Studio One’s Binaural Pan processor can widen, or narrow, an instrument’s stereo image. Aside from making “bigger” sounds that fill out the stereo spread, it also has practical applications. For example, you can spread out a thick stereo synth pad, or a guitar feeding two cabs in stereo, by turning the width control clockwise from the center position. This opens up more room for vocals, kick, snare, bass, and other centered elements. Binaural Pan can also do the reverse—like narrowing a wide, stereo synth bass part to focus it more—by turning the Width control counter-clockwise from the center position.
For mastering, Binaural Pan can make mixes seem larger than life. However, it’s not necessarily a “one-size-fits-all-frequencies” solution, because you might want to spread the highs as far as possible, but narrow the bass, and add only a little bit of spreading to the upper mids—so let’s make ourselves a multiband image enhancer.
This Quad Image Enhancer FX Chain is ideal for mastering, as well as for working with individual instruments. Fig. 1 shows the modules. The Splitter splits the audio into four bands: Low (below 250 Hz), Low Mid (250 Hz – 1 kHz), Hi Mid (1 kHz – 4 kHz), and High (above 4 kHz). Each of these goes to a Binaural Pan to control the image, and a Mixtool to trim the level (-6 dB to +6 dB).
Figure 1: Modules used in the Quad Image Enhancer multipreset.
The split frequencies are arbitrary. You might want to move them around, although the ones in the default multipreset work well with a variety of music.
The Control Panel (Fig. 2) accesses all the needed parameters. Enabling the Mono button is like turning Width fully counter-clockwise, but being able to switch this provides a convenient diagnostic tool for quickly comparing a band’s sound in stereo or mono. Similarly, enabling Bypass makes it easy to hear the effect that widening (or narrowing) has on a particular band. If you need to mute individual bands so you focus completely on one or two bands while editing them, open up the FX Chain, select the Splitter, and mute the desired output(s) in the edit window’s upper-left corner.
Figure 2: Quad Image Enhancer control panel.
How to Use It
When the Width controls are centered, they don’t affect the sound. You can crank up the widths for a wider sound, but you can also be a little more strategic. The following audio example plays an excerpt of mixed but unmastered audio, followed by the same excerpt going through the Quad Image Enhancer. For this application, the Lo band is narrowed, Lo Mid unchanged, Hi Mid widened slightly, and Hi widened all the way.
Note that unlike some delay-based widening solutions, this FX Chain doesn’t cause any comb filtering-induced “phaseyness” if collapsed to mono.
To widen a sound even further, turn up the Trim control for the Hi Mid or Hi bands by 1-2 dB. Because high frequencies are more directional than low frequencies, emphasizing the high frequencies increases the illusion of width.
Although there are some excellent third-party multiband imaging plug-ins available, you don’t need to go outside the Studio One ecosystem—just download the multipreset, and you’ll be ready to widen, or narrow, your stereo image.
If you think I have an obsession with converting mono to stereo, well…you’re right. There are still a lot of mono signal sources around (guitars, mics, vintage synths), but we live in a stereo world.
EQ or delay are the two main ways to convert mono to stereo. The August 17, 2018 tip covered how to use multiband dynamics to create stereo from mono. The December 31, 2020 tip (Super-Simple Mono-to-Stereo Conversion) described something similar but used the splitter, along with a Macro Control panel for added flexibility. The advantage of using EQ for stereo separation (compared to delay) is that if designed properly, there are no phase issues if the stereo is collapsed back to mono.
For delay-based stereo, the August 30, 2019 tip (Widen Your Mono Guitar) works with mono or dual mono tracks, collapses very well to mono, and by using FX Channels, provides a variety of panning and level options. However, the more I used this technique, the more I realized that I kept using the same settings almost all the time. So, it made sense to create a multipreset with fixed settings—then all I had to do was drop it into an insert to provide instant mono-to-stereo conversion. (Note that this isn’t about automatic double-tracking; we have a different technique for that.)
How It Works
This process requires a stereo channel, so set the Channel Mode to stereo (i.e., you’ll see two dots to the right of the input field). However, the audio itself can be mono or dual mono. Fig. 1 shows the FX Chain’s “block diagram.” The Splitter splits into left and right channels.
Figure 1: This multipreset’s simplicity belies its effectiveness.
Each split has an analog delay with identical settings (Fig. 2), except the delay time for one is 11 ms, and for the other, 13 ms.
Figure 2: Delay time settings for the Analog Delays. The only difference between the two is the delay time.
I’ve tested this with guitar, vintage mono combo organ, Minimoog, and other mono sources, including voice. However, it’s not really suitable for bass, which you normally center anyway.
The fixed settings are the best “compromise” settings for collapsing to mono, as well as for creating a stereo image that’s not too spread out (or has an undesired slapback effect). The carefully chosen settings are part of what makes this a “plug-and-play” multipreset. But If you want a wider stereo image, increase the Dry/Wet controls equally for the two delays. You probably don’t want to go much over 50%. You can also increase the 13 ms delay to a higher value but the more you increase the wet level or time, the greater the likelihood that the stereo effect won’t collapse as well into mono.
So, between this and the previous blog posts, I think we’ve pretty much covered mono to stereo conversion—hopefully your guitar or vintage synth will thank you.
The first touchscreens could detect a single touch, but modern touchscreens can handle up to ten touch points—which makes sense, because we have ten fingers. Studio One supports ten touch points natively on Windows, and thanks to a built-in TUIO extension, on the Mac as well.
DAW control with touch sounds sexy, but using touch on a large monitor is a different experience compared to using touch on a smartphone or tablet. Furthermore, whether a third-party plug-in supports multiple touchpoints is hit-or-miss. Also consider that a good touch monitor costs around $300—that’s quite a bit more than a standard monitor, so you need to decide how valuable touch would be to you.
Practically speaking, you probably don’t need touch, but it does offer two major advantages when working with Studio One. The main plus for me is being able to use a touchscreen control surface and mouse simultaneously—two-handed operation improves the physical workflow. The other advantage is being able to edit multiple parameters simultaneously with effects and virtual instruments (like adjusting filter cutoff while trimming the filter envelope amplitude, or editing EQ frequency and boost/cut8 simultaneously).
The Ergonomics of Using Touch
To use a touchscreen as a control surface, I lay the monitor down almost flat, at about a 20% angle (Fig. 1). It feels very much like working with a conventional hardware mixer. For this application, it’s vital that the monitor have an adjustable A-frame stand, so that you can adjust it to any angle you want.
Figure 1: The Planar touchscreen is flanked by PreSonus control surfaces—that’s a lot of hands-on control. It’s at more of an angle than I normally use so that the screen is more visible.
Where touch doesn’t work, at least for me, is trying to use it with a conventional monitor placement (i.e., at a right angle to the desk surface, directly in front of you). Reaching out tires your arms; when I’m using the touch screen as a conventionally placed monitor for a project like writing an article, I rarely use touch. However, it can be helpful to move windows around while the mouse is doing something else, or touching a function after the mouse has made a selection. If you have RSI issues, touch can also provide a break from using a mouse all the time.
Also note that it takes a while to develop “touch technique.” You generally need to use the point of your finger to be sufficiently precise, and with the monitor at a low-lying angle, I usually have to aim a little toward the top of what I’m trying to hit. Also, you need to learn a few new tricks. You “right-click” simply by touching, and then continuing to hold your finger down until the context menu appears. And you can zoom tracks horizontally or vertically with two-finger pinches or stretches, which is pretty cool…as well move a project horizontally along the timeline by just swiping left or right.
Integrating a QWERTY Keyboard
You also need to decide how to integrate a QWERTY keyboard. If it’s in front of the touchscreen, then the touchscreen needs to go further back, which diminishes its ease of use because you have to reach further. One option is placing a keyboard on your lap, or adding an under-table keyboard drawer. Then you can slide the keyboard out when needed, and slide it back in when you want to concentrate on the touchscreen.
Another option is using Windows’ onscreen keyboard. Although primarily intended for tablet mode, right-click on the Taskbar, and choose “Show touch keyboard button.” This button will appear on the taskbar and persist; click on it to show/hide the keyboard. (Also for what it’s worth, you can enable a button for an onscreen touchpad.) Note that you have several keyboard options, from a mini-keyboard to one that includes Alt, Ctrl, Windows, and Function keys (Fig. 2).
Figure 2: This shows the full keyboard, set for the option to float anywhere over the window. Note how the faders are stretched to give excellent touch resolution.
So Is It Worth It?
If you miss working on a hardware mixer surface, a gently angled, horizontal touch screen is pretty close to that experience. Studio One’s ability to extend the height of faders is also great—when you mostly want to concentrate on fine level adjustments, you can do so with touch. Multitouch on effect and instrument parameter adjustment is also welcome, especially compared to bouncing the mouse back and forth among parameters. Another factor is that unlike an external hardware control surface, you don’t have to “mentally map” the hardware to what you see on the screen—after all, you’re adjusting what’s on the screen.
If you have a choice between spending $300 on upgrading your speakers or buying a reasonably large touchscreen, I’d prioritize upgrading your speakers. But if you’re looking for a new tool that can give you an edge in certain workflows, a touchscreen may be the answer. And even if it isn’t, it can always serve as a conventional monitor, and provide an extra screen. And we can never have enough screens!
Double-tracking is the process of recording the same part a second time, and trying to duplicate the original part as closely as possible. The goal is to make a part sound bigger, more prominent, or (with mono instruments), create a stereo image from the two tracks.
Spoiler alert: humans aren’t perfect. When playing the second part, there will be slight timing, and perhaps pitch, variations. Within reason, these variations are good, because they keep the part from sounding like the original part was just copied to another track. However, sometimes it’s difficult to play a second part that’s tight enough, especially with something like a complex or fast lead guitar part. The usual solution is to do electronic doubling using an effect, like Studio One’s Chorus/Doubler.
However (at least to my ears), electronic doubling has never sounded quite the same as actually double-tracking a part. So here’s a different approach that I find more satisfying, and closer to “the real thing.” It requires copying the original track, processing it as described in this tip to create the doubled sound, then mixing the processed track with the original track. The audio example plays the original track, then the doubled version using this technique.
I wasn’t planning to do an effects chain, because the Analog Delay settings in Fig. 1 are pretty foolproof. In fact, unless you want to explore the options brought out to the control panel, just insert the FX Chain, and carry on with your mixing or recording.
Figure 1: Analog Delay settings for the Authentic ADT effect.
How It Works
To give a more randomized effect, there are two delays (delayed sound only) in series, set for the same initial delay time, but modulated at different LFO rates. So the longest, and shortest, delays happen only when the maximum deviations of the two LFOs coincide. Otherwise, the delay changes constantly, in a somewhat non-periodic way.
But the “secret sauce” is using this on a track dedicated solely to producing the ADT effect. One of the problems with electronic ADT is that the variations can never be ahead of the original, or at the same time—they can only lag. Real double-tracking doesn’t work that way. Sometimes the player will hit a little ahead, sometimes a little behind, and sometimes right on the beat.
To solve this issue, suppose your initial delay setting 20 ms, as in Fig. 1. Because there are two delays in series, this means the total initial delay setting is 40 ms. Move the copied, doubled track 40 ms ahead (earlier) on the timeline. Now the initial delay isn’t delayed compared to the original track, so as the delay time varies, it can lead or lag the original part. (Moving the doubled track ahead by 20 ms acts more like an electronic doubler, where the doubled part always lags, or plays at the same time as, the original.)
Initial delay time settings of 13 to 25 ms work well. For whatever value you choose, move the original track ahead in time, compared to the original track, by twice the amount of the delay time setting.
The Macro Controls Panel
Fig. 2 shows the Macro controls panel. These parameters have been constrained to what I find to be useful settings.
Figure 2: Control panel for the Authentic ADT FX chain.
The maximum delay is 25 ms because remember, there are two delays in series so this can go as high as 50 ms. If this amount of delay happened all the time it would be perceived more like slapback echo, but happening on occasion adds to the realism.
Depth and Rate are to taste. I generally adjust them to give a minimal flanging effect in case the original and doubled tracks end up being summed to mono at some point. However, that’s a worse-case scenario. This technique is designed for a cool stereo effect, with the original and ADT tracks panned oppositely (not necessarily full left and right, just oppositely).
Mod Shape affects only one of the delays, but is interesting. A sawtooth shape, with the other delay being modulated by a sine wave, may give good results if the audio isn’t too continuous. Square can be useful with very low Width settings, but you’ll probably get more use out of sine or triangle wave modulation.
So go ahead—download the FX Chain! I think you’ll agree it gives a more authentic ADT sound.
Ah yes…the good old days. When tape cost a week’s salary, you had to clean your recorder’s tape heads and capstan every day, and worst of all, there was no undo. And I had to make fun effects by laboriously breadboarding parts, soldering, and deciding what tradeoffs to make because an effect with 26 controls and 12 switches wasn’t really viable.
But now we have Studio One so we don’t have to mess with tape, and FX Chains, so we can make our own crazeee multieffects without having to solder anything! Which brings us to this week’s tip.
Back in the 70s, sample-and-hold effects from synthesizers were a big deal. This effect synched to tempo, and stepped through a resonant filter. Its cutoff frequency changed on the beat, and held until the next beat, at which point it changed to a different random cutoff frequency. I always liked that effect with guitar, and thought it would make a good Friday Tip, along with a companion, downloadable FX Chain. But I got carried away…check out the audio example, with guitar, bass, and drums.
Fig. 1 shows the FX Chain basics. The chain splits the stereo input by channel, into two Autofilters. These are modulated by their LFO step sequencers, which sync to the beat. The filters are before Ampire, so they alter the distortion character in a more subtle way than they would if they followed Ampire.
Figure 1: The Filter Shape Shifter “block diagram.”
Here’s the story on the Macro Controls (Fig. 2).
Figure 2: Macro controls for the Filter Shape Shifter FX Chain.
Cutoff and Resonance are “master” controls for both filters. The Filter Modes choose the filter types for the left and right Autofilters, while the two LFO Beats controls choose the rhythmic sync for the left and right LFOs.
R Step Offset is a bit unusual. It changes the values for all of the right LFO’s steps except for 1, 4, 8, and 12. Automating this parameter and varying it can add a considerable amount of variety to the sound, but keeping a constant, relatively high filter frequency on steps 1, 4, 8, and 12 maintains the beat.
Mix changes the wet/dry mix for both filters, and Widen enables a Binaural Pan when you want a wider stereo spread. And you know you want it.
Do check it out, and have fun warping your guitar-meets-Ampire sound!
A fundamental difference between Pro Tools and Studio One is effects handling, which can be confusing for Pro Tools users switching to Studio One (and yes, this tip is based on a true story). When you add an effect with Pro Tools’ mixer insert, you’ll see options for Multichannel and Multi-Mono effects—which Studio One doesn’t have.
Or does it? Actually, not only can Studio One emulate the Pro Tools Multi-Mono mode for people who’ve switched, but there are some advantages that are relevant to Studio One users.
In Pro Tools, Multichannel effects are like what we’re used to in Studio One (and other programs), where the effect processes a mono or stereo track. However, Multi-Mono effects insert separate effects for a stereo track’s left and right channels. Normally this is transparent to the user because the effects are linked, and have a single interface, so they seem like a Multichannel effect. However, Multi-Mono’s particular talent is that you can unlink the effects from each other, switch between the two channels in the interface, and process the two channels (or more, for surround) separately.
My Pro Tools friend was disappointed, because he would often use this feature when mastering, restoring tracks, working with two-track audio sources, and the like. For example, when prepping a file for mastering, he sometimes limited one channel to tame peaks, left the other channel with minimal limiting, then added a master limiter at the output to provide overall limiting (this isn’t the same as using a conventional stereo limiter, and unlinking the two channels). On occasion, the different channels needed different EQ as well.
He knew about my Stereo to Virtual Mono blog post, but wanted to have everything in a single track, like Pro Tools. Fortunately, there’s a simple solution (Fig. 1). As an example, let’s use his scenario of wanting different limiters in each channel.
Figure 1: How to implement Pro Tools’ Multi-Mono effects functionality in Studio One.
Done! Now the left and right channels have their own limiters. But the Pro Tools guy also realized there was an advantage to Studio One’s pseudo-Multi-Mono mode: he didn’t have to switch between Limiter interfaces. Instead, he could pin them, and see both at the same time. When I reminded him he could bring out the Gain, Threshold, Ceiling, and Release controls for each Limiter to Macro knobs, save that as an FX chain, and use less screen real estate…let’s just say he was a happy camper.
This isn’t to diss Pro Tools, which (like any DAW) does some things well, and some things not so well. But it does show that when switching from one program to another, concerns you may have about needing to give up a favorite feature could be irrelevant.
Compression and bass go together like ham and eggs, red beans and rice, or peanut butter and jelly (or gin and tonic, if you prefer something a little stronger). A lot of engineers plug in a compressor within milliseconds of turning up the bass track’s fader. Some “pro tips” on the web even recommend inserting lots of compressors in series. Hey, if one is good, then four must be better—right? Well, I’m not convinced.
Lately with electric bass (synth bass, too) I’ve been tossing compressors aside, and using Limiter2 when I want to get a solid sound down fast. And I mean fast—that 15 seconds is actually a bit misleading. I’ve clocked myself at under 12 seconds from drag-and-drop to pressing play, including editing the Limiter2 settings.
Check out the audio example. The drums are using my Bigness of Huge Drum Sound FX Chain. The first four measures are the bass sound as recorded, using the Limiter2. The next four measures are the same, but with the Limiter2 bypassed. Note that when the limiter is in play, the bass isn’t overwhelmed by the drums.
Fig. 1 shows the Limiter2 settings.
Figure 1: Settings for bass with the Limiter2.
That’s all there is to it. (But if you’re a 5-string bass fan, I do recommend changing the Release time to 300.0 ms.)
Granted, this isn’t necessarily a “one-size-fits-all” tip. You might want to add some EQ, some AutoFilter funk in parallel, or whatever. But this punchy, full sound will hold its own in the rhythm section, and get you through the tracking session. What’s more, if the bass player has a good touch and properly adjusted pickups, it maybe even take you to the final mix.
IR-driven cabs are often the weak link with amp sims Fortunately, cab emulations have improved dramatically over the years. Yet like samples, they remain “frozen” to a particular cab—they have their sound, and that’s it.
Although some guitar players think that a cab is a magical device, it’s really just a filter. To be sure, it can be a magical filter…but it’s still a filter. So, we can use filters to create our own cabs. They won’t be able to replicate a specific cabinet down to the smallest detail, but that’s not the point. Using the Pro EQ2 filter to create your own cabinet can give responses that IRs can’t give, with a different sound that can be satisfyingly smooth, and…well, “analog.”
I analyzed the frequency response of several cabs, using the Tone Generator’s pink noise along with the Spectrum Analyzer plug-in, then tried to replicate the response as closely as possible with the Pro EQ2. Although sometimes I was shocked at how close this could come to the cab, more often than not I couldn’t help but make some tweaks—it’s almost like I had taken that cab, brought it into a woodworking shop, and made specific changes for my needs.
If you want to experiment…be my guest! Insert Ampire, choose your amp (I particularly like the following curves with the VC30), select no cab in Ampire (important!), insert the ProEQ2 afterward, and rock out. Here are some ideas to get you started. Note that the white curve is the sum of all the other curves, so that’s the curve you actually hear.
This curve is based on a 1 x12 cabinet that’s designed for leads, but works with rhythm parts as well (Fig. 1).
Here’s a curve that’s more “Tweedish” (Fig. 2)
This curve (Fig. 3) is based on an amp by a company that no longer makes amps, but whose name I better not mention so that I don’t have to deal with lawyers. Suffice it to say they’re known mostly for making guitars that are popular with rock guitarists.
And here’s one more…just because we can (Fig. 4)! It’s based on a 2 x 12 cab.
These all have two elements in common: high-frequency rolloffs, and interesting resonances. Although “EQ cabs” may not replace IRs, they’re not supposed to—this is about augmenting your options. Nonetheless, in many of my current productions, I prefer using the Pro EQ2-based cabs because it’s easier to tailor them to fit in with a specific mix.
For this week’s tip, I’m not providing presets because this isn’t about presets—it’s about editing an “analog” cab to give the sounds you need for your productions. So, the “best” curve will depend on what works best with your guitar, playing style, and production goals. In any event, I think you’ll find that constructing your own cabinet can provide a musically useful, and novel, way to expand on what IR-based cabinets can do.
It may be a stereo world, but we still have a lot of mono signal sources. Although some people use delay to convert mono to stereo, this can be fraught if the stereo needs to collapse back to mono eventually. EQ can do an effective, albeit not as dramatic a job, and I wrote a blog post about How to Create Delay-Free Stereo from Mono using two Multiband Dynamics processors. This is a very flexible setup because you can automate the Multiband Dynamics parameters, as well as add in compression selectively if desired.
However, it’s also possible to convert mono into stereo within a single track—no buses needed—with a Splitter and some pan controls. While not as editable as the previous approach, it does the job, is simple to use, requires virtually no CPU power, and the stereo signal collapses back to mono with no problems.
The mono-to-stereo conversion process works by splitting the incoming signal into five frequency bands (Fig. 1). A Dual Pan follows each band, with Link enabled and Width set to 0%. So, you can use the Pan controls (which are brought out to the Macro Controls panel) to place each band wherever you want in the stereo field. This is what creates the stereo image.
Figure 1: Block diagram for the Super-Simple Mono-to-Stereo Converter.
Figure 2: Macro Control knob panel.
There’s a downloadable FX Chain, which takes care of the parameter assignments for the Macro Controls (Fig. 2). However, it would be pretty easy to do it yourself. The five Pan knobs vary the Pan parameters in the five Dual Pans (one for each frequency band). The two right-most controls are tied to a Dual Pan at the output, and serve as “master pan” controls.
The track being processed has to be in Stereo channel mode. It’s okay if you recorded the track in mono; just make sure Channel Mode is stereo when you play back, or convert the mono to “dual mono” by selecting the Event while the Channel Mode is stereo, and typing Ctrl+B.
The five left-most knobs control panning for the five bands. Pan the frequency bands as desired in the stereo field. Also note the Stereo/Mono switch. When dimmed, it de-activates all the Dual Pans, so it’s easy to compare the synthesized stereo and original mono sounds.
For the full stereo effect, set the Left Pan fully counter-clockwise, and Right Pan fully clockwise. To “tilt” the image more to one side or the other, bring the appropriate Pan control more toward center. For example, if you want to tilt the stereo spread toward the right channel, turn the Left Pan knob more clockwise.
One of my favorite applications is creating a stereo image from an acoustic guitar that was miked with a single mic (to avoid potential phase issues) or taken direct—you can still have a stereo “feel.” It’s also fun to follow Ampire with this FX Chain when you want to splatter a distorted rhythm guitar part across the stereo fiels, or give an old mono synth a stereo facelift.
As I said in the beginning, it’s a stereo world…but now your mono signal sources can be part of it a little more easily.
[Editor’s note, we’re publishing this “Friday Tip” on a Wednesday, since we’re closed for the holidays on Dec. 24 and 25; a Thursday and a Friday.]
The Friday Tip series started three years ago, and it’s been an honor to be part of the family of Studio One enthusiasts. Ultimately, these tips come out of doing projects, and the album I dropped last week was the first one done from start to finish in Studio One. So, I thought you might like to hear what a few of these tips sound like not as isolated SoundCloud examples in a weekly blog, but as integral parts of a musical collection.
The specific examples below include start times, so you don’t have to listen aimlessly—just drag the dot on the embedded video to the indicated place on the timeline. But first, let’s start with the tips that were used on pretty much everything.
This phrase-by-phrase normalization techniques described in How to Gain Better Vocals and Get Better Vocals with Gain Envelopes were used on every vocal—lead and background—in every song. Most vocals added light limiting, and a few added compression, but these tips were the key to consistent vocals. The appearance of Gain Envelopes in V5 became the icing on the cake.
The Streaming: Limiter2 to the Rescue technique was used when assembling songs in the Project page. If it sounds like the songs have the same perceived level throughout the album…that’s why! Anything with a fadeout uses the technique described in How to Obtain The Perfect Fadeout, and Why Overlap Correction Is Totally Cool was used on every bass part (they were all MIDI bass).
Now let’s listen to some specific examples:
The effect is applied here to cymbals and noise, not reverb, but the principle is the same—and the harmonic “tuning” provides what sounds like some strange kind of psychedelic organ behind the guitar at 08:18. This same “organ” effect occurs at 09:06, 09:38, and 10:25 (not to be confused with the obvious Farfisa organ sound). I’ll be exploring this off-the-wall harmonic editing application much more in the future…it’s very cool, and unique to Studio One.
Saturation (using the Softube Saturation Knob) was crucial on several bass and drum parts to help them cut through busy mixes, or to add drama. Saturation is on bass all the way through three songs; the bass comes in at 00:17, 03:02, and 13:59. It’s also on drums all the way through two songs, where the drums enter at 08:25 and 16:58.
The preverb effect provides the ghostly sort of sound that starts at 12:00 behind the lead vocal, as well as several other places throughout the song.
It’s easy to make your own reverb impulses, and I took advantage of that for lead vocals starting at 03:02, 08:34, 16:09 (the most obvious example), and all vocals (lead/background) starting at 18:50. Custom impulses are also on drums at 16:58, and the Mai Tai organ starting at 19:14.
I love the way the “barberpole” effect starting at 12:25 accompanies the moon in the video getting bigger and bigger. The barberpole also uses a custom Open Air impulse with a long reverb time, which enhances the illusion of a tone that never stops rising.
This is applied to the entire stereo mix at 12:49 (go big or go home, right?), but it’s also applied more subtly to the flanged guitar parts in the same song. And I didn’t write a tip about it, but you gotta love that factory preset Mai Tai bell sound…
Yes, even something done in the middle of a pandemic when you just want to de-stress can come in handy. This provides a transition between songs; the first one is at 10:45, and the second at 13:38.
The “steel guitar” sound that starts at 21.22 and goes through to the end is actually a synthesizer that uses this technique.
This doesn’t dial up the gritty blues sound as much as on my 2017 album Simplicity, but it does make the harmonica at 03:52 and 0 4:52 sound a little less wholesome. This is a good thing.
Although I converted a guitar to Nashville tuning to replace the “faux” part, it didn’t sound quite right…so I mixed some of the virtual Nashville tuning part back in at 17:02 and 17:55. It’s the kind of effect you don’t notice until you take it out.
This was used most prominently at 07:20, on the background vocals by the Nashville QTs. The goal was to create a sound like there were more people singing, but without using time-based effects.
Three hand percussion parts, processed as described in the tip, kick in at 06:04, and again at 06:40, after a brief drum solo. The odd thing about this technique is the percussion sounds like what percussion should sound like…but if you take out the tremolos and have the parts going all the time, they sound repetitive. (Oh, and I think you’ll recognize what’s providing much of the video background…)
When doing a mostly continuous mix, you’re bound to have beats that don’t quite match up. This technique was used in the two segues that start at 02:29 (the guitar carries the transition and speeds up) and 05:02 (the keyboard carries the transition, and slows down).
Of course there were plenty of other workflow and FX Chain-based tips used throughout, but I think these are arguably the most interesting ones. I’m looking forward to seeing what PreSonus comes up with in 2021 as we work our way through a new year. Stay healthy, stay optimistic—and keep making music! As Quincy Jones says, it’s food for the soul.