% % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % %
%                                                                           %
% File:            latin_v.dtr                                              %
% Purpose:         Latin verb inflection                                    %
% Author:          Gerald Gazdar, 28 May 1989                               %
% Email:           geraldg@cogs.sussex.ac.uk                                %
% Address:         COGS, Sussex University, Brighton BN1 9QH, UK            %
% Related files:   latin_n.dtr                                              %
% Version:         1.01                                                     %
%      Copyright (c) University of Sussex 1989.  All rights reserved.       %
%                                                                           %
% % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % %

Verb:
        <stem> == "<root>"
        <v2> == "<v1>"
        <sing one>   == o
        <sing two>   == s
        <sing three> == t
        <plur one>   == mus
        <plur two>   == tis
        <plur three> == nt
        <infinitive> == "<root>" "<v2>" re
        <present>    == "<stem>" "<v1>" <>
        <imperfect>  == "<stem>" "<v2>" ba <>
        <imperfect sing one> == "<stem>" "<v2>" bam
        <future>     == "<stem>" "<v2>" bi <>
        <future sing one> == "<stem>" "<v2>" b <sing one>
        <future plur three> == "<stem>" "<v2>" bu <plur three>.

V_I:
        <> == Verb
        <v1> == a
        <present sing one> == "<stem>" <sing one>.

V_II:
        <> == Verb
        <v1> == e.

V_III:
        <> == V_I
        <v1> == i
        <v2> == e
        <present plur three> == "<stem>" u <plur three>
        <future>     == "<stem>" "<v2>" <>
        <future sing one> == "<stem>" am.

V_IIIi:
        <> == V_III
        <v1> ==
        <stem> == "<root>" i.

V_IV:
        <> == V_IIIi
        <infinitive> == "<stem>" re.


Amare:
        <> == V_I
        <root> == am.

Monere:
        <> == V_II
        <root> == mon.

Regere:
        <> == V_III
        <root> == reg.

Capere:
        <> == V_IIIi
        <root> == cap.

Audire:
        <> == V_IV
        <root> == aud.

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% Some example theorems:
%
% Audire:
%       <root> = aud
%       <stem> = aud i
%       <infinitive> = aud i re
%       <present sing one> = aud i o
%       <present sing two> = aud i s
%       <present sing three> = aud i t
%       <present plur one> = aud i mus
%       <present plur two> = aud i tis
%       <present plur three> = aud i u nt
%       <imperfect sing one> = aud i e bam
%       <imperfect sing two> = aud i e ba s
%       <imperfect sing three> = aud i e ba t
%       <imperfect plur one> = aud i e ba mus
%       <imperfect plur two> = aud i e ba tis
%       <imperfect plur three> = aud i e ba nt
%       <future sing one> = aud i am
%       <future sing two> = aud i e s
%       <future sing three> = aud i e t
%       <future plur one> = aud i e mus
%       <future plur two> = aud i e tis
%       <future plur three> = aud i e nt.

% % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % % %

# hide  Verb V_I V_II V_III V_IIIi V_IV.

# show  <root>
        <stem>
        <infinitive>
        <present sing one>
        <present sing two>
        <present sing three>
        <present plur one>
        <present plur two>
        <present plur three>
        <imperfect sing one>
        <imperfect sing two>
        <imperfect sing three>
        <imperfect plur one>
        <imperfect plur two>
        <imperfect plur three>
        <future sing one>
        <future sing two>
        <future sing three>
        <future plur one>
        <future plur two>
        <future plur three>.

% 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 $