Supported strings: default hw:1,0 hw:2,0 hw:2,2

Default: default

Card

channel_mode=<string>

Supported strings: mono stereo

Default: stereo

Channel Mode

bits=<string>

Supported strings: 8 16

Default: 16

Bits

samplerate=<number> (8000..96000, default: 44100)

Samplerate [Hz]

buffer_time=<number> (10..10000, default: 1000)

Buffer time

Set the buffer time (in milliseconds). Larger values improve recording performance on slow systems under load.

user_device=<string>

User device

Enter a custom device to use for recording. Leave empty to use the settings above

Device

channel_mode=<string>

Supported strings: Mono Stereo

Default: Stereo

Channel Mode

bits=<string>

Supported strings: 8 16

Default: 16

Bits

samplerate=<number> (8000..96000, default: 44100)

Samplerate [Hz]

Supported strings: mono stereo

Default: stereo

Channel Mode

bits=<string>

Supported strings: 8 16

Default: 16

Bits

samplerate=<number> (8000..96000, default: 44100)

Samplerate [Hz]

server=<string>

Server

Server to connect to. Leave empty for default.

dev=<string>

Source

Source to open. Use the PulseAudio manager for available Sources.

Supported options: /dev/video0 /dev/video1

Default: /dev/video0

V4L2 Device

Suboptions for device=/dev/video0

force_rw=[1|0] (default: 1)

Force read

Don't use memory mapping

resolution=<string>

Supported strings: qsif qcif qvga sif cif vga user

Default: qvga

Resolution

user_width=<number> (160..1024, default: 720)

User defined width

user_height=<number> (112..768, default: 576)

User defined height

Grab from root window

draw_cursor=[1|0] (default: 1)

Draw cursor

win_ontop=[1|0] (default: 1)

Keep grab window on top

win_sticky=[1|0] (default: 1)

Make grab window sticky

disable_screensaver=[1|0] (default: 1)

Disable screensaver

Disable screensaver and energy saving mode

fps=<number> (1.00..100.00, default: 25.00)

Capture rate

Specify the capture rate (in frames per second)

Frequency 1

Feedback1=<number> (-1.000..1.000, default: 5000.750)

Feedback 1

Frequency2=<number> (1.000..20000.000, default: 10000.500)

Frequency 2

Feedback2=<number> (-1.000..1.000, default: 10000.500)

Feedback 2

Frequency3=<number> (1.000..20000.000, default: 15000.250)

Frequency 3

Feedback3=<number> (-1.000..1.000, default: 15000.250)

Feedback 3

Frequency4=<number> (1.000..20000.000, default: 20000.000)

Frequency 4

Feedback4=<number> (-1.000..1.000, default: 20000.000)

Feedback 4

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Pitch shift

Buffersize=<number> (default: 4)

Buffer size

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Aliasing level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Delay (ms)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Denominator

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Attack time (s)

Decaytime(s)=<number> (0.000..1.000, default: 0.250)

Decay time (s)

Modulationdepth=<number> (0.000..1.000, default: 0.250)

Modulation depth

Feedback=<number> (-1.000..1.000, default: 0.250)

Feedback

Spread(octaves)=<number> (0.000..2.000, default: 0.250)

Spread (octaves)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Decay time (samples)

Kneepoint(dB)=<number> (-90.000..0.000, default: 30.000)

Knee point (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Distortion

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Band separation (Hz)

Feedback=<number> (-0.990..0.990, default: 172.000)

Feedback

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

DecayTime(s)=<number> (default: 0.000)

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Signal amplitude

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Crossover amplitude

Smoothing=<number> (0.000..1.000, default: 1.000)

Smoothing

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Lo gain (dB)

Midgain(dB)=<number> (-70.000..6.000, default: 0.000)

Mid gain (dB)

Higain(dB)=<number> (-70.000..6.000, default: 0.000)

Hi gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Lo gain (dB)

Midgain(dB)=<number> (-70.000..6.000, default: 0.000)

Mid gain (dB)

Higain(dB)=<number> (-70.000..6.000, default: 0.000)

Hi gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

LFO sync

LFOperiod(s)=<number> (0.100..32.000, default: 0.000)

LFO period (s)

LFOdepth(ms)=<number> (1.000..5.000, default: 4.000)

LFO depth (ms)

Feedback(%)=<number> (-100.000..100.000, default: 4.000)

Feedback (%)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Bit depth

Samplerate(Hz)=<number> (0.001..1.000, default: 1.000)

Sample rate (Hz)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Random seed

Inputgain(dB)=<number> (-96.000..24.000, default: 0.000)

Input gain (dB)

Feedback(%)=<number> (0.000..100.000, default: 0.000)

Feedback (%)

Numberoftaps=<number> (default: 2)

Number of taps

Firstdelay(s)=<number> (0.000..5.000, default: 2.000)

First delay (s)

Delayrange(s)=<number> (0.000..6.000, default: 6.000)

Delay range (s)

Delaychange=<number> (0.200..5.000, default: 6.000)

Delay change

Delayrandom(%)=<number> (0.000..100.000, default: 6.000)

Delay random (%)

Amplitudechange=<number> (0.200..5.000, default: 6.000)

Amplitude change

Amplituderandom(%)=<number> (0.000..100.000, default: 6.000)

Amplitude random (%)

Dry/wetmix=<number> (0.000..1.000, default: 6.000)

Dry/wet mix

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Mode (0 for none, 1 for half wave, 2 for full wave)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Peak limit (dB)

Releasetime(s)=<number> (0.000..1.000, default: 0.250)

Release time (s)

Fastcompressionratio=<number> (0.000..1.000, default: 0.500)

Fast compression ratio

Compressionratio=<number> (0.000..1.000, default: 0.500)

Compression ratio

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Decay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Waveform (1=sin, 2=tri, 3=squ, 4=saw)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Input gain (dB)

Limit(dB)=<number> (-20.000..0.000, default: 0.000)

Limit (dB)

Releasetime(s)=<number> (0.010..2.000, default: 0.507)

Release time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Drive level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Delay base (ms)

Maxslowdown(ms)=<number> (0.000..10.000, default: 2.500)

Max slowdown (ms)

LFOfrequency(Hz)=<number> (0.050..100.000, default: 0.334)

LFO frequency (Hz)

Feedback=<number> (-1.000..1.000, default: 0.334)

Feedback

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Drive

Skew=<number> (0.000..1.000, default: 0.000)

Skew

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Front channels

rear_channels=<number> (0..3, default: 0)

Rear channels

lfe=[1|0] (default: 0)

LFE

Supported strings: Unsigned 8 bit Signed 8 bit Unsigned 16 bit Signed 16 bit Signed 32 bit Floating point

Default: Floating point

Sampleformat

Supported strings: source 48000 44100 32000 24000 22050 user

Default: source

Samplerate [Hz]

user_rate=<number> (8000..192000, default: 44100)

User defined samplerate [Hz]

Delay (seconds)

Feedback(dB)=<number> (-70.000..0.000, default: 0.000)

Feedback (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Tracking speed

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Cutoff Frequency (Hz)

Resonance=<number> (0.100..1.410, default: 0.755)

Resonance

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Cutoff Frequency (Hz)

Resonance=<number> (0.100..1.410, default: 0.755)

Resonance

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Dry/wet mix

Numberofpasses=<number> (default: 0)

Number of passes

Errorrate(bits/block)=<number> (0.000..30.000, default: 0.000)

Error rate (bits/block)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

LF key filter (Hz)

HFkeyfilter(Hz)=<number> (0.005..0.490, default: 0.490)

HF key filter (Hz)

Threshold(dB)=<number> (-70.000..20.000, default: -70.000)

Threshold (dB)

Attack(ms)=<number> (0.010..1000.000, default: 250.008)

Attack (ms)

Hold(ms)=<number> (2.000..2000.000, default: 1500.500)

Hold (ms)

Decay(ms)=<number> (2.000..4000.000, default: 2001.000)

Decay (ms)

Range(dB)=<number> (-90.000..0.000, default: -90.000)

Range (dB)

Outputselect(-1=keylisten,0=gate,1=bypass)=<number> (default: -90)

Output select (-1 = key listen, 0 = gate, 1 = bypass)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Double delay

LFOfrequency1(Hz)=<number> (0.000..30.000, default: 0.000)

LFO frequency 1 (Hz)

Delay1range(s)=<number> (0.000..10.500, default: 2.625)

Delay 1 range (s)

LFOfrequency2(Hz)=<number> (0.000..30.000, default: 2.625)

LFO frequency 2 (Hz)

Delay2range(s)=<number> (0.000..10.500, default: 2.625)

Delay 2 range (s)

Feedback=<number> (-100.000..100.000, default: 2.625)

Feedback

Dry/Wetlevel=<number> (0.000..1.000, default: 2.625)

Dry/Wet level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Center Frequency (Hz)

Bandwidth(Hz)=<number> (0.000..0.450, default: 0.007)

Bandwidth (Hz)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Center Frequency (Hz)

Bandwidth(Hz)=<number> (0.000..0.450, default: 0.007)

Bandwidth (Hz)

Stages(2polesperstage)=<number> (default: 0)

Stages(2 poles per stage)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Cutoff Frequency

Stages(2polesperstage)=<number> (default: 0)

Stages(2 poles per stage)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Cutoff Frequency

Stages(2polesperstage)=<number> (default: 0)

Stages(2 poles per stage)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Impulse gain (dB)

Strikegain(dB)=<number> (-70.000..0.000, default: 0.000)

Strike gain (dB)

Strikeduration(s)=<number> (0.001..0.200, default: 0.101)

Strike duration (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Inner damping

Outerdamping=<number> (0.000..1.000, default: 0.500)

Outer damping

Micposition=<number> (0.000..1.000, default: 0.250)

Mic position

Innersize1=<number> (0.000..1.000, default: 0.500)

Inner size 1

Innerstiffness1+=<number> (0.000..1.000, default: 0.500)

Inner stiffness 1 +

Innerstiffness1-=<number> (0.000..1.000, default: 0.500)

Inner stiffness 1 -

Innersize2=<number> (0.000..1.000, default: 0.500)

Inner size 2

Innerstiffness2+=<number> (0.000..1.000, default: 0.500)

Inner stiffness 2 +

Innerstiffness2-=<number> (0.000..1.000, default: 0.500)

Inner stiffness 2 -

Innersize3=<number> (0.000..1.000, default: 0.500)

Inner size 3

Innerstiffness3+=<number> (0.000..1.000, default: 0.500)

Inner stiffness 3 +

Innerstiffness3-=<number> (0.000..1.000, default: 0.500)

Inner stiffness 3 -

Innersize4=<number> (0.000..1.000, default: 0.500)

Inner size 4

Innerstiffness4+=<number> (0.000..1.000, default: 0.500)

Inner stiffness 4 +

Innerstiffness4-=<number> (0.000..1.000, default: 0.500)

Inner stiffness 4 -

Outersize1=<number> (0.000..1.000, default: 0.500)

Outer size 1

Outerstiffness1+=<number> (0.000..1.000, default: 0.500)

Outer stiffness 1 +

Outerstiffness1-=<number> (0.000..1.000, default: 0.500)

Outer stiffness 1 -

Outersize2=<number> (0.000..1.000, default: 0.500)

Outer size 2

Outerstiffness2+=<number> (0.000..1.000, default: 0.500)

Outer stiffness 2 +

Outerstiffness2-=<number> (0.000..1.000, default: 0.500)

Outer stiffness 2 -

Outersize3=<number> (0.000..1.000, default: 0.500)

Outer size 3

Outerstiffness3+=<number> (0.000..1.000, default: 0.500)

Outer stiffness 3 +

Outerstiffness3-=<number> (0.000..1.000, default: 0.500)

Outer stiffness 3 -

Outersize4=<number> (0.000..1.000, default: 0.500)

Outer size 4

Outerstiffness4+=<number> (0.000..1.000, default: 0.500)

Outer stiffness 4 +

Outerstiffness4-=<number> (0.000..1.000, default: 0.500)

Outer stiffness 4 -

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

dB limit

Wetlevel=<number> (0.000..1.000, default: 0.000)

Wet level

Residuelevel=<number> (0.000..1.000, default: 0.000)

Residue level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Fundamental magnitude

2ndharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

2nd harmonic magnitude

3rdharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

3rd harmonic magnitude

4thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

4th harmonic magnitude

5thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

5th harmonic magnitude

6thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

6th harmonic magnitude

7thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

7th harmonic magnitude

8thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

8th harmonic magnitude

9thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

9th harmonic magnitude

10thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000)

10th harmonic magnitude

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

LFO1 freq (Hz)

LFO1wave(0=sin,1=tri,2=saw,3=squ,4=s&h)=<number> (default: 250)

LFO1 wave (0 = sin, 1 = tri, 2 = saw, 3 = squ, 4 = s&h)

LFO2freq(Hz)=<number> (0.000..1000.000, default: 250.000)

LFO2 freq (Hz)

LFO2wave(0=sin,1=tri,2=saw,3=squ,4=s&h)=<number> (default: 250)

LFO2 wave (0 = sin, 1 = tri, 2 = saw, 3 = squ, 4 = s&h)

Osc1freq(Hz)=<number> (0.000..4000.000, default: 440.000)

Osc1 freq (Hz)

Osc1wave(0=sin,1=tri,2=saw,3=squ,4=noise)=<number> (default: 440)

Osc1 wave (0 = sin, 1 = tri, 2 = saw, 3 = squ, 4 = noise)

Osc2freq(Hz)=<number> (0.000..4000.000, default: 440.000)

Osc2 freq (Hz)

Osc2wave(0=sin,1=tri,2=saw,3=squ,4=noise)=<number> (default: 440)

Osc2 wave (0 = sin, 1 = tri, 2 = saw, 3 = squ, 4 = noise)

Ringmod1depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000)

Ringmod 1 depth (0=none, 1=AM, 2=RM)

Ringmod2depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000)

Ringmod 2 depth (0=none, 1=AM, 2=RM)

Ringmod3depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000)

Ringmod 3 depth (0=none, 1=AM, 2=RM)

Osc1gain(dB)=<number> (-70.000..20.000, default: -70.000)

Osc1 gain (dB)

RM1gain(dB)=<number> (-70.000..20.000, default: -70.000)

RM1 gain (dB)

Osc2gain(dB)=<number> (-70.000..20.000, default: -70.000)

Osc2 gain (dB)

RM2gain(dB)=<number> (-70.000..20.000, default: -70.000)

RM2 gain (dB)

Inputgain(dB)=<number> (-70.000..20.000, default: -70.000)

Input gain (dB)

RM3gain(dB)=<number> (-70.000..20.000, default: -70.000)

RM3 gain (dB)

Xoverlowerfreq=<number> (50.000..6000.000, default: 1537.500)

Xover lower freq

Xoverupperfreq=<number> (1000.000..10000.000, default: 7750.000)

Xover upper freq

Dist1drive=<number> (0.000..3.000, default: 7750.000)

Dist1 drive

Dist2drive=<number> (0.000..3.000, default: 7750.000)

Dist2 drive

Dist3drive=<number> (0.000..3.000, default: 7750.000)

Dist3 drive

Filt1type(0=none,1=LP,2=HP,3=BP,4=BR,5=AP)=<number> (default: 7750)

Filt1 type (0=none, 1=LP, 2=HP, 3=BP, 4=BR, 5=AP)

Filt1freq=<number> (0.000..8000.000, default: 440.000)

Filt1 freq

Filt1q=<number> (0.000..1.000, default: 440.000)

Filt1 q

Filt1resonance=<number> (0.000..1.000, default: 440.000)

Filt1 resonance

Filt1LFO1level=<number> (-500.000..500.000, default: 440.000)

Filt1 LFO1 level

Filt1LFO2level=<number> (-500.000..500.000, default: 440.000)

Filt1 LFO2 level

Filt2type(0=none,1=LP,2=HP,3=BP,4=BR,5=AP)=<number> (default: 440)

Filt2 type (0=none, 1=LP, 2=HP, 3=BP, 4=BR, 5=AP)

Filt2freq=<number> (0.000..8000.000, default: 440.000)

Filt2 freq

Filt2q=<number> (0.000..1.000, default: 440.000)

Filt2 q

Filt2resonance=<number> (0.000..1.000, default: 440.000)

Filt2 resonance

Filt2LFO1level=<number> (-500.000..500.000, default: 440.000)

Filt2 LFO1 level

Filt2LFO2level=<number> (-500.000..500.000, default: 440.000)

Filt2 LFO2 level

Filt3type(0=none,1=LP,2=HP,3=BP,4=BR,5=AP)=<number> (default: 440)

Filt3 type (0=none, 1=LP, 2=HP, 3=BP, 4=BR, 5=AP)

Filt3freq=<number> (0.000..8000.000, default: 440.000)

Filt3 freq

Filt3q=<number> (0.000..1.000, default: 440.000)

Filt3 q

Filt3resonance=<number> (0.000..1.000, default: 440.000)

Filt3 resonance

Filt3LFO1level=<number> (-500.000..500.000, default: 440.000)

Filt3 LFO1 level

Filt3LFO2level=<number> (-500.000..500.000, default: 440.000)

Filt3 LFO2 level

Delay1length(s)=<number> (0.000..2.000, default: 440.000)

Delay1 length (s)

Delay1feedback=<number> (0.000..1.000, default: 440.000)

Delay1 feedback

Delay1wetness=<number> (0.000..1.000, default: 440.000)

Delay1 wetness

Delay2length(s)=<number> (0.000..2.000, default: 440.000)

Delay2 length (s)

Delay2feedback=<number> (0.000..1.000, default: 440.000)

Delay2 feedback

Delay2wetness=<number> (0.000..1.000, default: 440.000)

Delay2 wetness

Delay3length(s)=<number> (0.000..2.000, default: 440.000)

Delay3 length (s)

Delay3feedback=<number> (0.000..1.000, default: 440.000)

Delay3 feedback

Delay3wetness=<number> (0.000..1.000, default: 440.000)

Delay3 wetness

Band1gain(dB)=<number> (-70.000..20.000, default: 440.000)

Band 1 gain (dB)

Band2gain(dB)=<number> (-70.000..20.000, default: 440.000)

Band 2 gain (dB)

Band3gain(dB)=<number> (-70.000..20.000, default: 440.000)

Band 3 gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Pitch co-efficient

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Impulse ID

Highlatencymode=<number> (default: 0)

High latency mode

Gain(dB)=<number> (-90.000..24.000, default: 0.000)

Gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Vocal volume (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

L delay (ms)

Llevel=<number> (0.000..50.000, default: 25.000)

L level

Cdelay(ms)=<number> (0.000..2700.000, default: 675.000)

C delay (ms)

Clevel=<number> (0.000..50.000, default: 25.000)

C level

Rdelay(ms)=<number> (0.000..2700.000, default: 675.000)

R delay (ms)

Rlevel=<number> (0.000..50.000, default: 25.000)

R level

Feedback=<number> (-100.000..100.000, default: 25.000)

Feedback

Highdamp(%)=<number> (0.000..100.000, default: 50.000)

High damp (%)

Lowdamp(%)=<number> (0.000..100.000, default: 50.000)

Low damp (%)

Spread=<number> (0.000..50.000, default: 25.000)

Spread

Dry/Wetlevel=<number> (0.000..1.000, default: 25.000)

Dry/Wet level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

LFO rate (Hz)

LFOdepth=<number> (0.000..1.000, default: 0.250)

LFO depth

Feedback=<number> (-1.000..1.000, default: 0.250)

Feedback

Spread(octaves)=<number> (0.000..2.000, default: 1.000)

Spread (octaves)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Filter type (0=LP, 1=BP, 2=HP)

Cutofffrequency(Hz)=<number> (0.002..0.500, default: 0.032)

Cutoff frequency (Hz)

Resonance=<number> (0.000..1.000, default: 0.032)

Resonance

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Center Frequency (Hz)

Bandwidth(Hz)=<number> (0.000..0.450, default: 0.007)

Bandwidth (Hz)

Stages(2polesperstage)=<number> (default: 0)

Stages(2 poles per stage)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Width

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Width

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

50Hz gain (low shelving)

100Hzgain=<number> (-70.000..30.000, default: 0.000)

100Hz gain

156Hzgain=<number> (-70.000..30.000, default: 0.000)

156Hz gain

220Hzgain=<number> (-70.000..30.000, default: 0.000)

220Hz gain

311Hzgain=<number> (-70.000..30.000, default: 0.000)

311Hz gain

440Hzgain=<number> (-70.000..30.000, default: 0.000)

440Hz gain

622Hzgain=<number> (-70.000..30.000, default: 0.000)

622Hz gain

880Hzgain=<number> (-70.000..30.000, default: 0.000)

880Hz gain

1250Hzgain=<number> (-70.000..30.000, default: 0.000)

1250Hz gain

1750Hzgain=<number> (-70.000..30.000, default: 0.000)

1750Hz gain

2500Hzgain=<number> (-70.000..30.000, default: 0.000)

2500Hz gain

3500Hzgain=<number> (-70.000..30.000, default: 0.000)

3500Hz gain

5000Hzgain=<number> (-70.000..30.000, default: 0.000)

5000Hz gain

10000Hzgain=<number> (-70.000..30.000, default: 0.000)

10000Hz gain

20000Hzgain=<number> (-70.000..30.000, default: 0.000)

20000Hz gain

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Number of voices

Delaybase(ms)=<number> (10.000..40.000, default: 10.000)

Delay base (ms)

Voiceseparation(ms)=<number> (0.000..2.000, default: 0.500)

Voice separation (ms)

Detune(%)=<number> (0.000..5.000, default: 0.500)

Detune (%)

LFOfrequency(Hz)=<number> (2.000..30.000, default: 9.000)

LFO frequency (Hz)

Outputattenuation(dB)=<number> (-20.000..0.000, default: 9.000)

Output attenuation (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Pitch co-efficient

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Effect cutoff freq (Hz)

Dry/wetmix=<number> (0.000..1.000, default: 0.001)

Dry/wet mix

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Rate

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Average stall (ms)

Flangefrequency(Hz)=<number> (0.500..8.000, default: 2.500)

Flange frequency (Hz)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Delay Time (s)

DryLevel(dB)=<number> (-70.000..0.000, default: 0.000)

Dry Level (dB)

WetLevel(dB)=<number> (-70.000..0.000, default: 0.000)

Wet Level (dB)

Feedback=<number> (0.000..1.000, default: 0.000)

Feedback

Crossfadesamples=<number> (default: 1250)

Crossfade samples

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Modulation depth (0=none, 1=AM, 2=RM)

Frequency(Hz)=<number> (1.000..1000.000, default: 440.000)

Frequency (Hz)

Sinelevel=<number> (-1.000..1.000, default: 440.000)

Sine level

Trianglelevel=<number> (-1.000..1.000, default: 440.000)

Triangle level

Sawtoothlevel=<number> (-1.000..1.000, default: 440.000)

Sawtooth level

Squarelevel=<number> (-1.000..1.000, default: 440.000)

Square level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Attack time (ms)

Releasetime(ms)=<number> (2.000..800.000, default: 401.000)

Release time (ms)

Thresholdlevel(dB)=<number> (-30.000..0.000, default: 0.000)

Threshold level (dB)

Ratio(1:n)=<number> (1.000..10.000, default: 0.000)

Ratio (1:n)

Kneeradius(dB)=<number> (1.000..10.000, default: 3.250)

Knee radius (dB)

Makeupgain(dB)=<number> (0.000..24.000, default: 3.250)

Makeup gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

RMS/peak

Attacktime(ms)=<number> (1.500..400.000, default: 101.125)

Attack time (ms)

Releasetime(ms)=<number> (2.000..800.000, default: 401.000)

Release time (ms)

Thresholdlevel(dB)=<number> (-30.000..0.000, default: 0.000)

Threshold level (dB)

Ratio(1:n)=<number> (1.000..20.000, default: 0.000)

Ratio (1:n)

Kneeradius(dB)=<number> (1.000..10.000, default: 3.250)

Knee radius (dB)

Makeupgain(dB)=<number> (0.000..24.000, default: 3.250)

Makeup gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

RMS/peak

Attacktime(ms)=<number> (1.500..400.000, default: 101.125)

Attack time (ms)

Releasetime(ms)=<number> (2.000..800.000, default: 401.000)

Release time (ms)

Thresholdlevel(dB)=<number> (-30.000..0.000, default: 0.000)

Threshold level (dB)

Ratio(1:n)=<number> (1.000..20.000, default: 0.000)

Ratio (1:n)

Kneeradius(dB)=<number> (1.000..10.000, default: 3.250)

Knee radius (dB)

Makeupgain(dB)=<number> (0.000..24.000, default: 3.250)

Makeup gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

RMS/peak

Attacktime(ms)=<number> (1.500..400.000, default: 101.125)

Attack time (ms)

Releasetime(ms)=<number> (2.000..800.000, default: 401.000)

Release time (ms)

Thresholdlevel(dB)=<number> (-30.000..0.000, default: 0.000)

Threshold level (dB)

Ratio(1:n)=<number> (1.000..20.000, default: 0.000)

Ratio (1:n)

Kneeradius(dB)=<number> (1.000..10.000, default: 3.250)

Knee radius (dB)

Attenuation(dB)=<number> (-24.000..0.000, default: 3.250)

Attenuation (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Sift size

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Amps gain (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Max Delay (s)

DelayTime(s)=<number> (default: 0.000)

Delay Time (s)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Gain (dB)

Frequency(Hz)=<number> (0.000..0.400, default: 440.000)

Frequency (Hz)

Bandwidth(octaves)=<number> (0.000..4.000, default: 440.000)

Bandwidth (octaves)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Wrap degree

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Resample rate

Smoothing=<number> (0.000..1.000, default: 1.000)

Smoothing

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Filter type (0=none, 1=LP, 2=HP, 3=BP, 4=BR, 5=AP)

Filterfreq=<number> (0.000..6000.000, default: 440.000)

Filter freq

FilterQ=<number> (0.000..1.000, default: 0.250)

Filter Q

Filterresonance=<number> (0.000..1.000, default: 0.250)

Filter resonance

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Frequency [Hz]

Depth[%]=<number> (0.000..100.000, default: 0.000)

Depth [%]

Gain[dB]=<number> (-70.000..20.000, default: 0.000)

Gain [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Frequency [Hz]

L/RPhaseShift[deg]=<number> (0.000..180.000, default: 90.000)

L/R Phase Shift [deg]

Depth[%]=<number> (0.000..100.000, default: 75.000)

Depth [%]

Delay[ms]=<number> (0.000..100.000, default: 25.000)

Delay [ms]

Contour[Hz]=<number> (20.000..20000.000, default: 100.000)

Contour [Hz]

DryLevel[dB]=<number> (-90.000..20.000, default: 100.000)

Dry Level [dB]

WetLevel[dB]=<number> (-90.000..20.000, default: 100.000)

Wet Level [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Threshold Level [dB]

Frequency[Hz]=<number> (2000.000..16000.000, default: 5500.000)

Frequency [Hz]

SidechainFilter=<number> (default: 5500)

Sidechain Filter

Monitor=<number> (default: 5500)

Monitor

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Attack [ms]

Release[ms]=<number> (4.000..1000.000, default: 502.000)

Release [ms]

OffsetGain[dB]=<number> (-20.000..20.000, default: 502.000)

Offset Gain [dB]

MakeupGain[dB]=<number> (-20.000..20.000, default: 502.000)

Makeup Gain [dB]

Function=<number> (default: 502)

Function

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Attack [ms]

Release[ms]=<number> (4.000..1000.000, default: 502.000)

Release [ms]

OffsetGain[dB]=<number> (-20.000..20.000, default: 502.000)

Offset Gain [dB]

MakeupGain[dB]=<number> (-20.000..20.000, default: 502.000)

Makeup Gain [dB]

StereoMode=<number> (default: 502)

Stereo Mode

Function=<number> (default: 502)

Function

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Band 1 Gain [dB]

Band2Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 2 Gain [dB]

Band3Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 3 Gain [dB]

Band4Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 4 Gain [dB]

Band5Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 5 Gain [dB]

Band6Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 6 Gain [dB]

Band7Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 7 Gain [dB]

Band8Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 8 Gain [dB]

Band1Freq[Hz]=<number> (40.000..280.000, default: 100.000)

Band 1 Freq [Hz]

Band2Freq[Hz]=<number> (100.000..500.000, default: 200.000)

Band 2 Freq [Hz]

Band3Freq[Hz]=<number> (200.000..1000.000, default: 400.000)

Band 3 Freq [Hz]

Band4Freq[Hz]=<number> (400.000..2800.000, default: 1000.000)

Band 4 Freq [Hz]

Band5Freq[Hz]=<number> (1000.000..5000.000, default: 3000.000)

Band 5 Freq [Hz]

Band6Freq[Hz]=<number> (3000.000..9000.000, default: 6000.000)

Band 6 Freq [Hz]

Band7Freq[Hz]=<number> (6000.000..18000.000, default: 12000.000)

Band 7 Freq [Hz]

Band8Freq[Hz]=<number> (10000.000..20000.000, default: 15000.000)

Band 8 Freq [Hz]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Band 1 Gain [dB]

Band2Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 2 Gain [dB]

Band3Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 3 Gain [dB]

Band4Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 4 Gain [dB]

Band5Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 5 Gain [dB]

Band6Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 6 Gain [dB]

Band7Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 7 Gain [dB]

Band8Gain[dB]=<number> (-50.000..20.000, default: 0.000)

Band 8 Gain [dB]

Band1Freq[Hz]=<number> (40.000..280.000, default: 100.000)

Band 1 Freq [Hz]

Band2Freq[Hz]=<number> (100.000..500.000, default: 200.000)

Band 2 Freq [Hz]

Band3Freq[Hz]=<number> (200.000..1000.000, default: 400.000)

Band 3 Freq [Hz]

Band4Freq[Hz]=<number> (400.000..2800.000, default: 1000.000)

Band 4 Freq [Hz]

Band5Freq[Hz]=<number> (1000.000..5000.000, default: 3000.000)

Band 5 Freq [Hz]

Band6Freq[Hz]=<number> (3000.000..9000.000, default: 6000.000)

Band 6 Freq [Hz]

Band7Freq[Hz]=<number> (6000.000..18000.000, default: 12000.000)

Band 7 Freq [Hz]

Band8Freq[Hz]=<number> (10000.000..20000.000, default: 15000.000)

Band 8 Freq [Hz]

Band1Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 1 Bandwidth [octaves]

Band2Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 2 Bandwidth [octaves]

Band3Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 3 Bandwidth [octaves]

Band4Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 4 Bandwidth [octaves]

Band5Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 5 Bandwidth [octaves]

Band6Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 6 Bandwidth [octaves]

Band7Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 7 Bandwidth [octaves]

Band8Bandwidth[octaves]=<number> (0.100..5.000, default: 15000.000)

Band 8 Bandwidth [octaves]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Time Tracking

PitchTracking=<number> (0.000..1.000, default: 0.500)

Pitch Tracking

DryLevel[dB]=<number> (-90.000..20.000, default: 0.500)

Dry Level [dB]

DryLeftPosition=<number> (0.000..1.000, default: 0.000)

Dry Left Position

DryRightPosition=<number> (0.000..1.000, default: 1.000)

Dry Right Position

WetLevel[dB]=<number> (-90.000..20.000, default: 1.000)

Wet Level [dB]

WetLeftPosition=<number> (0.000..1.000, default: 0.000)

Wet Left Position

WetRightPosition=<number> (0.000..1.000, default: 1.000)

Wet Right Position

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Fractal Dimension

SignalLevel[dB]=<number> (-90.000..20.000, default: 0.500)

Signal Level [dB]

NoiseLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Noise Level [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Semitone Shift

RateShift[%]=<number> (-50.000..100.000, default: 0.000)

Rate Shift [%]

DryLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Dry Level [dB]

WetLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Wet Level [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Fragment Length [ms]

DryLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Dry Level [dB]

WetLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Wet Level [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Decay [ms]

DryLevel[dB]=<number> (-70.000..10.000, default: 2500.000)

Dry Level [dB]

WetLevel[dB]=<number> (-70.000..10.000, default: 2500.000)

Wet Level [dB]

CombFilters=[1|0] (default: 2500)

Comb Filters

AllpassFilters=[1|0] (default: 2500)

Allpass Filters

BandpassFilter=[1|0] (default: 2500)

Bandpass Filter

EnhancedStereo=[1|0] (default: 2500)

Enhanced Stereo

ReverbType=<number> (default: 2500)

Reverb Type

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Rotor Frequency [Hz]

HornFrequency[Hz]=<number> (0.000..30.000, default: 0.000)

Horn Frequency [Hz]

MicDistance[%]=<number> (0.000..100.000, default: 25.000)

Mic Distance [%]

Rotor/HornMix=<number> (0.000..1.000, default: 0.500)

Rotor/Horn Mix

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Limit Level [dB]

OutputVolume[dB]=<number> (-30.000..20.000, default: 0.000)

Output Volume [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Pre Gain [dB]

PostGain[dB]=<number> (-90.000..20.000, default: 0.000)

Post Gain [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

L Delay [ms]

LFeedback[%]=<number> (0.000..100.000, default: 100.000)

L Feedback [%]

R/HaasDelay[ms]=<number> (0.000..2000.000, default: 100.000)

R/Haas Delay [ms]

R/HaasFeedback[%]=<number> (0.000..100.000, default: 100.000)

R/Haas Feedback [%]

LEchoLevel[dB]=<number> (-70.000..10.000, default: 100.000)

L Echo Level [dB]

REchoLevel[dB]=<number> (-70.000..10.000, default: 100.000)

R Echo Level [dB]

DryLevel[dB]=<number> (-70.000..10.000, default: 100.000)

Dry Level [dB]

CrossMode=[1|0] (default: 100)

Cross Mode

HaasEffect=[1|0] (default: 100)

Haas Effect

SwapOutputs=[1|0] (default: 100)

Swap Outputs

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Frequency [Hz]

Depth[%]=<number> (0.000..100.000, default: 0.000)

Depth [%]

Gain[dB]=<number> (-70.000..20.000, default: 0.000)

Gain [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Drive

Tape--TubeBlend=<number> (-10.000..10.000, default: 10.000)

Tape--Tube Blend

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Frequency [Hz]

Depth[%]=<number> (0.000..20.000, default: 0.000)

Depth [%]

DryLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Dry Level [dB]

WetLevel[dB]=<number> (-90.000..20.000, default: -90.000)

Wet Level [dB]

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Tape speed (inches/sec, 1=normal)

Drylevel(dB)=<number> (-90.000..0.000, default: -90.000)

Dry level (dB)

Tap1distance(inches)=<number> (0.000..4.000, default: -90.000)

Tap 1 distance (inches)

Tap1level(dB)=<number> (-90.000..0.000, default: -90.000)

Tap 1 level (dB)

Tap2distance(inches)=<number> (0.000..4.000, default: 1.000)

Tap 2 distance (inches)

Tap2level(dB)=<number> (-90.000..0.000, default: -90.000)

Tap 2 level (dB)

Tap3distance(inches)=<number> (0.000..4.000, default: 2.000)

Tap 3 distance (inches)

Tap3level(dB)=<number> (-90.000..0.000, default: -90.000)

Tap 3 level (dB)

Tap4distance(inches)=<number> (0.000..4.000, default: 3.000)

Tap 4 distance (inches)

Tap4level(dB)=<number> (-90.000..0.000, default: -90.000)

Tap 4 level (dB)

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Attack speed

Sustaintime=<number> (-1.000..1.000, default: 0.000)

Sustain time

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Low-shelving gain (dB)

Low-shelvingfrequency(Hz)=<number> (0.000..0.490, default: 0.000)

Low-shelving frequency (Hz)

Low-shelvingslope=<number> (0.000..1.000, default: 0.500)

Low-shelving slope

Band1gain(dB)=<number> (-70.000..30.000, default: 0.500)

Band 1 gain (dB)

Band1frequency(Hz)=<number> (0.000..0.490, default: 0.001)

Band 1 frequency (Hz)

Band1bandwidth(octaves)=<number> (0.000..4.000, default: 0.001)

Band 1 bandwidth (octaves)

Band2gain(dB)=<number> (-70.000..30.000, default: 0.001)

Band 2 gain (dB)

Band2frequency(Hz)=<number> (0.000..0.490, default: 0.007)

Band 2 frequency (Hz)

Band2bandwidth(octaves)=<number> (0.000..4.000, default: 0.007)

Band 2 bandwidth (octaves)

Band3gain(dB)=<number> (-70.000..30.000, default: 0.007)

Band 3 gain (dB)

Band3frequency(Hz)=<number> (0.000..0.490, default: 0.059)

Band 3 frequency (Hz)

Band3bandwidth(octaves)=<number> (0.000..4.000, default: 0.059)

Band 3 bandwidth (octaves)

High-shelvinggain(dB)=<number> (-70.000..30.000, default: 0.059)

High-shelving gain (dB)

High-shelvingfrequency(Hz)=<number> (0.000..0.490, default: 0.490)

High-shelving frequency (Hz)

High-shelvingslope=<number> (0.000..1.000, default: 0.500)

High-shelving slope

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Sag level

Distortion=<number> (0.000..1.000, default: 0.000)

Distortion

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Distortion level

Distortioncharacter=<number> (0.000..1.000, default: 0.000)

Distortion character

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Number of bands

Left/Right=<number> (default: 0)

Left/Right

Band1Level=<number> (0.000..1.000, default: 0.000)

Band 1 Level

Band2Level=<number> (0.000..1.000, default: 0.000)

Band 2 Level

Band3Level=<number> (0.000..1.000, default: 0.000)

Band 3 Level

Band4Level=<number> (0.000..1.000, default: 0.000)

Band 4 Level

Band5Level=<number> (0.000..1.000, default: 0.000)

Band 5 Level

Band6Level=<number> (0.000..1.000, default: 0.000)

Band 6 Level

Band7Level=<number> (0.000..1.000, default: 0.000)

Band 7 Level

Band8Level=<number> (0.000..1.000, default: 0.000)

Band 8 Level

Band9Level=<number> (0.000..1.000, default: 0.000)

Band 9 Level

Band10Level=<number> (0.000..1.000, default: 0.000)

Band 10 Level

Band11Level=<number> (0.000..1.000, default: 0.000)

Band 11 Level

Band12Level=<number> (0.000..1.000, default: 0.000)

Band 12 Level

Band13Level=<number> (0.000..1.000, default: 0.000)

Band 13 Level

Band14Level=<number> (0.000..1.000, default: 0.000)

Band 14 Level

Band15Level=<number> (0.000..1.000, default: 0.000)

Band 15 Level

Band16Level=<number> (0.000..1.000, default: 0.000)

Band 16 Level

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Volume

Year

RPM=<number> (33.000..78.000, default: 33.000)

RPM

Surfacewarping=<number> (0.000..1.000, default: 33.000)

Surface warping

Crackle=<number> (0.000..1.000, default: 33.000)

Crackle

Wear=<number> (0.000..1.000, default: 33.000)

Wear

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Waveshape

$run_adding=[1|0] (default: 0)

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Add effect to input data

$run_adding_gain=<number> (-70.00..0.00, default: 0.00)

Add gain (dB)

Overall gain for this filter. This is only valid if you add the effect to the input data

Supported strings: gauss triangular box

Default: gauss

Mode

radius_h=<number> (0.5..50.0, default: 0.5)

Horizontal radius

radius_v=<number> (0.5..50.0, default: 0.5)

Vertical radius

blur_chroma=[1|0] (default: 0)

Blur chroma planes

correct_nonsquare=[1|0] (default: 0)

Correct radii for nonsquare pixels

Supported strings: fg all

Default: all

Mode

Supported strings: app disapp

Default: disapp

Mode

Red gain

g=<number> (0.00..2.00, default: 1.00)

Green gain

b=<number> (0.00..2.00, default: 1.00)

Blue gain

n=[1|0] (default: 0)

Normalize

Normalize for constant luminance.

Blend num

Crop left

Cut this many pixels from the left border of the source images.

crr=<number> (0.000..100000.000, default: 0.000)

Crop right

Cut this many pixels from the right border of the source images.

crt=<number> (0.000..100000.000, default: 0.000)

Crop top

Cut this many pixels from the top border of the source images.

crb=<number> (0.000..100000.000, default: 0.000)

Crop bottom

Cut this many pixels from the bottom border of the source images.

s=<string>

Supported strings: from_input user_defined pal_d1 pal_d1_wide pal_dv pal_dv_wide pal_cvd pal_vcd pal_svcd pal_svcd_wide ntsc_d1 ntsc_d1_wide ntsc_dv ntsc_dv_wide ntsc_cvd ntsc_vcd ntsc_svcd ntsc_svcd_wide 720 1080 vga qvga sqcif qcif cif 4cif 16cif

Default: from_input

Image size

Set the output image size. For a user defined size, you must specify the width and height as well as the pixel width and pixel height.

w=<number> (1..100000, default: 640)

User defined width

User defined width in pixels. Only meaningful if you selected "User defined" for the image size.

h=<number> (1..100000, default: 480)

User defined height

User defined height in pixels. Only meaningful if you selected "User defined" for the image size.

sw=<number> (1..100000, default: 1)

User defined pixel width

User defined pixel width. Only meaningful if you selected "User defined" for the image size.

sh=<number> (1..100000, default: 1)

User defined pixel height

User defined pixel height. Only meaningful if you selected "User defined" for the image size.

ka=[1|0] (default: 1)

Maintain aspect ratio

Let the aspect ratio appear the same as in the source, probably resulting in additional borders.

bc=<r>,<g>,<b> (default: 0.000,0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Border color

Color of the image borders.

squeeze=<number> (-1.000..1.000, default: 0.000)

Squeeze

zoom=<number> (20..180, default: 100)

Zoom

sm=<string>

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

Scale mode

Choose scaling method. Auto means to choose based on the conversion quality. Nearest is fastest, Sinc with Lanczos window is slowest.

so=<number> (4..1000, default: 4)

Scale order

Order for sinc scaling

downscale_filter=<string>

Supported strings: auto none wide gauss

Default: auto

Antialiasing for downscaling

Specifies the antialiasing filter to be used when downscaling images.

downscale_blur=<number> (0.00..2.00, default: 1.00)

Blur factor for downscaling

Specifies how much blurring should be applied when downscaling. Smaller values can speed up scaling, but might result in strong aliasing.

chroma_output=<string>

Supported strings: from_input 444 422 420mpeg1 420mpeg2 420paldv 411

Default: from_input

Chroma output

Set the output chroma format to that of the destination. This can save one chroma scaling operation at a later stage. It only works if the input pixelformat is otherwise compatible to the output.

deinterlace=<string>

Supported strings: never auto always

Default: never

Deinterlace

ddm=<string>

Supported strings: top bottom

Default: top

Drop mode

Specifies which field the deinterlacer should drop.

Block threshold

Specifies how much a block may differ from the last non-skipped block. 0 means identical blocks, 1 means completely different blocks. Note that the meaning of "completely different" depends on the colorspace.

threshold_total=<number> (0.00..1.00, default: 0.00)

Total threshold

Specifies how much a frame may differ from the last non-skipped frame. 0 means identical frames, 1 means completely different frames. Note that the meaning of "completely different" depends on the colorspace.

skip_max=<number> (1..500, default: 10)

Maximum skipped frames

Maximum number of consecutive skipped frames

do_log=[1|0] (default: 0)

Report results

Log reports about skipped frames

Supported strings: none copy scale_hw scale_sw blend yadif yadif_fast

Default: none

Method

force=[1|0] (default: 0)

Force deinterlacing

Always perform deinterlacing even if the source format pretends to be progressive

output_mode=<string>

Supported strings: top bottom first second both

Default: top

Output mode

Specify which field to output. Outputting both fields is not always supported.

sm=<string>

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

Scale mode

Choose scaling method. Auto means to choose based on the conversion quality. Nearest is fastest, Sinc with Lanczos window is slowest.

so=<number> (4..1000, default: 4)

Scale order

Order for sinc scaling

Square Size

Tolerance

Interpolate missing

Interpolate missing timecodes

color=<r>,<g>,<b>,<a> (default: 1.000,1.000,1.000,1.000)

<r>, <g>, <b> and <a> are in the range 0.0..1.0

Text color

border_color=<r>,<g>,<b> (default: 0.000,0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Border color

border_width=<number> (0.00..10.00, default: 2.00)

Border width

font=<string> (Default: Courier-20)

Font

justify_h=<string>

Supported strings: center left right

Default: right

Horizontal justify

justify_v=<string>

Supported strings: center top bottom

Default: top

Vertical justify

border_left=<number> (0..65535, default: 10)

Left border

Distance from the left text border to the image border

border_right=<number> (0..65535, default: 10)

Right border

Distance from the right text border to the image border

border_top=<number> (0..65535, default: 10)

Top border

Distance from the top text border to the image border

border_bottom=<number> (0..65535, default: 10)

Bottom border

Distance from the bottom text border to the image border

Scale

speedx=<number> (-100..100, default: 10)

Horizontal scroll speed

speedy=<number> (-100..100, default: 10)

Vertical scroll speed

Supported strings: dots hearts

Default: dots

Mode

<r>, <g> and <b> are in the range 0.0..1.0

Color

Brightness

contrast=<number> (-10.0..10.0, default: 0.0)

Contrast

saturation=<number> (-10.0..10.0, default: 0.0)

Saturation

hue=<number> (-180.0..180.0, default: 0.0)

Hue

Supported strings: fg light dark

Default: all

Mode

Flip horizontally

flip_v=[1|0] (default: 0)

Flip vertically

Supported strings: from_source user_defined 23_976 24 25 29_970 30 50 59_940 60

Default: from_source

Framerate

Output framerate. For user defined framerate, enter the timescale and frame duration below (framerate = timescale / frame duration).

timescale=<number> (1..100000, default: 25)

Timescale

Timescale for user defined output framerate (Framerate = timescale / frame duration).

frame_duration=<number> (1..100000, default: 1)

Frame duration

Frame duration for user defined output framerate (Framerate = timescale / frame duration).

Supported strings: gray8 gray16 grayf graya16 graya32 grayaf rgb15 bgr15 rgb16 bgr16 rgb24 bgr24 rgb32 bgr32 rgba32 rgb48 rgba64 rgbf rgbaf yuy2 uyvy yuva32 yuva64 yuvaf yuv444pf yuv420p8 yuv410p8 yuv411p8 yuv422p8 yuv422p16 yuv444p8 yuv444p16 yuvj420p8 yuvj422p8

Default: yuv420p8

Pixelformat

Supported strings: top bottom

Default: top

Output field order

Invert red

g=[1|0] (default: 1)

Invert green

b=[1|0] (default: 1)

Invert blue

a=[1|0] (default: 1)

Invert alpha

X

y=<number> (0.00..1.00, default: 0.25)

Y

lens_width=<number> (0.00..1.00, default: 0.25)

Diameter

lens_zoom=<number> (5..200, default: 30)

Zoom

Blend

Supported strings: delay scratch nervous

Default: delay

Mode

direction=<string>

Supported strings: left right top bottom

Default: right

Direction

mirror=<string>

Supported strings: normal mirror copy

Default: mirror

Mirror

delay=<number> (0..31, default: 10)

Delay

Supported strings: random scratch

Default: random

Mode

Supported strings: bw tech1 tech2

Default: tech1

Style

strength=<number> (0.000..1.000, default: 1.000)

Strength

r_gain=<number> (0.000..2.000, default: 1.000)

Red gain

g_gain=<number> (0.000..2.000, default: 1.000)

Green gain

b_gain=<number> (0.000..2.000, default: 1.000)

Blue gain

Supported strings: maelstrom radiation perspective vertical

Default: maelstrom

Mode

speed=<number> (-64..64, default: 16)

Speed

Supported strings: horizontal vertical diagonal dissolution random raster

Default: horizontal

Mode

strength=<number> (0.00..1.00, default: 0.20)

Strength

Red -> Red

g_to_r=<number> (-2.000..2.000, default: 0.000)

Green -> Red

b_to_r=<number> (-2.000..2.000, default: 0.000)

Blue -> Red

a_to_r=<number> (-2.000..2.000, default: 0.000)

Alpha -> Red

off_r=<number> (-2.000..2.000, default: 0.000)

Red offset

r_to_g=<number> (-2.000..2.000, default: 0.000)

Red -> Green

g_to_g=<number> (-2.000..2.000, default: 1.000)

Green -> Green

b_to_g=<number> (-2.000..2.000, default: 0.000)

Blue -> Green

a_to_g=<number> (-2.000..2.000, default: 0.000)

Alpha -> Green

off_g=<number> (-2.000..2.000, default: 0.000)

Green offset

r_to_b=<number> (-2.000..2.000, default: 0.000)

Red -> Blue

g_to_b=<number> (-2.000..2.000, default: 0.000)

Green -> Blue

b_to_b=<number> (-2.000..2.000, default: 1.000)

Blue -> Blue

a_to_b=<number> (-2.000..2.000, default: 0.000)

Alpha -> Blue

off_b=<number> (-2.000..2.000, default: 0.000)

Blue offset

r_to_a=<number> (-2.000..2.000, default: 0.000)

Red -> Alpha

g_to_a=<number> (-2.000..2.000, default: 0.000)

Green -> Alpha

b_to_a=<number> (-2.000..2.000, default: 0.000)

Blue -> Alpha

a_to_a=<number> (-2.000..2.000, default: 1.000)

Alpha -> Alpha

off_a=<number> (-2.000..2.000, default: 0.000)

Alpha offset

force_alpha=[1|0] (default: 0)

Force alpha

Create video with alpha channel even if the input format has no alpha channel. Use this to generate the alpha channel from other channels using the colormatrix.

Supported strings: wall cross

Default: wall

Method

<r>, <g> and <b> are in the range 0.0..1.0

Line color

bg_color=<r>,<g>,<b> (default: 0.000,0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Background

spacing=<number> (0.000..1.000, default: 0.100)

Spacing

amplitude=<number> (0.00..1.00, default: 0.10)

Amplitude

vgrabtime=<number> (1..10, default: 1)

Grab interval

Supported strings: motion rain

Default: motion

Mode

loopnum=<number> (1..5, default: 2)

Speed

strength=<number> (1..10, default: 8)

Strength

decay_cfg=<number> (1..15, default: 8)

Decay

Color

Red mask

mask_g=[1|0] (default: 1)

Green mask

mask_b=[1|0] (default: 1)

Blue mask

Bits to shift

<r>, <g> and <b> are in the range 0.0..1.0

Color

mirror_mode=<string>

Supported strings: no l r d dl dr u ul ur

Default: no

Mirror mode

Supported strings: fg light dark

Default: all

Mode

Supported strings: Concentric A Sawtooth Up Sawtooth Down Triangle Sinusoidal Concentric B Lens Flat

Default: Concentric A

Mode

g_focus_interval=<number> (0..60, default: 6)

Focus interval

center_x=<number> (0.000..1.000, default: 0.500)

Center x

center_y=<number> (0.000..1.000, default: 0.500)

Center y

g_depth_shift=<number> (0..5, default: 0)

Depth shift

Strength

0 means no effect, 1 means maximum (= still image)

quality=<number> (1..5, default: 2)

Quality

Text

Text to display

color=<r>,<g>,<b>,<a> (default: 1.000,1.000,1.000,1.000)

<r>, <g>, <b> and <a> are in the range 0.0..1.0

Text color

border_color=<r>,<g>,<b> (default: 0.000,0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Border color

border_width=<number> (0.00..10.00, default: 2.00)

Border width

font=<string> (Default: Courier-20)

Font

justify_h=<string>

Supported strings: center left right

Default: right

Horizontal justify

justify_v=<string>

Supported strings: center top bottom

Default: top

Vertical justify

border_left=<number> (0..65535, default: 10)

Left border

Distance from the left text border to the image border

border_right=<number> (0..65535, default: 10)

Right border

Distance from the right text border to the image border

border_top=<number> (0..65535, default: 10)

Top border

Distance from the top text border to the image border

border_bottom=<number> (0..65535, default: 10)

Bottom border

Distance from the bottom text border to the image border

Supported strings: rotate affine perspective lens_effect whirl

Default: rotate

Transformation mode

Choose Transformation method. Each method can be configured in it's section.

im=<string>

Supported strings: auto nearest bilinear quadratic cubic_bspline

Default: auto

Interpolation mode

Choose interpolation method. Auto means to choose based on the conversion quality. Nearest is fastest, Bicubic is slowest.

bg_color=<r>,<g>,<b>,<a> (default: 0.000,0.000,0.000,1.000)

<r>, <g>, <b> and <a> are in the range 0.0..1.0

Background color

rotate_angle=<number> (-360.00..360.00, default: 0.00)

Angle

affine_xx=<number> (-2.000..2.000, default: 1.000)

X -> X

affine_xy=<number> (-2.000..2.000, default: 0.000)

X -> Y

affine_yx=<number> (-2.000..2.000, default: 0.000)

Y -> X

affine_yy=<number> (-2.000..2.000, default: 1.000)

Y -> Y

affine_ox=<number> (-1.000..1.000, default: 0.000)

X Offset

Normalized X offset. 1 corresponds to image with.

affine_oy=<number> (-1.000..1.000, default: 0.000)

Y Offset

Normalized Y offset. 1 corresponds to image height.

perspective_tl=<x>,<y> (default: 0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Top left

Top left corner in normalized image coordinates

perspective_tr=<x>,<y> (default: 1.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Top right

Top right corner in normalized image coordinates

perspective_bl=<x>,<y> (default: 0.000,1.000)

<r>, <g> and <b> are in the range 0.0..1.0

Bottom left

Bottom left corner in normalized image coordinates

perspective_br=<x>,<y> (default: 1.000,1.000)

<r>, <g> and <b> are in the range 0.0..1.0

Bottom right

Bottom right corner in normalized image coordinates

lens_effect_pos=<x>,<y> (default: 0.500,0.500)

<r>, <g> and <b> are in the range 0.0..1.0

Position

Center of the lens

lens_effect_diameter=<number> (0.00..1.00, default: 0.25)

Diameter

Diamater of the lens (1 is image size)

lens_effect_zoom=<number> (5.00..200.00, default: 20.00)

Zoom

Zoom factor

whirl_center=<x>,<y> (default: 0.500,0.500)

<r>, <g> and <b> are in the range 0.0..1.0

Center

whirl_radius=<number> (0.00..1.00, default: 0.50)

Radius

whirl_pinch=<number> (0.00..1.00, default: 0.50)

Pinch

whirl_angle=<number> (0.00..360.00, default: 30.00)

Angle

Transformation

Supported strings: off interpolate remove_redundant remove_all add add_first

Default: off

Mode

int_framerate=<number> (1..999, default: 25)

Integer framerate

Set the integer framerate used when adding new timecodes

drop=[1|0] (default: 0)

Drop frame

Set the if drop frame is used when adding new timecodes

hours=<number> (0..23, default: 0)

Start hour

Set the start hours used when adding new timecodes

minutes=<number> (0..59, default: 0)

Start minute

Set the start minutes used when adding new timecodes

seconds=<number> (0..59, default: 0)

Start second

Set the start seconds used when adding new timecodes

frames=<number> (0..999, default: 0)

Start frames

Set the start frames used when adding new timecodes

Phase increment

zoomrate=<number> (1.01..1.10, default: 1.01)

Zoom rate

Luminance -> Luminance

u_to_y=<number> (-2.000..2.000, default: 0.000)

Cb -> Luminance

v_to_y=<number> (-2.000..2.000, default: 0.000)

Cr -> Luminance

a_to_y=<number> (-2.000..2.000, default: 0.000)

Alpha -> Luminance

off_y=<number> (-2.000..2.000, default: 0.000)

Luminance offset

y_to_u=<number> (-2.000..2.000, default: 0.000)

Luminance -> Cb

u_to_u=<number> (-2.000..2.000, default: 1.000)

Cb -> Cb

v_to_u=<number> (-2.000..2.000, default: 0.000)

Cr -> Cb

a_to_u=<number> (-2.000..2.000, default: 0.000)

Alpha -> Cb

off_u=<number> (-2.000..2.000, default: 0.000)

Cb offset

y_to_v=<number> (-2.000..2.000, default: 0.000)

Luminance -> Cr

u_to_v=<number> (-2.000..2.000, default: 0.000)

Cb -> Cr

v_to_v=<number> (-2.000..2.000, default: 1.000)

Cr -> Cr

a_to_v=<number> (-2.000..2.000, default: 0.000)

Alpha -> Cr

off_v=<number> (-2.000..2.000, default: 0.000)

Cr offset

y_to_a=<number> (-2.000..2.000, default: 0.000)

Luminance -> Alpha

u_to_a=<number> (-2.000..2.000, default: 0.000)

Cb -> Alpha

v_to_a=<number> (-2.000..2.000, default: 0.000)

Cr -> Alpha

a_to_a=<number> (-2.000..2.000, default: 1.000)

Alpha -> Alpha

off_a=<number> (-2.000..2.000, default: 0.000)

Alpha offset

force_alpha=[1|0] (default: 0)

Force alpha

Create video with alpha channel even if the input format has no alpha channel. Use this to generate the alpha channel from other channels using the colormatrix.

Zoom horizontally

zoom_v=<number> (0.50..2.00, default: 1.00)

Zoom vertically

sm=<string>

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

Scale mode

Choose scaling method. Auto means to choose based on the conversion quality. Nearest is fastest, Sinc with Lanczos window is slowest.

so=<number> (4..1000, default: 4)

Scale order

Order for sinc scaling

downscale_filter=<string>

Supported strings: auto none wide gauss

Default: auto

Antialiasing for downscaling

Specifies the antialiasing filter to be used when downscaling images.

downscale_blur=<number> (0.00..2.00, default: 1.00)

Blur factor for downscaling

Specifies how much blurring should be applied when downscaling. Smaller values can speed up scaling, but might result in strong aliasing.

quality=<number> (1..5, default: 2)

Quality

bg_color=<r>,<g>,<b>,<a> (default: 0.000,0.000,0.000,1.000)

<r>, <g>, <b> and <a> are in the range 0.0..1.0

Background color

Auto resize window

disable_xscreensaver_normal=[1|0] (default: 0)

Disable Screensaver for normal playback

disable_xscreensaver_fullscreen=[1|0] (default: 1)

Disable Screensaver for fullscreen playback

force_hw_scale=[1|0] (default: 1)

Force hardware scaling

Use hardware scaling even if it involves more CPU intensive pixelformat conversions

background_color=<r>,<g>,<b> (default: 0.000,0.000,0.000)

<r>, <g> and <b> are in the range 0.0..1.0

Background color

Specify the background color for videos with alpha channel. This is only used by the OpenGL driver.

scale_mode=<string>

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

Scale mode

Choose scaling method. Auto means to choose based on the conversion quality. Nearest is fastest, Sinc with Lanczos window is slowest.

scale_order=<number> (4..1000, default: 4)

Scale order

Order for sinc scaling

scale_quality=<number> (1..5, default: 2)

Scale quality

Scale quality

Supported options: <None>

Default: (null)

V4L2 Device

force_rw=[1|0] (default: 1)

Force write

Don't use memory mapping

Supported strings: wav raw

Default: waw

Format

write_info_chunk=[1|0] (default: 1)

Write info chunk

bits=<string>

Supported strings: 8 16 24 32

Default: 16

Bits per sample

be=[1|0] (default: 0)

Output big endian (Raw only)

Write ID3V1.1 tag

do_id3v2=[1|0] (default: 1)

Write ID3V2 tag

id3v2_charset=<string>

Supported strings: 0 1 2 3

Default: 3

ID3V2 Encoding

object_type=<string>

Supported strings: mpeg4_lc mpeg2_lc mpeg4_main mpeg4_lc mpeg4_ltp

Default: mpeg4_main

Object type

bitrate=<number> (0..1000, default: 0)

Bitrate (kbps)

Average bitrate (0: VBR based on quality)

quality=<number> (10..500, default: 100)

Quality

Quantizer quality

block_types=<string>

Supported strings: Both No short No long

Default: Both

Block types

tns=[1|0] (default: 0)

Use temporal noise shaping

no_midside=[1|0] (default: 0)

Don't use mid/side coding

Server

port=<number> (1..65535, default: 8000)

Port

mount=<string> (Default: /stream.ogg)

Mount

user=<string> (Default: source)

User

password=<string>

Password

name=<string> (Default: Test stream)

Name

description=<string> (Default: Brought to you by gmerlin)

Description

genre=<string>

Genre

stereo_mode=<string>

Supported strings: Stereo Joint stereo Auto

Default: Auto

Stereo mode

Stereo: Completely independent channels Joint stereo: Improve quality (save bits) by using similarities of the channels Auto (recommended): Select one of the above depending on quality or bitrate setting

quality=<number> (0..9, default: 2)

Encoding speed

0: Slowest encoding, best quality 9: Fastest encoding, worst quality

cbr_bitrate=<number> (8..320, default: 128)

Bitrate (kbps)

Bitrate in kbps. If your selection is no valid mp3 bitrate, we'll choose the closest value.

Supported strings: vbr vbr_bitrate managed

Default: VBR

Bitrate mode

Bitrate mode: VBR: You specify a quality and (optionally) a minimum and maximum bitrate VBR (bitrate): The specified nominal bitrate will be used for selecting the encoder mode. Managed: You specify a nominal bitrate and (optionally) a minimum and maximum bitrate VBR is recommended, managed bitrate might result in a worse quality

nominal_bitrate=<number> (0..1000, default: 128)

Nominal bitrate (kbps)

Nominal bitrate (in kbps) for managed mode

quality=<number> (0.0..10.0, default: 3.0)

VBR Quality (10: best)

Quality for VBR mode 10: best (largest output file) 0: worst (smallest output file)

min_bitrate=<number> (0..1000, default: 0)

Minimum bitrate (kbps)

Optional minimum bitrate (in kbps) 0 = unspecified

max_bitrate=<number> (0..1000, default: 0)

Maximum bitrate (kbps)

Optional maximum bitrate (in kbps) 0 = unspecified

Write ID3V1.1 tag

do_id3v2=[1|0] (default: 1)

Write ID3V2 tag

id3v2_charset=<string>

Supported strings: 0 3

Default: 3

ID3V2 Encoding

add_cover=[1|0] (default: 1)

Add cover to ID3V2 tag if available

bitrate_mode=<string>

Supported strings: CBR ABR VBR

Default: CBR

Bitrate mode

stereo_mode=<string>

Supported strings: Stereo Joint stereo Auto

Default: Auto

Stereo mode

Stereo: Completely independent channels Joint stereo: Improve quality (save bits) by using similarities of the channels Auto (recommended): Select one of the above depending on quality or bitrate setting

quality=<number> (0..9, default: 2)

Encoding speed

0: Slowest encoding, best quality 9: Fastest encoding, worst quality

cbr_bitrate=<number> (8..320, default: 128)

Bitrate (kbps)

Bitrate in kbps. If your selection is no valid mp3 bitrate, we'll choose the closest value.

Write vorbis comment

Write Vorbis comment containing metadata to the file

add_cover=[1|0] (default: 1)

Add cover

Write the album cover to the flac file if available

use_seektable=[1|0] (default: 1)

Write seek table

Write seektable (strongly recommended)

num_seektable_entries=<number> (1..1000000, default: 100)

Entries in the seektable

Maximum number of entries in the seek table. Default is 100, larger numbers result in shorter seeking times but also in larger files.

bits=<string>

Supported strings: 8 12 16 20 24

Default: 16

Bits

compression_level=<number> (0..8, default: 8)

Compression Level

0: Fastest encoding, biggest files 8: Slowest encoding, smallest files

Supported strings: au ac3 aiff mp2 asf adts

Default: au

Format

codec=option[{suboptions}]

Supported options: pcm_mulaw pcm_s16be pcm_alaw ac3 pcm_s8 mp2 wma2 wma1 libfaac

Default: pcm_mulaw

Codec

Suboptions for codec=ac3

Suboptions for codec=mp2

Suboptions for codec=wma2

Suboptions for codec=wma1

Suboptions for codec=libfaac

Supported strings: audio voip

Default: audio

Application

bitrate_mode=<string>

Supported strings: vbr cvbr cbr

Default: vbr

Bitrate mode

Bitrate mode

bitrate=<number> (0..512000, default: 0)

Bitrate

Bitrate (in bps). 0 means auto.

complexity=<number> (1..10, default: 10)

Encoding complexity

frame_size=<string>

Supported strings: 25 50 100 200 400 600

Default: 200

Frame size (ms)

Smaller framesizes achieve lower latency but less quality at a given bitrate. Sizes greater than 20ms are only interesting at fairly low bitrates.

dtx=[1|0] (default: 0)

Enable discontinuous transmission

inband_fec=[1|0] (default: 0)

Enable inband forward error correction

bandwidth=<string>

Supported strings: auto narrow medium wide superwide full

Default: auto

Bandwidth

loss_perc=<number> (0..100, default: 0)

Loss percentage

Supported strings: auto nb wb uwb

Default: auto

Speex mode

Encoding mode. If you select Auto, the mode will be taken from the samplerate.

quality=<number> (0..10, default: 3)

Quality (10: best)

complexity=<number> (0..10, default: 3)

Encoding complexity

nframes=<number> (1..10, default: 1)

Frames per Ogg packet

bitrate=<number> (0..128, default: 8)

Bitrate (kbps)

Bitrate (in kbps). Set to 0 for seleting the standard bitrates for the encoding mode.

vbr=[1|0] (default: 0)

Variable bitrate

abr_bitrate=<number> (0..128, default: 0)

Average bitrate (kbps)

Average bitrate (in kbps). Set to 0 for disabling ABR.

vad=[1|0] (default: 0)

Use voice activity detection

dtx=[1|0] (default: 0)

Enable file-based discontinuous transmission

Supported options: iw_pnm iw_bmp iw_gavl iw_png iw_tga iw_tiff iw_jpeg

Default: iw_pnm

Plugin

Suboptions for plugin=iw_pnm

Suboptions for plugin=iw_png

Suboptions for plugin=iw_tga

Suboptions for plugin=iw_tiff

Suboptions for plugin=iw_jpeg

frame_digits=<number> (1..9, default: 4)

Framenumber digits

frame_offset=<number> (0..1000000, default: 0)

Framenumber offset

Supported strings: mpeg1video mpeg2video

Default: mpeg1video

Format

codec=option[{suboptions}]

Supported options: mpeg1video mpeg2video

Default: mpeg1video

Codec

Suboptions for codec=mpeg1video

Suboptions for codec=mpeg2video

default_timescale=<number> (default: 25)

Default timescale

For formats, which support only constant framerates, set the default timescale here

default_frame_duration=<number> (default: 1)

Default frame duration

For formats, which support only constant framerates, set the default frame duration here

Supported options: vorbis speex flacogg opus

Default: vorbis

Codec

Suboptions for codec=vorbis

Suboptions for codec=speex

Suboptions for codec=flacogg

Suboptions for codec=opus

codec=option[{suboptions}]

Supported options: theora schroedinger

Default: theora

Codec

Suboptions for codec=theora

Suboptions for codec=schroedinger

Server

port=<number> (1..65535, default: 8000)

Port

mount=<string> (Default: /stream.ogg)

Mount

user=<string> (Default: source)

User

password=<string>

Password

name=<string> (Default: Test stream)

Name

description=<string> (Default: Brought to you by gmerlin)

Description

genre=<string>

Genre

codec=option[{suboptions}]

Supported options: vorbis opus speex

Default: vorbis

Codec

Suboptions for codec=vorbis

Suboptions for codec=opus

Suboptions for codec=speex

cbr=[1|0] (default: 0)

Use constant bitrate

For constant bitrate, choose a target bitrate. For variable bitrate, choose a nominal quality.

target_bitrate=<number> (45..2000, default: 250)

Target bitrate (kbps)

quality=<number> (0..63, default: 10)

Nominal quality

Quality for VBR mode 63: best (largest output file) 0: worst (smallest output file)

max_keyframe_interval=<number> (1..1000, default: 64)

Maximum keyframe interval

drop_frames=[1|0] (default: 1)

Enable frame dropping

Drop frames to keep within bitrate buffer constraints. This can have a severe impact on quality, but is the only way to ensure that bitrate targets are met at low rates during sudden bursts of activity.

cap_overflow=[1|0] (default: 1)

Don't bank excess bits for later use

Ignore bitrate buffer overflows. If the encoder uses so few bits that the reservoir of available bits overflows, ignore the excess. The encoder will not try to use these extra bits in future frames. At high rates this may cause the result to be undersized, but allows a client to play the stream using a finite buffer; it should normally be enabled.

cap_underflow=[1|0] (default: 0)

Don't try to make up shortfalls later

Ignore bitrate buffer underflows. If the encoder uses so many bits that the reservoir of available bits underflows, ignore the deficit. The encoder will not try to make up these extra bits in future frames. At low rates this may cause the result to be oversized; it should normally be disabled.

speed=<number> (0.00..1.00, default: 0.00)

Encoding speed

Higher speed levels favor quicker encoding over better quality per bit. Depending on the encoding mode, and the internal algorithms used, quality may actually improve, but in this case bitrate will also likely increase. In any case, overall rate/distortion performance will probably decrease.

default_timescale=<number> (default: 25)

Default timescale

For formats, which support only constant framerates, set the default timescale here

default_frame_duration=<number> (default: 1)

Default frame duration

For formats, which support only constant framerates, set the default frame duration here

Supported strings: avi mpeg vob dvd flv asf mpegts matroska webm mp4

Default: avi

Format

codec=option[{suboptions}]

Supported options: pcm_s16le pcm_u8 pcm_alaw pcm_mulaw mp3 mp2 ac3 libfaac wma2 wma1 libvorbis dca

Default: pcm_s16le

Codec

Suboptions for codec=mp3

Suboptions for codec=mp2

Suboptions for codec=ac3

Suboptions for codec=libfaac

Suboptions for codec=wma2

Suboptions for codec=wma1

Suboptions for codec=libvorbis

Suboptions for codec=dca

codec=option[{suboptions}]

Supported options: mpeg4 msmpeg4v3 mjpeg mpeg1video mpeg2video flv1 libx264 wmv1 libvpx

Default: mpeg4

Codec

Suboptions for codec=mpeg4

Suboptions for codec=msmpeg4v3

Suboptions for codec=mjpeg

Suboptions for codec=mpeg1video

Suboptions for codec=mpeg2video

Suboptions for codec=flv1

Suboptions for codec=libx264

Suboptions for codec=wmv1

Suboptions for codec=libvpx

default_timescale=<number> (default: 25)

Default timescale

For formats, which support only constant framerates, set the default timescale here

default_frame_duration=<number> (default: 1)

Default frame duration

For formats, which support only constant framerates, set the default frame duration here