Archive:Frame: Difference between revisions

83 bytes removed ,  12:11, 19 February 2022
new grammatical class template
(c ⇒ x where applicable)
(new grammatical class template)
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For example: {{t|leo}} ("tries to") and {{t|juoq}} ("should") both take one ''concrete'' argument followed by one ''property'' argument. This is expressed by the type signature <code>(c 1)</code>. These verbs have the same type signature, so they belong to the same semantic frame.
For example: {{t|leo}} ("tries to") and {{t|juoq}} ("should") both take one ''concrete'' argument followed by one ''property'' argument. This is expressed by the type signature <code>(c 1)</code>. These verbs have the same type signature, so they belong to the same semantic frame.


Furthermore, each semantic frame in Toaq has an arbitrary '''representative''' chosen for it, used as a handy way to refer to the frame. For example, the semantic frame of all verbs with type signature <code>(c 1)</code> is called the '''<abbr title="c 1">LEO</abbr> (semantic) frame'''. <abbr>LEO</abbr> consists of all the verbs whose argument places are just like {{t|leo|{{x}} tries to satisfy property {{x}}}}'s.
Furthermore, each semantic frame in Toaq has an arbitrary '''representative''' chosen for it, used as a handy way to refer to the frame. For example, the semantic frame of all verbs with type signature <code>(c 1)</code> is called the '''{{class|LEO|c 1}} (semantic) frame'''. {{class|LEO}} consists of all the verbs whose argument places are just like {{t|leo|{{x}} tries to satisfy property {{x}}}}'s.


We say that “{{t|juoq}} is in the <abbr>LEO</abbr> frame” or “{{t|juoq}} is in <abbr>LEO</abbr>”. We also often just say that “{{t|juoq}} is <code>(c 1)</code>”.
We say that “{{t|juoq}} is in the {{class|LEO}} frame” or “{{t|juoq}} is in {{class|LEO}}”. We also often just say that “{{t|juoq}} is <code>(c 1)</code>”.


== Serial frames ==
== Serial frames ==
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*; Subordinating
*; Subordinating
*: <code>(x 0)</code> <abbr>{{t|tua}}</abbr>
*: <code>(x 0)</code> {{class|tua}}  
*: <code>(x 1)</code> <abbr>{{t|leo}}</abbr>
*: <code>(x 1)</code> {{class|leo}}  
*: <code>(x 2)</code> <abbr>{{t|taq}}</abbr>
*: <code>(x 2)</code> {{class|taq}}  
*: <code>(x x 0)</code> <abbr>{{t|mıujeq}}</abbr>
*: <code>(x x 0)</code> {{class|mıujeq}}  
*: <code>(x x 1)</code> <abbr>{{t|huaq}}</abbr>
*: <code>(x x 1)</code> {{class|huaq}}  
*; Adjectival
*; Adjectival
*: <code>(a)</code> <abbr>{{t|nuı}}</abbr>
*: <code>(a)</code> {{class|nuı}}
*; Exhibitor
*; Exhibitor
*: <code>(x e)</code> <abbr>{{t|hea}}</abbr>
*: <code>(x e)</code> {{class|hea}}


== How do they relate? ==
== How do they relate? ==