GMERLIN-RECORD(1)

📦 version 2.0.0~svn6298, in debian bookworm, debian trixie, ubuntu jammy, ubuntu noble, ubuntu questing

💖 gmerlin-record 💖 — User Manuals, but make it a group chat 🫶

okay so bestie, you opened the manpage for gmerlin-record from the User Manuals section, and honestly? iconic choice. let's get into it 💅

✨ NAME ✨

gmerlin-record — the Gmerlin commandline recorder 🌸

🦋 SYNOPSIS 🦋

gmerlin-record [options]

🌈 DESCRIPTION 🌈

It's a commandline recorder. That's the vibe. fr fr, that's literally the whole description. ✨

👑 OPTIONS 👑

okay so here's where it gets juicy, bestie. buckle up 🎀

-aud <audio_options> — Set audio recording options 🎧
- do_audio=[1|0] (default: 1) — Record audio
- plugin=option[{suboptions}] — Plugin
 - Supported options: i_alsa, i_oss, i_pulse
 - Default: i_alsa
- Suboptions for plugin=i_alsa 💖
 - card=<string> — Card
 - Supported strings: default, hw:1,0, hw:2,0, hw:2,2
 - Default: default
 - channel_mode=<string> — Channel Mode
 - Supported strings: mono, stereo
 - Default: stereo
 - bits=<string> — Bits
 - Supported strings: 8, 16
 - Default: 16
 - 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
- Suboptions for plugin=i_oss 🦋
 - device=<string> (Default: /dev/dsp) — Device
 - channel_mode=<string> — Channel Mode
 - Supported strings: Mono, Stereo
 - Default: Stereo
 - bits=<string> — Bits
 - Supported strings: 8, 16
 - Default: 16
 - samplerate=<number> (8000..96000, default: 44100) — Samplerate [Hz]
- Suboptions for plugin=i_pulse 🧚
 - channel_mode=<string> — Channel Mode
 - Supported strings: mono, stereo
 - Default: stereo
 - bits=<string> — Bits
 - Supported strings: 8, 16
 - Default: 16
 - 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.
- Language=<string> — Language 🌍
 - Supported strings:

aar abk ace ach ada afa afh afr aka akk ale alg amh ang apa ara arc arn arp art arw asm ath aus ava ave awa aym aze bad
bai bak bal bam ban bas bat bej bel bem ben ber bho bih bik bin bis bla bnt tib bos bra bre btk bua bug bul cad cai car cat
cau ceb cel cze cha chb che chg chk chm chn cho chp chr chu chv chy cmc cop cor cos cpe cpf cpp cre crp cus wel dak dan day
del den ger dgr din div doi dra dua dum dyu dzo efi egy eka gre elx eng enm epo est baq ewe ewo fan fao per fat fij fin fiu
fon fre frm fro fry ful fur gaa gay gba gem gez gil gla gle glg glv gmh goh gon gor got grb grc grn guj gwi hai hau haw heb
her hil him hin hit hmn hmo scr hun hup arm iba ibo ijo iku ile ilo ina inc ind ine ipk ira iro ice ita jav jpn jpr kaa kab
kac kal kam kan kar kas geo kau kaw kaz kha khi khm kho kik kin kir kmb kok kom kon kor kos kpe kro kru kum kur kut lad lah
lam lao lat lav lez lin lit lol loz ltz lua lub lug lui lun luo lus mad mag mah mai mak mal man map mar mas mdr men mga mic
min mis mac mkh mlg mlt mnc mni mno moh mol mon mos mao may mul mun mus mwr bur myn nah nai nau nav nbl nde ndo nds nep new
nia nic niu dut nno nob non nor nso nub nya nym nyn nyo nzi oci oji ori orm osa oss ota oto paa pag pal pam pan pap pau peo
phi pli pol pon por pra pro pus que raj rap rar roa rom rum run rus sad sag sah sai sal sam san sas sat sco sel sem sga sgn
shn sid sin sio sit sla slo slv sme smi smo sna snd snk sog som son sot spa alb srd scc srr ssa ssw suk sun sus sux swa swe
syr tah tai tam tat tel tem ter tet tgk tgl tha tig tir tiv tkl tli tmh tog ton tpi tsi tsn tso tuk tum tur tut tvl twi tyv
uga uig ukr umb und urd uzb vai ven vie vol vot wak wal war was wen wol xho yao yap yid yor ypk zap zen zha chi znd zul zun

Default: eng

-vid <video_options> — Set video recording options 🎥
- do_video=[1|0] (default: 1) — Record video
- plugin=option[{suboptions}] — Plugin
 - Supported options: i_v4l2, i_x11
 - Default: i_v4l2
- Suboptions for plugin=i_v4l2 📹
 - device=option[{suboptions}] — V4L2 Device
 - Supported options: /dev/video0, /dev/video1
 - Default: /dev/video0
 - Suboptions for device=/dev/video0
 - Brightness=<number> (0..255, default: 128) — Brightness
 - Contrast=<number> (0..255, default: 64) — Contrast
 - Saturation=<number> (0..4, default: 2) — Saturation
 - Hue=<number> (-2..2, default: 0) — Hue
 - WhiteBalanceTemperature,Auto=[1|0] (default: 1) — White Balance Temperature, Auto
 - Gamma=<number> (1..3, default: 2) — Gamma
 - WhiteBalanceTemperature=<number> (2800..6500, default: 3725) — White Balance Temperature
 - Sharpness=<number> (1..7, default: 3) — Sharpness
 - BacklightCompensation=<number> (0..1, default: 0) — Backlight Compensation
 - force_rw=[1|0] (default: 1) — Force read
 - Don't use memory mapping
 - resolution=<string> — Resolution
 - Supported strings: qsif, qcif, qvga, sif, cif, vga, user
 - Default: qvga
 - user_width=<number> (160..1024, default: 720) — User defined width
 - user_height=<number> (112..768, default: 576) — User defined height
- Suboptions for plugin=i_x11 🖥️
 - root=[1|0] (default: 0) — 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)
-af <audio filter options> — Set audio filter options 🎛️
- f={option[{suboptions}][:option[{suboptions}]...]} — Audio Filters
 - Supported options: fa_ladspa_fourByFourPole fa_ladspa_amPitchshift fa_ladspa_alias fa_ladspa_allpass_c fa_ladspa_allpass_l fa_ladspa_allpass_n fa_ladspa_artificialLatency fa_ladspa_divider fa_ladspa_autoPhaser fa_ladspa_satanMaximiser fa_ladspa_chebstortion fa_ladspa_comb fa_ladspa_comb_c fa_ladspa_comb_l fa_ladspa_comb_n fa_ladspa_const fa_ladspa_crossoverDist fa_ladspa_dcRemove fa_ladspa_dj_eq fa_ladspa_dj_eq_mono fa_ladspa_djFlanger fa_ladspa_decimator fa_ladspa_declip fa_ladspa_delayorama fa_ladspa_diode fa_ladspa_dysonCompress fa_ladspa_decay fa_ladspa_fmOsc fa_ladspa_fastLookaheadLimiter fa_ladspa_foverdrive fa_ladspa_flanger fa_ladspa_foldover fa_channels fa_sampleformat fa_samplerate fa_ladspa_fadDelay fa_ladspa_freqTracker fa_ladspa_butthigh_iir fa_ladspa_buttlow_iir fa_ladspa_gsm fa_ladspa_gate fa_ladspa_giantFlange fa_ladspa_bandpass_a_iir fa_ladspa_bandpass_iir fa_ladspa_highpass_iir fa_ladspa_lowpass_iir fa_ladspa_gongBeater fa_ladspa_gong fa_ladspa_hardLimiter fa_ladspa_harmonicGen fa_ladspa_hermesFilter fa_ladspa_pitchScaleHQ fa_ladspa_imp fa_ladspa_inv fa_ladspa_karaoke fa_ladspa_lcrDelay fa_ladspa_lfoPhaser fa_ladspa_lsFilter fa_ladspa_notch_iir fa_ladspa_matrixSpatialiser fa_ladspa_matrixMSSt fa_ladspa_matrixStMS fa_ladspa_mbeq fa_ladspa_multivoiceChorus fa_ladspa_pitchScale fa_ladspa_pointerCastDistortion fa_ladspa_rateShifter fa_ladspa_retroFlange fa_ladspa_revdelay fa_ladspa_ringmod_1i1o1l fa_ladspa_sc1 fa_ladspa_sc4 fa_ladspa_sc4m fa_ladspa_se4 fa_ladspa_sifter fa_ladspa_amp fa_ladspa_delay_c fa_ladspa_delay_l fa_ladspa_delay_n fa_ladspa_singlePara fa_ladspa_sinusWavewrapper fa_ladspa_smoothDecimate fa_ladspa_svf fa_ladspa_tap_autopan fa_ladspa_tap_chorusflanger fa_ladspa_tap_deesser fa_ladspa_tap_dynamics_m fa_ladspa_tap_dynamics_st fa_ladspa_tap_equalizer fa_ladspa_tap_equalizer_bw fa_ladspa_tap_doubler fa_ladspa_tap_pinknoise fa_ladspa_tap_pitch fa_ladspa_tap_reflector fa_ladspa_tap_reverb fa_ladspa_tap_rotspeak fa_ladspa_tap_limiter fa_ladspa_tap_sigmoid fa_ladspa_tap_stereo_echo fa_ladspa_tap_tremolo fa_ladspa_tap_tubewarmth fa_ladspa_tap_vibrato fa_ladspa_tapeDelay fa_ladspa_transient fa_ladspa_triplePara fa_ladspa_valveRect fa_ladspa_valve fa_ladspa_vocoder fa_volume fa_ladspa_vynil fa_ladspa_shaper fa_ladspa_zm1
- Suboptions for fa_ladspa_fourByFourPole 🍓
 - Frequency1=<number> (1.000..20000.000, default: 5000.750) — 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
- Suboptions for fa_ladspa_amPitchshift 🎶
 - Pitchshift=<number> (0.250..4.000, default: 0.000) — 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
- Suboptions for fa_ladspa_alias 💜
 - Aliasinglevel=<number> (0.000..1.000, default: 0.000) — 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
- Suboptions for fa_ladspa_allpass_c 🌊
 - MaxDelay(s)=<number> (default: 0.000) — 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

to be continued, bestie — there's literally so much more 💅✨

Overall gain for this filter. Heads up bestie, this one's only valid if you're adding the effect to the input data — otherwise it's just sitting there looking cute 💅

Suboptions for `fa_ladspa_allpass_l` 🦋

MaxDelay(s)=<number> (default: 0.000) — the max delay, in seconds ⏳
DelayTime(s)=<number> (default: 0.000) — the delay time, in seconds 🕰️
DecayTime(s)=<number> (default: 0.000) — the decay time, in seconds 🌙
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — the add gain, in dB 🎚️ this is the overall gain for the filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_allpass_n` 🌸

MaxDelay(s)=<number> (default: 0.000) — max delay, in seconds ⏳
DelayTime(s)=<number> (default: 0.000) — delay time, in seconds 🕰️
DecayTime(s)=<number> (default: 0.000) — decay time, in seconds 🌙
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, valid only when you add the effect to the input data

Suboptions for `fa_ladspa_artificialLatency` ✨

Delay(ms)=<number> (0.000..10000.000, default: 2500.000) — the delay, in ms 😴
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_divider` 💜

Denominator=<number> (default: 0) — the denominator 🧮
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid if you add the effect to the input data

Suboptions for `fa_ladspa_autoPhaser` 🌈

Attacktime(s)=<number> (0.000..1.000, default: 0.250) — attack time, in seconds ⚡
Decaytime(s)=<number> (0.000..1.000, default: 0.250) — decay time, in seconds 🌙
Modulationdepth=<number> (0.000..1.000, default: 0.250) — how deep the modulation goes 🌊
Feedback=<number> (-1.000..1.000, default: 0.250) — feedback 🌀
Spread(octaves)=<number> (0.000..2.000, default: 0.250) — spread, in octaves 🎹
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and yes, it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_satanMaximiser` 😈

Decaytime(samples)=<number> (2.000..30.000, default: 30.000) — decay time, counted in samples 🔢
Kneepoint(dB)=<number> (-90.000..0.000, default: 30.000) — the knee point, in dB 🦵
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid when you add the effect to the input data

Suboptions for `fa_ladspa_chebstortion` 🔥

Distortion=<number> (0.000..3.000, default: 0.000) — distortion 💀
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_comb` 🐝

Bandseparation(Hz)=<number> (16.000..640.000, default: 172.000) — band separation, in Hz 🎚️
Feedback=<number> (-0.990..0.990, default: 172.000) — feedback 🌀
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid if you add the effect to the input data

Suboptions for `fa_ladspa_comb_c` 💖

MaxDelay(s)=<number> (default: 0.000) — max delay, in seconds ⏳
DelayTime(s)=<number> (default: 0.000) — delay time, in seconds 🕰️
DecayTime(s)=<number> (default: 0.000) — decay time, in seconds 🌙
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_comb_l` 🧚

MaxDelay(s)=<number> (default: 0.000) — max delay, in seconds ⏳
DelayTime(s)=<number> (default: 0.000) — delay time, in seconds 🕰️
DecayTime(s)=<number> (default: 0.000) — decay time, in seconds 🌙
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid when you add the effect to the input data

Suboptions for `fa_ladspa_comb_n` ⭐

MaxDelay(s)=<number> (default: 0.000) — max delay, in seconds ⏳
DelayTime(s)=<number> (default: 0.000) — delay time, in seconds 🕰️
DecayTime(s)=<number> (default: 0.000) — decay time, in seconds 🌙
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_const` 🎀

Signalamplitude=<number> (-1.000..1.100, default: 0.000) — signal amplitude 📶
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid if you add the effect to the input data

Suboptions for `fa_ladspa_crossoverDist` 🌸

Crossoveramplitude=<number> (0.000..0.100, default: 0.000) — crossover amplitude 🎯
Smoothing=<number> (0.000..1.000, default: 1.000) — smoothing 🧈
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_dcRemove` 🧼

$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid when you add the effect to the input data

Suboptions for `fa_ladspa_dj_eq` 🎧

Logain(dB)=<number> (-70.000..6.000, default: 0.000) — lo gain, in dB 🔊
Midgain(dB)=<number> (-70.000..6.000, default: 0.000) — mid gain, in dB 🔊
Higain(dB)=<number> (-70.000..6.000, default: 0.000) — hi gain, in dB 🔊
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_dj_eq_mono` 🎧

Logain(dB)=<number> (-70.000..6.000, default: 0.000) — lo gain, in dB 🔊
Midgain(dB)=<number> (-70.000..6.000, default: 0.000) — mid gain, in dB 🔊
Higain(dB)=<number> (-70.000..6.000, default: 0.000) — hi gain, in dB 🔊
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid if you add the effect to the input data

Suboptions for `fa_ladspa_djFlanger` 🌀

LFOsync=<number> (default: 0.000) — LFO sync 🔄
LFOperiod(s)=<number> (0.100..32.000, default: 0.000) — LFO period, in seconds ⏱️
LFOdepth(ms)=<number> (1.000..5.000, default: 4.000) — LFO depth, in ms 🌊
Feedback(%)=<number> (-100.000..100.000, default: 4.000) — feedback, as a percentage 💯
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_decimator` 👑

Bitdepth=<number> (1.000..24.000, default: 24.000) — bit depth 🔢
Samplerate(Hz)=<number> (0.001..1.000, default: 1.000) — sample rate, in Hz 📉
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid when you add the effect to the input data

Suboptions for `fa_ladspa_declip` 🩹

$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_delayorama` 🌈

Randomseed=<number> (default: 0) — random seed 🎲
Inputgain(dB)=<number> (-96.000..24.000, default: 0.000) — input gain, in dB 🎚️
Feedback(%)=<number> (0.000..100.000, default: 0.000) — feedback, as a percentage 💯
Numberoftaps=<number> (default: 2) — number of taps 🖐️
Firstdelay(s)=<number> (0.000..5.000, default: 2.000) — first delay, in seconds ⏳
Delayrange(s)=<number> (0.000..6.000, default: 6.000) — delay range, in seconds 📏
Delaychange=<number> (0.200..5.000, default: 6.000) — delay change 🔀
Delayrandom(%)=<number> (0.000..100.000, default: 6.000) — delay random, as a percentage 🎲
Amplitudechange=<number> (0.200..5.000, default: 6.000) — amplitude change 🔀
Amplituderandom(%)=<number> (0.000..100.000, default: 6.000) — amplitude random, as a percentage 🎲
Dry/wetmix=<number> (0.000..1.000, default: 6.000) — dry/wet mix 💧
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ the overall gain for this filter, and it's only valid if you add the effect to the input data

Suboptions for `fa_ladspa_diode` ⚡

Mode(0fornone,1forhalfwave,2forfullwave)=<number> (0.000..3.000, default: 0.000) — the mode: 0 for none, 1 for half wave, 2 for full wave 🌗
$run_adding=[1|0] (default: 0) — add the effect to the input data 🫶
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — add gain, in dB 🎚️ overall gain for this filter, only valid if you add the effect to the input data

Suboptions for `fa_ladspa_dysonCompress` 🌀

Peaklimit(dB)=<number> (-30.000..0.000, default: 0.000) — peak limit, in 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 💅

Suboptions for `fa_ladspa_decay` 🍂

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.

Suboptions for `fa_ladspa_fmOsc` 📻

Waveform(1=sin,2=tri,3=squ,4=saw)=<number> (default: 0) — 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.

Suboptions for `fa_ladspa_fastLookaheadLimiter` 👀

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

Suboptions for `fa_ladspa_foverdrive` 🔥

Drivelevel=<number> (1.000..3.000, default: 1.000) — 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.

Suboptions for `fa_ladspa_flanger` 🌀

Delaybase(ms)=<number> (0.100..25.000, default: 6.325) — 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.

Suboptions for `fa_ladspa_foldover` 📄

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

Suboptions for `fa_channels` 🔊

okay so this one is literally just how many speakers you're feeding, bestie.

front_channels=<number> (1..5, default: 2) — Front channels
rear_channels=<number> (0..3, default: 0) — Rear channels
lfe=[1|0] (default: 0) — LFE

Suboptions for `fa_sampleformat` 🎚️

sampleformat=<string> — Sampleformat

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

Default: Floating point

Suboptions for `fa_samplerate` ⏳

samplerate=<string> — Samplerate [Hz]

Supported strings: source 48000 44100 32000 24000 22050 user

Default: source

user_rate=<number> (8000..192000, default: 44100) — User defined samplerate [Hz]

Suboptions for `fa_ladspa_fadDelay` ⏲️

Delay(seconds)=<number> (0.100..10.000, default: 0.000) — 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.

Suboptions for `fa_ladspa_freqTracker` 🎯

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

Suboptions for `fa_ladspa_butthigh_iir` 🍑

not me giggling at the name, but it's a highpass filter fr fr.

CutoffFrequency(Hz)=<number> (0.000..0.450, default: 0.001) — 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.

Suboptions for `fa_ladspa_buttlow_iir` 🍑

CutoffFrequency(Hz)=<number> (0.000..0.450, default: 0.001) — 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.

Suboptions for `fa_ladspa_gsm` 📱

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

Suboptions for `fa_ladspa_gate` 🚪

LFkeyfilter(Hz)=<number> (0.001..0.100, default: 0.001) — 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.

Suboptions for `fa_ladspa_giantFlange` 🐘

Doubledelay=<number> (default: 0.000) — 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.

Suboptions for `fa_ladspa_bandpass_a_iir` 🎀

CenterFrequency(Hz)=<number> (0.000..0.450, default: 0.001) — 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.

Suboptions for `fa_ladspa_bandpass_iir` 🎀

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

Suboptions for `fa_ladspa_highpass_iir` ⬆️

CutoffFrequency=<number> (0.000..0.450, default: 0.001) — 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.

Suboptions for `fa_ladspa_lowpass_iir` ⬇️

CutoffFrequency=<number> (0.000..0.450, default: 0.055) — 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.

Suboptions for `fa_ladspa_gongBeater` 🔔

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

Overall gain for this filter. This is only valid if you add the effect to the input data. 💖 (This is the tail end of the previous filter's suboptions, bestie — we're just picking up right where we left off! No cap.)

Suboptions for `fa_ladspa_gong` 🎐

Innerdamping=<number> (0.000..1.000, default: 0.500) — Inner damping. Like, how much damping on the inside? You decide. 💅
Outerdamping=<number> (0.000..1.000, default: 0.500) — Outer damping. The outside vibe. ✨
Micposition=<number> (0.000..1.000, default: 0.250) — Mic position. Where's the mic at? 🎤
Innersize1=<number> (0.000..1.000, default: 0.500) — Inner size 1. Size matters, bestie. 🍓
Innerstiffness1+=<number> (0.000..1.000, default: 0.500) — Inner stiffness 1 +. Stiffness, but plus. 😏
Innerstiffness1-=<number> (0.000..1.000, default: 0.500) — Inner stiffness 1 -. Stiffness, but minus. 🙈
Innersize2=<number> (0.000..1.000, default: 0.500) — Inner size 2. Another one. 🎀
Innerstiffness2+=<number> (0.000..1.000, default: 0.500) — Inner stiffness 2 +. Plus again. 🔥
Innerstiffness2-=<number> (0.000..1.000, default: 0.500) — Inner stiffness 2 -. Minus again. 💀
Innersize3=<number> (0.000..1.000, default: 0.500) — Inner size 3. Three-peat. 👑
Innerstiffness3+=<number> (0.000..1.000, default: 0.500) — Inner stiffness 3 +. Plus. 🌈
Innerstiffness3-=<number> (0.000..1.000, default: 0.500) — Inner stiffness 3 -. Minus. ⭐
Innersize4=<number> (0.000..1.000, default: 0.500) — Inner size 4. Four! 🦋
Innerstiffness4+=<number> (0.000..1.000, default: 0.500) — Inner stiffness 4 +. Plus. 💜
Innerstiffness4-=<number> (0.000..1.000, default: 0.500) — Inner stiffness 4 -. Minus. 🧚
Outersize1=<number> (0.000..1.000, default: 0.500) — Outer size 1. Outside size. 🌸
Outerstiffness1+=<number> (0.000..1.000, default: 0.500) — Outer stiffness 1 +. Plus. 💖
Outerstiffness1-=<number> (0.000..1.000, default: 0.500) — Outer stiffness 1 -. Minus. ✨
Outersize2=<number> (0.000..1.000, default: 0.500) — Outer size 2. Two. 🎀
Outerstiffness2+=<number> (0.000..1.000, default: 0.500) — Outer stiffness 2 +. Plus. 🔥
Outerstiffness2-=<number> (0.000..1.000, default: 0.500) — Outer stiffness 2 -. Minus. 💀
Outersize3=<number> (0.000..1.000, default: 0.500) — Outer size 3. Three. 👑
Outerstiffness3+=<number> (0.000..1.000, default: 0.500) — Outer stiffness 3 +. Plus. 🌈
Outerstiffness3-=<number> (0.000..1.000, default: 0.500) — Outer stiffness 3 -. Minus. ⭐
Outersize4=<number> (0.000..1.000, default: 0.500) — Outer size 4. Four. 🦋
Outerstiffness4+=<number> (0.000..1.000, default: 0.500) — Outer stiffness 4 +. Plus. 💜
Outerstiffness4-=<number> (0.000..1.000, default: 0.500) — Outer stiffness 4 -. Minus. 🧚
$run_adding=[1|0] (default: 0) — Add effect to input data. Yes, add it. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). The gain when adding. ✨

Suboptions for `fa_ladspa_hardLimiter` 🛑

dBlimit=<number> (-50.000..0.000, default: 0.000) — dB limit. Limit those dBs. 🚫
Wetlevel=<number> (0.000..1.000, default: 0.000) — Wet level. How wet? 💦
Residuelevel=<number> (0.000..1.000, default: 0.000) — Residue level. Leftovers. 🍕
$run_adding=[1|0] (default: 0) — Add effect to input data. Add it. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). Gain. ✨

Suboptions for `fa_ladspa_harmonicGen` 🎵

Fundamentalmagnitude=<number> (-1.000..1.000, default: 0.000) — Fundamental magnitude. The base vibe. 🎶
2ndharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 2nd harmonic magnitude. Second harmonic. 🎵
3rdharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 3rd harmonic magnitude. Third. 🎼
4thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 4th harmonic magnitude. Fourth. 🎹
5thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 5th harmonic magnitude. Fifth. 🎸
6thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 6th harmonic magnitude. Sixth. 🎺
7thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 7th harmonic magnitude. Seventh. 🎻
8thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 8th harmonic magnitude. Eighth. 🥁
9thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 9th harmonic magnitude. Ninth. 🎤
10thharmonicmagnitude=<number> (-1.000..1.000, default: 0.000) — 10th harmonic magnitude. Tenth! 🎧
$run_adding=[1|0] (default: 0) — Add effect to input data. Add. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). Gain. ✨

Suboptions for `fa_ladspa_hermesFilter` 🪽

This one is a whole vibe, bestie. So many options. Let's go.

LFO1freq(Hz)=<number> (0.000..1000.000, default: 250.000) — LFO1 freq (Hz). Frequency of LFO1. 🌊
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). Pick your wave. 🌈
LFO2freq(Hz)=<number> (0.000..1000.000, default: 250.000) — LFO2 freq (Hz). LFO2 frequency. 🌊
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). Wave two. 🌈
Osc1freq(Hz)=<number> (0.000..4000.000, default: 440.000) — Osc1 freq (Hz). Oscillator 1 frequency. 🎛️
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). Wave for Osc1. 🎚️
Osc2freq(Hz)=<number> (0.000..4000.000, default: 440.000) — Osc2 freq (Hz). Oscillator 2 frequency. 🎛️
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). Wave for Osc2. 🎚️
Ringmod1depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000) — Ringmod 1 depth (0=none, 1=AM, 2=RM). Ring mod depth 1. 🔔
Ringmod2depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000) — Ringmod 2 depth (0=none, 1=AM, 2=RM). Ring mod depth 2. 🔔
Ringmod3depth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 440.000) — Ringmod 3 depth (0=none, 1=AM, 2=RM). Ring mod depth 3. 🔔
Osc1gain(dB)=<number> (-70.000..20.000, default: -70.000) — Osc1 gain (dB). Gain for Osc1. 🔊
RM1gain(dB)=<number> (-70.000..20.000, default: -70.000) — RM1 gain (dB). Gain for ring mod 1. 🔊
Osc2gain(dB)=<number> (-70.000..20.000, default: -70.000) — Osc2 gain (dB). Gain for Osc2. 🔊
RM2gain(dB)=<number> (-70.000..20.000, default: -70.000) — RM2 gain (dB). Gain for ring mod 2. 🔊
Inputgain(dB)=<number> (-70.000..20.000, default: -70.000) — Input gain (dB). Gain for input. 🎚️
RM3gain(dB)=<number> (-70.000..20.000, default: -70.000) — RM3 gain (dB). Gain for ring mod 3. 🔊
Xoverlowerfreq=<number> (50.000..6000.000, default: 1537.500) — Xover lower freq. Crossover lower frequency. 🎚️
Xoverupperfreq=<number> (1000.000..10000.000, default: 7750.000) — Xover upper freq. Crossover upper frequency. 🎚️
Dist1drive=<number> (0.000..3.000, default: 7750.000) — Dist1 drive. Drive for distortion 1. 🔥
Dist2drive=<number> (0.000..3.000, default: 7750.000) — Dist2 drive. Drive for distortion 2. 🔥
Dist3drive=<number> (0.000..3.000, default: 7750.000) — Dist3 drive. Drive for distortion 3. 🔥
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). Filter 1 type. 🎛️
Filt1freq=<number> (0.000..8000.000, default: 440.000) — Filt1 freq. Filter 1 frequency. 🎛️
Filt1q=<number> (0.000..1.000, default: 440.000) — Filt1 q. Filter 1 Q. 🎛️
Filt1resonance=<number> (0.000..1.000, default: 440.000) — Filt1 resonance. Filter 1 resonance. 🎛️
Filt1LFO1level=<number> (-500.000..500.000, default: 440.000) — Filt1 LFO1 level. LFO1 level for filter 1. 🌊
Filt1LFO2level=<number> (-500.000..500.000, default: 440.000) — Filt1 LFO2 level. LFO2 level for filter 1. 🌊
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). Filter 2 type. 🎛️
Filt2freq=<number> (0.000..8000.000, default: 440.000) — Filt2 freq. Filter 2 frequency. 🎛️
Filt2q=<number> (0.000..1.000, default: 440.000) — Filt2 q. Filter 2 Q. 🎛️
Filt2resonance=<number> (0.000..1.000, default: 440.000) — Filt2 resonance. Filter 2 resonance. 🎛️
Filt2LFO1level=<number> (-500.000..500.000, default: 440.000) — Filt2 LFO1 level. LFO1 level for filter 2. 🌊
Filt2LFO2level=<number> (-500.000..500.000, default: 440.000) — Filt2 LFO2 level. LFO2 level for filter 2. 🌊
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). Filter 3 type. 🎛️
Filt3freq=<number> (0.000..8000.000, default: 440.000) — Filt3 freq. Filter 3 frequency. 🎛️
Filt3q=<number> (0.000..1.000, default: 440.000) — Filt3 q. Filter 3 Q. 🎛️
Filt3resonance=<number> (0.000..1.000, default: 440.000) — Filt3 resonance. Filter 3 resonance. 🎛️
Filt3LFO1level=<number> (-500.000..500.000, default: 440.000) — Filt3 LFO1 level. LFO1 level for filter 3. 🌊
Filt3LFO2level=<number> (-500.000..500.000, default: 440.000) — Filt3 LFO2 level. LFO2 level for filter 3. 🌊
Delay1length(s)=<number> (0.000..2.000, default: 440.000) — Delay1 length (s). Length of delay 1 in seconds. ⏱️
Delay1feedback=<number> (0.000..1.000, default: 440.000) — Delay1 feedback. Feedback for delay 1. 🔁
Delay1wetness=<number> (0.000..1.000, default: 440.000) — Delay1 wetness. Wetness for delay 1. 💦
Delay2length(s)=<number> (0.000..2.000, default: 440.000) — Delay2 length (s). Length of delay 2. ⏱️
Delay2feedback=<number> (0.000..1.000, default: 440.000) — Delay2 feedback. Feedback for delay 2. 🔁
Delay2wetness=<number> (0.000..1.000, default: 440.000) — Delay2 wetness. Wetness for delay 2. 💦
Delay3length(s)=<number> (0.000..2.000, default: 440.000) — Delay3 length (s). Length of delay 3. ⏱️
Delay3feedback=<number> (0.000..1.000, default: 440.000) — Delay3 feedback. Feedback for delay 3. 🔁
Delay3wetness=<number> (0.000..1.000, default: 440.000) — Delay3 wetness. Wetness for delay 3. 💦
Band1gain(dB)=<number> (-70.000..20.000, default: 440.000) — Band 1 gain (dB). Gain for band 1. 🔊
Band2gain(dB)=<number> (-70.000..20.000, default: 440.000) — Band 2 gain (dB). Gain for band 2. 🔊
Band3gain(dB)=<number> (-70.000..20.000, default: 440.000) — Band 3 gain (dB). Gain for band 3. 🔊
$run_adding=[1|0] (default: 0) — Add effect to input data. Add it. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). Gain. ✨

Suboptions for `fa_ladspa_pitchScaleHQ` 🎤

Pitchco-efficient=<number> (0.500..2.000, default: 0.000) — Pitch co-efficient. The pitch coefficient. 🎵
$run_adding=[1|0] (default: 0) — Add effect to input data. Add. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). Gain. ✨

Suboptions for `fa_ladspa_imp` 🎸

ImpulseID=<number> (default: 0) — Impulse ID. Which impulse? 🆔
Highlatencymode=<number> (default: 0) — High latency mode. Latency but high. 🐢
Gain(dB)=<number> (-90.000..24.000, default: 0.000) — Gain (dB). Gain. 🔊
$run_adding=[1|0] (default: 0) — Add effect to input data. Add. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). Gain. ✨

Suboptions for `fa_ladspa_inv` 🔄

$run_adding=[1|0] (default: 0) — Add effect to input data. Add. 💅
$run_adding_gain=<number> (-70.00..0.00, default: 0.00) — Add gain (dB). This is the overall gain for this filter, and it's only valid if you add the effect to the input data. iykyk 💅

🎤 Suboptions for `fa_ladspa_karaoke`

Vocalvolume(dB)=<number> (-70.000..0.000, default: 0.000) — Vocal volume (dB). Literally the volume of the vocal. Bestie, it does what it says 🎶
$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, and it's only valid if you add the effect to the input data.

🎧 Suboptions for `fa_ladspa_lcrDelay`

Ldelay(ms)=<number> (0.000..2700.000, default: 675.000) — 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, only valid if you add the effect to the input data. periodt ✨

🌊 Suboptions for `fa_ladspa_lfoPhaser`

LFOrate(Hz)=<number> (0.000..100.000, default: 25.000) — 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, only valid if you add the effect to the input data.

🔍 Suboptions for `fa_ladspa_lsFilter`

Filtertype(0=LP,1=BP,2=HP)=<number> (default: 0) — Filter type (0=LP, 1=BP, 2=HP). Lowpass, bandpass, highpass — pick your fighter 💅
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, only valid if you add the effect to the input data.

🕳️ Suboptions for `fa_ladspa_notch_iir`

CenterFrequency(Hz)=<number> (0.000..0.450, default: 0.007) — 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, only valid if you add the effect to the input data.

🎛️ Suboptions for `fa_ladspa_matrixSpatialiser`

Width=<number> (default: 0) — 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, only valid if you add the effect to the input data.

🪞 Suboptions for `fa_ladspa_matrixMSSt`

Width=<number> (0.000..2.000, default: 0.000) — 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, only valid if you add the effect to the input data.

🔁 Suboptions for `fa_ladspa_matrixStMS`

$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, only valid if you add the effect to the input data. no cap, that's the whole list for this one 🫶

🎚️ Suboptions for `fa_ladspa_mbeq`

okay so this one is the multiband EQ and it has a lot of gains, but every single one of them is (-70.000..30.000, default: 0.000) so honestly it's giving very consistent queen energy 👑

50Hzgain(lowshelving)=<number> (-70.000..30.000, default: 0.000) — 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, only valid if you add the effect to the input data.

🧚 Suboptions for `fa_ladspa_multivoiceChorus`

Numberofvoices=<number> (default: 0) — 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, only valid if you add the effect to the input data.

🎼 Suboptions for `fa_ladspa_pitchScale`

Pitchco-efficient=<number> (0.500..2.000, default: 0.000) — 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, only valid if you add the effect to the input data.

💀 Suboptions for `fa_ladspa_pointerCastDistortion`

Effectcutofffreq(Hz)=<number> (0.000..0.300, default: 0.001) — 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, only valid if you add the effect to the input data.

🌈 Suboptions for `fa_ladspa_rateShifter`

Rate=<number> (-4.000..4.000, default: 0.000) — 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, only valid if you add the effect to the input data.

🦋 Suboptions for `fa_ladspa_retroFlange`

Averagestall(ms)=<number> (0.000..10.000, default: 2.500) — 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, only valid if you add the effect to the input data.

⏪ Suboptions for `fa_ladspa_revdelay`

DelayTime(s)=<number> (0.000..5.000, default: 0.000) — 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, only valid if you add the effect to the input data.

🍓 Suboptions for `fa_ladspa_ringmod_1i1o1l`

Modulationdepth(0=none,1=AM,2=RM)=<number> (0.000..2.000, default: 0.000) — 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, only valid if you add the effect to the input data.

🎀 Suboptions for `fa_ladspa_sc1`

this one is a compressor, and she is serving 🔥

Attacktime(ms)=<number> (2.000..400.000, default: 101.500) — 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.

…and finishing off the filter from before, bestie, here's the last little duo it needed 💖:

$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

✨ Suboptions for `fa_ladspa_sc4` ✨

RMS/peak=<number> (0.000..1.000, default: 0.000) — 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

🌸 Suboptions for `fa_ladspa_sc4m` 🌸

RMS/peak=<number> (0.000..1.000, default: 0.000) — 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

🦋 Suboptions for `fa_ladspa_se4` 🦋

RMS/peak=<number> (0.000..1.000, default: 0.000) — 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

🎀 Suboptions for `fa_ladspa_sifter` 🎀

Siftsize=<number> (1.000..1000.000, default: 0.000) — 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

💅 Suboptions for `fa_ladspa_amp` 💅

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

⭐ Suboptions for `fa_ladspa_delay_c` ⭐

MaxDelay(s)=<number> (default: 0.000) — 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

🍓 Suboptions for `fa_ladspa_delay_l` 🍓

MaxDelay(s)=<number> (default: 0.000) — 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

🌈 Suboptions for `fa_ladspa_delay_n` 🌈

MaxDelay(s)=<number> (default: 0.000) — 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

🧚 Suboptions for `fa_ladspa_singlePara` 🧚

Gain(dB)=<number> (-70.000..30.000, default: 0.000) — 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

💜 Suboptions for `fa_ladspa_sinusWavewrapper` 💜

Wrapdegree=<number> (0.000..10.000, default: 0.000) — 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

👑 Suboptions for `fa_ladspa_smoothDecimate` 👑

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

🔥 Suboptions for `fa_ladspa_svf` 🔥

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

🫶 Suboptions for `fa_ladspa_tap_autopan` 🫶

Frequency[Hz]=<number> (0.000..20.000, default: 0.000) — 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

💖 Suboptions for `fa_ladspa_tap_chorusflanger` 💖

Frequency[Hz]=<number> (0.000..5.000, default: 1.250) — 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

✨ Suboptions for `fa_ladspa_tap_deesser` ✨

ThresholdLevel[dB]=<number> (-50.000..10.000, default: 0.000) — 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

🌸 Suboptions for `fa_ladspa_tap_dynamics_m` 🌸

Attack[ms]=<number> (4.000..500.000, default: 128.000) — 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

🦋 Suboptions for `fa_ladspa_tap_dynamics_st` 🦋

Attack[ms]=<number> (4.000..500.000, default: 128.000) — 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

🎀 Suboptions for `fa_ladspa_tap_equalizer` 🎀

Band1Gain[dB]=<number> (-50.000..20.000, default: 0.000) — Band 1 Gain [dB]
Band2Gain[dB]=<number> (-50.000..20.000, default: 0.000) — Band 2 Gain [dB]
Band3Gain[dB]=<number> — Band 3 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band4Gain[dB]=<number> — Band 4 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band5Gain[dB]=<number> — Band 5 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band6Gain[dB]=<number> — Band 6 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band7Gain[dB]=<number> — Band 7 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band8Gain[dB]=<number> — Band 8 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band1Freq[Hz]=<number> — Band 1 Freq [Hz] 🎚️ range 40.000..280.000, default 100.000
Band2Freq[Hz]=<number> — Band 2 Freq [Hz] 🎚️ range 100.000..500.000, default 200.000
Band3Freq[Hz]=<number> — Band 3 Freq [Hz] 🎚️ range 200.000..1000.000, default 400.000
Band4Freq[Hz]=<number> — Band 4 Freq [Hz] 🎚️ range 400.000..2800.000, default 1000.000
Band5Freq[Hz]=<number> — Band 5 Freq [Hz] 🎚️ range 1000.000..5000.000, default 3000.000
Band6Freq[Hz]=<number> — Band 6 Freq [Hz] 🎚️ range 3000.000..9000.000, default 6000.000
Band7Freq[Hz]=<number> — Band 7 Freq [Hz] 🎚️ range 6000.000..18000.000, default 12000.000
Band8Freq[Hz]=<number> — Band 8 Freq [Hz] 🎚️ range 10000.000..20000.000, default 15000.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. This is the overall gain for this filter, and it's only valid if you add the effect to the input data, bestie, don't forget that part 😭

✨ Suboptions for `fa_ladspa_tap_equalizer_bw` ✨

Band1Gain[dB]=<number> — Band 1 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band2Gain[dB]=<number> — Band 2 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band3Gain[dB]=<number> — Band 3 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band4Gain[dB]=<number> — Band 4 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band5Gain[dB]=<number> — Band 5 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band6Gain[dB]=<number> — Band 6 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band7Gain[dB]=<number> — Band 7 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band8Gain[dB]=<number> — Band 8 Gain [dB] 🌸 range -50.000..20.000, default 0.000
Band1Freq[Hz]=<number> — Band 1 Freq [Hz] 🎚️ range 40.000..280.000, default 100.000
Band2Freq[Hz]=<number> — Band 2 Freq [Hz] 🎚️ range 100.000..500.000, default 200.000
Band3Freq[Hz]=<number> — Band 3 Freq [Hz] 🎚️ range 200.000..1000.000, default 400.000
Band4Freq[Hz]=<number> — Band 4 Freq [Hz] 🎚️ range 400.000..2800.000, default 1000.000
Band5Freq[Hz]=<number> — Band 5 Freq [Hz] 🎚️ range 1000.000..5000.000, default 3000.000
Band6Freq[Hz]=<number> — Band 6 Freq [Hz] 🎚️ range 3000.000..9000.000, default 6000.000
Band7Freq[Hz]=<number> — Band 7 Freq [Hz] 🎚️ range 6000.000..18000.000, default 12000.000
Band8Freq[Hz]=<number> — Band 8 Freq [Hz] 🎚️ range 10000.000..20000.000, default 15000.000
Band1Bandwidth[octaves]=<number> — Band 1 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band2Bandwidth[octaves]=<number> — Band 2 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band3Bandwidth[octaves]=<number> — Band 3 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band4Bandwidth[octaves]=<number> — Band 4 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band5Bandwidth[octaves]=<number> — Band 5 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band6Bandwidth[octaves]=<number> — Band 6 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band7Bandwidth[octaves]=<number> — Band 7 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
Band8Bandwidth[octaves]=<number> — Band 8 Bandwidth [octaves] 🦋 range 0.100..5.000, default 15000.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 👑

✨ Suboptions for `fa_ladspa_tap_doubler` ✨

TimeTracking=<number> — Time Tracking ⏱️ range 0.000..1.000, default 0.500
PitchTracking=<number> — Pitch Tracking 🎵 range 0.000..1.000, default 0.500
DryLevel[dB]=<number> — Dry Level [dB] 🌵 range -90.000..20.000, default 0.500
DryLeftPosition=<number> — Dry Left Position ⬅️ range 0.000..1.000, default 0.000
DryRightPosition=<number> — Dry Right Position ➡️ range 0.000..1.000, default 1.000
WetLevel[dB]=<number> — Wet Level [dB] 💦 range -90.000..20.000, default 1.000
WetLeftPosition=<number> — Wet Left Position ⬅️ range 0.000..1.000, default 0.000
WetRightPosition=<number> — Wet Right Position ➡️ range 0.000..1.000, default 1.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 🫶

✨ Suboptions for `fa_ladspa_tap_pinknoise` ✨

FractalDimension=<number> — Fractal Dimension 🌌 range 0.000..1.000, default 0.500
SignalLevel[dB]=<number> — Signal Level [dB] 📶 range -90.000..20.000, default 0.500
NoiseLevel[dB]=<number> — Noise Level [dB] 🔊 range -90.000..20.000, default -90.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 💜

✨ Suboptions for `fa_ladspa_tap_pitch` ✨

SemitoneShift=<number> — Semitone Shift 🎼 range -12.000..12.000, default 0.000
RateShift[%]=<number> — Rate Shift [%] 🏃 range -50.000..100.000, default 0.000
DryLevel[dB]=<number> — Dry Level [dB] 🌵 range -90.000..20.000, default -90.000
WetLevel[dB]=<number> — Wet Level [dB] 💦 range -90.000..20.000, default -90.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 🌸

✨ Suboptions for `fa_ladspa_tap_reflector` ✨

FragmentLength[ms]=<number> — Fragment Length [ms] 🪞 range 20.000..1600.000, default 415.000
DryLevel[dB]=<number> — Dry Level [dB] 🌵 range -90.000..20.000, default -90.000
WetLevel[dB]=<number> — Wet Level [dB] 💦 range -90.000..20.000, default -90.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 🎀

✨ Suboptions for `fa_ladspa_tap_reverb` ✨

Decay[ms]=<number> — Decay [ms] 🕰️ range 0.000..10000.000, default 2500.000
DryLevel[dB]=<number> — Dry Level [dB] 🌵 range -70.000..10.000, default 2500.000
WetLevel[dB]=<number> — Wet Level [dB] 💦 range -70.000..10.000, default 2500.000
CombFilters=[1|0] — Comb Filters 🪮 default 2500
AllpassFilters=[1|0] — Allpass Filters 🌀 default 2500
BandpassFilter=[1|0] — Bandpass Filter 🎛️ default 2500
EnhancedStereo=[1|0] — Enhanced Stereo 🎧 default 2500
ReverbType=<number> — Reverb Type 🏛️ default 2500
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data ✨

✨ Suboptions for `fa_ladspa_tap_rotspeak` ✨

RotorFrequency[Hz]=<number> — Rotor Frequency [Hz] 🎡 range 0.000..30.000, default 0.000
HornFrequency[Hz]=<number> — Horn Frequency [Hz] 📯 range 0.000..30.000, default 0.000
MicDistance[%]=<number> — Mic Distance [%] 🎤 range 0.000..100.000, default 25.000
Rotor/HornMix=<number> — Rotor/Horn Mix 🎚️ range 0.000..1.000, default 0.500
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 💖

✨ Suboptions for `fa_ladspa_tap_limiter` ✨

LimitLevel[dB]=<number> — Limit Level [dB] 🚧 range -30.000..20.000, default 0.000
OutputVolume[dB]=<number> — Output Volume [dB] 🔊 range -30.000..20.000, default 0.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 🌈

✨ Suboptions for `fa_ladspa_tap_sigmoid` ✨

PreGain[dB]=<number> — Pre Gain [dB] ⬆️ range -90.000..20.000, default 0.000
PostGain[dB]=<number> — Post Gain [dB] ⬇️ range -90.000..20.000, default 0.000
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 💀

✨ Suboptions for `fa_ladspa_tap_stereo_echo` ✨

LDelay[ms]=<number> — L Delay [ms] ⏳ range 0.000..2000.000, default 100.000
LFeedback[%]=<number> — L Feedback [%] 🔁 range 0.000..100.000, default 100.000
R/HaasDelay[ms]=<number> — R/Haas Delay [ms] ⏳ range 0.000..2000.000, default 100.000
R/HaasFeedback[%]=<number> — R/Haas Feedback [%] 🔁 range 0.000..100.000, default 100.000
LEchoLevel[dB]=<number> — L Echo Level [dB] 🎙️ range -70.000..10.000, default 100.000
REchoLevel[dB]=<number> — R Echo Level [dB] 🎙️ range -70.000..10.000, default 100.000
DryLevel[dB]=<number> — Dry Level [dB] 🌵 range -70.000..10.000, default 100.000
CrossMode=[1|0] — Cross Mode 🔀 default 100
HaasEffect=[1|0] — Haas Effect ✨ default 100
SwapOutputs=[1|0] — Swap Outputs 🔄 default 100
$run_adding=[1|0] — Add effect to input data 💫 default 0
$run_adding_gain=<number> — Add gain (dB) 💫 range -70.00..0.00, default 0.00. Overall gain for this filter — only valid if you add the effect to the input data 🫶

✨ Suboptions for `fa_ladspa_tap_tremolo` ✨

Frequency[Hz]=<number> — Frequency [Hz] 🌊 range 0.000..20.000, default 0.000
Depth[%]=<number> — Depth [%] 🕳️ range 0.000..100.000, default 0.000
Gain[dB]=<number> — range -70.000..20.000, default 0.000. This is the Gain [dB] knob ✨
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). This is the overall gain for this filter, and heads up bestie, it's only valid if you add the effect to the input data 👑

Suboptions for fa_ladspa_tap_tubewarmth 🎛️

Drive=<number> — range 0.100..10.000, default 2.575. Drive. 🚗
Tape--TubeBlend=<number> — range -10.000..10.000, default 10.000. Tape--Tube Blend. (yes, that's two dashes, no cap) 🎚️
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, and it's only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_tap_vibrato 🦋

Frequency[Hz]=<number> — range 0.000..30.000, default 0.000. Frequency [Hz]. 📳
Depth[%]=<number> — range 0.000..20.000, default 0.000. Depth [%]. 🌊
DryLevel[dB]=<number> — range -90.000..20.000, default -90.000. Dry Level [dB]. 🏜️
WetLevel[dB]=<number> — range -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> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_tapeDelay 📼

Tapespeed(inches/sec,1=normal)=<number> — range 0.000..10.000, default 0.000. Tape speed (inches/sec, 1=normal). 🌀
Drylevel(dB)=<number> — range -90.000..0.000, default -90.000. Dry level (dB). 🏜️
Tap1distance(inches)=<number> — range 0.000..4.000, default -90.000. Tap 1 distance (inches). (yeah, that default is what it says, we don't make the rules 😭) 📏
Tap1level(dB)=<number> — range -90.000..0.000, default -90.000. Tap 1 level (dB). 🔉
Tap2distance(inches)=<number> — range 0.000..4.000, default 1.000. Tap 2 distance (inches). 📏
Tap2level(dB)=<number> — range -90.000..0.000, default -90.000. Tap 2 level (dB). 🔉
Tap3distance(inches)=<number> — range 0.000..4.000, default 2.000. Tap 3 distance (inches). 📏
Tap3level(dB)=<number> — range -90.000..0.000, default -90.000. Tap 3 level (dB). 🔉
Tap4distance(inches)=<number> — range 0.000..4.000, default 3.000. Tap 4 distance (inches). 📏
Tap4level(dB)=<number> — range -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> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_transient ⚡

Attackspeed=<number> — range -1.000..1.000, default 0.000. Attack speed. 💥
Sustaintime=<number> — range -1.000..1.000, default 0.000. Sustain time. 🕰️
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_triplePara 🌈

Low-shelvinggain(dB)=<number> — range -70.000..30.000, default 0.000. Low-shelving gain (dB). 📉📈
Low-shelvingfrequency(Hz)=<number> — range 0.000..0.490, default 0.000. Low-shelving frequency (Hz). 🎚️
Low-shelvingslope=<number> — range 0.000..1.000, default 0.500. Low-shelving slope. ⛷️
Band1gain(dB)=<number> — range -70.000..30.000, default 0.500. Band 1 gain (dB). 🎶
Band1frequency(Hz)=<number> — range 0.000..0.490, default 0.001. Band 1 frequency (Hz). 🎶
Band1bandwidth(octaves)=<number> — range 0.000..4.000, default 0.001. Band 1 bandwidth (octaves). 🎶
Band2gain(dB)=<number> — range -70.000..30.000, default 0.001. Band 2 gain (dB). 🎶
Band2frequency(Hz)=<number> — range 0.000..0.490, default 0.007. Band 2 frequency (Hz). 🎶
Band2bandwidth(octaves)=<number> — range 0.000..4.000, default 0.007. Band 2 bandwidth (octaves). 🎶
Band3gain(dB)=<number> — range -70.000..30.000, default 0.007. Band 3 gain (dB). 🎶
Band3frequency(Hz)=<number> — range 0.000..0.490, default 0.059. Band 3 frequency (Hz). 🎶
Band3bandwidth(octaves)=<number> — range 0.000..4.000, default 0.059. Band 3 bandwidth (octaves). 🎶
High-shelvinggain(dB)=<number> — range -70.000..30.000, default 0.059. High-shelving gain (dB). 📉📈
High-shelvingfrequency(Hz)=<number> — range 0.000..0.490, default 0.490. High-shelving frequency (Hz). 🎚️
High-shelvingslope=<number> — range 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> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_valveRect 🎺

Saglevel=<number> — range 0.000..1.000, default 0.000. Sag level. 🫠
Distortion=<number> — range 0.000..1.000, default 0.000. Distortion. 🔥
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_valve 🔥

Distortionlevel=<number> — range 0.000..1.000, default 0.000. Distortion level. 🔥
Distortioncharacter=<number> — range 0.000..1.000, default 0.000. Distortion character. 😈
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_vocoder 🤖

Numberofbands=<number> — default 0. Number of bands. 🎚️
Left/Right=<number> — default 0. Left/Right. ↔️
Band1Level=<number> — range 0.000..1.000, default 0.000. Band 1 Level. 🎶
Band2Level=<number> — range 0.000..1.000, default 0.000. Band 2 Level. 🎶
Band3Level=<number> — range 0.000..1.000, default 0.000. Band 3 Level. 🎶
Band4Level=<number> — range 0.000..1.000, default 0.000. Band 4 Level. 🎶
Band5Level=<number> — range 0.000..1.000, default 0.000. Band 5 Level. 🎶
Band6Level=<number> — range 0.000..1.000, default 0.000. Band 6 Level. 🎶
Band7Level=<number> — range 0.000..1.000, default 0.000. Band 7 Level. 🎶
Band8Level=<number> — range 0.000..1.000, default 0.000. Band 8 Level. 🎶
Band9Level=<number> — range 0.000..1.000, default 0.000. Band 9 Level. 🎶
Band10Level=<number> — range 0.000..1.000, default 0.000. Band 10 Level. 🎶
Band11Level=<number> — range 0.000..1.000, default 0.000. Band 11 Level. 🎶
Band12Level=<number> — range 0.000..1.000, default 0.000. Band 12 Level. 🎶
Band13Level=<number> — range 0.000..1.000, default 0.000. Band 13 Level. 🎶
Band14Level=<number> — range 0.000..1.000, default 0.000. Band 14 Level. 🎶
Band15Level=<number> — range 0.000..1.000, default 0.000. Band 15 Level. 🎶
Band16Level=<number> — range 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> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_volume 🔊

volume=<number> — range -90.00..20.00, default 0.00. Volume. (just the one knob bestie, and that's it 💅)

Suboptions for fa_ladspa_vynil 🎵

Year=<number> — range 1900.000..1990.000, default 1990.000. Year. 📅
RPM=<number> — range 33.000..78.000, default 33.000. RPM. 💿
Surfacewarping=<number> — range 0.000..1.000, default 33.000. Surface warping. (yes, default is 33.000 even though the range tops out at 1.000 — that's literally what the page says 🙈)
Crackle=<number> — range 0.000..1.000, default 33.000. Crackle. 🍳
Wear=<number> — range 0.000..1.000, default 33.000. Wear. 🧥
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_shaper 🪄

Waveshape=<number> — range -10.000..10.000, default 0.000. Waveshape. 🌊
$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

Suboptions for fa_ladspa_zm1 🎀

$run_adding=[1|0] — default 0. Add effect to input data. 💫
$run_adding_gain=<number> — range -70.00..0.00, default 0.00. Add gain (dB). Overall gain for this filter, only valid if you add the effect to the input data. 👑

-vf <video filter options> — Set video filter options 🎬

The whole thing looks like this:

f={option[{suboptions}][:option[{suboptions}]...]}

Supported options, and bestie there are so many:

fv_onedtv fv_agingtv fv_baltantv fv_blur fv_brokentv fv_burningtv
fv_chameleontv fv_colorbalance fv_colstreaktv fv_cropscale fv_cycletv
fv_decimate fv_deinterlace fv_dicetv fv_difftv fv_tcdisplay
fv_displaywalltv fv_dottv fv_edgetv fv_edgeblurtv fv_equalizer fv_firetv
fv_flip fv_framerate fv_pixelformat fv_interlace fv_invert fv_lenstv
fv_lifetv fv_matrixtv fv_mosaictv fv_halftv fv_nervoustv fv_noisetv
fv_oldcolor fv_optv fv_puptv fv_quarktv fv_colormatrix_rgb fv_rdstv
fv_revtv fv_rippletv fv_rndmtv fv_shagadelictv fv_shift fv_simuratv
fv_slofasttv fv_sparktv fv_spiraltv fv_streaktv fv_swapfields fv_tlp
fv_textlogo fv_timedisttv fv_transform fv_transformtv fv_tctweak
fv_vertigotv fv_warholtv fv_warptv fv_colormatrix_yuv fv_zoom

Video Filters 🎥✨

Suboptions for fv_blur 🌫️

mode=<string> — Supported strings: gauss triangular box. Default: gauss. Mode. 🫧
radius_h=<number> — range 0.5..50.0, default 0.5. Horizontal radius. ↔️
radius_v=<number> — range 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. 🔲

Suboptions for fv_burningtv 🔥📺

mode=<string> — Supported strings: fg all. Default: all. Mode. 🎞️

Suboptions for fv_chameleontv 🦎

mode=<string> — Supported strings: app disapp. Default: disapp. Mode. 🫥

Suboptions for fv_colorbalance 🎨

r=<number> — range 0.00..2.00, default 1.00. Red gain. ❤️
g=<number> — range 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. Normalizes for constant luminance, bestie. That's the whole vibe. ✨

🌈 Suboptions for `fv_colstreaktv` 🌈

blendnum=<number> (1..10, default: 4) — Blend num 🌀

🌸 Suboptions for `fv_cropscale` 🌸

crl=<number> (0.000..100000.000, default: 0.000) — Crop left. Cut this many pixels off the left border of the source images. Bye bye, left edge 🫶
crr=<number> (0.000..100000.000, default: 0.000) — Crop right. Cut this many pixels off the right border of the source images.
crt=<number> (0.000..100000.000, default: 0.000) — Crop top. Cut this many pixels off the top border of the source images.
crb=<number> (0.000..100000.000, default: 0.000) — Crop bottom. Cut this many pixels off the bottom border of the source images.
s=<string> — Image size. Sets the output image size, fr fr. And if you want a size that's fully user defined, you gotta give me the width AND the height AND the pixel width AND the pixel height. No half measures 💅

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

w=<number> (1..100000, default: 640) — User defined width. Your width, in pixels. Only does anything if you picked User defined for the image size. iykyk 👑
h=<number> (1..100000, default: 480) — User defined height. Your height, in pixels. Only meaningful if you selected User defined for the image size.
sw=<number> (1..100000, default: 1) — 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. Only meaningful if you selected User defined for the image size.
ka=[1|0] (default: 1) — Maintain aspect ratio. Keeps the aspect ratio looking the same as in the source, which probably means extra borders show up. That's just the tradeoff, periodt ✨
bc=<r>,<g>, (default: 0.000,0.000,0.000) — Border color. <r>, <g> and  are in the range 0.0..1.0. It's the color of the image borders 🎀
squeeze=<number> (-1.000..1.000, default: 0.000) — Squeeze 🍓
zoom=<number> (20..180, default: 100) — Zoom 🔍
sm=<string> (Default: auto) — Scale mode. Picks the scaling method for you. Auto means it chooses based on the conversion quality. Nearest is the fastest, and Sinc with a Lanczos window is the slowest. Pick your fighter ⚔️

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

so=<number> (4..1000, default: 4) — Scale order. The order for sinc scaling.
downscale_filter=<string> (Default: auto) — Antialiasing for downscaling. Tells it which antialiasing filter to use when it's downscaling images.

Supported strings: auto none wide gauss

downscale_blur=<number> (0.00..2.00, default: 1.00) — Blur factor for downscaling. How much blurring gets applied when downscaling. Smaller values can speed up scaling, but heads up bestie — they might result in strong aliasing 😭
chroma_output=<string> (Default: from_input) — Chroma output. Sets the output chroma format to whatever the destination is. This can save you one chroma scaling operation later on, which is a whole win. It only works if the input pixelformat is otherwise compatible with the output, tho 🦋

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

deinterlace=<string> (Default: never) — Deinterlace 🧚

Supported strings: never auto always

ddm=<string> (Default: top) — Drop mode. Specifies which field the deinterlacer should drop.

Supported strings: top bottom

🌈 Suboptions for `fv_decimate` 🌈

threshold_block=<number> (0.00..1.00, default: 0.00) — Block threshold. How much a block may differ from the last non-skipped block. 0 means identical blocks, 1 means completely different blocks. And note that the meaning of "completely different" depends on the colorspace 👀
threshold_total=<number> (0.00..1.00, default: 0.00) — Total threshold. How much a frame may differ from the last non-skipped frame. 0 means identical frames, 1 means completely different frames. Same disclaimer — the meaning of "completely different" depends on the colorspace.
skip_max=<number> (1..500, default: 10) — Maximum skipped frames. The max number of consecutive skipped frames, no more than this.
do_log=[1|0] (default: 0) — Report results. Logs reports about the skipped frames 📝

🌈 Suboptions for `fv_deinterlace` 🌈

method=<string> (Default: none) — Method 🪄

Supported strings: none copy scale_hw scale_sw blend yadif yadif_fast

force=[1|0] (default: 0) — Force deinterlacing. Always performs deinterlacing, even if the source format is pretending to be progressive. Not me catching the format in a lie 💀
output_mode=<string> (Default: top) — Output mode. Specifies which field to output. And real talk: outputting both fields is not always supported.

Supported strings: top bottom first second both

sm=<string> (Default: auto) — Scale mode. Choose the scaling method. Auto means it chooses based on the conversion quality. Nearest is fastest, Sinc with a Lanczos window is slowest.

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

so=<number> (4..1000, default: 4) — Scale order. Order for sinc scaling.

🌈 Suboptions for `fv_dicetv` 🌈

g_cube_bits=<number> (0..5, default: 4) — Square Size 🎲

🌈 Suboptions for `fv_difftv` 🌈

tolerance=<number> (0..255, default: 10) — Tolerance 🍓

🌈 Suboptions for `fv_tcdisplay` 🌈

interpolate=[1|0] (default: 1) — Interpolate missing. Interpolates the missing timecodes ⏱️
color=<r>,<g>,,<a> (default: 1.000,1.000,1.000,1.000) — Text color. <r>, <g>,  and <a> are in the range 0.0..1.0 💖
border_color=<r>,<g>, (default: 0.000,0.000,0.000) — Border color. <r>, <g> and  are in the range 0.0..1.0.
border_width=<number> (0.00..10.00, default: 2.00) — Border width.
font=<string> (Default: Courier-20) — Font ✍️
justify_h=<string> (Default: right) — Horizontal justify

Supported strings: center left right

justify_v=<string> (Default: top) — Vertical justify

Supported strings: center top bottom

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.

🌈 Suboptions for `fv_displaywalltv` 🌈

scale=<number> (1..9, default: 3) — Scale 🔍
speedx=<number> (-100..100, default: 10) — Horizontal scroll speed 🏃‍♀️
speedy=<number> (-100..100, default: 10) — Vertical scroll speed 🏃‍♀️

🌈 Suboptions for `fv_dottv` 🌈

mode=<string> (Default: dots) — Mode ✨

Supported strings: dots hearts

🌈 Suboptions for `fv_edgeblurtv` 🌈

color=<r>,<g>, (default: 1.000,1.000,1.000) — Color. <r>, <g> and  are in the range 0.0..1.0 💜

🌈 Suboptions for `fv_equalizer` 🌈

brightness=<number> (-10.0..10.0, default: 0.0) — 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 🎨

🌈 Suboptions for `fv_firetv` 🌈

mode=<string> (Default: all) — Mode 🔥

Supported strings: fg light dark

🌈 Suboptions for `fv_flip` 🌈

flip_h=[1|0] (default: 0) — Flip horizontally ↔️
flip_v=[1|0] (default: 0) — Flip vertically ↕️

🌈 Suboptions for `fv_framerate` 🌈

framerate=<string> (Default: from_source) — Framerate. The output framerate. For a user defined framerate, enter the timescale and frame duration below — remember, framerate = timescale / frame duration 🧮

Supported strings: from_source user_defined 23_976 24 25 29_970 30 50 59_940 60

timescale=<number> (1..100000, default: 25) — Timescale. The timescale for a user defined output framerate (Framerate = timescale / frame duration).
frame_duration=<number> (1..100000, default: 1) — Frame duration. The frame duration for a user defined output framerate (Framerate = timescale / frame duration).

🌈 Suboptions for `fv_pixelformat` 🌈

fmt=<string> (Default: yuv420p8) — Pixelformat 🖼️

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

🌈 Suboptions for `fv_interlace` 🌈

field_order=<string> (Default: top) — Output field order 📺

Supported strings: top bottom

🌈 Suboptions for `fv_invert` 🌈

r=[1|0] (default: 1) — Invert red ❤️
g=[1|0] (default: 1) — Invert green 💚
b=[1|0] (default: 1) — Invert blue 💙
a=[1|0] (default: 1) — Invert alpha 👻

🌈 Suboptions for `fv_lenstv` 🌈

x=<number> (0.00..1.00, default: 0.25) — 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 🔍

🌈 Suboptions for `fv_matrixtv` 🌈

mode=[1|0] (default: 0) — Blend 🟩

🌈 Suboptions for `fv_halftv` 🌈

mode=<string> (Default: delay) — Mode ✨

Supported strings: delay scratch nervous

direction=<string> (Default: right) — Direction ➡️

Supported strings: left right top bottom

mirror=<string> (Default: mirror) — Mirror 🪞

Supported strings: normal mirror copy

delay=<number> (0..31, default: 10) — Delay 🕐

Suboptions for `fv_nervoustv`

mode=<string> — Mode. Supported strings: random scratch. Default: random ✨

Suboptions for `fv_oldcolor`

style=<string> — Style. Supported strings: bw tech1 tech2. Default: tech1 🎀
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 💙

Suboptions for `fv_optv`

mode=<string> — Mode. Supported strings: maelstrom radiation perspective vertical. Default: maelstrom 🌪️
speed=<number> (-64..64, default: 16) — Speed

Suboptions for `fv_puptv`

mode=<string> — Mode. Supported strings: horizontal vertical diagonal dissolution random raster. Default: horizontal
strength=<number> (0.00..1.00, default: 0.20) — Strength

Suboptions for `fv_colormatrix_rgb`

r_to_r=<number> (-2.000..2.000, default: 1.000) — 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

Suboptions for `fv_rdstv`

method=<string> — Method. Supported strings: wall cross. Default: wall

Suboptions for `fv_revtv`

fg_color=<r>,<g>, (default: 1.000,1.000,1.000) — Line color. <r>, <g> and  are in the range 0.0..1.0 🌈
bg_color=<r>,<g>, (default: 0.000,0.000,0.000) — Background. <r>, <g> and  are in the range 0.0..1.0 🌈
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

Suboptions for `fv_rippletv`

mode=<string> — Mode. Supported strings: motion rain. Default: motion 💧
loopnum=<number> (1..5, default: 2) — Speed
strength=<number> (1..10, default: 8) — Strength
decay_cfg=<number> (1..15, default: 8) — Decay

Suboptions for `fv_rndmtv`

rmode=[1|0] (default: 1) — Color

Suboptions for `fv_shagadelictv`

mask_r=[1|0] (default: 1) — Red mask ❤️
mask_g=[1|0] (default: 1) — Green mask 💚
mask_b=[1|0] (default: 1) — Blue mask 💙

Suboptions for `fv_shift`

shift=<number> (0..8, default: 0) — Bits to shift

Suboptions for `fv_simuratv`

color=<r>,<g>, (default: 0.000,0.000,0.000) — Color. <r>, <g> and  are in the range 0.0..1.0 🌈
mirror_mode=<string> — Mirror mode. Supported strings: no l r d dl dr u ul ur. Default: no 🪞

Suboptions for `fv_sparktv`

mode=<string> — Mode. Supported strings: fg light dark. Default: all ✨

Suboptions for `fv_spiraltv`

mode=<string> — Mode. Supported strings: Concentric A Sawtooth Up Sawtooth Down Triangle Sinusoidal Concentric B Lens Flat. Default: Concentric A 🌀
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

Suboptions for `fv_tlp`

factor=<number> (0.00..1.00, default: 0.50) — Strength

Heads up: 0 means no effect, 1 means maximum (= still image) 🫶

quality=<number> (1..5, default: 2) — Quality

Suboptions for `fv_textlogo`

text=<string> (Default: Enter text) — Text. Text to display 📝
color=<r>,<g>,,<a> (default: 1.000,1.000,1.000,1.000) — Text color. <r>, <g>,  and <a> are in the range 0.0..1.0 🌈
border_color=<r>,<g>, (default: 0.000,0.000,0.000) — Border color. <r>, <g> and  are in the range 0.0..1.0 🌈
border_width=<number> (0.00..10.00, default: 2.00) — Border width
font=<string> (Default: Courier-20) — Font 🔤
justify_h=<string> — Horizontal justify. Supported strings: center left right. Default: right
justify_v=<string> — Vertical justify. Supported strings: center top bottom. Default: top
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

Suboptions for `fv_transform`

tm=<string> — Transformation mode. Supported strings: rotate affine perspective lens_effect whirl. Default: rotate

Choose Transformation method. Each method can be configured in it's section. ✨

im=<string> — Interpolation mode. Supported strings: auto nearest bilinear quadratic cubic_bspline. Default: auto

Choose interpolation method. Auto means to choose based on the conversion quality. Nearest is fastest, Bicubic is slowest. ⚡

bg_color=<r>,<g>,,<a> (default: 0.000,0.000,0.000,1.000) — Background color. <r>, <g>,  and <a> are in the range 0.0..1.0 🌈
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) — Top left. Top left corner in normalized image coordinates. <r>, <g> and  are in the range 0.0..1.0 🌈
perspective_tr=<x>,<y> (default: 1.000,0.000) — Top right. Top right corner in normalized image coordinates. <r>, <g> and  are in the range 0.0..1.0 🌈
perspective_bl=<x>,<y> (default: 0.000,1.000) — Bottom left. Bottom left corner in normalized image coordinates. <r>, <g> and  are in the range 0.0..1.0 🌈
perspective_br=<x>,<y> (default: 1.000,1.000) — Bottom right. Bottom right corner in normalized image coordinates. <r>, <g> and  are in the range 0.0..1.0 🌈
lens_effect_pos=<x>,<y> (default: 0.500,0.500) — Position. Center of the lens. <r>, <g> and  are in the range 0.0..1.0 🌈
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) — Center. <r>, <g> and  are in the range 0.0..1.0 🌈
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

Suboptions for `fv_transformtv`

transform=<number> (0..5, default: 0) — Transformation

Suboptions for `fv_tctweak`

mode=<string> — Mode. Supported strings: off interpolate remove_redundant remove_all add add_first. Default: off ⏱️
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

Suboptions for `fv_vertigotv`

phase_increment=<number> (0.01..1.00, default: 0.02) — Phase increment
zoomrate=<number> (1.01..1.10, default: 1.01) — Zoom rate

Suboptions for `fv_colormatrix_yuv`

y_to_y=<number> (-2.000..2.000, default: 1.000) — Luminance -> Luminance ✨

Okay so the colormatrix matrix keeps going, bestie, and every single cell matters 💅 here's the rest of it:

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

Force alpha is the glow-up option ✨ it lets you create a video with an alpha channel even if the input format has no alpha channel at all. Use it to generate the alpha channel from other channels using the colormatrix. No cap.

🌸 Suboptions for `fv_zoom` 🌸

zoom_h=number (0.50..2.00, default: 1.00) — Zoom horizontally
zoom_v=number (0.50..2.00, default: 1.00) — Zoom vertically
sm=string — Scale mode

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

So scale mode is literally just picking your scaling method, and auto means it chooses based on the conversion quality. nearest is the fastest, and sinc with a Lanczos window is the slowest. Choose your fighter 🎀

so=number (4..1000, default: 4) — Scale order

Order for sinc scaling.

downscale_filter=string — Antialiasing for downscaling

Supported strings: auto none wide gauss

Default: auto

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. lowkey a tradeoff, bestie

quality=number (1..5, default: 2) — Quality
bg_color=<r>,<g>,,<a> (default: 0.000,0.000,0.000,1.000) — Background color

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

🦋 `-vm` <video monitor options> 🦋

Set video monitor options.

do_monitor=[1|0] (default: 1) — Enable monitor
plugin=option[{suboptions}] — Plugin

Supported options: ov_x11 ov_v4l2

Default: ov_x11

✨ Suboptions for `plugin=ov_x11` ✨

auto_resize=[1|0] (default: 1) — 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. iykyk

background_color=<r>,<g>, (default: 0.000,0.000,0.000) — Background color

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

Specify the background color for videos with alpha channel. This is only used by the OpenGL driver.

scale_mode=string — Scale mode

Supported strings: auto nearest bilinear quadratic cubic_bspline cubic_mitchell cubic_catmull sinc_lanczos

Default: auto

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 💅

🌈 Suboptions for `plugin=ov_v4l2` 🌈

device=option[{suboptions}] — V4L2 Device

Supported options: <None>

Default: (null)

force_rw=[1|0] (default: 1) — Force write

Don't use memory mapping.

💖 `-enc` <encoding_options> 💖

Set encoding options.

ae=option[{suboptions}] — Audio

Supported options: $to_video e_wav e_faac b_lame e_vorbis e_lame e_flac e_ffmpeg_audio e_opus e_speex

Default: e_wav

🎀 Suboptions for `ae=e_wav` 🎀

format=string — Format

Supported strings: wav raw

Default: waw

write_info_chunk=[1|0] (default: 1) — Write info chunk
bits=string — Bits per sample

Supported strings: 8 16 24 32

Default: 16

be=[1|0] (default: 0) — Output big endian (Raw only)

🌸 Suboptions for `ae=e_faac` 🌸

do_id3v1=[1|0] (default: 1) — Write ID3V1.1 tag
do_id3v2=[1|0] (default: 1) — Write ID3V2 tag
id3v2_charset=string — ID3V2 Encoding

Supported strings: 0 1 2 3

Default: 3

object_type=string — Object type

Supported strings: mpeg4_lc mpeg2_lc mpeg4_main mpeg4_lc mpeg4_ltp

Default: mpeg4_main

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 — Block types

Supported strings: Both No short No long

Default: Both

tns=[1|0] (default: 0) — Use temporal noise shaping
no_midside=[1|0] (default: 0) — Don't use mid/side coding

🦋 Suboptions for `ae=b_lame` 🦋

server=string (Default: localhost) — 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 — Stereo mode

Supported strings: Stereo Joint stereo Auto

Default: Auto

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.

✨ Suboptions for `ae=e_vorbis` ✨

bitrate_mode=string — Bitrate mode

Supported strings: vbr vbr_bitrate managed

Default: VBR

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.

💜 Suboptions for `ae=e_lame` 💜

do_id3v1=[1|0] (default: 1) — Write ID3V1.1 tag
do_id3v2=[1|0] (default: 1) — Write ID3V2 tag
id3v2_charset=string — ID3V2 Encoding

Supported strings: 0 3

Default: 3

add_cover=[1|0] (default: 1) — Add cover to ID3V2 tag if available
bitrate_mode=string — Bitrate mode

Supported strings: CBR ABR VBR

Default: CBR

stereo_mode=string — Stereo mode

Supported strings: Stereo Joint stereo Auto

Default: Auto

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.

🌈 Suboptions for `ae=e_flac` 🌈

use_vorbis_comment=[1|0] (default: 1) — 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 — Bits

Supported strings: 8 12 16 20 24

Default: 16

compression_level=number (0..8, default: 8) — Compression Level

0: Fastest encoding, biggest files. 8: Slowest encoding, smallest files.

🎀 Suboptions for `ae=e_ffmpeg_audio` 🎀

format=string — Format

Supported strings: au ac3 aiff mp2 asf adts

Default: au

codec=option[{suboptions}] — Codec

Supported options: pcm_mulaw pcm_s16be pcm_alaw ac3 pcm_s8 mp2 wma2 wma1 libfaac

Default: pcm_mulaw

Suboptions for `codec=ac3` 🎬

ff_bit_rate_str=<string> — the bit rate, in kbps, bestie.
- Supported strings: 32 40 48 56 64 80 96 112 128 160 192 224 256 320 384 448 512 576 640
- Default: 128

Suboptions for `codec=mp2` 💿

ff_bit_rate_str=<string> — bit rate in kbps, same deal.
- Supported strings: 32 48 56 64 80 96 112 128 160 192 224 256 320 384
- Default: 128

Suboptions for `codec=wma2` 🪟

ff_bit_rate_str=<string> — bit rate in kbps.
- Supported strings: 24 48 64 96 128
- Default: 128

Suboptions for `codec=wma1` 🪟

ff_bit_rate_str=<string> — bit rate in kbps.
- Supported strings: 24 48 64 96 128
- Default: 128

Suboptions for `codec=libfaac` 🎀

faac_profile=<string> — the profile.
- Supported strings: main lc ssr ltp
- Default: lc
ff_bit_rate_audio=<number> — bit rate in kbps. (default: 0)
faac_quality=<number> — quality, aka quantizer quality. Range 10..500, default 100.

Suboptions for `ae=e_opus` 💜

application=<string> — the application.
- Supported strings: audio voip
- Default: audio
bitrate_mode=<string> — bitrate mode (yes, the label says bitrate mode twice, she's thorough like that).
- Supported strings: vbr cvbr cbr
- Default: vbr
bitrate=<number> — bitrate, in bps. 0 means auto. Range 0..512000, default 0.
complexity=<number> — encoding complexity. Range 1..10, default 10.
frame_size=<string> — frame size, in ms.
- Supported strings: 25 50 100 200 400 600
- Default: 200
- 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] — enable discontinuous transmission. (default: 0)
inband_fec=[1|0] — enable inband forward error correction. (default: 0)
bandwidth=<string> — the bandwidth.
- Supported strings: auto narrow medium wide superwide full
- Default: auto
loss_perc=<number> — loss percentage. Range 0..100, default 0.

Suboptions for `ae=e_speex` 🐸

mode=<string> — the Speex mode. If you select Auto, the mode will be taken from the samplerate.
- Supported strings: auto nb wb uwb
- Default: auto
quality=<number> — quality, where 10 is best. Range 0..10, default 3.
complexity=<number> — encoding complexity. Range 0..10, default 3.
nframes=<number> — frames per Ogg packet. Range 1..10, default 1.
bitrate=<number> — bitrate, in kbps. Set to 0 for selecting the standard bitrates for the encoding mode. Range 0..128, default 8.
vbr=[1|0] — variable bitrate. (default: 0)
abr_bitrate=<number> — average bitrate, in kbps. Set to 0 for disabling ABR. Range 0..128, default 0.
vad=[1|0] — use voice activity detection. (default: 0)
dtx=[1|0] — enable file-based discontinuous transmission. (default: 0)

`ve=option[{suboptions}]` 🎥

Supported options: e_singlepic e_ffmpeg_video e_oggvideo b_ogg e_ffmpeg
Default: e_singlepic

That's your video side, and she's got range. ✨

Suboptions for `ve=e_singlepic` 📸

plugin=option[{suboptions}] — the plugin.
- Supported options: iw_pnm iw_bmp iw_gavl iw_png iw_tga iw_tiff iw_jpeg
- Default: iw_pnm

Suboptions for `plugin=iw_pnm` 🖼️

format=<string> — the format.
- Supported strings: binary ascii
- Default: binary
comment=<string> — the comment which will be written in front of every file. (Default: Created with gmerlin)

Suboptions for `plugin=iw_png` 🌈

compression=<number> — compression level. Range 0..9, default 9.
bit_mode=<string> — bits per channel. If you select auto, the depth will be chosen according to the input format.
- Supported strings: Auto 8 16
- Default: 8

Suboptions for `plugin=iw_tga` 🎨

rle=[1|0] — do RLE compression. (default: 0)

Suboptions for `plugin=iw_tiff` 📄

compression=<string> — the compression.
- Supported strings: none packbits deflate jpeg
- Default: none
jpeg_quality=<number> — JPEG quality. Range 0..100, default 75.
zip_level=<number> — deflate compression level. Range 0..9, default 9.

Suboptions for `plugin=iw_jpeg` 🌸

quality=<number> — quality. Range 0..100, default 95.
chroma_sampling=<string> — chroma sampling.
- Supported strings: 4:2:0 4:2:2 4:4:4
- Default: 4:2:0
frame_digits=<number> — framenumber digits. Range 1..9, default 4.
frame_offset=<number> — framenumber offset. Range 0..1000000, default 0.

Suboptions for `ve=e_ffmpeg_video` 🎞️

format=<string> — the format.
- Supported strings: mpeg1video mpeg2video
- Default: mpeg1video
codec=option[{suboptions}] — the codec.
- Supported options: mpeg1video mpeg2video
- Default: mpeg1video

Suboptions for `codec=mpeg1video` 🔥

okay bestie, grab a snack, this one's a whole saga. 🍓

gop_size=<number> — GOP size (0 = intra only). Range 0..300, default 250.
ff_scenechange_threshold=<number> — scenechange threshold. Threshold for scene change detection. Negative values mean more sensitivity (more keyframes). Range -1000000000..1000000000, default 0.
ff_flag_closed_gop=[1|0] — close all GOPs. (default: 0)
ff_flag2_strict_gop=[1|0] — strictly enforce GOP size. (default: 0)
ff_max_b_frames=<number> — max B-Frames. Maximum number of B-frames between non B-frames. (default: 0)
ff_b_frame_strategy=[1|0] — avoid B-frames in high motion scenes. (default: 0)
ff_bit_rate_video=<number> — bit rate in kbps. (default: 800)
ff_bit_rate_tolerance=<number> — bitrate tolerance in kbps. Number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding. (default: 8000)
ff_rc_min_rate=<number> — minimum bitrate in kbps. Minimum bitrate (0 means arbitrary). (default: 0)
ff_rc_max_rate=<number> — maximum bitrate in kbps. Maximum bitrate (0 means arbitrary). (default: 0)
ff_rc_buffer_size=<number> — RC buffer size. Decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified. (default: 0)
ff_rc_initial_cplx=<number> — initial RC complexity. Range 0.0..99.0, default 0.0.
ff_rc_initial_buffer_occupancy=<number> — initial RC buffer occupancy. Number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size. (default: 0)
ff_qmin=<number> — minimum quantizer scale. Range 0..31, default 2.
ff_qmax=<number> — maximum quantizer scale. Range 0..31, default 31.
ff_max_qdiff=<number> — maximum quantizer difference. Maximum quantizer difference between frames. Range 0..31, default 3.
ff_flag_qscale=[1|0] — use fixed quantizer, aka use fixed quality encoding. (default: 0)
ff_qscale=<number> — fixed quantizer. Quantizer for fixed quality encoding. Lower means better, 1 is not recommended. Range 1..31, default 10.
ff_qcompress=<number> — quantizer compression. Amount of qscale change between easy & hard scenes. Range 0.00..1.00, default 0.50.
ff_qblur=<number> — quantizer blur. Amount of qscale smoothing over time. Range 0.00..1.00, default 0.00.
ff_trellis=[1|0] — use trellis quantization (improves quality). (default: 0)
ff_i_quant_factor=<number> — I quantizer factor. Quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). Range -31.0..31.0, default -0.8.
ff_i_quant_offset=<number> — I quantizer offset. Quantizer offset between P-frames and I-frames. Range 0.0..31.0, default 0.0.
ff_b_quant_factor=<number> — B quantizer factor. Quantizer factor between B-frames and non-B-frames. Range -31.00..31.00, default 1.25.
ff_b_quant_offset=<number> — B quantizer offset. Quantizer offset between B-frames and non-B-frames if > 0 then the last p frame quantizer will be used (q= lastp_q*factor+offset) if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). Range 0.00..31.00, default 1.25.
ff_me_method=<string> — motion estimation method.
- Supported strings: Zero Phods Log X1 Epzs Full
- Default: Zero
ff_me_cmp=<string> — ME compare function.
- Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE
- Default: SAD
- Motion estimation compare function.
 - SAD: Sum of absolute differences
 - SSE: Sum of squared errors
 - SATD: Sum of absolute Hadamard transformed differences
 - DCT: Sum of absolute DCT transformed differences
 - PSNR: Sum of squared quantization errors (low quality)
 - BIT: Number of bits needed for the block
 - RD: Rate distortion optimal (slow)
 - ZERO: 0
 - VSAD: Sum of absolute vertical differences
 - VSSE: Sum of squared vertical differences
 - NSSE: Noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] — enable chroma ME compare. (default: 0)
ff_me_range=<number> — motion estimation range. Motion estimation search range (0 means unlimited). Range 0..1000, default 0.
ff_me_threshold=<number> — ME Theshold. Motion estimation threshold. under which no motion estimation is performed, but instead the user specified motion vectors are used. Range 0..4000000, default 0.
ff_mb_decision=<string> — MB decision mode.
- Supported strings: Use compare function Fewest bits Rate distoration
- Default: Use compare function
ff_dia_size=<number> — ME diamond size & shape. Motion estimation diamond size. Negative means shape adaptive. Range -9..9, default 0.
ff_pre_me=<number> — ME pre-pass. Motion estimation pre-pass 0: disabled 1: only after I-frames 2: always. Range 0..2, default 0.
ff_me_pre_cmp=<string> — the ME pre-pass compare function, bestie. The strings it vibes with are: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default? SAD. 💅
- SAD: sum of absolute differences
- SSE: sum of squared errors
- SATD: sum of absolute Hadamard transformed differences
- DCT: sum of absolute DCT transformed differences
- PSNR: sum of squared quantization errors (low quality, ngl)
- BIT: number of bits needed for the block
- RD: rate distortion optimal (slow, but iconic)
- ZERO: literally 0
- VSAD: sum of absolute vertical differences
- VSSE: sum of squared vertical differences
- NSSE: noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — turns on chroma ME pre-pass compare. ✨
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape. Motion estimation pre-pass diamond size, and a negative value means shape adaptive. 🦋
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking. It encodes the very bright parts of your image with reduced quality. 0 means disabled, and 0-0.3 is a sane range. 🌸
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking. Encodes the very dark image parts with reduced quality. 0 means disabled, and 0-0.3 is a sane range. 🌙
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking. Encodes the very fast moving image parts with reduced quality. 0 means disabled. 💨
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — spatial complexity masking. Encodes the very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range. 🧚
ff_border_masking=<number> (0.00..1.00, default: 0.00) — border masking. Encodes the image parts near the border with reduced quality. 0 means disabled. 🎀
ff_p_masking=<number> (0.00..1.00, default: 0.00) — inter block masking. Encodes inter blocks with reduced quality (which ups the quality of intra blocks). 0 means disabled, and 1 will double the bits allocated for intra blocks. 👑
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance, and the levels are:
- 2: strictly conform to an older, more strict version of the spec or reference software
- 1: strictly conform to all the things in the spec no matter what consequences
- 0: default
- -1: allow unofficial extensions
- -2: allow non standarized experimental things
ff_noise_reduction=<number> (0..2000, default: 0) — noise reduction. 🔇
ff_flag_gray=[1|0] (default: 0) — grayscale mode. 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff. Use only bitexact stuff (except (i)dct).

🌈 Suboptions for `codec=mpeg2video` 🌈

gop_size=<number> (0..300, default: 250) — GOP size (0 = intra only).
ff_scenechange_threshold=<number> (-1000000000..1000000000, default: 0) — scenechange threshold. Threshold for scene change detection. Negative values mean more sensitivity (so, more keyframes). 🔥
ff_flag_closed_gop=[1|0] (default: 0) — close all GOPs.
ff_flag2_strict_gop=[1|0] (default: 0) — strictly enforce GOP size.
ff_max_b_frames=<number> (default: 0) — max B-Frames. Maximum number of B-frames between non B-frames.
ff_b_frame_strategy=[1|0] (default: 0) — avoid B-frames in high motion scenes.
ff_bit_rate_video=<number> (default: 800) — bit rate (kbps).
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance (kbps). Number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding.
ff_rc_min_rate=<number> (default: 0) — minimum bitrate (kbps). Minimum bitrate (0 means arbitrary).
ff_rc_max_rate=<number> (default: 0) — maximum bitrate (kbps). Maximum bitrate (0 means arbitrary).
ff_rc_buffer_size=<number> (default: 0) — RC buffer size. Decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified. 🫶
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity.
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy. Number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size.
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale.
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale.
ff_max_qdiff=<number> (0..31, default: 3) — maximum quantizer difference. Maximum quantizer difference between frames.
ff_flag_qscale=[1|0] (default: 0) — use fixed quantizer. Use fixed quality encoding.
ff_qscale=<number> (1..31, default: 10) — fixed quantizer. Quantizer for fixed quality encoding. Lower means better, 1 is not recommended. 💀
ff_qcompress=<number> (0.00..1.00, default: 0.50) — quantizer compression. Amount of qscale change between easy & hard scenes.
ff_qblur=<number> (0.00..1.00, default: 0.00) — quantizer blur. Amount of qscale smoothing over time.
ff_trellis=[1|0] (default: 0) — use trellis quantization. Use trellis quantization (improves quality). ✨
ff_i_quant_factor=<number> (-31.0..31.0, default: -0.8) — I quantizer factor. Quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset).
ff_i_quant_offset=<number> (0.0..31.0, default: 0.0) — I quantizer offset. Quantizer offset between P-frames and I-frames.
ff_b_quant_factor=<number> (-31.00..31.00, default: 1.25) — B quantizer factor. Quantizer factor between B-frames and non-B-frames.
ff_b_quant_offset=<number> (0.00..31.00, default: 1.25) — B quantizer offset. Quantizer offset between B-frames and non-B-frames; if > 0 then the last p frame quantizer will be used (q= lastp_q*factor+offset), if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset).
ff_me_method=<string> — motion estimation method. Supported strings: Zero Phods Log X1 Epzs Full. Default: Zero.
ff_me_cmp=<string> — ME compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD.
- SAD: sum of absolute differences
- SSE: sum of squared errors
- SATD: sum of absolute Hadamard transformed differences
- DCT: sum of absolute DCT transformed differences
- PSNR: sum of squared quantization errors (low quality)
- BIT: number of bits needed for the block
- RD: rate distortion optimal (slow)
- ZERO: 0
- VSAD: sum of absolute vertical differences
- VSSE: sum of squared vertical differences
- NSSE: noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] (default: 0) — enable chroma ME compare.
ff_me_range=<number> (0..1000, default: 0) — motion estimation range. Motion estimation search range (0 means unlimited). 🌈
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold. Motion estimation threshold — under which no motion estimation is performed, but instead the user specified motion vectors are used.
ff_mb_decision=<string> — MB decision mode. Supported strings: Use compare function Fewest bits Rate distoration. Default: Use compare function.
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape. Motion estimation diamond size. Negative means shape adaptive. 🦋
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass. Motion estimation pre-pass: 0: disabled, 1: only after I-frames, 2: always.
ff_me_pre_cmp=<string> — ME pre-pass compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD.
- SAD: sum of absolute differences
- SSE: sum of squared errors
- SATD: sum of absolute Hadamard transformed differences
- DCT: sum of absolute DCT transformed differences
- PSNR: sum of squared quantization errors (low quality)
- BIT: number of bits needed for the block
- RD: rate distortion optimal (slow)
- ZERO: 0
- VSAD: sum of absolute vertical differences
- VSSE: sum of squared vertical differences
- NSSE: noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — enable chroma ME pre-pass compare.
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape. Motion estimation pre-pass diamond size. Negative means shape adaptive.
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking. Encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking. Encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking. Encode very fast moving image parts with reduced quality. 0 means disabled.
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — spatial complexity masking. Encode very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range.
ff_border_masking=<number> (0.00..1.00, default: 0.00) — border masking. Encode image parts near the border with reduced quality. 0 means disabled.
ff_p_masking=<number> (0.00..1.00, default: 0.00) — inter block masking. Encode inter blocks with reduced quality (increases the quality of intra blocks). 0 means disabled, 1 will double the bits allocated for intra blocks.
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance.
2 — Strictly conform to a older more strict version of the spec or reference software
1 — Strictly conform to all the things in the spec no matter what consequences
0 — Default
-1 — Allow unofficial extensions
-2 — Allow non standarized experimental things
ff_noise_reduction=number (0..2000, default: 0) — noise reduction ✨
ff_flag_gray=[1|0] (default: 0) — grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff
- use only bitexact stuff (except (i)dct)

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 💅

✨ Suboptions for `ve=e_oggvideo` ✨

codec=option[{suboptions}]

Supported options: vorbis speex flacogg opus

Default: vorbis

Codec 🎀

Suboptions for `codec=vorbis`

bitrate_mode=string — bitrate mode

Supported strings: vbr vbr_bitrate managed

Default: VBR

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

Suboptions for `codec=speex`

mode=string — Speex mode

Supported strings: auto nb wb uwb

Default: auto

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

Suboptions for `codec=flacogg`

bits=string — bits

Supported strings: 8 12 16 20 24

Default: 16

compression_level=number (0..8, default: 8) — compression level

0: Fastest encoding, biggest files. 8: Slowest encoding, smallest files 🐌

Suboptions for `codec=opus`

application=string — application

Supported strings: audio voip

Default: audio

bitrate_mode=string — bitrate mode

Supported strings: vbr cvbr cbr

Default: vbr

bitrate=number (0..512000, default: 0) — bitrate

Bitrate (in bps). 0 means auto. 👑

complexity=number (1..10, default: 10) — encoding complexity
frame_size=string — frame size (ms)

Supported strings: 25 50 100 200 400 600

Default: 200

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 — bandwidth

Supported strings: auto narrow medium wide superwide full

Default: auto

loss_perc=number (0..100, default: 0) — loss percentage

codec=option[{suboptions}]

Supported options: theora schroedinger

Default: theora

Codec 🎀

Suboptions for `codec=theora`

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

Suboptions for `codec=schroedinger`

schro_rate_control=string — rate control

Supported strings: constant_noise_threshold constant_bitrate low_delay lossless constant_lambda constant_error constant_quality

Default: constant_quality

schro_bitrate=number (0..2147483647, default: 0) — bitrate
schro_max_bitrate=number (0..2147483647, default: 13824000) — max bitrate
schro_min_bitrate=number (0..2147483647, default: 13824000) — min bitrate
schro_buffer_size=number (0..2147483647, default: 0) — buffer size
schro_buffer_level=number (0..2147483647, default: 0) — buffer level
schro_quality=number (0.00..10.00, default: 5.00) — quality ✨
schro_noise_threshold=number (0.00..100.00, default: 25.00) — noise threshold
schro_enable_rdo_cbr=[1|0] (default: 1) — enable rdo cbr
schro_noise_threshold=number (0.00..100.00, default: 25.00) — noise threshold
schro_gop_structure=string — gop structure

Supported strings: adaptive intra_only backref chained_backref biref chained_biref

Default: adaptive

schro_au_distance=number (1..2147483647, default: 120) — au distance
schro_open_gop=[1|0] (default: 1) — open gop
schro_mv_precision=number (0..3, default: 0) — mv precision
schro_motion_block_size=string — motion block size

Supported strings: automatic small medium large

Default: automatic

schro_motion_block_overlap=string — motion block overlap

Supported strings: automatic none partial full

Default: automatic

schro_enable_chroma_me=[1|0] (default: 0) — enable chroma me
schro_enable_global_motion=[1|0] (default: 0) — enable global motion
schro_enable_phasecorr_estimation=[1|0] (default: 0) — enable phasecorr estimation
schro_enable_hierarchical_estimation=[1|0] (default: 1) — enable hierarchical estimation
schro_enable_zero_estimation=[1|0] (default: 0) — enable zero estimation
schro_enable_bigblock_estimation=[1|0] (default: 1) — enable bigblock estimation
schro_enable_scene_change_detection=[1|0] (default: 1) — enable scene change detection 🎬
schro_enable_deep_estimation=[1|0] (default: 1) — enable deep estimation
schro_intra_wavelet=string — intra wavelet

Supported strings: desl_dubuc_9_7 le_gall_5_3 desl_dubuc_13_7 haar_0 haar_1 fidelity daub_9_7

Default: desl_dubuc_9_7

schro_inter_wavelet=string — inter wavelet

Supported strings: desl_dubuc_9_7 le_gall_5_3 desl_dubuc_13_7 haar_0 haar_1 fidelity daub_9_7

Default: desl_dubuc_9_7

schro_filtering=string — filtering

Supported strings: none center_weighted_median gaussian add_noise adaptive_gaussian

Default: none

schro_filter_value=number (0.00..100.00, default: 5.00) — filter value
schro_force_profile=string — force profile

Supported strings: auto vc2_low_delay vc2_simple vc2_main main

Default: auto

schro_codeblock_size=<string> — how big the codeblocks are, bestie

Supported strings: automatic small medium large full

Default: automatic

schro_enable_multiquant=[1|0] — turn on multiquant (default: 0)
schro_enable_dc_multiquant=[1|0] — turn on dc multiquant (default: 0)
schro_enable_noarith=[1|0] — turn on noarith (default: 0)
schro_downsample_levels=<number> — downsample levels, range 2..8 (default: 5)
schro_transform_depth=<number> — transform depth, range 0..6 (default: 3)
default_timescale=<number> — default timescale (default: 25)

For formats that only support constant framerates, set the default timescale right here 💫

default_frame_duration=<number> — default frame duration (default: 1)

For formats that only support constant framerates, this is where you set the default frame duration, no cap

🎀 Suboptions for `ve=b_ogg` 🎀

server=<string> — Server (Default: localhost)
port=<number> — Port, range 1..65535 (default: 8000)
mount=<string> — Mount (Default: /stream.ogg)
user=<string> — User (Default: source)
password=<string> — Password 🔒
name=<string> — Name (Default: Test stream)
description=<string> — Description (Default: Brought to you by gmerlin)
genre=<string> — Genre
codec=option[{suboptions}] — Codec

Supported options: vorbis opus speex

Default: vorbis

Suboptions for `codec=vorbis`

bitrate_mode=<string> — Bitrate mode

Supported strings: vbr vbr_bitrate managed

Default: VBR

Bitrate mode explained, because it's giving options: VBR means you specify a quality and (optionally) a minimum and maximum bitrate. VBR (bitrate) means the specified nominal bitrate gets used for selecting the encoder mode. Managed means you specify a nominal bitrate and (optionally) a minimum and maximum bitrate. VBR is recommended, fr fr — managed bitrate might result in a worse quality 😭

nominal_bitrate=<number> — Nominal bitrate (kbps), range 0..1000 (default: 128)

Nominal bitrate (in kbps) for managed mode

quality=<number> — VBR Quality (10: best), range 0.0..10.0 (default: 3.0)

Quality for VBR mode. 10: best (largest output file), 0: worst (smallest output file)

min_bitrate=<number> — Minimum bitrate (kbps), range 0..1000 (default: 0)

Optional minimum bitrate (in kbps). 0 = unspecified

max_bitrate=<number> — Maximum bitrate (kbps), range 0..1000 (default: 0)

Optional maximum bitrate (in kbps). 0 = unspecified

Suboptions for `codec=opus`

application=<string> — Application

Supported strings: audio voip

Default: audio

bitrate_mode=<string> — Bitrate mode

Supported strings: vbr cvbr cbr

Default: vbr

bitrate=<number> — Bitrate, range 0..512000 (default: 0)

Bitrate (in bps). 0 means auto.

complexity=<number> — Encoding complexity, range 1..10 (default: 10)
frame_size=<string> — Frame size (ms)

Supported strings: 25 50 100 200 400 600

Default: 200

Smaller framesizes achieve lower latency but less quality at a given bitrate. Sizes greater than 20ms are only interesting at fairly low bitrates. iykyk

dtx=[1|0] — Enable discontinuous transmission (default: 0)
inband_fec=[1|0] — Enable inband forward error correction (default: 0)
bandwidth=<string> — Bandwidth

Supported strings: auto narrow medium wide superwide full

Default: auto

loss_perc=<number> — Loss percentage, range 0..100 (default: 0)

Suboptions for `codec=speex`

mode=<string> — Speex mode

Supported strings: auto nb wb uwb

Default: auto

Encoding mode. If you select Auto, the mode will be taken from the samplerate.

quality=<number> — Quality (10: best), range 0..10 (default: 3)
complexity=<number> — Encoding complexity, range 0..10 (default: 3)
nframes=<number> — Frames per Ogg packet, range 1..10 (default: 1)
bitrate=<number> — Bitrate (kbps), range 0..128 (default: 8)

Bitrate (in kbps). Set to 0 for selecting the standard bitrates for the encoding mode.

vbr=[1|0] — Variable bitrate (default: 0)
abr_bitrate=<number> — Average bitrate (kbps), range 0..128 (default: 0)

Average bitrate (in kbps). Set to 0 for disabling ABR.

vad=[1|0] — Use voice activity detection (default: 0)
dtx=[1|0] — Enable file-based discontinuous transmission (default: 0)

cbr=[1|0] — Use constant bitrate (default: 0)

For constant bitrate, choose a target bitrate. For variable bitrate, choose a nominal quality.

target_bitrate=<number> — Target bitrate (kbps), range 45..2000 (default: 250)
quality=<number> — Nominal quality, range 0..63 (default: 10)

Quality for VBR mode. 63: best (largest output file), 0: worst (smallest output file)

max_keyframe_interval=<number> — Maximum keyframe interval, range 1..1000 (default: 64)
drop_frames=[1|0] — Enable frame dropping (default: 1)

cap_overflow=[1|0] — Don't bank excess bits for later use (default: 1)

cap_underflow=[1|0] — Don't try to make up shortfalls later (default: 0)

speed=<number> — Encoding speed, range 0.00..1.00 (default: 0.00)

default_timescale=<number> — Default timescale (default: 25)

For formats that only support constant framerates, set the default timescale here

default_frame_duration=<number> — Default frame duration (default: 1)

For formats that only support constant framerates, set the default frame duration here

✨ Suboptions for `ve=e_ffmpeg` ✨

format=<string> — Format

Supported strings: avi mpeg vob dvd flv asf mpegts matroska webm mp4

Default: avi

codec=option[{suboptions}] — Codec

Supported options: pcm_s16le pcm_u8 pcm_alaw pcm_mulaw mp3 mp2 ac3 libfaac wma2 wma1 libvorbis dca

Default: pcm_s16le

Suboptions for `codec=mp3`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 32 40 48 56 64 80 96 112 128 160 192 224 256 320

Default: 128

Suboptions for `codec=mp2`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 32 48 56 64 80 96 112 128 160 192 224 256 320 384

Default: 128

Suboptions for `codec=ac3`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 32 40 48 56 64 80 96 112 128 160 192 224 256 320 384 448 512 576 640

Default: 128

Suboptions for `codec=libfaac`

faac_profile=<string> — Profile

Supported strings: main lc ssr ltp

Default: lc

ff_bit_rate_audio=<number> — Bit rate (kbps) (default: 0)
faac_quality=<number> — Quality, range 10..500 (default: 100)

Quantizer quality

Suboptions for `codec=wma2`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 24 48 64 96 128

Default: 128

Suboptions for `codec=wma1`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 24 48 64 96 128

Default: 128

Suboptions for `codec=libvorbis`

ff_bit_rate_audio=<number> — Bit rate (kbps) (default: 0)
ff_rc_min_rate=<number> — Minimum bitrate (kbps) (default: 0)

Minimum bitrate (0 means arbitrary)

ff_rc_max_rate=<number> — Maximum bitrate (kbps) (default: 0)

Maximum bitrate (0 means arbitrary)

quality=<number> — Quality, range -1..10 (default: 3)

Quantizer quality

Suboptions for `codec=dca`

ff_bit_rate_str=<string> — Bit rate (kbps)

Supported strings: 32 56 64 96 112 128 192 224 256 320 384 448 512 576 640 768 896 1024 1152 1280 1344 1408 1411200 1472 1536 1920 2048 3072 3840

Default: 1536

codec=option[{suboptions}] — Codec

Supported options: mpeg4 msmpeg4v3 mjpeg mpeg1video mpeg2video flv1 libx264 wmv1 libvpx

Default: mpeg4

Suboptions for `codec=mpeg4`

gop_size=<number> — GOP size (0 = intra only), range 0..300 (default: 250)
ff_scenechange_threshold=<number> — Scenechange threshold, range -1000000000..1000000000 (default: 0)

Threshold for scene change detection. Negative values mean more sensitivity (more keyframes)

ff_flag_closed_gop=[1|0] — Close all GOPs (default: 0)
ff_flag2_strict_gop=[1|0] — Strictly enforce GOP size (default: 0)
ff_max_b_frames=<number> — Max B-Frames (default: 0)

Maximum number of B-frames between non B-frames

ff_b_frame_strategy=[1|0] — Avoid B-frames in high motion scenes (default: 0)
ff_flag_ac_pred=[1|0] — MPEG-4 AC prediction (default: 0)
ff_bit_rate_video=<number> — Bit rate (kbps) (default: 800)
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance in kbps 🎀
- how many bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding — so if you're doing CQ, this one's just sitting there, vibing.
ff_rc_min_rate=<number> (default: 0) — minimum bitrate in kbps
- minimum bitrate (0 means arbitrary, i.e. do whatever bestie)
ff_rc_max_rate=<number> (default: 0) — maximum bitrate in kbps
- maximum bitrate (0 means arbitrary again)
ff_rc_buffer_size=<number> (default: 0) — RC buffer size 📦
- decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified. like, non-negotiable, it's giving mandatory.
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy
- number of kilobits that should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size. periodt.
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale
ff_max_qdiff=<number> (0..31, default: 3) — maximum quantizer difference
- maximum quantizer difference between frames
ff_flag_qscale=[1|0] (default: 0) — use fixed quantizer
- i.e. use fixed quality encoding ✨
ff_qscale=<number> (1..31, default: 10) — fixed quantizer
- the quantizer for fixed quality encoding. Lower means better, and 1 is not recommended — bestie please don't.
ff_qcompress=<number> (0.00..1.00, default: 0.50) — quantizer compression
- amount of qscale change between easy & hard scenes
ff_qblur=<number> (0.00..1.00, default: 0.00) — quantizer blur
- amount of qscale smoothing over time
ff_trellis=[1|0] (default: 0) — use trellis quantization
- use trellis quantization (improves quality) 💅
ff_i_quant_factor=<number> (-31.0..31.0, default: -0.8) — I quantizer factor
- quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset)
ff_i_quant_offset=<number> (0.0..31.0, default: 0.0) — I quantizer offset
- quantizer offset between P-frames and I-frames
ff_b_quant_factor=<number> (-31.00..31.00, default: 1.25) — B quantizer factor
- quantizer factor between B-frames and non-B-frames
ff_b_quant_offset=<number> (0.00..31.00, default: 1.25) — B quantizer offset
- quantizer offset between B-frames and non-B-frames if > 0 then the last p frame quantizer will be used (q= lastp_q*factor+offset) if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset)
ff_flag_cbp_rd=[1|0] (default: 0) — CBP RD
- use rate distortion optimization for cbp
ff_me_method=<string> — motion estimation method 🎯
- Supported strings: Zero Phods Log X1 Epzs Full
- Default: Zero
ff_me_cmp=<string> — ME compare function
- Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE
- Default: SAD
- motion estimation compare function, and here's the whole decoder ring bestie:
 - SAD: Sum of absolute differences
 - SSE: Sum of squared errors
 - SATD: Sum of absolute Hadamard transformed differences
 - DCT: Sum of absolute DCT transformed differences
 - PSNR: Sum of squared quantization errors (low quality)
 - BIT: Number of bits needed for the block
 - RD: Rate distortion optimal (slow) 🐌
 - ZERO: 0
 - VSAD: Sum of absolute vertical differences
 - VSSE: Sum of squared vertical differences
 - NSSE: Noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] (default: 0) — enable chroma ME compare
ff_me_range=<number> (0..1000, default: 0) — motion estimation range
- motion estimation search range (0 means unlimited, go feral)
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold 🙈
- yes it's spelled like that, we don't talk about it. Motion estimation threshold: under which no motion estimation is performed, but instead the user specified motion vectors are used.
ff_mb_decision=<string> — MB decision mode
- Supported strings: Use compare function Fewest bits Rate distoration
- Default: Use compare function
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape 💎
- motion estimation diamond size. Negative means shape adaptive.
ff_flag_4mv=[1|0] (default: 0) — 4 MV per MB allowed
- allow 4 motion vectors per macroblock (slightly better quality). Works better if MB decision mode is "Fewest bits" or "Rate distoration". ✨
ff_flag_qp_rd=[1|0] (default: 0) — QP RD
- use rate distortion optimization for qp selection
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass
- motion estimation pre-pass: 0: disabled, 1: only after I-frames, 2: always
ff_me_pre_cmp=<string> — ME pre-pass compare function
- Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE
- Default: SAD
- motion estimation pre-pass compare function. Same lineup as before, one more time for the girlies in the back:
 - SAD: Sum of absolute differences
 - SSE: Sum of squared errors
 - SATD: Sum of absolute Hadamard transformed differences
 - DCT: Sum of absolute DCT transformed differences
 - PSNR: Sum of squared quantization errors (low quality)
 - BIT: Number of bits needed for the block
 - RD: Rate distortion optimal (slow)
 - ZERO: 0
 - VSAD: Sum of absolute vertical differences
 - VSSE: Sum of squared vertical differences
 - NSSE: Noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — enable chroma ME pre-pass compare
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape 💎
- motion estimation pre-pass diamond size. Negative means shape adaptive.
ff_flag_qpel=[1|0] (default: 0) — use qpel MC
- use 1/4 pixel motion compensation. Warning: QPEL is not supported by all decoders. so like, check before you commit bestie 😭
ff_me_sub_cmp=<string> — subpixel ME compare function
- Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE
- Default: SAD
- subpixel motion estimation compare function. ok third time's the charm, the lore:
 - SAD: Sum of absolute differences
 - SSE: Sum of squared errors
 - SATD: Sum of absolute Hadamard transformed differences
 - DCT: Sum of absolute DCT transformed differences
 - PSNR: Sum of squared quantization errors (low quality)
 - BIT: Number of bits needed for the block
 - RD: Rate distortion optimal (slow)
 - ZERO: 0
 - VSAD: Sum of absolute vertical differences
 - VSSE: Sum of squared vertical differences
 - NSSE: Noise preserving sum of squared differences
ff_me_sub_cmp_chroma=[1|0] (default: 0) — enable chroma subpixel ME compare
ff_me_subpel_quality=<number> (1..8, default: 8) — subpel ME quality
- subpel motion estimation refinement quality (for qpel). Higher values mean higher quality but slower encoding — the eternal tradeoff, no cap.
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking
- encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking 🌙
- encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking
- encode very fast moving image parts with reduced quality. 0 means disabled.
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — spatial complexity masking
- encode very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range.
ff_border_masking=<number> (0.00..1.00, default: 0.00) — border masking
- encode image parts near the border with reduced quality. 0 means disabled
ff_p_masking=<number> (0.00..1.00, default: 0.00) — inter block masking
- encode inter blocks with reduced quality (increases the quality of intra blocks). 0 means disabled, 1 will double the bits allocated for intra blocks.
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance 📜
- 2: Strictly conform to a older more strict version of the spec or reference software
- 1: Strictly conform to all the things in the spec no matter what consequences
- 0: Default
- -1: Allow unofficial extensions
- -2: Allow non standarized experimental things 👀
ff_noise_reduction=<number> (0..2000, default: 0) — noise reduction
ff_flag_gray=[1|0] (default: 0) — grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff
- use only bitexact stuff (except (i)dct)

🎀 Suboptions for `codec=msmpeg4v3` 🎀

gop_size=<number> (0..300, default: 250) — GOP size (0 = intra only)
ff_scenechange_threshold=<number> (-1000000000..1000000000, default: 0) — scenechange threshold
- threshold for scene change detection. Negative values mean more sensitivity (more keyframes) 🔥
ff_flag_closed_gop=[1|0] (default: 0) — close all GOPs
ff_flag2_strict_gop=[1|0] (default: 0) — strictly enforce GOP size
ff_bit_rate_video=<number> (default: 800) — bit rate (kbps)
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance (kbps)
- number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding
ff_rc_min_rate=<number> (default: 0) — minimum bitrate (kbps)
- minimum bitrate (0 means arbitrary)
ff_rc_max_rate=<number> (default: 0) — maximum bitrate (kbps)
- maximum bitrate (0 means arbitrary)
ff_rc_buffer_size=<number> (default: 0) — RC buffer size
- decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified.
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy
- number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size.
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale, bestie. tiny number, tiny quality hit ✨
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale. this is the ceiling, the limit, the "no further" 💅
ff_max_qdiff=<number> (0..31, default: 3) — maximum quantizer difference. it's giving "maximum quantizer difference between frames" fr fr 🎀
ff_flag_qscale=[1|0] (default: 0) — use fixed quantizer. use fixed quality encoding, no cap 🦋
ff_qscale=<number> (1..31, default: 10) — fixed quantizer. this is the quantizer for fixed quality encoding. lower means better, but like… 1 is not recommended bestie, don't do it 😭
ff_qcompress=<number> (0.00..1.00, default: 0.50) — quantizer compression. amount of qscale change between easy & hard scenes, the way it shifts is so real 🌸
ff_qblur=<number> (0.00..1.00, default: 0.00) — quantizer blur. amount of qscale smoothing over time, smooth like butter 🫶
ff_trellis=[1|0] (default: 0) — use trellis quantization. use trellis quantization (improves quality) — lowkey a glow up 🔥
ff_i_quant_factor=<number> (-31.0..31.0, default: -0.8) — I quantizer factor. quantizer factor between P-frames and I-frames. if > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset) 🧚
ff_i_quant_offset=<number> (0.0..31.0, default: 0.0) — I quantizer offset. quantizer offset between P-frames and I-frames, periodt 💜
ff_me_method=<string> — motion estimation method. supported strings: Zero Phods Log X1 Epzs Full. default: Zero ⭐
ff_me_cmp=<string> — ME compare function. supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. default: SAD. motion estimation compare function. SAD: Sum of absolute differences. SSE: Sum of squared errors. SATD: Sum of absolute Hadamard transformed differences. DCT: Sum of absolute DCT transformed differences. PSNR: Sum of squared quantization errors (low quality). BIT: Number of bits needed for the block. RD: Rate distortion optimal (slow). ZERO: 0. VSAD: Sum of absolute vertical differences. VSSE: Sum of squared vertical differences. NSSE: Noise preserving sum of squared differences 🌈
ff_me_cmp_chroma=[1|0] (default: 0) — enable chroma ME compare, slay 💅
ff_me_range=<number> (0..1000, default: 0) — motion estimation range. motion estimation search range (0 means unlimited) — go off, no limits 🔥
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold. motion estimation threshold. under which no motion estimation is performed, but instead the user specified motion vectors are used 👑
ff_mb_decision=<string> — MB decision mode. supported strings: Use compare function Fewest bits Rate distoration. default: Use compare function ✨
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape. motion estimation diamond size. negative means shape adaptive. it's giving adaptive, main character energy 💎
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass. motion estimation pre-pass. 0: disabled. 1: only after I-frames. 2: always 🎀
ff_me_pre_cmp=<string> — ME pre-pass compare function. supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. default: SAD. motion estimation pre-pass compare function. SAD: Sum of absolute differences. SSE: Sum of squared errors. SATD: Sum of absolute Hadamard transformed differences. DCT: Sum of absolute DCT transformed differences. PSNR: Sum of squared quantization errors (low quality). BIT: Number of bits needed for the block. RD: Rate distortion optimal (slow). ZERO: 0. VSAD: Sum of absolute vertical differences. VSSE: Sum of squared vertical differences. NSSE: Noise preserving sum of squared differences 🌸
ff_me_pre_cmp_chroma=[1|0] (default: 0) — enable chroma ME pre-pass compare 🦋
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape. motion estimation pre-pass diamond size. negative means shape adaptive. 💜
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking. encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range 🌟
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking. encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range 🌙
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking. encode very fast moving image parts with reduced quality. 0 means disabled ⚡
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — spatial complexity masking. encode very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range 🌀
ff_border_masking=<number> (0.00..1.00, default: 0.00) — border masking. encode image parts near the border with reduced quality. 0 means disabled 🎗️
ff_p_masking=<number> (0.00..1.00, default: 0.00) — inter block masking. encode inter blocks with reduced quality (increases the quality of intra blocks). 0 means disabled, 1 will double the bits allocated for intra blocks 💅
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance. 2: Strictly conform to a older more strict version of the spec or reference software. 1: Strictly conform to all the things in the spec no matter what consequences. 0: Default. -1: Allow unofficial extensions. -2: Allow non standarized experimental things 📏
ff_noise_reduction=<number> (0..2000, default: 0) — noise reduction 🧚
ff_flag_gray=[1|0] (default: 0) — grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff. use only bitexact stuff (except (i)dct) 🎯

Suboptions for codec=mjpeg 💖

ff_bit_rate_video=<number> (default: 800) — bit rate (kbps) 💫
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance (kbps). number of bits the bitstream is allowed to diverge from the reference. unused for constant quantizer encoding 🎀
ff_rc_min_rate=<number> (default: 0) — minimum bitrate (kbps). minimum bitrate (0 means arbitrary) 🌸
ff_rc_max_rate=<number> (default: 0) — maximum bitrate (kbps). maximum bitrate (0 means arbitrary) 🌷
ff_rc_buffer_size=<number> (default: 0) — RC buffer size. decoder bitstream buffer size in kbits. when encoding with max and/or min bitrate, this must be specified. no cap, but like… specify it 💅
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity 🦋
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy. number of kilobits which should be loaded into the rc buffer before encoding starts. must not be larger than RC buffer size ⚠️
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale ✨
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale 🔥
ff_max_qdiff=<number> (0..31, default: 3) — maximum quantizer difference. maximum quantizer difference between frames 💜
ff_flag_qscale=[1|0] (default: 0) — use fixed quantizer. use fixed quality encoding 🎀
ff_qscale=<number> (1..31, default: 10) — fixed quantizer. quantizer for fixed quality encoding. lower means better, 1 is not recommended 😭
ff_qcompress=<number> (0.00..1.00, default: 0.50) — quantizer compression. amount of qscale change between easy & hard scenes 🫶
ff_qblur=<number> (0.00..1.00, default: 0.00) — quantizer blur. amount of qscale smoothing over time 🌈
ff_trellis=[1|0] (default: 0) — use trellis quantization. use trellis quantization (improves quality) ⭐
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance. 2: Strictly conform to a older more strict version of the spec or reference software. 1: Strictly conform to all the things in the spec no matter what consequences. 0: Default. -1: Allow unofficial extensions. -2: Allow non standarized experimental things 📏
ff_noise_reduction=<number> (0..2000, default: 0) — noise reduction 🧚
ff_flag_gray=[1|0] (default: 0) — grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff. use only bitexact stuff (except (i)dct) 🎯

Suboptions for codec=mpeg1video 👑

gop_size=<number> (0..300, default: 250) — GOP size (0 = intra only) 💫
ff_scenechange_threshold=<number> (-1000000000..1000000000, default: 0) — scenechange threshold. threshold for scene change detection. negative values mean more sensitivity (more keyframes) 🔍
ff_flag_closed_gop=[1|0] (default: 0) — close all GOPs 🔒
ff_flag2_strict_gop=[1|0] (default: 0) — strictly enforce GOP size 📐
ff_max_b_frames=<number> (default: 0) — max B-Frames. maximum number of B-frames between non B-frames 🎬
ff_b_frame_strategy=[1|0] (default: 0) — avoid B-frames in high motion scenes 🏃♀️
ff_bit_rate_video=<number> (default: 800) — bit rate (kbps) 💫
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance (kbps). number of bits the bitstream is allowed to diverge from the reference. unused for constant quantizer encoding 🎀
ff_rc_min_rate=<number> (default: 0) — minimum bitrate (kbps). minimum bitrate (0 means arbitrary) 🌸
ff_rc_max_rate=<number> (default: 0) — maximum bitrate (kbps). maximum bitrate (0 means arbitrary) 🌷
ff_rc_buffer_size=<number> (default: 0) — RC buffer size. decoder bitstream buffer size in kbits. when encoding with max and/or min bitrate, this must be specified 💅
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity 🦋
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy. number of kilobits which should be loaded into the rc buffer before encoding starts. must not be larger than RC buffer size ⚠️
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale ✨
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale 🔥

Maximum quantizer scale 💖

ff_max_qdiff=<number> — 0..31, default: 3 🎚️ Maximum quantizer difference. That's the max quantizer difference between frames, bestie, keep it tight.
ff_flag_qscale=[1|0] — default: 0 — Use fixed quantizer. Basically flip this on for fixed quality encoding. 💅
ff_qscale=<number> — 1..31, default: 10 — Fixed quantizer. This is the quantizer for fixed quality encoding. Lower means better, and ngl 1 is not recommended. 🫣
ff_qcompress=<number> — 0.00..1.00, default: 0.50 — Quantizer compression. It's the amount of qscale change between easy & hard scenes. ✨
ff_qblur=<number> — 0.00..1.00, default: 0.00 — Quantizer blur. The amount of qscale smoothing over time. 🦋
ff_trellis=[1|0] — default: 0 — Use trellis quantization. And yes, it improves quality. 👑
ff_i_quant_factor=<number> — -31.0..31.0, default: -0.8 — I quantizer factor. It's the quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). 🧠
ff_i_quant_offset=<number> — 0.0..31.0, default: 0.0 — I quantizer offset. The quantizer offset between P-frames and I-frames. 💜
ff_b_quant_factor=<number> — -31.00..31.00, default: 1.25 — B quantizer factor. The quantizer factor between B-frames and non-B-frames. 🌸
ff_b_quant_offset=<number> — 0.00..31.00, default: 1.25 — B quantizer offset. The quantizer offset between B-frames and non-B-frames: if > 0 then the last p frame quantizer will be used (q= lastp_q*factor+offset), if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). 🎀
ff_me_method=<string> — Motion estimation method. Supported strings: Zero Phods Log X1 Epzs Full. Default: Zero. 🔥
ff_me_cmp=<string> — ME compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD.

Motion estimation compare function. SAD: Sum of absolute differences. SSE: Sum of squared errors. SATD: Sum of absolute Hadamard transformed differences. DCT: Sum of absolute DCT transformed differences. PSNR: Sum of squared quantization errors (low quality). BIT: Number of bits needed for the block. RD: Rate distortion optimal (slow). ZERO: 0. VSAD: Sum of absolute vertical differences. VSSE: Sum of squared vertical differences. NSSE: Noise preserving sum of squared differences. 💅

ff_me_cmp_chroma=[1|0] — default: 0 — Enable chroma ME compare. 🌈
ff_me_range=<number> — 0..1000, default: 0 — Motion estimation range. That's the motion estimation search range, and 0 means unlimited. 👀
ff_me_threshold=<number> — 0..4000000, default: 0 — ME Theshold. Motion estimation threshold: under which no motion estimation is performed, but instead the user specified motion vectors are used. ⭐
ff_mb_decision=<string> — MB decision mode. Supported strings: Use compare function Fewest bits Rate distoration. Default: Use compare function. 🎬
ff_dia_size=<number> — -9..9, default: 0 — ME diamond size & shape. Motion estimation diamond size. Negative means shape adaptive. 💎
ff_pre_me=<number> — 0..2, default: 0 — ME pre-pass. Motion estimation pre-pass: 0: disabled, 1: only after I-frames, 2: always. 🔁
ff_me_pre_cmp=<string> — ME pre-pass compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD.

Motion estimation pre-pass compare function. SAD: Sum of absolute differences. SSE: Sum of squared errors. SATD: Sum of absolute Hadamard transformed differences. DCT: Sum of absolute DCT transformed differences. PSNR: Sum of squared quantization errors (low quality). BIT: Number of bits needed for the block. RD: Rate distortion optimal (slow). ZERO: 0. VSAD: Sum of absolute vertical differences. VSSE: Sum of squared vertical differences. NSSE: Noise preserving sum of squared differences. 🫶

ff_me_pre_cmp_chroma=[1|0] — default: 0 — Enable chroma ME pre-pass compare. 🎨
ff_pre_dia_size=<number> — -9..9, default: 0 — ME pre-pass diamond size & shape. Motion estimation pre-pass diamond size. Negative means shape adaptive. ✨
ff_lumi_masking=<number> — 0.00..1.00, default: 0.00 — Luminance masking. Encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range. ☀️
ff_dark_masking=<number> — 0.00..1.00, default: 0.00 — Darkness masking. Encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range. 🌙
ff_temporal_cplx_masking=<number> — 0.00..1.00, default: 0.00 — Temporary complexity masking. Encode very fast moving image parts with reduced quality. 0 means disabled. 💨
ff_spatial_cplx_masking=<number> — 0.00..1.00, default: 0.00 — Spatial complexity masking. Encode very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range. 🧩
ff_border_masking=<number> — 0.00..1.00, default: 0.00 — Border masking. Encode image parts near the border with reduced quality. 0 means disabled. 🖼️
ff_p_masking=<number> — 0.00..1.00, default: 0.00 — Inter block masking. Encode inter blocks with reduced quality (increases the quality of intra blocks). 0 means disabled, 1 will double the bits allocated for intra blocks. 🔥
ff_strict_std_compliance=<number> — -2..2, default: 0 — Standards compliance. 2: Strictly conform to a older more strict version of the spec or reference software. 1: Strictly conform to all the things in the spec no matter what consequences. 0: Default. -1: Allow unofficial extensions. -2: Allow non standarized experimental things. 📜
ff_noise_reduction=<number> — 0..2000, default: 0 — Noise reduction. 🌫️
ff_flag_gray=[1|0] — default: 0 — Grayscale mode. 🩶
ff_flag_bitexact=[1|0] — default: 0 — Use only bitexact stuff. Like, use only bitexact stuff (except (i)dct). 🎯

🎬 Suboptions for `codec=mpeg2video`

gop_size=<number> — 0..300, default: 250 — GOP size (0 = intra only). 💅
ff_scenechange_threshold=<number> — -1000000000..1000000000, default: 0 — Scenechange threshold. Threshold for scene change detection. Negative values mean more sensitivity (more keyframes). 🎞️
ff_flag_closed_gop=[1|0] — default: 0 — Close all GOPs. 🔒
ff_flag2_strict_gop=[1|0] — default: 0 — Strictly enforce GOP size. 🚨
ff_max_b_frames=<number> — default: 0 — Max B-Frames. The maximum number of B-frames between non B-frames. 🌸
ff_b_frame_strategy=[1|0] — default: 0 — Avoid B-frames in high motion scenes. 🏃‍♀️
ff_bit_rate_video=<number> — default: 800 — Bit rate (kbps). 📶
ff_bit_rate_tolerance=<number> — default: 8000 — Bitrate tolerance (kbps). The number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding. 🎯
ff_rc_min_rate=<number> — default: 0 — Minimum bitrate (kbps). Minimum bitrate (0 means arbitrary). ⬇️
ff_rc_max_rate=<number> — default: 0 — Maximum bitrate (kbps). Maximum bitrate (0 means arbitrary). ⬆️
ff_rc_buffer_size=<number> — default: 0 — RC buffer size. Decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified. ⚠️
ff_rc_initial_cplx=<number> — 0.0..99.0, default: 0.0 — Initial RC complexity. 🧠
ff_rc_initial_buffer_occupancy=<number> — default: 0 — Initial RC buffer occupancy. The number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size. 🫙
ff_qmin=<number> — 0..31, default: 2 — Minimum quantizer scale. 🎚️
ff_qmax=<number> — 0..31, default: 31 — Maximum quantizer scale. 🎚️
ff_max_qdiff=<number> — 0..31, default: 3 — Maximum quantizer difference. The max quantizer difference between frames. 💜
ff_flag_qscale=[1|0] — default: 0 — Use fixed quantizer. Use fixed quality encoding. ✨
ff_qscale=<number> — 1..31, default: 10 — Fixed quantizer. Quantizer for fixed quality encoding. Lower means better, 1 is not recommended. 🫣
ff_qcompress=<number> — 0.00..1.00, default: 0.50 — Quantizer compression. Amount of qscale change between easy & hard scenes. 🦋
ff_qblur=<number> — 0.00..1.00, default: 0.00 — Quantizer blur. Amount of qscale smoothing over time. 🌊
ff_trellis=[1|0] — default: 0 — Use trellis quantization. Use trellis quantization (improves quality). 👑
ff_i_quant_factor=<number> — -31.0..31.0, default: -0.8 — I quantizer factor. Quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). 🧠
ff_i_quant_offset=<number> — 0.0..31.0, default: 0.0 — I quantizer offset. Quantizer offset between P-frames and I-frames. 💖
ff_b_quant_factor=<number> — -31.00..31.00, default: 1.25 — B quantizer factor. Quantizer factor between B-frames and non-B-frames. 🌈
ff_b_quant_offset=<number> — 0.00..31.00, default: 1.25 — B quantizer offset. Quantizer offset between B-frames and non-B-frames: if > 0 then the last p frame quantizer will be used (q= lastp_q*factor+offset), if < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset). 🎀
ff_me_method=<string> — Motion estimation method. Supported strings: Zero Phods Log X1 Epzs Full. Default: Zero. 🔥
ff_me_cmp=<string> — ME compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD. 💅
SAD — sum of absolute differences 💫 the classic, the default, the moment
- SSE — sum of squared errors
- SATD — sum of absolute Hadamard transformed differences
- DCT — sum of absolute DCT transformed differences
- PSNR — sum of squared quantization errors (low quality, bestie, it said it not me 😭)
- BIT — number of bits needed for the block
- RD — rate distortion optimal (slow 🐌 but slay)
- ZERO — literally just 0
- VSAD — sum of absolute vertical differences
- VSSE — sum of squared vertical differences
- NSSE — noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] (default: 0) — turn on chroma ME compare 🌈
ff_me_range=<number> (0..1000, default: 0) — motion estimation range 🎯 that's the motion estimation search range, and 0 means unlimited, go feral
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold (yes that is how it's spelled, leave her alone 💅) — this is the motion estimation threshold, and under it no motion estimation is performed at all, instead the user specified motion vectors are used 🫡
ff_mb_decision=<string> — MB decision mode 🧠 supported strings: Use compare function, Fewest bits, Rate distoration (another typo bestie, we don't gatekeep). Default: Use compare function
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape 💎 motion estimation diamond size. Negative means shape adaptive ✨
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass 🔁 motion estimation pre-pass. 0: disabled, 1: only after I-frames, 2: always. no in-between, we love a decisive queen
ff_me_pre_cmp=<string> — ME pre-pass compare function 🔍 supported strings: SAD, SSE, SATD, DCT, PSNR, BIT, RD, ZERO, VSAD, VSSE, NSSE. Default: SAD
- SAD — sum of absolute differences
- SSE — sum of squared errors
- SATD — sum of absolute Hadamard transformed differences
- DCT — sum of absolute DCT transformed differences
- PSNR — sum of squared quantization errors (low quality)
- BIT — number of bits needed for the block
- RD — rate distortion optimal (slow)
- ZERO — 0
- VSAD — sum of absolute vertical differences
- VSSE — sum of squared vertical differences
- NSSE — noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — enable chroma ME pre-pass compare 🌸
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape 💠 motion estimation pre-pass diamond size. Negative means shape adaptive.
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking ☀️ encodes very bright image parts with reduced quality. 0 means disabled, and 0-0.3 is a sane range 🫶
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking 🌑 encodes very dark image parts with reduced quality. 0 means disabled, and 0-0.3 is a sane range
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking ⚡ encodes very fast moving image parts with reduced quality. 0 means disabled.
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — spatial complexity masking 🌀 encodes very complex image parts with reduced quality. 0 means disabled, and 0-0.5 is a sane range
ff_border_masking=<number> (0.00..1.00, default: 0.00) — border masking 🖼️ encodes image parts near the border with reduced quality. 0 means disabled
ff_p_masking=<number> (0.00..1.00, default: 0.00) — inter block masking 🧩 encodes inter blocks with reduced quality, which increases the quality of intra blocks. 0 means disabled, and 1 will double the bits allocated for intra blocks 👑
ff_strict_std_compliance=<number> (-2..2, default: 0) — standards compliance 📜
- 2: strictly conform to a older more strict version of the spec or reference software
- 1: strictly conform to all the things in the spec no matter what consequences
- 0: default
- -1: allow unofficial extensions
- -2: allow non standarized experimental things 🙈
ff_noise_reduction=<number> (0..2000, default: 0) — noise reduction 🔇
ff_flag_gray=[1|0] (default: 0) — grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — use only bitexact stuff. use only bitexact stuff (except (i)dct) 🎯

🎬 Suboptions for `codec=flv1` 🎬

gop_size=<number> (0..300, default: 250) — GOP size (0 = intra only) 👑
ff_scenechange_threshold=<number> (-1000000000..1000000000, default: 0) — scenechange threshold 🎬 threshold for scene change detection. Negative values mean more sensitivity (more keyframes)
ff_flag_closed_gop=[1|0] (default: 0) — close all GOPs 🔒
ff_flag2_strict_gop=[1|0] (default: 0) — strictly enforce GOP size 📏
ff_bit_rate_video=<number> (default: 800) — bit rate (kbps) 📶
ff_bit_rate_tolerance=<number> (default: 8000) — bitrate tolerance (kbps) 🎚️ number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding
ff_rc_min_rate=<number> (default: 0) — minimum bitrate (kbps) ⬇️ minimum bitrate (0 means arbitrary)
ff_rc_max_rate=<number> (default: 0) — maximum bitrate (kbps) ⬆️ maximum bitrate (0 means arbitrary)
ff_rc_buffer_size=<number> (default: 0) — RC buffer size 🫙 decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified.
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — initial RC complexity 🧮
ff_rc_initial_buffer_occupancy=<number> (default: 0) — initial RC buffer occupancy 📦 number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size
ff_qmin=<number> (0..31, default: 2) — minimum quantizer scale 🔽
ff_qmax=<number> (0..31, default: 31) — maximum quantizer scale 🔼
ff_max_qdiff=<number> (0..31, default: 3) — maximum quantizer difference 📐 maximum quantizer difference between frames
ff_flag_qscale=[1|0] (default: 0) — use fixed quantizer. use fixed quality encoding 💎
ff_qscale=<number> (1..31, default: 10) — fixed quantizer 🎚️ quantizer for fixed quality encoding. Lower means better, 1 is not recommended
ff_qcompress=<number> (0.00..1.00, default: 0.50) — quantizer compression 🗜️ amount of qscale change between easy & hard scenes
ff_qblur=<number> (0.00..1.00, default: 0.00) — quantizer blur 🌫️ amount of qscale smoothing over time
ff_trellis=[1|0] (default: 0) — use trellis quantization. use trellis quantization (improves quality) ✨
ff_i_quant_factor=<number> (-31.0..31.0, default: -0.8) — I quantizer factor 🅸 quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset)
ff_i_quant_offset=<number> (0.0..31.0, default: 0.0) — I quantizer offset 🎯 quantizer offset between P-frames and I-frames
ff_me_method=<string> — motion estimation method 🏃‍♀️ supported strings: Zero, Phods, Log, X1, Epzs, Full. Default: Zero
ff_me_cmp=<string> — ME compare function 💅 supported strings: SAD, SSE, SATD, DCT, PSNR, BIT, RD, ZERO, VSAD, VSSE, NSSE. Default: SAD. Motion estimation compare function.
- SAD — sum of absolute differences
- SSE — sum of squared errors
- SATD — sum of absolute Hadamard transformed differences
- DCT — sum of absolute DCT transformed differences
- PSNR — sum of squared quantization errors (low quality)
- BIT — number of bits needed for the block
- RD — rate distortion optimal (slow)
- ZERO — 0
- VSAD — sum of absolute vertical differences
- VSSE — sum of squared vertical differences
- NSSE — noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] (default: 0) — enable chroma ME compare 🌈
ff_me_range=<number> (0..1000, default: 0) — motion estimation range 🎯 motion estimation search range (0 means unlimited)
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold 🚨 motion estimation threshold. under which no motion estimation is performed, but instead the user specified motion vectors are used
ff_mb_decision=<string> — MB decision mode 🧠 supported strings: Use compare function, Fewest bits, Rate distoration. Default: Use compare function
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape 💎 motion estimation diamond size. Negative means shape adaptive.
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass 🔁 motion estimation pre-pass 0: disabled 1: only after I-frames 2: always
ff_me_pre_cmp=<string> — ME pre-pass compare function 🔍 supported strings: SAD, SSE, SATD, DCT, PSNR, BIT, RD, ZERO, VSAD, VSSE, NSSE. Default: SAD. Motion estimation pre-pass compare function.
- SAD — sum of absolute differences
- SSE — sum of squared errors
- SATD — sum of absolute Hadamard transformed differences
- DCT — sum of absolute DCT transformed differences
- PSNR — sum of squared quantization errors (low quality)
- BIT — number of bits needed for the block
- RD — rate distortion optimal (slow)
- ZERO — 0
- VSAD — sum of absolute vertical differences
- VSSE — sum of squared vertical differences
- NSSE — noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — enable chroma ME pre-pass compare 🌸
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape 💠 motion estimation pre-pass diamond size. Negative means shape adaptive.
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — luminance masking ☀️ encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — darkness masking 🌑 encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — temporary complexity masking ⚡ encode very fast moving image parts with reduced quality. 0 means disabled.
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — Spatial complexity masking 🌀 encode the very complex image parts with reduced quality, bestie. 0 means disabled, and 0-0.5 is a sane range. periodt.
ff_border_masking=<number> (0.00..1.00, default: 0.00) — Border masking 🎀 encode the image parts near the border with reduced quality. 0 means disabled.
ff_p_masking=<number> (0.00..1.00, default: 0.00) — Inter block masking 💅 encode inter blocks with reduced quality (which lowkey boosts the quality of intra blocks). 0 means disabled, and 1 will double the bits allocated for intra blocks. no cap.
ff_strict_std_compliance=<number> (-2..2, default: 0) — Standards compliance 📏 the vibe check on how strictly we're following the rules:
- 2: Strictly conform to a older more strict version of the spec or reference software
- 1: Strictly conform to all the things in the spec no matter what consequences
- 0: Default
- -1: Allow unofficial extensions
- -2: Allow non standarized experimental things
ff_noise_reduction=<number> (0..2000, default: 0) — Noise reduction 🧚
ff_flag_gray=[1|0] (default: 0) — Grayscale mode 🩶
ff_flag_bitexact=[1|0] (default: 0) — Use only bitexact stuff ✨ use only bitexact stuff (except (i)dct).

Suboptions for codec=libx264 🌈

libx264_preset=<string> — Preset. Supported strings: ultrafast superfast veryfast faster fast medium slow slower veryslow placebo. Default: medium
libx264_tune=<string> — Tune. Supported strings: $none film animation grain stillimage psnr ssim fastdecode zerolatency. Default: $none
ff_bit_rate_video=<number> (0..10000, default: 0) — Bit rate (kbps). If > 0 encode with average bitrate.
libx264_crf=<number> (-1.00..51.00, default: 23.00) — Quality-based VBR. Negative means disable.
libx264_qp=<number> (-1..69, default: -1) — Force constant QP. Negative means disable, 0 means lossless. 💀

Suboptions for codec=wmv1 🦋

gop_size=<number> (0..300, default: 250) — GOP size (0 = intra only).
ff_scenechange_threshold=<number> (-1000000000..1000000000, default: 0) — Scenechange threshold. Threshold for scene change detection. Negative values mean more sensitivity (more keyframes).
ff_flag_closed_gop=[1|0] (default: 0) — Close all GOPs 🔒
ff_flag2_strict_gop=[1|0] (default: 0) — Strictly enforce GOP size 📐
ff_bit_rate_video=<number> (default: 800) — Bit rate (kbps).
ff_bit_rate_tolerance=<number> (default: 8000) — Bitrate tolerance (kbps). Number of bits the bitstream is allowed to diverge from the reference. Unused for constant quantizer encoding.
ff_rc_min_rate=<number> (default: 0) — Minimum bitrate (kbps). Minimum bitrate (0 means arbitrary).
ff_rc_max_rate=<number> (default: 0) — Maximum bitrate (kbps). Maximum bitrate (0 means arbitrary).
ff_rc_buffer_size=<number> (default: 0) — RC buffer size. Decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified. 👑
ff_rc_initial_cplx=<number> (0.0..99.0, default: 0.0) — Initial RC complexity 🧠
ff_rc_initial_buffer_occupancy=<number> (default: 0) — Initial RC buffer occupancy. Number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size.
ff_qmin=<number> (0..31, default: 2) — Minimum quantizer scale.
ff_qmax=<number> (0..31, default: 31) — Maximum quantizer scale.
ff_max_qdiff=<number> (0..31, default: 3) — Maximum quantizer difference. Maximum quantizer difference between frames.
ff_flag_qscale=[1|0] (default: 0) — Use fixed quantizer. Use fixed quality encoding.
ff_qscale=<number> (1..31, default: 10) — Fixed quantizer. Quantizer for fixed quality encoding. Lower means better, 1 is not recommended. 🙈
ff_qcompress=<number> (0.00..1.00, default: 0.50) — Quantizer compression. Amount of qscale change between easy & hard scenes.
ff_qblur=<number> (0.00..1.00, default: 0.00) — Quantizer blur. Amount of qscale smoothing over time.
ff_trellis=[1|0] (default: 0) — Use trellis quantization. Use trellis quantization (improves quality). ✨
ff_i_quant_factor=<number> (-31.0..31.0, default: -0.8) — I quantizer factor. Quantizer factor between P-frames and I-frames. If > 0 then the last P frame quantizer will be used (q= lastp_q*factor+offset). If < 0 then normal ratecontrol will be done (q= -normal_q*factor+offset).
ff_i_quant_offset=<number> (0.0..31.0, default: 0.0) — I quantizer offset. Quantizer offset between P-frames and I-frames.
ff_me_method=<string> — Motion estimation method. Supported strings: Zero Phods Log X1 Epzs Full. Default: Zero
ff_me_cmp=<string> — ME compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD. Motion estimation compare function:
- SAD: Sum of absolute differences
- SSE: Sum of squared errors
- SATD: Sum of absolute Hadamard transformed differences
- DCT: Sum of absolute DCT transformed differences
- PSNR: Sum of squared quantization errors (low quality)
- BIT: Number of bits needed for the block
- RD: Rate distortion optimal (slow)
- ZERO: 0
- VSAD: Sum of absolute vertical differences
- VSSE: Sum of squared vertical differences
- NSSE: Noise preserving sum of squared differences
ff_me_cmp_chroma=[1|0] (default: 0) — Enable chroma ME compare.
ff_me_range=<number> (0..1000, default: 0) — Motion estimation range. Motion estimation search range (0 means unlimited).
ff_me_threshold=<number> (0..4000000, default: 0) — ME Theshold. Motion estimation threshold. under which no motion estimation is performed, but instead the user specified motion vectors are used.
ff_mb_decision=<string> — MB decision mode. Supported strings: Use compare function Fewest bits Rate distoration. Default: Use compare function
ff_dia_size=<number> (-9..9, default: 0) — ME diamond size & shape. Motion estimation diamond size. Negative means shape adaptive.
ff_pre_me=<number> (0..2, default: 0) — ME pre-pass. Motion estimation pre-pass 0: disabled 1: only after I-frames 2: always.
ff_me_pre_cmp=<string> — ME pre-pass compare function. Supported strings: SAD SSE SATD DCT PSNR BIT RD ZERO VSAD VSSE NSSE. Default: SAD. Motion estimation pre-pass compare function:
- SAD: Sum of absolute differences
- SSE: Sum of squared errors
- SATD: Sum of absolute Hadamard transformed differences
- DCT: Sum of absolute DCT transformed differences
- PSNR: Sum of squared quantization errors (low quality)
- BIT: Number of bits needed for the block
- RD: Rate distortion optimal (slow)
- ZERO: 0
- VSAD: Sum of absolute vertical differences
- VSSE: Sum of squared vertical differences
- NSSE: Noise preserving sum of squared differences
ff_me_pre_cmp_chroma=[1|0] (default: 0) — Enable chroma ME pre-pass compare.
ff_pre_dia_size=<number> (-9..9, default: 0) — ME pre-pass diamond size & shape. Motion estimation pre-pass diamond size. Negative means shape adaptive.
ff_lumi_masking=<number> (0.00..1.00, default: 0.00) — Luminance masking. Encode very bright image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_dark_masking=<number> (0.00..1.00, default: 0.00) — Darkness masking. Encode very dark image parts with reduced quality. 0 means disabled, 0-0.3 is a sane range.
ff_temporal_cplx_masking=<number> (0.00..1.00, default: 0.00) — Temporary complexity masking. Encode very fast moving image parts with reduced quality. 0 means disabled.
ff_spatial_cplx_masking=<number> (0.00..1.00, default: 0.00) — Spatial complexity masking. Encode very complex image parts with reduced quality. 0 means disabled, 0-0.5 is a sane range.
ff_border_masking=<number> (0.00..1.00, default: 0.00) — Border masking. Encode image parts near the border with reduced quality. 0 means disabled.
ff_p_masking=<number> (0.00..1.00, default: 0.00) — Inter block masking. Encode inter blocks with reduced quality (increases the quality of intra blocks). 0 means disabled, 1 will double the bits allocated for intra blocks.
ff_strict_std_compliance=<number> (-2..2, default: 0) — Standards compliance:
- 2: Strictly conform to a older more strict version of the spec or reference software
- 1: Strictly conform to all the things in the spec no matter what consequences
- 0: Default
- -1: Allow unofficial extensions
- -2: Allow non standarized experimental things
ff_noise_reduction=<number> (0..2000, default: 0) — Noise reduction.
ff_flag_gray=[1|0] (default: 0) — Grayscale mode.
ff_flag_bitexact=[1|0] (default: 0) — Use only bitexact stuff. Use only bitexact stuff (except (i)dct).

Suboptions for codec=libvpx 💜

ff_bit_rate_video=<number> (default: 800) — Bit rate (kbps).
ff_rc_min_rate=<number> (default: 0) — Minimum bitrate (kbps). Minimum bitrate (0 means arbitrary).
ff_rc_max_rate=<number> (default: 0) — Maximum bitrate (kbps). Maximum bitrate (0 means arbitrary).
ff_rc_buffer_size=<number> (default: 0) — RC buffer size. Decoder bitstream buffer size in kbits. When encoding with max and/or min bitrate, this must be specified.
ff_rc_initial_buffer_occupancy=<number> (default: 0) — Initial RC buffer occupancy. Number of kilobits which should be loaded into the rc buffer before encoding starts. Must not be larger than RC buffer size.
ff_qcompress=<number> (0.00..1.00, default: 0.50) — 2-Pass VBR/CBR. 0: CBR, 1: VBR.
ff_qmin=<number> (0..63, default: 2) — Minimum quantizer scale. recommended value 0-4.
ff_qmax=<number> (0..63, default: 55) — the maximum quantizer scale. bestie it has to be bigger than the minimum, and the recommended range is 50-63 💅
libvpx_crf=<number> (0..63, default: 10) — constant quality. and like, set it to 0 if you wanna enable VBR, no cap ✨
libvpx_deadline=<string> — speed. supported strings: best, good, realtime. default is good.
libvpx_cpu-used=<number> (0..1000, default: 0) — CPU usage modifier.
ff_thread_count=<number> (default: 0) — thread count, aka how many threads to use 🧵
ff_gop_size=<number> (-1..1000, default: -1) — maximum GOP size, i.e. the maximum keyframe distance. and -1 means it's automatic, she does her own thing 🦋
libvpx_auto-alt-ref=[1|0] (default: 0) — enable alternate reference frames. turn it on to use alternate reference frames (2-pass only, fyi).
libvpx_lag-in-frames=<number> (0..100, default: 0) — lookahead. how many frames to look ahead for alternate reference frame selection 👀
libvpx_arnr-maxframes=<number> (0..100, default: 0) — frame count for noise reduction.
libvpx_arnr-type=<string> — noise reduction filter. supported strings: $none, backward, forward, centered. default: backward.
default_timescale=<number> (default: 25) — default timescale. for formats that support only constant framerates, you set the default timescale right here ⏱️
default_frame_duration=<number> (default: 1) — default frame duration. same vibe: for formats that only do constant framerates, this is where the default frame duration goes.

-o <output_options> — set output options 🎀
- output_directory=<string> (Default: .) — output directory.
- output_filename_mask=<string> (Default: %Y-%m-%d-%H-%M-%S) — output filename mask. the extension gets appended by the plugin, and for the date and time formatting you should consult the documentation of the strftime(3) function 📅
- snapshot_directory=<string> (Default: .) — snapshot directory.
- snapshot_filename_mask=<string> (Default: shot_%5n) — snapshot filename mask. the extension is appended by the plugin. and here's the tea on the tokens:
 - %t — inserts time
 - %d — inserts date
 - %n — inserts frame number with  digits
-r — record to file 🔥
-syslog <name> — set log messages to syslog.

✨ GENERIC OPTIONS ✨

these ones are the universal besties — every single gmerlin application has them, periodt 💖

-help — print this help message and exit.
-help-man — print this help message as a manual page and exit. (meta, i know 😭)
-help-texi — print this help message in texinfo format and exit.
-version — print version info and exit.
-v level — set verbosity level (0..4).
-syslog name — log to syslog the specified name.
-stderr — always log to stderr.

📁 FILES 📁

~/.gmerlin/plugins.xml — cache of the plugin registry (shared by all applications, so like, everybody's in this group chat 🫶)
~/.gmerlin/generic/cfg.xml — the default plugin parameters are read from there. use gmerlin_plugincfg to change them, bestie, don't go editing it by hand unless you're feeling spicy 🌶️

okay that's the whole page, you made it to the end, iconic behavior honestly 👑 this one's from the Gmerlin era, September 2021, and it's the GMERLIN-RECORD(1) manual — go forth and record something cute 💜✨🎀

📦 where this page comes from

debian bookworm: gmerlin 2.0.0~svn6298~dfsg0-2+b1 · GPL-3.0-or-later
debian trixie: gmerlin 2.0.0~svn6298~dfsg0-5 · GPL-3.0-or-later
ubuntu jammy: gmerlin 2.0.0~svn6298~dfsg0-1 · GPL-3.0-or-later
ubuntu noble: gmerlin 2.0.0~svn6298~dfsg0-3.1build3 · GPL-3.0-or-later
ubuntu questing: gmerlin 2.0.0~svn6298~dfsg0-7
💖 girlified by deepseek-ai/DeepSeek-V4.1-Flash on 2026-10-13: a language model's rewrite of the original, under its terms

GMERLIN-RECORD(1)

💖 gmerlin-record 💖 — User Manuals, but make it a group chat 🫶

✨ NAME ✨

🦋 SYNOPSIS 🦋

🌈 DESCRIPTION 🌈

👑 OPTIONS 👑

Suboptions for fa_ladspa_allpass_l 🦋

Suboptions for fa_ladspa_allpass_n 🌸

Suboptions for fa_ladspa_artificialLatency ✨

Suboptions for fa_ladspa_divider 💜

Suboptions for fa_ladspa_autoPhaser 🌈

Suboptions for fa_ladspa_satanMaximiser 😈

Suboptions for fa_ladspa_chebstortion 🔥

Suboptions for fa_ladspa_comb 🐝

Suboptions for fa_ladspa_comb_c 💖

Suboptions for fa_ladspa_comb_l 🧚

Suboptions for fa_ladspa_comb_n ⭐

Suboptions for fa_ladspa_const 🎀

Suboptions for fa_ladspa_crossoverDist 🌸

Suboptions for fa_ladspa_dcRemove 🧼

Suboptions for fa_ladspa_dj_eq 🎧

Suboptions for fa_ladspa_dj_eq_mono 🎧

Suboptions for fa_ladspa_djFlanger 🌀

Suboptions for fa_ladspa_decimator 👑

Suboptions for fa_ladspa_declip 🩹

Suboptions for fa_ladspa_delayorama 🌈

Suboptions for fa_ladspa_diode ⚡

Suboptions for fa_ladspa_dysonCompress 🌀

Suboptions for fa_ladspa_decay 🍂

Suboptions for fa_ladspa_fmOsc 📻

Suboptions for fa_ladspa_fastLookaheadLimiter 👀

Suboptions for fa_ladspa_foverdrive 🔥

Suboptions for fa_ladspa_flanger 🌀

Suboptions for fa_ladspa_foldover 📄

Suboptions for fa_channels 🔊

Suboptions for fa_sampleformat 🎚️

Suboptions for fa_samplerate ⏳

Suboptions for fa_ladspa_fadDelay ⏲️

Suboptions for fa_ladspa_freqTracker 🎯

Suboptions for fa_ladspa_butthigh_iir 🍑

Suboptions for fa_ladspa_buttlow_iir 🍑

Suboptions for fa_ladspa_gsm 📱

Suboptions for fa_ladspa_gate 🚪

Suboptions for fa_ladspa_giantFlange 🐘

Suboptions for fa_ladspa_bandpass_a_iir 🎀

Suboptions for fa_ladspa_bandpass_iir 🎀

Suboptions for fa_ladspa_highpass_iir ⬆️

Suboptions for fa_ladspa_lowpass_iir ⬇️

Suboptions for fa_ladspa_gongBeater 🔔

Suboptions for fa_ladspa_gong 🎐

Suboptions for fa_ladspa_hardLimiter 🛑

Suboptions for fa_ladspa_harmonicGen 🎵

Suboptions for fa_ladspa_hermesFilter 🪽

Suboptions for fa_ladspa_pitchScaleHQ 🎤

Suboptions for fa_ladspa_imp 🎸

Suboptions for fa_ladspa_inv 🔄

🎤 Suboptions for fa_ladspa_karaoke

🎧 Suboptions for fa_ladspa_lcrDelay

🌊 Suboptions for fa_ladspa_lfoPhaser

🔍 Suboptions for fa_ladspa_lsFilter

🕳️ Suboptions for fa_ladspa_notch_iir

🎛️ Suboptions for fa_ladspa_matrixSpatialiser

🪞 Suboptions for fa_ladspa_matrixMSSt

🔁 Suboptions for fa_ladspa_matrixStMS

🎚️ Suboptions for fa_ladspa_mbeq

🧚 Suboptions for fa_ladspa_multivoiceChorus

🎼 Suboptions for fa_ladspa_pitchScale

💀 Suboptions for fa_ladspa_pointerCastDistortion

🌈 Suboptions for fa_ladspa_rateShifter

🦋 Suboptions for fa_ladspa_retroFlange

⏪ Suboptions for fa_ladspa_revdelay

🍓 Suboptions for fa_ladspa_ringmod_1i1o1l

🎀 Suboptions for fa_ladspa_sc1

✨ Suboptions for fa_ladspa_sc4 ✨

🌸 Suboptions for fa_ladspa_sc4m 🌸

🦋 Suboptions for fa_ladspa_se4 🦋

🎀 Suboptions for fa_ladspa_sifter 🎀

💅 Suboptions for fa_ladspa_amp 💅

⭐ Suboptions for fa_ladspa_delay_c ⭐

🍓 Suboptions for fa_ladspa_delay_l 🍓

Suboptions for `fa_ladspa_allpass_l` 🦋

Suboptions for `fa_ladspa_allpass_n` 🌸

Suboptions for `fa_ladspa_artificialLatency` ✨

Suboptions for `fa_ladspa_divider` 💜

Suboptions for `fa_ladspa_autoPhaser` 🌈

Suboptions for `fa_ladspa_satanMaximiser` 😈

Suboptions for `fa_ladspa_chebstortion` 🔥

Suboptions for `fa_ladspa_comb` 🐝

Suboptions for `fa_ladspa_comb_c` 💖

Suboptions for `fa_ladspa_comb_l` 🧚

Suboptions for `fa_ladspa_comb_n` ⭐

Suboptions for `fa_ladspa_const` 🎀

Suboptions for `fa_ladspa_crossoverDist` 🌸

Suboptions for `fa_ladspa_dcRemove` 🧼

Suboptions for `fa_ladspa_dj_eq` 🎧

Suboptions for `fa_ladspa_dj_eq_mono` 🎧

Suboptions for `fa_ladspa_djFlanger` 🌀

Suboptions for `fa_ladspa_decimator` 👑

Suboptions for `fa_ladspa_declip` 🩹

Suboptions for `fa_ladspa_delayorama` 🌈

Suboptions for `fa_ladspa_diode` ⚡

Suboptions for `fa_ladspa_dysonCompress` 🌀

Suboptions for `fa_ladspa_decay` 🍂

Suboptions for `fa_ladspa_fmOsc` 📻

Suboptions for `fa_ladspa_fastLookaheadLimiter` 👀

Suboptions for `fa_ladspa_foverdrive` 🔥

Suboptions for `fa_ladspa_flanger` 🌀

Suboptions for `fa_ladspa_foldover` 📄

Suboptions for `fa_channels` 🔊

Suboptions for `fa_sampleformat` 🎚️

Suboptions for `fa_samplerate` ⏳

Suboptions for `fa_ladspa_fadDelay` ⏲️

Suboptions for `fa_ladspa_freqTracker` 🎯

Suboptions for `fa_ladspa_butthigh_iir` 🍑

Suboptions for `fa_ladspa_buttlow_iir` 🍑

Suboptions for `fa_ladspa_gsm` 📱

Suboptions for `fa_ladspa_gate` 🚪

Suboptions for `fa_ladspa_giantFlange` 🐘

Suboptions for `fa_ladspa_bandpass_a_iir` 🎀

Suboptions for `fa_ladspa_bandpass_iir` 🎀

Suboptions for `fa_ladspa_highpass_iir` ⬆️

Suboptions for `fa_ladspa_lowpass_iir` ⬇️

Suboptions for `fa_ladspa_gongBeater` 🔔

Suboptions for `fa_ladspa_gong` 🎐

Suboptions for `fa_ladspa_hardLimiter` 🛑

Suboptions for `fa_ladspa_harmonicGen` 🎵

Suboptions for `fa_ladspa_hermesFilter` 🪽

Suboptions for `fa_ladspa_pitchScaleHQ` 🎤

Suboptions for `fa_ladspa_imp` 🎸

Suboptions for `fa_ladspa_inv` 🔄

🎤 Suboptions for `fa_ladspa_karaoke`

🎧 Suboptions for `fa_ladspa_lcrDelay`

🌊 Suboptions for `fa_ladspa_lfoPhaser`

🔍 Suboptions for `fa_ladspa_lsFilter`

🕳️ Suboptions for `fa_ladspa_notch_iir`

🎛️ Suboptions for `fa_ladspa_matrixSpatialiser`

🪞 Suboptions for `fa_ladspa_matrixMSSt`

🔁 Suboptions for `fa_ladspa_matrixStMS`

🎚️ Suboptions for `fa_ladspa_mbeq`

🧚 Suboptions for `fa_ladspa_multivoiceChorus`

🎼 Suboptions for `fa_ladspa_pitchScale`

💀 Suboptions for `fa_ladspa_pointerCastDistortion`

🌈 Suboptions for `fa_ladspa_rateShifter`

🦋 Suboptions for `fa_ladspa_retroFlange`

⏪ Suboptions for `fa_ladspa_revdelay`

🍓 Suboptions for `fa_ladspa_ringmod_1i1o1l`

🎀 Suboptions for `fa_ladspa_sc1`

✨ Suboptions for `fa_ladspa_sc4` ✨

🌸 Suboptions for `fa_ladspa_sc4m` 🌸

🦋 Suboptions for `fa_ladspa_se4` 🦋

🎀 Suboptions for `fa_ladspa_sifter` 🎀

💅 Suboptions for `fa_ladspa_amp` 💅

⭐ Suboptions for `fa_ladspa_delay_c` ⭐

🍓 Suboptions for `fa_ladspa_delay_l` 🍓

🌈 Suboptions for `fa_ladspa_delay_n` 🌈

🧚 Suboptions for `fa_ladspa_singlePara` 🧚

💜 Suboptions for `fa_ladspa_sinusWavewrapper` 💜

👑 Suboptions for `fa_ladspa_smoothDecimate` 👑

🔥 Suboptions for `fa_ladspa_svf` 🔥

🫶 Suboptions for `fa_ladspa_tap_autopan` 🫶