corner
corner.01 - have a monopoly on, having a monopoly (watch out for non-events!)
CORNER-V NOTES: That was a surprisingly clunky example. (from corner.01-v)CORNER-N NOTES: Added by Julia based on WN eventive noun lexicon, corner.01. No VNcls. (from corner.01-n)
ANNOTATION NOTE: If it's a spatial feature, it's NOT an event! Call it .YY! (from corner.01-n)
Aliases:
corner (n.)
corner (v.)
corner (v.)
Roles:
ARG0-PAG: monopolist
ARG1-PPT: thing monopolized
ARG1-PPT: thing monopolized
corner-v: corner the market
Since thenARGM-TMP
, IntelARG0
has corneredrel
a large part of the marketARG1
with successive generations of 16 - bit and 32 - bit chips , all of which can run software written for previous modelsARGM-MNR
.corner-v: ARG0 and ARG1
President Hosni Mubarak 's ruling party now controls at least 127 of the 444 parliamentary seats , the Muslim Brotherhood has won six , legal opposition parties control four and
other independent candidatesARG0
have corneredrel
29ARG1
, but these numbers are subject to change as some independent winners pledged their loyalty to President Mubarak 's party .corner.02 - internal: function as the corner part of a larger whole
CORNER NOTES: Added for SpatialAMR.Aliases:
corner (n.)
corner (j.)
corner (j.)
Roles:
ARG1-PRT: entity that forms a corner
ARG2-WHL: larger whole
ARG2-WHL: larger whole
corner-j
Please remove the
cornerrel
pieces of the purple ring .(r / remove-01 :mode imperative :polite + :ARG0 (y / you) :ARG1 (p / piece :pl + :ARG1-of (c / corner-02 :ARG2 (r2 / ring :color (p2 / purple)))))
corner-j
What corner are we starting at ?
(s / start-01 :ARG0 (w / we) :location (a / amr-unknown :ARG1-of (c / corner-02)))
corner.03 - external: exist in negative space formed by a vertex
CORNER NOTES: Added for SpatialAMR.Aliases:
corner (n.)
in_the_corner_of (p.)
in_the_corner (r.)
in_the_corner_of (p.)
in_the_corner (r.)
Roles:
ARG1-SE1: entity in the corner
ARG2-SE2: entity with a corner formation
ARG2-SE2: entity with a corner formation
corner-j
In
eachARGM-ADJ
cornerrel
of the 4 red branchesARG2
, we have 3 orange blocks .(h / have-03 :ARG0 (w / we) :ARG1 (b / block :pl + :color (o / orange)) :location (s / space :pl + :ARG1-of (c / corner-03 :ARG2 (b2 / branch :quant 4 :color (r / red)))) :frequency (r2 / rate-entity-91 :ARG1 (b3 / block :quant 3 :ARG1-of (i2 / include-91 :ARG2 b)) :ARG2 (c2 / corner-03 :ARG1-of (i3 / include-91 :ARG2 c) :mod (e / each))))
corner.04 - external: exist in the space outward diagonally from an entity's corner
CORNER NOTES: Added for SpatialAMR.Aliases:
corner (n.)
to_the_corner_of (p.)
to_the_corner (r.)
at_the_corner_of (p.)
at_the_corner (r.)
on_the_corner_of (p.)
on_the_corner (r.)
to_the_corner_of (p.)
to_the_corner (r.)
at_the_corner_of (p.)
at_the_corner (r.)
on_the_corner_of (p.)
on_the_corner (r.)
Roles:
ARG1-SE1: entity in a space diagonal from and adjacent to SE2
ARG2-SE2: entity whose corner arg1 is diagonal from
ARG2-SE2: entity whose corner arg1 is diagonal from
to_the_X_corner_of-p
Start the base block
torel
therel
upper left cornerrel
ofrel
the blue oneARG2
.(s / start-01 :mode imperative :ARG0 (y / you) :ARG1 (b / block :ARG1-of (b2 / base-03)) :location (s2 / space :ARG1-of (c / corner-04 :ARG2 (o / one :color (b3 / blue))) :ARG1-of (l / left-20 :ARG2 o) :ARG1-of (u / up-03 :ARG4 o)))