Assigment
2.7 Interpreting Assemblages. Just 400 words were called for in this
assignment, but there was so much to say in just over 2,500 ....
A Set of Julian Goodacre’s English Great Pipes
Introduction
In
November of 2010 I purchased a set of English Great Pipes from an
individual in Bath; because of his personal circumstances he was unable
to provide much information about the pipes except that they had not
been played for around 8 years. The components of the pipes were
supplied disassembled so the initial task was to examine each component
in order to assess its function within the assemblage as a first step
towards putting them once again in paying condition. (Fig.1)
Fig1. Assemblage as first unpacked
The
essential structural elements of a set of bagpipes are the mouth piece,
the bag, the chanter, and the drone or drones. The basic
construction and relationships between these elements is explained in
detail by Baines (1995: 12 - 23) but even a cursory inspection of the
assemblage reveals a situation in which there seem to be more
parts than necessary for a single set of pipes, a further reason
for detailed study. Because sizing is a vital element in bagpipe
construction and tuning a comprehensive set of measurements are
included within the text. (See Appendix 1 for discussion of wood types.)
The Mouthpiece
This
is cylindrically bored ( diameter 7mm ) with a tapering outline from
14mm exterior diameter at the top to 40 mm towards the base (Fig. 2).
The diameter is further reduced to 28mm in order to slot into the
socketed end of the stock. The upper end of the mouth piece is capped
by a dark wood cylinder 35mm long. This has considerable wear as a
result of being gripped in the musician’s mouth and brings the overall
length of the piece to 185mm. The bottom end is closed by a
circular brown leather pad supported by a thin metal rod inserted in to
the base and bent at right angles. The assembly functions as a
rudimentary valve to ensure that air is unable to leak from the bag
Fig. 2 the bag with stock for chanter to left, mouthpiece and oval stock for drones to right
The Bag
The
bag is made from a single heart shaped piece of leather which has been
folded in half and seamed along the curving edge (Fig. 2). It appears
that before finishing the sewn bag was turned inside out so as to leave
the polished ( or outside) side on the inside and the soft (inside )
side outside, Three wooden socketed stocks have been incorporated into
the bag. At the ‘neck’ or pointed end of the bag is the stock for the
chanter with an external diameter of 36mm and a total length of 72mm of
which just 20mm projects beyond the bag. Unlike the other stocks the
joint with the leather appears to be a simple glued lap joint.
Approximately
150mm along the fold is the stock for the mouthpiece, the stock being
40mm in diameter and 64 mm long. The base is grooved to facilitate the
fixing to the bag, in this case the hole in the leather has been given
a serrated edge, folded out and then glued before being bound round
with heavy gauge waxed thread which draws the leather into the groove
mentioned earlier.
Finally the largest opening in the bag, 80mm
beyond the mouthpiece is a double stock to accommodate two drones. This
stock whilst joined to the leather in the same way as the one for the
mouthpiece is roughly oval in section (major diameter 74 mm, minor
diameter 57 mm. The stock which is 104mm long can be felt to
taper within the bag possibly to avoid undue wear to the bag from sharp
edges. The top face of the stock has three small screw holes at 10mm
spacing which were presumably the point at which the wood would
have been fastened to the faceplate of the lathe on which it was
turned. In addition two larger holes have been bored, with
diameters of 16mm and 2mm to act as sockets for the two drones.
There is an oval stamp on the side of the stock which gives the
maker’s name as Julian Goodacre and his place of work as Edinburgh.
The Chanters
The
assemblage included two chanters with split stocks, these consist of
additional socketed caps which fit over the reed and can be inserted
into the stock mounted on the bag. This arrangement facilitates removal
and replacement of the chanters without risking damage to the reed.
Both stocks are conically bored. This is typical of western European
folk instruments. Middle eastern and eastern European models tend to
have a cylindrical bore. One of the advantages of a conical bore is
that in skilled hands the reed can be overblown with additional
pressure on the bag to extend the upper range of the instrument by 2 or
3 notes (Munrow 1976: 10).
The smaller of the two chanters
(Fig.3) is pierced by a number of apertures. There are seven finger
holes on the ‘front’ of the chanter and a single thumb hole at the back
near the reed end. Numbering down from the reed end holes 1, 2 ,
3, and 4 are single, hole 5 is double, hole 6 is single and hole 7 is
double. The exact size and spacing vary
Fig. 3 D chanter with split stock opened to show reed
considerably
presumably in order to obtain the optimum tunings for individual notes.
Experimentation with a Korg C4 Chromatic tuner demonstrates that
the key note on hole 6 is D. Fingering is shown in Fig 4
Fig 4. Fingering chart for D chanter
Use
of the split finger holes and other alternate fingering means that the
chanter can be played in the key of C as well as D. The top three
holes have been partially filled with a wax-like substance and then
redrilled, presumably as part of a tuning or retuning process. There is
considerable wear to the wood’s finish around these upper three holes.
50mm below hole 7 are two opposed vent holes. As Baines says, ‘Their
function is complex. Partly it is to equalize the tone of the lowest
note with that of the others; partly it may be to permit a considerable
extension of the tube length to serve the purpose of an acoustic
resonator’ (Baines 1995: 19). Sometimes the vent holes may be partially
blocked to facilitate the tuning of the lowest note but there is no
trace of any such usage in this case. Curiously the ‘Goodacre’ maker’s
mark is drilled through by the thumb hole but the place of origin is
still able to be read as ‘Edinburgh’. The bore of this chanter begins
at 6mm and widens through a length of 285 mm to bore of 16mm, beyond
that point the chanter flares out to a flattened bell 95mm in diameter.
The
reed is double and made out of cane, 11mm at its widest and
tapering fairly sharply over 24mm to the point where it is bound by
thread to the tube or staple which is inserted into the bore of the
chanter. The protective element of the split stock fits over the reed
and is closed at its top end by a coarse fabric mesh. The top end of
the chanter and the stock are marked with what seems to be an indelible
black marker pen as an aid to aligning the various components. This
convenience is bought at the price of partially disfiguring a well made
and expensive instrument. This feature is also present on the
mouthpiece and the second chanter and suggests an unusually cavalier
attitude to the instrument’s appearance.
Fig 5. Low G chanter with split stock opened to show reed
The
larger of the two chanters is in many ways similar to the one described
above (Fig. 5). Apart from its size the most obvious difference is the
presence of a lower thumb hole between and behind holes 5 and 6. This
is an alternative to the arrangement of double holes at 5 in G.
Goodacre comments, ‘the second thumb hole is to play flattened third
(i.e. B flat on G chanter). I only supply this for customers who ask
for it’ (Goodacre 2010a). The key note is G. The fingering is
shown in Fig. 6. The alternate fingering means that the chanter can
play in the keys of G, C or F (Fig. 6). The bore varies from 6mm to
15mm over a length of 420mm and the final bell is 97mm in diameter. The
reed in this case is made of plastic and is rather more slender being
9mm at its widest and 33mm in length. The chanter has a
‘Goodacre’ maker’s mark but this time the place of origin is marked as
Peebles. It is also stamped with the number 53. Goodacre remarks, ‘the
G chanter was made for Alan Cormack in January 1999. I don’t have any
record of him having a high D chanter ‘ (Goodacre 2010a).
Fig 6. Fingering chart for low G chanter
The Drones
Goodacre
is clearly very proud of the drone on his sets of Great English Pipes,
he says, ’The D drone is impressive. It is nearly four feet long, in
four sections with a large, flared bell. It is tuned to D three octaves
below the bottom D of the chanter, a wondrous low note’ (Goodacre
2010b). The base drone within the assemblage came in three sections.
The top section including the bell appears to consist of two parts
which have jammed at the joint and cannot at present be separated
without risking some damage to the instrument. (Fig. 7)
Fig. 7 Top two sections of bass drone Fig. 8. Middle section of base drone Fig. 9 The bottom section of the base drone with reed
The
sections are drilled with a common cylindrical bore of 7mm. Decorative
aspects of the turning (Figs. 7, 8 and 9 ) means that the outer
diameter varies between 22mm and 38mm with the bell flaring out to 108
mm. There have clearly been issues with the binding on the joints as
they all display a variety of different coloured threads: red, black
and white, suggesting at least three phases of repair. Uniquely for the
assemblage the joint which fits into the stock on the bag is lined with
a layer of cork 1.5mm thick. The reed is a single brass strip 6mm wide
and approximately 30 mm long which is bound across an opening in a
white plastic tube 10mm in diameter and 57 mm long. This is wrapped
with a white plastic tape to ensure a tight fit into the bore of the
drone. There is an oval mounded deposit of a black wax-like material on
the end of the brass reed presumably to correct or control the tuning
(Fig. 9).
In addition there was a second bell section of similar
proportions but with an even larger bell (fig. 10), 116mm in diameter.
Presumably this can be fitted to the lower three sections to lower the
tone to give a low G drone (see below)
Fig.10 Additional bell for base drone
The
Tenor drone comes in two sections designed to slide over each other to
facilitate changes in tuning. The common cylindrical bore is 5mm. The
upper section is 320mm long including the bell which has a
diameter of 87mm. The outer diameter varies between 15mm and 23mm. (fig. 11)
Fig. 11 the tenor drone disassembled
The
lower section has a thin cylindrical section, 140mm long and 13mm in
diameter which slides easily into the top part. This is roughly marked
in green ink. The first mark towards the top end consists of a line
around the pipe labeled with an ‘A’ below that by some 45mm are two
lines 3mm apart with a capital ‘C’ underneath. Finally towards the
bottom of the tube are two further lines 5mm apart but unlabelled. (see
Fig. 11) These markings are clearly an aid to tuning. Testing shows
that with the present settings the upper A sounds accurately and the
middle two marks correspond with C and C sharp . The bottom two marks
give E flat and below that D. This corresponds with Goodacre’s
statement, ‘My preferred drone arrangement is a bass G with a tenor D
that can be tuned down to C when playing in C’ (Goodacre 2010b).
The reed is similar in construction to the one for the base drone but
has a plastic tongue 4mm wide and approximately 36mm long fastened to a
plastic tube which is 60mm long. This all fits into the second smaller
socket on the stock attached to the bag.
Conclusion
Julian
Goodacre set up as a bagpipe maker in Edinburgh in 1984 and moved his
workshop to Peebles in 1990 (Goodacre 2000). Clearly the assemblage
represents an original set of pipes made prior to 1990 in the key of D
with additional components purchased in 1999 to allow for tunes in G to
be played. Although the pipes are in good condition the untidy joint
repairs and pen marks indicate a period when they clearly undervalued.
An assembled version of the pipes, configured to pay in G with the bass
drone tuned to D and the tenor drone to A is pictured below (Fig. 12)
Fig.12 Full set of English Great Pipes set up to play in G
Clearly
this is a thoroughly mechanistic approach to the assemblage which as a
musical instrument should be studied within a much wider context:
‘several studies have used unusually broad ranges of data
(historically, geographically and morphologically – i.e., museum and
contemporary instruments, ceremonial and commercial instruments) in
order comparatively to explore processes and systems of thinking,
classifying and evaluating images and sound’ (Diamond, Cronk & Von
Rosen 1994: 10). In addition Buchli reminds us that objectification
either in written accounts or museum displays, ‘diminishes the sensual
physicality of the object from three rich sensual ones to the two
dimensions we typically encounter’ (Buchli 2004: 183 ). As a partial
attempt to counter this and to reinvest the assemblage with some
semblance of ‘life’ the pipes have been sent back to the maker to be
overhauled with a view to playing them out in the summer.
Appendix 1. Woods Used.
Superficial
visual examination by eye and with low power lens suggest that the bulk
of the wood work is made from fruit wood, possibly apple or pear. The
chanters are significantly darker and may be made from plum or cherry
wood. Goodacre demonstrates remarkable concern for the material used in
his pipes and the role they play in giving an instrument a history. To
this end it is his usual practice to photograph and record individual
trees felled and which specific pipes are manufactured from them
(Goodacre 2010b).This information is then passed on to purchasers and
other users. The forthcoming overhaul should result in a definitive
statement as to the origins of the wood used in these pipes.
Bibliography
Baines, A. 1995 Bagpipes, Occasional papers on Technology, 9. Pitt Rivers Museum, University of Oxford
Buchli,
V. 2004 ‘Material culture: current problems.’ In Meskell and R.W.
Preucel A Companion to Social Archaeology, Oxford, Blackwell.
Diamond,
B., Cronk, M.S., Von Rosen, F. 1994 Visions of Sound: musical
instruments of First Nation communities in Northeastern America.
University of Chicago Press.
Goodacre, J. 2000 CD Piper Calls Yer Tunes – sleeve notes, White House Musics WHCD03
Goodacre, J. 2010a Email received 25.11.2010
Goodacre, J. 2010b website http://www.goodbagpipes.com/goodbagpipes/english-bagpipes/english-great-pipe.html, accessed 9.12.2010
Munrow, D, 1976 Instruments of the Middle Ages and Renaissance, Oxford University Press
Assignment
I. This is an expanded version of the paper as submitted with
information about the methodology for constructing two charts and some
further thoughts about the implications of Sawyer's words.