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Chris

Hi! I've got a new plugin you can have! These plugins come in Mac AU, and Mac, Windows and Linux VST. They are state of the art sound, have no DRM, and have totally minimal generic interface so you focus on your sounds.

PointyGuitar

TL;DW: PointyGuitar is a supremely adaptable instrument amp.

PointyGuitar in Airwindows Consolidated under ‘Amp Sims’ (CLAP, AU, VST3, LV2)
PointyGuitar.zip (531k) standalone(AU, VST2)

Sometimes the best way to get the performance of a very analog thing in a very digital format is to accentuate, not the spirit of the analog, but the capacities of the digital. What you get then is not fake gutless imitations of the artifacts of the analog thing, but the heart of why we go for that analog thing. Meet PointyGuitar, which is all amps. Just adjust… if, that is, you know what the analog sound is made of.

Here’s how it works. SmoothEQ was a sort of breakthrough: the ability to get very steep EQ crossovers while still zeroing out at perfect, unaltered fidelity. It sounds the way it does because it reconstitutes the original source between every stage, rather than doing independent EQ bands and trusting that they’ll be ‘just as good’ because the gains and EQ slopes match up closely enough.

Then there’s AngleEQ, a sort of disaster: a very heavily colored EQ where the crossovers are so phasey that it’s like running stuff through a speaker. The opposite: whether as a highpass or a lowpass, it produces a weird physicality and scrambles the sound pretty good.

PointyGuitar is both, in series, with a basic distortion (as found in FireAmp) between every EQ stage. There can be lots of these EQ stages, so there can be lots of stages of this simple softclip, but it’s always on the full sound, not a ‘multiband’.

What happens? Any given section might add small amounts of overdrive. It’s not an electrical circuit and it’s run at double precision so there is no thermal noise/Johnson noise: it’s just a bit of overdrive if you’re boosting a band. Otherwise, if it’s flat it’s extremely flat (interestingly, inside the flat EQ it’s still using the AngleEQ math, but in such a way that it sums to perfectly flat. Using biquads would’ve got steeper crossovers, but requiring more stages turned out perfect here)

As it’s passed on to the next stage, any distortion harmonic that doesn’t fit into the following band just plain gets filtered out. This is most notable in the amount you can crank the ‘High’ band. It’s around 3K for guitar chug, but it’s resisting aliasing super hard considering the amount of gain you can add. Same applies for every band except Presnce. You get that, High, Mid, Low and Sub. For high gain ‘5150’ type sounds, you boost High and cut Low.

Once you have your sound, be it super high gain or clean Fendery stuff (again, boosting High often helps things sound more amp-like) it’s over to the highpass and lowpass. HSpeakr cuts off the bright, and LSpeakr limits the size of your virtual cabinet. They’re pure AngleEQ and combine to produce a bandlimited sound without use of a cabinet impulse, harnessing the intensity of the EQ/saturation stages so that the tone sits right. Very delicate adjustments are what you want here, but both those controls have pretty much full range adjustability. 50 foot speaker, or clock radio, are available if you should need them.

In this way, first building a sound out of identifying which frequency bands need most saturation and which to back off, and then channeling that very saturated but very clean sound through extremely colorful bandpassing, you produce an amplike sound (guitar or bass, any amp of any kind, it just depends how you adjust it) which fits immediately into whatever space in the mix you need, with the right tone colorings…

…at ZERO LATENCY.

It runs without oversampling, and all the EQs operate directly without pre-ring, as analog circuits do. So you can track directly with PointyGuitar, set any way you like, dial in the basic sound of any sort of amp no matter how clean or dirty, and have it respond so immediately that you’ll notice if anything else in your recording chain is adding latency. It’ll feed back like any real amp, it’ll feel connected to your fingers, and you can dial it to do anything you want, pretty much. If there’s a cabinet honk or something that you actually want to add (rather than just remove) you can run the whole thing into ConsoleX and dial that on the parametric, perhaps in conjunction with the Speakr controls.

I may have just replaced my little tube amp and iso cab and new speaker DI box at a stroke. Didn’t expect that, but both my ears and Airwindows Meter tell me PointyGuitar is in the zone, even for really difficult sought-after guitar tones. The range is pretty shocking: it ought to do bass amps, Plexis on Variacs, ratty little Peaveys, you name it.

Oh, and you get a gate (basically DigitalBlack) that triggers off the input before the distortion, but gates between the ‘amp’ and Speakr so that even if you’ve got it firing really staccato and quick, it’ll merge with your string-damping and act like part of your playing, for guitar OR bass.

Enjoy. This should work both for vintage tone guys AND Reznorian madmen. :)

Airwindows Consolidated Download
Most recent VCV Rack Module
download 64 Bit Windows VSTs.zip
download Signed M1/Intel Mac AUs.dmg
download Signed M1/Intel Mac VSTs.dmg
download LinuxVSTs.zip
download LinuxARMVSTs.zip for the Pi
download Retro 32 Bit Windows VSTs.zip
download Retro PPC/32/64 Mac AUs.zip
download Retro PPC/32/64 Mac VSTs.zip
Mediafire Backup of all downloads
All this is free and open source under the MIT license, brought to you by my Patreon.

SmoothEQ

TL;DW: SmoothEQ is a sharp, accurate, transparent three-band filter.

SmoothEQ in Airwindows Consolidated under ‘Filter’ (CLAP, AU, VST3, LV2)
SmoothEQ.zip (526k) standalone(AU, VST2)

This follows AngleEQ, so it follows an extremely weird, colorful, poorly behaved EQ with a super-clean, accurate, well-behaved EQ, just for variety. Not in the sense that you dial in exact dBs and frequencies: it’s still a ‘by ear’ filter like the great analog EQs, and I’m probably not the person you go to for ‘add exactly two and a half dB of 3026 hz shelving and that’s the important part, all EQs sound the same’.

When I say accurate, I mean that unlike AngleEQ if you set SmoothEQ flat you get EXACTLY what you put into it. It uses a subtractive technique that I like, not sure if other people do this, where the sound is assembled out of sub-bands that are always ‘one band is the filtered, and the other is that subtracted from dry’. It’s that which I couldn’t do with AngleEQ, and which has been tricky with everything short of simple biquads (for which it works excellently).

And this is the breakthrough where I worked out how to do this thing I like, which I’m not sure anyone cares about but me, with ANY degree or order of filters so long as they’re biquads. Maybe even beyond that, but turns out biquad filters are very cooperative with this.

SmoothEQ uses eighth-order crossovers: steep! They isolate real well. But so powerful is the technique that I can use Bessel filters instead of Butterworth, for nicer phase behavior. There are limits: I don’t think I can use this for speaker crossovers, it’s strictly for setting relative volumes of EQ bands and listening to a combined output. The trick is, if I apply cascaded filter crossovers and try to subtract it from dry, I get what I got in AngleEQ, a phasey mess.

But if I reconstitute the original signal from the ‘sections’ between EVERY stage of filtering, I get the degree of filter steepness I wanted, AND all the sums still reconstitute to a perfect, bit-identical input if set flat.

If you wanted an Airwindows five-band, or seven-band, or 31-band EQ this is how I’d have to go about it. I don’t know if it would hold up at 31 bands of EQ, or how well that would work, but mathematically I know that if you set it flat you’d have ultimate, bit-identical, perfectly transparent sonics, because that’s the only way the technique CAN work. There are obvious applications in making, for instance, a Mesa Boogie 5-band guitar EQ and having it sound amazing without analog modeling: sometimes what you want is the merits of analog processing, not just to imitate everything. It’ll make EQs that are perfectly accurate set flat, and then you’re shelving up and down bands of frequencies with extremely clean boundaries, as steep as you like.

SmoothEQ is a simple three-band version of this. Now that I know I can do it, I can do a future ConsoleO (orchestral) and really do a good job of keeping the tone even through filtering. This is not a linear phase EQ but does not need to be, since everything is either perfect or some degree of the tone produced by extreme EQ isolations: whatever that sound, if you add only a tiny amount of filtering you automatically get only a tiny amount of that tone color. That’s why I build it in that peculiar way, to get that result.

It’s going to be fun running with this technique and making stuff sound better, and I hope you like SmoothEQ :)

Airwindows Consolidated Download
Most recent VCV Rack Module
download 64 Bit Windows VSTs.zip
download Signed M1/Intel Mac AUs.dmg
download Signed M1/Intel Mac VSTs.dmg
download LinuxVSTs.zip
download LinuxARMVSTs.zip for the Pi
download Retro 32 Bit Windows VSTs.zip
download Retro PPC/32/64 Mac AUs.zip
download Retro PPC/32/64 Mac VSTs.zip
Mediafire Backup of all downloads
All this is free and open source under the MIT license, brought to you by my Patreon.

AngleEQ

TL;DW: AngleEQ is a strange and colorful EQ.

AngleEQ in Airwindows Consolidated under ‘Filter’ (CLAP, AU, VST3, LV2)
AngleEQ.zip (507k) standalone(AU, VST2)

This would have been amazing, had it worked. Instead, it’s astonishing, and is never going to be your main EQ, or mine, ever.

Seriously, it’d be a world of hurt, and don’t do it. Not even while sandwiching it with uLaw plugins.

Since you can’t use it for real work, what good is it? Also, why can’t you use it for real work?

It’s not just that its response is irregular and non-flat. You could deal with that. The trouble is, it’s a new attempt at filtering, meant to do a super-sharp but non-resonant lowpass for a crossover.

And it does a lot of that! But in the process, it scrambles the audio so pervasively that if you try to assemble an EQ out of subtracting it from the dry signal (a neat trick for making ‘flat’ be pristine beyond all reason) the ‘highpass’ you get from subtracting the lowpass, is a complete mess full of phase-rotated bass.

So I came up with a way to get a real highpass, even with multiple stages of this filtering. And I got one, and even that is decidedly strange.

So, AngleEQ is a highpass for a treble band, a lowpass for a bass band, and a midrange that has a separate highpass and lowpass, just because they will not combine in any suitable way anyhow. Then you’ve got a dry/wet because combining any of these bands with dry brings even more havoc, and then the dry/wet also is an attenuverter and lets you apply the EQ inverted because it wasn’t doing enough damage already.

How does it sound? Very opaque, weirdly resonant, perhaps like the largest color-style EQ on the biggest most overdesigned mixing board ever. Nothing about it is well behaved, it cannot do ‘clean’ to save its life, it exists only to make sonic trouble and produce strange pungent tones full of resonances and cancellations.

Just because it’s not a proper EQ doesn’t mean you can’t have fun. Hope you enjoy AngleEQ!

Airwindows Consolidated Download
Most recent VCV Rack Module
download 64 Bit Windows VSTs.zip
download Signed M1/Intel Mac AUs.dmg
download Signed M1/Intel Mac VSTs.dmg
download LinuxVSTs.zip
download LinuxARMVSTs.zip for the Pi
download Retro 32 Bit Windows VSTs.zip
download Retro PPC/32/64 Mac AUs.zip
download Retro PPC/32/64 Mac VSTs.zip
Mediafire Backup of all downloads
All this is free and open source under the MIT license, brought to you by my Patreon.

DubPlate2

TL;DW: DubPlate2 is like an ITB mastering house for electronic music.

DubPlate2 in Airwindows Consolidated under ‘Utility’ (CLAP, AU, VST3, LV2)
DubPlate2.zip (529k) standalone(AU, VST2)

By request, more DubPlate… and new instructions on how to get this sound.

Turned out the audio reference I used to chart a path from digital audio master to the sound of that very dubplate, wasn’t as simple as I’d thought it to be. I didn’t have the real master… and then, when I was fortunate enough to get it, turned out there wouldn’t be a simple way to go from that to the correct sound. The plate had been cut from an earlier mix, and the mastering engineer had complained about how bright it was, and applied more than a bit of EQ. That meant I couldn’t treat it like it was a simple one-step process. I’d have to build in an EQ to do what the engineer did, before I could apply the same stuff DubPlate used. On the bright side, that would let the ‘lathe’ be cleaner, less aggressive. But there would have to be controls that matched what had happened to my reference in real life.

But there was an EQ I hadn’t revisited for a while… that turned out to be just right for the job. My Baxandall EQ had gone to version 2 already, stripping out some early ‘analog effects’ I’d used in the first version.

Turned out that adding an input trim control, adding the analog effects back again (I’d used the Console5 processing for this), running this into DubPlate and readjusting it using the real reference audio but this time also doing the EQing and then compensating for the changes that no longer needed to be handled by the lathe… got me what I’d wanted in the first place.

Provided, that is, you operate it properly… so here’s the new version of how to get a dub plate sound using DubPlate2.

Firstly, if your audio is perfect and you run it flat, you only need to pad it down with the input control until you have NO, repeat NO clips. The processing even without EQing can produce overs. Baxandall3 (built into DubPlate) is able to peak some way hotter than 0dB, to the point that you’d need a safety clipper like ADClip8 or ClipOnly2. Do not use one! Don’t use a limiter, or anything like that, just pad the Input until there are no clips at all on your output.

This is important because you can’t put a safety clipper between your audio and the lathe. The corners produced by a clipper are hell on lathes, high frequency energy that can burn the cutting head right out. The EQ and things like the elliptical filter and normal highpasses that are part of the circuitry are able to rearrange your audio a bit, stopping it from having the digital clips and brickwalls it might have, generating smoother peaks that don’t follow the usual digital rules for where energy sits. To get a real dub plate sound, get your loudness through midrange, not through clipping the peaks.

But you have an EQ, so what if you need to use that? It’s a very gentle filter, Baxandall3. You can certainly lift the highs or lows, or indeed cut them if that’s what you need. The thing is, you have to follow the same rule. Even more so, as Baxandall3 is an analog-style filter that’s capable of saturating when pushed! You can add deep lows to work around the bass loss from the lathe and elliptical filter. This will only get you so far, plus you’ll discover that it eats up your loudness without giving you that much in return. You can add extreme highs, and the same thing will happen. You’ll be fighting the lathe all to produce a more untrackable record that won’t even be loud… since, remember, you have to pad the level until it doesn’t clip. Otherwise you’ll automatically not get a dubplate-type sound.

So, think in terms of midrange, allow the record to act like a record, and you should be able to get your ideal dubplate sound out of DubPlate2. You can use Meter to really dial in your results, but even without it the work should be pretty straightforward. Let it give you the sonic peaks your sound deserves, and DubPlate2 will be able to do its job :)

Airwindows Consolidated Download
Most recent VCV Rack Module
download 64 Bit Windows VSTs.zip
download Signed M1/Intel Mac AUs.dmg
download Signed M1/Intel Mac VSTs.dmg
download LinuxVSTs.zip
download LinuxARMVSTs.zip for the Pi
download Retro 32 Bit Windows VSTs.zip
download Retro PPC/32/64 Mac AUs.zip
download Retro PPC/32/64 Mac VSTs.zip
Mediafire Backup of all downloads
All this is free and open source under the MIT license, brought to you by my Patreon.

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