I have collected some data about exact repetition and LAAFU. If I merge each paragraph into a single line, using Zandbergen's transcription, I count 262 exact repetitions.
Of these:
13 occur at the beginning of a line
16 occur at the end of a line
6 occur across lines
The expected value for each of the three case is 262/8.5=31 (where 8.5 is the average number of words in a line).
These are the 6 across-line exact repetitions:
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Login to view. (the line initial cho actually is chy, as transcribed by Rene)
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I asked myself why exact repetitions in these positions are rarer, and for once I think there is a possible answer.
I have checked quasi-repetitions that add a one or two EVA characters prefix or a suffix to the first or second word of the repeating couple. Also in this case, I have focused on line borders. START is line start. END line end. ACROSS means that the repetition has the first word instance at the end of a line and the second at the beginning of the following line.
PREFIX-1ST pW.W
PREFIX-2ND W.pW
SUFFIX-1ST Ws.W
SUFFIX-2ND W.Ws
TOTAL START END ACROSS
EXACT 262 13 16 6
PREFIX-1ST 216 50 15 6
PREFIX-2ND 182 12 13 13
SUFFIX-1ST 38 3 3 4
SUFFIX-2ND 63 7 16 7
Quasi repetitions of the different prefix/suffix types total 499 occurrences. Of course, it's reasonable to expect that some of these are coincidental.
These histograms are based on the above numbers. The diagram on the right presents percentages based on the totals.
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It seems to me that these data confirm that transformations take place at the beginning and at the end of lines (see You are not allowed to view links.
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Exact repetitions rarely appear at line boundaries because, in those positions, they are often transformed into quasi-repetitions of the prefix/suffix type.
Prefixes are added to the first word of the pair when the reduplication takes place at the beginning of a line.
If we indicate with '|' a line break and with '.' a space between words, we observe (for instance) .chol.chol. and |ychol.chol. In 50 cases, in the line initial position, a prefix could have been added to the first word of the pair.
Examples:
<f17v.5,+P0>
ychol.chol.dolcheey.tchol.dar.ckhy
<f111v.21,+P0>
sair.air.ain.qol.rar.ain.cheey.lkeey.lkain.cheokain.sheo.qo.qokain.chear.alam
<f17v.13,+P0>ykeor
.chol.chol.cthol.chkor.sheol
<f67r2.32,@Pb>dosar.odas
.air.air.alaiin
Similarly, we observe .ol.ol. and -ol.oly| This phenomenon is less frequent, still 25% of quasi-repetitions with suffixed second words occur at the end of a line.
<f19r.12,+P0>ykchor.chor
.daiin.daiinol-
<f81r.22,+P0>qotal.chedy.qol.ol.daiin.olchedar
.ol.oly-
<f32v.8,+P0>otchol
.daiin.daiin.cthodaiin.qotaiin.otchy.d.shan-
<f81r.4,+P0>dchedy.qokain
.ol.ol.chcthy.ykeedyal
I think it's possible that reduplication appears to be less common at line boundaries because it is reduced by these phenomena, that transform it into quasi-reduplication. In the case of across-line reduplication, in principle both words could be altered, making the resulting combination harder to detect. This is something that deserves further investigation.
The 50 occurrences of line-initial quasi-repetition are enough to provide some details about the added prefixes. Considering the repetitions of the similar words chol and chor, one sees that different prefixes are applied: d-, o-, ot-, t-, y-, yk-, yt-.
Prefix t- is applied twice at paragraph start.
But how other prefixes are selected is not completely clear. After a preceding line ending -in, both o- and y- appear. The prefix ot- appears to be added after lines ending -om, -od, -or.
(I include the line preceding the quasi repetition for context. <$> marks the end of a paragraph)
<f13r.1,@P0>torshor.opchy.shol.dy.qopchy.shol.opchor.dypchy.dchg
<f13r.2,+P0>dchol.chol.dol.shkchy.ydal.shy.ykchy.qoty.daiin.s.y
--
<f49r.14,+P0>.shoqoky.shor.sheor.otol.daiin
<f49r.15,+P0>ochol.chol.chody.dchodaiin.diin
–
<f4r.2,+P0>dchor.shol.shol.cthol.shtchy.chaiin.@163;s.choraiin.chom
<f4r.3,+P0>otchol.chol.chy.chaiin.qotaiin.daiin.shain
–
<f15v.4,+P0>doiin.choky.shol.qoky.qotchod
<f15v.5,+P0>otchor.chor.chor.ytchor.cthy.s
--
<f56v.14,+P0>cholcheo.kchol.chol.choky.chotor
<f56v.15,+P0>otchol.chol.chol.daiin.chotaiin
--
<f113r.26,+P0>tol.cheshy.lkchedy.lchod.chal.charlkeeody.oteeo.loaiin.okeedy<$>
<f113r.27,+P0>tchol.chol.lsheol.shor.kcheey.yraiin.sheol.tcheody.tchey.sheoky.lpchedy.qokam
–
<f16r.4,+Pc>dainod.ychealod<$>
<f16r.5,*P0>tchor.chor.chs.ykch.shocthy.opchy.tyky
--
<f107r.11,+P0>cheeo.cheeol.qokaiin.ytain.y.keeoll.oraiin.okaiin.okar.okaiin.otaram
<f107r.12,+P0>ychol.chol.loraiir.aiinal<$>
--
<f6v.7,+P0>ychos.ychol.daiin.cthol.dol
<f6v.8,+P0>ychor.chor.okchey.qokom
--
<f17v.4,+P0>kchor.fchol.cphol.olcheol.okeeey
<f17v.5,+P0>ychol.chol.dolcheey.tchol.dar.ckhy
--
<f22v.6,+P0>fshor.shytchor.otaiin
<f22v.7,+P0>ychor.chor.qokchol.chory
--
<f24v.8,+P0>kochky.chcthy.shol.sain
<f24v.9,+P0>ychol.chol.or.chor.om
--
<f19r.11,+P0>qotchy.qolody.choldy.cthyd
<f19r.12,+P0>ykchor.chor.daiin.daiinol
--
<f15v.7,+P0>y.choiin.sho..chy.s.chy.tor.ols
<f15v.8,+P0>ytchor.chor.ol.oiin.oty.shol.daiin
It seems to me that the observed data do not rise too many new questions and confirm other observations. Quasi-repetitions are partly explained by LAAFU effects, fitting with Emma's analysis of the phenomenon.
Anyway, this only account for about 10% of the prefix/suffix quasi repetitions. An analysis of line-middle quasi-repetitions could tell us if other deviations from exact repetition conform to Emma's Transformation Theory (i.e. adaptation to the preceding word-end).