Full Class View
roll-51.3.1
Member Verb Lemmas:-topfile
ROLES:
Agent [ +int_control ]
Theme [ +concrete ]
Initial_Location
Trajectory [ +concrete ]
Destination
Result


EXAMPLE:
The ball rolled.


SYNTAX:
Theme VERB

SEMANTICS:
motion( ë , Theme , ?Trajectory )

FORCE DYNAMICS:
Autonomous Motion FD representation
EXAMPLE:
The ball rolled down the hill.


SYNTAX:
Theme VERB { PREP } Trajectory

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
motion( ë2 , Theme , Trajectory )
¬ has_location( ë2 , Theme , ?Initial_Location )
has_location( e3 , Theme , ?Destination )

FORCE DYNAMICS:
Autonomous Motion FD representation
EXAMPLE:
The ball rolled off the table, down the hall, and into the kitchen.


SYNTAX:
Theme VERB { PREP } Source { PREP } Trajectory { PREP } Destination

SEMANTICS:
has_location( e1 , Theme , Initial_Location )
motion( ë2 , Theme , Trajectory )
¬ has_location( ë2 , Theme , Initial_Location )
has_location( e3 , Theme , Destination )

FORCE DYNAMICS:

None

EXAMPLE:
Bill rolled the ball.


SYNTAX:
Agent VERB Theme

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
do( e2 , Agent )
motion( ë3 , Theme , ?Trajectory )
¬ has_location( ë3 , Theme , ?Initial_Location )
has_location( e4 , Theme , ?Destination )
cause( e2 , ë3 )

FORCE DYNAMICS:
Volitional Motion FD representation
EXAMPLE:
Bill rolled the ball down the hill.


SYNTAX:
Agent VERB Theme { PREP } Trajectory

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
do( e2 , Agent )
motion( ë3 , Theme , ?Trajectory )
¬ has_location( ë3 , Theme , ?Initial_Location )
has_location( e4 , Theme , ?Destination )
cause( e2 , ë3 )

FORCE DYNAMICS:
Volitional Motion FD representation
EXAMPLE:
Bill rolled the ball off the ramp, through the tunnel, and into the hole.


SYNTAX:
Agent VERB Theme { PREP } Source { PREP } Trajectory { PREP } Destination

SEMANTICS:
has_location( e1 , Theme , Initial_Location )
do( e2 , Agent )
motion( ë3 , Theme , Trajectory )
¬ has_location( ë3 , Theme , Initial_Location )
has_location( e4 , Theme , Destination )
cause( e2 , ë3 )

FORCE DYNAMICS:

None

EXAMPLE:
The drawer rolled open.


SYNTAX:
Theme VERB Result

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
motion( ë2 , Theme , ?Trajectory )
¬ has_location( ë2 , Theme , ?Initial_Location )
has_location( e3 , Theme , ?Destination )
has_state( e3 , Theme , Result )

FORCE DYNAMICS:
Autonomous COS FD representation
EXAMPLE:
The drawer rolled to an open position.


SYNTAX:
Theme VERB { to into } Result

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
motion( ë2 , Theme , ?Trajectory )
¬ has_location( ë2 , Theme , ?Initial_Location )
has_location( e3 , Theme , ?Destination )
has_state( e3 , Theme , Result )

FORCE DYNAMICS:
Autonomous COS FD representation
EXAMPLE:
Bill rolled the drawer open.


SYNTAX:
Agent VERB Theme Result

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
do( e2 , Agent )
motion( ë3 , Theme , ?Trajectory )
¬ has_location( ë3 , Theme , ?Initial_Location )
has_location( e4 , Theme , ?Destination )
has_state( e4 , Theme , Result )
cause( e2 , ë3 )

FORCE DYNAMICS:
Volitional COS FD representation
EXAMPLE:
Bill rolled the drawer to an open position.


SYNTAX:
Agent VERB Theme { to into } Result

SEMANTICS:
has_location( e1 , Theme , ?Initial_Location )
do( e2 , Agent )
motion( ë3 , Theme , ?Trajectory )
¬ has_location( ë3 , Theme , ?Initial_Location )
has_location( e4 , Theme , ?Destination )
has_state( e4 , Theme , Result )
cause( e2 , ë3 )

FORCE DYNAMICS:
Volitional COS FD representation