jp-mixing

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jp-mixing

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Mixing techniques - low-end strategy (Kick/808/Sub layering), saturation/harmonics, sidechain, vocal processing and effects, classic techniques like Gated Reverb, and sound-recreation parameters for 17 genres based on landmark albums. Use when the user's low end is muddy, vocals won't cut through, they want the sonic character of a specific era/genre, or they need concrete EQ/compression starting-point parameters.

Japanese-Style Mixing Techniques (jp-mixing)

Sources:

• Kosuke Nakamura, "DTMミックスのコツが一冊で分かる本" (mix recreations of landmark albums across 17 genres, Rittor Music)
• "クリエイター＆エンジニア直伝！プロの曲作りテクニック"
  • Hi-hat production techniques: SUI / Matt Cab / MK / mabanua
  • Rhythm-section saturation: Satoshi Fukuda
  • Low-end strategy (below 50Hz): Ayaka Toki
  • Vocal-triggered sidechain: Atsushi Asada (AmPm)
  • 7 vocal effects: MATZ / TeddyLoid / T-SK / JUVENILE / yasu / MK / murozo
• "プロの曲作りが分かる本" Chapter 7, engineer-style arrangement techniques (Nagie)

Core Principles

• Before mixing, form a clear mental image of the "ideal sonic picture"; there is no standard answer chart for EQ — no theory says "boost XXdB at XXHz on paper and it's good."
• Imagination comes from listening to lots of music and expanding your "drawers" (mental reference library) — with enough drawers, you can judge the best mixing approach the moment you hear the material.
• Workflow: repeatedly compare "full mix → Solo → full mix", and frequently A/B with plugin On/Off.
• Listening to a processed part in Solo for too long destroys your judgment — always return to the full mix to confirm.
• The mix "box" has a fixed size: if one thing comes forward, another must step back.
• Prioritize the low-frequency instruments first:
  • "The Kick is the star throughout the song" → the Bass yields;
  • "The Bass entrance is the hook" → set the Kick with that as the premise;
  • Piling both up to the max (morimori) never works — without a priority order there is no chance of winning.
• Every genre has a law of "make the highest-priority instrument bigger":
  • Reggae = bass (whole drum kit −5dB / bass +5dB)
  • Hip-hop = drums + vocals
  • Metal = guitar (mixing order: guitar → drums → bass)
  • Shoegaze = guitar wall (vocals half-buried in it)
  • New Soul = bass at the same volume as the whole drum kit
• All numbers are "starting points," not "correct answers" — adjust while the song plays and stop when it sounds cool.

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1. Low-End Strategy (below 50Hz = the key to the modern sonic image)

1.1 Fundamentals

• Low-End ≈ below 50Hz; the lower it goes, the harder pitch is to perceive — less a "note" than an earth-rumbling "pressure."
• Turning point: around 2011, James Blake's breakthrough — extremely sparse note counts yet cool, with the Low-End playing a huge role.
• A track with a full low band makes even the highs feel extended — the entire vertical "sense of scale" is completely different.
• Why a Kick sounds fat: its energy is dense in the lows — even if the peak sits around 50Hz, you hear it together with the accompanying content up to about 100Hz.
• The 50Hz of a guitar and the 50Hz of a Kick, soloed at equal volume, actually differ little → the 50Hz content of the top-layer instruments (uwamono) should be cleaned out to make way.
• Music where the "Low-End works" fundamentally shapes its impression via the lows-to-Low-End of Kick and Bass.
• Monitoring checks:
  • Phone/laptop speakers cannot reproduce true lows, but the attack components and midrange of Kick and Bass must still convey the groove to pass — always verify balance via phone playback.
  • A small single-driver speaker (AURATONE 5C, the classic trusted by Dr. Dre) surviving a Mono check = solid low-end work; if it differs too much from your stereo monitors, find out why.
  • Sub-bass monitoring relies on headphones: FOCAL Clear Professional — 20-30Hz is not only "visible" but "trackable" (transients and release movement are rendered faithfully); judging whether gate/release processing is right depends entirely on this.

1.2 Core Low-End EQ Techniques

• Boost lows with a wide Q to expand "area":
  • Example: boost about 4dB with a wide Q around 46Hz, so the energy occupies a broad base rather than a narrow peak;
  • Toki's approach: use wide Q for both low-end boosts and cuts.
• Always check two side effects after boosting:
  1. Excess bloat appears above (around 120Hz) → cut it;
  2. A sub-low bump at the attack transient (around 17Hz) → use a dynamic EQ to suppress it only at the attack instant (FabFilter Pro-Q 3) — only in the offending moment, only in the specific band, without sacrificing the overall tone.
• For low-band attenuation, also avoid Low-Cut/Shelving blanket cuts:
  • Use small wide-Q Bell adjustments (example: cut about 1dB around 11.5Hz);
  • Reason: a Low-Cut cuts too much and destroys the balance with other low layers;
  • Do not kill everything below 20Hz with shelving — preserve natural sub-low extension.
• To make room for the bass's lows: precisely (pinpoint) attenuate the unneeded low content of Snare and similar.
• Directional summary: "Raise the band you 'want to hear a bit more of,' then cut and shape the excess that got raised along with it."

1.3 Kick Processing Chain (House-style, goal: "lows → closer to the listener")

Step 1: Compression to unify the sense of speed (when the attack arrives before the lows and you want both to "hit at once")

• SOFTUBE Tube-Tech CL 1B: has a Dry/Wet knob so it can serve as parallel compression;
• Fully Wet sacrifices the lows → use Dry/Wet to find the point with "the ideal amount of body without burying the lows";
• Adjust Attack/Release Time to tune the compression's "speed feel" so the lows and the attack arrive nearly simultaneously;
• Ratio: basically a very low value is enough.

Step 2: Post-compression compensation EQ (Pro-Q 3)

• Boost 2.5dB around 30Hz — the part of a real Kick that "strikes the air" in a concert hall;
• After the boost, the area above sounds excessive → cut 0.7dB around 57Hz;
• Around 210Hz the pitch character is too strong → attenuate slightly (this band will be filled by chordal instruments; the Kick has no need to assert itself here);
• Slightly lift around 6kHz to restore the Kick's high-frequency information.

Step 3: Sub-low enhancement + Gate one-two punch

• BOZ DIGITAL LABS Bark of Dog (free version available): lifts 13Hz, enhancing centered on the sub-lows, giving the Kick a true "foundation";
• After boosting 13Hz the tail drags → cut the excess ring with Pro Tools Dynamics III Gate;
• Logic: "want the sub-low body, don't want the sluggishness it brings."

Step 4: Two-stage Release strategy to reinforce the release (in House, the Kick is the "axis" of the whole track)

• First plant a pivot with EQ: SONNOX Oxford EQ, about +1dB around 36Hz;
• iZOTOPE Ozone 8 Equalizer:
  • Boost around 2kHz for the "drumhead ring" to add dimensionality;
  • Afterwards it sounds a bit light → go back and boost 86Hz;
  • Boost about 2dB around 6kHz so lows and highs share the same sense of speed;
  • Cut the loose, dragging energy at the very bottom;
  • Set Q mostly at "1-strong" (slightly above 1).
• Ozone Dynamics single-track compression: Release about 37ms (tail stays tight; the goal is "bring the sound closer"), low-band output makeup about +1.7dB;
• Then insert a Maximizer: about 1dB of firm reduction;
• Drums & percussion Bus compressed again: Release about 467ms (on the low-to-sub-low band, letting the Kick's release blend snugly into the whole);
• Finally Maximize again: 3-4dB reduction.
• Summary: EQ boosts the lows → "compress → maximize" the same band; another round on the Bus — two stages with different Releases (37ms pulls closer / 467ms blends) reinforce the Kick's release.

Headroom management (pre-mastering)

• Peaks around −8dB;
• Levels of the main elements clustered around −16dB;
• Low-to-sub-low tracks within 2-3dB of each other (level gaps between low-frequency instruments should stay small);
• Overall around −18dB, leaving margin for mastering.

1.4 Synth Bass / 808 / Sub Layering

Three-layer structure (real example: Noritake Kinashi "OTONA feat. Toshinobu Kubota," mixed by Ayaka Toki)

• Layer (1): spans from "sharp" to "elastic and meaty," most audible, carries the pitch;
• Layer (2): adds flesh to (1) and pushes the center of gravity down;
• Layer (3): adds low-frequency push to (1), Low-End specialized;
• The bands covered by (1)→(3) get progressively lower.
• Processing order: set the rough balance against the drums → Solo and adjust (1) → bring in (2) and process → finally tune (3) together.
• Guiding principle: "raise the unity of the three layers" — "file down" whatever sticks out beyond the ideal tone and fill in what's lacking.

Always check phase when layering

• Waveform peaks opposed = phase offset; lows and highs get canceled and lost;
• Principle: bass wavelengths are long → heavily affected by phase offset (short high-frequency wavelengths always find partial alignment even when partly inverted);
• Tools:
  • Polarity flip: the Trim plugin bundled with Pro Tools;
  • Or nudge the waveform by a few to a few dozen samples (sometimes this actually adds dimensionality);
  • For MIDI instrument tracks, nudge slightly with Time Adjuster or sample delay.
• Alignment trick: rather than lining up each layer's "note onset," align the other layers' onsets to one layer's peak (the first crest after the note start) — sometimes it's "bouncier";
• With experience you can tell by ear alone "which band is being lost to phase misalignment."

Measured EQ parameters (Pro-Q 3, wide Q)

• Layer (1):
  • 260Hz +1dB (more elastic, meaty);
  • Correspondingly 3.5kHz +1dB or so (tonal balance follows along);
  • 30Hz about +0.7dB (the "glue with the other two layers" cohesion when all three play together).
• Layer (2) (after polarity flip):
  • 38Hz +1dB-plus ("want a bit more underneath" when playing with (1));
  • Cut about 1dB at 11.5Hz (wide-Q Bell, not a Low-Cut);
  • 120Hz +2.5dB (the band where you want the "core");
  • This then clashes with (1) → suppress about 1dB around 430Hz with dynamic EQ.

Spread into the empty Side space (WAVES Center)

• Conventional wisdom says a Stereo Imager on Bass buries it, but look at the whole mix: the Sides often hold only the highs of the top-layer parts, with the low region nearly empty;
• Spreading the Bass moderately into the sides = "slotting into the gap" → presence actually increases, coexisting zone-by-zone with the centered Kick;
• Division of labor: (1) has edge and clear pitch → keep it Center-panned; hand everything below ~430Hz to (2) (the aforementioned 430Hz dynamic EQ serves exactly this);
• After widening, directly Cut the bands that overlap the Center and become "too much" in volume (left unattended, the overall level sounds doubled or tripled);
• Do not create a "sides-only" state (it feels unnatural and loses energy).

Low-end stereo widening / harmonic enhancement always via Send & Return, blended in sparingly (dry signal stays mono, centered)

• SONNOX VoxDoubler's Widen: pseudo-stereo kept "barely perceptible," send level deliberately low — the standard safe method when you want just a touch of width on the lows;
• WAVES Renaissance Bass: emphasizes around 40Hz (psychoacoustic harmonics make small speakers perceive the sub-lows), likewise layered thinly with Intensity kept in check.

Uneven levels between notes

• Tube-Tech CL 1B with slow attack/release tendencies to even them out (taking its "sticky thickness");
• Then Oxford EQ to shape the lows and the mid-high band where pitch identity lives, so the outline is discernible even at low volume.

1.5 Low-End Mixing Checklist

1. Before mixing, form a clear image of the ideal sonic picture;
2. Repeatedly verify in the order "full mix → Solo → full mix";
3. Watch the cohesion between low instruments like Kick/Bass;
4. Decide "what you want people to hear" and cut the unneeded bands accordingly;
5. Make the sense of speed of all low-frequency components consistent.

1.6 Trap Kick/808 Reference Tracks (listening-point cheat sheet)

Track	Listening point
21 Savage "break da law"	Differentiated use of two TR-808-style Kick/Bass sounds
Travis Scott "NO BYSTANDERS"	Kick and Sub Bass fully separated by frequency band
Cardi B "Money"	TR-808-style Kick/Bass with tight Release
Drake "God's Plan"	Outline handled by the Kick, "contents" handled by the Bass
Migos "Walk It Talk It feat. Drake"	Still powerful at low playback volume (a textbook of loudness processing)
Joji "YEAH RIGHT"	Cohesion between Kick and Sub Bass

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2. Saturation and Harmonics (key to the rhythm section)

2.1 Principles

• Saturation = the faint distortion "just before obvious distortion": input exceeds the gear's limit point and waveform peaks get flattened (keep pushing and it eventually approaches a square wave).
• There is no clear boundary between it and Distortion; the call is made by sensibility and musicality.
• Distortion inevitably produces harmonics (overtones), and the harmonic type determines the character:
  • 2nd harmonic (2x the fundamental = one octave up): vacuum-tube circuits, tape → warmth;
  • 3rd harmonic (3x the fundamental = a perfect fifth): 70s transistor circuits → "bite," adds warmth to the low mids;
  • Non-integer harmonics: the source of the texture of percussion, husky voices, whisper vocals.
• Even adding only ~1% of harmonics meaningfully affects the tone; a spec sheet's THD can be read as the "harmonic addition rate."
• More harmonics = more information = a more three-dimensional tonal character.
• Tape compression (Tape Comp): peaks flattened → tails relatively lifted → parts sound more continuous → loudness feel, grain, and groove all rise.
• A compressor's character (kyarakutā) is likewise built on saturation.
• Quick character notes on classic units:
  • NEVE 33609: "Glue"-style "quiet" compression — plants the torso firmly, effective without sounding compressed; the fixed Attack of about 3ms is superb on drums; harmonics spread upward with a "matte" texture;
  • UREI 1176LN: Attack 20μs-0.8ms, extremely fast; harmonics "stretch upward," suited to Snare/Bass that need speed; on Kicks in rock and Black music it's actually used less.
• Gain staging matters: passing signal at the proper level yields "subtle" saturation — electrically it's distortion/noise, musically it's a "hidden flavor" that brings persuasiveness and tonal sheen.
• Gear with tubes + discrete circuits + input/output transformers (common in vintage units) easily produces good saturation; modern IC designs chasing clean sound have a hard time producing good saturation.
• Over-EQing is a cause of "thin sound":
  • When a band recording loses its energy, it's usually excessive EQ;
  • Endlessly EQing because "I want a bit more highs" never converges on the right answer;
  • When the musical appeal of the ensemble is shrinking, adjusting the center of gravity with saturation gets you to the finish line faster.

2.2 Five Practical Techniques (Satoshi Fukuda)

Technique 1: Ambience-mic saturation = depth and dimensionality

• Place one mono ambience mic in front of the kit (where Kick/Snare/Hi-Hat balance well) (NEUMANN M49 tube condenser);
• Into a TELETRONIX LA-2A, pushing the GAIN knob up to create saturation;
• Judging the amount: the critical line is that a hard Crash hit must not distort to the point of transient collapse — take loud sections to "just about to overflow";
• Principle: attacks get flattened → tails and reverb components relatively rise → the "contour" of the recording space (wall-reflection information, etc.) is highlighted → the close-mic sound gains depth and dimensionality;
• Difference from Reverb: Reverb "pastes on a separate layer of spatial decay," whereas this "highlights the real room reverb of the recording" — tightness is not lost, so it still suits drums;
• Saturation's characteristic "shattering, scattering" quality is the point (it cannot be produced merely by raising Release with compression);
• Plugins: SOUNDTOYS Decapitator or Devil-Loc (the UAD LA-2A plugin's distortion grain is too smooth and pretty to yield dimensionality; Devil-Loc Deluxe = a model of the SHURE Level-Loc, self-described "Audio Level Destroyer").

Technique 2: Saturated ambience changes the Groove = laid-back feel

• Once the distorted ambience is blended in: notes ring longer and feel gently pulled backward → the perceived groove shifts "behind the beat," groovier;
• Non-integer harmonics increase → hit outlines blur slightly → timing errors stop being conspicuous — even the rhythm's wobble becomes pleasant;
• Practical advice: don't rush to fix timing before mixing — apply saturation first; very often things simply "sit right," then decide whether fixing is still needed;
• The same goes for vocal timing/pitch; Black music especially calls for loose handling — use saturation to preserve the "human feel" of instruments and vocals.

Technique 3: Parallel saturation for punch

• Snare with 2 top + 1 bottom mics (SM57×3): one top mic through an ALTEC 1567A (60s tube 6-in/1-out mixer amplifier, also used by early Motown), slammed hard into the head amp;
• "Unrecognizably mangled" is the requirement — if it still sounds "decent, ringing normally" in solo, the saturation isn't deep enough;
• Blend in parallel with the other, cleanly recorded mic: the sound's "front face (outline)" stays clean while only the "back side" texture is rewritten — grit and punch rise;
• Essentially the parallel-compression concept (compressed signal blended with the original);
• Same method at mix stage: duplicate the Snare track → saturate → blend with the original;
• Plugins: Decapitator, Radiator (= 1567A model; BASS/TREBLE/INPUT/OUTPUT/MIX);
• Additional "grit just by passing through" plugins: UAD Harrison 32C, Neve 1073 Legacy — with the EQ section engaged the mids stand up with a "zaku" bite and turn punchy; better suited to Black-music snares than the newer UAD Neve 1073.

Technique 4: Controlling the center of gravity

• ALTEC 436C as a pure saturator:
  • Threshold at max, Release at fastest (= almost no compression), input level pushed to about 2 o'clock;
  • Adds "zara-zara to bari-bari" (gritty to crackling) distortion; the sound's outline stands up;
  • On low instruments it means "staying low, yet slightly pulled upward" — the center of gravity doesn't sag but gains outline.
• GATES Sta-Level (Vari-Mu tube limiter):
  • The compressed signal stacked back onto the original → the sound "stretches downward," saturation forms in the lows → the center of gravity drops;
  • Merely passing through it lowers the center of gravity;
  • Real example: the Bass on ENDRECHERI "HYBRID FUNK" — Line + Mic summed and fed into the Sta-Level; a "firmly planted" heavy feel, with no EQ inserted at all.
• Clap penetration comes not from boosting high-band EQ but from saturation:
  • Decapitator on an AUX track for Send & Return saturation;
  • Additive thinking — the Send amount decides "how much flies over"; aggressive, like "hurling the sound at the ceiling."
• Kick example (Shunské G & The Peas "Groove Me"):
  • Beater (impact point) / shell resonance / Sub low recordings summed to an AUX track → insert Decapitator;
  • DRIVE 2-3 (about 9-10 o'clock), emphasizing the shell's "boko" component;
  • Use the TONE knob as an EQ = skip difficult EQing and instantly get the desired tone.
• Decapitator = the author's "My Best": universal for Clap/Snare/Hi-Hat/Kick/Tom/Overhead — all rhythm material;
• FABFILTER Saturn: finer, more delicate distortion grain → suited to EDM and other electronic styles and acoustic+electronic hybrid dance music; rich presets.

Technique 5: Turning a "vertical sound" "horizontal" (widening the image)

• Applies when the Kick feels "tall and narrow" and the sides feel lonely (COMA-CHI "water" example):
  1. Send the Kick via Bus to an ALTEC 1567A and GATES Sta-Level, blend the processed signal in parallel with the original — the ALTEC makes the sound "slowly bleed outward"; the vertically extended sound broadens horizontally and thickens;
  2. Send & Return the original Kick again through a UREI 1178 (stereo version of the 1176) — running mono material through stereo outboard can sometimes yield a bit of stereo feel = width;
  3. Also return an extremely short Room Reverb at only −35.2dB — it bleeds, widens horizontally, and gains fullness/presence within the arrangement.
• Fast, dense Bass lines: UAD UA 1176LN Rev E to emphasize the outline (note its extremely fast attack compresses "fast"; when you want the part laid-back, switch to another compressor);
• Material that's "a bit thin": run it through AVID Fairchild 660 (bundled standard with Pro Tools; three knobs INPUT GAIN/THRESHOLD/TIME CONSTANT) — the moment it passes through it "gently" thickens.
• Judgment when mixing for clients: sounds that deserve saturation = those that "want one more push of heaviness" or are "too polished," lacking harmonics and grit — add sparingly, step by step.

Iron rule for the upper limit: saturation isn't just "roughing up the sound" — it serves space, groove, punch, center of gravity, and width; never overdo it — the ceiling is "the attack must remain clearly perceptible."

2.3 Other Favorite Saturation Tools

• UAD Studer A800: the most-used tape sim; switching tape type and IPS (tape speed) gives clear-cut changes; excellent harmonic feel, also used "just to pass signal through."
• U-HE Satin: continuously variable tape speed is the appealing point; just-right grit.
• EMPIRICAL LABS Distressor EL-8: the name itself = Distortion + Compressor; Dist2/Dist3 modes add distortion content; frequently used on Bass and Kick.
• SHADOW HILLS The Equinox: summing amp and monitor controller; the sound "bleeds with quality richness," close to the feeling of working on an SSL console.

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3. Sidechain Applications

3.1 Vocal-Triggered M/S Sidechain (core recipe, Atsushi Asada)

• Goal: the backing automatically steps aside the instant the vocal appears — the vocal is clear without pushing its level up.
• Added value: the linked "when A appears, B yields" motion makes the two perceptually bond into one unit → vocal and backing gain cohesion, keeping loudness while securing intelligibility.
• Compress only the Mid content of the top-layer instruments; leave the Side untouched:
  • The vocal sits in the center of the field (Mid), and what clashes with it is mainly the backing's Mid content;
  • Preserving the Side → stereo width is unharmed and the processing is better concealed.
• Plugin: BRAINWORX BX_DynEQ V2 (a dynamic EQ supporting M/S mode + external sidechain — better than an ordinary compressor at limiting "which band, which channel component" yields).
• Parameter recipe:
  • Processing target: the Mid of the top-layer parts (M/S mode, Mid only);
  • Attenuated band: around 350Hz (the low mids that clash with vocal body; the main battlefield of vocal thickness/presence is roughly 150-500Hz);
  • Key signal: SC band set to ext (external input = the vocal track);
  • EQ the key signal itself to 681Hz — triggering off the vocal's energy around 681Hz tracks the moments of "actually singing" more accurately; confirm the key content with the SC solo button;
  • Attack 0.06ms (extremely fast), Release 12ms (very fast), Threshold −47.7dB;
  • Attenuation about 2.2dB — the empirical sweet spot is 1.5~3dB for the most natural result: "you can't hear the processing, yet the vocal is somehow clear"; too much gives it away.
• Operating order: SC solo to confirm the key → lower the threshold until you see the desired triggering → set max gain around 2dB → play the whole song and confirm the groove isn't ruined by a "sucking" sensation.
• Comparison-experiment conclusions:
  • Compressing the whole top layer (Mid+Side): the backing "loses its axis" and the vocal paradoxically floats without blending (worse as attenuation approaches the 5dB range) → preserving the Side and moving only the Mid is clearly superior;
  • Vocal-triggered compression of Bass (Mid): the bands barely overlap so the effect is weak, but "the lows dipping slightly the instant the vocal appears" can create a breathing groove.
• Synth-Lead-triggered version (EDM Drop, "make the main melody definitely land"):
  • Faster Attack, slightly fast Release, attenuation by ear around 4dB;
  • M/S compressing only the Mid: Side intact, the field doesn't collapse (the author's preference);
  • Ordinary stereo compression: the melody juts out more, more momentum — both are valid; choose by the track's character.

3.2 Classic Kick-Triggered Pumping (Nagie)

• Feed a four-on-the-floor Kick into a compressor's sidechain and compress "everything except the Kick":
  • At the eighth-note point after the Kick's decay ends, the bass surges out with a "whoosh" = the Pump;
  • Kick decay and bass surge in inverse proportion, with zero gaps in the sound — ultimate loudness music (Daft Punk / Justice-style Electro).
• Not just bass: piano, synths, vocals can all be hooked up — sounds vanish and surge back in unexpected places, generating interesting phrases.
• The sidechain input needn't be the Kick: feed a pattern different from the Kick → more complex pumping effects.
• Routing: bass group / synth group / vocal group each get an AUX with a compressor; the Kick is sent to every compressor's sidechain input → all groups sum into the master fader with a bus compressor pushing loudness to the max.
• The decisive parameters = the compressor's Attack Time and Release Time (getting the imagined compression curve rarely happens on the first try); with multi-stage compression watch out for DAW latency.
• At this level, balance is no longer controlled by mix faders but by "sound combinations + how the sidechain acts" — that determines the music's entire balance.
• You can stack a Transformer-style effect on top (AVID Transfuser etc., tempo-synced "chopping" of the audio) for a mix of pumping and stuttering.

3.3 Lightweight / Derivative Sidechain Uses

• Hi-Hat sidechained with the Kick as trigger (mabanua): the Hi-Hat only "peeks out" in the Kick's gaps, adding groove to just the beat; try different depths.
• Easy tool: NICKY ROMERO Kickstart (Mix 100%);
  • Trap layering trick: time-stretch a Cymbal about 4x longer (without changing pitch) → apply Kickstart → the long tone "breathes" on the downbeats, padding behind the Hi-Hat for dimensionality.
• Sidechain origins: broadcast ducking (announcer's voice automatically lowers the BGM) and the De-esser (sidechain compression with an EQ'd key signal) — understand this and you can freely mutate the technique.
• The Key-In triggering of Gated Reverb is also a sidechain application (see 5.1).

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4. Vocal Mixing Chain and 7 Vocal Effects

4.1 Mixing Order That Makes Vocals Stand Out (Nagie)

1. Drums and bass first:
   • Once the rhythm section is set, bring the vocal in to test;
   • When the bass collides with the vocal: EQ-cut the bass around 1kHz (the zone that easily obstructs vocals) while keeping the bass tone natural;
   • If bass volume swings are big enough to hit the vocal: flatten the level with a fast-Attack compressor.
2. Yield the center to the vocal:
   • Guitar panned left, piano panned right;
   • Harmonies (Cho) widened left/right with chorus or short delay (creating an out-of-phase "valley" in the center);
   • Bass sits at the bottom;
   • EQ the instruments whose bands clash with the vocal — carve out a "seat" for the Vo in the 1kHz vocal zone;
   • Goal at this stage: a backing track that "sounds cool even without the vocal."
3. After placing the vocal back, set the basic position first (heavy-rhythm tracks slightly bury the vocal; a flagship single opens it fully), then two cleanup methods:
   • Method 1 (rework the offender's sound): EQ away from the vocal band / tame runaway peaks with compression / change panning away from the song / deepen its reverb to push it behind the vocal;
   • Method 2 (volume control via automation): listen carefully for the moments something blocks the song and duck that instrument momentarily;
   • Never do the reverse — push the vocal up: raising the vocal → other instruments then feel lacking → everything gets raised → the master level instantly clips; a death spiral;
   • Until the backing is sorted, resist touching the vocal fader.
4. Finishing:
   • Automate expressive vocal-level detail (fine dynamics);
   • Multiband compressor on the master fader to shape loudness, final fine-tuning;
   • Advanced: group the whole backing to an AUX with a compressor, rebalance "backing group vs vocal," then a compressor on the master fader → stronger vocal presence;
   • But beware: cohesion between song and backing can thin out; with many compression stages, automation may stop behaving — weigh and experiment.

• Respond to each singer's voice character (which band its features live in, whether the voice cuts through) — preset-style moves like "cut 3dB at 4kHz" don't work.
• 60s retro vocal compression: Attack 4ms / Release 2s, about 5dB GR — the short gap before the Attack means initial breaths and sibilants escape compression, which is exactly the "flavor."

4.2 Seven Vocal Effect Recipes

(1) Vocoder / robot voice (MATZ; reference: Daft Punk "Harder, Better, Faster, Stronger")

• Principle: voice = modulator, synth = carrier; pitch comes not from the voice but is "played" via MIDI on the carrier side.
• ABLETON Live's built-in Vocoder on the vocal track; carrier = a fat LENNARDIGITAL Sylenth1 sawtooth;
• Program the original melody one octave down as MIDI for the carrier;
• Vocoder settings: Carrier set to External, Audio From set to the Synth track, taking the Post FX signal point;
• Larger Bands (band-split count) = higher intelligibility; smaller = rougher and more retro (example: Bands 8, Range 80Hz-12.0kHz); the band bars can be hand-drawn up/down like an EQ;
• Daft Punk-style "human touch" trick: switch Carrier to Noise + Unvoiced Sens. about 55% — unpitched content like consonants/breath gets filled with noise for a "whispery feel"; the robot voice ends up sounding more human;
• Write pitch-bend automation into the carrier MIDI: slide the pitch at phrase starts or ends, tuning "toward sounding more human";
• Redux for old-sampler texture: Bits=8, Rate=40.0kHz (Jitter/Shape 0%);
• Alternatives: SOFTUBE OTO Biscuit, D16 Decimort 2, WAVES OVox (+Morphoder), TAL-Vocoder (hardware-like texture).

(2) Auto-Tune "kero-kero" voice (ケロケロ・ボイス, hard-tuned croaky vocal) (TeddyLoid; reference: Perfume "ポリリズム")

• ANTARES Auto-Tune Pro switched to CLASSIC mode — "the Auto-Tune 5-era sound"; this is what sparked the original boom, and pros prefer this mode for kero-kero;
• Auto Mode: set KEY/SCALE to the song's key, choose INPUT TYPE (Soprano/Alto/Tenor etc.) per the singer's range;
• RETUNE SPEED turned fully left = 0 (fastest) — pitch snaps instantly and rigidly to the nearest scale degree; the source of the "frog" effect;
• Simultaneously HUMANIZE=0, NATURAL VIBRATO=0, completely removing humanization for maximum mechanical feel;
• FORMANT on; adjust timbre with THROAT (throat-length modeling, example value 93): formants shifted up = cute and slight, down = thick and full — changes the voice color without changing pitch.

(3) Digital Choir (T-SK; reference: Kanye West "Lost in the World feat. Bon Iver")

• Use: chorus pads or Drops — vocals stacked into a "digital choir," sacred and coldly gleaming;
• iZOTOPE VocalSynth 2 in MIDI Mode (not Auto Mode); create a MIDI track and route its MIDI output to the plugin;
• Enter chords on the MIDI track (write whatever harmony you want the choir to sing);
• Note: no sound where there are no MIDI notes — "from where to where it sounds" is precisely controlled by note lengths;
• Start from a thick-sounding MIDI Mode Preset (categories like Classic/Clear/Deep/Edgy/Lush), then fine-tune as needed;
• Finish with Pro-Q 3: low-cut to clean the bottom + attenuate around 774Hz where it clashes with the lead vocal to make way; optionally add a stereo imager (widening) and a De-esser (de-harshing).

(4) Talkbox (JUVENILE; reference: Bruno Mars "24K Magic")

• First treat the dry vocal (a talkbox must "speak clearly" as a prerequisite): low-cut below 200Hz, control the consonant/sibilance zone above 3kHz to keep consonants clear, compress to gather dynamics;
• VocalSynth 2 with the Talkbox module enabled + MIDI Mode;
• MIDI = unison with the main melody + one layer an octave up — the upper octave layer adds cut-through and thickness;
• Drive (distortion amount → funkiness) and Speaker (speaker resonance character) are the two most important knobs; always adjust them; the module also has OSC waveform/Sub/LFO;
• Afterwards add EQ, reverb, chorus; consonants get buried easily — keep them clear.

(5) Megaphone voice (yasu; reference: Ado "阿修羅ちゃん")

• MCDSP FutzBox (lo-fi multi-effect), starting from the built-in preset "Red Megaphone" but not taking it as-is:
  • EQ: low-cut below about 600Hz, high-cut above about 8kHz, boost about 6dB around 2-3kHz (the megaphone's narrow-band midrange honk);
  • FILTERS section: high-pass about 400Hz, low-pass 14kHz lightly (don't over-cut the highs);
  • DISTORTION section: gradually raise AMOUNT to "just about to break" — past that it's only noise;
  • In the right-hand EQ, boost 2.8kHz another 3-4dB and the megaphone flavor snaps into focus.
• Finish: iZOTOPE Ozone's Exciter, mode "Tape", Amount about 8.4 — too much becomes harsh.

(6) Formant Changer (MK; reference: Porter Robinson & Madeon "Shelter")

• Principle: formants = spectral peaks determined by the vocal-tract shape; shift only the formants, not the pitch → male/female/child/elderly voices — the source of an "uncanny hook";
• Method: create a formant shift amount automation lane under the vocal track and draw it up/down at the right moments — sustained offsets or intermittent "twitches," creating a dislocated feel of male/female or near/far flickering;
• Plugins: WAVES Vocal Bender, ZYNAPTIQ Morph 2, SOUNDTOYS Little AlterBoy, FL Studio's built-in feature — any plugin with a formant parameter works;
• Advanced: layer a formant-processed duplicate behind the lead, or stack chorus/effects on top of it.

(7) Telephone / radio voice (murozo; reference: YOASOBI "たぶん")

• Positioning: a great etude for EQ fundamentals;
• Pro-Q 3 band-pass: low-cut about 300Hz + high-cut about 4kHz as the basic shape;
• The steeper the filter slope (6/12/…/72dB/oct up to Brickwall), the stronger the lo-fi feel;
• Don't memorize frequencies: move the cutoffs while the song plays and find the spot where "the vocal still opens up and stays intelligible" (the optimum differs per singer and between male/female voices);
• Bonus: light saturation/distortion makes it more convincing; layering noise pushes it from "telephone" toward "radio";
• The key to usage = contrast with the dry lead vocal: use the narrow-band voice at scene changes like intro/interlude/bridge, then return to the full-range vocal at the verse — the contrast makes the lead more dimensional.

Bonus: a 60s trick — MOOG-filtered vocal (The Doors "Strange Days")

• Peaking EQ, narrow Q, boost 30-40dB at 2.5kHz (if one EQ can't boost that much, chain 2; real example: 2538Hz, Gain +18, Q 6.50);
• → low-pass filter cutting everything above 2.5kHz;
• → Delay 167ms (imitating the tape-machine delay time at 15ips tape speed).

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5. Classic Techniques Toolbox

5.1 Gated Reverb (the signature 80s sound)

• Origin anecdote: during the recording of "Peter Gabriel III (Melt)" (1980), the drum room's talkback mic (with compression + Gate on it) accidentally picked up the drums — the over-compressed/gated room sound was unexpectedly cool (Steve Lillywhite × Hugh Padgham).
• Basic flow: close-miked snare → tightened with a Gate → the gaps between hits filled with digital reverb → that reverb tail cut off again with a Gate.
• Method (1): Key-In sidechain triggering
  • Send the snare track to a reverb track (UAD Lexicon 224 or another digital reverb; many recent plugins recreate vintage digital reverbs);
  • Insert a Gate after the reverb — but a Gate alone won't cut the tail crisply;
  • Key point: feed the dry snare into the Gate's Key-In (sidechain input) to trigger it open and shut;
  • WAVES C1 example parameters: sidechain source Bus 10, Gate Open=−25.8, Gate Close=−31.7, Attack=0.15ms, Release=63ms, Hold=257.63ms;
  • The reverb length is set by Hold — the right length varies with tempo; turn Hold while the song plays and stop where it sounds cool.
• Method (2): compressed ambience mic as the reverb
  • Put a fast-Attack / slow-Release compressor on the ambience mic to lift the air and use it as reverb (a major element of the original Gated Reverb);
  • WAVES CLA-76 (1176-style): Attack fastest (fully right) / Release slowest (fully left) — note that both its ATTACK/RELEASE knobs get faster the further right they're turned.
• Vintage-reverb-flavor tricks:
  • Lower the Density (reverb density) a little = slightly grainy sound, more 80s atmosphere;
  • For "reverb applied yet the sound stays up front": turn off the Reverb Tail and add only the Early Reflections.
• Recording note: close-mic the cymbals and handle them separately from the snare — otherwise gating the close snare track can't remove the tails bleeding into the Overheads.

5.2 Parallel Compression

• Principle: compressor on a Bus, Send & Return blending only the needed amount of the squashed signal back with the original — deep compression without losing the sound's "core."
• Single-unit option: a compressor with a Mix/Blend knob, e.g. EMPIRICAL LABS Arousor (example: IN=6.25dB, Att=31.3ms, Rel=625ms, OUT=11.75dB, BLEND 3.13; Soft Clipping steps: Pinned 14%THD / Toasty 8% / Hot 3% / Warm 0.5%).
• Application (1), compression as reverb (Tchad Blake style): deeply compress off-mic material → attacks flattened → room tails (reverberant content) float up = an exaggerated space with a flavor different from digital reverb.
• Application (2), parallel saturation: original + "unrecognizably mangled" saturated signal blended = rewriting only the back-side texture of the sound (see 2.2 Technique 3).

5.3 Advanced Compression

• Two in series (the Roger Nichols principle):
  • For compression to sound natural, GR on a single source should not exceed 3dB;
  • Need more = 2 compressors doing 3dB each — far more natural than 6dB from one;
  • Division of labor: unit 1 with slow Attack for a natural compressed foundation; unit 2 dedicated to catching the attack transients the first one missed;
  • More "musical" peak control than reaching straight for a Maximizer;
  • Example: WAVES CLA-2A (optical) + CLA-76 (FET) in series.
• "Foul-play" usage (Tchad Blake style):
  • At 15-20dB GR the tone is no longer flat: mids bulge, highs roll off, so the lows sound lifted;
  • Extremely short Release produces distortion;
  • Deliberately breaking the rules draws out a compressor's "other face" (Tchad used the SPECTRA SONICS 610, SHURE Level-Loc);
  • Choose plugins that "change the sound the moment they're inserted": SOUNDTOYS Devil-Loc, WAVES Abbey Road RS124 (most plugins compress with a flat tone and don't suit this).
• Taming slap bass: Ratio 8:1 or higher, shortest Attack (0.01ms), Release about 50ms (WAVES C1 example: 7.95:1, Threshold −15.0, Makeup 5.0); keep the settings and deepen GR until the phrase is clear — the Reduction meter swings 5-10dB on the "smack" moments.
• Vintage slow-Attack texture: insert a distortion effect after the compressor = recreates the old ALTEC sound where "only the uncompressed attack distorts" (Beatles bass: A/R both 50ms + distortion after).
• 60s ping-pong-recording density: submix buses of like instruments bounced down layer after layer, each bounce passing through light compression.

5.4 ADT and Pitch-Shift Tricks

• ADT (Artificial Double Tracking, mid-period Beatles vocals): WAVES Reel ADT; or a plain Delay around 35ms + automation wobbling the delay time + Feedback OFF.
• Hannett-style "delay + pitch shift" combo: a few ms of delay + a pitch shift offset by a few cents, used via Send & Return;
  • Insert version: WAVES Doubler or SOUNDTOYS Crystallizer (example: PITCH −6 cents, SPLICE 31.3ms, DELAY 8.9ms) — a psychedelic sound quite estranged from the original.
• Snare shifted up several semitones overall (EVENTIDE H949 Harmonizer style, "She's Lost Control").
• Reggae speed-up feel: raise the drum track's tempo + pitch by 3-7% (about 50-100 cents) (Pro Tools Pitch II RATIO 106.00%); for MIDI drums, PITCH +2 overall in the sampler after the part is finished.
• Two Trap pitch-shift uses: material +19 semitones up into hi-hat range (toy sounds turned into samples); whole loop −5 semitones = dark lo-fi atmosphere.

5.5 Gate and Transients

• Gate principle: cuts sound below the threshold (the opposite direction from compression); overuse = only the attack remains, a creatively tightened tone.
• Gate to tighten the beat (Hannett style): WAVES C1 "Compressor/Expander" mode example: Type=Gate, Floor=−Inf, Gate Open=−20.8dB, Gate Close=−25.9dB, Attack=2.00ms, Release=30ms, Hold=0.01.
• Watch for bleed mis-triggering: with heavy hi-hat bleed in the snare mic, a loud hi-hat may open the gate by mistake.
• Metal guitar noise floor: continuous "hiss" → Noise Gate placed before the Distortion (C1 example: Open≈−46.2 / Close≈−50.2 / A 2ms / R 100ms); too high a Threshold gates away the guitar itself; if you dislike the gate's tonal change, just trim the silent regions in the DAW.
• Transient shaping:
  • SPL Transient Designer: SUSTAIN turned slightly left = funk-style dry tightness, like muted percussion;
  • NATIVE INSTRUMENTS Transient Master: on the drum bus with Smooth (smooths the attack without fuzziness) + Limit (a grain-preserving limiter; MK always engages it).
• Post-distortion tails dragging → light Gate to cut them and re-expose the attack (SOFTUBE Valley People Dyna-mite's Gate mode).
• Lo-fi snare: snare → Bus → Bit Crusher → Gate — inserting directly turns everything to mush; Bus processing + Gate cutting the distorted sustain = "only the lo-fi'd snare speaks by itself."

5.6 Space and Depth

• Depth formula: far = more reverb + fewer highs:
  • Add reverb + EQ-cut the highs to push a part back; the lead gets thin reverb and sits up front;
  • Soft-rock example: lead vocal reverb thin, chorus reverb deep (Plate about 3.5s) + High Shelf cut on the chorus.
• Two Pre-Delay uses:
  • Hannett-style snare reverb: Pre-Delay set to about 10-20ms (tight dry center + a longish Pre-Delay reverb = a technique unique to digital reverbs);
  • "Sticky" reverb: set Pre-Delay to a 16th-note length (an on-beat value) → an adhesive quality with groove.
• Reverse reverb (Shoegaze):
  • WAVES Renaissance Reverb type=Reverse (example: Size 99.4, Diffusion 89.1, Decay 3.30s, Wet/dry 100, Predelay=−160.0ms — negative values allowed, letting you shift when the reverb appears without moving the audio);
  • UAD AMS RMX16 presets 9/10 = Reverse (utterly "canonical"), presets 8/18 = Nonlinear (the reversed sound of the drums on Prince's "KISS").
• Wall-of-sound bleed recreation: 4 Room Reverb buses, all the same size, with ER and Reverb Time each slightly different, the same track sent to all 4 in parallel.
• Effect brightness map (Nagie):
  • Brighter = EQ high boost, exciter, plate reverb;
  • Darker = EQ high cut, amp simulation, De-esser, saturator.
• Effect-chain-order examples:
  • Tape sim (Wow & Flutter turned up) → reverb = "wobbling reverb" (Farkle, The Doors);
  • Insert a room-type reverb deep first, then EQ + compress the whole "reverberated sound" = a very effective atmospheric tone;
  • When one compressor doesn't deliver, dare to chain two.

5.7 Hi-Hat and Groove Quick Reference (three styles)

Trend awareness (SUI): in Trap, hi-hats are now treated as "top-layer instruments" (rolls with pitch changes, Flanger, layering); in the EDM world the tendency to "drop the hi-hat and build rhythm with other sounds" is pronounced; everyday sounds (tapping a glass, etc.) taking on the hi-hat role is spreading.

Trap / Future R&B (Matt Cab):

• Tone standard: plenty of highs, cold metallic texture (too fat or heavy harms Trap's sense of speed);
• Selection flow: audition sounds one by one while the Kick/Snare loop plays; decide by physical reaction (involuntary head-nodding / urge to dance);
• Sampling everyday sounds: a toy switch click pitched +19 semitones into hi-hat range → PLUGIN ALLIANCE HG-2 pushing SATURATION (preset "13 Drums Bus 2"; the sound thinned by pitching is re-thickened) → UAD Neve Preamp preset "DRUM-Hyped Overheads" to restore cut-through and air;
• Cymbal layering: time-stretch about 4x longer + Kickstart sidechain = "breathing" on the downbeats;
• Layer a hi-hat loop pitched a further −5 semitones = dark, atmospheric lo-fi feel;
• Track Delay +11ms — a mere 11ms changes the whole beat's impression; a shortcut to a next-level Trap beat;
• 32nd-note hi-hat rolls instead of fills, "placed where they make the Kick and Snare sound coolest"; every 4 bars, OUTPUT Movement adds rhythmic modulation + spacey delay;
• Cymbal finishing (Pro-Q3): low-cut below about 750Hz, high-cut above about 8.5kHz, 7kHz Bell cut 6dB to de-harsh; SOUNDTOYS PanMan auto-panning adds Shuffle/Swing groove.

EDM / House (MK):

• Swing amounts: Future House about 60% (ideal BPM 124-128), Progressive House/Trance about 20% (128-132);
• Even when melody Swing is 0%, always apply some Swing to the rhythm section, hi-hats first (FL Studio: the Swing knob at the top right of the Channel Rack);
• 16th-note hi-hat groove: about 40% Swing + Pan flickering left/right per 16th note + Velocity shaped with the same dynamics — escaping grid-locked stiffness;
• Ghost notes: inserted between the kime (accent hits) at about 1/6 the velocity of the main notes — ghost notes alone can generate groove;
• Ghost-note tones need short Release; a handy envelope: Attack 0%, Decay 50%, Sustain 0%, Release 30-40%;
• Layer hi-hats on the Synth Lead's note timing to add attack and thickness (low-cut everything below the upper mids + a little Reverb to blend);
• Reverse Open Hi-Hat + reverbed Clap/Tom stacked on the second half of bars 2/4/6/8 = the Drop's kime accents;
• Recent texture: the "crisp brightness" of XFER RECORDS OTT multiband compression; retro-leaning Future House uses the dry TR-707 Open Hat;
• Transient Master with Smooth+Limit to stand the attack up; dynamic EQ ducking the harsh 4kHz band only when it pokes out; decisively cut above 15kHz (unnoticeable in a home studio, a noise source on a big club rig).

Hip-Hop / Lo-Fi (mabanua):

• No quantizing — record played in real time — the hi-hat is the drum-kit part that should least be quantized;
• Tone philosophy: mid-forward "hard" hi-hats ("ka-ka-ka" percussive tones) are on the rise; "the whole track's color is carried by the hi-hat";
• Vary the cymbal openness every hit (Close → Half-Open → Close undulating within a bar) = live atmosphere; favored sample sources: SP-1200 / ASR-10 / MPC3000;
• Slightly shorten Decay in the sampler = keep the closed hat's "kire" (snap) while the tail gets a "suuu" extension;
• Place the hi-hat about one 32nd note behind the Kick = emphasizes the Kick's weight, a "sticky beat" (Kick priority on beats 1 and 3);
• Two hi-hat pitches: higher one on downbeats, lower one on offbeats; high → L, low → R = a springiness real drums can't reproduce;
• Volume sets the track's center of gravity: loud hi-hat = high center of gravity, speedy (N.E.R.D "Lemon"); quiet = low center of gravity (Jay-Z "Dirt Off Your Shoulder"); the contrast can reach 17dB; chill styles may even omit the hi-hat;
• High-frequency treatment: tame the harsh 2-5kHz band until "gentle" (this also cleans up the vocal's highs); when Kick/Snare are strong-attack sounds, boldly shaving the hi-hat's highs actually makes them pop;
• Modulation staging: Logic Ringshifter (ring mod + frequency shift) for metallic texture, Stereo Width for width, modulation synced to the tempo.

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6. Genre Sound-Recreation Quick Reference (60s-2000s)

Full parameters, plugin example values, and historical background: see genre-sounds-reference.md.

Era	Genre	One-line recipe (key parameters)
60's	Beatles/Motown	Kick compression A4ms/R2s; Snare 3-5kHz boost + A0.2ms/R0.8ms compression; Bass A/R both 50ms + distortion after the compressor; submix buses lightly compressed layer by layer (PuigChild 670 TC "1" = A2ms/R0.3s); vocal A4ms/R2s ~5dB GR + ADT 35ms
60's	Wall of Sound	"Overhead+Snare" blend track into Echo Chamber reverb (UAD Hitsville); Bass doubled with EP-34 Tape Echo 195ms; guitar ultra-short 10ms delay, thin blend; 4 same-size Room Reverbs with differing ER/Time sent in parallel = bleed feel; Kick volume kept small
60's	Eddie Kramer (Hendrix/Zeppelin)	Ambience-track compression A5ms/R100ms/2:1, 3-5dB GR ("Moby Dick" version A0ms/∞:1, 10-20dB); Snare 1kHz +5dB (fiercer songs 3.5kHz +2-3dB); guitar 120Hz +3dB, 2.8kHz +3-5dB; real-time Pan/reverb-amount automation
60's	US psychedelia (The Doors)	Console-model preamp Gain pushed up + fader pulled down = mixing-stage distortion (Lindell 80 Series); tape sim Wow&Flutter up → reverb = "wobbling reverb" Farkle; vocal 2.5kHz narrow Q +30-40dB → LPF → Delay 167ms
60's	Soft rock	Lead thin / chorus deep reverb (Plate 3.5s) + chorus high cut = depth; guitar cut 200Hz and 500-700Hz to make way for the chorus; Kick 1kHz cut, no outline; if the Kick vanishes, cut other instruments below 100Hz instead
70's	Reggae (Bob Marley)	Drums sped/pitched up 3-7% (50-100 cents); Bass 50-60Hz +10dB (HLS Channel), cut 5Hz; whole kit −5dB / bass +5dB; guitar and keys thinly wah'd at half-pedal (Amplitube Wah 47)
70's	Dub	Real-time fader cut-outs + EQ sweeps (record the physical moves; don't pencil them in); dotted-quarter/eighth delays overwhelming the dry sound; analog delay with long Feedback + turning Delay Time = pitch glides; one-shot snare suddenly into spring reverb (REV SPRING-636)
70's	Pink Floyd prog	TG12345 Channel Strip DRIVE for light saturation; drums confined to 10-to-2 o'clock, top parts panned wide (pan 54/80); Kick/Snare about 3dB lower than usual; harmonies ValhallaFreqEcho Shift −5.54Hz; guitar Vibe Phaser with RATE automation
70's	New Soul (Stevie/Marvin)	Long plate reverb on drums to "soften the tone" (Stevie = nearly inaudible / Marvin = veiled in light mist); dynamic-mic drums 16kHz +3dB to mimic condensers; bass attack slightly distorted (Neold U17); harmonies and strings deep-reverbed as a bed + dry DI parts floating on top = softness plus outline

How to use: when the user wants "the sound of a certain era/genre," first give the one-line recipe from the table above as a starting point; when full details are needed (plugin screenshot parameters, recording-history background, Pick Up reference albums), consult the corresponding PART in genre-sounds-reference.md.