfloat
rwx
Value-Step-46
Value-Step-46.
-3,40282e+38
ladspa-sequencer64::Value-Step-47
gfloat
rwx
Value-Step-47
Value-Step-47.
-3,40282e+38
ladspa-sequencer64::Value-Step-48
gfloat
rwx
Value-Step-48
Value-Step-48.
-3,40282e+38
ladspa-sequencer64::Value-Step-49
gfloat
rwx
Value-Step-49
Value-Step-49.
-3,40282e+38
ladspa-sequencer64::Value-Step-5
gfloat
rwx
Value-Step-5
Value-Step-5.
-3,40282e+38
ladspa-sequencer64::Value-Step-50
gfloat
rwx
Value-Step-50
Value-Step-50.
-3,40282e+38
ladspa-sequencer64::Value-Step-51
gfloat
rwx
Value-Step-51
Value-Step-51.
-3,40282e+38
ladspa-sequencer64::Value-Step-52
gfloat
rwx
Value-Step-52
Value-Step-52.
-3,40282e+38
ladspa-sequencer64::Value-Step-53
gfloat
rwx
Value-Step-53
Value-Step-53.
-3,40282e+38
ladspa-sequencer64::Value-Step-54
gfloat
rwx
Value-Step-54
Value-Step-54.
-3,40282e+38
ladspa-sequencer64::Value-Step-55
gfloat
rwx
Value-Step-55
Value-Step-55.
-3,40282e+38
ladspa-sequencer64::Value-Step-56
gfloat
rwx
Value-Step-56
Value-Step-56.
-3,40282e+38
ladspa-sequencer64::Value-Step-57
gfloat
rwx
Value-Step-57
Value-Step-57.
-3,40282e+38
ladspa-sequencer64::Value-Step-58
gfloat
rwx
Value-Step-58
Value-Step-58.
-3,40282e+38
ladspa-sequencer64::Value-Step-59
gfloat
rwx
Value-Step-59
Value-Step-59.
-3,40282e+38
ladspa-sequencer64::Value-Step-6
gfloat
rwx
Value-Step-6
Value-Step-6.
-3,40282e+38
ladspa-sequencer64::Value-Step-60
gfloat
rwx
Value-Step-60
Value-Step-60.
-3,40282e+38
ladspa-sequencer64::Value-Step-61
gfloat
rwx
Value-Step-61
Value-Step-61.
-3,40282e+38
ladspa-sequencer64::Value-Step-62
gfloat
rwx
Value-Step-62
Value-Step-62.
-3,40282e+38
ladspa-sequencer64::Value-Step-63
gfloat
rwx
Value-Step-63
Value-Step-63.
-3,40282e+38
ladspa-sequencer64::Value-Step-7
gfloat
rwx
Value-Step-7
Value-Step-7.
-3,40282e+38
ladspa-sequencer64::Value-Step-8
gfloat
rwx
Value-Step-8
Value-Step-8.
-3,40282e+38
ladspa-sequencer64::Value-Step-9
gfloat
rwx
Value-Step-9
Value-Step-9.
-3,40282e+38
ladspa-pointerCastDistortion::Dry-wet-mix
gfloat
[0,1]
rwx
Dry-wet-mix
Dry-wet-mix.
0
ladspa-pointerCastDistortion::Effect-cutoff-freq
gfloat
[4,41,13230]
rwx
Effect-cutoff-freq
Effect-cutoff-freq.
32,6376
ladspa-comb::Band-separation
gfloat
[16,640]
rwx
Band-separation
Band-separation.
172
ladspa-comb::Feedback
gfloat
[-0,99,0,99]
rwx
Feedback
Feedback.
0
ladspa-tap-stereo-echo::Cross-Mode
gboolean
rwx
Cross-Mode
Cross-Mode.
FALSE
ladspa-tap-stereo-echo::Dry-Level--dB-
gfloat
[-70,10]
rwx
Dry-Level--dB-
Dry-Level--dB-.
0
ladspa-tap-stereo-echo::Haas-Effect
gboolean
rwx
Haas-Effect
Haas-Effect.
FALSE
ladspa-tap-stereo-echo::L-Delay--ms-
gfloat
[0,2000]
rwx
L-Delay--ms-
L-Delay--ms-.
100
ladspa-tap-stereo-echo::L-Echo-Level--dB-
gfloat
[-70,10]
rwx
L-Echo-Level--dB-
L-Echo-Level--dB-.
0
ladspa-tap-stereo-echo::L-Feedback----
gfloat
[0,100]
rwx
L-Feedback----
L-Feedback----.
0
ladspa-tap-stereo-echo::R-Echo-Level--dB-
gfloat
[-70,10]
rwx
R-Echo-Level--dB-
R-Echo-Level--dB-.
0
ladspa-tap-stereo-echo::R-Haas-Delay--ms-
gfloat
[0,2000]
rwx
R-Haas-Delay--ms-
R-Haas-Delay--ms-.
100
ladspa-tap-stereo-echo::R-Haas-Feedback----
gfloat
[0,100]
rwx
R-Haas-Feedback----
R-Haas-Feedback----.
0
ladspa-tap-stereo-echo::Swap-Outputs
gboolean
rwx
Swap-Outputs
Swap-Outputs.
FALSE
ladspa-gsm::Dry-wet-mix
gfloat
[0,1]
rwx
Dry-wet-mix
Dry-wet-mix.
1
ladspa-gsm::Error-rate
gfloat
[0,30]
rwx
Error-rate
Error-rate.
0
ladspa-gsm::Number-of-passes
gint
[0,10]
rwx
Number-of-passes
Number-of-passes.
1
ladspa-gsm::latency
gfloat
r
latency
latency.
-3,40282e+38
ladspa-highpass-iir::Cutoff-Frequency
gfloat
[4,41,19845]
rwx
Cutoff-Frequency
Cutoff-Frequency.
36,1195
ladspa-highpass-iir::Stages-2-poles-per-stage-
gint
[1,10]
rwx
Stages-2-poles-per-stage-
Stages-2-poles-per-stage-.
1
ladspa-vocoder::Band-1-Level
gfloat
[0,1]
rwx
Band-1-Level
Band-1-Level.
0
ladspa-vocoder::Band-10-Level
gfloat
[0,1]
rwx
Band-10-Level
Band-10-Level.
0
ladspa-vocoder::Band-11-Level
gfloat
[0,1]
rwx
Band-11-Level
Band-11-Level.
0
ladspa-vocoder::Band-12-Level
gfloat
[0,1]
rwx
Band-12-Level
Band-12-Level.
0
ladspa-vocoder::Band-13-Level
gfloat
[0,1]
rwx
Band-13-Level
Band-13-Level.
0
ladspa-vocoder::Band-14-Level
gfloat
[0,1]
rwx
Band-14-Level
Band-14-Level.
0
ladspa-vocoder::Band-15-Level
gfloat
[0,1]
rwx
Band-15-Level
Band-15-Level.
0
ladspa-vocoder::Band-16-Level
gfloat
[0,1]
rwx
Band-16-Level
Band-16-Level.
0
ladspa-vocoder::Band-2-Level
gfloat
[0,1]
rwx
Band-2-Level
Band-2-Level.
0
ladspa-vocoder::Band-3-Level
gfloat
[0,1]
rwx
Band-3-Level
Band-3-Level.
0
ladspa-vocoder::Band-4-Level
gfloat
[0,1]
rwx
Band-4-Level
Band-4-Level.
0
ladspa-vocoder::Band-5-Level
gfloat
[0,1]
rwx
Band-5-Level
Band-5-Level.
0
ladspa-vocoder::Band-6-Level
gfloat
[0,1]
rwx
Band-6-Level
Band-6-Level.
0
ladspa-vocoder::Band-7-Level
gfloat
[0,1]
rwx
Band-7-Level
Band-7-Level.
0
ladspa-vocoder::Band-8-Level
gfloat
[0,1]
rwx
Band-8-Level
Band-8-Level.
0
ladspa-vocoder::Band-9-Level
gfloat
[0,1]
rwx
Band-9-Level
Band-9-Level.
0
ladspa-vocoder::Number-of-bands
gint
[1,16]
rwx
Number-of-bands
Number-of-bands.
1
ladspa-karaoke::Vocal-volume
gfloat
[-70,0]
rwx
Vocal-volume
Vocal-volume.
0
ladspa-jaminController::Scene-no-
gint
[1,20]
rwx
Scene-no-
Scene-no-.
1
ladspa-tap-chorusflanger::Contour--Hz-
gfloat
[20,20000]
rwx
Contour--Hz-
Contour--Hz-.
100
ladspa-tap-chorusflanger::Delay--ms-
gfloat
[0,100]
rwx
Delay--ms-
Delay--ms-.
25
ladspa-tap-chorusflanger::Depth----
gfloat
[0,100]
rwx
Depth----
Depth----.
75
ladspa-tap-chorusflanger::Dry-Level--dB-
gfloat
[-90,20]
rwx
Dry-Level--dB-
Dry-Level--dB-.
0
ladspa-tap-chorusflanger::Frequency--Hz-
gfloat
[0,5]
rwx
Frequency--Hz-
Frequency--Hz-.
1,25
ladspa-tap-chorusflanger::L-R-Phase-Shift--deg-
gfloat
[0,180]
rwx
L-R-Phase-Shift--deg-
L-R-Phase-Shift--deg-.
90
ladspa-tap-chorusflanger::Wet-Level--dB-
gfloat
[-90,20]
rwx
Wet-Level--dB-
Wet-Level--dB-.
0
ladspa-bandpass-iir::Bandwidth
gfloat
[4,41,19845]
rwx
Bandwidth
Bandwidth.
295,832
ladspa-bandpass-iir::Center-Frequency
gfloat
[4,41,19845]
rwx
Center-Frequency
Center-Frequency.
295,832
ladspa-bandpass-iir::Stages-2-poles-per-stage-
gint
[1,10]
rwx
Stages-2-poles-per-stage-
Stages-2-poles-per-stage-.
1
ladspa-sc4::Amplitude
gfloat
[-40,12]
r
Amplitude
Amplitude.
-40
ladspa-sc4::Attack-time
gfloat
[1,5,400]
rwx
Attack-time
Attack-time.
101,125
ladspa-sc4::Gain-reduction
gfloat
[-24,0]
r
Gain-reduction
Gain-reduction.
-24
ladspa-sc4::Knee-radius
gfloat
[1,10]
rwx
Knee-radius
Knee-radius.
3,25
ladspa-sc4::Makeup-gain
gfloat
[0,24]
rwx
Makeup-gain
Makeup-gain.
0
ladspa-sc4::RMS-peak
gfloat
[0,1]
rwx
RMS-peak
RMS-peak.
0
ladspa-sc4::Ratio
gfloat
[1,20]
rwx
Ratio
Ratio.
1
ladspa-sc4::Release-time
gfloat
[2,800]
rwx
Release-time
Release-time.
401
ladspa-sc4::Threshold-level
gfloat
[-30,0]
rwx
Threshold-level
Threshold-level.
0
ladspa-sawtooth-fc-oa::Frequenz
gfloat
[0,91875,22050]
rwx
Frequenz
Frequenz.
440
ladspa-notch-iir::Bandwidth
gfloat
[4,41,19845]
rwx
Bandwidth
Bandwidth.
295,832
ladspa-notch-iir::Center-Frequency
gfloat
[4,41,19845]
rwx
Center-Frequency
Center-Frequency.
295,832
ladspa-notch-iir::Stages-2-poles-per-stage-
gint
[1,10]
rwx
Stages-2-poles-per-stage-
Stages-2-poles-per-stage-.
1
ladspa-freqTracker::Tracking-speed
gfloat
[0,1]
rwx
Tracking-speed
Tracking-speed.
0,5
ladspa-comb-n::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-comb-n::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-comb-n::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-comb-l::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-comb-l::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-comb-l::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-comb-c::Decay-Time
gfloat
>= 0
rwx
Decay-Time
Decay-Time.
0
ladspa-comb-c::Delay-Time
gfloat
>= 0
rwx
Delay-Time
Delay-Time.
0
ladspa-comb-c::Max-Delay
gfloat
>= 0
rwx
Max-Delay
Max-Delay.
0
ladspa-sequencer32::Closed-Gate-Value
gfloat
rwx
Closed-Gate-Value
Closed-Gate-Value.
-3,40282e+38
ladspa-sequencer32::Loop-Steps
gint
[1,32]
rwx
Loop-Steps
Loop-Steps.
32
ladspa-sequencer32::Reset-to-Value-on-Gate-Close-
gint
[0,1]
rwx
Reset-to-Value-on-Gate-Close-
Reset-to-Value-on-Gate-Close-.
0
ladspa-sequencer32::Value-Step-0
gfloat
rwx
Value-Step-0
Value-Step-0.
-3,40282e+38
ladspa-sequencer32::Value-Step-1
gfloat
rwx
Value-Step-1
Value-Step-1.
-3,40282e+38
ladspa-sequencer32::Value-Step-10
gfloat
rwx
Value-Step-10
Value-Step-10.
-3,40282e+38
ladspa-sequencer32::Value-Step-11
gfloat
rwx
Value-Step-11
Value-Step-11.
-3,40282e+38
ladspa-sequencer32::Value-Step-12
gfloat
rwx
Value-Step-12
Value-Step-12.
-3,40282e+38
ladspa-sequencer32::Value-Step-13
gfloat
rwx
Value-Step-13
Value-Step-13.
-3,40282e+38
ladspa-sequencer32::Value-Step-14
gfloat
rwx
Value-Step-14
Value-Step-14.
-3,40282e+38
ladspa-sequencer32::Value-Step-15
gfloat
rwx
Value-Step-15
Value-Step-15.
-3,40282e+38
ladspa-sequencer32::Value-Step-16
gfloat
rwx
Value-Step-16
Value-Step-16.
-3,40282e+38
ladspa-sequencer32::Value-Step-17
gfloat
rwx
Value-Step-17
Value-Step-17.
-3,40282e+38
ladspa-sequencer32::Value-Step-18
gfloat
rwx
Value-Step-18
Value-Step-18.
-3,40282e+38
ladspa-sequencer32::Value-Step-19
gfloat
rwx
Value-Step-19
Value-Step-19.
-3,40282e+38
ladspa-sequencer32::Value-Step-2
gfloat
rwx
Value-Step-2
Value-Step-2.
-3,40282e+38
ladspa-sequencer32::Value-Step-20
gfloat
rwx
Value-Step-20
Value-Step-20.
-3,40282e+38
ladspa-sequencer32::Value-Step-21
gfloat
rwx
Value-Step-21
Value-Step-21.
-3,40282e+38
ladspa-sequencer32::Value-Step-22
gfloat
rwx
Value-Step-22
Value-Step-22.
-3,40282e+38
ladspa-sequencer32::Value-Step-23
gfloat
rwx
Value-Step-23
Value-Step-23.
-3,40282e+38
ladspa-sequencer32::Value-Step-24
gfloat
rwx
Value-Step-24
Value-Step-24.
-3,40282e+38
ladspa-sequencer32::Value-Step-25
gfloat
rwx
Value-Step-25
Value-Step-25.
-3,40282e+38
ladspa-sequencer32::Value-Step-26
gfloat
rwx
Value-Step-26
Value-Step-26.
-3,40282e+38
ladspa-sequencer32::Value-Step-27
gfloat
rwx
Value-Step-27
Value-Step-27.
-3,40282e+38
ladspa-sequencer32::Value-Step-28
gfloat
rwx
Value-Step-28
Value-Step-28.
-3,40282e+38
ladspa-sequencer32::Value-Step-29
gfloat
rwx
Value-Step-29
Value-Step-29.
-3,40282e+38
ladspa-sequencer32::Value-Step-3
gfloat
rwx
Value-Step-3
Value-Step-3.
-3,40282e+38
ladspa-sequencer32::Value-Step-30
gfloat
rwx
Value-Step-30
Value-Step-30.
-3,40282e+38
ladspa-sequencer32::Value-Step-31
gfloat
rwx
Value-Step-31
Value-Step-31.
-3,40282e+38
ladspa-sequencer32::Value-Step-4
gfloat
rwx
Value-Step-4
Value-Step-4.
-3,40282e+38
ladspa-sequencer32::Value-Step-5
gfloat
rwx
Value-Step-5
Value-Step-5.
-3,40282e+38
ladspa-sequencer32::Value-Step-6
gfloat
rwx
Value-Step-6
Value-Step-6.
-3,40282e+38
ladspa-sequencer32::Value-Step-7
gfloat
rwx
Value-Step-7
Value-Step-7.
-3,40282e+38
ladspa-sequencer32::Value-Step-8
gfloat
rwx
Value-Step-8
Value-Step-8.
-3,40282e+38
ladspa-sequencer32::Value-Step-9
gfloat
rwx
Value-Step-9
Value-Step-9.
-3,40282e+38
ladspa-tap-deesser::Attenuation--dB-
gfloat
[0,10]
r
Attenuation--dB-
Attenuation--dB-.
0
ladspa-tap-deesser::Frequency--Hz-
gfloat
[2000,16000]
rwx
Frequency--Hz-
Frequency--Hz-.
5500
ladspa-tap-deesser::Monitor
gint
[0,1]
rwx
Monitor
Monitor.
0
ladspa-tap-deesser::Sidechain-Filter
gint
[0,1]
rwx
Sidechain-Filter
Sidechain-Filter.
0
ladspa-tap-deesser::Threshold-Level--dB-
gfloat
[-50,10]
rwx
Threshold-Level--dB-
Threshold-Level--dB-.
0
ladspa-noise-white::Amplitude
gfloat
>= 0
rwx
Amplitude
Amplitude.
1
GstSMPTEAlpha::border
gint
>= 0
rw
Border
The border width of the transition.
0
GstSMPTEAlpha::depth
gint
[1,24]
rw
Depth
Depth of the mask in bits.
16
GstSMPTEAlpha::position
gdouble
[0,1]
rw
Position
Position of the transition effect.
0
GstSMPTEAlpha::type
GstSMPTEAlphaTransitionType
rw
Type
The type of transition to use.
A bar moves from left to right
GstSMPTEAlpha::invert
gboolean
rw
Invert
Invert transition mask.
FALSE
GstAudioKaraoke::filter-band
gfloat
[0,441]
rw
Filter Band
The Frequency band of the filter.
220
GstAudioKaraoke::filter-width
gfloat
[0,100]
rw
Filter Width
The Frequency width of the filter.
100
GstAudioKaraoke::level
gfloat
[0,1]
rw
Level
Level of the effect (1.0 = full).
1
GstAudioKaraoke::mono-level
gfloat
[0,1]
rw
Mono Level
Level of the mono channel (1.0 = full).
1
GstPulseSink::device
gchar*
rw
Device
The PulseAudio sink device to connect to.
NULL
GstPulseSink::server
gchar*
rw
Server
The PulseAudio server to connect to.
NULL
GstPulseSink::device-name
gchar*
r
Device name
Human-readable name of the sound device.
NULL
GstPulseSink::volume
gdouble
[0,10]
rw
Volume
Linear volume of this stream, 1.0=100%.
1
GstPulseSink::mute
gboolean
rw
Mute
Mute state of this stream.
FALSE
GstPulseSink::stream-properties
GstStructure*
rw
stream properties
list of pulseaudio stream properties.
GstPulseSink::client-name
gchar*
rw
Client Name
The PulseAudio client name to use.
"gst-plugins-good-plugins-scan"
GstPulseSink::current-device
gchar*
r
Current Device
The current PulseAudio sink device.
NULL
GstPulseSrc::device
gchar*
rw
Device
The PulseAudio source device to connect to.
NULL
GstPulseSrc::server
gchar*
rw
Server
The PulseAudio server to connect to.
NULL
GstPulseSrc::device-name
gchar*
r
Device name
Human-readable name of the sound device.
NULL
GstPulseSrc::stream-properties
GstStructure*
rw
stream properties
list of pulseaudio stream properties.
GstPulseSrc::mute
gboolean
rw
Mute
Mute state of this stream.
FALSE
GstPulseSrc::source-output-index
guint
r
source output index
The index of the PulseAudio source output corresponding to this record stream.
4294967295
GstPulseSrc::volume
gdouble
[0,10]
rw
Volume
Linear volume of this stream, 1.0=100%.
1
GstPulseSrc::client-name
gchar*
rw
Client Name
The PulseAudio client_name_to_use.
"gst-plugins-good-plugins-scan"
GstPulseSrc::current-device
gchar*
r
Current Device
The current PulseAudio source device.
NULL
GstTagInject::tags
gchar*
w
taglist
List of tags to inject into the target file.
NULL
GstDeinterleave::keep-positions
gboolean
rw
Keep positions
Keep the original channel positions on the output buffers.
FALSE
GstInterleave::channel-positions
GValueArray*
rw
Channel positions
Channel positions used on the output.
GstInterleave::channel-positions-from-input
gboolean
rw
Channel positions from input
Take channel positions from the input.
TRUE
GstRgVolume::album-mode
gboolean
rw
Album mode
Prefer album over track gain.
TRUE
GstRgVolume::fallback-gain
gdouble
[-60,60]
rw
Fallback gain
Gain for streams missing tags [dB].
0
GstRgVolume::headroom
gdouble
[0,60]
rw
Headroom
Extra headroom [dB].
0
GstRgVolume::pre-amp
gdouble
[-60,60]
rw
Pre-amp
Extra gain [dB].
0
GstRgVolume::result-gain
gdouble
[-120,120]
r
Result-gain
Applied gain [dB].
0
GstRgVolume::target-gain
gdouble
[-120,120]
r
Target-gain
Applicable gain [dB].
0
GstRgLimiter::enabled
gboolean
rw
Enabled
Enable processing.
TRUE
GstRgAnalysis::forced
gboolean
rw
Forced
Analyze even if ReplayGain tags exist.
TRUE
GstRgAnalysis::num-tracks
gint
>= 0
rw
Number of album tracks
Number of remaining album tracks.
0
GstRgAnalysis::reference-level
gdouble
[0,150]
rw
Reference level
Reference level [dB].
89
GstRgAnalysis::message
gboolean
rwx
Message
Post statics messages.
FALSE
GstHDV1394Src::channel
gint
[0,64]
rw
Channel
Channel number for listening.
63
GstHDV1394Src::device-name
gchar*
r
device name
user-friendly name of the device.
"Default"
GstHDV1394Src::guid
guint64
rw
GUID
select one of multiple DV devices by its GUID. use a hexadecimal like 0xhhhhhhhhhhhhhhhh. (0 = no guid).
0
GstHDV1394Src::port
gint
[G_MAXULONG,16]
rw
Port
Port number (-1 automatic).
-1
GstHDV1394Src::use-avc
gboolean
rw
Use AV/C
Use AV/C VTR control.
TRUE
GstRtpJPEGPay::quality
gint
[0,255]
rw
Quality
Quality factor on JPEG data (unused).
255
GstRtpJPEGPay::type
gint
[0,255]
rw
Type
Default JPEG Type, overwritten by SOF when present.
1
GstAudioFIRFilter::kernel
GValueArray*
rw
Filter Kernel
Filter kernel for the FIR filter.
GstAudioFIRFilter::latency
guint64
rw
Latecy
Filter latency in samples.
0
GstAudioIIRFilter::a
GValueArray*
rw
A
Filter coefficients (denominator of transfer function).
GstAudioIIRFilter::b
GValueArray*
rw
B
Filter coefficients (numerator of transfer function).
GstAudioEcho::delay
guint64
>= 1
rw
Delay
Delay of the echo in nanoseconds.
1
GstAudioEcho::feedback
gfloat
[0,1]
rw
Feedback
Amount of feedback.
0
GstAudioEcho::intensity
gfloat
[0,1]
rw
Intensity
Intensity of the echo.
0
GstAudioEcho::max-delay
guint64
>= 1
rw
Maximum Delay
Maximum delay of the echo in nanoseconds (can't be changed in PLAYING or PAUSED state).
1
GstAudioEcho::surround-delay
gboolean
rw
Enable Surround Delay
Delay Surround Channels when TRUE instead of applying an echo effect.
FALSE
GstAudioEcho::surround-mask
guint64
>= 1
rw
Surround Mask
A bitmask of channels that are considered surround and delayed when surround-delay = TRUE.
18446744073709551612
GstAspectRatioCrop::aspect-ratio
GstFraction
rw
aspect-ratio
Target aspect-ratio of video.
GstRtpG726Depay::force-aal2
gboolean
rw
Force AAL2
Force AAL2 decoding for compatibility with bad payloaders.
TRUE
GstRtpG726Pay::force-aal2
gboolean
rw
Force AAL2
Force AAL2 encoding for compatibility with bad depayloaders.
TRUE
GstRtpH263Pay::modea-only
gboolean
rw
Fragment packets in mode A Only
Disable packetization modes B and C.
FALSE
GstDeinterlace::fields
GstDeinterlaceFields
rw
fields
Fields to use for deinterlacing.
All fields
GstDeinterlace::method
GstDeinterlaceMethods
rw
Method
Deinterlace Method.
Linear
GstDeinterlace::mode
GstDeinterlaceModes
rw
Mode
Deinterlace Mode.
Auto detection (best effort)
GstDeinterlace::tff
GstDeinterlaceFieldLayout
rw
tff
Deinterlace top field first.
Auto detection
GstDeinterlace::drop-orphans
gboolean
rw
drop-orphans
Drop orphan fields at the beginning of telecine patterns in active locking mode.
TRUE
GstDeinterlace::ignore-obscure
gboolean
rw
ignore-obscure
Ignore obscure telecine patterns (only consider P, I and 2:3 variants).
TRUE
GstDeinterlace::locking
GstDeinterlaceLocking
rw
locking
Pattern locking mode.
No pattern locking
GstAgingTV::color-aging
gboolean
rw
Color Aging
Color Aging.
TRUE
GstAgingTV::dusts
gboolean
rw
Dusts
Dusts.
TRUE
GstAgingTV::pits
gboolean
rw
Pits
Pits.
TRUE
GstAgingTV::scratch-lines
guint
<= 20
rw
Scratch Lines
Number of scratch lines.
7
GstOpTV::mode
GstOpTVMode
rw
Mode
Mode.
Maelstrom
GstOpTV::speed
gint
rw
Speed
Effect speed.
16
GstOpTV::threshold
guint
<= G_MAXINT
rw
Threshold
Luma threshold.
60
GstRadioacTV::color
GstRadioacTVColor
rw
Color
Color.
White
GstRadioacTV::interval
guint
<= G_MAXINT
rw
Interval
Snapshot interval (in strobe mode).
3
GstRadioacTV::mode
GstRadioacTVMode
rw
Mode
Mode.
Normal
GstRadioacTV::trigger
gboolean
rw
Trigger
Trigger (in trigger mode).
FALSE
GstStreakTV::feedback
gboolean
rw
Feedback
Feedback.
FALSE
GstRippleTV::mode
GstRippleTVMode
rw
Mode
Mode.
Motion Detection
GstRippleTV::reset
gboolean
w
Reset
Reset all current ripples.
FALSE
GstRtpBin::do-lost
gboolean
rw
Do Lost
Send an event downstream when a packet is lost.
FALSE
GstRtpBin::latency
guint
rw
Buffer latency in ms
Default amount of ms to buffer in the jitterbuffers.
200
GstRtpBin::sdes
GstStructure*
rw
SDES
The SDES items of this session.
GstRtpBin::ignore-pt
gboolean
rw
Ignore PT
Do not demultiplex based on PT values.
FALSE
GstRtpBin::autoremove
gboolean
rw
Auto Remove
Automatically remove timed out sources.
FALSE
GstRtpBin::buffer-mode
RTPJitterBufferMode
rw
Buffer Mode
Control the buffering algorithm in use.
Slave receiver to sender clock
GstRtpBin::ntp-sync
gboolean
rw
Sync on NTP clock
Synchronize received streams to the NTP clock.
FALSE
GstRtpBin::use-pipeline-clock
gboolean
rw
Use pipeline clock
Use the pipeline running-time to set the NTP time in the RTCP SR messages (DEPRECATED: Use ntp-time-source property).
FALSE
GstRtpBin::rtcp-sync
GstRTCPSync
rw
RTCP Sync
Use of RTCP SR in synchronization.
always
GstRtpBin::rtcp-sync-interval
guint
rw
RTCP Sync Interval
RTCP SR interval synchronization (ms) (0 = always).
0
GstRtpBin::drop-on-latency
gboolean
rw
Drop buffers when maximum latency is reached
Tells the jitterbuffer to never exceed the given latency in size.
FALSE
GstRtpBin::do-sync-event
gboolean
rw
Do Sync Event
Send event downstream when a stream is synchronized to the sender.
FALSE
GstRtpBin::do-retransmission
gboolean
rw
Do retransmission
Enable retransmission on all streams.
FALSE
GstRtpBin::rtp-profile
GstRTPProfile
rw
RTP Profile
Default RTP profile of newly created sessions.
GST_RTP_PROFILE_AVP
GstRtpBin::ntp-time-source
GstRtpNtpTimeSource
rw
NTP Time Source
NTP time source for RTCP packets.
NTP time based on realtime clock
GstRtpBin::max-dropout-time
guint
rw
Max dropout time
The maximum time (milliseconds) of missing packets tolerated.
60000
GstRtpBin::max-misorder-time
guint
rw
Max misorder time
The maximum time (milliseconds) of misordered packets tolerated.
2000
GstRtpBin::max-rtcp-rtp-time-diff
gint
>= G_MAXULONG
rw
Max RTCP RTP Time Diff
Maximum amount of time in ms that the RTP time in RTCP SRs is allowed to be ahead (-1 disabled).
1000
GstRtpBin::rtcp-sync-send-time
gboolean
rw
RTCP Sync Send Time
Use send time or capture time for RTCP sync (TRUE = send time, FALSE = capture time).
TRUE
GstRtpBin::rfc7273-sync
gboolean
rw
Sync on RFC7273 clock
Synchronize received streams to the RFC7273 clock (requires clock and offset to be provided).
FALSE
GstRtpBin::max-streams
guint
rw
Max Streams
The maximum number of streams to create for one session.
4294967295
GstRtpBin::max-ts-offset
gint64
>= 0
rw
Max TS Offset
The maximum absolute value of the time offset in (nanoseconds). Note, if the ntp-sync parameter is set the default value is changed to 0 (no limit).
3000000000
GstRtpBin::max-ts-offset-adjustment
guint64
rw
Max Timestamp Offset Adjustment
The maximum number of nanoseconds per frame that time stamp offsets may be adjusted (0 = no limit).
0
GstRtpJitterBuffer::do-lost
gboolean
rw
Do Lost
Send an event downstream when a packet is lost.
FALSE
GstRtpJitterBuffer::drop-on-latency
gboolean
rw
Drop buffers when maximum latency is reached
Tells the jitterbuffer to never exceed the given latency in size.
FALSE
GstRtpJitterBuffer::latency
guint
rw
Buffer latency in ms
Amount of ms to buffer.
200
GstRtpJitterBuffer::ts-offset
gint64
rw
Timestamp Offset
Adjust buffer timestamps with offset in nanoseconds.
0
GstRtpJitterBuffer::mode
RTPJitterBufferMode
rw
Mode
Control the buffering algorithm in use.
Slave receiver to sender clock
GstRtpJitterBuffer::percent
gint
[0,100]
r
percent
The buffer filled percent.
0
GstRtpJitterBuffer::do-retransmission
gboolean
rw
Do Retransmission
Send retransmission events upstream when a packet is late.
FALSE
GstRtpJitterBuffer::rtx-delay
gint
>= G_MAXULONG
rw
RTX Delay
Extra time in ms to wait before sending retransmission event (-1 automatic).
-1
GstRtpJitterBuffer::rtx-delay-reorder
gint
>= G_MAXULONG
rw
RTX Delay Reorder
Sending retransmission event when this much reordering (0 disable, -1 automatic).
3
GstRtpJitterBuffer::rtx-retry-period
gint
>= G_MAXULONG
rw
RTX Retry Period
Try to get a retransmission for this many ms (-1 automatic).
-1
GstRtpJitterBuffer::rtx-retry-timeout
gint
>= G_MAXULONG
rw
RTX Retry Timeout
Retry sending a transmission event after this timeout in ms (-1 automatic).
-1
GstRtpJitterBuffer::stats
GstStructure*
r
Statistics
Various statistics.
GstRtpJitterBuffer::rtx-min-delay
guint
rw
Minimum RTX Delay
Minimum time in ms to wait before sending retransmission event.
0
GstRtpJitterBuffer::rtx-min-retry-timeout
gint
>= G_MAXULONG
rw
RTX Min Retry Timeout
Minimum timeout between sending a transmission event in ms (-1 automatic).
-1
GstRtpJitterBuffer::rtx-max-retries
gint
>= G_MAXULONG
rw
RTX Max Retries
The maximum number of retries to request a retransmission. (-1 not limited).
-1
GstRtpJitterBuffer::rtx-next-seqnum
gboolean
rw
RTX next seqnum
Estimate when the next packet should arrive and schedule a retransmission request for it.
TRUE
GstRtpJitterBuffer::max-dropout-time
guint
rw
Max dropout time
The maximum time (milliseconds) of missing packets tolerated.
60000
GstRtpJitterBuffer::max-misorder-time
guint
rw
Max misorder time
The maximum time (milliseconds) of misordered packets tolerated.
2000
GstRtpJitterBuffer::max-rtcp-rtp-time-diff
gint
>= G_MAXULONG
rw
Max RTCP RTP Time Diff
Maximum amount of time in ms that the RTP time in RTCP SRs is allowed to be ahead (-1 disabled).
1000
GstRtpJitterBuffer::rfc7273-sync
gboolean
rw
Sync on RFC7273 clock
Synchronize received streams to the RFC7273 clock (requires clock and offset to be provided).
FALSE
GstRtpJitterBuffer::rtx-deadline
gint
>= G_MAXULONG
rw
RTX Deadline (ms)
The deadline for a valid RTX request in milliseconds. (-1 automatic).
-1
GstRtpJitterBuffer::rtx-stats-timeout
guint
rw
RTX Statistics Timeout
The time to wait for a retransmitted packet after it has been considered lost in order to collect statistics (ms).
1000
GstRtpJitterBuffer::faststart-min-packets
guint
rw
Faststart minimum packets
The number of consecutive packets needed to start (set to 0 to disable faststart. The jitterbuffer will by default start after the latency has elapsed).
0
GstRtpJitterBuffer::max-ts-offset-adjustment
guint64
rw
Max Timestamp Offset Adjustment
The maximum number of nanoseconds per frame that time stamp offsets may be adjusted (0 = no limit).
0
GstRtpSession::bandwidth
gdouble
>= 0
rw
Bandwidth
The bandwidth of the session in bytes per second (0 for auto-discover).
0
GstRtpSession::internal-session
RTPSession*
r
Internal Session
The internal RTPSession object.
GstRtpSession::num-active-sources
guint
r
Num Active Sources
The number of active sources in the session.
0
GstRtpSession::num-sources
guint
r
Num Sources
The number of sources in the session.
0
GstRtpSession::rtcp-fraction
gdouble
>= 0
rw
RTCP Fraction
The RTCP bandwidth of the session in bytes per second (or as a real fraction of the RTP bandwidth if < 1.0).
0.05
GstRtpSession::sdes
GstStructure*
rw
SDES
The SDES items of this session.
GstRtpSession::rtcp-rr-bandwidth
gint
>= G_MAXULONG
rw
RTCP RR bandwidth
The RTCP bandwidth used for receivers in bytes per second (-1 = default).
-1
GstRtpSession::rtcp-rs-bandwidth
gint
>= G_MAXULONG
rw
RTCP RS bandwidth
The RTCP bandwidth used for senders in bytes per second (-1 = default).
-1
GstRtpSession::use-pipeline-clock
gboolean
rw
Use pipeline clock
Use the pipeline running-time to set the NTP time in the RTCP SR messages (DEPRECATED: Use ntp-time-source property).
FALSE
GstRtpSession::rtcp-min-interval
guint64
rw
Minimum RTCP interval
Minimum interval between Regular RTCP packet (in ns).
5000000000
GstRtpSession::probation
guint
rw
Number of probations
Consecutive packet sequence numbers to accept the source.
2
GstRtpSession::stats
GstStructure*
r
Statistics
Various statistics.
GstRtpSession::rtp-profile
GstRTPProfile
rw
RTP Profile
RTP profile to use.
GST_RTP_PROFILE_AVP
GstRtpSession::ntp-time-source
GstRtpNtpTimeSource
rw
NTP Time Source
NTP time source for RTCP packets.
NTP time based on realtime clock
GstRtpSession::max-dropout-time
guint
rw
Max dropout time
The maximum time (milliseconds) of missing packets tolerated.
60000
GstRtpSession::max-misorder-time
guint
rw
Max misorder time
The maximum time (milliseconds) of misordered packets tolerated.
2000
GstRtpSession::rtcp-sync-send-time
gboolean
rw
RTCP Sync Send Time
Use send time or capture time for RTCP sync (TRUE = send time, FALSE = capture time).
TRUE
GstRtpRtxSend::max-size-time
guint
rw
Max Size Time
Amount of ms to queue (0 = unlimited).
0
GstRtpRtxSend::max-size-packets
guint
<= 32767
rw
Max Size Packets
Amount of packets to queue (0 = unlimited).
100
GstRtpRtxSend::num-rtx-requests
guint
r
Num RTX Requests
Number of retransmission events received.
0
GstRtpRtxSend::num-rtx-packets
guint
r
Num RTX Packets
Number of retransmission packets sent.
0
GstRtpRtxSend::payload-type-map
GstStructure*
rw
Payload Type Map
Map of original payload types to their retransmission payload types.
GstRtpRtxSend::ssrc-map
GstStructure*
w
SSRC Map
Map of SSRCs to their retransmission SSRCs for SSRC-multiplexed mode (default = random).
GstRtpRtxReceive::num-rtx-requests
guint
r
Num RTX Requests
Number of retransmission events received.
0
GstRtpRtxReceive::num-rtx-packets
guint
r
Num RTX Packets
Number of retransmission packets received.
0
GstRtpRtxReceive::num-rtx-assoc-packets
guint
r
Num RTX Associated Packets
Number of retransmission packets correctly associated with retransmission requests.
0
GstRtpRtxReceive::payload-type-map
GstStructure*
rw
Payload Type Map
Map of original payload types to their retransmission payload types.
GstV4l2Sink::device
gchar*
rw
Device
Device location.
"/dev/video1"
GstV4l2Sink::device-fd
gint
>= G_MAXULONG
r
File descriptor
File descriptor of the device.
-1
GstV4l2Sink::device-name
gchar*
r
Device name
Name of the device.
NULL
GstV4l2Sink::flags
GstV4l2DeviceTypeFlags
r
Flags
Device type flags.
GstV4l2Sink::overlay-height
guint
rw
Overlay height
The height of the video overlay; default is equal to negotiated image height.
0
GstV4l2Sink::overlay-left
gint
rw
Overlay left
The leftmost (x) coordinate of the video overlay; top left corner of screen is 0,0.
0
GstV4l2Sink::overlay-top
gint
rw
Overlay top
The topmost (y) coordinate of the video overlay; top left corner of screen is 0,0.
0
GstV4l2Sink::overlay-width
guint
rw
Overlay width
The width of the video overlay; default is equal to negotiated image width.
0
GstV4l2Sink::brightness
gint
rw
Brightness
Picture brightness, or more precisely, the black level.
0
GstV4l2Sink::contrast
gint
rw
Contrast
Picture contrast or luma gain.
0
GstV4l2Sink::hue
gint
rw
Hue
Hue or color balance.
0
GstV4l2Sink::saturation
gint
rw
Saturation
Picture color saturation or chroma gain.
0
GstV4l2Sink::crop-height
guint
rw
Crop height
The height of the video crop; default is equal to negotiated image height.
0
GstV4l2Sink::crop-left
gint
rw
Crop left
The leftmost (x) coordinate of the video crop; top left corner of image is 0,0.
0
GstV4l2Sink::crop-top
gint
rw
Crop top
The topmost (y) coordinate of the video crop; top left corner of image is 0,0.
0
GstV4l2Sink::crop-width
guint
rw
Crop width
The width of the video crop; default is equal to negotiated image width.
0
GstV4l2Sink::io-mode
GstV4l2IOMode
rw
IO mode
I/O mode.
GST_V4L2_IO_AUTO
GstV4l2Sink::norm
V4L2_TV_norms
rw
TV norm
video standard.
none
GstV4l2Sink::extra-controls
GstStructure*
rw
Extra Controls
Extra v4l2 controls (CIDs) for the device.
GstV4l2Sink::force-aspect-ratio
gboolean
rw
Force aspect ratio
When enabled, the pixel aspect ratio will be enforced.
TRUE
GstV4l2Sink::pixel-aspect-ratio
gchar*
rw
Pixel Aspect Ratio
Overwrite the pixel aspect ratio of the device.
"1/1"
GstShapeWipe::border
gfloat
[0,1]
rw
Border
Border of the mask.
0
GstShapeWipe::position
gfloat
[0,1]
rw
Position
Position of the mask.
0
GstFlvMux::streamable
gboolean
rw
streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written.
FALSE
GstFlvMux::metadatacreator
gchar*
rw
metadatacreator
The value of metadatacreator in the meta packet.
NULL
GstCapsSetter::caps
GstCaps*
rw
Merge caps
Merge these caps (thereby overwriting) in the stream.
GstCapsSetter::join
gboolean
rw
Join
Match incoming caps' mime-type to mime-type of provided caps.
TRUE
GstCapsSetter::replace
gboolean
rw
Replace
Drop fields of incoming caps.
FALSE
GstOss4Source::device
gchar*
rw
Device
OSS4 device (e.g. /dev/oss/hdaudio0/pcm0 or /dev/dspN) (NULL = use first available device).
NULL
GstOss4Source::device-name
gchar*
r
Device name
Human-readable name of the sound device.
NULL
GstOss4Sink::device
gchar*
rw
Device
OSS4 device (e.g. /dev/oss/hdaudio0/pcm0 or /dev/dspN) (NULL = use first available playback device).
NULL
GstOss4Sink::device-name
gchar*
r
Device name
Human-readable name of the sound device.
NULL
GstOss4Sink::mute
gboolean
rw
Mute
Mute state of this stream.
FALSE
GstOss4Sink::volume
gdouble
[0,10]
rw
Volume
Linear volume of this stream, 1.0=100%.
1
GstRtpTheoraPay::config-interval
guint
<= 3600
rw
Config Send Interval
Send Config Insertion Interval in seconds (configuration headers will be multiplexed in the data stream when detected.) (0 = disabled).
0
GstVideoMixer2::background
GstVideoMixer2Background
rw
Background
Background type.
Checker pattern
GstJackAudioSrc::client
JackClient*
rw
JackClient
Handle for jack client.
GstJackAudioSrc::connect
GstJackConnect
rw
Connect
Specify how the input ports will be connected.
Automatically connect ports to physical ports
GstJackAudioSrc::server
gchar*
rw
Server
The Jack server to connect to (NULL = default).
NULL
GstJackAudioSrc::client-name
gchar*
rw
Client name
The client name of the Jack instance (NULL = default).
NULL
GstJackAudioSrc::transport
GstJackTransport
rw
Transport mode
Jack transport behaviour of the client.
GstJackAudioSrc::port-pattern
gchar*
rw
port pattern
A pattern to select which ports to connect to (NULL = first physical ports).
NULL
GstJackAudioSink::client
JackClient*
rw
JackClient
Handle for jack client.
GstJackAudioSink::connect
GstJackConnect
rw
Connect
Specify how the output ports will be connected.
Automatically connect ports to physical ports
GstJackAudioSink::server
gchar*
rw
Server
The Jack server to connect to (NULL = default).
NULL
GstJackAudioSink::client-name
gchar*
rw
Client name
The client name of the Jack instance (NULL = default).
NULL
GstJackAudioSink::transport
GstJackTransport
rw
Transport mode
Jack transport behaviour of the client.
GstJackAudioSink::port-pattern
gchar*
rw
port pattern
A pattern to select which ports to connect to (NULL = first physical ports).
NULL
GstFlacParse::check-frame-checksums
gboolean
rw
Check Frame Checksums
Check the overall checksums of every frame.
FALSE
GstV4l2Radio::device
gchar*
rw
Radio device location
Video4Linux2 radio device location.
"/dev/radio0"
GstV4l2Radio::frequency
gint
[87500000,108000000]
rw
Station frequency
Station frequency in Hz.
100000000
GstQTMux::dts-method
GstQTMuxDtsMethods
rwx
dts-method
Method to determine DTS time (DEPRECATED).
reorder
GstQTMux::faststart
gboolean
rw
Format file to faststart
If the file should be formatted for faststart (headers first).
FALSE
GstQTMux::faststart-file
gchar*
rwx
File to use for storing buffers
File that will be used temporarily to store data from the stream when creating a faststart file. If null a filepath will be created automatically.
NULL
GstQTMux::fragment-duration
guint
rwx
Fragment duration
Fragment durations in ms (produce a fragmented file if > 0).
0
GstQTMux::moov-recovery-file
gchar*
rwx
File to store data for posterior moov atom recovery
File to be used to store data for moov atom making movie file recovery possible in case of a crash during muxing. Null for disabled. (Experimental).
NULL
GstQTMux::movie-timescale
guint
rwx
Movie timescale
Timescale to use in the movie (units per second, 0 == default).
0
GstQTMux::presentation-time
gboolean
rwx
Include presentation-time info
Calculate and include presentation/composition time (in addition to decoding time).
TRUE
GstQTMux::streamable
gboolean
rwx
Streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written. (DEPRECATED, only valid for fragmented MP4).
FALSE
GstQTMux::trak-timescale
guint
rwx
Track timescale
Timescale to use for the tracks (units per second, 0 is automatic).
0
GstQTMux::reserved-bytes-per-sec
guint
<= 10000
rwx
Reserved MOOV bytes per second, per track
Multiplier for converting reserved-max-duration into bytes of header to reserve, per second, per track.
550
GstQTMux::reserved-duration-remaining
guint64
r
Report the approximate amount of remaining recording space (ns)
Reports the approximate amount of remaining moov header space reserved using reserved-max-duration.
0
GstQTMux::reserved-max-duration
guint64
rw
Reserved maximum file duration (ns)
When set to a value > 0, reserves space for index tables at the beginning of the file.
18446744073709551615
GstQTMux::reserved-moov-update-period
guint64
rw
Interval at which to update index tables (ns)
When used with reserved-max-duration, periodically updates the index tables with information muxed so far.
18446744073709551615
GstQTMux::interleave-bytes
guint64
rw
Interleave (bytes)
Interleave between streams in bytes.
0
GstQTMux::interleave-time
guint64
rw
Interleave (time)
Interleave between streams in nanoseconds.
250000000
GstQTMux::max-raw-audio-drift
guint64
rw
Max Raw Audio Drift
Maximum allowed drift of raw audio samples vs. timestamps in nanoseconds.
40000000
GstQTMux::reserved-prefill
gboolean
rwx
Reserved Prefill Samples Table
Prefill samples table of reserved duration.
FALSE
GstQTMoovRecover::broken-input
gchar*
rw
Path to broken input file
Path to broken input file. (If qtmux was on faststart mode, this file is the faststart file).
NULL
GstQTMoovRecover::faststart-mode
gboolean
rw
If the broken input is from faststart mode
If the broken input is from faststart mode.
FALSE
GstQTMoovRecover::fixed-output
gchar*
rw
Path to write the fixed file
Path to write the fixed file to (used as output).
NULL
GstQTMoovRecover::recovery-input
gchar*
rw
Path to recovery file
Path to recovery file (used as input).
NULL
GstMP4Mux::dts-method
GstQTMuxDtsMethods
rwx
dts-method
Method to determine DTS time (DEPRECATED).
reorder
GstMP4Mux::faststart
gboolean
rw
Format file to faststart
If the file should be formatted for faststart (headers first).
FALSE
GstMP4Mux::faststart-file
gchar*
rwx
File to use for storing buffers
File that will be used temporarily to store data from the stream when creating a faststart file. If null a filepath will be created automatically.
NULL
GstMP4Mux::fragment-duration
guint
rwx
Fragment duration
Fragment durations in ms (produce a fragmented file if > 0).
0
GstMP4Mux::moov-recovery-file
gchar*
rwx
File to store data for posterior moov atom recovery
File to be used to store data for moov atom making movie file recovery possible in case of a crash during muxing. Null for disabled. (Experimental).
NULL
GstMP4Mux::movie-timescale
guint
rwx
Movie timescale
Timescale to use in the movie (units per second, 0 == default).
0
GstMP4Mux::presentation-time
gboolean
rwx
Include presentation-time info
Calculate and include presentation/composition time (in addition to decoding time).
TRUE
GstMP4Mux::streamable
gboolean
rwx
Streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written. (DEPRECATED, only valid for fragmented MP4).
FALSE
GstMP4Mux::trak-timescale
guint
rwx
Track timescale
Timescale to use for the tracks (units per second, 0 is automatic).
0
GstMP4Mux::reserved-bytes-per-sec
guint
<= 10000
rwx
Reserved MOOV bytes per second, per track
Multiplier for converting reserved-max-duration into bytes of header to reserve, per second, per track.
550
GstMP4Mux::reserved-duration-remaining
guint64
r
Report the approximate amount of remaining recording space (ns)
Reports the approximate amount of remaining moov header space reserved using reserved-max-duration.
0
GstMP4Mux::reserved-max-duration
guint64
rw
Reserved maximum file duration (ns)
When set to a value > 0, reserves space for index tables at the beginning of the file.
18446744073709551615
GstMP4Mux::reserved-moov-update-period
guint64
rw
Interval at which to update index tables (ns)
When used with reserved-max-duration, periodically updates the index tables with information muxed so far.
18446744073709551615
GstMP4Mux::interleave-bytes
guint64
rw
Interleave (bytes)
Interleave between streams in bytes.
0
GstMP4Mux::interleave-time
guint64
rw
Interleave (time)
Interleave between streams in nanoseconds.
250000000
GstMP4Mux::max-raw-audio-drift
guint64
rw
Max Raw Audio Drift
Maximum allowed drift of raw audio samples vs. timestamps in nanoseconds.
40000000
GstMP4Mux::reserved-prefill
gboolean
rwx
Reserved Prefill Samples Table
Prefill samples table of reserved duration.
FALSE
GstMJ2Mux::dts-method
GstQTMuxDtsMethods
rwx
dts-method
Method to determine DTS time (DEPRECATED).
reorder
GstMJ2Mux::faststart
gboolean
rw
Format file to faststart
If the file should be formatted for faststart (headers first).
FALSE
GstMJ2Mux::faststart-file
gchar*
rwx
File to use for storing buffers
File that will be used temporarily to store data from the stream when creating a faststart file. If null a filepath will be created automatically.
NULL
GstMJ2Mux::fragment-duration
guint
rwx
Fragment duration
Fragment durations in ms (produce a fragmented file if > 0).
0
GstMJ2Mux::moov-recovery-file
gchar*
rwx
File to store data for posterior moov atom recovery
File to be used to store data for moov atom making movie file recovery possible in case of a crash during muxing. Null for disabled. (Experimental).
NULL
GstMJ2Mux::movie-timescale
guint
rwx
Movie timescale
Timescale to use in the movie (units per second, 0 == default).
0
GstMJ2Mux::presentation-time
gboolean
rwx
Include presentation-time info
Calculate and include presentation/composition time (in addition to decoding time).
TRUE
GstMJ2Mux::streamable
gboolean
rwx
Streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written. (DEPRECATED, only valid for fragmented MP4).
FALSE
GstMJ2Mux::trak-timescale
guint
rwx
Track timescale
Timescale to use for the tracks (units per second, 0 is automatic).
0
GstMJ2Mux::reserved-bytes-per-sec
guint
<= 10000
rwx
Reserved MOOV bytes per second, per track
Multiplier for converting reserved-max-duration into bytes of header to reserve, per second, per track.
550
GstMJ2Mux::reserved-duration-remaining
guint64
r
Report the approximate amount of remaining recording space (ns)
Reports the approximate amount of remaining moov header space reserved using reserved-max-duration.
0
GstMJ2Mux::reserved-max-duration
guint64
rw
Reserved maximum file duration (ns)
When set to a value > 0, reserves space for index tables at the beginning of the file.
18446744073709551615
GstMJ2Mux::reserved-moov-update-period
guint64
rw
Interval at which to update index tables (ns)
When used with reserved-max-duration, periodically updates the index tables with information muxed so far.
18446744073709551615
GstMJ2Mux::interleave-bytes
guint64
rw
Interleave (bytes)
Interleave between streams in bytes.
0
GstMJ2Mux::interleave-time
guint64
rw
Interleave (time)
Interleave between streams in nanoseconds.
250000000
GstMJ2Mux::max-raw-audio-drift
guint64
rw
Max Raw Audio Drift
Maximum allowed drift of raw audio samples vs. timestamps in nanoseconds.
40000000
GstMJ2Mux::reserved-prefill
gboolean
rwx
Reserved Prefill Samples Table
Prefill samples table of reserved duration.
FALSE
GstISMLMux::dts-method
GstQTMuxDtsMethods
rwx
dts-method
Method to determine DTS time (DEPRECATED).
reorder
GstISMLMux::faststart
gboolean
rw
Format file to faststart
If the file should be formatted for faststart (headers first).
FALSE
GstISMLMux::faststart-file
gchar*
rwx
File to use for storing buffers
File that will be used temporarily to store data from the stream when creating a faststart file. If null a filepath will be created automatically.
NULL
GstISMLMux::fragment-duration
guint
rwx
Fragment duration
Fragment durations in ms (produce a fragmented file if > 0).
2000
GstISMLMux::moov-recovery-file
gchar*
rwx
File to store data for posterior moov atom recovery
File to be used to store data for moov atom making movie file recovery possible in case of a crash during muxing. Null for disabled. (Experimental).
NULL
GstISMLMux::movie-timescale
guint
rwx
Movie timescale
Timescale to use in the movie (units per second, 0 == default).
0
GstISMLMux::presentation-time
gboolean
rwx
Include presentation-time info
Calculate and include presentation/composition time (in addition to decoding time).
TRUE
GstISMLMux::streamable
gboolean
rwx
Streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written.
TRUE
GstISMLMux::trak-timescale
guint
rwx
Track timescale
Timescale to use for the tracks (units per second, 0 is automatic).
0
GstISMLMux::reserved-bytes-per-sec
guint
<= 10000
rwx
Reserved MOOV bytes per second, per track
Multiplier for converting reserved-max-duration into bytes of header to reserve, per second, per track.
550
GstISMLMux::reserved-duration-remaining
guint64
r
Report the approximate amount of remaining recording space (ns)
Reports the approximate amount of remaining moov header space reserved using reserved-max-duration.
0
GstISMLMux::reserved-max-duration
guint64
rw
Reserved maximum file duration (ns)
When set to a value > 0, reserves space for index tables at the beginning of the file.
18446744073709551615
GstISMLMux::reserved-moov-update-period
guint64
rw
Interval at which to update index tables (ns)
When used with reserved-max-duration, periodically updates the index tables with information muxed so far.
18446744073709551615
GstISMLMux::interleave-bytes
guint64
rw
Interleave (bytes)
Interleave between streams in bytes.
0
GstISMLMux::interleave-time
guint64
rw
Interleave (time)
Interleave between streams in nanoseconds.
250000000
GstISMLMux::max-raw-audio-drift
guint64
rw
Max Raw Audio Drift
Maximum allowed drift of raw audio samples vs. timestamps in nanoseconds.
40000000
GstISMLMux::reserved-prefill
gboolean
rwx
Reserved Prefill Samples Table
Prefill samples table of reserved duration.
FALSE
Gst3GPPMux::dts-method
GstQTMuxDtsMethods
rwx
dts-method
Method to determine DTS time (DEPRECATED).
reorder
Gst3GPPMux::faststart
gboolean
rw
Format file to faststart
If the file should be formatted for faststart (headers first).
FALSE
Gst3GPPMux::faststart-file
gchar*
rwx
File to use for storing buffers
File that will be used temporarily to store data from the stream when creating a faststart file. If null a filepath will be created automatically.
NULL
Gst3GPPMux::fragment-duration
guint
rwx
Fragment duration
Fragment durations in ms (produce a fragmented file if > 0).
0
Gst3GPPMux::moov-recovery-file
gchar*
rwx
File to store data for posterior moov atom recovery
File to be used to store data for moov atom making movie file recovery possible in case of a crash during muxing. Null for disabled. (Experimental).
NULL
Gst3GPPMux::movie-timescale
guint
rwx
Movie timescale
Timescale to use in the movie (units per second, 0 == default).
0
Gst3GPPMux::presentation-time
gboolean
rwx
Include presentation-time info
Calculate and include presentation/composition time (in addition to decoding time).
TRUE
Gst3GPPMux::streamable
gboolean
rwx
Streamable
If set to true, the output should be as if it is to be streamed and hence no indexes written or duration written. (DEPRECATED, only valid for fragmented MP4).
FALSE
Gst3GPPMux::trak-timescale
guint
rwx
Track timescale
Timescale to use for the tracks (units per second, 0 is automatic).
0
Gst3GPPMux::reserved-bytes-per-sec
guint
<= 10000
rwx
Reserved MOOV bytes per second, per track
Multiplier for converting reserved-max-duration into bytes of header to reserve, per second, per track.
550
Gst3GPPMux::reserved-duration-remaining
guint64
r
Report the approximate amount of remaining recording space (ns)
Reports the approximate amount of remaining moov header space reserved using reserved-max-duration.
0
Gst3GPPMux::reserved-max-duration
guint64
rw
Reserved maximum file duration (ns)
When set to a value > 0, reserves space for index tables at the beginning of the file.
18446744073709551615
Gst3GPPMux::reserved-moov-update-period
guint64
rw
Interval at which to update index tables (ns)
When used with reserved-max-duration, periodically updates the index tables with information muxed so far.
18446744073709551615
Gst3GPPMux::interleave-bytes
guint64
rw
Interleave (bytes)
Interleave between streams in bytes.
0
Gst3GPPMux::interleave-time
guint64
rw
Interleave (time)
Interleave between streams in nanoseconds.
250000000
Gst3GPPMux::max-raw-audio-drift
guint64
rw
Max Raw Audio Drift
Maximum allowed drift of raw audio samples vs. timestamps in nanoseconds.
40000000
Gst3GPPMux::reserved-prefill
gboolean
rwx
Reserved Prefill Samples Table
Prefill samples table of reserved duration.
FALSE
GstSplitFileSrc::location
gchar*
rw
File Location
Wildcard pattern to match file names of the input files. If the location is an absolute path or contains directory components, only the base file name part will be considered for pattern matching. The results will be sorted.
NULL
GstMatroskaDemux::max-gap-time
guint64
rw
Maximum gap time
The demuxer sends out segment events for skipping gaps longer than this (0 = disabled).
2000000000
GstMatroskaDemux::max-backtrack-distance
guint
rw
Maximum backtrack distance
Maximum backtrack distance in seconds when seeking without and index in pull mode and search for a keyframe (0 = disable backtracking).
30
GstSoupHttpClientSink::automatic-redirect
gboolean
rw
automatic-redirect
Automatically follow HTTP redirects (HTTP Status Code 3xx).
TRUE
GstSoupHttpClientSink::cookies
GStrv
rw
Cookies
HTTP request cookies.
GstSoupHttpClientSink::location
gchar*
rw
Location
URI to send to.
""
GstSoupHttpClientSink::proxy
gchar*
rw
Proxy
HTTP proxy server URI.
""
GstSoupHttpClientSink::proxy-id
gchar*
rw
proxy-id
user id for proxy authentication.
""
GstSoupHttpClientSink::proxy-pw
gchar*
rw
proxy-pw
user password for proxy authentication.
""
GstSoupHttpClientSink::session
SoupSession*
rw
session
SoupSession object to use for communication.
GstSoupHttpClientSink::user-agent
gchar*
rw
User-Agent
Value of the User-Agent HTTP request header field.
"GStreamer souphttpclientsink "
GstSoupHttpClientSink::user-id
gchar*
rw
user-id
user id for authentication.
""
GstSoupHttpClientSink::user-pw
gchar*
rw
user-pw
user password for authentication.
""
GstSoupHttpClientSink::http-log-level
SoupLoggerLogLevel
rw
HTTP log level
Set log level for soup's HTTP session log.
SOUP_LOGGER_LOG_NONE
GstSoupHttpClientSink::retries
gint
>= G_MAXULONG
rw
Retries
Maximum number of retries, zero to disable, -1 to retry forever.
0
GstSoupHttpClientSink::retry-delay
gint
>= 1
rw
Retry Delay
Delay in seconds between retries after a failure.
5
GstWavParse::ignore-length
gboolean
rw
Ignore length
Ignore length from the Wave header.
FALSE
GstGdkPixbufOverlay::location
gchar*
rw
location
Location of image file to overlay.
NULL
GstGdkPixbufOverlay::offset-x
gint
rw
X Offset
For positive value, horizontal offset of overlay image in pixels from left of video image. For negative value, horizontal offset of overlay image in pixels from right of video image.
0
GstGdkPixbufOverlay::offset-y
gint
rw
Y Offset
For positive value, vertical offset of overlay image in pixels from top of video image. For negative value, vertical offset of overlay image in pixels from bottom of video image.
0
GstGdkPixbufOverlay::overlay-height
gint
>= 0
rw
Overlay Height
Height of overlay image in pixels (0 = same as overlay image).
0
GstGdkPixbufOverlay::overlay-width
gint
>= 0
rw
Overlay Width
Width of overlay image in pixels (0 = same as overlay image).
0
GstGdkPixbufOverlay::relative-x
gdouble
[-1,1]
rw
Relative X Offset
Horizontal offset of overlay image in fractions of video image width, from top-left corner of video image (in relative positioning).
0
GstGdkPixbufOverlay::relative-y
gdouble
[-1,1]
rw
Relative Y Offset
Vertical offset of overlay image in fractions of video image height, from top-left corner of video image (in relative positioning).
0
GstGdkPixbufOverlay::alpha
gdouble
[0,1]
rw
Alpha
Global alpha of overlay image.
1
GstGdkPixbufOverlay::pixbuf
GdkPixbuf*
rw
Pixbuf
GdkPixbuf object to render.
GstGdkPixbufOverlay::positioning-mode
GstGdkPixbufPositioningMode
rw
Positioning mode
Positioning mode of offset-x and offset-y properties.
pixels-relative-to-edges
GstGdkPixbufOverlay::coef-x
gdouble
[-1,1]
rw
Relative X Offset
Horizontal offset of overlay image in fractions of video image width, from top-left corner of video image (absolute positioning).
0
GstGdkPixbufOverlay::coef-y
gdouble
[-1,1]
rw
Relative Y Offset
Vertical offset of overlay image in fractions of video image height, from top-left corner of video image (absolute positioning).
0
GstVP8Enc::arnr-maxframes
gint
[0,15]
rw
AltRef max frames
AltRef maximum number of frames.
0
GstVP8Enc::arnr-strength
gint
[0,6]
rw
AltRef strength
AltRef strength.
3
GstVP8Enc::arnr-type
gint
[1,3]
rw
AltRef type
AltRef type.
3
GstVP8Enc::auto-alt-ref
gboolean
rw
Auto alt reference frames
Automatically generate AltRef frames.
FALSE
GstVP8Enc::buffer-initial-size
gint
>= 0
rw
Buffer initial size
Initial client buffer size (ms).
4000
GstVP8Enc::buffer-optimal-size
gint
>= 0
rw
Buffer optimal size
Optimal client buffer size (ms).
5000
GstVP8Enc::buffer-size
gint
>= 0
rw
Buffer size
Client buffer size (ms).
6000
GstVP8Enc::cpu-used
gint
[-16,16]
rw
CPU used
CPU used.
0
GstVP8Enc::cq-level
gint
[0,63]
rw
Constrained quality level
Constrained quality level.
10
GstVP8Enc::deadline
gint64
>= 0
rw
Deadline
Deadline per frame (usec, 0=disabled).
0
GstVP8Enc::dropframe-threshold
gint
[0,100]
rw
Drop Frame Threshold
Temporal resampling threshold (buf %).
0
GstVP8Enc::end-usage
GstVP8EncEndUsage
rw
Rate control mode
Rate control mode.
Variable Bit Rate (VBR) mode
GstVP8Enc::error-resilient
GstVP8EncErFlags
rw
Error resilient
Error resilience flags.
GstVP8Enc::lag-in-frames
gint
[0,25]
rw
Lag in frames
Maximum number of frames to lag.
0
GstVP8Enc::max-quantizer
gint
[0,63]
rw
Maximum Quantizer
Maximum Quantizer (worst).
63
GstVP8Enc::min-quantizer
gint
[0,63]
rw
Minimum Quantizer
Minimum Quantizer (best).
4
GstVP8Enc::multipass-cache-file
gchar*
rw
Multipass Cache File
Multipass cache file. If stream caps reinited, multiple files will be created: file, file.1, file.2, ... and so on.
"multipass.cache"
GstVP8Enc::multipass-mode
GstVP8EncMultipassMode
rw
Multipass Mode
Multipass encode mode.
One pass encoding (default)
GstVP8Enc::noise-sensitivity
gint
[0,6]
rw
Noise sensitivity
Noise sensisivity (frames to blur).
0
GstVP8Enc::resize-allowed
gboolean
rw
Resize Allowed
Allow spatial resampling.
FALSE
GstVP8Enc::resize-down-threshold
gint
[0,100]
rw
Resize Down Threshold
Downscale threshold (buf %).
60
GstVP8Enc::resize-up-threshold
gint
[0,100]
rw
Resize Up Threshold
Upscale threshold (buf %).
30
GstVP8Enc::sharpness
gint
[0,7]
rw
Sharpness
Filter sharpness.
0
GstVP8Enc::static-threshold
gint
>= 0
rw
Static Threshold
Motion detection threshold.
0
GstVP8Enc::target-bitrate
gint
>= 0
rw
Target bitrate
Target bitrate (in bits/sec).
256000
GstVP8Enc::threads
gint
[0,64]
rw
Threads
Number of threads to use.
0
GstVP8Enc::token-partitions
GstVP8EncTokenPartitions
rw
Token partitions
Number of token partitions.
One token partition
GstVP8Enc::tuning
GstVP8EncTuning
rw
Tuning
Tuning.
Tune for PSNR
GstVP8Enc::horizontal-scaling-mode
GstVP8EncScalingMode
rw
Horizontal scaling mode
Horizontal scaling mode.
Normal
GstVP8Enc::keyframe-max-dist
gint
>= 0
rw
Keyframe max distance
Maximum distance between keyframes (number of frames).
128
GstVP8Enc::keyframe-mode
GstVP8EncKfMode
rw
Keyframe Mode
Keyframe placement.
Determine optimal placement automatically
GstVP8Enc::max-intra-bitrate
gint
>= 0
rw
Max Intra bitrate
Maximum Intra frame bitrate.
0
GstVP8Enc::overshoot
gint
[0,1000]
rw
Overshoot PCT
Datarate overshoot (max) target (%).
100
GstVP8Enc::temporal-scalability-layer-id
GValueArray*
rw
Coding layer identification
Sequence defining coding layer membership.
GstVP8Enc::temporal-scalability-number-layers
gint
[1,5]
rw
Number of coding layers
Number of coding layers to use.
1
GstVP8Enc::temporal-scalability-periodicity
gint
[0,16]
rw
Coding layer periodicity
Length of sequence that defines layer membership periodicity.
0
GstVP8Enc::temporal-scalability-rate-decimator
GValueArray*
rw
Coding layer rate decimator
Rate decimation factors for each layer.
GstVP8Enc::temporal-scalability-target-bitrate
GValueArray*
rw
Coding layer target bitrates
Target bitrates for coding layers (one per layer, decreasing).
GstVP8Enc::twopass-vbr-bias
gint
[0,100]
rw
2-pass VBR bias
CBR/VBR bias (0=CBR, 100=VBR).
50
GstVP8Enc::twopass-vbr-maxsection
gint
>= 0
rw
2-pass GOP max bitrate
GOP maximum bitrate (% target).
0
GstVP8Enc::twopass-vbr-minsection
gint
>= 0
rw
2-pass GOP min bitrate
GOP minimum bitrate (% target).
0
GstVP8Enc::undershoot
gint
[0,1000]
rw
Undershoot PCT
Datarate undershoot (min) target (%).
100
GstVP8Enc::vertical-scaling-mode
GstVP8EncScalingMode
rw
Vertical scaling mode
Vertical scaling mode.
Normal
GstVP8Enc::timebase
GstFraction
rw
Shortest interframe time
Fraction of one second that is the shortest interframe time - normally left as zero which will default to the framerate.
GstVP8Dec::deblocking-level
guint
<= 16
rw
Deblocking Level
Deblocking level.
4
GstVP8Dec::noise-level
guint
<= 16
rw
Noise Level
Noise level.
0
GstVP8Dec::post-processing
gboolean
rw
Post Processing
Enable post processing.
FALSE
GstVP8Dec::post-processing-flags
GstVP8DecPostProcessingFlags
rw
Post Processing Flags
Flags to control post processing.
Deblock|Demacroblock|Multi-frame quality enhancement
GstVP8Dec::threads
guint
[1,16]
rw
Max Threads
Maximum number of decoding threads.
1
GstVideoMedian::filtersize
GstVideoMedianSize
rw
Filtersize
The size of the filter.
Median of 5 neighbour pixels
GstVideoMedian::lum-only
gboolean
rw
Lum Only
Only apply filter on luminance.
TRUE
GstScaletempo::overlap
gdouble
[0,1]
rw
Overlap Length
Percentage of stride to overlap.
0.2
GstScaletempo::rate
gdouble
[-2.14748e+09,2.14748e+09]
r
Playback Rate
Current playback rate.
1
GstScaletempo::search
guint
<= 500
rw
Search Length
Length in milliseconds to search for best overlap position.
14
GstScaletempo::stride
guint
[1,5000]
rw
Stride Length
Length in milliseconds to output each stride.
30
GstRTPMux::seqnum
guint
r
Sequence number
The RTP sequence number of the last processed packet.
0
GstRTPMux::seqnum-offset
gint
>= G_MAXULONG
rw
Sequence number Offset
Offset to add to all outgoing seqnum (-1 = random).
-1
GstRTPMux::ssrc
guint
rw
SSRC
The SSRC of the packets (default == random).
4294967295
GstRTPMux::timestamp-offset
gint
>= G_MAXULONG
rw
Timestamp Offset
Offset to add to all outgoing timestamps (-1 = random).
-1
GstRtpSBCPay::min-frames
gint
>= G_MAXULONG
rw
minimum frame number
Minimum quantity of frames to send in one packet (-1 for maximum allowed by the mtu).
0
GstRTPDTMFSrc::clock-rate
guint
rw
clockrate
The clock-rate at which to generate the dtmf packets.
8000
GstRTPDTMFSrc::packet-redundancy
guint
[1,5]
rw
Packet Redundancy
Number of packets to send to indicate start and stop dtmf events.
1
GstRTPDTMFSrc::pt
guint
<= 128
rw
payload type
The payload type of the packets.
96
GstRTPDTMFSrc::seqnum
guint
r
Sequence number
The RTP sequence number of the last processed packet.
0
GstRTPDTMFSrc::seqnum-offset
gint
>= G_MAXULONG
rw
Sequence number Offset
Offset to add to all outgoing seqnum (-1 = random).
-1
GstRTPDTMFSrc::ssrc
guint
rw
SSRC
The SSRC of the packets (-1 == random).
4294967295
GstRTPDTMFSrc::timestamp
guint
r
Timestamp
The RTP timestamp of the last processed packet.
0
GstRTPDTMFSrc::timestamp-offset
gint
>= G_MAXULONG
rw
Timestamp Offset
Offset to add to all outgoing timestamps (-1 = random).
-1
GstRtpDTMFDepay::max-duration
guint
rw
Maximum duration
The maxumimum duration (ms) of the outgoing soundpacket. (0 = no limit).
0
GstRtpDTMFDepay::unit-time
guint
<= 1000
rw
Duration unittime
The smallest unit (ms) the duration must be a multiple of (0 disables it).
0
GstDTMFSrc::interval
guint
[10,50]
rw
Interval between tone packets
Interval in ms between two tone packets.
50
GstRtpVorbisPay::config-interval
guint
<= 3600
rw
Config Send Interval
Send Config Insertion Interval in seconds (configuration headers will be multiplexed in the data stream when detected.) (0 = disabled).
0
GstRTPRtxQueue::max-size-packets
guint
rw
Max Size Packets
Amount of packets to queue (0 = unlimited).
100
GstRTPRtxQueue::max-size-time
guint
rw
Max Size Times
Amount of ms to queue (0 = unlimited).
0
GstRTPRtxQueue::fulfilled-requests
guint
r
Fulfilled Requests
Number of fulfilled retransmission requests.
0
GstRTPRtxQueue::requests
guint
r
Requests
Total number of retransmission requests.
0
GstRtpGSTPay::config-interval
guint
<= 3600
rw
Caps/Tags Send Interval
Interval for sending caps and TAG events in seconds (0 = disabled).
0
GstRtpVP8Pay::picture-id-mode
GstVP8RTPPayMode
rw
Picture ID Mode
The picture ID mode for payloading.
No Picture ID
GstVP9Enc::arnr-maxframes
gint
[0,15]
rw
AltRef max frames
AltRef maximum number of frames.
0
GstVP9Enc::arnr-strength
gint
[0,6]
rw
AltRef strength
AltRef strength.
3
GstVP9Enc::arnr-type
gint
[1,3]
rw
AltRef type
AltRef type.
3
GstVP9Enc::auto-alt-ref
gboolean
rw
Auto alt reference frames
Automatically generate AltRef frames.
FALSE
GstVP9Enc::buffer-initial-size
gint
>= 0
rw
Buffer initial size
Initial client buffer size (ms).
4000
GstVP9Enc::buffer-optimal-size
gint
>= 0
rw
Buffer optimal size
Optimal client buffer size (ms).
5000
GstVP9Enc::buffer-size
gint
>= 0
rw
Buffer size
Client buffer size (ms).
6000
GstVP9Enc::cpu-used
gint
[-16,16]
rw
CPU used
CPU used.
0
GstVP9Enc::cq-level
gint
[0,63]
rw
Constrained quality level
Constrained quality level.
10
GstVP9Enc::deadline
gint64
>= 0
rw
Deadline
Deadline per frame (usec, 0=disabled).
0
GstVP9Enc::dropframe-threshold
gint
[0,100]
rw
Drop Frame Threshold
Temporal resampling threshold (buf %).
0
GstVP9Enc::end-usage
GstVP9EncEndUsage
rw
Rate control mode
Rate control mode.
Variable Bit Rate (VBR) mode
GstVP9Enc::error-resilient
GstVP9EncErFlags
rw
Error resilient
Error resilience flags.
GstVP9Enc::horizontal-scaling-mode
GstVP9EncScalingMode
rw
Horizontal scaling mode
Horizontal scaling mode.
Normal
GstVP9Enc::keyframe-max-dist
gint
>= 0
rw
Keyframe max distance
Maximum distance between keyframes (number of frames).
128
GstVP9Enc::keyframe-mode
GstVP9EncKfMode
rw
Keyframe Mode
Keyframe placement.
Determine optimal placement automatically
GstVP9Enc::lag-in-frames
gint
[0,25]
rw
Lag in frames
Maximum number of frames to lag.
0
GstVP9Enc::max-intra-bitrate
gint
>= 0
rw
Max Intra bitrate
Maximum Intra frame bitrate.
0
GstVP9Enc::max-quantizer
gint
[0,63]
rw
Maximum Quantizer
Maximum Quantizer (worst).
63
GstVP9Enc::min-quantizer
gint
[0,63]
rw
Minimum Quantizer
Minimum Quantizer (best).
4
GstVP9Enc::multipass-cache-file
gchar*
rw
Multipass Cache File
Multipass cache file. If stream caps reinited, multiple files will be created: file, file.1, file.2, ... and so on.
"multipass.cache"
GstVP9Enc::multipass-mode
GstVP9EncMultipassMode
rw
Multipass Mode
Multipass encode mode.
One pass encoding (default)
GstVP9Enc::noise-sensitivity
gint
[0,6]
rw
Noise sensitivity
Noise sensisivity (frames to blur).
0
GstVP9Enc::overshoot
gint
[0,1000]
rw
Overshoot PCT
Datarate overshoot (max) target (%).
100
GstVP9Enc::resize-allowed
gboolean
rw
Resize Allowed
Allow spatial resampling.
FALSE
GstVP9Enc::resize-down-threshold
gint
[0,100]
rw
Resize Down Threshold
Downscale threshold (buf %).
60
GstVP9Enc::resize-up-threshold
gint
[0,100]
rw
Resize Up Threshold
Upscale threshold (buf %).
30
GstVP9Enc::sharpness
gint
[0,7]
rw
Sharpness
Filter sharpness.
0
GstVP9Enc::static-threshold
gint
>= 0
rw
Static Threshold
Motion detection threshold.
0
GstVP9Enc::target-bitrate
gint
>= 0
rw
Target bitrate
Target bitrate (in bits/sec).
256000
GstVP9Enc::temporal-scalability-layer-id
GValueArray*
rw
Coding layer identification
Sequence defining coding layer membership.
GstVP9Enc::temporal-scalability-number-layers
gint
[1,5]
rw
Number of coding layers
Number of coding layers to use.
1
GstVP9Enc::temporal-scalability-periodicity
gint
[0,16]
rw
Coding layer periodicity
Length of sequence that defines layer membership periodicity.
0
GstVP9Enc::temporal-scalability-rate-decimator
GValueArray*
rw
Coding layer rate decimator
Rate decimation factors for each layer.
GstVP9Enc::temporal-scalability-target-bitrate
GValueArray*
rw
Coding layer target bitrates
Target bitrates for coding layers (one per layer, decreasing).
GstVP9Enc::threads
gint
[0,64]
rw
Threads
Number of threads to use.
0
GstVP9Enc::timebase
GstFraction
rw
Shortest interframe time
Fraction of one second that is the shortest interframe time - normally left as zero which will default to the framerate.
GstVP9Enc::token-partitions
GstVP9EncTokenPartitions
rw
Token partitions
Number of token partitions.
One token partition
GstVP9Enc::tuning
GstVP9EncTuning
rw
Tuning
Tuning.
Tune for PSNR
GstVP9Enc::twopass-vbr-bias
gint
[0,100]
rw
2-pass VBR bias
CBR/VBR bias (0=CBR, 100=VBR).
50
GstVP9Enc::twopass-vbr-maxsection
gint
>= 0
rw
2-pass GOP max bitrate
GOP maximum bitrate (% target).
0
GstVP9Enc::twopass-vbr-minsection
gint
>= 0
rw
2-pass GOP min bitrate
GOP minimum bitrate (% target).
0
GstVP9Enc::undershoot
gint
[0,1000]
rw
Undershoot PCT
Datarate undershoot (min) target (%).
100
GstVP9Enc::vertical-scaling-mode
GstVP9EncScalingMode
rw
Vertical scaling mode
Vertical scaling mode.
Normal
GstVP9Dec::deblocking-level
guint
<= 16
rw
Deblocking Level
Deblocking level.
4
GstVP9Dec::noise-level
guint
<= 16
rw
Noise Level
Noise level.
0
GstVP9Dec::post-processing
gboolean
rw
Post Processing
Enable post processing.
FALSE
GstVP9Dec::post-processing-flags
GstVP9DecPostProcessingFlags
rw
Post Processing Flags
Flags to control post processing.
Deblock|Demacroblock
GstVP9Dec::threads
guint
[1,16]
rw
Max Threads
Maximum number of decoding threads.
1
GstRtpVRawPay::chunks-per-frame
gint
>= 1
rw
Chunks per Frame
Split and send out each frame in multiple chunks to reduce overhead.
10
GstPushFileSrc::applied-rate
gdouble
>= G_MINDOUBLE
rw
Applied Rate
Applied rate to use in TIME SEGMENT.
1
GstPushFileSrc::initial-timestamp
guint64
rw
Initial Timestamp
Initial Buffer Timestamp (if time-segment TRUE).
18446744073709551615
GstPushFileSrc::location
gchar*
rw
File Location
Location of the file to read.
NULL
GstPushFileSrc::rate
gdouble
>= G_MINDOUBLE
rw
Rate
Rate to use in TIME SEGMENT.
1
GstPushFileSrc::start-time
gint64
>= 0
rw
Start Time
Initial Start Time (if time-segment TRUE).
0
GstPushFileSrc::stream-time
gint64
>= 0
rw
Stream Time
Initial Stream Time (if time-segment TRUE).
0
GstPushFileSrc::time-segment
gboolean
rw
Time Segment
Emit TIME SEGMENTS.
FALSE
GstSplitMuxSrc::location
gchar*
rw
File Input Pattern
Glob pattern for the location of the files to read.
NULL
GstSplitMuxSink::location
gchar*
rw
File Output Pattern
Format string pattern for the location of the files to write (e.g. video%05d.mp4).
NULL
GstSplitMuxSink::max-size-bytes
guint64
rw
Max. size bytes
Max. amount of data per file (in bytes, 0=disable).
0
GstSplitMuxSink::max-size-time
guint64
rw
Max. size (ns)
Max. amount of time per file (in ns, 0=disable).
0
GstSplitMuxSink::mux-overhead
gdouble
[0,1]
rw
Muxing Overhead
Extra size overhead of muxing (0.02 = 2%).
0.02
GstSplitMuxSink::muxer
GstElement*
rw
Muxer
The muxer element to use (NULL = default mp4mux). Valid only for async-finalize = FALSE.
GstSplitMuxSink::sink
GstElement*
rw
Sink
The sink element (or element chain) to use (NULL = default filesink). Valid only for async-finalize = FALSE.
GstSplitMuxSink::max-files
guint
rw
Max files
Maximum number of files to keep on disk. Once the maximum is reached,old files start to be deleted to make room for new ones.
0
GstSplitMuxSink::send-keyframe-requests
gboolean
rw
Request keyframes at max-size-time
Request a keyframe every max-size-time ns to try splitting at that point. Needs max-size-bytes to be 0 in order to be effective.
FALSE
GstSplitMuxSink::max-size-timecode
gchar*
rw
Maximum timecode difference
Maximum difference in timecode between first and last frame. Separator is assumed to be ":" everywhere (e.g. 01:00:00:00). Will only be effective if a timecode track is present.
NULL
GstSplitMuxSink::alignment-threshold
guint64
rw
Alignment threshold (ns)
Allow non-reference streams to be that many ns before the reference stream.
0
GstSplitMuxSink::use-robust-muxing
gboolean
rw
Support robust-muxing mode of some muxers
Check if muxers support robust muxing via the reserved-max-duration and reserved-duration-remaining properties and use them if so. (Only present on qtmux and mp4mux for now). splitmuxsink may then also create new fragments if the reserved header space is about to overflow. Note that for mp4mux and qtmux, reserved-moov-update-period must be set manually by the app to a non-zero value for robust muxing to have an effect.
FALSE
GstSplitMuxSink::async-finalize
gboolean
rw
Finalize fragments asynchronously
Finalize each fragment asynchronously and start a new one.
FALSE
GstSplitMuxSink::muxer-factory
gchar*
rw
Muxer factory
The muxer element factory to use (default = mp4mux). Valid only for async-finalize = TRUE.
"mp4mux"
GstSplitMuxSink::muxer-properties
GstStructure*
rw
Muxer properties
The muxer element properties to use. Example: {properties,boolean-prop=true,string-prop="hi"}. Valid only for async-finalize = TRUE.
GstSplitMuxSink::reset-muxer
gboolean
rw
Reset Muxer
Reset the muxer after each segment. Disabling this will not work for most muxers.
TRUE
GstSplitMuxSink::sink-factory
gchar*
rw
Sink factory
The sink element factory to use (default = filesink). Valid only for async-finalize = TRUE.
"filesink"
GstSplitMuxSink::sink-properties
GstStructure*
rw
Sink properties
The sink element properties to use. Example: {properties,boolean-prop=true,string-prop="hi"}. Valid only for async-finalize = TRUE.
GstRtpVP9Pay::picture-id-mode
GstVP9RTPPayMode
rw
Picture ID Mode
The picture ID mode for payloading.
No Picture ID
GstRtpH265Pay::config-interval
gint
[G_MAXULONG,3600]
rw
VPS SPS PPS Send Interval
Send VPS, SPS and PPS Insertion Interval in seconds (sprop parameter sets will be multiplexed in the data stream when detected.) (0 = disabled, -1 = send with every IDR frame).
0
GstRtpH265Pay::sprop-parameter-sets
gchar*
rw
sprop-parameter-sets
The base64 sprop-parameter-sets to set in out caps (set to NULL to extract from stream).
NULL
GstLameMP3Enc::bitrate
gint
[8,320]
rwx
Bitrate (kb/s)
Bitrate in kbit/sec (Only valid if target is bitrate, for CBR one of 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, 112, 128, 160, 192, 224, 256 or 320).
128
GstLameMP3Enc::cbr
gboolean
rwx
CBR
Enforce constant bitrate encoding (Only valid if target is bitrate).
FALSE
GstLameMP3Enc::encoding-engine-quality
GstLameMP3EncEncodingEngineQuality
rwx
Encoding Engine Quality
Quality/speed of the encoding engine, this does not affect the bitrate!.
Standard
GstLameMP3Enc::mono
gboolean
rwx
Mono
Enforce mono encoding.
FALSE
GstLameMP3Enc::quality
gfloat
[0,9.999]
rwx
Quality
VBR Quality from 0 to 10, 0 being the best (Only valid if target is quality).
4
GstLameMP3Enc::target
GstLameMP3EncTarget
rwx
Target
Optimize for quality or bitrate.
Quality
GstTwoLame::ath-level
gfloat
rw
ATH Level
ATH Level in dB.
0
GstTwoLame::bitrate
gint
[8,384]
rw
Bitrate (kb/s)
Bitrate in kbit/sec (8, 16, 24, 32, 40, 48, 56, 64, 80, 96, 112, 128, 144, 160, 192, 224, 256, 320, 384).
192
GstTwoLame::copyright
gboolean
rw
Copyright
Mark as copyright.
FALSE
GstTwoLame::emphasis
GstTwoLameEmphasis
rw
Emphasis
Pre-emphasis to apply to the decoded audio.
No emphasis
GstTwoLame::energy-level-extension
gboolean
rw
Energy Level Extension
Write peak PCM level to each frame.
FALSE
GstTwoLame::error-protection
gboolean
rw
Error protection
Adds checksum to every frame.
FALSE
GstTwoLame::mode
GstTwoLameMode
rw
Mode
Encoding mode.
Joint Stereo
GstTwoLame::original
gboolean
rw
Original
Mark as original.
TRUE
GstTwoLame::padding
GstTwoLamePadding
rw
Padding
Padding type.
No Padding
GstTwoLame::psymodel
gint
[G_MAXULONG,4]
rw
Psychoacoustic Model
Psychoacoustic model used to encode the audio.
3
GstTwoLame::quick-mode
gboolean
rw
Quick mode
Calculate Psymodel every frames.
FALSE
GstTwoLame::quick-mode-count
gint
>= 0
rw
Quick mode count
Calculate Psymodel every n frames.
10
GstTwoLame::vbr
gboolean
rw
VBR
Enable variable bitrate mode.
FALSE
GstTwoLame::vbr-level
gfloat
[-10,10]
rw
VBR Level
VBR Level.
5
GstTwoLame::vbr-max-bitrate
gint
[0,384]
rw
VBR max bitrate
Specify maximum VBR bitrate (0=off, 8, 16, 24, 32, 40, 48, 56, 64, 80, 96, 112, 128, 144, 160, 192, 224, 256, 320, 384).
0
GstRtpSbcDepay::ignore-timestamps
gboolean
rw
Ignore Timestamps
Various statistics.
FALSE
GstQtSrc::use-default-fbo
gboolean
rw
Whether to use default FBO
When set it will not create a new FBO for the QML render thread.
FALSE
GstQtSrc::window
gpointer
rw
QQuickWindow
The QQuickWindow to place in the object hierarchy.
GstQtSink::force-aspect-ratio
gboolean
rw
Force aspect ratio
When enabled, scaling will respect original aspect ratio.
TRUE
GstQtSink::pixel-aspect-ratio
GstFraction
rw
Pixel Aspect Ratio
The pixel aspect ratio of the device.
GstQtSink::widget
gpointer
rw
QQuickItem
The QQuickItem to place in the object hierarchy.
GstRtpPtDemux::ignored-payload-types
GstValueArray
rw
Ignored payload types
Packets with these payload types will be dropped.
GstRtpUlpFecEnc::multipacket
gboolean
rwx
Multipacket
Apply FEC on multiple packets.
TRUE
GstRtpUlpFecEnc::mux-seq
gboolean
rwx
Mux seq
Mux seqnum for media and fec packets in same seqnum space.
FALSE
GstRtpUlpFecEnc::percentage
guint
<= 100
rwx
Percentage
FEC overhead percentage for the whole stream.
0
GstRtpUlpFecEnc::percentage-important
guint
<= 100
rwx
Percentage important
FEC overhead percentage for important packets.
0
GstRtpUlpFecEnc::protected
guint
r
Protected
Count of protected packets.
0
GstRtpUlpFecEnc::pt
guint
<= 255
rwx
payload type
The payload type of FEC packets.
255
GstRtpUlpFecEnc::ssrc
guint
rwx
SSRC
The SSRC to use on FEC'd packets.
0
GstRtpUlpFecDec::pt
guint
<= 127
rw
pt
FEC packets payload type.
0
GstRtpUlpFecDec::recovered
guint
r
recovered
The number of recovered packets.
0
GstRtpUlpFecDec::storage
GObject*
rw
RTP storage
RTP storage.
GstRtpUlpFecDec::unrecovered
guint
r
unrecovered
The number of unrecovered packets.
0
GstRtpStorage::internal-storage
GObject*
r
Internal storage
Internal RtpStorage object.
GstRtpStorage::size-time
guint64
rwx
Storage size (in ns)
The amount of data to keep in the storage (in ns, 0-disable).
0
GstRtpRedEnc::allow-no-red-blocks
gboolean
rw
Allow no redundant blocks
true - can produce RED packets even without redundant blocks (distance==0) false - RED packets will be produced only if distance>0.
TRUE
GstRtpRedEnc::distance
guint
rw
RED distance
Tells which media packet to use as a redundant block (0 - no redundant blocks, 1 to use previous packet, 2 to use the packet before previous, etc.).
0
GstRtpRedEnc::pt
gint
[0,127]
rw
payload type
Payload type FEC packets (-1 disable).
0
GstRtpRedEnc::sent
guint
r
Sent
Count of sent packets.
0
GstRtpRedDec::pt
gint
[G_MAXULONG,127]
rw
payload type
Payload type FEC packets.
-1
GstRtpRedDec::received
guint
r
Received
Count of received packets.
0