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/1.15.1" 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 1.15.1 " 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 GstFlvMux::encoder gchar* rw encoder The value of encoder 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 GstQTMux::start-gap-threshold guint64 rw Start Gap Threshold Threshold for creating an edit list for gaps at the start in nanoseconds. 0 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 GstMP4Mux::start-gap-threshold guint64 rw Start Gap Threshold Threshold for creating an edit list for gaps at the start in nanoseconds. 0 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 GstMJ2Mux::start-gap-threshold guint64 rw Start Gap Threshold Threshold for creating an edit list for gaps at the start in nanoseconds. 0 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 GstISMLMux::start-gap-threshold guint64 rw Start Gap Threshold Threshold for creating an edit list for gaps at the start in nanoseconds. 0 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 Gst3GPPMux::start-gap-threshold guint64 rw Start Gap Threshold Threshold for creating an edit list for gaps at the start in nanoseconds. 0 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 GstStereo::active gboolean rw active active. TRUE GstStereo::stereo gfloat [0,1] rw stereo stereo. 0.1 GstRtpFunnel::common-ts-offset gint >= G_MAXULONG rwx Common Timestamp Offset Use the same RTP timestamp offset for all sinkpads (-1 = disable). -1 GstCairoOverlay::draw-on-transparent-surface gboolean rw Draw on transparent surface Let the draw signal work on a transparent surface and blend the results with the video at a later time. FALSE