vehicle-51.4.1
vehicle-51.4.1-1
vehicle-51.4.1-1
Agent
[
+animate
]
Theme
[
+animate
|
+vehicle_part
]
Initial_Location
Trajectory
[
+concrete
]
Destination
Result
EXAMPLE:
Claire rickshawed.
SYNTAX:
Theme VERBSEMANTICS:
operate_vehicle( ë , Theme , V_Vehicle )motion( ë , Theme , ?Trajectory )
FORCE DYNAMICS:
None
EXAMPLE:
Claire rickshawed along the creek path.
SYNTAX:
Theme VERB { PREP } TrajectorySEMANTICS:
has_location( e1 , Theme , ?Initial_Location )operate_vehicle( ë2 , Theme , V_Vehicle )
motion( ë2 , Theme , Trajectory )
¬ has_location( ë2 , Theme , ?Initial_Location )
has_location( e3 , Theme , ?Destination )
FORCE DYNAMICS:
None
EXAMPLE:
James rickshawed Penny around the block.
SYNTAX:
Agent VERB Theme { PREP } TrajectorySEMANTICS:
has_location( e1 , Theme , ?Initial_Location )has_location( e2 , Agent , ?Initial_Location )
operate_vehicle( ë3 , Theme , V_Vehicle )
motion( ë4 , Theme , Trajectory )
¬ has_location( ë4 , Theme , ?Initial_Location )
motion( ë5 , Agent , Trajectory )
¬ has_location( ë5 , Agent , ?Initial_Location )
has_location( e6 , Theme , ?Destination )
has_location( e7 , Agent , ?Destination )
cause( ë3 , ë4 )
co-temporal( ë4 , ë5 )
FORCE DYNAMICS:
None
EXAMPLE:
James rickshawed Penny.
SYNTAX:
Agent VERB ThemeSEMANTICS:
has_location( e1 , Theme , ?Initial_Location )has_location( e2 , Agent , ?Initial_Location )
operate_vehicle( ë3 , Theme , V_Vehicle )
motion( ë4 , Theme , ?Trajectory )
¬ has_location( ë4 , Theme , ?Initial_Location )
motion( ë5 , Agent , ?Trajectory )
¬ has_location( ë5 , Agent , ?Initial_Location )
has_location( e6 , Theme , ?Destination )
has_location( e7 , Agent , ?Destination )
cause( ë3 , ë4 )
co-temporal( ë4 , ë5 )
FORCE DYNAMICS:
None
EXAMPLE:
James rickshawed his legs off.
SYNTAX:
Agent VERB Theme ResultSEMANTICS:
has_location( e1 , Theme , ?Initial_Location )has_location( e2 , Agent , ?Initial_Location )
operate_vehicle( ë3 , Theme , V_Vehicle )
motion( ë4 , Theme , ?Trajectory )
¬ has_location( ë4 , Theme , ?Initial_Location )
motion( ë5 , Agent , ?Trajectory )
¬ has_location( ë5 , Agent , ?Initial_Location )
has_location( e6 , Theme , ?Destination )
has_state( e6 , Theme , Result )
has_location( e7 , Agent , ?Destination )
cause( ë3 , ë4 )
co-temporal( ë4 , ë5 )
FORCE DYNAMICS:
None
EXAMPLE:
James rickshawed his legs to exhaustion.
SYNTAX:
Agent VERB Theme { to into } ResultSEMANTICS:
has_location( e1 , Theme , ?Initial_Location )has_location( e2 , Agent , ?Initial_Location )
operate_vehicle( ë3 , Theme , V_Vehicle )
motion( ë4 , Theme , ?Trajectory )
¬ has_location( ë4 , Theme , ?Initial_Location )
motion( ë5 , Agent , ?Trajectory )
¬ has_location( ë5 , Agent , ?Initial_Location )
has_location( e6 , Theme , ?Destination )
has_state( e6 , Theme , Result )
has_location( e7 , Agent , ?Destination )
cause( ë3 , ë4 )
co-temporal( ë4 , ë5 )
FORCE DYNAMICS:
None
EXAMPLE:
Claire rickshawed the streets.
SYNTAX:
Theme VERB LocationSEMANTICS:
operate_vehicle( ë , Theme , V_Vehicle )motion( ë , Theme , Trajectory )
has_location( ë , Theme , Location )
FORCE DYNAMICS:
None