Photo of a Violin made by Carlo Bergonzi in 1730
My treatise on The True Art of Making Musical Instruments—A Practical Guide to the Hidden Craft of Enhancing Sound is now published and available on Amazon.com. Here is the link for that page.
https://www.amazon.com/dp/1791889611
There has never been a book written that covers the craft of enhancing sound until now. Indeed, most books written about sound are based on the physics of sound. In the 46 years I have been making musical instruments, I have never found it either necessary or useful to know anything about the physics of sound. My reason for this total disregard for such knowledge is that ALL the greatest musical instrument makers from 1400 to 1840 including Stradivari, Guarneri del Jesu, Amati, Ruckers, de Zentis, Blanchet, Taskin, Cristofori, Stein, Hubert, Walther, Graf, Schnitger knew nothing about the physics of sound. That is because all such knowledge wasn’t discovered yet. What these makers knew was vastly more important and valuable, but unfortunately was secreted away only in their instruments.
My attitude when I began making musical instruments in 1972 was to restrict myself to only that knowledge available to those great musical instrument makers. That body of knowledge, which was acquired over a period of 350 years, had as its foundations the teachings of Pythagoras. Based on his ideas of the musical ratios, makers of all kinds instruments developed the craft of enhancing the sounds of their materials to make their instruments sound as beautiful and as resonant as possible. Then, towards the end of the 18th century, with the development of modern scientific methods and attitudes, all that lovingly acquired ancient Pythagorean based knowledge was put aside and immediately forgotten. Even Conrad Graf in the beginning of the 19th century had to relearn that body of knowledge to produce the sounds of his pianos. But little of what Graf had learned was acquired by apprentices in his workshop. Recovering all that lost knowledge was my goal.
This treatise is meant to preserve this knowledge of how the greatest instrument makers in history thought about sound and how to enhance it.
THE GREAT VIOLIN MYSTERY
The above video originally played on TV in the 1980s. Despite my best efforts to get NOVA to republish it on line or on DVD all they did was to censor it on my channel after I had it up for 4 years. Maybe if you have this link you can publish it on your own channel or at least keep it downloaded on your computer. Frankly, I don’t understand their attitude. It strikes me as a case of “Dog in the Manger”.
https://youtu.be/3xahK9MMlGo
CHECKLIST FOR EVALUATING PLAYABILITY
BEHAVIORS AND PERCEPTUAL SOUND QUALITIES IN VIOLINS, VIOLAS, AND CELLOS
by Keith Hill (www.violins.keithhillharpsichords.com) © 2016 Nashville
with Matt Lammers, Gennady & Yevgeny Chepovetsky
(www.yevgenychepovetsky.com) (https://youtu.be/C41flbm2c64)
Gradient scales
0 is always bad, negative, poor, flaccid, weak - 10 is always good, positive, excellent, intense, strong
MATTERS OF PLAYABILITY
LH = Left Hand - RH = Right Hand
Manageability of Play - RH
Skating = 0 versus Hugging = 10
Skating feels like slipping on a banana peel - Hugging feels like a magnetic attraction
Ease of Articulation - RH
Troublesome = 0 versus Easy = 10
Ease of Response - ready to sound at the will of the player
Tonal Balance
Poor = 0 versus Well balanced = 10
Balance of sound across the strings
Evenness of Sound
Uneven = 0 versus Easily Even = 10
Evenness of sound up and down the fingerboard
Uniformity Across Strings of LH Resistance
Uneven resistance = 0 versus Evenness of Resistance = 10
Tracking- RH
Wandering = 0 versus Tracking = 10
Wandering feels like the bow has a mind of its own - Tracking feels effortlessly controlled
Tracking refers to the tendency to slide North-pegbox / South-tailpiece
Reliability of Play
Skating = 0 versus Secure = 10 - RH
Spitting feels like the bow can't produce an instantly reliable tone
Secure feels like the bow generates an instant reliable tone without effort - like touching silk
Stability of Tone - RH & LH
Wobbly = 0 versus Stable = 10
Stability of tone - the tone/pitch holds steady on bow strokes
String feels wobbly or indecisive under the finger on the fingerboard
Ease of Play at the Bridge - RH
Spitting = 0 versus Secure = 10
Ease of making a good sound when bowing Close to the Bridge
Playing in Tune - LH
Hunting = 0 versus Slotting = 10
Hunting feels like you have to discover or find the correct pitch
Slotting feels like the position of the pitch is so strong that the finger almost drops onto the correct pitch
Overglow - RH
Difficult = 0 versus Easy = 10
Overglow - the ease of making the sound to continue over into the next note creating a seamless gesture of notes.
Otherwise known as legato in music. Technically speaking the effect of overglow is also called elision as one tone elidesto another in a very connected manner when/as desired by the player.
Speech - LH
Stutter = 0 versus Instant = 10
Stutter feels like the string takes its time to speak when changing from open to stopped string
Instant feels like the string speaks immediately time to speak when changing from open to stopped string
Stuttering is like letting the air out of a balloon, Instant is like popping a balloon
The violin must be checked for its response on jumping and bouncing strokes - how it maintain staccato, how it bites the string on spiccato, how it produces the sound from different parts of the bow.
Strong sensation of Pitch in the Sound - LH
Indefinite - 0 versus Definite = 10
Sound produces a strong Sensation of Pitch - makes playing in-tune easy
Focused or Centered tone - creates a solid core to the sound
We often use such words as "a juicy sound", "inner dimension of sound", "crystalline effect"
(which includes the idea of the inner space, like in the sound of crystal glass).
Distortion Resistance Effect - LH & RH
Distorts Easily = 0 versus Reserve = 10
Distortion Resistance - strings resist being distorted. Bowing the string is a form of distortion.
Ease of Producing Harmonics
Resiliency of tone - sound appears to bounce, when needed
Buoyancy of tone - a lightness of effect...the sound floats
Tonal Flexibility - LH & RH
Monochromatic = 0 versus Polychromatic = 10
Tonal flexibility imitates the expressive potential of the speaking human voice
Sound Color - conveys every timbre and affect intended by the player
Tonal Resilience - LH & RH
Lacking resilience = 0 versus Expressive resilience = 10
The ability to press deeply into the string without scratching but with expressive and even dramatic CHANGE of the tone similar to human sob or cry (to press and release the bow while moving along the string with real speed) The better violin is, the more expressive is this effect. The vertical movement of the string under different pressure of the bow contains special sound effects which can't be achieved by only horizontal movements.
Ease of Maneuvering about and holding the instrument LH & RH
Clumsy - 0 versus Easy and Deft = 10
The physical convenience of playing. It's about the construction of the neck, fingerboard, heel, nut and bridge.
The easiness of reaching high positions. Positiveness of Left hand Articulations.
The quality of flageolets and left hand pizzicato.
THE PERCEPTION
Full Resonance
Vapid = 0 versus Full resonance = 10
Able to generate full resonance even using a very slow, soft or light bowing stroke
Intense Resonance - to fully support the softest sound produced
Great Volume of Sound
Weak = 0 versus Powerful = 10
Carrying Power
Diminishes at a distance = 0 versus Undiminished even enhanced at a distance = 10
Sound is undiminished even strengthened even enhanced at a distance
Vibratory Transmission
Weak transmission = 0 versus Intense transmission = 10
Penetration of the sound vibrations into the player's body. If the violin is good, the player feels vibrations not only in his shoulder but also in the chest and even in stomach. The better violin, the lower the bounds of vibration the player can feel.
Projection of Tone
Poor = 0 versus Excellent = 10
Projection of tone - the sound goes out to the listener, sound doesn’t require the listener to strain to hear it.
Though sound may be produce at some distance away, the impression is that the instrument feels near.
Clarity of Tone
Indistinct = 0 versus Clear = 10
Clarity of tone - to be easily heard in a complex texture
Depth of Tone
Shallow = 0 versus Deep = 10
Depth of tone - to create the effect of Paradox
Directness of Tone
Diffuse = 0 versus Dense/Intense = 10
Directness of sound - to create the feeling of intense density in the sound
Breadth of Tone
Narrow = 0 versus Broad = 10
Breadth of tone - to surround the ears of each listener. Fortissimo on G string must be deep, concentrated, possessing core, like the closed voice of the singer. Too open a voice on G string makes the instrument bassy.
Spatial Resonance
Contained = 0 versus Expansive = 10
The importance of how the violin tone affects the surrounding air. Example: to have a spatial pianissimo, like the sound is not in the violin but in the air around.
Subtlety of Tone
Insensitive = 0 versus Sensitive = 10
Subtlety of tone - mirrors the soul of the player
Brilliance of Tone
Muffled = 0 versus Sparkling = 10
Brilliance - to excite or stir the listener
Ringing Tone
Dead = 0 versus Ringing = 10
Ringing tone - gives the effect that the instrument is singing
Intensity of Tone
Flat sounding = 0 versus Intense = 10
Intensity of tone - creates a feeling that the instrument is alive
Velvetiness of Tone
Grating = 0 versus Velvety = 10
Velvetiness - the effect that the sound is integrated and smoothly blended
Power of the Upper Register
Weak = 0 versus Powerful = 10
Powerful Upper Register - imitating the high notes of a singer who "comes down" on each note as opposed to reaching up to each note.
Fullness of Tone
Thin and Empty = 0 versus Full toned = 10
Fullness of tone - the ears and mind are filled with the sound
Flexibility of Response
Delayed = 0 versus Immediate = 10
Flexibility of response -reflects the bow's slightest motion
Cercare dela Nota(Seeking out the note)
Weak Perception of Cercare effect / Sounds like an electronically produced sound = 0 versus
Strong Perception of Cercare dela nota on each note / Sound is like a human utterance = 10
Each note begins with a Cercare dela Nota (pronounced: chair-car-eeh - a 17th century Italian technique in which a lower note rises suddenly and silently to a main note) as when saying the word "when".
Tonal Ceiling
Low Ceiling = 0 versus Unlimited Ceiling = 10
Strength of Distortion Resistance is the ease with which the Ceiling is broken through when playing forte.
Tonal Reserve - a sound that keeps on giving, never caving in
Personality of the Sound
Personality - the voice of the instrument feels human
Strength of Timbre
Strength of timbre - the sound color is clear and powerful
Sound Similarity
Violin = 0 versus Clarinet or Oboe = 10
Violin = 0 versus Trumpet/ Horn/ Flute = 10
Violin = 0 versus English horn/ Human Voice = 10
SPECIFIC PLAYABILITY FACTORS
Left Hand Articulation
E: A: D: G:
Sense of String Resistance in the Left Hand
E: A: D: G:
Uniformity Across Strings of Left Hand Resistance
E: A: D: G:
Sense of String Instability Under the Fingers of the Left Hand
E: A: D: G:
Sense of "Electricity" in the Left Hand
E: A: D: G:
Ease for Left Hand Playing in High Positions
E: A: D: G:
Sensation of Intonation "guidance"
E: A: D: G:
Sandiness/ Texture Under Right Hand
E: A: D: G:
Resistance (Convex vs. Concave Feeling) Under the Right Hand
E: A: D: G:
Ease of Smooth Bow Changes
E: A: D: G:
Right Hand "stuttering" with Slow Bow
E: A: D: G:
Right Hand "stuttering" with Fast Bow
E: A: D: G:
Smoothness of String Crossings and Broken Chords
E: A: D: G:
Ease of Grabbed/Set Articulations
E: A: D: G:
Ease/Control of Articulation from Above String
E: A: D: G:
Sound Stability when Bowed at Bridge
E: A: D: G:
Sound Stability when Bowed at Fingerboard
E: A: D: G:
Tendency of String to Whistle with Light Playing
E: A: D: G:
Stability/ Smoothness On/Around Wolves
E: A: D: G:
Ease of RH Play in High Positions
E: A: D: G:
Tendency to Crush or "Cave In" During Loud Playing
E: A: D: G:
Ease of Avoiding Unintended Strings
E: A: D: G:
Tendency of Bow to Veer off Track Bow exhibits Tracking instability
E: A: D: G:
Instantaneity of Transition between open string and stopped notes using a continuous bow stroke
E: A: D: G:
JUDGING VIOLINS AND OTHER MUSICAL INSTRUMENTS
by Keith Hill © 2015
Consider the following:
“In order to assess tone properly, a player usually must have a keen musical instinct developed from long years of experience in playing a stringed instrument and also hearing many instruments played by others. Tone tastes vary. Some prefer soprano brilliance while others favor darker alto tonal shades. The basic requirements for tone are an easy and responsive speaking voice, carrying quality, equal sound volume on all four strings, and agreeable tone color. This formula is the essence of normal judgment in the selection and valuation of an instrument regardless of its age or original derivation.”
Violin Iconography of Antonio Stradivarius by Herbert Goodkind (page 46)
By and large, players develop a keen musical instinct through years of experience because it usually takes time to come to a clear sense of what to look for when listening to and judging instruments. The reason it takes time is three fold. One: We are usually not taught how to evaluate instruments so we rely on our preferences. That is, we either like it or we don’t like it. Two: We have no guides or specific things to be aware of when we are actively evaluating an instrument. Or the criteria and standards we have with which to evaluate an instrument are either inadequate or deficient. Three: We hold views or notions about instruments, which are false, only because everyone else is holding those views. This prejudices us and makes truly judging musical instruments extremely difficult.
What follows are my own criteria for judging bowed stringed instruments, although they apply as well to harpsichords, clavichords, and fortepianos. These criteria come from direct observation of the sound of great antique violins, pianos, harpsichords, and organs. I am proposing to take each criterion and discuss its exact opposite...what you don't hear on great instruments but what you definitely do hear on those that might otherwise be mistaken as being good instruments but which are in reality mediocre
I will also, where possible, discuss the specific causes for the good qualities that we hear and the causes for the bad traits, but without belaboring the discussion with technical jargon.
Below is the my list of qualities, traits, properties and characteristics of great instruments. My discussion of each of these you can find at the end of the list.
1. Carrying Power - to completely fill a very large hall
2. Projection of tone - the sound goes out to the listener
3. Great Volume - to play concertos with a large ensemble
4. Ease of Response - ready to sound at the will of the player
5. Balance of sound across the strings
6. Directness of sound - to create the feeling of immediacy in the sound
7. Evenness of sound up and down the fingerboard
8. Depth of tone - to create the effect of Paradox
9. Intense Resonance - to fully support the softest sound produced
10. Clarity of tone - to be easily heard in a complex texture
11. Penetration of tone over large distances without loss of quality
12. Breadth of tone - to surround the ears of each listener
13. Flexibility of response -reflects the bow's slightest motion
14. Subtlety of tone - mirrors the soul of the player
15. Brilliance - to excite or stir the listener
16. Color - conveys every timbre and affect intended by the player
17. Tonal Reserve - a sound that keeps on giving, never caving in
18. Strong Sensation of Pitch - makes playing in-tune easy
19. Ringing tone - gives the effect that the instrument is singing
20. Intensity of tone - creates a feeling that the instrument is alive
21. Sweetness of tone - to gratify the player as well as the listener
22. Focused or Centered tone - creates a solid core to the sound
23. Buoyancy of tone - a lightness of effect...the sound floats
24. Velvetiness - the effect that the sound is integrated and smoothly blended
25. Resiliency of tone - sound appears to bounce, when needed
26. Stability of tone - the tone/pitch holds steady on long slow bow strokes
27. Personality - the voice of the instrument feels human
28. Fullness of tone - the ears and mind are filled with the sound
29. Strength of timbre - the sound color is clear and powerful
30. Ease of producing harmonics
31. Each note begins with a Cercare dela Nota (pronounced: chair-car-eeh - a 17th century Italian technique in which a lower note rises suddenly and silently to a main note)
32. Overglow-the effect of the sound continuing to sound into the next note creating a seamless gesture of notes...otherwise known as legato in music...technically speaking the effect of overglow is also called elision as one tone elides to another in a very connected manner.
33. Distortion Resistance - strings resist being distorted
34. Powerful Upper Register - imitating the high notes of a singer
35. Ease of making a good sound when bowing Close to the Bridge
36. Able to generate full resonance even using a very slow, soft bowing stroke
37. Tonal flexibility imitating the expressiveness of the speaking human voice
38. According to violinist, Ole Bull, "the violins of Gasparo da Salo and Guarneri have the sound of a trumpet, horn or flute; the violins of Stradivari have the sound of an oboe and clarinet; and those of the Amati family, of the English Horn and the Human voice"
39. The sensation when bowing is smooth like touching silk
40. The quality of “Affect Loading”, which induces listeners to mirror what is being played.
1. Carrying Power - to completely fill a very large hall
Carrying Power is the ability of a sound to travel undiminished in its ability to touch our sense of hearing even at great distances. Too many people mistake volume of sound and assume that if a violin is really loud under the ear its sound will have carrying power. The opposite is true. Volume of sound has nothing to do with carrying power. A sound that does not have carrying power may sound loud under the ear but when you step away from the instrument, the farther you move away from the instrument the softer the sound becomes...sounding like something that is loud on stage but puny when you get more than 40 feet away from the instrument. The effect is like watching someone having fun on stage but you have trouble experiencing that level of fun where you are sitting. In fact some instruments are exceedingly deceptive because when the instrument is played, the sound close up is not very loud or piercing but the farther you get away from the source, the sound seems to actually get louder the farther away you are from the instrument.
Carrying power can be found in instruments like the clavichord when the sound of the instrument is made to possess that property. For anyone unfamiliar with the volume of a clavichord, if you take a guitar and rapidly depress a string against any of the frets on the fingerboard, the volume generated is about what the average clavichord emits. To even imagine that that insignificant amount of volume can carry to the end of a very large concert hall seems an impossibility. Yet the typical average antique clavichord from the 17th or 18th centuries has little trouble to be heard without straining to hear even at the end of a hall that seats 2000 people. To have such an experience hearing that in real life makes the property of great carrying power mysterious and magical.
But there is nothing magical about it. Sounds emitted by musical instruments in which every part is tuned in relation to some core aspect of the structure of the instrument are always stronger and easier to hear at a distance than sound produce by instruments in which nothing has been tuned with itself.
2. Projection of tone - the sound goes out to the listener.
Projection of tone differs from carrying power in that a sound can have great carrying power but the sound is altered by the environment on its way to the ear such that all the ingredients become gradually more and more diluted the farther the sound travels...within reason. The less a sound is altered in its fundamental structure from the instrument in its way to the ear, independent of how distant the ear hearing the sound is from the instrument
Some sounds start out harsh and edgy and if you step 20 feet away from the instrument it already begins to sound dull and bland. Other sounds can be beautiful and balanced under the ear and 200 feet away sound even more beautiful and balanced. A rich sound can be very deceiving and needs to be perceived at a great distance to evaluate exactly how rich the sound appears at 500 feet. Projection depends on the form of the tone of the instrument. And just because a violin seems incisive and projecting nearby, doesn't mean that that projection and incisiveness will be perceived at 500 feet distant.
True, brighter sounds tend to be more projecting than darker sounds at a distance, but they can sometimes be unbearable to endure close up. I once heard the Leopold Auer Stradivari violin from 1690 in concert while sitting more than 200 feet away and found its timbre extremely focused and bright but not at all superior in carrying power. At the pause in the middle of the concert I switched seats to somewhere in the middle of the hall about 100 feet from the player and the instrument still sounded thin to me and not at all resonant. When I asked to examine the instrument after the concert I found multiple indications of misplaced resonances, which led me to conclude that the repeated attempts to repair the instrument had cause a downgrading of the resonance in the instrument. So in that case, the sound had projection of tone but what projected was not particularly pleasant to hear because what resonance it had did not have any carrying power.
3. Great Volume - to play concertos with a large ensemble
Great volume, being loud enough to play concertos with a large ensemble
In the spirit of scientific inquiry, I offer sound samples of some of my violins not necessarily as examples of the above traits but rather as a way of providing you something with which to observe many of the above traits or to observe those traits as missing. Obviously, some traits, like carrying power, tonal reserve, penetration and power can't be determined by a recording but others, such as balance, resonance, ring, intensity, focus, et cetera can be assessed with a relative degree of reliability, which is why the violins by Stradivari and Guarneri have such a profound impact on recordings of music when those instruments are used. They clearly sound better than the instruments by more recent makers.
It is important to understand that each of the above traits is the direct result of acoustical principles rightly applied. So, to rightly judge musical instruments, it is best to look first to what a maker did right. And only then, weigh that against what is missing or sensed as not working for you.
4. Ease of Response - ready to sound at the will of the player
Anyone who has not played a violin can readily imagine what the feeling is like to one who does play the violin, or viola or cello for that matter, when the instrument fails to respond to what the player intends. The effect of a lack of responsiveness in any instrument is one of frustration that causes the player to force the instrument which can cause unnecessary tension in the player. Over time this effect can result in pain and suffering for the player...especially where bowed stringed instrument are concerned because of the contortions of the arms and hands.
5. Balance of sound across the strings
When moving from one string to another, there should be no feeling that the sound abruptly changes volume, color, or intensity because the instrument sounds like it has "run out of steam". Sometimes the effect on a mediocre instrument can be like ascending a set of stairs in total darkness and unknowingly having reached to last stair you extend your foot to land on the next stair and it isn't there because you have arrived at the top of the stairs. That false step can be very disconcerting. Likewise, having the sound fall out from under you when you change from one string to another is disturbing.
6. Directness of sound - to create the feeling of immediacy in the sound
Players often refer to playing a violin that seems responsive as feeling immediate. Yet it is possible for an instrument to be responsive but not feel immediate. This effect makes playing the instrument feel remote and not directly under the ear or attention. The more direct the sound is the easier it is to pay attention to the sound. It is the perception of structure in the sound that makes an instrument feel direct or immediate.
7. Evenness of sound up and down the fingerboard
Evenness of sound along the fingerboard means that the sound doesn't "fall off" when playing on the areas of the fingerboard not supported by wood under the fingerboard. Every instrument, even the best antique instruments have notes that are stronger and others that are less strong. The best makers however strive to minimize the differences that naturally occur in an instrument due to the presence of nodes and anti-nodes that exist in every part of the instrument. The ideal is that the notes played on the end of the fingerboard near the bridge are every bit as present as those near the scroll.
8. Depth of tone - to create the effect of Paradox
One can hardly speak of depth of tone on an instrument like the violin which from a realistic view of the instrument has so little physical depth. Still, a violin that lacks depth of tone is less interesting to play or hear because there is no perceived conflict between the physical depth and the lack of depth in the sound. It is the paradox that makes a deep sounding violin interesting to hear and play. Indeed, the deeper the sound feels to the player and listener the more astonishing the sound is perceived to be. The worse an instrument is the more "boxy" and shallow sounding it is.
9. Intense Resonance - to fully support the softest sound produced
Resonance is often confused with fundamental in a sound. Fundamental refers to the lowest most basic part or partial of a sound. When that part of the sound is strong enough is when the confusion occurs. Actually, resonance is a product of the whole instrument sounding in tune with itself. If you think of sound in a musical instrument as being like an extremely fast race care and you think of the musical instrument as being like a road, you can understand that the actual speed of the race care is limited by the quality of engineering of the road. A road that has had no engineering at all is full or ruts, potholes, patches of rumble road caused by the bouncing of the tires that over time produce a washboard pattern on the surface of the road that causes great wear and tear on the suspension system of every car that travels on that road. Such a road reduces the speed of every car traveling on it. Each rut, pothole and patch of rumble road is akin to out of tune wood on a musical instrument. The function of engineering the road is like the business of tuning all the wood on a musical instrument so that every part sounds in harmony with all the other parts. For one part to be out of tune would be like a huge pothole or speed bump in the road. The quality of sound in any musical instrument is directly proportional to the degree to which all the out of tune material has been made to be in-tune. This is because the sound encounters no impediments to its speed of travel throughout the instrument and into the air to the listening ears. When an instrument has been tuned in this way, the sound resounds all over the instrument and is perceived as being intensely resonant. The more resonant an instrument sounds the more full toned even the softest sounds produced by the player will be.
A sound that is just fundamental usually sounds muffled. This is why most modern pianos and organs sound muffled...all the materials are out of tune with themselves.
10. Clarity of tone - to be easily heard in a complex texture
Clarity of tone is partly a product of true resonance and a strong sounding set of lower overtoneS.
11. Penetration of tone over large distances without loss of quality
A strong set of higher overtones are required to get a sound to penetrate the atmosphere and arrive undiminished to the listener's ears. The problem with an instrument that has a strong set of higher overtones and an insufficiency of lower overtones and fundamental is that it just sounds shrill...shrill is penetrating to be sure but is also extremely unpleasant to hear.
12. Breadth of tone - to surround the ears of each listener
Breadth of tone results from the ability of the instrument to produce a strong fundamental and strength of the first two overtone--the octave and the fifth. Even intense resonance can not generate enough of those three partials to create the effect of Breadth of tone.
13. Flexibility of response -reflects the bow's slightest motion
As described in the paragraph above on intense resonance, the better the engineering of the road (the tuning of the material from which the instrument is made) the faster the race car (the sound can be reflected out into the air) can travel. This is what causes both the speed of response and the flexibility of response from the player's point of view.
14. Subtlety of tone - mirrors the soul of the player
Subtlety of tone, so that it mirror every intention of the player, conscious or otherwise, is a product of both the precision of tuning of the materials and the ability of the wood to be completely excited by the least impulse coming from the player.
15. Brilliance - to excite or stir the listener
Brilliance for the player produces the feeling of richness and color in the sound of the instrument. Brilliance for the listeners happens when the higher overtones are perfectly in balance with the lower overtones and the fundamental. An imperfect "balance" means that the sound in somehow lopsided in favor of either the higher overtones...meaning that the sound appears meager, thin, and excessively bright...or the lower overtones and the fundamental...meaning the sound appears full, thick and excessively dark or muffled.
16. Color - conveys every timbre and affect intended by the player
The best players want a sound that can be manipulated by them to be everything from extremely focused and brilliant and edgy to extremely diffuse and hollow and round. The best instruments deliver that palette of sound colors without reservation.
17. Tonal Reserve - a sound that keeps on giving, never caving in
Tonal reserve is a result of the "distortion resistance effect". The more in tune a violin is with itself in all its parts, the more the strings resist being moved from a state of rest. But once on the move, the string can be pushed harder and harder by the player and still the violin produces more and more sound without the sound turning harsh and ugly.
18. Strong Sensation of Pitch - makes playing in-tune easy
Only when there exists in an instrument the perfect relationship between the lowest overtones and the fundamental does the sound yield a strong perception of pitch. The stronger the perception of pitch is the easier it is for the player to play purely in tune.
19. Ringing tone - gives the effect that the instrument is singing
A musical instrument develops a ringing tone from three discreet sources. One, is the "road engineering", two is the resilience of the wood (it is hard to make a punky piece of wood sing) and three is the quality of the varnish. I know of no varnish that could be called heavy that could result in a singing or ringing tone. The function of a properly prepared varnish is to produce a coating that least changes the sound of the instrument. Almost all materials used for making a varnish are too heavy, which has the effect of enshrouding the sound of the instrument, thus, preventing the sound from reaching the air fast enough.
20. Intensity of tone - creates a feeling that the instrument is alive
The more intense the tone of a musical instrument is the more alive the instrument feels to be. Intensity is the effect of everything in the instrument striving to the uttermost to produce the sound. The quality of the wood is the first line of defense for making a violin that sounds intense. The "road engineering" is the the second line of defense. And curiously the quality of the bow has a lot to do with generating that effect. A mediocre bow can make a great instrument sound vacant.
21. Sweetness of tone - to gratify the player as well as the listener
Sweetness of tone appears to be governed by the presence of certain materials in the right proportion in both the instrument and the wood used to make it. Just as the property or trait of muscularity of tone is governed. Or the acridity of tone, for that matter. When all the factors contributing to sweetness of tone are in the right proportion, the sound will appear natural, unforced, elegant, delicate yet powerful, limpid, open, very resonant yet never lacking in brilliance. One hears a predominance of Tierce and very resonant Octave overtones in the sound.
22. Focused or Centered tone - creates a solid core to the sound
A focused sound depends on the obviousness of presence of the Octave overtone on every note. There may even be a tendency of the sound to be more brilliant than resonant, though not so much so that the effect is strident or shrill. The sound has the qualities of purposefulness and substance.
23. Buoyancy of tone - a lightness of effect...the sound floats
24. Velvetiness - the effect that the sound is integrated and smoothly blended
25. Resiliency of tone - sound appears to bounce, when needed
26. Stability of tone - the tone/pitch holds steady on long slow bow strokes
27. Personality - the voice of the instrument feels human
28. Fullness of tone - the ears and mind are filled with the sound
29. Strength of timbre - the sound color is clear and powerful
30. Ease of producing harmonics
31. Each note begins with a Cercare dela Nota (pronounced: chair-car-eeh - a 17th century Italian technique in which a lower note rises suddenly and silently to a main note)
32. Overglow-the effect of the sound continuing to sound into the next note creating a seamless gesture of notes...otherwise known as legato in music...technically speaking the effect of overglow is also called elision as one tone elides to another in a very connected manner.
33. Distortion Resistance - strings resist being distorted
34. Powerful Upper Register - imitating the high notes of a singer
35. Ease of making a good sound when bowing Close to the Bridge
36. Able to generate full resonance even using a very slow, soft bowing stroke
37. Tonal flexibility imitating the expressiveness of the speaking human voice
38. According to violinist, Ole Bull, "the violins of Gasparo da Salo and Guarneri have the sound of a trumpet, horn or flute; the violins of Stradivari have the sound of an oboe and clarinet; and those of the Amati family, of the English Horn and the Human voice"
39. The sensation when bowing is smooth like touching silk
40. The quality of being “Affect Loaded”
In every case, when evaluating musical instruments, it is important to trust your own senses more than what other people say. But that too can be tricky because there are many factors, especially in the bowed stringed instruments, that influence the way the instrument sounds. The list below ranks these factors from the most influential or important to the least influential and important.
1. The Concept of Sound in the Imagination of the Player.
2. The Bow and the Room
3. The Acoustical Principles-there are 13 in all, which create the traits in the list above.
4. Varnish and the manner of preparing the violin to be varnished.
5. The Set Up of the instrument, which includes: soundpost setting, bridge cutting and fitting, string selection, string spacing, tailpiece adjustment, after-length adjustment, nut adjustment, fingerboard preparation, neck size and finish, and Tuning peg fitting and adjustment.
6. Playing-in of the instrument.
7. Type and Quality of the Wood and glue used in the instrument.
8. Design of the instrument, which includes: the shape, the modeling, and the placement and size of the f holes.
9. Age of the instrument.
10. The Quality of the Workmanship with which the box was made.
11. The Quality of the Appearance and the Finish/Polish.
12. The Manner of Presentation of the Instrument
Most people tend to trust their sense of sight because it is with that sense that they most immediately encounter the world outside of themselves. To trust your sense of sight first and foremost in matters of reading, art, sculpture, movies, photographs, garden design, etc. makes absolute sense. But, in all matters acoustical, the sense of sight is of little or no value or use, indeed, will lead to prejudice if you are not careful. Obviously, if you are hard of hearing or deaf, then you must rely on your sense of sight when it comes to musical instruments. Otherwise, you are well advised to set your sense of sight aside when evaluating musical instruments or your eyes will prejudice your ears. Once you have heard and tried out a violin, then look at it carefully to see that it is made well and to get a sense of the overall aesthetics of the maker’s art.
Therefore, cultivate, develop, and learn to trust your own sense of hearing when evaluating musical instruments. Saying this may seem a self-evidently reasonable, and all too obvious a suggestion, but it is a plain fact that most musicians don’t do this. That is why its importance can’t be stressed enough. What I propose to do is to take the above list and go through each factor and briefly explain how that factor influences our perception. Furthermore, I propose to start with the last or least important factors first because that is too often how we encounter musical instruments for the first time.
Factor 12. The Manner of Presentation of the Instrument
We have all heard that first impressions are the most important. That is why sales people take so much trouble to foster an environment which will make buyers feel comfortable and special. They know that when people feel comfortable and special, they will feel more confident when parting with their money. As long as you know that you are going to have to pay more for anything which is presented in such a way as to make you feel special, and you don’t mind paying more just to have that feeling, then enjoy the service you are paying for. However, most musicians are not so wealthy that they can afford to pay to support the added costs which go into maintaining an establishment which will make customers feel comfortable and special.
If you are making a serious effort to get the best instrument you can afford, visit every dealer in your area to see what they have in stock, visit with every violin maker in your vicinity to hear what their instruments sound like, and feel like to play. Also, visit dealers of rare instruments to hear and play some antique instruments. Just remember that the manner in which musical instruments are presented for your inspection will influence your decision about what instrument to get if you are not fully aware of how it will cost you.
The one real value which a dealer can provide to you is unwasted time. If your time is at a premium and you have a dealer who is both reputable and energetic, that dealer can find an instrument like the one you are describing much faster than you can. The more clear you are about what you are looking for, the faster that person can find an instrument with which you will be happy.
Factor 11. The Quality of the Appearance and the Finish/Polish
Consider the following quote from one famous musician:
“He who values a bird for its feathers, and a horse for its blanket, will also inevitably judge a violin by its polish and the color of its varnish, without examining carefully its principle parts. This course is taken by all those who judge with their eyes and not with their brains. The beautifully ‘curled’ lion’s head can improve the tone of the violin just as little as a fancifully curled wig can improve the intelligence of its living wig stand. Yet, in spite of this, many a violin is valued simply for its appearance...” from the Introduction §3 in "A Treatise on the Fundamental Principles of Violin Playing" by Leopold Mozart 1756
When you evaluate musical instruments by how they appear, it may make you feel safe. But think about it! Musical instruments are primarily intended to be heard. If you don’t learn to judge them primarily on how they sound, you will likely be deceived into choosing something that looks good to you but sounds mediocre.
However, there are some things which have a visual component which also have an influence on the sound. One, the smoother the surface of the violin, the more high overtones will be heard. A less than smooth polished surface tends to sound less brilliant. Two, high gloss varnishes tend to be harder and low gloss varnishes tend to be soft. Be aware that hard varnishes can be made to appear dull, but soft varnishes are very difficult to make glossy. Harder varnishes tend to be brighter sounding. And soft varnishes tend to be duller sounding. But, again, lacquer is very hard and very dull sounding. In spite of this it is used on many factory made instruments because it is easy and cheap to apply and polish. But lacquer makes the sound choked. The advantage of lacquer is that it is totally reliable for the manufacturer to use because it is predictable and they know that most people who buy violins don’t know any better and probably won’t pay for a more sophisticated finish. The color of the varnish is totally unimportant.
Shellac or French Polish can be a beautiful finish for furniture but it is much too stiff and hard a material to use on a violin. It makes the sound tight and inflexible. And every true connoisseur of violins understands that the best varnish for a violin is an oil varnish because that is what the ancient violin makers used and those instruments are still the best ever made.
Factor10. The Quality of the Workmanship with which the box was made
This also has little or no influence on the quality of the sound as long as the joinery is sound and the parts have been properly glued together. If the workmanship is too lax, the durability will suffer when the instrument comes apart because the joints are not tight and the surfaces were not made to match or meet precisely enough. However, even the best made instruments can have the top or back come unglued due to changes in the weather as the wood swells and shrinks with changes in the humidity. If the workmanship is precise and careful, that in and of itself will not guarantee that the instrument will sound good. It will only guarantee that people will think that the workmanship is good. When you view the violin with a wholly unromanticized point of view, a violin is just a box with a fancy shape that has 4 strings on it and a way of changing the pitch of those strings. The only thing that really elevates a violin from the status of a “wall hanging” to musical instrument is the quality of the sound. To an unsophisticated listener, even a wall hanging can sound good. But in every unsophisticated listener there is lurking a very sophisticated listener. It only requires a certain number of comparison “taste tests” to cause that hidden listener to emerge and develop a way of articulating heard experiences. There is a good reason, after all, why we use the phrase “tell the differences” to refer to those who are sophisticated. Sophisticated listeners are those people who can “tell the differences” verbally about what they are hearing.
The true quality of a violin is not at all dependent with how well the box is made. For argument’s sake let’s say that that statement is false. That would mean that every well made violin would be as good as a Stradivari or a Guarneri violin. We know that such a thing is totally rediculous. The reality is that the quality of a violin depends on the maker’s knowledge and skill in the Art of Acoustics not on how well crafted the box is.
So what are the drawbacks of “Good Workmanship”? Good workmanship, without the benefit of the Art of Acoustics, usually translates into a tight, pinched, hard edged kind of sound. This is because instrument makers who place a great deal of value in the precision of their workmanship tend to not place as much value on the precision of their acoustical thinking. Consciousness of the disparity tends to make such workmen more conscious of the need for an extremely high level of craftsmanship to make up for the disparity. The result is work that is self conscious. The feeling of the sound of self conscious work is tightness, hardedgedness, and pinchedness.
The main advantage of good workmanship is that it makes people who don’t trust their ears feel more confident about something well made because it relies on the false logic “that if it looks good, if must sound good.” The truth is, good sound is usually made by workmen who actually spend a great deal of time and energy thinking about cause and effect in sound and experiment a great deal to try to create an instrument that sounds good according to their standards and criteria. Generally speaking, the criteria which makers hold as their standard is what they are personally able to achieve. In this regard, makers and players are quite alike, that is, the criteria which they hold as their standard is what they are personally able to achieve.
Does this mean that good workmanship is not desirable? No! But why settle for good workmanship when you can have great workmanship. Great or masterful workmanship is characterized by four distinct attributes.
One: It is always dimensional and complex.
Two: It always appears neat and easy.
Three: It always appears direct and deft.
Four: It is always right the first time every time.
Anytime you encounter masterful workmanship it is a true pleasure to observe because it never appears fussy or overworked. It is a pleasure because it feels perfect without actually appearing so.
As for bad workmanship, well, I have personally seen 19th century European factory made instruments hold together which were so indifferently made that they didn’t even have corner blocks. So from a workmanship standpoint an instrument has to be really badly made for it to fall apart. This means that workmanship doesn’t really count for much when evaluating violins. As long as a violin has all of its parts properly made and accounted for and those parts look to be well made and neatly assembled, then the instrument should not be discounted merely because the purfling is not flawlessly applied or the carving of the scroll is not a perfect volute. If these were the standards of perfection in quality which all instruments had to live up to before being considered, then you would be obliged to discount a good number of violins made by Giuseppi Guarneri “del Jesu”, because some of his instruments appear to have been made rashly and in a most unworkmanly like manner.
It is the sound which must be crafted in the most workmanly manner, and it is the sound to which Guarneri was the most attentive of all violin makers. But neither he nor Antonio Stradivari were able to make every single instrument sound at the same high level they achieved in their greatest masterpieces. They merely knew how to make more masterpieces than any other violin maker of that or any other time.
Factor 9. The Age of the Instrument
Age is more important to the quality of the acoustics than the manner of presentation, the appearance of the finish, or the quality of the workmanship. The older an instrument is, the more stable all of its parts have become and the more “cured” and hardened the varnish has become. These changes which age brings means that the sound you hear now will likely be the sound you hear a year from now or 10 years from now. That assumes that the instrument has been “played in.”
New instruments continue to change due to stresses of tension from the strings bearing on the top. The varnish needs time to oxidize and harden and to polymerize and become tougher. The wood needs to be exercised so that its natural disinclination to make a sound is made more yielding and pliable. Beyond these factors just mentioned, the effects of age are negligible in spite of the fact that people, ever since the 16th century, have been touting age as the most important factor needed to make an instrument sound good. Let’s back up and take hard cold-blooded look at the assumption that instruments are good because they are old. If it were true, then all the instruments made prior to 250 years ago should be equally good, don’t you agree? After all, they are all equally old. Well, we know that that is not true. Today, we know that violins made in England, France, Austria, Germany, and Bohemia during the first half of the 18th century are not as good as violins made in Italy at the same time. And in Italy, the Cremonese violin makers are generally considered to have made better violins than the makers working in Milan, Naples, and Venice. Furthermore, if that assumption were true, then the best violins made in the early 19th century in France should have had fully long enough to become great violins. But they are not, and it is not for the want of being played. Also, we know that, but for a few exceptions, the instruments made in the 16th century are not as good as those made during the 17th and 18th centuries. Yet, following the logic of the false assumption, those instruments should be significantly better than violins made in the 18th century because they have had 100 years to improve even more.
We know that wine improves with age. Therefore, it seems only good to think that violins also improve with age. But not all wines improve with lying around for a long time. And wines that are held too long past their ideal age can turn into vinegar. Stews too improve with age. A stew made fresh is usually not as good as the same stew served the next day, once the flavors have been allowed to marinate into all the ingredients. After the third day, the stew starts to turn bad as molds and bacteria begin their work on it. Practically speaking, misapplying knowledge from one thing to another is not a good idea because it can lead to a host of false conclusions and notions.
So, what is the reality? The reality is that good sound is the result of knowing how to apply acoustical principles...in the same way that gourmet food is the result of knowing how to apply the principles of good cooking. The best instrument makers, like the best chefs, are the most skillful at applying their knowledge of acoustical principles. The reality is that by the end of the 18th century knowledge of the acoustical principles employed by makers like Stradivarius and Guarnerius had all but disappeared. From then on, makers mostly copied the work of the great masters. However, copyists usually only copy what they can see and the acoustical principles are not visually obvious enough to draw the attention of a copyist. The acoustical principles, to be known, need to be deduced from the heard effects for which they are the cause. Once a maker knows what all the acoustical principles are and has figured out how to apply them, he or she can build extremely high quality sounds in any kind of instrument. The effects of age help establish whatever quality of sound a violin begins with. If the quality is high, age makes that quality even more obvious to players. If the quality is low, age can’t help raise that level of quality.
Factor 8. The Design of the instrument, which includes: the shape, the modeling, height of the ribs, and the placement and size of the f holes.
The design of an instrument has a far more powerful influence on the quality of the sound than age, workmanship, finish and presentation put together. The aspects of design can either be governed by whim or by acoustical principles. When they are governed by acoustical principles, then copying the design down to the last detail will cause some of the acoustical principles to find their way into the instrument, if only by accident.
If a maker fully understands the reasons and principles behind every detail of the design, then he or she would have no need to make copies, except as a marketing strategy...that is, because violinists want to own a copy of either a Stradivarius or a Guarnerius. However, these “labels” can be misleading. The design of a Stradivarius or Guarnerius will not result in an instrument that sounds like the original, unless, that is, the maker knows and understands all that Stradivarius or Guarnerius knew and understood.
But let’s assume that what I have just said is not true. Then every instrument passing itself off as a copy of a Stradivarius or Guarnerius would sound great, exactly as the originals sound. Well, we know that that is not at all true. In fact, every copy made of the designs of these two great makers has failed to measure up to the original. Occasionally, some copies at first appear really good, almost as good as the original, but time and playing-in reveals the weaknesses in the copy and reestablishes the true worth of the great originals. In such cases, it is not the instrument that changes so much as it is the judgment of those who initially thought the instrument was as good as the original. Judgment alters with the fading infatuation with a new toy. Does this mean that all these features in the design of a violin aren’t that significant? No, indeed! They all contribute to the total overall quality of the sound. But they, in and of themselves, are not capable of guaranteeing a truly outstanding musical result.
Factor 7. Type and Quality of the Wood and glue used in the instrument.
Violin wood is primarily priced and sold on the basis of two criteria. One is age. The other is called straight grain. Age guarantees a certain state of dryness. Straight grain ensures viewers that the wood has no obvious, hence disturbing, peculiarities that make those who judge musical instruments with their eyes feel unsettled. When wood is old it is thought to become more dimensionally stable. This is true in that it takes about 5 years for the volatile hydrocarbons in the wood to evaporate out. That is a good thing. Beyond five years, wood only gets older, not necessarily better. Straight grain allows the possibility for selling a violin which has little true musical worth...because those who don’t know any better tend to assume that if it looks good, it must also sound good.
For the best possible result, wood should be selected on the basis of more than 15 criteria before being acceptable for use in a violin, none of which involve age or straight grain. What can be determined visually in the best wood is the ratio of winter wood to summer wood. Beyond that, the other variables are acoustically determined.
As for glue, very few glues actually fail to hold the parts together. The real question is how much sound does the glue suck up? Hide glue is the best because it is so hard that it can’t absorb sound energy and ruin the sound of the instrument. White and yellow glues are the worst because they are soft and act as a damper on the sound of the violin. They also are subject to something called “creep”. Creep is the tendency of a glue to very gradually flow when under tension. The parts under tension move apart or move in opposite directions. Hide glue does not exhibit this fault.
Factor 6. Playing-in the instrument.
The important influence playing-in a violin has, on the perception of the quality of the instrument, is something almost everyone can agree on. The question is this. Exactly what does playing-in a violin do acoustically to influence the sound and how much is needed to bring an instrument to its fullest potential?
Here’s how it works. Playing-in has a pronounced effect on people’s perception of how a violin sounds and plays. This is because we humans are unsure about how to evaluate experiences that require the use of our ears. The reason for this is simple. We can shut our eyes, pinch our noses, and keep our mouths shut to avoid sensing with those senses. But not the ears. Our ears are permanently open. We hear everything within earshot of our ears. The reason we don’t notice everything we actually hear is that we learn to be very selective about what we listen to. This makes our ears the doorway to our Souls. The very nature of our Souls is dictated by how we listen and to what we pay attention using our ears. Learning to listen in a truly unbiased and pure (being free of expectations, prejudices, notions, and desires) manner is extremely difficult because it involves mostly unlearning ways of using our ears which we have acquired at great effort since childhood. The best musicians and musical instrument makers are those who have learned the hard way to listen truly and purely to sound and music. And by doing so, they have learned to trust their ears implicitly.
When we learn to trust our ears, we discover how marvelously competent they are at hearing absolutely everything and how amazingly incompetent our intellect is at figuring out and explaining what it is we are hearing. Where playing-in is important for the perception of the sound of a violin is that the act of playing-in attunes our ears ever more keenly on everything in the sound of the instrument. We learn to hear the instrument more and more for exactly what it is and how it is doing its job. We discover more and more how it responds to different bows, how it behaves under different literature and management of the bow from piece to piece. And we evolve, over time, an idea of what the instrument can and can’t do. The more it can do well, the higher we hold the instrument in our esteem. The less it measures up to our standards of quality, the lower it stands in our estimation.
However, there are, indeed, a few things that happen physically to an instrument as it gets played in. First, like anyone who has undertaken a rigorous exercise program, the initial stages are difficult until the body has learned to move in an integrated manner. Playing-in a violin allows the instrument to “learn” to sound on all its pitches. It “learns” to make soft sounds and loud sounds. It learns to sound fast notes and slow, etc. The violin needs time and playing for the wood and varnish and strings to move or vibrate in a manner that is integrated instead of disparate.
Playing-in a violin that is good will result in its goodness becoming more obvious.
Playing-in a violin that is mediocre will result in an easier to play mediocre violin.
Playing-in a poor sounding violin will result in a better bad sounding violin.
Playing-in a great violin will reveal over time exactly how superior that particular violin really is.
How good, bad or indifferent the quality of the sound of the instrument is when it is new and unplayed, that doesn’t change over time except that it becomes clearer, more obvious, and more integrated. Integrated here is used in the same way the cooks understand the word.. It means blended. The longer a spaghetti sauce simmers, the more its flavors mingle and become integrated into one highly dimensional flavor. So it is with violins when they are played-in.
All the parts, surfaces, and coatings become accustomed to vibrating together.
Integration generally means that the sound will be smoother, be easier to produce, ring more, and have more depth. It won’t make a raw crude sound sweeter or an unfocused sound more penetrating. It won’t create intensity in a flat lifeless sound or make up for an inferior set up. And it won’t magically turn a weak sounding instrument into a bold powerful sounding violin. All playing-in will do is to make all the initial traits of a violin more obvious. If the initial traits are wonderful, with a year or two of playing-in, the violin will sound even more wonderful. If the initial traits are disappointing, a year or two of being played-in will merely increase the disappointment.
Playing a violin in definitely has a more of a profound effect on the sound of an instrument than the type and quality of the wood (as determined by the standards of the market) or glue used in the instrument, than the design of the instrument, which includes: the shape, the modeling, and the placement and size of the ff holes, than the effects of age on the instrument, than the the quality of the workmanship with which the box was made, or the quality of the appearance and the finish/polish. and the manner of presentation of the instrument. This says more about the true nature of the relative unimportance of the nonmusical matters as they relate to sound than the intrinsic value of playing-in itself says. Yet, too often these nonmusical matters are the most important matters on the minds of players when evaluating violins.
Another question arises. What about ease of playing? Obviously, the more played-in a violin is, the easier it is to play. But this is all relative. Players who customarily play on mediocre instruments expect all violins to play as easily as their own instrument, not thinking to ask if their instrument can meet the demands of someone who customarily plays on a Strad or a Guarneri.
Here is an interesting statement made by Ruggerio Ricci in the liner notes of the LP recording he made for MCA Records (R63 1314) MCA-2537 back when LPs were still being made, on 15 Famous Violins made in the 18th century by Cremonese and Bresian violin makers, titled The Glory of Cremona. Quote:"A Stradivari generally requires a more gentle and coaxing approach than does a Guarneri. With a Strad the note change is often more fluid. The sound of the Guarneri, on the other hand, has more core and often permits greater intensity in playing. One can dig with the bow and sob or break on the note as Italian tenors do. There is more of a note break, as in a wind instrument. Yet there are many intangible factors. For instance, who is to say why one instrument demands more vibrato than another? Generally speaking, the more output and resource an instrument has, the more difficult it is to play. Ultimately, it is the player who must adapt himself to his violin if it is to respond to its best advantage."
Factor 5. The Set Up of the instrument, which includes: soundpost setting, bridge cutting and fitting, string selection, tailpiece adjustment, after-length adjustment, nut adjustment, fingerboard preparation, string spacing, neck size and finish, and Tuning peg fitting and adjustment.
Set up can make or break the impression a violin creates in the mind of a violinist, but it can’t transform a mediocre violin into a great violin. A good set up can make any violin more comfortable to play than it would have with a poor set up. A good set up can make any violin more even to play than a poor set up. A good set up can improve the feel a player experiences when playing the violin. It can bring out the best of every instrument and reduce the feeling of tension and stress in the left hand of the player. The importance of these improvements ought to not be underestimated.
Every violinist needs to experience at least one extremely well set up instrument early in their lives so they know what a well set up violin feels like. That single experience should not come too early or the awareness will not be sufficiently educated to know the difference. Nor should that single experience happen too late, otherwise the player will become accustomed to playing on poorly set up instruments and never develop a sophisticated taste for a high quality set up.
The size of the neck should be finally determined only after a violin has been selected and the decision to purchase it has been made. Players with small hands will only feel comfortable with a neck that is on the thin side. Players with large hands will feel comfortable with a neck that is more massive. Players who are very sensitive to the size of the neck need to have this work done by the finest set up specialist they can afford. Players who make a decision to acquire a violin primarily on the basis of how it feels at the neck to play should be aware that such a decision is made on a non acoustical basis. At the same time, once a neck has been reduced for one player, the violin will only feel comfortable to a player with a similar hand size as the player who ordered the neck reduced to increase their own feeling of comfort. This means that if a decision has been made to acquire a specific violin and to have the neck reduced in size, the chances for reselling the instrument, even if it is a really good instrument, will have been materially compromised.
There is always a danger when customizing anything to one's self that no one else will want the same exact thing. Those who can afford to alter every instrument they own to match their personal requirements, can probably also afford to permanently own every instrument they have altered for them. Inexperienced players need to understand that, until they have the earning power to own a genuine Stradivarius or Guarnerius, they will need to be able to resell every instrument they buy. They need to remember that every other player ought to be as fussy about every violin they are considering owning as they themselves are. Therefore, it is healthy to be somewhat circumspect about certain matters of set up as being accomodatable or not acceptable. We humans can get used to many things. What we can’t accommodate ourselves to, we should be better off avoiding altogether, especially where violins are concerned. Merely because something feels weird, uncomfortable, different, unusual, or intense is not a sign that that thing is inferior. Take the feeling of string tension, for instance.
The better a violin is the more stiff the strings feel to press down to the fingerboard. A professional violinist once related to me that he had just returned from Genoa, Italy where he played the Paganini Guarneri del Jesu violin. He said that the strings were so stiff feeling that his finger tips were bleeding after only 30 minutes of playing on that violin! Even when the distance of the string to the fingerboard is close, stiffness in the feel of the strings will not diminish. This phenomenon is independent of the diameter of the strings, the material of which the strings are made (to some extent), and the pitch and length of the strings. The phenomenon is related to the way the acoustics of the box have been executed. The more pure the acoustics have been rendered, the stiffer the strings will feel. The more impure the acoustics of the instrument, the more flabby the string will feel. The best instruments always have a significant stiff feeling in the strings. This phenomenon is related to the musical effect of “reserve” in the sound. Stiff strings resist being made to vibrate by the bow. This means that the stiffer the strings are, the more the instrument can be pushed by the player to produce ever increasing levels of sound. Instruments that have little stiffness to the sensation of pressing the strings or bowing the strings will have a definite point after which the strings will no longer tolerate being driven by the player. These instrument won’t get any louder after that threshold has been reached. The lower that threshold is, the more you can be sure you are playing an inferior instrument.
Be aware too, that many extremely fine instruments have been made, especially in the 16th and 17th centuries, the strings of which do not feel as stiff as those instruments made by the best Italian violin makers of the 18th century. These instruments are inferior only in that they are not “concert” violins. However, they pull their own weight in the orchestra pit, in a quartet, or when used with other Baroque instruments. But compared to most modern made instruments, even strings of these earlier Baroque instruments feel stiff. Players need to pay attention to this phenomenon as it will be one of their best signs for an instrument of quality. They must also pay attention to the feeling of excessive height of the strings above the fingerboard. Broad, vigorous players usually like to have their strings higher above the fingerboard than those of players whose personalities are of a more refined nature. The better a violin is, the stiffer the feeling of pressing the strings is, the lower the strings can be to the fingerboard without buzzing against the board. Good players like to be able to play on top of the string instead of playing on top of the fingerboard. If the strings feel stiff enough, even a lowish setting of the strings above the fingerboard will feel adequately resistant, to being pressed down, to a vigorous player.
The issues of tailpiece adjustment, soundpost setting, bridge cutting and fitting, string selection, string spacing, and after-length adjustment would require an entire book to discuss in detail as to what is appropriate. However, a highly qualified set up person knows how to make these adjustments intelligently and quickly and a valued violin should only be adjusted by one who knows what they are doing. It suffices to say that these matters should never be taken for granted. A bad set up can make a great instrument appear incompetent just as a superior set up a mediocre instrument appear credible.
Most players prefer to play instruments which are easy to play, present no limitations on what they can do, and offer no meaningless resistance to being played. Given a choice between a balanced sounding mediocre violin with a great set up and balanced sounding superior violin with a mediocre set up, I have found that most players will opt to play the instrument with the best set up. The reason is that instruments which are comfortable to play create the best technical impression about the player when he or she does not have to worry about feeling awkward while playing. If players feel comfortable, they tend to assume that they are playing better, even when the actual sound they are making is feeble, thin, and pinched because the instrument is not very good. This observation is not peculiar to string players. Some of the greatest organs in the world have what can only be called difficult or unmanageable actions, heavy and sluggish. Despite the extremely high quality of these instruments, they are avoided by most modern organists because they have become accustomed to playing on instruments which offer no special or meaningful resistance to having their keys easily depressed. The result, predictably is that “button punching” has become a central musical aesthetic for organists. The same is true for playing other instruments including the violin.
Set up is something which every violinist needs to become involved in, if not personally then intellectually. Those players who understand the importance of the set up and understand the basic principles behind a careful and “polished” set up will likely be found playing the best set up instruments around. Players who neglect to understand the importance of set up, get accustomed to playing on poorly adjusted and poorly setup instruments. Learn as much as possible about set up by studying it from the point of view of being an end user. Any string player who is willing to learn things like bridge adjustment, soundpost setting, tail piece adjustment, peg easing, string replacement, etc. can save themselves, over an entire lifetime, the price of a reputable mid 19th century violin in repair costs and fees. However, any string player who wishes to learn to adjust his or her own instrument would be wise to buy a cheap violin to do the learning on before they apply that knowledge to their own professional instrument.
Factor 4. Varnish and the manner of preparing the violin to be varnished
Almost everything written about the violin in the last 200 years mentions the importance of the varnish as the determining factor in the quality of a violin. Therefore, nothing further need be said about the importance of varnish except to amplify the observations made by Simone Sacconi in his book, The “Secrets” of Stradivari. He carefully observed the physical properties of the varnish on over 350 Stradivari violins. His observations should be taken very seriously if you want to learn what those physical properties are. Too often violins are summarily cast aside because there are visually disturbing imprintations in relatively new violins. Since ease of being imprinted is one of the main observations Sacconi makes about the varnish found on Stradivari violins, it is important for a properly varnished new violin to have a varnish which shares every property of the varnish found on the greatest violins ever made..including ease of taking an impression.
An extremely high quality violin varnish requires “the strong heat of the sun” to properly cure or dry (as taken from a letter written in 1638 to Galileo from a Father Micanzio quoting the nephew of Monteverdi) And even when such a varnish is totally dry, until the materials in that oil varnish have oxidized and polymerized, the film is very tender and responds to heat and humidity very easily. It takes about two years for oxidation and polymerization to harden the film to make it less impressionable. Yet, the varnish will chip when scratched and melt when overheated. This means that the better a varnish is, the more care needs to be taken for the instrument during its first years...just like a newborn infant. Failure to take such care will result in damage to the varnish, hence to the appearance of the violin, and lower the resale value of the instrument for the short term.
When new instruments are varnished in films which are not easy to impress, chances are those instruments are varnished with such films because the maker doesn’t want his or her instruments to be judged faulty because of an imprintable varnish. Chances are, too, that the maker will have short changed the instrument in other ways which are deleterious to the sound of the instrument.
Therefore, take the trouble to read and memorize everything Sacconi wrote concerning the physical properties of the varnish of Stradivari and adjust your thinking to conform to those observed properties. Otherwise, your ability to rightly judge violins will be materially compromised.
Though it may come as a surprise to you, the varnish is not the most important factor in determining the quality of a violin. Ole Bull, the great 19th century Norwegian violinist, in his book, Notes on the Violin, asserted that the manner of proportioning the parts of the violin was far more important. He was not very clear about exactly what a violin maker had to be doing to realize that manner of proportioning. But he felt very strongly about it. Perhaps the following will shed some light one what he meant.
Factor 3. The Acoustical Principles
There are 13 acoustical principles which govern the business of creating a highly enhanced tone quality in any instrument. They are the foundation of all the great instrument making since the 14th century. These principles govern the actual proportioning of the parts of a musical instrument. Without these principles, musical instrument making is a hit or miss business; its mostly guesswork or based on hope. With these principles, a maker can build instrument after instrument each of which will sound convincing. These principles are the cause of all goodness in the sound of musical instruments. Until the mid 18th century, almost every musical instrument maker had some inkling about these principles. No matter how remote the town or village in which a musical instrument maker lived was, he had some notion or idea that there were these principles which had to be applied when making a musical instrument, in order to make it sound wonderful. Failure to apply those principles resulted in sounds that were unacceptable. An understanding of the importance of these acoustical principles was ubiquitous. Organ makers as early as the 12th century were using some of these principles. Viol, lute, violin, guitar, harpsichord, clavichord, oboe, flute, drum, trumpet, sackbutt, trombone, and harp makers all knew about these principles but each used them according to their individual gifts, education, and experience. Because these principles were so easy to disguise within a maker’s daily habits of making, they were picked up unconsciously in the workshop by every young boy who wanted to learn how to make musical instruments. Not surprisingly, a great deal of human energy went into figuring out exactly what these 13 acoustical principles were and how to intelligently apply them. Then, within the space of two generations after 1760, instrument makers stopped using these principles. By 1800, hardly a single maker lived who knew about these principles. Only a few piano makers ever applied these principles, the greatest of whom were Cristofori, Stein, and Graf. The guitarmaker, Torres, after the middle of the 19th century was one of the last instrument makers to have rediscovered some of these principles and applied them in his instruments.
Knowing about the 13 acoustical principles is and should be the first order of business for every musical instrument maker. More often, makers who are sincere will do everything in their power to imitate the sound of the great antique instruments, and do so without the benefit of the principles applied by the great makers. Their instruments will sound at first extremely impressive. It is only with playing-in that the truth comes out. When the principles are not built into the instrument from the start, a loud bright sounding new violin never develops depth or intensity of resonance with playing-in. Fiddles that appear at first to sound exactly like antiques gradually develop into undimensional sounding colorless instruments. Players will know that makers really know what they are doing when the instruments they make sound as wonderful and as beautiful, and feel as great to play as instruments by either Stradivarius or Guarnerius, becoming even more like these great instruments the longer they are played. The thing to remember is that once the acoustical principles are built into an instrument, they must be physically removed by an ignorant repairman or an arrogant instrument maker who thinks he knows better (a fate shared by many of the violins by Guarneri and Stradivari both during the 19th century), playing such instruments has no power to erase the principles.
Players can know if an instrument is made using the 13 acoustical principles if the instrument possesses that set of 36 traits, with which I began this essay, which all great instruments possess. If the instruments made by any maker don’t have those 36 traits, then players should look for instruments by someone who knows how to use those principles.
Factors 2 and 1. The bow, the room, and the player’s imagination of sound
The bow, the room, and the player’s concept or imagination of the sound influence the heard result more than even the acoustical principles. Here, I must relate a personal story.
When I had just begun making violins some twenty-five years ago, one night after a concert, I showed Isaac Stern a violin I had made some experiments on to test out some acoustical theories. He picked up the violin and without even looking at it put it under his chin and began to play. First he just made some sounds on the instrument. Then he began to play music on the instrument to get a sense for what he could do with it. As he handed back to me, I said that he had managed to make my piece of junk sound like acoustical gold. He responded with a smile and said, “That is what the art of violin playing is all about.” From that moment, I was inspired to build a violin that sounded “like acoustical gold” in the hands of an average player.
Clearly, for a player to make my “piece of junk” sound that good meant all the factors we have discussed previously are just not that important. Isaac Stern overwhelmed the poor set up of my violin. He overwhelmed the indifferent quality wood I had used. He overwhelmed my initial attempts at varnish. He overwhelmed my meager initial attempts at thinking about violin acoustics. He overwhelmed the poor acoustics of the green room at the concert hall. He overwhelmed my less that admirable workmanship. He created a sound on that violin that I personally knew it wasn’t capable of. He taught me the importance of having a clear and glorious imagination of how a violin should sound and the importance for violinists to develop such a concept. He changed forever at that moment how I would view and listen to violins; to be aware of how every little variable of set up can alter the sound in significant ways. And he taught me how to hear the violin past the player and to hear the player past the instrument being played; to be aware of exactly what was happening and to not be fooled by unimportant matters.
The factors relating to the bow, the room and the concept of sound in the imagination of the player are the most important factors. The best instrument in the world played with a thin emaciated concept of tone will sound obviously thin and emaciated. A thin feeble sounding violin can be made to sound its grandest by a player who insists on every instrument he or she plays as being as grand sounding as possible. Players who have a magnificent concept of sound production usually insist on having the best equipment to use but are not ruffled when they must make great music on something significantly weaker than on what they are used to playing. Yet every player owes it to him or herself to acquire the best instrument he or she can afford and the best bow.
Because most sensitive players are already aware how the same instrument sounds differently from room to room, there is no real point to discussing that issue here. Rooms, like the instruments themselves are subject to the 13 acoustical principles. The more principled a room is constructed, the better music will sound in such a space. The less principled a room is, the worse it sounds when music is made in that space.
Advice for those who need to buy a violin.
The best advice, to be found on any matter, will come from someone who is extremely knowledgable and yet has no vested interest in the outcome relating to that matter. It is a good idea to get a variety of opinions before investing in a musical instrument. Every opinion needs to be evalutated on the basis of how vested it is in the outcome. Those opinions, which come from people who have the most to lose or gain from the outcome, should be accorded the lowest value. Those which come from knowledgable people who could care less what you decide to do are the most valuable...they have nothing to lose by telling you the truth.
If you feel you must get a second opinion from someone else about a violin you are thinking of owning, consult other violinists who trust their own senses and ask them to talk about what they are sensing. Be suspicious of those who talk about appearances...no one in the audience during a concert cares about how the violin looks. The best appraisals about how an instrument sounds tend to come from exceptionally good listeners, those who have no vested self interest in what you decide to do. So, when you seek the advice of others, choose excellent listeners who have no reason to encourage or discourage you either way.
The practice of taking new instruments to a dealer (ones who can’t make any money from the deal) to get his opinion about the instrument you are thinking of getting is about as smart as taking a new car you are thinking of buying to a competing sales lot and asking those folks what they think of the car you intend to buy. Dealers are in business to make money, just as are instrument makers and performers. More often than not, those with vested interest in a transaction can not be relied upon to be truly impartial. Also, beware of a growing trend in the instrument selling trade of “bad mouthing” every deal which is not initated by the dealer or shop operator whose opinion is sought.
The only professional who should advise on an instrument is one whose advice is paid for and who has nothing to lose or gain from the advise he or she gives. That person can be a repair person, a professional player, or a respected teacher in your area.
Finally, when you assume total responsibility for your decisions in music, there is always the possibility that you will make a mistake. We learn by making mistakes. But no mistake in making music is more annoying than working against a truculent sounding instrument that someone else convinced you to buy because it was a safe purchase...safe but uninspired is no way to live. The truth about any musical instrument is told by the tone quality of the instrument and how it feels to play it. If you choose to ignore what your senses are telling you, then you ignore the truth. Therefore, follow Leopold Mozart’s advice and judge musical instruments with your brains, not your eyes. I hope that the guidelines I have provided will help you do that.
Likewise, all the real intrinsic value in a musical instrument is in the quality of the sound, not in the box. Anyone can make the box. But it takes years of paying attention to acoustical effects and many hours of thought to understand the causes or principles that consistently create the most appealing effects. And it requires an extremely sophisticated aesthetic understanding to intelligently apply those principles to the making of an instrument so that each one sounds as wonderful as possible.
If you forget everything else, remember this, when it comes to musical instruments, it is the sound that you are owning...the object is only that which contains and preserves the sound so you have it to play whenever you so desire.
About the Author
Since 1970, Keith Hill made over 147 bowed stringed instruments, including violins, violas, cellos, violas da gamba, violas d’amore, violones and double basses--but mainly violins. At the outset, most of these instruments were made as acoustical experiments aimed at understanding how instrument makers in general from the Golden Age of Acoustics thought about sound. All that he learned from his violin making experiments he applied to the 385 harpsichords, clavichords, and fortepianos he has made over the last 45 years. More than 50 commercially available CDs have been made using his instruments.
WHAT EXACTLY IS A BAROQUE VIOLIN?
About 25 years ago, I swore off making violins with a Baroque set up because the attitude amongst Baroque violinists was that the appropriate sound of a Baroque violin should be refined, not so loud as a modern instrument, richer in overtones than a modern violin, and easy to play with a Baroque bow. When I heard the sounds they found acceptable using these above standards, I was completely turned off because what I heard to me sounded insipid, weak, scratchy, and feeble. I did not hear refined, instead I heard sounds that were barely audible at a distance, sound filled with overtones and completely lacking in resonance yielding a scratchy effect when played and wholly lacking in clarity or definition of pitch. That sound filled me with such loathing that I vowed never again to make a Baroque violin.
Since completing my violin acoustical researches in September of 2010, my 30+ year long quest to figure out and understand how the great violin makers from the 18th century managed to make the sounds of their instruments of such a high quality was finally at an end. Mind you, just because I had all the playing cards in the deck, so to speak, I still was not able to play them in the right order such that I could make a great sounding violin.
In February 2011, I showed some recent violins of my own design during a trip to Europe and violinists were uniformly impressed with the sound of my violin because, as one violinist exclaimed: "it sounds like a violin made in the 17th or 18th century in Italy"! Another said that "though the G and D strings were powerful and impressively rich and resonant, he wasn't sure if the A and E strings were balanced as they felt light to him when playing the instrument", but when he heard the instrument at a distance about 20 rows back in the concert hall, he said: "I take it back, the A and E strings are wanting nothing and are equal, in the hall, to the lower two strings."
During that visit, my brother, Robert Hill, the Director of the Early Music at the Musik Hochschule in Freiburg, Germany after hearing my new violins urged me to reconsider making Baroque violins. When I brought up that old "weak/insipid/feeble/thin attitude" which in the past had so irritated me, he convinced me that because playing Baroque music using period instruments was now so main stream, even Baroque violinists are looking for loud sounding Baroque violins because they are playing in large concert halls and those feeble dinky sounding violins they hankered after back in the 1980s were incapable of sounding credible in large modern concert halls.
Now that I know about enhancing the sound of the violin, I have decided to make Baroque violins again but this time on my terms, confident that players will not turn their noses up at them because they are too loud, too powerful, too singing, and too intense (a complaint similar to what I was used to getting regarding the sounds of my harpsichords). However, there is still a sticking point for me about the current attitude/notion among Baroque violinists that there is only one set up for a violin to be called Baroque. Everything I know about musical instrument making tells me that there is the flavor of nonsense about this attitude/notion. Why? You might ask. The fact is there is no such thing as "A Baroque Set up" for a violin. Because, in the 17th and 18th centuries, every maker in every city had his own idea of what the correct set up for a Baroque violin should be. This means that there are hundreds to ways to set up a violin if you lived in the 18th century. Each city had its own set up peculiarities. The so called Baroque set up, involving a shorter neck, a thicker neck, a short fingerboard, a scant bass bar, and what is now erroneously called a Baroque bridge are all remnants of the Renaissance set up as practiced in Cremona. But how these matters were handled and interpreted in Naples, Bresia, Salo, Genoa, Venice, Mantua, Bologna, Rome, Turin, or Milan depended on specific players in those cities, not on the makers themselves. In turn, makers who became famous were using the set up typical in the city from whence they came as suggested by the best players in that city; and then probably from 50 years earlier. As the "Art of Playing the Violin" developed between 1600 and 1800, the violin went through a multitude of set up permutations. It was only after the mid-19th century when bravura violinists had their say that the so called Modern set up began to come into focus. Even so, national tastes, individual preferences and bravura performance expectations always guided how violins were set up. It was also at that point that violin set up became a craft unto itself and the process of a kind of standardized set up for the violin began to develop.
So when set up is discussed pertaining to Baroque violins, the most important question, I believe, to ask is..."Set up? According to whom?" The set up in Naples was the most advanced, to my knowledge, for bravura playing because the members of the Gagliano family of makers angled the long necks of their violins back in the "modern" manner and to the same degree and used a tall bass bar as similar in the "modern" manner. This was likely done to make playing high up on the fingerboard easier than the excessively thick neck and fingerboard found on extant Cremonese violins from the same period. So is it justified to call that accommodation to the bravura players in 18th century Naples modern? I think not. Rather, I prefer to call the modern practice of angled back necks and tall bass bars a residual practice handed down from the 18th century Naples violin making set up habits. That this habit came down to us today is probably due to the influence that Nicolo Paganini has had on the violin world. Something similar can be said of every modern set up practice except the use of steel or plastic strings, tuning machines, and the longer fingerboard. Issues of using gut to hold the tailpiece to the endpin are irrelevant because makers have been trying since the invention of stringed instruments to make a tailpiece gut that didn't break because that part of the instrument gets damaged by body oils and sweat from the players.
Exactly what does this mean? It means, I suspect, that the shorter neck was constructed so that thicker strings could be used, thus increasing the tension and boosting the amount of volume. The longer fingerboard was used to replace the shorter finger boards when they wore out, much in the same manner that old "short octave" harpsichords were outfitted with the more useful chromatic keyboards when the short octave keyboards no longer made any sense to hang on to, especially if the instrument was a wonderful sounding instrument. People back then did what was expedient according to what they wanted and didn't care one whit what we in the 21st century might think about it. When they wanted to learn pieces that required the higher notes on the E and A strings, they opted to have the longer fingerboards installed. That is a totally Baroque behavior. Similarly, when players were complaining about the lack of focus on the lower strings, such complaints might have stimulated Mr. Stradivari or Mr. Guarneri or Mr. Guadagnini to place taller bass bars into the instruments for those players. Then, liking the effect themselves, they could have kept doing that.
It also means that the degree of arch on the bridge would change for each individual owner of the violin. Bravura players prefer a flatter arch to avoid having to move the bow arm more than a few inches up and down in order to increase the efficiency of their bowing technique. This arch is still the preferred arch among the finest violin players living today. But do we call this a Baroque arch? No. We call it what it is, a concession to the best players of our time. Those who need a higher arch are not superior because they prefer the standard arch of today's standardized set up. And when Baroque violin players today opt for a Baroque bridge with a higher arch, they are not violating the set up practices of the Baroque in doing so.
Likewise, when considering what bridge to use, a modern bridge or a Baroque bridge based on the Renaissance designs, I can say this much. To the best of my knowledge the only existing acoustical justification for the Baroque violin bridge is not actually Baroque rather it is wholly Renaissance and out of step with the then totally "modern" up to date discoveries and ideas about the overtone series. Whereas, there is very clear acoustical justification for what we know of as the Modern violin bridge. Indeed, I wondered for many years how the modern design for violin bridge could have come into being since there were no clear precedents for it. Then, one day I discovered an acoustical principle which explained perfectly how that design came to be. It was then that I realized that since no violin makers after Guarneri del Jesu had the clarity of acoustical understanding to devise such a bridge, Guarneri had to have been the designer of that bridge. Clearly Stradivari did not design it because we have bridges and patterns by his hand that indicate he was still using the Renaissance models of bridges. This left only Guarneri. And since the design is so clearly specific as to every detail, it must have come from the mind of an acoustical genius. No one else had the acoustical understanding and inspiration to invent it. If that is true as I hold it to be, then the modern bridge is not modern at all, it is through and through a true Baroque bridge because it affords the maximum possible artistic expression. It just happens to be a full blown Baroque conception that came at a time when it wasn't in vogue...much like the piano when it was first introduce to the musical public in 1699. Like Cristofori's conception of the fortepiano and Guarneri's violins, the most acoustically advanced Baroque bridge designed by Guarneri only became current some 60-80 years after it was first introduced.
Thinking in terms of standardization is a modern mental habit which has no place in making or playing of Baroque violins. Baroque violin players need to be clear about what they need to have to make their violin the most comfortable for them to play in order to play their very best. If that means having everything "wrong", then they should have the right to that set up, because, after all is said and done, they are the ones responsible for playing the music and it is enough for them to learn to play the violin and the music written for it and be able to communicate the essence of that music for the enjoyment of the listeners. If they wish to use a shoulder rest or chin rest, the most they need to realize is how the sound may suffer from the weight and clamps on their violin, beyond that the decision should be theirs and theirs alone, and they should never be criticized for it.
Dogmatic notions of how Baroque violins should be set up are a 20th century mentality. Dogmatic notions about how players ought to play Baroque music is a 20th century mentality. Dogmatic notions about how Baroque violins ought to sound, unless those qualities are of the highest order of sound and artistic judgment, are a 20th century mentality. Since we now live in the 21st century, it is time to set aside those dogmatic notions and embrace a more spiritual attitude, one that is in harmony with the Spirit of the Baroque. And I for one have no interest in the mentalities of the 20th century. I prefer the freedom of decision, which the Soul needs to be revealed and expressed, in the making of musical instruments and in playing musically on the violin or harpsichord, or any other musical instrument, for that matter. And my Baroque violins will be my conception based on my best acoustical knowledge and not some arbitrary notion based on the odd residual artifact lying around in a museum collecting dust.
THE SUBJECT IS ANTIQUE'ING'
BY KEITH HILL © 2014
Study this first photo above. What you see here are the actual signs of wear caused by playing an antiqued violin, from the early 19th century, without a shoulder pad or without keeping the violin in a well padded case. These signs of wear indicate how the varnish has worn off by contact with the shoulder of the players, how the unpadded case chips away at the back in just that location causing pock marks, and how the hands of the players have worn the back where they contact the violin when playing and when holding the violin on the knee while waiting for the next entry to be cued by the conductor of the orchestra. The top often sports a wear mark on either side of the tail piece where the beard of the violinist wore away the varnish, and a little wear on the upper bout where the hand reaches down the fingerboard to the reach highest notes. Such wear is also evident on the great Italian violins. What is not evident is the connection between physical wear and the extensive removal of varnish on many of the greatest violins both on the tops and on the backs. Such removal has been historically explained away as wear...but that is 100% wrong. The kind of removal I am referring to is what can be seen on this next photo of an actual Guarneri violin.
In this particular violin, you can see, even from this very poor quality photo the typical wear patterns and the kind of varnish removal I am referring to. It is very clear. Guarneri has removed varnish from the upper and lower bout areas extending far into the center of those areas...much farther than can be attributed to casual wear or years of cleaning. Where the varnish is dark, there is more material. Where the varnish appears lighter, there is less material. On the 18th century Italian violins the varnishes were layered purposely to abide by the tried and true principle of painting or varnishing, that is, FAT OVER LEAN.
A fat over lean application of varnish will yield the most durable and most acoustically manageable varnish. Where the great makers needed to violate this principle, one can witness craquelure on their instruments. Where varnish has not suffered craquelure on the same instrument, the varnish is generally lighter and thinner.
Interestingly, ultraviolet photographs show different colors of flourescence in the lighter areas indicating that varnish was either never applied there or it was removed. I am claiming that there is an excellent reason for doing this. But, for the effects to be sensed, the violin must be made using the same acoustical approach as the great Italian violin makers used in making the instruments originally. Merely removing varnish on a typical violin made today would not produce an appreciable improvement in the sound of such an instrument. And certainly, antiqueing would also make no appreciable different. Because antiqueing, no matter how skillfully executed is essentially a visual feature on modern made violins...having nothing what so ever to do with the sound...rather, the point being to give the new owner the delusion of playing on an important violin, the sound of which is largely nothing at all like the great original of which it is a copy.
I purposely do not to make my instruments look like antique instruments. I thought for many years about this issue because Ruggerio Ricci asked me years ago when I showed him one of my instruments, which he said impressed him, why I did not antique my instruments as most of the better makers today are accustomed to doing? I told him, then, that I will do nothing false and to me antiqueing was pandering to a trade which preferred the delusion of antiquity to anything that sounded good. He immediately agreed but added that if I did not antique my instruments I would not sell any of my violins. I retorted that if that was the price for not doing anything false, then I would stop building violins. He hoped I would reconsider. I stopped building violins for almost 10 years because of that. And nothing has changed my mind. I still do not antique my instruments.
But, you say, your instruments look to me as though they have been antiqued? My answer is: think what you like, but they are not antiqued. After much experimentation I discovered that if I varnished in multiple coats and then removed very selectively one, two, three, and sometimes four layers of varnish, I could control the pitch or frequency of the varnish by its thickness. This had such a profound effect on the playability of the instrument and improved the sound to such an amazing degree that now I am perfectly convinced that the so called "wear" on the varnish of the great antiques is in fact not wear but intentional careful removal of varnish by the original makers for the same reason I discovered...to improve the playability and sound of the instrument. I call this process "micro-tuning".
Antiqueing is an extremely time consuming business if you are going to do it to the degree that the instrument looks like an antique. Frankly, I have better things to do with my time than waste it making fake antiques. Micro-tuning, by comparison, for me at least, is relatively direct and efficient business as long as you know exactly what you are after and know how to get it with dispatch. The result appears almost identical to the appearance that you may observe on the antique violins by Stradivari and Guarneri, but the acoustical effects are totally different to the usual antiqued violin. Antiqueing has no appreciable influence on the sound. However, since antiquers are not interested in the acoustical effects of what they are doing, it is irrelevant that the outcomes are wholly different. Micro-tuning produces the same appearance of the antiques without even trying, assuming you know what you are doing.
How can you be sure, you might ask? That question is fair. In my subsequent investigations, I have now determined exactly what constitutes actual "wear" on the varnish of a new violin. It can be seen on the instruments made in France, Italy, and Germany in the 19th century (I refer you to the first of the two photos above). Some of these instruments have been well used and none of their wear patterns are remotely like what you see on the great antique violins by Stradivarius or Guarnerius. Clearly, some instruments did not need the micro-tuning at all. On those instruments the varnish is more or less uniform in shade and thickness. While other instruments had almost all their varnish removed and then replaced, then removed again, then varnished all over again without regard to how it would appear.
Why do I say that? Because the result is anything but pristine and anything which is pristine has had its pristineness very highly regarded. And, in the 17th and 18th centuries in Italy, especially, the workmen were aware of the concept of Sprezzatura. In this concept, unevenness and irregularity are essential to creating a highly expressive and unselfconscious quality in anything. That spirit of self possession and confidence is crucial to creating something wonderful to behold. If you could produce extremely precise work in a totally offhand manner, so much the better, but if you couldn't, you should at least create something highly expressive and do it in a manner that is wholly unconcerned with the opinions of others. That is at the heart of Sprezzatura. Perfect work that doesn't express this idea is both weak and insipid. To be bold is an essential virtue. That is how I work and micro-tuning is my technical means of arriving at that quality of Sprezzatura.
That is why I believe that Stradivarius and Guarnerius both micro-tuned their varnish. They did it in order to enhance the sound and playability of their instruments. What resulted as to the appearance is about what we can see today on those instruments...Sprezzatura. Sure there is some wear, but that wear is almost the same as what you can observe on the 19th century instruments which have not been shaded in order to antique them.
I also gave years and years of thought to what the effects of age would appear like and what the effect would be on the instrument. Well, the visual effects on the sound of the instrument is negligible. Meaning, there is also no significant effect on the sound from the dings and dirt that an instrument acquires with age. However, I have observed that there is a profound effect on the souls of those who play an instrument which is "dirty" and obviously "used". That effect is what I call "amicis utiorum" or user friendliness. The impulse to touch an object that appears like someone else has already used and appreciated the object is both immediate and invited. That is, players feel like the instrument is inviting them to touch and play the instrument. Instruments which are pristine in every way send the clear and opposite message: Noli me Tangere! or don't touch me. Perfection of appearance declares an object is off limits. THIS is what Ruggerio Ricci was clearly alluding to many years earlier. He just didn't make that clear to me.
I am also reminded of the time that I carted around a harpsichord I had made in order to show it to players in different areas of the country. The instrument was as perfect looking as I could tolerate making. Curiously, when I took the instrument around to conservatories and various schools of music where harpsichord was taught, the teachers and the students flocked to look at the instrument and almost no one dared to play it...so I was forced to do so to let them hear the instrument. Only then did the ice break but still the players were reluctant to play the instrument. Years later, as an experiment, I deliberately made the instrument I was working on as dirty as possible using glazes, not to make the instrument look antique, but to learn about how the dirt would affect the players. As soon as the harpsichord was set up the players flocked around the instrument waiting to play it, touching it, getting up close and "dirty" so to speak. That brought to mind how little kids love playing in dirt. This has brought me to the conclusion that the Soul likes dirt, not filth, but dirt because it never feels rejected by that which is dirty. Most children learn to dislike dirt, a tendency of overbearing parenting.
Now that I understand the effect on the souls of players, which creating a judicious impression of invitation by carefully controlling the appearance to lure the soul to play the instrument, by making the instrument as user friendly as possible, I feel that there is nothing false in so doing. It is an active artistic decision. It is imperative. For nothing is worse in Art than to be scolded for being interested in it...the net effect of anything that is pristine.
But I in no way consider what I am doing to be antiqueing because I have no particular interest in faking something to appear like it is old and worn. I am only interested in the acoustical effects of micro-tuning, Sprezzatura, and rendering an instrument to be an open invitation to being played and enjoyed. I still reject the idea of pandering to the delusion, however desired that may be, of having a genuine antique when the instrument is actually brand new. I still reject fakery and fraud.