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Solo violin recording session

·12 mins
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Solo Violin Recording - Bach Loure (BWV 1006:II)
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Recording Session Information
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The recording session was 1 hour long, including setup/down, with the recording running for 38.24. Noa David, the performer played Bach’s Violin Partita no. 3 in E major BWV 1006:II. Loure. The session was recorded and edited in REAPER.

The layout of the recording session
Since it was a fairly simple setup and I had extra equipment and channels available I decided to setup two pairs of mics (which was overkill). I setup an XY (1) and an AB (2) pair at 1-1.5m away from the performer, but in the end I decided to not use the AB pair, as the XY pair provided the sound quality I required, and the AB pair didn’t add anything further to the mix. I had them positioned above the player, facing down towards the bridge of the violin. I also instructed the performer to avoid moving too much, as this can change the sound of a take in a narrow pickup pattern, making comping harder.

Microphones
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The microphones used were setup as follows:

The Neuman KM184 is ideal for XY or ORTF setups because of its small footprint and the ease of aligning its capsule in a pair. They are however, quite pricey.

The AKG C414 XLS II is also very pricey, but somewhat more versatile because of its alterable pickup pattern, allowing it to be used in many different setups. The capsules are quite hard to align due to the shape of the protective mesh, and its footprint is larger than the Neuman.

The finished comp edits were in the following locations:

Edit Locations
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Edit Locations
Edit #Location in ScoreStart Time (Wav)Start Time (Source)Notes
0Up beat0:00.0006:17.644Beginning of piece
1Bar 1.10:01.8393:19.895
2Bar 1.30:03.55511:56.139
3Bar 1.5.20:06.0496:23.644
4Bar 2.2.20:08.62612:01.510
5Bar 2.60:11.6526:29.008
6Bar 3.10:12.83013:20.307
7Bar 3.2.20:14.2603:32.906
8Bar 4.60:22.85212:54.404
9Bar 5.2.20:25.50014:27.021
10Bar 6.60:33.6323:51.500
11Bar 7.10:34.43115:48.102
12Bar 7.40:36.94914:38.506
13Bar 7.60:38.53133:54.063
14Bar 8.20:40.26716:48.438Take +2.10db
15Bar 8.30:41.1366:56.108Take -2.10db
16Bar 8.50:42.78416:51.164
17Bar 9.40:47.1567:01.526
18Bar 10.30:51.52018:10.111
19Bar 10.5.40:54.20918:40.052Take -1.6db
20Bar 11.30:56.9197:10.835
Repeat 1
21Up beat1:00.03011:52.398
22Bar 1.11:01.9003:19.901Reused take
23Bar 1.31:03.5117:17.128Take -3.6db
24Bar 2.11:07.2596:24.965Take -3.6db, Reused take
25Bar 2.2.21:08.49312:40.088
26Bar 2.41:15.3476:32.643
27Bar 3.41:16.56212:48.242
28Bar 3.5.21:23.6326:40.374
29Bar 5.11:26.01814:28.352
30Bar 5.41:30.0343:48.764Take -0.6db
31Bar 6.2.41:32.52614:34.912
32Bar 7.11:33.65416:42.560
33Bar 7.61:37.64317:18.408Take -1db
34Bar 8.21:39.68116:17.761Take -1.4db
35Bar 8.61:43.20916:52.060
36Bar 9.31:45.84316:23.878
37Bar 9.41:46.54318:04.943
38Bar 10.51:53.99018:39.591
39Bar 11.31:57.2007:10.900
40Bar 11.41:58.06118:16.714
B section (after Repeat 1)
41Bar 11.5.22:00.2574:17.884
42Bar 12.2.22:03.29920:42.775
43Bar 12.42:04.7048:13.790
44Bar 12.62:06.7944:24.193
45Bar 13.12:07.67220:47.170
46Bar 13.2.22:10.2934:27.303
47Bar 13.52:11.5538:19.897
48Bar 14.42:17.0739:43.641Take -0.4db
49Bar 14.52:18.27422:06.620Take +4.6db
50Bar 15.42:23.20321:39.690
51Bar 16.32:28.56524:16.492
52Bar 17.32:34.32135:42.946
53Bar 18.42:41.51824:30.020
54Bar 18.5.22:44.0408:50.353
55Bar 19.12:45.3305:02.023
56Bar 19.42:47.59031:45.253
57Bar 20.42:53.10631:25.082
58Bar 20.5.22:55.40531:53.285
59Bar 21.43:01.1815:17.285
60Bar 21.63:03.13632:01.122
61Bar 22.33:05.86027:20.315
62Bar 23.53:14.80832:12.810
63Bar 24.13:17.00827:31.595
B section (Repeat 2)
64Bar 11.5.23:24.6899:27.674
65Bar 12.13:26.47520:41.561Reused take
66Bar 12.5.23:31.1994:24.202
67Bar 12.63:32.02120:47.170Reused take
68Bar 13.33:35.11220:11.369
69Bar 13.43:36.0378:19.925Reused take
70Bar 14.33:40.4789:42.508Reused take
71Bar 14.53:42.82921:35.115
72Bar 15.43:47.39636:17.364
73Bar 16.43:54.39923:21.787
74Bar 17.13:57.37224:20.396
75Bar 17.2.43:59.25835:42.741
76Bar 18.44:06.44524:30.020Reused take
77Bar 18.5.24:09.04623:35.653
78Bar 19.44:12.94431:45.270Reused take
79Bar 20.44:18.43731:25.080Reused take
80Bar 20.5.24:20.76833:07.711
81Bar 22.14:28.34932:01.109
82Bar 22.34:31.16427:20.332
83Bar 23.54:40.11928:45.842
84Bar 24.44:46.21327:35.786End of piece

Here is a copy of the score, highlighted with the edit points for the comp:

Annotated score
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Annotated score
Anotated score
Anotated score page 2

Despite our best attempts, and multiple takes being recorded, there were unfortunately some issues that couldn’t be resolved in the recording session. These mostly had to do with instrument noises, and loud breathing, which would have been lessened by setting the mics up a bit further away.

A lot of comping had to be done to fix poor intonation, or squeaks from the instrument, which would not have been necessary if the performer had longer notice to prepare for the session. This just serves as a reminder that preparing beforehand saves a lot of work afterwards.

Issues that couldn’t be resolved
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Issues that couldn’t be resolved

These issues couldn’t be resolved, either because there were no good takes of the section, or because there were no good edit points near the issue.

Issue #Location in AudioIssue
11.2.13Loud breath
22.3.37Loud breath
34.1.80Tuning issue
44.4.40Wobbly note
55.2.77Audible shift
67.3.93Harsh note
78.1.92Loud breath
88.4.34Harsh note
910.2.19Harsh note
1011.2.77Loud breath
1112.2.53Loud breath
1212.4.81Loud breath
1313.4.98Tuning issue
1414.3.17Harsh note
1517.1.46Harsh note and tuning issue
1617.4.23Tuning issue
1718.2.77Slight tuning issue
1819.1.34Tuning issue
1919.3.37Harsh note
2020.4.16Slight tuning issue
2121.1.84Tuning issue
2221.3.36Tuning issue
2324.1.80Harsh/broken note
2425.2.42Fingerboard noise
2528.1.41Fingerboard noise
2629.2.84Loud breath
2729.4.70Loud breath and wobbly note
2831.1.84Loud breath
2931.4.46Loud breath
3033.4.65Loud breath
3135.2.14Audible shift
3237.1.88Loud breath
3337.3.28Harsh note
3438.1.73Harsh note/tuning issue
3538.4.49Harsh note
3639.3.51Split note
3740.1.64Harsh note
3841.1.34Loud breath
3941.3.83Loud breath
4042.2.17Loud breath
4144.1.53Harsh note
4246.3.41Harsh/wobbly note
4347.3.96Loud breath
4448.4.45Loud breath
4550.2.42Slight tuning issue
4650.4.15Tuning issue
4751.3.51Tuning issue
4852.2.79Audible shift
4953.1.20Fingerboard noise
5054.2.87Harsh/split note
5155.1.91Loud breath
5256.1.63Loud breath
5358.1.60Audible shift
5459.4.82Loud breath/harsh note
5561.2.07Loud breath
5661.3.76Wobbly note
5762.4.41Tuning issue
5863.2.12Harsh note/tuning issue
5965.2.31Tuning issue
6067.4.97Loud breath
6169.3.86Tuning issue
6270.3.12Loud breath
6370.4.38Split note
6472.4.14Tuning issue
6573.3.53Loud breath
6674.2.45Loud breath
6777.1.80Harsh note
6878.1.74Tuning issue
6980.1.95Loud breath
7080.3.74Tuning issue
7183.2.62Loud breath
7284.3.46Loud breath
7385.4.79Loud breath
7487.3.20Tuning issue
7588.3.85Loud breath
7691.3.09Loud breath
7793.1.16Loud breath
7897.3.86Loud breath
7999.2.53Loud breath
8099.4.24Tuning issue/harsh note
81101.3.02Loud breath
82103.2.42Loud breath
83105.1.28Tuning issue/wobbly note
84107.3.73Tuning issue
85108.4.97Harsh note
86110.2.03Loud breath
87111.3.76Loud breath
88111.4.96Tuning issue
89112.4.15Loud breath
90115.3.68Loud breath
91116.3.67Loud breath
92117.3.30Loud breath
93117.4.28Tuning issue
94118.2.47Harsh note
95119.1.76Harsh note
96119.3.60Tuning issue
97120.3.58Tuning issue
98122.3.42Loud breath
99127.2.09Loud breath
100127.3.19Harsh note
101128.3.62Loud breath
102130.1.75Tuning issue
103135.3.60Loud breath
104140.2.23Loud breath
105142.1.15Loud breath
106143.4.87Loud breath

Further editing information
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I worked with two REAPER sessions, one for my source recording, which included all my microphone tracks, and all my mixing edits. I then imported this into a second, Edit session as a sub-project, and worked on my comping edits, and reverb in this session. This method allowed me to edit my source recording mix independently from my comping edits, leaving a single stereo track to work with in the Edit session.

The mix session
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A screenshot of the source recording, showing all the tracks labelled for their respective mics, and panned accordingly. Ultimately, I decided not to use the A/B pair, since they didn’t add anything of value to the mix, hence they’re muted here.

An EQ has been applied to the ORTF. I applied a High pass filter to remove the unnecessary low frequencies around 200HZ, and a Low pass to roll off the high end slightly around 20kHZ, to reduce the harshness of the source recording.

A screenshot of the EQ applied to the ORTF pair.

I decided the levels were good with the one pair of microphones, so didn’t change the faders, leaving them at default. With the A/B I found too much of Noa’s breath sound was picked up, alongside too much room sound, which was undesirable as I added atmosphere in post via an artificial reverb, rendering the room sound irrelevant.

A screenshot of the master mix of the source recording.

The edit session
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In my editing process I liberally used markers to decide where to put edit points and mark out issues that needed resolving. In my edit session I applied a unique colour to all the different takes, so that it was easy to tell where edits were and which takes I used.

This session is also where I did the majority of my post processing work, applying an artificial reverb to the source sound, as the recording studio had a naturally dry room sound, and my goal was to make the performance sound like it took place in a concert hall.

I used 4 main tracks, a REVERB track, which contained the artificial reverb, an EDIT track, which contained the final edit of the source recording, a TEMP track where I would temporarily drag my takes for editing, and then a TAKES folder, which contained all of my various takes for different parts of the piece, lined up with where they happen.

On the REVERB track I used an FX chain of two EQs, and an impulse response based artificial reverb.

On my REVERB track I began with an EQ to take out some of the inaudible low end of the reverb. Since the violin is a heavy in the treble/high frequency, I also reduced out some of the high frequencies. This also helped with cutting out some of the breath noise in the reverb, removing it before it ever reaches the reverb.

Next in the FX chain was my artificial reverb, for which I used an impulse-response based reverb plugin called ReaVerb. I chose an impulse response which fit my desired atmosphere the closest, by having a nice long decay of 3.9 seconds, while still maintaining the attack of the close recording. This channel had no dry signal coming through, since that was completely supplied by the Edit track. I also added -18db of gain so that the reverb wasn’t too overpowering at low levels. I ultimately decided on a bass level of +0.27db for the reverb track.
Finally in my FX chain I introduced another EQ just to roll off the high end of the reverb slightly, so that it wasn’t too bright.

During the recording process I inserted a marker at every new take, which made splitting the source recording into the various takes easier in the Edit session. I began with two full takes of the piece, which formed takes 1 and 2. I then split the piece up into various sections, and worked through them chronologically with Noa, aiming for at least two takes of each section (some problematic sections had considerably more takes). I then lined up all the takes under their respective sections in the full take, which made auditioning different takes much easier.

I named each take track according to the bar number it represented, and a tag (e.g. T1) indicating which take number it was. I also made sure, as mentioned earlier, that all my takes had a different colour to make identifying them easier.

I worked with a full take, splicing in alternative takes as necessary to correct mistakes in the performance. A big challenge I faced was the amount of breath noise that was picked up in the recording, which made a lot of normally good edit points such as rests difficult to splice into without cutting the breath short.

The stereo image of my EDIT track was a little too wide for my liking, so this was reduced to 49%. I also reduced the volume of some of the takes that I used, so that they matched each other, this has been labelled in my edit table above.

In my editing process I would extend the audio past the point at which I wanted to cut and overlap my takes. I would then adjust the crossfade region to happen exactly at the desired cut point, just before or after a note as sounded to mask the transition. The volume of some of takes was increased so as to be uniform, as Noa moved slightly over the course of the session, rendering some takes slightly louder than others.

A screenshot showing before and after finishing an edit.

I made sure to begin and end the track in silence, fading the beginning and end takes slightly as well, to avoid any pops/clicks from background noise. I rendered the file slightly longer than the audio region, to avoid cutting the reverb tail short.

A screenshot of the beginning and end of the piece, showing my slight fade in/out.

Rendering
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I rendered the final piece via the master mix, as a WAV at 48000 sample rate with 24 bit bit depth. I made sure to mute the TEMP track, and all of the take tracks, only rendering my EDIT and REVERB tracks. I set my bounds as Time selection, making sure to leave a tail at the end of my selection to allow the reverb to decay without being cut off.

Adrian de Lima
Author
Adrian de Lima
Musician specializing in performance, composition and music technology.

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