Parent Classes:
Member Verb Lemmas:
ROLES:
Agent
[
+animate
|
+machine
]
together( e2 , Patient , Co-Patient )
together( e2 , Patient_I , Patient_J )
Member Verb Lemmas:
ROLES:
Patient
[
+concrete
]
do( e2 , Agent )
mingled( e3 , Patient , Co-Patient )
cause( e2 , e3 )
Member Verb Lemmas:
ROLES:
¬ has_material_integrity_state( e1 , Patient_I , V_State )
¬ has_material_integrity_state( e1 , Patient_J , V_State )
mingled( e2 , Patient_I , Patient_J )
has_material_integrity_state( e2 , Patient_I , V_State )
has_material_integrity_state( e2 , Patient_J , V_State )
Member Verb Lemmas:
ROLES:
do( e2 , Agent )
together( e3 , Patient_I , Patient_J )
cause( e2 , e3 )
Member Verb Lemmas:
ROLES:
do( e2 , Agent )
together( e3 , Patient , Co-Patient )
cause( e2 , e3 )
This is not the parent class. For full class view click below
do( e2 , Agent )
together( e3 , Patient , Co-Patient )
cause( e2 , e3 )
do( e2 , Agent )
together( e3 , Patient_I , Patient_J )
cause( e2 , e3 )
together( e2 , Patient , Co-Patient )
Subclasses:
Agent
[
+animate
|
+machine
]
Patient
Co-Patient
EXAMPLE:
The folk songs alternated well with pop songs.
SYNTAX:
Patient VERB ADV { with } Co-PatientSEMANTICS:
¬ together( e1 , Patient , Co-Patient )together( e2 , Patient , Co-Patient )
FORCE DYNAMICS:
None
EXAMPLE:
The pieces interconnected easily.
SYNTAX:
Patient VERB ADVSEMANTICS:
¬ together( e1 , Patient_I , Patient_J )together( e2 , Patient_I , Patient_J )
FORCE DYNAMICS:
Autonomous Internal FD representation
Patient
[
+concrete
]
Co-Patient
[
+concrete
]
EXAMPLE:
We incorporated cranberries into our salad.
SYNTAX:
Agent VERB Patient { into to with } Co-PatientSEMANTICS:
¬ mingled( e1 , Patient , Co-Patient )do( e2 , Agent )
mingled( e3 , Patient , Co-Patient )
cause( e2 , e3 )
FORCE DYNAMICS:
None
EXAMPLE:
The yolks and the whites intermingled.
SYNTAX:
Patient VERBSEMANTICS:
¬ mingled( e1 , Patient_I , Patient_J )¬ has_material_integrity_state( e1 , Patient_I , V_State )
¬ has_material_integrity_state( e1 , Patient_J , V_State )
mingled( e2 , Patient_I , Patient_J )
has_material_integrity_state( e2 , Patient_I , V_State )
has_material_integrity_state( e2 , Patient_J , V_State )
FORCE DYNAMICS:
Autonomous Internal FD representationEXAMPLE:
John opposed the two ideas.
SYNTAX:
Agent VERB PatientSEMANTICS:
¬ together( e1 , Patient_I , Patient_J )do( e2 , Agent )
together( e3 , Patient_I , Patient_J )
cause( e2 , e3 )
FORCE DYNAMICS:
Autonomous Experience FD representationEXAMPLE:
John introduced Mary to me.
SYNTAX:
Agent VERB Patient { to } Co-PatientSEMANTICS:
¬ together( e1 , Patient , Co-Patient )do( e2 , Agent )
together( e3 , Patient , Co-Patient )
cause( e2 , e3 )
FORCE DYNAMICS:
None
amalgamate-22.2
amalgamate-22.2-1
amalgamate-22.2-1-1
amalgamate-22.2-2
amalgamate-22.2-2-1
amalgamate-22.2-3
amalgamate-22.2-3-1
amalgamate-22.2-3-1-1
amalgamate-22.2-3-2
amalgamate-22.2-1
amalgamate-22.2-1-1
amalgamate-22.2-2
amalgamate-22.2-2-1
amalgamate-22.2-3
amalgamate-22.2-3-1
amalgamate-22.2-3-1-1
amalgamate-22.2-3-2
EXAMPLE:
The merger associated company A with company B.
SYNTAX:
Agent VERB Patient { with } Co-PatientSEMANTICS:
¬ together( e1 , Patient , Co-Patient )do( e2 , Agent )
together( e3 , Patient , Co-Patient )
cause( e2 , e3 )
FORCE DYNAMICS:
None
EXAMPLE:
The merger associated the two companies.
SYNTAX:
Agent VERB PatientSEMANTICS:
¬ together( e1 , Patient_I , Patient_J )do( e2 , Agent )
together( e3 , Patient_I , Patient_J )
cause( e2 , e3 )
FORCE DYNAMICS:
None
EXAMPLE:
Company A associated with Company B.
SYNTAX:
Patient VERB { with } Co-PatientSEMANTICS:
¬ together( e1 , Patient , Co-Patient )together( e2 , Patient , Co-Patient )
FORCE DYNAMICS:
None
