% % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % File: ilex.dtr % % Purpose: integrated lexical generalisations % % Author: Dafydd Gibbon, 13 February 1990 % % Email: gibbon@spectrum.uni-bielefeld.de % % Address: Univ. Bielefeld, P 100131, D-33501, Bielefeld, Germany % % Documentation: see paper cited below % % Version: 2.01 % % % % Copyright (c) Dafydd Gibbon, 1990. All rights reserved. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Dafydd Gibbon (1991) "ILEX: a linguistic approach to computational lexica" % in Ursula Klenk, ed., Computatio Linguae: Aufsaetze Zur algorithmischen % und quantitativen Analyse der Sprache, Zetschrift fuer Dialektologie und % Linguistik, Beiheft 7, 32-53. % In this version of the file "ae", "oe" and "ue" represent umlauted "a", % "o", and "u", respectively. % Integrated lexical generalisations in DATR % The lexicon model ILEX is based on generalisations about the % relationships between lexemes and templates; it is related to % the three classical models of lexical structure (IA, IP, WP): % Item and arrangement: Items are assigned to templates. % Word and paradigm: Paradigm-like generalisations about words % are formulated. % Item and process: Inter-domain ("level") dependencies are % formulated, corresponding to the inter- % domain processes of generative phonology. % Generalisations are arranged in two dimensions, one ordered in % terms of specificy and generality between lexemes and % templates, and the other (implicitly) ordered in terms of % constituency relations between templates. % Dimension 1: % INVENTORIES----Generalisation Scale-------->TEMPLATES % ------------> % <--""-- % Dimension 2: % Constituency-based domains of generalisation: % (1) Morphotactics (inflexion, compounding, derivation, root). % (2) Morphophonemics & morphographemics: adaptation to % morphotactic contexts. % (3) Phonological well-formedness conditions, systematic % phonetics. % (4) Phonetics. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Inventory of lexical items % Simplex lexical entries Alter: == A == L == long == T == R == neut <> == Noun_1a. Auge: == A == U == long == G == neut <> == Noun_4a. Auto: == A == U == long == T == O <> == Noun_5. Bild: == B == I == L == long == D <> == Noun_3. Brief: == B == R == I == E == long == F <> == Noun_2. Chor: == C == H == O == long == R <> == Noun_2. Dose: == D == O == == S <> == Noun_4a. Floss: == F == L == O == long == S <> == Noun_2. Fluss: == F == L == U == S <> == Noun_2. Frau: == F == R == A == U == long <> == Noun_4. Hund: == H == U == N == long == D <> == Noun_2a. Kalb: == K == A == L == long == B <> == Noun_3. Liebe: == L == I == E == long == B <> == Noun_4a. Mann: == M == A == N == masc <> == Noun_3. Mutter: == M == U == T == R == femn <> == Noun_1. Oeffner: == Oe == F == N R <> == Noun_1. Person: == P == E == R == S O N: <> == Noun_4. Sau: == S == A == U == long == femn <> == Noun_2. Stadt: == S == T == A == d t == femn <> == Noun_2. Tochter: == T == O == C H == long <> == Mutter. Weib: == W == E == I == long == B == neut <> == Noun_3. Wolf: == W == O == L == long == F <> == Noun_2. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Complex lexical entries Mannweib: == "Mann:<>" == "Weib:<>" <> == Noun_Compound. Mannalter: == "Mann:<>" == "Alter:<>" == genitive es <> == Noun_Compound. Mannbild: == "Mann:<>" == "Bild:<>" == genitive <> == Noun_Compound. Mannchor: == "Mann:<>" == "Chor:<>" == plural <> == Noun_Compound. Frauchor: == "Frau:<>" <> == Maennerchor. Frauperson: == "Frau:<>" == "Person:<>" <> == Noun_Compound_a. Weibbild: == "Weib:<>" <> == Mannsbild. Liebebrief: == "Liebe:<>" == "Brief:<>" == genitive masc <> == Noun_Compound. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Noun subclasses Noun_1a: <> == Noun_1 % Kater == . Noun_1: <> == Noun == == masc. % Vater Noun_2a: <> == Noun_2 == . % Hund Noun_2: <> == Noun == e == masc. % Wolf Noun_3: <> == Noun == er == neut. % Lamm Noun_4a: <> == Noun_4 == E == N. Noun_4: <> == Noun == en % Katzen == == femn. Noun_5: <> == Noun == genitive masc == . Noun_Compound_a: <> == Noun_Compound == plural genitive masc. Noun_Compound: <> == Noun == compound == . Noun: <> == Morph_templates == concrete == noun == simplex == acc == sing == neut == == == == == short == umlaut. % Lexeme templates Morph_templates: <> == == Orth_templates == Phon_templates. Orth_templates: <> == 'dings' == "> == "" "" "" "" "" "" "" == "" Suffix: == "" !>" "". Phon_templates: <> == 'in SAMPA notation:/diNs/'. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Morphotactic operation inventory % Conditions for morphotactic operations Suffix: == Infl:"> == "> == == Infl <> == . Infl: <> == == E == E R == E N == S == E S. % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % Morphographemic inventory A: == 'A' == "> == Ae: == a. Ae: == 'Ae' == 'ae'. B: == 'B' == "> == == b. C: == 'C' == "" == c. D: == 'D' == "> == <> == d. E: == 'E' == == == e. F: == 'F' == "> == == f. G: == 'G' == "> == == g. H: == 'H' == h. I: == 'I' == == i. J: == 'J' == j. K: == 'K' == "> == == k. L: == 'L' == "> == == e l == l. M: == 'M' == "> == == e m == m. N: == 'N' == "> == == e n == n. O: == 'O' == "> == Oe: == o. Oe: == 'Oe' == 'oe'. P: == 'P' == "> == == p. Q: == 'Q' == q. R: == 'R' == "> == == e r == r. S: == 'S' == "> == == == s s == s. T: == 'T' == "> == == t. U: == 'U' == "> == Ue: == u. Ue: == 'Ue' == 'ue'. V: == 'V' == v. W: == 'W' == "> == == w. X: == 'X' == x. Y: == 'Y' == y. Z: == 'Z' == "> == == z. % The next line is the Revision Control System Id: do not delete it. % $Id: archive.dtr,v 1.1 1997/04/09 20:40:33 root Exp $