CLASScls.spa.conjuncion
conjunción
An invariable closed-class word that joins two units, either two of equal rank or a subordinate clause to a main one.
The conjunction is invariable, closed and small, and in its coordinating use it governs no morphology on the words around it. In its subordinating use it does govern, since a subordinator may require a particular mood in the clause it introduces, and that requirement is a property of the individual subordinator rather than of the class as a whole. One member alternates in shape before a word beginning with the same vowel it contains, and a second member does the same before the same consonant, which is the only morphology the class shows. The class divides cleanly into a coordinating and a subordinating subset, and almost every behaviour worth stating about a conjunction belongs to one of the two subsets rather than to the class.
- status
status documentedasserted, and the sources agree- provenance
provenance authoredwritten for Logos, from first principles- derivation status
derivation_status unstatednobody has said whether it follows from anything- salience
salience - No salience. Where no frequency source applies the object carries none, rather than a default or a guess (03-schema.md §3.5).
- aliases
aliases - metalanguageconjunction
- metalanguagecls.es.conjuncion
- sources
sources - An empty list, which is an assertion: this rests on nothing external, and somebody checked. It is not the same as nobody having looked.
Openness and membership
class.opennessWhether the class can be listed at all, and whether its members are written down or worked out.
- openness
openness closedthe membership is fixed, so an exhaustive list is possible- membership
membership storedthe members are enumerated one by one
DataTableLAN-59 (component) / LAN-198 (route)not built yet
DataTable itself is built and exported, but its home for a closed class is not this object page — it is the roster route /words/cls.spa.conjuncion, and that route does not exist yet (LAN-198, "Build /words/<class-slug>"). This mount names a component with nowhere on the app to receive it, not a component missing props: this section has everything DataTable needs (the class id, its exhaustive-count verification), and there is still no page to hand it to.
Confusable with
class.confusableObjects a reader is likely to mix up with this one, and the difference that separates them. The edge is symmetric and stored once, so this renders on both objects' pages from the one statement.
- CLASSpreposición
cls.spa.preposiciondocumentedwhat tells them apartA preposition governs a nominal complement and forces the stressed pronoun shape on it; a conjunction joins two units of the same rank, or attaches a clause, and imposes no shape on either side. Several fixed subordinators are built from a preposition plus a subordinating particle, which is where the two classes are hardest to separate.
Everything joined to this object
One group per typed edge, in both directions. A1b guarantees no object node is an orphan, so this is the whole navigation: an object with no edges would have failed the build rather than reached this page.
What this object is a kind of
Walking this object's own `is-a` edges: what it is a kind of. Several branches from one object are several classification axes, not competing supertypes.
- objects
- 1
- places drawn
- 1
- multi-parent
- None in this view. This subgraph happens to be a tree, which the explorer draws as one without assuming it is one.
An invariable closed-class word that joins two units, either two of equal rank or a subordinate clause to a main one.
Siblings are listed by name, then by id to break ties. That is a display choice made here and not an order the graph asserts.
Fan-out per dimension
A4One row per dimension, largest first. That is a display order, not a verdict: 03-schema.md declares no threshold above which fan-out is too much, so this reports the count and grades nothing.
- case13 values
- mood8 values
- voice8 values
- aspect7 values
- aktionsart6 values
- number6 values
- person6 values
- tense6 values
- comparison4 values
- evidentiality4 values
- gender4 values
- politeness4 values
- valency4 values
- animacy3 values
- definiteness3 values
- deixis3 values
- finiteness2 values
- information structure2 values
- interrogativity2 values
- polarity2 values
- switch-reference2 values
What kinds of this object there are
Walking the `is-a` edges that point at this object: what kinds of it there are. An object reachable two ways is drawn in both places and is still one object.
- objects
- 1
- places drawn
- 1
- multi-parent
- None in this view. This subgraph happens to be a tree, which the explorer draws as one without assuming it is one.
An invariable closed-class word that joins two units, either two of equal rank or a subordinate clause to a main one.
Siblings are listed by name, then by id to break ties. That is a display choice made here and not an order the graph asserts.
has-a
edges.has-athe parent carries this
these carry this object
- LEXEMEa fin de que
lex.spa.a-fin-de-quedocumentedmodeinherent
- LEXEMEa menos que
lex.spa.a-menos-quedocumentedmodeinherent
modeinherent
- LEXEMEantes de que
lex.spa.antes-de-quedocumentedmodeinherent
- LEXEMEapenas
lex.spa.apenasdocumentedmodeinherent
- LEXEMEasí que
lex.spa.asi-quedocumentedmodeinherent
- LEXEMEaunque
lex.spa.aunquedocumentedmodeinherent
modeinherent
- LEXEMEcuando
lex.spa.cuandono page in v1documentedmodeinherent
- LEXEMEdado que
lex.spa.dado-quedocumentedmodeinherent
- LEXEMEde manera que
lex.spa.de-manera-quedocumentedmodeinherent
- LEXEMEde modo que
lex.spa.de-modo-quedocumentedmodeinherent
modeinherent
modeinherent
- LEXEMEen cuanto
lex.spa.en-cuantodocumentedmodeinherent
- LEXEMEe
lex.spa.edocumentedmodeinherent
- LEXEMEhasta que
lex.spa.hasta-quedocumentedmodeinherent
- LEXEMEmas
lex.spa.mas-conjunciondocumentedmodeinherent
- LEXEMEmientras
lex.spa.mientrasno page in v1documentedmodeinherent
- LEXEMEni
lex.spa.nidocumentedmodeinherent
- LEXEMEno sea que
lex.spa.no-sea-quedocumentedmodeinherent
- LEXEMEo
lex.spa.odocumentedmodeinherent
- LEXEMEpara que
lex.spa.para-quedocumentedmodeinherent
- LEXEMEpero
lex.spa.perodocumentedmodeinherent
- LEXEMEpor más que
lex.spa.por-mas-quedocumentedmodeinherent
- LEXEMEporque
lex.spa.porquedocumentedmodeinherent
- LEXEMEpuesto que
lex.spa.puesto-quedocumentedmodeinherent
- LEXEMEpues
lex.spa.puesdocumentedmodeinherent
- LEXEMEque
lex.spa.queno page in v1documentedmodeinherent
- LEXEMEsea…sea
lex.spa.sea-seadocumentedmodeinherent
- LEXEMEsiempre que
lex.spa.siempre-quedocumentedmodeinherent
- LEXEMEsino
lex.spa.sinodocumentedmodeinherent
- LEXEMEsi
lex.spa.sidocumentedmodeinherent
- LEXEMEtal como
lex.spa.tal-comodocumentedmodeinherent
- LEXEMEuna vez que
lex.spa.una-vez-quedocumentedmodeinherent
- LEXEMEu
lex.spa.udocumentedmodeinherent
- LEXEMEya que
lex.spa.ya-quedocumentedmodeinherent
- LEXEMEya…ya
lex.spa.ya-yadocumentedmodeinherent
- LEXEMEy
lex.spa.ydocumentedmodeinherent
selects
edges.selectsthe parent requires this elsewhere
these require this object elsewhere
conditionThe connector is the comparative one and not the quantity preposition, and substituting the preposition gives a numerical comparison rather than a restriction.
applies-to
edges.applies-tothe operation's input
these operations apply to this object
This edge type carries no payload. The assertion is the edge itself.
derives
edges.derivesthe why-chain