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Pack logicmoo_base -- prolog/logicmoo/motel/test_motel_fssKb.txt |
%term_expansion(G, (:-G))
:- compound(G)
,functor(G,F,A)
,call_u_lm(prologBuiltin(F))
.
term_expansion(G, (:- G))
:- predicate_property(G,static)
.
term_expansion(G, G)
:- compound(G)
,functor(G,F,_A)
,dynamic(G)
,nop(ain(prologDynamic(F)))
.
%- fss.save.kb % This is what you get if you save the knowledge base fss.
makeEnvironment(fssKB,"What means fss?")
.
defconcept(fssKB,[],bot,not(top))
.
defconcept(fssKB,[],taeglich,and([daily,lexicon]))
.
defconcept(fssKB,[],monat,and([monthly,lexicon]))
.
defconcept(fssKB,[],d,and([determiner,lexicon]))
.
defconcept(fssKB,[],ein,and([indefinite,lexicon]))
.
defconcept(fssKB,[],number35,and([cardinal,lexicon]))
.
defconcept(fssKB,[],fuenfunddreissig,and([cardinal,lexicon]))
.
defconcept(fssKB,[],der,and([definite,lexicon]))
.
defconcept(fssKB,[],die,and([definite,lexicon]))
.
defconcept(fssKB,[],dem,and([lexicon,definite]))
.
defconcept(fssKB,[],mein,and([lexicon,determiner]))
.
defconcept(fssKB,[],concept12,and([atleast(1,truth_mod),atmost(1,truth_mod)]))
.
defconcept(fssKB,[],abstract_thing,and([concept12,thing]))
.
defconcept(fssKB,[],concept20,and([atleast(1,det),atmost(1,det)]))
.
defconcept(fssKB,[],concept27,and([atleast(1,deictic_mod),atmost(1,deictic_mod)]))
.
defconcept(fssKB,[],concept34,and([atleast(1,named),atmost(1,named)]))
.
defconcept(fssKB,[],thing,and([concept34,concept27,concept20,property_filler]))
.
defconcept(fssKB,[],concept42,and([atleast(1,subject),atmost(1,subject)]))
.
defconcept(fssKB,[],concept49,and([atleast(1,purpose),atmost(1,purpose)]))
.
defconcept(fssKB,[],concept56,and([atleast(1,time),atmost(1,time)]))
.
defconcept(fssKB,[],concept63,and([atleast(1,illoc),atmost(1,illoc)]))
.
defconcept(fssKB,[],concept70,and([atleast(1,cause),atmost(1,cause)]))
.
defconcept(fssKB,[],concept77,and([atleast(1,result),atmost(1,result)]))
.
defconcept(fssKB,[],concept84,and([atleast(1,location),atmost(1,location)]))
.
defconcept(fssKB,[],concept90,atleast(1,subject))
.
defconcept(fssKB,[],predicate,and([concept90,concept84,concept77,concept70,concept63,concept56,concept49,concept42,fss]))
.
defconcept(fssKB,[],concept93,some(time,top))
.
defconcept(fssKB,[],concept96,and([atleast(1,volition),atmost(1,volition)]))
.
defconcept(fssKB,[],human,and([concept96,animate]))
.
defconcept(fssKB,[],concept104,and([atleast(1,origin_mod),atmost(1,origin_mod)]))
.
defconcept(fssKB,[],geographical_object,and([concept104,inanimate]))
.
defconcept(fssKB,[],concept111,some(subject,top))
.
defconcept(fssKB,[],concept113,some(location,top))
.
defconcept(fssKB,[],concept116,and([atleast(1,colour_mod),atmost(1,colour_mod)]))
.
defconcept(fssKB,[],concrete_thing,and([concept116,thing]))
.
defconcept(fssKB,[],concept124,and([atleast(1,relative_mod),atmost(1,relative_mod)]))
.
defconcept(fssKB,[],individual,and([concept124,concrete_thing]))
.
defconcept(fssKB,[],mass_noun,and([concrete_thing]))
.
defconcept(fssKB,[],concept132,and([atleast(1,material_mod),atmost(1,material_mod)]))
.
defconcept(fssKB,[],inanimate,and([concept132,individual]))
.
defconcept(fssKB,[],concept140,and([atleast(1,weight_mod),atmost(1,weight_mod)]))
.
defconcept(fssKB,[],touchable_object,and([concept140,inanimate]))
.
defconcept(fssKB,[],concept147,some(subject,top))
.
defconcept(fssKB,[],concept150,and([atleast(1,instrument),atmost(1,instrument)]))
.
defconcept(fssKB,[],concept157,and([atleast(1,concerned),atmost(1,concerned)]))
.
defconcept(fssKB,[],action,and([concept157,concept150,concept147,predicate]))
.
defconcept(fssKB,[],concept165,and([atleast(1,destination),atmost(1,destination)]))
.
defconcept(fssKB,[],concept172,and([atleast(1,source),atmost(1,source)]))
.
defconcept(fssKB,[],motion,and([concept172,concept165,action]))
.
defconcept(fssKB,[],concept180,atleast(1,means))
.
defconcept(fssKB,[],motion_by_means,and([concept180,motion]))
.
defconcept(fssKB,[],fahr,and([lexicon,motion_by_means]))
.
defconcept(fssKB,[],geh,and([lexicon,motion]))
.
defconcept(fssKB,[],treff,and([lexicon,action]))
.
defconcept(fssKB,[],concept186,atleast(1,concerned))
.
defconcept(fssKB,[],werf,and([concept186,lexicon,action]))
.
defconcept(fssKB,[],causative,and([action]))
.
defconcept(fssKB,[],concept190,atleast(1,result))
.
defconcept(fssKB,[],productive,and([concept190,causative]))
.
defconcept(fssKB,[],concept194,atleast(1,concerned))
.
defconcept(fssKB,[],write,and([concept194,productive]))
.
defconcept(fssKB,[],concept197,some(location,top))
.
defconcept(fssKB,[],enter,and([concept197,write]))
.
defconcept(fssKB,[],arbeit,and([lexicon,action]))
.
defconcept(fssKB,[],concept202,and([atleast(1,beneficative),atmost(1,beneficative)]))
.
defconcept(fssKB,[],transaction,and([concept202,action]))
.
defconcept(fssKB,[],concept209,atleast(1,concerned))
.
defconcept(fssKB,[],schenk,and([concept209,lexicon,transaction]))
.
defconcept(fssKB,[],concept212,atleast(1,concerned))
.
defconcept(fssKB,[],kauf,and([concept212,lexicon,transaction]))
.
defconcept(fssKB,[],unterricht,and([predicate,lexicon]))
.
defconcept(fssKB,[],concept218,and([atleast(1,measure),atmost(1,measure)]))
.
defconcept(fssKB,[],value_property,and([concept218,property]))
.
defconcept(fssKB,[],concept226,atleast(1,measure))
.
defconcept(fssKB,[],cost,and([concept226,value_property]))
.
defconcept(fssKB,[],kost,and([cost,lexicon]))
.
defconcept(fssKB,[],concept230,some(has_property,top))
.
defconcept(fssKB,[],concept232,some(det,top))
.
defconcept(fssKB,[],concept234,atleast(1,quantity))
.
defconcept(fssKB,[],indication_of_quantity,and([concept234,concept232,abstract_thing]))
.
defconcept(fssKB,[],dm,and([indication_of_quantity,lexicon]))
.
defconcept(fssKB,[],fahrt,and([thing,lexicon]))
.
defconcept(fssKB,[],das,and([thing,lexicon]))
.
defconcept(fssKB,[],concept241,and([atleast(1,physis_mod),atmost(1,physis_mod)]))
.
defconcept(fssKB,[],animate,and([concept241,individual]))
.
defconcept(fssKB,[],mann,and([human,lexicon]))
.
defconcept(fssKB,[],junge,and([human,lexicon]))
.
defconcept(fssKB,[],karl,and([lexicon,human]))
.
defconcept(fssKB,[],ich,and([lexicon,human]))
.
defconcept(fssKB,[],peter,and([lexicon,human]))
.
defconcept(fssKB,[],concept254,and([atleast(1,volition),atmost(1,volition)]))
.
defconcept(fssKB,[],animal,and([concept254,animate]))
.
defconcept(fssKB,[],voelklingen,and([town,lexicon]))
.
defconcept(fssKB,[],saarbruecken,and([town,lexicon]))
.
defconcept(fssKB,[],dudweiler,and([town,lexicon]))
.
defconcept(fssKB,[],saarlouis,and([lexicon,town]))
.
defconcept(fssKB,[],wald,and([geographical_object,lexicon]))
.
defconcept(fssKB,[],hier,and([geographical_object,lexicon]))
.
defconcept(fssKB,[],ort,and([lexicon,geographical_object]))
.
defconcept(fssKB,[],concept265,and([atleast(1,worth_mod),atmost(1,worth_mod)]))
.
defconcept(fssKB,[],vehicle,and([concept265,touchable_object]))
.
defconcept(fssKB,[],fahrrad,and([vehicle,lexicon]))
.
defconcept(fssKB,[],bus,and([bus,lexicon]))
.
defconcept(fssKB,[],buch,and([lexicon,touchable_object]))
.
defconcept(fssKB,[],auktion,and([lexicon,thing]))
.
defconcept(fssKB,[],was,and([lexicon,thing]))
.
defprimconcept(fssKB,[],lexicon,sbone)
.
defprimconcept(fssKB,[],not(sbone),not(lexicon))
.
defprimconcept(fssKB,[],fss,sbone)
.
defprimconcept(fssKB,[],not(sbone),not(fss))
.
defprimconcept(fssKB,[],pointing,fss)
.
defprimconcept(fssKB,[],not(fss),not(pointing))
.
defprimconcept(fssKB,[],vague_p,pointing)
.
defprimconcept(fssKB,[],not(pointing),not(vague_p))
.
defprimconcept(fssKB,[],standard_p,pointing)
.
defprimconcept(fssKB,[],not(pointing),not(standard_p))
.
defprimconcept(fssKB,[],encircling_p,pointing)
.
defprimconcept(fssKB,[],not(pointing),not(encircling_p))
.
defprimconcept(fssKB,[],exact_p,pointing)
.
defprimconcept(fssKB,[],not(pointing),not(exact_p))
.
defprimconcept(fssKB,[],time,fss)
.
defprimconcept(fssKB,[],not(fss),not(time))
.
defprimconcept(fssKB,[],moment,time)
.
defprimconcept(fssKB,[],not(time),not(moment))
.
defprimconcept(fssKB,[],period,time)
.
defprimconcept(fssKB,[],not(time),not(period))
.
defprimconcept(fssKB,[],interval,time)
.
defprimconcept(fssKB,[],not(time),not(interval))
.
defprimconcept(fssKB,[],yearly,interval)
.
defprimconcept(fssKB,[],not(interval),not(yearly))
.
defprimconcept(fssKB,[],jaehrlich,yearly)
.
defprimconcept(fssKB,[],not(yearly),not(jaehrlich))
.
defprimconcept(fssKB,[],jaehrlich,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(jaehrlich))
.
defprimconcept(fssKB,[],weekly,interval)
.
defprimconcept(fssKB,[],not(interval),not(weekly))
.
defprimconcept(fssKB,[],woechentlich,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(woechentlich))
.
defprimconcept(fssKB,[],woechentlich,weekly)
.
defprimconcept(fssKB,[],not(weekly),not(woechentlich))
.
defprimconcept(fssKB,[],daily,interval)
.
defprimconcept(fssKB,[],not(interval),not(daily))
.
defprimconcept(fssKB,[],monthly,interval)
.
defprimconcept(fssKB,[],not(interval),not(monthly))
.
defprimconcept(fssKB,[],speech_act,fss)
.
defprimconcept(fssKB,[],not(fss),not(speech_act))
.
defprimconcept(fssKB,[],order,speech_act)
.
defprimconcept(fssKB,[],not(speech_act),not(order))
.
defprimconcept(fssKB,[],assertion,speech_act)
.
defprimconcept(fssKB,[],not(speech_act),not(assertion))
.
defprimconcept(fssKB,[],question,speech_act)
.
defprimconcept(fssKB,[],not(speech_act),not(question))
.
defprimconcept(fssKB,[],interjection,speech_act)
.
defprimconcept(fssKB,[],not(speech_act),not(interjection))
.
defprimconcept(fssKB,[],determiner,fss)
.
defprimconcept(fssKB,[],not(fss),not(determiner))
.
defprimconcept(fssKB,[],indefinite,determiner)
.
defprimconcept(fssKB,[],not(determiner),not(indefinite))
.
defprimconcept(fssKB,[],cardinal,indefinite)
.
defprimconcept(fssKB,[],not(indefinite),not(cardinal))
.
defprimconcept(fssKB,[],number50,cardinal)
.
defprimconcept(fssKB,[],not(cardinal),not(number50))
.
defprimconcept(fssKB,[],number50,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(number50))
.
defprimconcept(fssKB,[],interrogative,determiner)
.
defprimconcept(fssKB,[],not(determiner),not(interrogative))
.
defprimconcept(fssKB,[],definite,determiner)
.
defprimconcept(fssKB,[],not(determiner),not(definite))
.
defprimconcept(fssKB,[],demonstrative,definite)
.
defprimconcept(fssKB,[],not(definite),not(demonstrative))
.
defprimconcept(fssKB,[],possessive,definite)
.
defprimconcept(fssKB,[],not(definite),not(possessive))
.
defprimconcept(fssKB,[],property_filler,fss)
.
defprimconcept(fssKB,[],not(fss),not(property_filler))
.
defprimconcept(fssKB,[],adjective_property,property_filler)
.
defprimconcept(fssKB,[],not(property_filler),not(adjective_property))
.
defprimconcept(fssKB,[],truth_value,adjective_property)
.
defprimconcept(fssKB,[],not(adjective_property),not(truth_value))
.
defprimconcept(fssKB,[],abstract_thing,some(truth_mod,top))
.
defprimconcept(fssKB,[],all(truth_mod,not(top)),not(abstract_thing))
.
defprimconcept(fssKB,[],some(inverse(truth_mod),top),truth_value)
.
defprimconcept(fssKB,[],not(truth_value),all(inverse(truth_mod),not(top)))
.
defprimconcept(fssKB,[],name,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(name))
.
defprimconcept(fssKB,[],thing,some(det,top))
.
defprimconcept(fssKB,[],all(det,not(top)),not(thing))
.
defprimconcept(fssKB,[],some(inverse(det),top),determiner)
.
defprimconcept(fssKB,[],not(determiner),all(inverse(det),not(top)))
.
defprimconcept(fssKB,[],thing,some(deictic_mod,top))
.
defprimconcept(fssKB,[],all(deictic_mod,not(top)),not(thing))
.
defprimconcept(fssKB,[],some(inverse(deictic_mod),top),pointing)
.
defprimconcept(fssKB,[],not(pointing),all(inverse(deictic_mod),not(top)))
.
defprimconcept(fssKB,[],thing,some(named,top))
.
defprimconcept(fssKB,[],all(named,not(top)),not(thing))
.
defprimconcept(fssKB,[],some(inverse(named),top),name)
.
defprimconcept(fssKB,[],not(name),all(inverse(named),not(top)))
.
defprimconcept(fssKB,[],predicate,some(subject,top))
.
defprimconcept(fssKB,[],all(subject,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(subject),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(subject),not(top)))
.
defprimconcept(fssKB,[],predicate,some(purpose,top))
.
defprimconcept(fssKB,[],all(purpose,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(purpose),top),predicate)
.
defprimconcept(fssKB,[],not(predicate),all(inverse(purpose),not(top)))
.
defprimconcept(fssKB,[],predicate,some(time,top))
.
defprimconcept(fssKB,[],all(time,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(time),top),time)
.
defprimconcept(fssKB,[],not(time),all(inverse(time),not(top)))
.
defprimconcept(fssKB,[],predicate,some(illoc,top))
.
defprimconcept(fssKB,[],all(illoc,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(illoc),top),speech_act)
.
defprimconcept(fssKB,[],not(speech_act),all(inverse(illoc),not(top)))
.
defprimconcept(fssKB,[],predicate,some(cause,top))
.
defprimconcept(fssKB,[],all(cause,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(cause),top),predicate)
.
defprimconcept(fssKB,[],not(predicate),all(inverse(cause),not(top)))
.
defprimconcept(fssKB,[],predicate,some(result,top))
.
defprimconcept(fssKB,[],all(result,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(result),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(result),not(top)))
.
defprimconcept(fssKB,[],predicate,some(location,top))
.
defprimconcept(fssKB,[],all(location,not(top)),not(predicate))
.
defprimconcept(fssKB,[],some(inverse(location),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(location),not(top)))
.
defprimconcept(fssKB,[],state,predicate)
.
defprimconcept(fssKB,[],not(predicate),not(state))
.
defprimconcept(fssKB,[],concept93,state)
.
defprimconcept(fssKB,[],not(state),not(concept93))
.
defprimconcept(fssKB,[],human,some(volition,top))
.
defprimconcept(fssKB,[],all(volition,not(top)),not(human))
.
defprimconcept(fssKB,[],some(inverse(volition),top),volitional_sq)
.
defprimconcept(fssKB,[],not(volitional_sq),all(inverse(volition),not(top)))
.
defprimconcept(fssKB,[],geographical_object,some(origin_mod,top))
.
defprimconcept(fssKB,[],all(origin_mod,not(top)),not(geographical_object))
.
defprimconcept(fssKB,[],some(inverse(origin_mod),top),origin)
.
defprimconcept(fssKB,[],not(origin),all(inverse(origin_mod),not(top)))
.
defprimconcept(fssKB,[],wohn,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(wohn))
.
defprimconcept(fssKB,[],wohn,state)
.
defprimconcept(fssKB,[],not(state),not(wohn))
.
defprimconcept(fssKB,[],concept111,wohn)
.
defprimconcept(fssKB,[],not(wohn),not(concept111))
.
defprimconcept(fssKB,[],concept113,wohn)
.
defprimconcept(fssKB,[],not(wohn),not(concept113))
.
defprimconcept(fssKB,[],qualitative,adjective_property)
.
defprimconcept(fssKB,[],not(adjective_property),not(qualitative))
.
defprimconcept(fssKB,[],quality,qualitative)
.
defprimconcept(fssKB,[],not(qualitative),not(quality))
.
defprimconcept(fssKB,[],colour,quality)
.
defprimconcept(fssKB,[],not(quality),not(colour))
.
defprimconcept(fssKB,[],concrete_thing,some(colour_mod,top))
.
defprimconcept(fssKB,[],all(colour_mod,not(top)),not(concrete_thing))
.
defprimconcept(fssKB,[],some(inverse(colour_mod),top),colour)
.
defprimconcept(fssKB,[],not(colour),all(inverse(colour_mod),not(top)))
.
defprimconcept(fssKB,[],relation,adjective_property)
.
defprimconcept(fssKB,[],not(adjective_property),not(relation))
.
defprimconcept(fssKB,[],individual,some(relative_mod,top))
.
defprimconcept(fssKB,[],all(relative_mod,not(top)),not(individual))
.
defprimconcept(fssKB,[],some(inverse(relative_mod),top),relation)
.
defprimconcept(fssKB,[],not(relation),all(inverse(relative_mod),not(top)))
.
defprimconcept(fssKB,[],material,mass_noun)
.
defprimconcept(fssKB,[],not(mass_noun),not(material))
.
defprimconcept(fssKB,[],inanimate,some(material_mod,top))
.
defprimconcept(fssKB,[],all(material_mod,not(top)),not(inanimate))
.
defprimconcept(fssKB,[],some(inverse(material_mod),top),material)
.
defprimconcept(fssKB,[],not(material),all(inverse(material_mod),not(top)))
.
defprimconcept(fssKB,[],weight,quality)
.
defprimconcept(fssKB,[],not(quality),not(weight))
.
defprimconcept(fssKB,[],touchable_object,some(weight_mod,top))
.
defprimconcept(fssKB,[],all(weight_mod,not(top)),not(touchable_object))
.
defprimconcept(fssKB,[],some(inverse(weight_mod),top),weight)
.
defprimconcept(fssKB,[],not(weight),all(inverse(weight_mod),not(top)))
.
defprimconcept(fssKB,[],action,some(instrument,top))
.
defprimconcept(fssKB,[],all(instrument,not(top)),not(action))
.
defprimconcept(fssKB,[],some(inverse(instrument),top),touchable_object)
.
defprimconcept(fssKB,[],not(touchable_object),all(inverse(instrument),not(top)))
.
defprimconcept(fssKB,[],action,some(concerned,top))
.
defprimconcept(fssKB,[],all(concerned,not(top)),not(action))
.
defprimconcept(fssKB,[],some(inverse(concerned),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(concerned),not(top)))
.
defprimconcept(fssKB,[],do,action)
.
defprimconcept(fssKB,[],not(action),not(do))
.
defprimconcept(fssKB,[],absetz,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(absetz))
.
defprimconcept(fssKB,[],absetz,do)
.
defprimconcept(fssKB,[],not(do),not(absetz))
.
defprimconcept(fssKB,[],ausfuehr,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(ausfuehr))
.
defprimconcept(fssKB,[],ausfuehr,do)
.
defprimconcept(fssKB,[],not(do),not(ausfuehr))
.
defprimconcept(fssKB,[],motion,some(destination,top))
.
defprimconcept(fssKB,[],all(destination,not(top)),not(motion))
.
defprimconcept(fssKB,[],some(inverse(destination),top),geographical_object)
.
defprimconcept(fssKB,[],not(geographical_object),all(inverse(destination),not(top)))
.
defprimconcept(fssKB,[],motion,some(source,top))
.
defprimconcept(fssKB,[],all(source,not(top)),not(motion))
.
defprimconcept(fssKB,[],some(inverse(source),top),geographical_object)
.
defprimconcept(fssKB,[],not(geographical_object),all(inverse(source),not(top)))
.
defprimconcept(fssKB,[],motion_by_means,some(means,top))
.
defprimconcept(fssKB,[],all(means,not(top)),not(motion_by_means))
.
defprimconcept(fssKB,[],some(inverse(means),top),touchable_object)
.
defprimconcept(fssKB,[],not(touchable_object),all(inverse(means),not(top)))
.
defprimconcept(fssKB,[],productive,some(result,top))
.
defprimconcept(fssKB,[],all(result,not(top)),not(productive))
.
defprimconcept(fssKB,[],some(inverse(result),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(result),not(top)))
.
defprimconcept(fssKB,[],write,some(concerned,top))
.
defprimconcept(fssKB,[],all(concerned,not(top)),not(write))
.
defprimconcept(fssKB,[],some(inverse(concerned),top),thing)
.
defprimconcept(fssKB,[],not(thing),all(inverse(concerned),not(top)))
.
defprimconcept(fssKB,[],canvas,touchable_object)
.
defprimconcept(fssKB,[],not(touchable_object),not(canvas))
.
defprimconcept(fssKB,[],repeat,action)
.
defprimconcept(fssKB,[],not(action),not(repeat))
.
defprimconcept(fssKB,[],wiederhol,repeat)
.
defprimconcept(fssKB,[],not(repeat),not(wiederhol))
.
defprimconcept(fssKB,[],wiederhol,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(wiederhol))
.
defprimconcept(fssKB,[],transaction,some(beneficative,top))
.
defprimconcept(fssKB,[],all(beneficative,not(top)),not(transaction))
.
defprimconcept(fssKB,[],some(inverse(beneficative),top),human)
.
defprimconcept(fssKB,[],not(human),all(inverse(beneficative),not(top)))
.
defprimconcept(fssKB,[],zahl,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(zahl))
.
defprimconcept(fssKB,[],zahl,transaction)
.
defprimconcept(fssKB,[],not(transaction),not(zahl))
.
defprimconcept(fssKB,[],reason,action)
.
defprimconcept(fssKB,[],not(action),not(reason))
.
defprimconcept(fssKB,[],verursach,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(verursach))
.
defprimconcept(fssKB,[],verursach,reason)
.
defprimconcept(fssKB,[],not(reason),not(verursach))
.
defprimconcept(fssKB,[],property,predicate)
.
defprimconcept(fssKB,[],not(predicate),not(property))
.
defprimconcept(fssKB,[],property,some(has_property,top))
.
defprimconcept(fssKB,[],all(has_property,not(top)),not(property))
.
defprimconcept(fssKB,[],some(inverse(has_property),top),property_filler)
.
defprimconcept(fssKB,[],not(property_filler),all(inverse(has_property),not(top)))
.
defprimconcept(fssKB,[],value_property,some(measure,top))
.
defprimconcept(fssKB,[],all(measure,not(top)),not(value_property))
.
defprimconcept(fssKB,[],some(inverse(measure),top),abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),all(inverse(measure),not(top)))
.
defprimconcept(fssKB,[],cost,some(measure,top))
.
defprimconcept(fssKB,[],all(measure,not(top)),not(cost))
.
defprimconcept(fssKB,[],some(inverse(measure),top),abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),all(inverse(measure),not(top)))
.
defprimconcept(fssKB,[],deducte,property)
.
defprimconcept(fssKB,[],not(property),not(deducte))
.
defprimconcept(fssKB,[],absetzbar,deducte)
.
defprimconcept(fssKB,[],not(deducte),not(absetzbar))
.
defprimconcept(fssKB,[],absetzbar,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(absetzbar))
.
defprimconcept(fssKB,[],sein,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(sein))
.
defprimconcept(fssKB,[],sein,property)
.
defprimconcept(fssKB,[],not(property),not(sein))
.
defprimconcept(fssKB,[],besitzen,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(besitzen))
.
defprimconcept(fssKB,[],besitzen,property)
.
defprimconcept(fssKB,[],not(property),not(besitzen))
.
defprimconcept(fssKB,[],haben,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(haben))
.
defprimconcept(fssKB,[],haben,property)
.
defprimconcept(fssKB,[],not(property),not(haben))
.
defprimconcept(fssKB,[],concept230,haben)
.
defprimconcept(fssKB,[],not(haben),not(concept230))
.
defprimconcept(fssKB,[],origin,adjective_property)
.
defprimconcept(fssKB,[],not(adjective_property),not(origin))
.
defprimconcept(fssKB,[],state_q,qualitative)
.
defprimconcept(fssKB,[],not(qualitative),not(state_q))
.
defprimconcept(fssKB,[],volitional_sq,state_q)
.
defprimconcept(fssKB,[],not(state_q),not(volitional_sq))
.
defprimconcept(fssKB,[],physical_sq,state_q)
.
defprimconcept(fssKB,[],not(state_q),not(physical_sq))
.
defprimconcept(fssKB,[],klein,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(klein))
.
defprimconcept(fssKB,[],klein,physical_sq)
.
defprimconcept(fssKB,[],not(physical_sq),not(klein))
.
defprimconcept(fssKB,[],gross,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(gross))
.
defprimconcept(fssKB,[],gross,physical_sq)
.
defprimconcept(fssKB,[],not(physical_sq),not(gross))
.
defprimconcept(fssKB,[],rot,colour)
.
defprimconcept(fssKB,[],not(colour),not(rot))
.
defprimconcept(fssKB,[],rot,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(rot))
.
defprimconcept(fssKB,[],worth,quality)
.
defprimconcept(fssKB,[],not(quality),not(worth))
.
defprimconcept(fssKB,[],voelklingen,name)
.
defprimconcept(fssKB,[],not(name),not(voelklingen))
.
defprimconcept(fssKB,[],gi,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(gi))
.
defprimconcept(fssKB,[],gi,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(gi))
.
defprimconcept(fssKB,[],profession,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(profession))
.
defprimconcept(fssKB,[],schreiner,profession)
.
defprimconcept(fssKB,[],not(profession),not(schreiner))
.
defprimconcept(fssKB,[],schreiner,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(schreiner))
.
defprimconcept(fssKB,[],informatiker,profession)
.
defprimconcept(fssKB,[],not(profession),not(informatiker))
.
defprimconcept(fssKB,[],informatiker,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(informatiker))
.
defprimconcept(fssKB,[],action_content,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(action_content))
.
defprimconcept(fssKB,[],action_content,action)
.
defprimconcept(fssKB,[],not(action),not(action_content))
.
defprimconcept(fssKB,[],motion_content,action_content)
.
defprimconcept(fssKB,[],not(action_content),not(motion_content))
.
defprimconcept(fssKB,[],motion_content,motion)
.
defprimconcept(fssKB,[],not(motion),not(motion_content))
.
defprimconcept(fssKB,[],motion_by_means_content,motion_by_means)
.
defprimconcept(fssKB,[],not(motion_by_means),not(motion_by_means_content))
.
defprimconcept(fssKB,[],motion_by_means_content,action_content)
.
defprimconcept(fssKB,[],not(action_content),not(motion_by_means_content))
.
defprimconcept(fssKB,[],cost,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(cost))
.
defprimconcept(fssKB,[],kosten,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(kosten))
.
defprimconcept(fssKB,[],kosten,cost)
.
defprimconcept(fssKB,[],not(cost),not(kosten))
.
defprimconcept(fssKB,[],geld,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(geld))
.
defprimconcept(fssKB,[],geld,cost)
.
defprimconcept(fssKB,[],not(cost),not(geld))
.
defprimconcept(fssKB,[],profession,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(profession))
.
defprimconcept(fssKB,[],informatiker,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(informatiker))
.
defprimconcept(fssKB,[],informatiker,profession)
.
defprimconcept(fssKB,[],not(profession),not(informatiker))
.
defprimconcept(fssKB,[],tax_action,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(tax_action))
.
defprimconcept(fssKB,[],steuerhandlung,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(steuerhandlung))
.
defprimconcept(fssKB,[],steuerhandlung,tax_action)
.
defprimconcept(fssKB,[],not(tax_action),not(steuerhandlung))
.
defprimconcept(fssKB,[],number,abstract_thing)
.
defprimconcept(fssKB,[],not(abstract_thing),not(number))
.
defprimconcept(fssKB,[],animate,some(physis_mod,top))
.
defprimconcept(fssKB,[],all(physis_mod,not(top)),not(animate))
.
defprimconcept(fssKB,[],some(inverse(physis_mod),top),physical_sq)
.
defprimconcept(fssKB,[],not(physical_sq),all(inverse(physis_mod),not(top)))
.
defprimconcept(fssKB,[],frau,human)
.
defprimconcept(fssKB,[],not(human),not(frau))
.
defprimconcept(fssKB,[],frau,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(frau))
.
defprimconcept(fssKB,[],sie,human)
.
defprimconcept(fssKB,[],not(human),not(sie))
.
defprimconcept(fssKB,[],sie,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(sie))
.
defprimconcept(fssKB,[],sie,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(sie))
.
defprimconcept(fssKB,[],sie,human)
.
defprimconcept(fssKB,[],not(human),not(sie))
.
defprimconcept(fssKB,[],person,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(person))
.
defprimconcept(fssKB,[],person,human)
.
defprimconcept(fssKB,[],not(human),not(person))
.
defprimconcept(fssKB,[],plant,animate)
.
defprimconcept(fssKB,[],not(animate),not(plant))
.
defprimconcept(fssKB,[],animal,some(volition,top))
.
defprimconcept(fssKB,[],all(volition,not(top)),not(animal))
.
defprimconcept(fssKB,[],some(inverse(volition),top),volitional_sq)
.
defprimconcept(fssKB,[],not(volitional_sq),all(inverse(volition),not(top)))
.
defprimconcept(fssKB,[],town,geographical_object)
.
defprimconcept(fssKB,[],not(geographical_object),not(town))
.
defprimconcept(fssKB,[],berlin,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(berlin))
.
defprimconcept(fssKB,[],berlin,town)
.
defprimconcept(fssKB,[],not(town),not(berlin))
.
defprimconcept(fssKB,[],information,inanimate)
.
defprimconcept(fssKB,[],not(inanimate),not(information))
.
defprimconcept(fssKB,[],string,information)
.
defprimconcept(fssKB,[],not(information),not(string))
.
defprimconcept(fssKB,[],system,human)
.
defprimconcept(fssKB,[],not(human),not(system))
.
defprimconcept(fssKB,[],system,inanimate)
.
defprimconcept(fssKB,[],not(inanimate),not(system))
.
defprimconcept(fssKB,[],vehicle,some(worth_mod,top))
.
defprimconcept(fssKB,[],all(worth_mod,not(top)),not(vehicle))
.
defprimconcept(fssKB,[],some(inverse(worth_mod),top),worth)
.
defprimconcept(fssKB,[],not(worth),all(inverse(worth_mod),not(top)))
.
defprimconcept(fssKB,[],bus,vehicle)
.
defprimconcept(fssKB,[],not(vehicle),not(bus))
.
defprimconcept(fssKB,[],motorrad,vehicle)
.
defprimconcept(fssKB,[],not(vehicle),not(motorrad))
.
defprimconcept(fssKB,[],motorrad,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(motorrad))
.
defprimconcept(fssKB,[],motorrad,vehicle)
.
defprimconcept(fssKB,[],not(vehicle),not(motorrad))
.
defprimconcept(fssKB,[],motorrad,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(motorrad))
.
defprimconcept(fssKB,[],kochbuch,lexicon)
.
defprimconcept(fssKB,[],not(lexicon),not(kochbuch))
.
defprimconcept(fssKB,[],kochbuch,touchable_object)
.
defprimconcept(fssKB,[],not(touchable_object),not(kochbuch))
.
defprimconcept(fssKB,[],result,touchable_object)
.
defprimconcept(fssKB,[],not(touchable_object),not(result))
.
defrole(fssKB,[],time_state,restr(time,period))
.
defrole(fssKB,[],agent,restr(subject,human))
.
defrole(fssKB,[],location_wohn,restr(location,geographical_object))
.
defrole(fssKB,[],agent,restr(subject,human))
.
defrole(fssKB,[],location_enter,restr(location,canvas))
.
defrole(fssKB,[],has_property_haben,restr(has_property,thing))
.
defrole(fssKB,[],quantity,restr(det,cardinal))
.
assert(roleDefault(env(t4259),[],truth_mod,bot))
.
assert(roleDefault(env(t4259),[],det,bot))
.
assert(roleDefault(env(t4259),[],deictic_mod,bot))
.
assert(roleDefault(env(t4259),[],named,bot))
.
assert(roleDefault(env(t4259),[],subject,bot))
.
assert(roleDefault(env(t4259),[],purpose,bot))
.
assert(roleDefault(env(t4259),[],time,bot))
.
assert(roleDefault(env(t4259),[],illoc,bot))
.
assert(roleDefault(env(t4259),[],cause,bot))
.
assert(roleDefault(env(t4259),[],result,bot))
.
assert(roleDefault(env(t4259),[],location,bot))
.
assert(roleDefault(env(t4259),[],time_state,bot))
.
assert(roleDefault(env(t4259),[],volition,bot))
.
assert(roleDefault(env(t4259),[],origin_mod,bot))
.
assert(roleDefault(env(t4259),[],agent,thing))
.
assert(roleDefault(env(t4259),[],location_wohn,bot))
.
assert(roleDefault(env(t4259),[],colour_mod,bot))
.
assert(roleDefault(env(t4259),[],relative_mod,bot))
.
assert(roleDefault(env(t4259),[],material_mod,bot))
.
assert(roleDefault(env(t4259),[],weight_mod,bot))
.
assert(roleDefault(env(t4259),[],agent,human))
.
assert(roleDefault(env(t4259),[],instrument,bot))
.
assert(roleDefault(env(t4259),[],concerned,bot))
.
assert(roleDefault(env(t4259),[],destination,bot))
.
assert(roleDefault(env(t4259),[],source,bot))
.
assert(roleDefault(env(t4259),[],means,touchable_object))
.
assert(roleDefault(env(t4259),[],result,thing))
.
assert(roleDefault(env(t4259),[],concerned,thing))
.
assert(roleDefault(env(t4259),[],location_enter,canvas))
.
assert(roleDefault(env(t4259),[],beneficative,bot))
.
assert(roleDefault(env(t4259),[],has_property,bot))
.
assert(roleDefault(env(t4259),[],measure,bot))
.
assert(roleDefault(env(t4259),[],measure,abstract_thing))
.
assert(roleDefault(env(t4259),[],has_property_haben,bot))
.
assert(roleDefault(env(t4259),[],quantity,cardinal))
.
assert(roleDefault(env(t4259),[],physis_mod,bot))
.
assert(roleDefault(env(t4259),[],volition,bot))
.
assert(roleDefault(env(t4259),[],worth_mod,bot))
.
assert(roleDefNr(env(t4259),[],truth_mod,1))
.
assert(roleDefNr(env(t4259),[],det,1))
.
assert(roleDefNr(env(t4259),[],deictic_mod,1))
.
assert(roleDefNr(env(t4259),[],named,1))
.
assert(roleDefNr(env(t4259),[],subject,1))
.
assert(roleDefNr(env(t4259),[],purpose,1))
.
assert(roleDefNr(env(t4259),[],time,1))
.
assert(roleDefNr(env(t4259),[],illoc,1))
.
assert(roleDefNr(env(t4259),[],cause,1))
.
assert(roleDefNr(env(t4259),[],result,1))
.
assert(roleDefNr(env(t4259),[],location,1))
.
assert(roleDefNr(env(t4259),[],volition,1))
.
assert(roleDefNr(env(t4259),[],origin_mod,1))
.
assert(roleDefNr(env(t4259),[],colour_mod,1))
.
assert(roleDefNr(env(t4259),[],relative_mod,1))
.
assert(roleDefNr(env(t4259),[],material_mod,1))
.
assert(roleDefNr(env(t4259),[],weight_mod,1))
.
assert(roleDefNr(env(t4259),[],instrument,1))
.
assert(roleDefNr(env(t4259),[],concerned,1))
.
assert(roleDefNr(env(t4259),[],destination,1))
.
assert(roleDefNr(env(t4259),[],source,1))
.
assert(roleDefNr(env(t4259),[],beneficative,1))
.
assert(roleDefNr(env(t4259),[],measure,1))
.
assert(roleDefNr(env(t4259),[],physis_mod,1))
.
assert(roleDefNr(env(t4259),[],volition,1))
.
assert(roleDefNr(env(t4259),[],worth_mod,1))
.
assert(roleDomain(env(t4259),[],truth_mod,abstract_thing))
.
assert(roleDomain(env(t4259),[],det,thing))
.
assert(roleDomain(env(t4259),[],deictic_mod,thing))
.
assert(roleDomain(env(t4259),[],named,thing))
.
assert(roleDomain(env(t4259),[],subject,predicate))
.
assert(roleDomain(env(t4259),[],purpose,predicate))
.
assert(roleDomain(env(t4259),[],time,predicate))
.
assert(roleDomain(env(t4259),[],illoc,predicate))
.
assert(roleDomain(env(t4259),[],cause,predicate))
.
assert(roleDomain(env(t4259),[],result,predicate))
.
assert(roleDomain(env(t4259),[],location,predicate))
.
assert(roleDomain(env(t4259),[],subject,concept90))
.
assert(roleDomain(env(t4259),[],time_state,concept93))
.
assert(roleDomain(env(t4259),[],volition,human))
.
assert(roleDomain(env(t4259),[],origin_mod,geographical_object))
.
assert(roleDomain(env(t4259),[],agent,concept111))
.
assert(roleDomain(env(t4259),[],location_wohn,concept113))
.
assert(roleDomain(env(t4259),[],colour_mod,concrete_thing))
.
assert(roleDomain(env(t4259),[],relative_mod,individual))
.
assert(roleDomain(env(t4259),[],material_mod,inanimate))
.
assert(roleDomain(env(t4259),[],weight_mod,touchable_object))
.
assert(roleDomain(env(t4259),[],agent,concept147))
.
assert(roleDomain(env(t4259),[],instrument,action))
.
assert(roleDomain(env(t4259),[],concerned,action))
.
assert(roleDomain(env(t4259),[],destination,motion))
.
assert(roleDomain(env(t4259),[],source,motion))
.
assert(roleDomain(env(t4259),[],means,motion_by_means))
.
assert(roleDomain(env(t4259),[],means,concept180))
.
assert(roleDomain(env(t4259),[],concerned,concept186))
.
assert(roleDomain(env(t4259),[],result,productive))
.
assert(roleDomain(env(t4259),[],result,concept190))
.
assert(roleDomain(env(t4259),[],concerned,write))
.
assert(roleDomain(env(t4259),[],concerned,concept194))
.
assert(roleDomain(env(t4259),[],location_enter,concept197))
.
assert(roleDomain(env(t4259),[],beneficative,transaction))
.
assert(roleDomain(env(t4259),[],concerned,concept209))
.
assert(roleDomain(env(t4259),[],concerned,concept212))
.
assert(roleDomain(env(t4259),[],has_property,property))
.
assert(roleDomain(env(t4259),[],measure,value_property))
.
assert(roleDomain(env(t4259),[],measure,cost))
.
assert(roleDomain(env(t4259),[],measure,concept226))
.
assert(roleDomain(env(t4259),[],has_property_haben,concept230))
.
assert(roleDomain(env(t4259),[],quantity,concept232))
.
assert(roleDomain(env(t4259),[],quantity,concept234))
.
assert(roleDomain(env(t4259),[],physis_mod,animate))
.
assert(roleDomain(env(t4259),[],volition,animal))
.
assert(roleDomain(env(t4259),[],worth_mod,vehicle))
.
assert(roleRange(env(t4259),[],truth_mod,truth_value))
.
assert(roleRange(env(t4259),[],det,determiner))
.
assert(roleRange(env(t4259),[],deictic_mod,pointing))
.
assert(roleRange(env(t4259),[],named,name))
.
assert(roleRange(env(t4259),[],subject,thing))
.
assert(roleRange(env(t4259),[],purpose,predicate))
.
assert(roleRange(env(t4259),[],time,time))
.
assert(roleRange(env(t4259),[],illoc,speech_act))
.
assert(roleRange(env(t4259),[],cause,predicate))
.
assert(roleRange(env(t4259),[],result,thing))
.
assert(roleRange(env(t4259),[],location,thing))
.
assert(roleRange(env(t4259),[],time_state,period))
.
assert(roleRange(env(t4259),[],volition,volitional_sq))
.
assert(roleRange(env(t4259),[],origin_mod,origin))
.
assert(roleRange(env(t4259),[],agent,human))
.
assert(roleRange(env(t4259),[],location_wohn,geographical_object))
.
assert(roleRange(env(t4259),[],colour_mod,colour))
.
assert(roleRange(env(t4259),[],relative_mod,relation))
.
assert(roleRange(env(t4259),[],material_mod,material))
.
assert(roleRange(env(t4259),[],weight_mod,weight))
.
assert(roleRange(env(t4259),[],agent,human))
.
assert(roleRange(env(t4259),[],instrument,touchable_object))
.
assert(roleRange(env(t4259),[],concerned,thing))
.
assert(roleRange(env(t4259),[],destination,geographical_object))
.
assert(roleRange(env(t4259),[],source,geographical_object))
.
assert(roleRange(env(t4259),[],means,touchable_object))
.
assert(roleRange(env(t4259),[],result,thing))
.
assert(roleRange(env(t4259),[],concerned,thing))
.
assert(roleRange(env(t4259),[],location_enter,canvas))
.
assert(roleRange(env(t4259),[],beneficative,human))
.
assert(roleRange(env(t4259),[],has_property,property_filler))
.
assert(roleRange(env(t4259),[],measure,abstract_thing))
.
assert(roleRange(env(t4259),[],measure,abstract_thing))
.
assert(roleRange(env(t4259),[],has_property_haben,thing))
.
assert(roleRange(env(t4259),[],quantity,cardinal))
.
assert(roleRange(env(t4259),[],physis_mod,physical_sq))
.
assert(roleRange(env(t4259),[],volition,volitional_sq))
.
assert(roleRange(env(t4259),[],worth_mod,worth))
.