(28-03-2026, 11:04 PM)oeesordy Wrote: You are not allowed to view links. Register or Login to view.Also Bavarian should have some kind of der/die/das word like standard German, am I right?
You really should have familiarized yourself with what you're criticizing; otherwise, none of this here makes any sense. Check my code before you write! For example: “und” (and oder) are there, as are “der, die, das,” prepositions, etc. das "y" is there.
And the code is anything but complicated...
The Bavarian Absorptionschiffre
ABSORPTION PREFIXES AND FUNCTION WORDS
Articles (der/die/das/ein etc.) -> o-
Preposition + article (in dem, etc.) -> qo-
Verb prefixes (ge-/ver-/be-/er-) -> y-
und (and) -> s
---
BANK GALLOWS (complex initial clusters, one glyph each)
tsch ->
tsh
pf ->
cfh
ng/ck ->
ckh
tr/dr ->
cth
---
SIMPLE GALLOWS (consonant classes)
EVA
k -> MHD w (general; Bavarian w-prothesis before vowels is a subcase of this)
EVA
t -> MHD t / d (dental plosives)
EVA
p -> MHD f / v / u (labials, labio-dentals)
EVA
f -> open (not yet confirmed independently)
---
SINGLE-CHARACTER CONSONANTS
ch -> n / m (both nasals map to ch)
sh -> ch / sh / sch (sibilant + palatal)
d -> s / z / tz / ss (Bavarian z/s conflation)
r -> r (testing)
l -> l (testing)
---
VOWELS
a -> a / o / e (Bavarian phonetic reduction, polyphonic)
o -> o / u (EVA o covers both)
e -> i / ie (EVA e = MHD i)
y -> not fully resolved: either a word-final -e that is pulled forward into the preceding syllable, or an ending such as
-en / -er absorbed into the word
ee -> ei / ai / au / eu (Bavarian diphthong reduction)
ii -> currently decoded as part of aiin (= ein); possibly ei,
possibly other vowel doublings -- not yet confirmed independently
---------------------------------------------------------------------------------------------------------------------------------
Frequences tested with a cleaned EVA (not a Proof, but an important hint)
s = "
und" (and) appears absorbed in three positions:
standalone (302x, 0.86%)
word-final (847x, e.g. chos = cho + und)
word-initial (908x, e.g. saiin = und + ein)
Total s in all positions:
5.87% of tokens.
MHD und/vnd (and) frequency:
~5.9%. confirmed.
Important: 72% of s-initial VMS words also exist without the s!
The y->q transition pattern crosses word boundaries at high frequency. Statistical validation against four MHD reference texts (Ortloff von Baierland, Breslauer Arzneibuch, Admonter Bartholomaeus, Kochrezept- sammlung Cod. germ. 1 =
173,485 words!):
Element VMS MHD range Result
o- words (article) 21.0% 20-25%
confirmed
qo- words (prep) 14.7% 12-16%
confirmed
ART/PK ratio 1.43 1.37-1.54
confirmed (Breslauer 1.36)
y- words (prefix) 4.3% 4.0-5.6%
confirmed
aiin standalone 1.66% Ortloff 1.74%
confirmed (factor 1.05x)
EVA ch (= n/m) VMS: 9.48% MHD: ~10.4%
confirmed
EVA sh (= ch/sch/sh) VMS: 0.116/Wort MHD sch+ch komb.: 0.077-0.098
nearly
The cipher isn't finished yet, nor is it complete; there's still quite a bit missing. But it's already at a stage where some translations are possible. This isn't a sprint; it's a marathon.
And at least as far as frequency analysis is concerned, it's coherent.
And: I am not aware of any other approach based on a real language that has produced a coherent frequency analysis of this kind.