L169symbolic generalist

North:
  - event: e2, ztm and srt, event: e1, none and kzr, event: e5, none and kzr, event: e4, kzr and vpz, event: e3, kzr and vpz, event: e6, vpz and vlg and event: e7, none and srt, holds of at end vlg, pivotal for vlg and event fires only if precondition already holds of
South:
  - opt_a type kes, x2 is mor, kes minus quen, reth minus kes, mor is porous, x1 is zun, zun is warm, mor minus quen, kes is heavy, type reth, x0 is reth, x6 is mor, zun minus kes, quen is fibrous, reth is striped, reth is hollow, type quen, type mor, x7 is zun and type zun, opt_c x0 is reth, x1 is zun, mor minus quen, x7 is zun, type mor, quen is fibrous, zun minus kes, type zun, type kes, zun is warm, x2 is mor, kes minus quen, x6 is mor, kes is heavy, reth minus kes, type reth, mor is porous and type quen, opt_b type quen, reth is hollow, x1 is zun, mor minus quen, mor is porous, kes minus quen, reth minus kes, x0 is reth, x6 is mor, zun minus kes, kes is heavy, type kes, x2 is mor, quen is fibrous, x7 is zun, type zun, type reth, type mor and zun is warm and opt_d quen is fibrous, reth is hollow, kes is rigid, kes minus quen, zun is warm, zun minus kes, type zun, x0 is reth, kes is heavy, x1 is zun, x6 is mor, reth minus kes, x2 is mor, x7 is zun, type quen, mor minus quen, type kes, type mor, type reth and mor is porous, x0, x1, x2, x6 and x7, x7 was observed to be warm, x0 was observed to be heavy, x6 was observed to be fibrous, x6 was observed to be porous, x2 was observed to be porous, x1 was observed to be fibrous, x7 was observed to be heavy, x0 was observed to be fibrous, x0 was observed to be hollow, x2 was observed to be fibrous, x1 was observed to be warm, x1 was observed to be heavy and x7 was observed to be fibrous and consistent ontology
What is the resolve query in south?

Al norte:
  - el evento: e2, ztm y srt, el evento: e1, ninguno y kzr, el evento: e5, ninguno y kzr, el evento: e4, kzr y vpz, el evento: e3, kzr y vpz, el evento: e6, vpz y vlg y el evento: e7, ninguno y srt, cumplirse en end: vlg, pivotal for: vlg y el evento fires only si: precondition already cumplirse
Al sur:
  - opción A: el tipo: Kes, x2 es Mor, Kes menos Quen, Reth menos Kes, Mor es poroso, x1 es Zun, Zun es cálido, Mor menos Quen, Kes es pesado, el tipo: Reth, x0 es Reth, x6 es Mor, Zun menos Kes, Quen es fibroso, Reth es rayado, Reth es hueco, el tipo: Quen, el tipo: Mor, x7 es Zun y el tipo: Zun, opción C: x0 es Reth, x1 es Zun, Mor menos Quen, x7 es Zun, el tipo: Mor, Quen es fibroso, Zun menos Kes, el tipo: Zun, el tipo: Kes, Zun es cálido, x2 es Mor, Kes menos Quen, x6 es Mor, Kes es pesado, Reth menos Kes, el tipo: Reth, Mor es poroso y el tipo: Quen, opción B: el tipo: Quen, Reth es hueco, x1 es Zun, Mor menos Quen, Mor es poroso, Kes menos Quen, Reth menos Kes, x0 es Reth, x6 es Mor, Zun menos Kes, Kes es pesado, el tipo: Kes, x2 es Mor, Quen es fibroso, x7 es Zun, el tipo: Zun, el tipo: Reth, el tipo: Mor y Zun es cálido y opción D: Quen es fibroso, Reth es hueco, Kes es rígido, Kes menos Quen, Zun es cálido, Zun menos Kes, el tipo: Zun, x0 es Reth, Kes es pesado, x1 es Zun, x6 es Mor, Reth menos Kes, x2 es Mor, x7 es Zun, el tipo: Quen, Mor menos Quen, el tipo: Kes, el tipo: Mor, el tipo: Reth y Mor es poroso, x0, x1, x2, x6 y x7, x7 se observó como cálido, x0 se observó como pesado, x6 se observó como fibroso, x6 se observó como poroso, x2 se observó como poroso, x1 se observó como fibroso, x7 se observó como pesado, x0 se observó como fibroso, x0 se observó como hueco, x2 se observó como fibroso, x1 se observó como cálido, x1 se observó como pesado y x7 se observó como fibroso y consistent ontology
¿Qué resolve query in: sur?

北面有：
  - 的事件是：e2、ztm和srt、的事件是：e1、都不和kzr、的事件是：e5、都不和kzr、的事件是：e4、kzr和vpz、的事件是：e3、kzr和vpz、的事件是：e6、vpz和vlg和的事件是：e7、都不和srt、持有在end：vlg、pivotal for：vlg和事件是firesonly若：preconditionalready持有
南面有：
  - 选项A：类型：凯斯、x2是莫尔、凯斯减昆恩、雷斯减凯斯、莫尔是多孔的、x1是尊恩、尊恩是温暖的、莫尔减昆恩、凯斯是重的、类型：雷斯、x0是雷斯、x6是莫尔、尊恩减凯斯、昆恩是纤维状的、雷斯是条纹的、雷斯是空心的、类型：昆恩、类型：莫尔、x7是尊恩和类型：尊恩、选项C：x0是雷斯、x1是尊恩、莫尔减昆恩、x7是尊恩、类型：莫尔、昆恩是纤维状的、尊恩减凯斯、类型：尊恩、类型：凯斯、尊恩是温暖的、x2是莫尔、凯斯减昆恩、x6是莫尔、凯斯是重的、雷斯减凯斯、类型：雷斯、莫尔是多孔的和类型：昆恩、选项B：类型：昆恩、雷斯是空心的、x1是尊恩、莫尔减昆恩、莫尔是多孔的、凯斯减昆恩、雷斯减凯斯、x0是雷斯、x6是莫尔、尊恩减凯斯、凯斯是重的、类型：凯斯、x2是莫尔、昆恩是纤维状的、x7是尊恩、类型：尊恩、类型：雷斯、类型：莫尔和尊恩是温暖的和选项D：昆恩是纤维状的、雷斯是空心的、凯斯是刚性的、凯斯减昆恩、尊恩是温暖的、尊恩减凯斯、类型：尊恩、x0是雷斯、凯斯是重的、x1是尊恩、x6是莫尔、雷斯减凯斯、x2是莫尔、x7是尊恩、类型：昆恩、莫尔减昆恩、类型：凯斯、类型：莫尔、类型：雷斯和莫尔是多孔的、x0、x1、x2、x6和x7、x7观察到温暖的、x0观察到重、x6观察到纤维状的、x6观察到多孔的、x2观察到多孔的、x1观察到纤维状的、x7观察到重、x0观察到纤维状的、x0观察到空心的、x2观察到纤维状的、x1观察到温暖的、x1观察到重和x7观察到纤维状的和consistent ontology
resolve query in：南什么？

North:
  - event: e2, ztm ve srt, event: e1, hiç kimse ve kzr, event: e5, hiç kimse ve kzr, event: e4, kzr ve vpz, event: e3, kzr ve vpz, event: e6, vpz ve vlg ve event: e7, hiç kimse ve srt, geçerlidir at end: vlg, pivotal for: vlg ve event fires only eğer: precondition already geçerlidir
South:
  - opt_a: tip: kes, x2 mor, kes quen eksi, reth kes eksi, mor gözenekli, x1 zun, zun ılık, mor quen eksi, kes ağır, tip: reth, x0 reth, x6 mor, zun kes eksi, quen lifli, reth çizgili, reth içi boş, tip: quen, tip: mor, x7 zun ve tip: zun, opt_c: x0 reth, x1 zun, mor quen eksi, x7 zun, tip: mor, quen lifli, zun kes eksi, tip: zun, tip: kes, zun ılık, x2 mor, kes quen eksi, x6 mor, kes ağır, reth kes eksi, tip: reth, mor gözenekli ve tip: quen, opt_b: tip: quen, reth içi boş, x1 zun, mor quen eksi, mor gözenekli, kes quen eksi, reth kes eksi, x0 reth, x6 mor, zun kes eksi, kes ağır, tip: kes, x2 mor, quen lifli, x7 zun, tip: zun, tip: reth, tip: mor ve zun ılık ve opt_d: quen lifli, reth içi boş, kes katı, kes quen eksi, zun ılık, zun kes eksi, tip: zun, x0 reth, kes ağır, x1 zun, x6 mor, reth kes eksi, x2 mor, x7 zun, tip: quen, mor quen eksi, tip: kes, tip: mor, tip: reth ve mor gözenekli, x0, x1, x2, x6 ve x7, x7 ılık gözlemlendi, x0 ağır gözlemlendi, x6 lifli gözlemlendi, x6 gözenekli gözlemlendi, x2 gözenekli gözlemlendi, x1 lifli gözlemlendi, x7 ağır gözlemlendi, x0 lifli gözlemlendi, x0 içi boş gözlemlendi, x2 lifli gözlemlendi, x1 ılık gözlemlendi, x1 ağır gözlemlendi ve x7 lifli gözlemlendi ve consistent ontology
Resolve query in: güney ne?

North:
  - event: e2, ztm na srt, event: e1, none na kzr, event: e5, none na kzr, event: e4, kzr na vpz, event: e3, kzr na vpz, event: e6, vpz na vlg na event: e7, none na srt, hold katika end: vlg, pivotal for: vlg na event fires only kama: precondition already hold
South:
  - opt_a: type: kes, x2 ni mor, kes minus quen, reth minus kes, mor ni porous, x1 ni zun, zun ni vuguvugu, mor minus quen, kes ni zito, type: reth, x0 ni reth, x6 ni mor, zun minus kes, quen ni fibrous, reth ni striped, reth ni hollow, type: quen, type: mor, x7 ni zun na type: zun, opt_c: x0 ni reth, x1 ni zun, mor minus quen, x7 ni zun, type: mor, quen ni fibrous, zun minus kes, type: zun, type: kes, zun ni vuguvugu, x2 ni mor, kes minus quen, x6 ni mor, kes ni zito, reth minus kes, type: reth, mor ni porous na type: quen, opt_b: type: quen, reth ni hollow, x1 ni zun, mor minus quen, mor ni porous, kes minus quen, reth minus kes, x0 ni reth, x6 ni mor, zun minus kes, kes ni zito, type: kes, x2 ni mor, quen ni fibrous, x7 ni zun, type: zun, type: reth, type: mor na zun ni vuguvugu na opt_d: quen ni fibrous, reth ni hollow, kes ni rigid, kes minus quen, zun ni vuguvugu, zun minus kes, type: zun, x0 ni reth, kes ni zito, x1 ni zun, x6 ni mor, reth minus kes, x2 ni mor, x7 ni zun, type: quen, mor minus quen, type: kes, type: mor, type: reth na mor ni porous, x0, x1, x2, x6 na x7, x7 observe vuguvugu, x0 observe zito, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe zito, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe vuguvugu, x1 observe zito na x7 observe fibrous na consistent ontology
Resolve query in: kusini nini?

North:
  - event: e2, ztm and srt, event: e1, none and kzr, event: e5, none and kzr, event: e4, kzr and vpz, event: e3, kzr and vpz, event: e6, vpz and vlg and event: e7, none and srt, holds of at end vlg, pivotal for vlg and event fires only if precondition already holds of
South:
  - opt_a type kes, x2 is mor, kes minus quen, reth minus kes, mor is porous, x1 is zun, zun is warm, mor minus quen, kes is heavy, type reth, x0 is reth, x6 is mor, zun minus kes, quen is fibrous, reth is striped, reth is hollow, type quen, type mor, x7 is zun and type zun, opt_c x0 is reth, x1 is zun, mor minus quen, x7 is zun, type mor, quen is fibrous, zun minus kes, type zun, type kes, zun is warm, x2 is mor, kes minus quen, x6 is mor, kes is heavy, reth minus kes, type reth, mor is porous and type quen, opt_b type quen, reth is hollow, x1 is zun, mor minus quen, mor is porous, kes minus quen, reth minus kes, x0 is reth, x6 is mor, zun minus kes, kes is heavy, type kes, x2 is mor, quen is fibrous, x7 is zun, type zun, type reth, type mor and zun is warm and opt_d quen is fibrous, reth is hollow, kes is rigid, kes minus quen, zun is warm, zun minus kes, type zun, x0 is reth, kes is heavy, x1 is zun, x6 is mor, reth minus kes, x2 is mor, x7 is zun, type quen, mor minus quen, type kes, type mor, type reth and mor is porous, x0, x1, x2, x6 and x7, x7 was observed to be warm, x0 was observed to be heavy, x6 was observed to be fibrous, x6 was observed to be porous, x2 was observed to be porous, x1 was observed to be fibrous, x7 was observed to be heavy, x0 was observed to be fibrous, x0 was observed to be hollow, x2 was observed to be fibrous, x1 was observed to be warm, x1 was observed to be heavy and x7 was observed to be fibrous and consistent ontology
What is the resolve query in south?

{north: {events: [(event e2 ztm srt) (event e1 none kzr) (event e5 none kzr) (event e4 kzr vpz) (event e3 kzr vpz) (event e6 vpz vlg) (event e7 none srt)], outcome: (holds_at_end vlg), query: (pivotal_for vlg), semantics: (event_fires_only_if (precondition_already_holds))}, query: (resolve_query_in south), south: {candidates: [(candidate opt_a [(type kes) (inst x2 mor) (sub kes quen) (sub reth kes) (prop mor porous) (inst x1 zun) (prop zun warm) (sub mor quen) (prop kes heavy) (type reth) (inst x0 reth) (inst x6 mor) (sub zun kes) (prop quen fibrous) (prop reth striped) (prop reth hollow) (type quen) (type mor) (inst x7 zun) (type zun)]) (candidate opt_c [(inst x0 reth) (inst x1 zun) (sub mor quen) (inst x7 zun) (type mor) (prop quen fibrous) (sub zun kes) (type zun) (type kes) (prop zun warm) (inst x2 mor) (sub kes quen) (inst x6 mor) (prop kes heavy) (sub reth kes) (type reth) (prop mor porous) (type quen)]) (candidate opt_b [(type quen) (prop reth hollow) (inst x1 zun) (sub mor quen) (prop mor porous) (sub kes quen) (sub reth kes) (inst x0 reth) (inst x6 mor) (sub zun kes) (prop kes heavy) (type kes) (inst x2 mor) (prop quen fibrous) (inst x7 zun) (type zun) (type reth) (type mor) (prop zun warm)]) (candidate opt_d [(prop quen fibrous) (prop reth hollow) (prop kes rigid) (sub kes quen) (prop zun warm) (sub zun kes) (type zun) (inst x0 reth) (prop kes heavy) (inst x1 zun) (inst x6 mor) (sub reth kes) (inst x2 mor) (inst x7 zun) (type quen) (sub mor quen) (type kes) (type mor) (type reth) (prop mor porous)])], entities: [x0 x1 x2 x6 x7], observations: [(observed x7 warm) (observed x0 heavy) (observed x6 fibrous) (observed x6 porous) (observed x2 porous) (observed x1 fibrous) (observed x7 heavy) (observed x0 fibrous) (observed x0 hollow) (observed x2 fibrous) (observed x1 warm) (observed x1 heavy) (observed x7 fibrous)], query: (consistent_ontology)}}

Norden:
  - Ereignis: e2, ztm und srt, Ereignis: e1, keine und kzr, Ereignis: e5, keine und kzr, Ereignis: e4, kzr und vpz, Ereignis: e3, kzr und vpz, Ereignis: e6, vpz und vlg und Ereignis: e7, keine und srt, halten an Ende vlg, entscheidend da vlg und Ereignis fires einzig wenn Vorbedingung bereits halten
Süden:
  - opt_a type kes, x2 ist mor, kes weniger quen, reth weniger kes, mor ist poröser, x1 ist zun, zun ist warmer, mor weniger quen, kes ist schwerer, type reth, x0 ist reth, x6 ist mor, zun weniger kes, quen ist fibrous, reth ist gestreifter, reth ist hohler, type quen, type mor, x7 ist zun und type zun, opt_c x0 ist reth, x1 ist zun, mor weniger quen, x7 ist zun, type mor, quen ist fibrous, zun weniger kes, type zun, type kes, zun ist warmer, x2 ist mor, kes weniger quen, x6 ist mor, kes ist schwerer, reth weniger kes, type reth, mor ist poröser und type quen, opt_b type quen, reth ist hohler, x1 ist zun, mor weniger quen, mor ist poröser, kes weniger quen, reth weniger kes, x0 ist reth, x6 ist mor, zun weniger kes, kes ist schwerer, type kes, x2 ist mor, quen ist fibrous, x7 ist zun, type zun, type reth, type mor und zun ist warmer und opt_d quen ist fibrous, reth ist hohler, kes ist steifer, kes weniger quen, zun ist warmer, zun weniger kes, type zun, x0 ist reth, kes ist schwerer, x1 ist zun, x6 ist mor, reth weniger kes, x2 ist mor, x7 ist zun, type quen, mor weniger quen, type kes, type mor, type reth und mor ist poröser, x0, x1, x2, x6 und x7, x7 beobachten warme, x0 beobachten schwere, x6 beobachten fibrous, x6 beobachten poröse, x2 beobachten poröse, x1 beobachten fibrous, x7 beobachten schwere, x0 beobachten fibrous, x0 beobachten hohle, x2 beobachten fibrous, x1 beobachten warme, x1 beobachten schwere und x7 beobachten fibrous und beständig Ontologie
Was lösen Frage in Süden?

Се̏вер:
  - зби́ва̄ње: e2, ztm и srt, зби́ва̄ње: e1, none и kzr, зби́ва̄ње: e5, none и kzr, зби́ва̄ње: e4, kzr и vpz, зби́ва̄ње: e3, kzr и vpz, зби́ва̄ње: e6, vpz и vlg и зби́ва̄ње: e7, none и srt, држати at крај vlg, pivotal за vlg и зби́ва̄ње fires једини ȁko precondition већ држати
Ју̏г:
  - opt_a ти̑п kes, x2 би̏ти mor, kes minus quen, reth minus kes, mor би̏ти porous, x1 би̏ти zun, zun би̏ти то̏пао, mor minus quen, kes би̏ти те́жак, ти̑п reth, x0 би̏ти reth, x6 би̏ти mor, zun minus kes, quen би̏ти fibrous, reth би̏ти striped, reth би̏ти hollow, ти̑п quen, ти̑п mor, x7 би̏ти zun и ти̑п zun, opt_c x0 би̏ти reth, x1 би̏ти zun, mor minus quen, x7 би̏ти zun, ти̑п mor, quen би̏ти fibrous, zun minus kes, ти̑п zun, ти̑п kes, zun би̏ти то̏пао, x2 би̏ти mor, kes minus quen, x6 би̏ти mor, kes би̏ти те́жак, reth minus kes, ти̑п reth, mor би̏ти porous и ти̑п quen, opt_b ти̑п quen, reth би̏ти hollow, x1 би̏ти zun, mor minus quen, mor би̏ти porous, kes minus quen, reth minus kes, x0 би̏ти reth, x6 би̏ти mor, zun minus kes, kes би̏ти те́жак, ти̑п kes, x2 би̏ти mor, quen би̏ти fibrous, x7 би̏ти zun, ти̑п zun, ти̑п reth, ти̑п mor и zun би̏ти то̏пао и opt_d quen би̏ти fibrous, reth би̏ти hollow, kes би̏ти rigid, kes minus quen, zun би̏ти то̏пао, zun minus kes, ти̑п zun, x0 би̏ти reth, kes би̏ти те́жак, x1 би̏ти zun, x6 би̏ти mor, reth minus kes, x2 би̏ти mor, x7 би̏ти zun, ти̑п quen, mor minus quen, ти̑п kes, ти̑п mor, ти̑п reth и mor би̏ти porous, x0, x1, x2, x6 и x7, x7 прома́трати то̏пао, x0 прома́трати те́жак, x6 прома́трати fibrous, x6 прома́трати porous, x2 прома́трати porous, x1 прома́трати fibrous, x7 прома́трати те́жак, x0 прома́трати fibrous, x0 прома́трати hollow, x2 прома́трати fibrous, x1 прома́трати то̏пао, x1 прома́трати те́жак и x7 прома́трати fibrous и consistent ontològija
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - tapahtuma: e2, ztm ja srt, tapahtuma: e1, ei mikään ja kzr, tapahtuma: e5, ei mikään ja kzr, tapahtuma: e4, kzr ja vpz, tapahtuma: e3, kzr ja vpz, tapahtuma: e6, vpz ja vlg ja tapahtuma: e7, ei mikään ja srt, hold luona pää vlg, keskeinen sillä vlg ja tapahtuma fires ainoa jos edellytys jo hold
Etelä:
  - opt_a luokka kes, x2 on mor, kes miinus quen, reth miinus kes, mor on huokoinen, x1 on zun, zun on lämmin, mor miinus quen, kes on painava, luokka reth, x0 on reth, x6 on mor, zun miinus kes, quen on runsaskuituinen, reth on raidallinen, reth on ontto, luokka quen, luokka mor, x7 on zun ja luokka zun, opt_c x0 on reth, x1 on zun, mor miinus quen, x7 on zun, luokka mor, quen on runsaskuituinen, zun miinus kes, luokka zun, luokka kes, zun on lämmin, x2 on mor, kes miinus quen, x6 on mor, kes on painava, reth miinus kes, luokka reth, mor on huokoinen ja luokka quen, opt_b luokka quen, reth on ontto, x1 on zun, mor miinus quen, mor on huokoinen, kes miinus quen, reth miinus kes, x0 on reth, x6 on mor, zun miinus kes, kes on painava, luokka kes, x2 on mor, quen on runsaskuituinen, x7 on zun, luokka zun, luokka reth, luokka mor ja zun on lämmin ja opt_d quen on runsaskuituinen, reth on ontto, kes on jäykkä, kes miinus quen, zun on lämmin, zun miinus kes, luokka zun, x0 on reth, kes on painava, x1 on zun, x6 on mor, reth miinus kes, x2 on mor, x7 on zun, luokka quen, mor miinus quen, luokka kes, luokka mor, luokka reth ja mor on huokoinen, x0, x1, x2, x6 ja x7, x7 havainnoida lämmin, x0 havainnoida painava, x6 havainnoida runsaskuituinen, x6 havainnoida huokoinen, x2 havainnoida huokoinen, x1 havainnoida runsaskuituinen, x7 havainnoida painava, x0 havainnoida runsaskuituinen, x0 havainnoida ontto, x2 havainnoida runsaskuituinen, x1 havainnoida lämmin, x1 havainnoida painava ja x7 havainnoida runsaskuituinen ja johdonmukainen ontologia
Mikä ratkaista kysymys sisään etelään?

北面有：
  - 的事件是：e2、ztm和srt、的事件是：e1、都不和kzr、的事件是：e5、都不和kzr、的事件是：e4、kzr和vpz、的事件是：e3、kzr和vpz、的事件是：e6、vpz和vlg和的事件是：e7、都不和srt、持有在end：vlg、pivotal for：vlg和事件是firesonly若：preconditionalready持有
南面有：
  - 选项A：类型：凯斯、x2是莫尔、凯斯减昆恩、雷斯减凯斯、莫尔是多孔的、x1是尊恩、尊恩是温暖的、莫尔减昆恩、凯斯是重的、类型：雷斯、x0是雷斯、x6是莫尔、尊恩减凯斯、昆恩是纤维状的、雷斯是条纹的、雷斯是空心的、类型：昆恩、类型：莫尔、x7是尊恩和类型：尊恩、选项C：x0是雷斯、x1是尊恩、莫尔减昆恩、x7是尊恩、类型：莫尔、昆恩是纤维状的、尊恩减凯斯、类型：尊恩、类型：凯斯、尊恩是温暖的、x2是莫尔、凯斯减昆恩、x6是莫尔、凯斯是重的、雷斯减凯斯、类型：雷斯、莫尔是多孔的和类型：昆恩、选项B：类型：昆恩、雷斯是空心的、x1是尊恩、莫尔减昆恩、莫尔是多孔的、凯斯减昆恩、雷斯减凯斯、x0是雷斯、x6是莫尔、尊恩减凯斯、凯斯是重的、类型：凯斯、x2是莫尔、昆恩是纤维状的、x7是尊恩、类型：尊恩、类型：雷斯、类型：莫尔和尊恩是温暖的和选项D：昆恩是纤维状的、雷斯是空心的、凯斯是刚性的、凯斯减昆恩、尊恩是温暖的、尊恩减凯斯、类型：尊恩、x0是雷斯、凯斯是重的、x1是尊恩、x6是莫尔、雷斯减凯斯、x2是莫尔、x7是尊恩、类型：昆恩、莫尔减昆恩、类型：凯斯、类型：莫尔、类型：雷斯和莫尔是多孔的、x0、x1、x2、x6和x7、x7观察到温暖的、x0观察到重、x6观察到纤维状的、x6观察到多孔的、x2观察到多孔的、x1观察到纤维状的、x7观察到重、x0观察到纤维状的、x0观察到空心的、x2观察到纤维状的、x1观察到温暖的、x1观察到重和x7观察到纤维状的和consistent ontology
resolve query in：南什么？

北:
  - イベント:e2, ztmとsrt, イベント:e1, どれでも...ないとkzr, イベント:e5, どれでも...ないとkzr, イベント:e4, kzrとvpz, イベント:e3, kzrとvpz, イベント:e6, vpzとvlgとイベント:e7, どれでも...ないとsrt, hold...で終了:vlg, pivotal...のため:vlgとイベントfires唯一のもし...:前提既にhold
南:
  - opt_a:種類:kes, x2morです, kesquenminus, rethkesminus, mor多孔質のです, x1zunです, zun暖かいです, morquenminus, kes重いです, 種類:reth, x0rethです, x6morです, zunkesminus, quenfibrousです, reth縞模様のです, reth空っぽです, 種類:quen, 種類:mor, x7zunですと種類:zun, opt_c:x0rethです, x1zunです, morquenminus, x7zunです, 種類:mor, quenfibrousです, zunkesminus, 種類:zun, 種類:kes, zun暖かいです, x2morです, kesquenminus, x6morです, kes重いです, rethkesminus, 種類:reth, mor多孔質のですと種類:quen, opt_b:種類:quen, reth空っぽです, x1zunです, morquenminus, mor多孔質のです, kesquenminus, rethkesminus, x0rethです, x6morです, zunkesminus, kes重いです, 種類:kes, x2morです, quenfibrousです, x7zunです, 種類:zun, 種類:reth, 種類:morとzun暖かいですとopt_d:quenfibrousです, reth空っぽです, kes硬いです, kesquenminus, zun暖かいです, zunkesminus, 種類:zun, x0rethです, kes重いです, x1zunです, x6morです, rethkesminus, x2morです, x7zunです, 種類:quen, morquenminus, 種類:kes, 種類:mor, 種類:rethとmor多孔質のです, x0, x1, x2, x6とx7, x7暖かい観察する, x0重い観察する, x6fibrous観察する, x6多孔質の観察する, x2多孔質の観察する, x1fibrous観察する, x7重い観察する, x0fibrous観察する, x0空っぽ観察する, x2fibrous観察する, x1暖かい観察する, x1重い観察するとx7fibrous観察するとconsistent存在論
解く質問...に:南何と?

North:
  - event: e2, ztm ve srt, event: e1, hiç kimse ve kzr, event: e5, hiç kimse ve kzr, event: e4, kzr ve vpz, event: e3, kzr ve vpz, event: e6, vpz ve vlg ve event: e7, hiç kimse ve srt, geçerlidir at end: vlg, pivotal for: vlg ve event fires only eğer: precondition already geçerlidir
South:
  - opt_a: tip: kes, x2 mor, kes quen eksi, reth kes eksi, mor gözenekli, x1 zun, zun ılık, mor quen eksi, kes ağır, tip: reth, x0 reth, x6 mor, zun kes eksi, quen lifli, reth çizgili, reth içi boş, tip: quen, tip: mor, x7 zun ve tip: zun, opt_c: x0 reth, x1 zun, mor quen eksi, x7 zun, tip: mor, quen lifli, zun kes eksi, tip: zun, tip: kes, zun ılık, x2 mor, kes quen eksi, x6 mor, kes ağır, reth kes eksi, tip: reth, mor gözenekli ve tip: quen, opt_b: tip: quen, reth içi boş, x1 zun, mor quen eksi, mor gözenekli, kes quen eksi, reth kes eksi, x0 reth, x6 mor, zun kes eksi, kes ağır, tip: kes, x2 mor, quen lifli, x7 zun, tip: zun, tip: reth, tip: mor ve zun ılık ve opt_d: quen lifli, reth içi boş, kes katı, kes quen eksi, zun ılık, zun kes eksi, tip: zun, x0 reth, kes ağır, x1 zun, x6 mor, reth kes eksi, x2 mor, x7 zun, tip: quen, mor quen eksi, tip: kes, tip: mor, tip: reth ve mor gözenekli, x0, x1, x2, x6 ve x7, x7 ılık gözlemlendi, x0 ağır gözlemlendi, x6 lifli gözlemlendi, x6 gözenekli gözlemlendi, x2 gözenekli gözlemlendi, x1 lifli gözlemlendi, x7 ağır gözlemlendi, x0 lifli gözlemlendi, x0 içi boş gözlemlendi, x2 lifli gözlemlendi, x1 ılık gözlemlendi, x1 ağır gözlemlendi ve x7 lifli gözlemlendi ve consistent ontology
Resolve query in: güney ne?

شَمَال:
  - وَاقِعَة: e2، ztm وَـ srt، وَاقِعَة: e1، لَا شَيْء وَـ kzr، وَاقِعَة: e5، لَا شَيْء وَـ kzr، وَاقِعَة: e4، kzr وَـ vpz، وَاقِعَة: e3، kzr وَـ vpz، وَاقِعَة: e6، vpz وَـ vlg وَـ وَاقِعَة: e7، لَا شَيْء وَـ srt، مَسَكَ عِنْد نِهَايَة vlg، pivotal لِأَنَّ vlg وَـ وَاقِعَة fires وَحِيد إِنْ precondition قَد مَسَكَ
جَنُوب:
  - opt_a type kes، x2 mor، نَاقَص kes quen، نَاقَص reth kes، mor porous، x1 zun، zun دَافِئ، نَاقَص mor quen، kes ثَقِيل، type reth، x0 reth، x6 mor، نَاقَص zun kes، quen fibrous، reth مُخَطَّط، reth أَجْوَف، type quen، type mor، x7 zun وَـ type zun، opt_c x0 reth، x1 zun، نَاقَص mor quen، x7 zun، type mor، quen fibrous، نَاقَص zun kes، type zun، type kes، zun دَافِئ، x2 mor، نَاقَص kes quen، x6 mor، kes ثَقِيل، نَاقَص reth kes، type reth، mor porous وَـ type quen، opt_b type quen، reth أَجْوَف، x1 zun، نَاقَص mor quen، mor porous، نَاقَص kes quen، نَاقَص reth kes، x0 reth، x6 mor، نَاقَص zun kes، kes ثَقِيل، type kes، x2 mor، quen fibrous، x7 zun، type zun، type reth، type mor وَـ zun دَافِئ وَـ opt_d quen fibrous، reth أَجْوَف، kes rigid، نَاقَص kes quen، zun دَافِئ، نَاقَص zun kes، type zun، x0 reth، kes ثَقِيل، x1 zun، x6 mor، نَاقَص reth kes، x2 mor، x7 zun، type quen، نَاقَص mor quen، type kes، type mor، type reth وَـ mor porous، x0، x1، x2، x6 وَـ x7، لَاحَظَ x7 دَافِئ، لَاحَظَ x0 ثَقِيل، لَاحَظَ x6 fibrous، لَاحَظَ x6 porous، لَاحَظَ x2 porous، لَاحَظَ x1 fibrous، لَاحَظَ x7 ثَقِيل، لَاحَظَ x0 fibrous، لَاحَظَ x0 أَجْوَف، لَاحَظَ x2 fibrous، لَاحَظَ x1 دَافِئ، لَاحَظَ x1 ثَقِيل وَـ لَاحَظَ x7 fibrous وَـ مُتَّسِق أُنْطُولُوجِيَّا
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - მოვლენა: e2, ztm და srt, მოვლენა: e1, none და kzr, მოვლენა: e5, none და kzr, მოვლენა: e4, kzr და vpz, მოვლენა: e3, kzr და vpz, მოვლენა: e6, vpz და vlg და მოვლენა: e7, none და srt, დაჭერა at დასასრული vlg, pivotal for vlg და მოვლენა fires ერთადერთი თუ წინაპირობა უკვე დაჭერა
Სამხრეთი:
  - opt_a type kes, x2 mor ყოფნა, kes quen minus, reth kes minus, mor porous ყოფნა, x1 zun ყოფნა, zun თბილი ყოფნა, mor quen minus, kes მძიმე ყოფნა, type reth, x0 reth ყოფნა, x6 mor ყოფნა, zun kes minus, quen fibrous ყოფნა, reth striped ყოფნა, reth ცარიელი ყოფნა, type quen, type mor, x7 zun ყოფნა და type zun, opt_c x0 reth ყოფნა, x1 zun ყოფნა, mor quen minus, x7 zun ყოფნა, type mor, quen fibrous ყოფნა, zun kes minus, type zun, type kes, zun თბილი ყოფნა, x2 mor ყოფნა, kes quen minus, x6 mor ყოფნა, kes მძიმე ყოფნა, reth kes minus, type reth, mor porous ყოფნა და type quen, opt_b type quen, reth ცარიელი ყოფნა, x1 zun ყოფნა, mor quen minus, mor porous ყოფნა, kes quen minus, reth kes minus, x0 reth ყოფნა, x6 mor ყოფნა, zun kes minus, kes მძიმე ყოფნა, type kes, x2 mor ყოფნა, quen fibrous ყოფნა, x7 zun ყოფნა, type zun, type reth, type mor და zun თბილი ყოფნა და opt_d quen fibrous ყოფნა, reth ცარიელი ყოფნა, kes მაგარი ყოფნა, kes quen minus, zun თბილი ყოფნა, zun kes minus, type zun, x0 reth ყოფნა, kes მძიმე ყოფნა, x1 zun ყოფნა, x6 mor ყოფნა, reth kes minus, x2 mor ყოფნა, x7 zun ყოფნა, type quen, mor quen minus, type kes, type mor, type reth და mor porous ყოფნა, x0, x1, x2, x6 და x7, x7 თბილი აკვირდება, x0 მძიმე აკვირდება, x6 fibrous აკვირდება, x6 porous აკვირდება, x2 porous აკვირდება, x1 fibrous აკვირდება, x7 მძიმე აკვირდება, x0 fibrous აკვირდება, x0 ცარიელი აკვირდება, x2 fibrous აკვირდება, x1 თბილი აკვირდება, x1 მძიმე აკვირდება და x7 fibrous აკვირდება და consistent ონტოლოგია
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - taiopenga: e2, ztm me srt, taiopenga: e1, kāhore kau me kzr, taiopenga: e5, kāhore kau me kzr, taiopenga: e4, kzr me vpz, taiopenga: e3, kzr me vpz, taiopenga: e6, vpz me vlg me taiopenga: e7, kāhore kau me srt, pupuri i hikutau vlg, pivotal mo vlg me taiopenga fires anahe mēnā precondition already pupuri
Tonga:
  - opt_a pato kes, x2 mor, minus kes quen, minus reth kes, mor pōareare, x1 zun, zun mahana, minus mor quen, kes makerewhatu, pato reth, x0 reth, x6 mor, minus zun kes, quen akaaka, reth tāwakawaka, reth kaiwaka, pato quen, pato mor, x7 zun me pato zun, opt_c x0 reth, x1 zun, minus mor quen, x7 zun, pato mor, quen akaaka, minus zun kes, pato zun, pato kes, zun mahana, x2 mor, minus kes quen, x6 mor, kes makerewhatu, minus reth kes, pato reth, mor pōareare me pato quen, opt_b pato quen, reth kaiwaka, x1 zun, minus mor quen, mor pōareare, minus kes quen, minus reth kes, x0 reth, x6 mor, minus zun kes, kes makerewhatu, pato kes, x2 mor, quen akaaka, x7 zun, pato zun, pato reth, pato mor me zun mahana me opt_d quen akaaka, reth kaiwaka, kes torotika, minus kes quen, zun mahana, minus zun kes, pato zun, x0 reth, kes makerewhatu, x1 zun, x6 mor, minus reth kes, x2 mor, x7 zun, pato quen, minus mor quen, pato kes, pato mor, pato reth me mor pōareare, x0, x1, x2, x6 me x7, observe x7 mahana, observe x0 makerewhatu, observe x6 akaaka, observe x6 pōareare, observe x2 pōareare, observe x1 akaaka, observe x7 makerewhatu, observe x0 akaaka, observe x0 kaiwaka, observe x2 akaaka, observe x1 mahana, observe x1 makerewhatu me observe x7 akaaka me consistent ontology
Whakatatū query in tonga unutai?

Phía bắc:
  - sự kiện: e2, ztm và srt, sự kiện: e1, none và kzr, sự kiện: e5, none và kzr, sự kiện: e4, kzr và vpz, sự kiện: e3, kzr và vpz, sự kiện: e6, vpz và vlg và sự kiện: e7, none và srt, hold lúc chóp vlg, pivotal cho vlg và sự kiện fires duy nhất nếu precondition rồi hold
Phía nam:
  - opt_a loại kes, x2 là mor, kes trừ quen, reth trừ kes, mor là porous, x1 là zun, zun là warm, mor trừ quen, kes là nặng, loại reth, x0 là reth, x6 là mor, zun trừ kes, quen là fibrous, reth là striped, reth là rỗng, loại quen, loại mor, x7 là zun và loại zun, opt_c x0 là reth, x1 là zun, mor trừ quen, x7 là zun, loại mor, quen là fibrous, zun trừ kes, loại zun, loại kes, zun là warm, x2 là mor, kes trừ quen, x6 là mor, kes là nặng, reth trừ kes, loại reth, mor là porous và loại quen, opt_b loại quen, reth là rỗng, x1 là zun, mor trừ quen, mor là porous, kes trừ quen, reth trừ kes, x0 là reth, x6 là mor, zun trừ kes, kes là nặng, loại kes, x2 là mor, quen là fibrous, x7 là zun, loại zun, loại reth, loại mor và zun là warm và opt_d quen là fibrous, reth là rỗng, kes là cứng ngắc, kes trừ quen, zun là warm, zun trừ kes, loại zun, x0 là reth, kes là nặng, x1 là zun, x6 là mor, reth trừ kes, x2 là mor, x7 là zun, loại quen, mor trừ quen, loại kes, loại mor, loại reth và mor là porous, x0, x1, x2, x6 và x7, x7 quan sát warm, x0 quan sát nặng, x6 quan sát fibrous, x6 quan sát porous, x2 quan sát porous, x1 quan sát fibrous, x7 quan sát nặng, x0 quan sát fibrous, x0 quan sát rỗng, x2 quan sát fibrous, x1 quan sát warm, x1 quan sát nặng và x7 quan sát fibrous và phù hợp ontology
Resolve query trong phía nam gì?

ทิศเหนือ:
  - เหตุการณ์:e2, ztmและsrt, เหตุการณ์:e1, noneและkzr, เหตุการณ์:e5, noneและkzr, เหตุการณ์:e4, kzrและvpz, เหตุการณ์:e3, kzrและvpz, เหตุการณ์:e6, vpzและvlgและเหตุการณ์:e7, noneและsrt, ถือที่จบ:vlg, pivotalเพื่อ:vlgและเหตุการณ์firesเท่านั้นถ้า หาก:preconditionแล้วถือ
ทิศใต้:
  - opt_a:ประเภท:kes, x2ถูกmor, kesminusquen, rethminuskes, morถูกporous, x1ถูกzun, zunถูกอุ่น, morminusquen, kesถูกหนัก, ประเภท:reth, x0ถูกreth, x6ถูกmor, zunminuskes, quenถูกfibrous, rethถูกstriped, rethถูกกลวง, ประเภท:quen, ประเภท:mor, x7ถูกzunและประเภท:zun, opt_c:x0ถูกreth, x1ถูกzun, morminusquen, x7ถูกzun, ประเภท:mor, quenถูกfibrous, zunminuskes, ประเภท:zun, ประเภท:kes, zunถูกอุ่น, x2ถูกmor, kesminusquen, x6ถูกmor, kesถูกหนัก, rethminuskes, ประเภท:reth, morถูกporousและประเภท:quen, opt_b:ประเภท:quen, rethถูกกลวง, x1ถูกzun, morminusquen, morถูกporous, kesminusquen, rethminuskes, x0ถูกreth, x6ถูกmor, zunminuskes, kesถูกหนัก, ประเภท:kes, x2ถูกmor, quenถูกfibrous, x7ถูกzun, ประเภท:zun, ประเภท:reth, ประเภท:morและzunถูกอุ่นและopt_d:quenถูกfibrous, rethถูกกลวง, kesถูกrigid, kesminusquen, zunถูกอุ่น, zunminuskes, ประเภท:zun, x0ถูกreth, kesถูกหนัก, x1ถูกzun, x6ถูกmor, rethminuskes, x2ถูกmor, x7ถูกzun, ประเภท:quen, morminusquen, ประเภท:kes, ประเภท:mor, ประเภท:rethและmorถูกporous, x0, x1, x2, x6และx7, x7สังเกตอุ่น, x0สังเกตหนัก, x6สังเกตfibrous, x6สังเกตporous, x2สังเกตporous, x1สังเกตfibrous, x7สังเกตหนัก, x0สังเกตfibrous, x0สังเกตกลวง, x2สังเกตfibrous, x1สังเกตอุ่น, x1สังเกตหนักและx7สังเกตfibrousและconsistentภววิทยา
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - நிகழ்ச்சி: e2, ztm மற்றும் srt, நிகழ்ச்சி: e1, none மற்றும் kzr, நிகழ்ச்சி: e5, none மற்றும் kzr, நிகழ்ச்சி: e4, kzr மற்றும் vpz, நிகழ்ச்சி: e3, kzr மற்றும் vpz, நிகழ்ச்சி: e6, vpz மற்றும் vlg மற்றும் நிகழ்ச்சி: e7, none மற்றும் srt, பிடி at முடி vlg, pivotal for vlg மற்றும் நிகழ்ச்சி fires ஒரே என்றால் precondition already பிடி
தெற்கு:
  - opt_a type kes, x2 mor, kes quen கழித்தல், reth kes கழித்தல், mor porous, x1 zun, zun இதமாக, mor quen கழித்தல், kes heavy, type reth, x0 reth, x6 mor, zun kes கழித்தல், quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun மற்றும் type zun, opt_c x0 reth, x1 zun, mor quen கழித்தல், x7 zun, type mor, quen fibrous, zun kes கழித்தல், type zun, type kes, zun இதமாக, x2 mor, kes quen கழித்தல், x6 mor, kes heavy, reth kes கழித்தல், type reth, mor porous மற்றும் type quen, opt_b type quen, reth hollow, x1 zun, mor quen கழித்தல், mor porous, kes quen கழித்தல், reth kes கழித்தல், x0 reth, x6 mor, zun kes கழித்தல், kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor மற்றும் zun இதமாக மற்றும் opt_d quen fibrous, reth hollow, kes rigid, kes quen கழித்தல், zun இதமாக, zun kes கழித்தல், type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes கழித்தல், x2 mor, x7 zun, type quen, mor quen கழித்தல், type kes, type mor, type reth மற்றும் mor porous, x0, x1, x2, x6 மற்றும் x7, x7 இதமாக observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 இதமாக observe, x1 heavy observe மற்றும் x7 fibrous observe மற்றும் consistent உள்ளியம்
resolve query உள்ளே தெற்கு என்ன?

North:
  - event: e2, ztm na srt, event: e1, none na kzr, event: e5, none na kzr, event: e4, kzr na vpz, event: e3, kzr na vpz, event: e6, vpz na vlg na event: e7, none na srt, hold katika end: vlg, pivotal for: vlg na event fires only kama: precondition already hold
South:
  - opt_a: type: kes, x2 ni mor, kes minus quen, reth minus kes, mor ni porous, x1 ni zun, zun ni vuguvugu, mor minus quen, kes ni zito, type: reth, x0 ni reth, x6 ni mor, zun minus kes, quen ni fibrous, reth ni striped, reth ni hollow, type: quen, type: mor, x7 ni zun na type: zun, opt_c: x0 ni reth, x1 ni zun, mor minus quen, x7 ni zun, type: mor, quen ni fibrous, zun minus kes, type: zun, type: kes, zun ni vuguvugu, x2 ni mor, kes minus quen, x6 ni mor, kes ni zito, reth minus kes, type: reth, mor ni porous na type: quen, opt_b: type: quen, reth ni hollow, x1 ni zun, mor minus quen, mor ni porous, kes minus quen, reth minus kes, x0 ni reth, x6 ni mor, zun minus kes, kes ni zito, type: kes, x2 ni mor, quen ni fibrous, x7 ni zun, type: zun, type: reth, type: mor na zun ni vuguvugu na opt_d: quen ni fibrous, reth ni hollow, kes ni rigid, kes minus quen, zun ni vuguvugu, zun minus kes, type: zun, x0 ni reth, kes ni zito, x1 ni zun, x6 ni mor, reth minus kes, x2 ni mor, x7 ni zun, type: quen, mor minus quen, type: kes, type: mor, type: reth na mor ni porous, x0, x1, x2, x6 na x7, x7 observe vuguvugu, x0 observe zito, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe zito, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe vuguvugu, x1 observe zito na x7 observe fibrous na consistent ontology
Resolve query in: kusini nini?

Náhookǫs:
  - event: e2, ztm dóó srt, event: e1, none dóó kzr, event: e5, none dóó kzr, event: e4, kzr dóó vpz, event: e3, kzr dóó vpz, event: e6, vpz dóó vlg dóó event: e7, none dóó srt, hold at end vlg, pivotal for vlg dóó event fires only ládą́ą́ʼ precondition already hold
Shádiʼááh:
  - opt_a type kes, x2 mor átʼé, kes quen minus, reth kes minus, mor porous átʼé, x1 zun átʼé, zun warm átʼé, mor quen minus, kes nisdaaz átʼé, type reth, x0 reth átʼé, x6 mor átʼé, zun kes minus, quen fibrous átʼé, reth striped átʼé, reth hollow átʼé, type quen, type mor, x7 zun átʼé dóó type zun, opt_c x0 reth átʼé, x1 zun átʼé, mor quen minus, x7 zun átʼé, type mor, quen fibrous átʼé, zun kes minus, type zun, type kes, zun warm átʼé, x2 mor átʼé, kes quen minus, x6 mor átʼé, kes nisdaaz átʼé, reth kes minus, type reth, mor porous átʼé dóó type quen, opt_b type quen, reth hollow átʼé, x1 zun átʼé, mor quen minus, mor porous átʼé, kes quen minus, reth kes minus, x0 reth átʼé, x6 mor átʼé, zun kes minus, kes nisdaaz átʼé, type kes, x2 mor átʼé, quen fibrous átʼé, x7 zun átʼé, type zun, type reth, type mor dóó zun warm átʼé dóó opt_d quen fibrous átʼé, reth hollow átʼé, kes rigid átʼé, kes quen minus, zun warm átʼé, zun kes minus, type zun, x0 reth átʼé, kes nisdaaz átʼé, x1 zun átʼé, x6 mor átʼé, reth kes minus, x2 mor átʼé, x7 zun átʼé, type quen, mor quen minus, type kes, type mor, type reth dóó mor porous átʼé, x0, x1, x2, x6 dóó x7, x7 warm observe, x0 nisdaaz observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 nisdaaz observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 nisdaaz observe dóó x7 fibrous observe dóó consistent ontology
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - event: e2, ztm aamma srt, event: e1, none aamma kzr, event: e5, none aamma kzr, event: e4, kzr aamma vpz, event: e3, kzr aamma vpz, event: e6, vpz aamma vlg aamma event: e7, none aamma srt, hold at end vlg, pivotal for vlg aamma event fires only if precondition already hold
Kujalleq:
  - opt_a type kes, x2 mor a, kes quen minus, reth kes minus, mor porous a, x1 zun a, zun warm a, mor quen minus, kes heavy a, type reth, x0 reth a, x6 mor a, zun kes minus, quen fibrous a, reth striped a, reth hollow a, type quen, type mor, x7 zun a aamma type zun, opt_c x0 reth a, x1 zun a, mor quen minus, x7 zun a, type mor, quen fibrous a, zun kes minus, type zun, type kes, zun warm a, x2 mor a, kes quen minus, x6 mor a, kes heavy a, reth kes minus, type reth, mor porous a aamma type quen, opt_b type quen, reth hollow a, x1 zun a, mor quen minus, mor porous a, kes quen minus, reth kes minus, x0 reth a, x6 mor a, zun kes minus, kes heavy a, type kes, x2 mor a, quen fibrous a, x7 zun a, type zun, type reth, type mor aamma zun warm a aamma opt_d quen fibrous a, reth hollow a, kes rigid a, kes quen minus, zun warm a, zun kes minus, type zun, x0 reth a, kes heavy a, x1 zun a, x6 mor a, reth kes minus, x2 mor a, x7 zun a, type quen, mor quen minus, type kes, type mor, type reth aamma mor porous a, x0, x1, x2, x6 aamma x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe aamma x7 fibrous observe aamma consistent ontology
Resolve query in kujalleq what?

North:
  - event: e2, ztm na srt, event: e1, none na kzr, event: e5, none na kzr, event: e4, kzr na vpz, event: e3, kzr na vpz, event: e6, vpz na vlg na event: e7, none na srt, hold long end vlg, pivotal for vlg na event fires only sapos precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun na type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous na type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor na zun warm na opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth na mor porous, x0, x1, x2, x6 na x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy na x7 observe fibrous na consistent ontology
Resolve query long south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a sësàphitehike kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, sësàphitehike reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth mamalsi, reth hollow, sësàphitehike quen, sësàphitehike mor, x7 zun sësàphitehike zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, sësàphitehike mor, quen fibrous, zun minus kes, sësàphitehike zun, sësàphitehike kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, sësàphitehike reth, mor porous sësàphitehike quen, opt_b sësàphitehike quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, sësàphitehike kes, x2 mor, quen fibrous, x7 zun, sësàphitehike zun, sësàphitehike reth, sësàphitehike mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, sësàphitehike zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, sësàphitehike quen, mor minus quen, sësàphitehike kes, sësàphitehike mor, sësàphitehike reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south kwèch?

North:
  - event: e2, ztm а srt, event: e1, none а kzr, event: e5, none а kzr, event: e4, kzr а vpz, event: e3, kzr а vpz, event: e6, vpz а vlg а event: e7, none а srt, hold at end vlg, pivotal for vlg а event fires only if precondition already hold
South:
  - opt_a type kes, x2 хила mor, kes minus quen, reth minus kes, mor хила porous, x1 хила zun, zun хила мела, mor minus quen, kes хила деза, type reth, x0 хила reth, x6 хила mor, zun minus kes, quen хила fibrous, reth хила striped, reth хила hollow, type quen, type mor, x7 хила zun а type zun, opt_c x0 хила reth, x1 хила zun, mor minus quen, x7 хила zun, type mor, quen хила fibrous, zun minus kes, type zun, type kes, zun хила мела, x2 хила mor, kes minus quen, x6 хила mor, kes хила деза, reth minus kes, type reth, mor хила porous а type quen, opt_b type quen, reth хила hollow, x1 хила zun, mor minus quen, mor хила porous, kes minus quen, reth minus kes, x0 хила reth, x6 хила mor, zun minus kes, kes хила деза, type kes, x2 хила mor, quen хила fibrous, x7 хила zun, type zun, type reth, type mor а zun хила мела а opt_d quen хила fibrous, reth хила hollow, kes хила rigid, kes minus quen, zun хила мела, zun minus kes, type zun, x0 хила reth, kes хила деза, x1 хила zun, x6 хила mor, reth minus kes, x2 хила mor, x7 хила zun, type quen, mor minus quen, type kes, type mor, type reth а mor хила porous, x0, x1, x2, x6 а x7, x7 observe мела, x0 observe деза, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe деза, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe мела, x1 observe деза а x7 observe fibrous а consistent ontology
Resolve query in south фу?

북:
  - 행사: e2, ztm srt, 행사: e1, 아무것도...아니다 kzr, 행사: e5, 아무것도...아니다 kzr, 행사: e4, kzr vpz, 행사: e3, kzr vpz, 행사: e6, vpz vlg 행사: e7, 아무것도...아니다 srt, hold at 끝 vlg, pivotal ...때문에 vlg 행사 fires 유일한 만약 전제 조건 벌써 hold
남:
  - opt_a 유형 kes, x2 mor, kes quen 빼기, reth kes 빼기, mor porous, x1 zun, zun 따뜻하다, mor quen 빼기, kes 무겁다, 유형 reth, x0 reth, x6 mor, zun kes 빼기, quen fibrous, reth striped, reth hollow, 유형 quen, 유형 mor, x7 zun 유형 zun, opt_c x0 reth, x1 zun, mor quen 빼기, x7 zun, 유형 mor, quen fibrous, zun kes 빼기, 유형 zun, 유형 kes, zun 따뜻하다, x2 mor, kes quen 빼기, x6 mor, kes 무겁다, reth kes 빼기, 유형 reth, mor porous 유형 quen, opt_b 유형 quen, reth hollow, x1 zun, mor quen 빼기, mor porous, kes quen 빼기, reth kes 빼기, x0 reth, x6 mor, zun kes 빼기, kes 무겁다, 유형 kes, x2 mor, quen fibrous, x7 zun, 유형 zun, 유형 reth, 유형 mor zun 따뜻하다 opt_d quen fibrous, reth hollow, kes rigid, kes quen 빼기, zun 따뜻하다, zun kes 빼기, 유형 zun, x0 reth, kes 무겁다, x1 zun, x6 mor, reth kes 빼기, x2 mor, x7 zun, 유형 quen, mor quen 빼기, 유형 kes, 유형 mor, 유형 reth mor porous, x0, x1, x2, x6 x7, x7 따뜻하다 관찰하다, x0 무겁다 관찰하다, x6 fibrous 관찰하다, x6 porous 관찰하다, x2 porous 관찰하다, x1 fibrous 관찰하다, x7 무겁다 관찰하다, x0 fibrous 관찰하다, x0 hollow 관찰하다, x2 fibrous 관찰하다, x1 따뜻하다 관찰하다, x1 무겁다 관찰하다 x7 fibrous 관찰하다 consistent 존재론
해결하다 질문...의 안에 남 무엇?

Ipar:
  - event: e2, ztm eta srt, event: e1, none eta kzr, event: e5, none eta kzr, event: e4, kzr eta vpz, event: e3, kzr eta vpz, event: e6, vpz eta vlg eta event: e7, none eta srt, heldu at amai vlg, pivotal for vlg eta event fires soilik if precondition dagoeneko heldu
Hego:
  - opt_a mota kes, x2 mor dago, kes quen ken, reth kes ken, mor porous dago, x1 zun dago, zun warm dago, mor quen ken, kes astun dago, mota reth, x0 reth dago, x6 mor dago, zun kes ken, quen fibrous dago, reth striped dago, reth hollow dago, mota quen, mota mor, x7 zun dago eta mota zun, opt_c x0 reth dago, x1 zun dago, mor quen ken, x7 zun dago, mota mor, quen fibrous dago, zun kes ken, mota zun, mota kes, zun warm dago, x2 mor dago, kes quen ken, x6 mor dago, kes astun dago, reth kes ken, mota reth, mor porous dago eta mota quen, opt_b mota quen, reth hollow dago, x1 zun dago, mor quen ken, mor porous dago, kes quen ken, reth kes ken, x0 reth dago, x6 mor dago, zun kes ken, kes astun dago, mota kes, x2 mor dago, quen fibrous dago, x7 zun dago, mota zun, mota reth, mota mor eta zun warm dago eta opt_d quen fibrous dago, reth hollow dago, kes rigid dago, kes quen ken, zun warm dago, zun kes ken, mota zun, x0 reth dago, kes astun dago, x1 zun dago, x6 mor dago, reth kes ken, x2 mor dago, x7 zun dago, mota quen, mor quen ken, mota kes, mota mor, mota reth eta mor porous dago, x0, x1, x2, x6 eta x7, x7 warm observe, x0 astun observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 astun observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 astun observe eta x7 fibrous observe eta consistent ontology
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - event: e2, ztm ᎠᎴ srt, event: e1, ᎧᏂᎩᏛ ᎠᎴ kzr, event: e5, ᎧᏂᎩᏛ ᎠᎴ kzr, event: e4, kzr ᎠᎴ vpz, event: e3, kzr ᎠᎴ vpz, event: e6, vpz ᎠᎴ vlg ᎠᎴ event: e7, ᎧᏂᎩᏛ ᎠᎴ srt, ᎠᏰᎭ at ᎠᎵᏍᏆᏗᎠ vlg, pivotal for vlg ᎠᎴ event fires ᎤᏩᏌ if precondition ᎦᏳᎳ ᎠᏰᎭ
ᏧᎦᏃᏮᎢ:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes ᎦᎨᏓ, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun ᎠᎴ type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes ᎦᎨᏓ, reth minus kes, type reth, mor porous ᎠᎴ type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes ᎦᎨᏓ, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor ᎠᎴ zun warm ᎠᎴ opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes ᎦᎨᏓ, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth ᎠᎴ mor porous, x0, x1, x2, x6 ᎠᎴ x7, x7 observe warm, x0 observe ᎦᎨᏓ, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe ᎦᎨᏓ, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe ᎦᎨᏓ ᎠᎴ x7 observe fibrous ᎠᎴ consistent ontology
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at usay vlg, pivotal for vlg event fires sapa if precondition ña hold
South:
  - opt_a type kes, x2 tiyay mor, kes minus quen, reth minus kes, mor tiyay porous, x1 tiyay zun, zun tiyay q’uñi, mor minus quen, kes tiyay llasaq, type reth, x0 tiyay reth, x6 tiyay mor, zun minus kes, quen tiyay fibrous, reth tiyay striped, reth tiyay hollow, type quen, type mor, x7 tiyay zun type zun, opt_c x0 tiyay reth, x1 tiyay zun, mor minus quen, x7 tiyay zun, type mor, quen tiyay fibrous, zun minus kes, type zun, type kes, zun tiyay q’uñi, x2 tiyay mor, kes minus quen, x6 tiyay mor, kes tiyay llasaq, reth minus kes, type reth, mor tiyay porous type quen, opt_b type quen, reth tiyay hollow, x1 tiyay zun, mor minus quen, mor tiyay porous, kes minus quen, reth minus kes, x0 tiyay reth, x6 tiyay mor, zun minus kes, kes tiyay llasaq, type kes, x2 tiyay mor, quen tiyay fibrous, x7 tiyay zun, type zun, type reth, type mor zun tiyay q’uñi opt_d quen tiyay fibrous, reth tiyay hollow, kes tiyay rigid, kes minus quen, zun tiyay q’uñi, zun minus kes, type zun, x0 tiyay reth, kes tiyay llasaq, x1 tiyay zun, x6 tiyay mor, reth minus kes, x2 tiyay mor, x7 tiyay zun, type quen, mor minus quen, type kes, type mor, type reth mor tiyay porous, x0, x1, x2, x6 x7, x7 qhaway q’uñi, x0 qhaway llasaq, x6 qhaway fibrous, x6 qhaway porous, x2 qhaway porous, x1 qhaway fibrous, x7 qhaway llasaq, x0 qhaway fibrous, x0 qhaway hollow, x2 qhaway fibrous, x1 qhaway q’uñi, x1 qhaway llasaq x7 qhaway fibrous consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm ыкӏи srt, event: e1, none ыкӏи kzr, event: e5, none ыкӏи kzr, event: e4, kzr ыкӏи vpz, event: e3, kzr ыкӏи vpz, event: e6, vpz ыкӏи vlg ыкӏи event: e7, none ыкӏи srt, hold at end vlg, pivotal for vlg ыкӏи event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun ыкӏи type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous ыкӏи type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor ыкӏи zun warm ыкӏи opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth ыкӏи mor porous, x0, x1, x2, x6 ыкӏи x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe ыкӏи x7 fibrous observe ыкӏи consistent ontology
Resolve query in south сыд?

North:
  - event: e2, ztm thiab srt, event: e1, none thiab kzr, event: e5, none thiab kzr, event: e4, kzr thiab vpz, event: e3, kzr thiab vpz, event: e6, vpz thiab vlg thiab event: e7, none thiab srt, hold at end vlg, pivotal for vlg thiab event fires only if precondition twb hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun kub, mor minus quen, kes nyhav, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun thiab type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun kub, x2 mor, kes minus quen, x6 mor, kes nyhav, reth minus kes, type reth, mor porous thiab type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes nyhav, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor thiab zun kub thiab opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun kub, zun minus kes, type zun, x0 reth, kes nyhav, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth thiab mor porous, x0, x1, x2, x6 thiab x7, x7 observe kub, x0 observe nyhav, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe nyhav, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe kub, x1 observe nyhav thiab x7 observe fibrous thiab consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold jeyou end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south ining-jak?

Falammi:
  - event: e2, ztm micha' srt, event: e1, none micha' kzr, event: e5, none micha' kzr, event: e4, kzr micha' vpz, event: e3, kzr micha' vpz, event: e6, vpz micha' vlg micha' event: e7, none micha' srt, hold at end vlg, pivotal for vlg micha' event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun micha' type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous micha' type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor micha' zun warm micha' opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth micha' mor porous, x0, x1, x2, x6 micha' x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy micha' x7 observe fibrous micha' consistent ontology
Resolve query in south nanta?

ヘペラ:
  - event: e2, ztm カ srt, event: e1, none カ kzr, event: e5, none カ kzr, event: e4, kzr カ vpz, event: e3, kzr カ vpz, event: e6, vpz カ vlg カ event: e7, none カ srt, hold at end vlg, pivotal for vlg カ event fires only if precondition already hold
ヘパシ:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun カ type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous カ type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor カ zun warm カ opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth カ mor porous, x0, x1, x2, x6 カ x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe カ x7 fibrous observe カ consistent ontology
Resolve query in ヘパシ what?

Эйгысӄын:
  - event: e2, ztm ынкъам srt, event: e1, none ынкъам kzr, event: e5, none ынкъам kzr, event: e4, kzr ынкъам vpz, event: e3, kzr ынкъам vpz, event: e6, vpz ынкъам vlg ынкъам event: e7, none ынкъам srt, hold at end vlg, pivotal for vlg ынкъам event fires only эвыр precondition already hold
Айвалыӈӄал:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun ынкъам type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous ынкъам type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor ынкъам zun warm ынкъам opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth ынкъам mor porous, x0, x1, x2, x6 ынкъам x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy ынкъам x7 observe fibrous ынкъам consistent ontology
Resolve query in айвалыӈӄал what?

North:
  - event: e2, ztm yéetel srt, event: e1, none yéetel kzr, event: e5, none yéetel kzr, event: e4, kzr yéetel vpz, event: e3, kzr yéetel vpz, event: e6, vpz yéetel vlg yéetel event: e7, none yéetel srt, hold at end vlg, pivotal for vlg yéetel event fires only wa precondition already hold
South:
  - opt_a type kes, x2 yan mor, kes minus quen, reth minus kes, mor yan porous, x1 yan zun, zun yan warm, mor minus quen, kes yan aal, type reth, x0 yan reth, x6 yan mor, zun minus kes, quen yan fibrous, reth yan striped, reth yan hollow, type quen, type mor, x7 yan zun yéetel type zun, opt_c x0 yan reth, x1 yan zun, mor minus quen, x7 yan zun, type mor, quen yan fibrous, zun minus kes, type zun, type kes, zun yan warm, x2 yan mor, kes minus quen, x6 yan mor, kes yan aal, reth minus kes, type reth, mor yan porous yéetel type quen, opt_b type quen, reth yan hollow, x1 yan zun, mor minus quen, mor yan porous, kes minus quen, reth minus kes, x0 yan reth, x6 yan mor, zun minus kes, kes yan aal, type kes, x2 yan mor, quen yan fibrous, x7 yan zun, type zun, type reth, type mor yéetel zun yan warm yéetel opt_d quen yan fibrous, reth yan hollow, kes yan rigid, kes minus quen, zun yan warm, zun minus kes, type zun, x0 yan reth, kes yan aal, x1 yan zun, x6 yan mor, reth minus kes, x2 yan mor, x7 yan zun, type quen, mor minus quen, type kes, type mor, type reth yéetel mor yan porous, x0, x1, x2, x6 yéetel x7, x7 observe warm, x0 observe aal, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe aal, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe aal yéetel x7 observe fibrous yéetel consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south híli?

North:
  - event: e2, ztm na srt, event: e1, none na kzr, event: e5, none na kzr, event: e4, kzr na vpz, event: e3, kzr na vpz, event: e6, vpz na vlg na event: e7, none na srt, hold at end vlg, pivotal for vlg na event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun na type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous na type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor na zun warm na opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth na mor porous, x0, x1, x2, x6 na x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe na x7 fibrous observe na consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
Ñemby:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun aku, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun aku, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun aku opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun aku, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe aku, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe aku, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in ñemby what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, asxasiña at end vlg, pivotal for vlg event fires only if precondition already asxasiña
South:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe x7 fibrous observe consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm ǂʻá srt, event: e1, none ǂʻá kzr, event: e5, none ǂʻá kzr, event: e4, kzr ǂʻá vpz, event: e3, kzr ǂʻá vpz, event: e6, vpz ǂʻá vlg ǂʻá event: e7, none ǂʻá srt, hold at end vlg, pivotal for vlg ǂʻá event fires only if precondition already hold
South:
  - opt_a type kes, x2 ǀîi mor, kes minus quen, reth minus kes, mor ǀîi porous, x1 ǀîi zun, zun ǀîi ǁqhàã, mor minus quen, kes ǀîi heavy, type reth, x0 ǀîi reth, x6 ǀîi mor, zun minus kes, quen ǀîi fibrous, reth ǀîi striped, reth ǀîi hollow, type quen, type mor, x7 ǀîi zun ǂʻá type zun, opt_c x0 ǀîi reth, x1 ǀîi zun, mor minus quen, x7 ǀîi zun, type mor, quen ǀîi fibrous, zun minus kes, type zun, type kes, zun ǀîi ǁqhàã, x2 ǀîi mor, kes minus quen, x6 ǀîi mor, kes ǀîi heavy, reth minus kes, type reth, mor ǀîi porous ǂʻá type quen, opt_b type quen, reth ǀîi hollow, x1 ǀîi zun, mor minus quen, mor ǀîi porous, kes minus quen, reth minus kes, x0 ǀîi reth, x6 ǀîi mor, zun minus kes, kes ǀîi heavy, type kes, x2 ǀîi mor, quen ǀîi fibrous, x7 ǀîi zun, type zun, type reth, type mor ǂʻá zun ǀîi ǁqhàã ǂʻá opt_d quen ǀîi fibrous, reth ǀîi hollow, kes ǀîi rigid, kes minus quen, zun ǀîi ǁqhàã, zun minus kes, type zun, x0 ǀîi reth, kes ǀîi heavy, x1 ǀîi zun, x6 ǀîi mor, reth minus kes, x2 ǀîi mor, x7 ǀîi zun, type quen, mor minus quen, type kes, type mor, type reth ǂʻá mor ǀîi porous, x0, x1, x2, x6 ǂʻá x7, x7 observe ǁqhàã, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe ǁqhàã, x1 observe heavy ǂʻá x7 observe fibrous ǂʻá consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe x7 fibrous observe consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
Itax:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe x7 fibrous observe consistent ontology
Resolve query in itax what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south what?

Ajkuikpa:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires sema if precondition already hold
South:
  - opt_a type kes, x2 nemi mor, kes minus quen, reth minus kes, mor nemi porous, x1 nemi zun, zun nemi warm, mor minus quen, kes nemi heavy, type reth, x0 nemi reth, x6 nemi mor, zun minus kes, quen nemi fibrous, reth nemi striped, reth nemi hollow, type quen, type mor, x7 nemi zun type zun, opt_c x0 nemi reth, x1 nemi zun, mor minus quen, x7 nemi zun, type mor, quen nemi fibrous, zun minus kes, type zun, type kes, zun nemi warm, x2 nemi mor, kes minus quen, x6 nemi mor, kes nemi heavy, reth minus kes, type reth, mor nemi porous type quen, opt_b type quen, reth nemi hollow, x1 nemi zun, mor minus quen, mor nemi porous, kes minus quen, reth minus kes, x0 nemi reth, x6 nemi mor, zun minus kes, kes nemi heavy, type kes, x2 nemi mor, quen nemi fibrous, x7 nemi zun, type zun, type reth, type mor zun nemi warm opt_d quen nemi fibrous, reth nemi hollow, kes nemi rigid, kes minus quen, zun nemi warm, zun minus kes, type zun, x0 nemi reth, kes nemi heavy, x1 nemi zun, x6 nemi mor, reth minus kes, x2 nemi mor, x7 nemi zun, type quen, mor minus quen, type kes, type mor, type reth mor nemi porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south tay?

Nord :
  - événement: e2, ztm et srt, événement: e1, none et kzr, événement: e5, none et kzr, événement: e4, kzr et vpz, événement: e3, kzr et vpz, événement: e6, vpz et vlg et événement: e7, none et srt, tenir à fin vlg, central parce que vlg et événement fires unique si condition préalable déjà tenir
Sud :
  - opt_a type kes, x2 est mor, kes moins quen, reth moins kes, mor est poreux, x1 est zun, zun est chaud, mor moins quen, kes est lourd, type reth, x0 est reth, x6 est mor, zun moins kes, quen est fibreux, reth est rayé, reth est vide, type quen, type mor, x7 est zun et type zun, opt_c x0 est reth, x1 est zun, mor moins quen, x7 est zun, type mor, quen est fibreux, zun moins kes, type zun, type kes, zun est chaud, x2 est mor, kes moins quen, x6 est mor, kes est lourd, reth moins kes, type reth, mor est poreux et type quen, opt_b type quen, reth est vide, x1 est zun, mor moins quen, mor est poreux, kes moins quen, reth moins kes, x0 est reth, x6 est mor, zun moins kes, kes est lourd, type kes, x2 est mor, quen est fibreux, x7 est zun, type zun, type reth, type mor et zun est chaud et opt_d quen est fibreux, reth est vide, kes est rigide, kes moins quen, zun est chaud, zun moins kes, type zun, x0 est reth, kes est lourd, x1 est zun, x6 est mor, reth moins kes, x2 est mor, x7 est zun, type quen, mor moins quen, type kes, type mor, type reth et mor est poreux, x0, x1, x2, x6 et x7, x7 observer chaud, x0 observer lourd, x6 observer fibreux, x6 observer poreux, x2 observer poreux, x1 observer fibreux, x7 observer lourd, x0 observer fibreux, x0 observer vide, x2 observer fibreux, x1 observer chaud, x1 observer lourd et x7 observer fibreux et constant ontologie
Quoi résoudre question dans sud ?

Nordo:
  - okazaĵo: e2, ztm kaj srt, okazaĵo: e1, none kaj kzr, okazaĵo: e5, none kaj kzr, okazaĵo: e4, kzr kaj vpz, okazaĵo: e3, kzr kaj vpz, okazaĵo: e6, vpz kaj vlg kaj okazaĵo: e7, none kaj srt, teni ĉe fino vlg, pivotal ĉar vlg kaj okazaĵo fires sola se precondition jam teni
Sudo:
  - opt_a tipo kes, x2 egali mor, kes minus quen, reth minus kes, mor egali pora, x1 egali zun, zun egali varma, mor minus quen, kes egali peza, tipo reth, x0 egali reth, x6 egali mor, zun minus kes, quen egali fibrous, reth egali striita, reth egali kava, tipo quen, tipo mor, x7 egali zun kaj tipo zun, opt_c x0 egali reth, x1 egali zun, mor minus quen, x7 egali zun, tipo mor, quen egali fibrous, zun minus kes, tipo zun, tipo kes, zun egali varma, x2 egali mor, kes minus quen, x6 egali mor, kes egali peza, reth minus kes, tipo reth, mor egali pora kaj tipo quen, opt_b tipo quen, reth egali kava, x1 egali zun, mor minus quen, mor egali pora, kes minus quen, reth minus kes, x0 egali reth, x6 egali mor, zun minus kes, kes egali peza, tipo kes, x2 egali mor, quen egali fibrous, x7 egali zun, tipo zun, tipo reth, tipo mor kaj zun egali varma kaj opt_d quen egali fibrous, reth egali kava, kes egali rigida, kes minus quen, zun egali varma, zun minus kes, tipo zun, x0 egali reth, kes egali peza, x1 egali zun, x6 egali mor, reth minus kes, x2 egali mor, x7 egali zun, tipo quen, mor minus quen, tipo kes, tipo mor, tipo reth kaj mor egali pora, x0, x1, x2, x6 kaj x7, x7 observi varma, x0 observi peza, x6 observi fibrous, x6 observi pora, x2 observi pora, x1 observi fibrous, x7 observi peza, x0 observi fibrous, x0 observi kava, x2 observi fibrous, x1 observi varma, x1 observi peza kaj x7 observi fibrous kaj konsekvenca ontology
Solvi pridemando en sudo kio?

Észak:
  - esemény: e2, ztm és srt, esemény: e1, none és kzr, esemény: e5, none és kzr, esemény: e4, kzr és vpz, esemény: e3, kzr és vpz, esemény: e6, vpz és vlg és esemény: e7, none és srt, hold at vég vlg, pivotal mert vlg és esemény fires egyetlen ha előfeltétel már hold
Dél:
  - opt_a típus kes, x2 mor, kes mínusz quen, reth mínusz kes, mor porous, x1 zun, zun meleg, mor mínusz quen, kes nehéz, típus reth, x0 reth, x6 mor, zun mínusz kes, quen fibrous, reth csíkos, reth odú, típus quen, típus mor, x7 zun és típus zun, opt_c x0 reth, x1 zun, mor mínusz quen, x7 zun, típus mor, quen fibrous, zun mínusz kes, típus zun, típus kes, zun meleg, x2 mor, kes mínusz quen, x6 mor, kes nehéz, reth mínusz kes, típus reth, mor porous és típus quen, opt_b típus quen, reth odú, x1 zun, mor mínusz quen, mor porous, kes mínusz quen, reth mínusz kes, x0 reth, x6 mor, zun mínusz kes, kes nehéz, típus kes, x2 mor, quen fibrous, x7 zun, típus zun, típus reth, típus mor és zun meleg és opt_d quen fibrous, reth odú, kes merev, kes mínusz quen, zun meleg, zun mínusz kes, típus zun, x0 reth, kes nehéz, x1 zun, x6 mor, reth mínusz kes, x2 mor, x7 zun, típus quen, mor mínusz quen, típus kes, típus mor, típus reth és mor porous, x0, x1, x2, x6 és x7, x7 észlel meleget, x0 észlel nehezet, x6 észlel fibrous, x6 észlel porous, x2 észlel porous, x1 észlel fibrous, x7 észlel nehezet, x0 észlel fibrous, x0 észlel odú, x2 észlel fibrous, x1 észlel meleget, x1 észlel nehezet és x7 észlel fibrous és következetes ontológia
Megold kérdés be dél melyik?

北:
  - 事件:e2, ztm及srt, 事件:e1, none及kzr, 事件:e5, none及kzr, 事件:e4, kzr及vpz, 事件:e3, kzr及vpz, 事件:e6, vpz及vlg及事件:e7, none及srt, hold喺end:vlg, pivotal for:vlg及事件fires淨係要是:precondition已經hold
南:
  - opt_a:款:kes, x2是mor, kes減quen, reth減kes, mor是porous, x1是zun, zun是暖, mor減quen, kes是重, 款:reth, x0是reth, x6是mor, zun減kes, quen是fibrous, reth是striped, reth是hollow, 款:quen, 款:mor, x7是zun及款:zun, opt_c:x0是reth, x1是zun, mor減quen, x7是zun, 款:mor, quen是fibrous, zun減kes, 款:zun, 款:kes, zun是暖, x2是mor, kes減quen, x6是mor, kes是重, reth減kes, 款:reth, mor是porous及款:quen, opt_b:款:quen, reth是hollow, x1是zun, mor減quen, mor是porous, kes減quen, reth減kes, x0是reth, x6是mor, zun減kes, kes是重, 款:kes, x2是mor, quen是fibrous, x7是zun, 款:zun, 款:reth, 款:mor及zun是暖及opt_d:quen是fibrous, reth是hollow, kes是rigid, kes減quen, zun是暖, zun減kes, 款:zun, x0是reth, kes是重, x1是zun, x6是mor, reth減kes, x2是mor, x7是zun, 款:quen, mor減quen, 款:kes, 款:mor, 款:reth及mor是porous, x0, x1, x2, x6及x7, x7observe暖, x0observe重, x6observefibrous, x6observeporous, x2observeporous, x1observefibrous, x7observe重, x0observefibrous, x0observehollow, x2observefibrous, x1observe暖, x1observe重及x7observefibrous及consistent ontology
resolve query in:南乜嘢?

北:
  - event: e2, ztm とぅ srt, event: e1, none とぅ kzr, event: e5, none とぅ kzr, event: e4, kzr とぅ vpz, event: e3, kzr とぅ vpz, event: e6, vpz とぅ vlg とぅ event: e7, none とぅ srt, hold at end vlg, pivotal for vlg とぅ event fires only if precondition already hold
South:
  - opt_a type kes, x2 有ん mor, kes minus quen, reth minus kes, mor 有ん porous, x1 有ん zun, zun 有ん warm, mor minus quen, kes 有ん heavy, type reth, x0 有ん reth, x6 有ん mor, zun minus kes, quen 有ん fibrous, reth 有ん striped, reth 有ん hollow, type quen, type mor, x7 有ん zun とぅ type zun, opt_c x0 有ん reth, x1 有ん zun, mor minus quen, x7 有ん zun, type mor, quen 有ん fibrous, zun minus kes, type zun, type kes, zun 有ん warm, x2 有ん mor, kes minus quen, x6 有ん mor, kes 有ん heavy, reth minus kes, type reth, mor 有ん porous とぅ type quen, opt_b type quen, reth 有ん hollow, x1 有ん zun, mor minus quen, mor 有ん porous, kes minus quen, reth minus kes, x0 有ん reth, x6 有ん mor, zun minus kes, kes 有ん heavy, type kes, x2 有ん mor, quen 有ん fibrous, x7 有ん zun, type zun, type reth, type mor とぅ zun 有ん warm とぅ opt_d quen 有ん fibrous, reth 有ん hollow, kes 有ん rigid, kes minus quen, zun 有ん warm, zun minus kes, type zun, x0 有ん reth, kes 有ん heavy, x1 有ん zun, x6 有ん mor, reth minus kes, x2 有ん mor, x7 有ん zun, type quen, mor minus quen, type kes, type mor, type reth とぅ mor 有ん porous, x0, x1, x2, x6 とぅ x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy とぅ x7 observe fibrous とぅ consistent ontology
Resolve query in south what?

North:
  - оқиға: e2, ztm және srt, оқиға: e1, none және kzr, оқиға: e5, none және kzr, оқиға: e4, kzr және vpz, оқиға: e3, kzr және vpz, оқиға: e6, vpz және vlg және оқиға: e7, none және srt, ұстау at end vlg, pivotal for vlg және оқиға fires only егер precondition әлдеқашан ұстау
South:
  - opt_a тип kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun жылы, mor minus quen, kes ауыр, тип reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, тип quen, тип mor, x7 zun және тип zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, тип mor, quen fibrous, zun minus kes, тип zun, тип kes, zun жылы, x2 mor, kes minus quen, x6 mor, kes ауыр, reth minus kes, тип reth, mor porous және тип quen, opt_b тип quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes ауыр, тип kes, x2 mor, quen fibrous, x7 zun, тип zun, тип reth, тип mor және zun жылы және opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun жылы, zun minus kes, тип zun, x0 reth, kes ауыр, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, тип quen, mor minus quen, тип kes, тип mor, тип reth және mor porous, x0, x1, x2, x6 және x7, x7 observe жылы, x0 observe ауыр, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe ауыр, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe жылы, x1 observe ауыр және x7 observe fibrous және consistent онтология
Resolve сұрау in south не?

צָּפוֹן:
  - אירוע: e2, ztm וְ־ srt, אירוע: e1, none וְ־ kzr, אירוע: e5, none וְ־ kzr, אירוע: e4, kzr וְ־ vpz, אירוע: e3, kzr וְ־ vpz, אירוע: e6, vpz וְ־ vlg וְ־ אירוע: e7, none וְ־ srt, הֶחְזִיק אֵצֶל סוֹף vlg, pivotal כִּי vlg וְ־ אירוע fires יָחִיד אִם precondition כְּבָר הֶחְזִיק
דָּרוֹם:
  - opt_a type kes, x2 הוּא mor, kes פחות quen, reth פחות kes, mor הוּא porous, x1 הוּא zun, zun הוּא חָמִים, mor פחות quen, kes הוּא כָּבֵד, type reth, x0 הוּא reth, x6 הוּא mor, zun פחות kes, quen הוּא fibrous, reth הוּא striped, reth הוּא חָלוּל, type quen, type mor, x7 הוּא zun וְ־ type zun, opt_c x0 הוּא reth, x1 הוּא zun, mor פחות quen, x7 הוּא zun, type mor, quen הוּא fibrous, zun פחות kes, type zun, type kes, zun הוּא חָמִים, x2 הוּא mor, kes פחות quen, x6 הוּא mor, kes הוּא כָּבֵד, reth פחות kes, type reth, mor הוּא porous וְ־ type quen, opt_b type quen, reth הוּא חָלוּל, x1 הוּא zun, mor פחות quen, mor הוּא porous, kes פחות quen, reth פחות kes, x0 הוּא reth, x6 הוּא mor, zun פחות kes, kes הוּא כָּבֵד, type kes, x2 הוּא mor, quen הוּא fibrous, x7 הוּא zun, type zun, type reth, type mor וְ־ zun הוּא חָמִים וְ־ opt_d quen הוּא fibrous, reth הוּא חָלוּל, kes הוּא נוקשה, kes פחות quen, zun הוּא חָמִים, zun פחות kes, type zun, x0 הוּא reth, kes הוּא כָּבֵד, x1 הוּא zun, x6 הוּא mor, reth פחות kes, x2 הוּא mor, x7 הוּא zun, type quen, mor פחות quen, type kes, type mor, type reth וְ־ mor הוּא porous, x0, x1, x2, x6 וְ־ x7, x7 observe חָמִים, x0 observe כָּבֵד, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe כָּבֵד, x0 observe fibrous, x0 observe חָלוּל, x2 observe fibrous, x1 observe חָמִים, x1 observe כָּבֵד וְ־ x7 observe fibrous וְ־ עקבי ikví אונטולוגיה
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - event: e2, ztm დო srt, event: e1, none დო kzr, event: e5, none დო kzr, event: e4, kzr დო vpz, event: e3, kzr დო vpz, event: e6, vpz დო vlg დო event: e7, none დო srt, hold at end vlg, pivotal for vlg დო event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun დო type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous დო type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor დო zun warm დო opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth დო mor porous, x0, x1, x2, x6 დო x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy დო x7 observe fibrous დო consistent ontology
Resolve query in south what?

Utara:
  - kejadian: e2, ztm dan srt, kejadian: e1, tak satupun dan kzr, kejadian: e5, tak satupun dan kzr, kejadian: e4, kzr dan vpz, kejadian: e3, kzr dan vpz, kejadian: e6, vpz dan vlg dan kejadian: e7, tak satupun dan srt, memegang at akhir vlg, pivotal untuk vlg dan kejadian fires satu-satunya jika precondition sudah memegang
Selatan:
  - opt_a mengetik kes, x2 adalah mor, kes dikurangi quen, reth dikurangi kes, mor adalah porus, x1 adalah zun, zun adalah hangat, mor dikurangi quen, kes adalah heavy, mengetik reth, x0 adalah reth, x6 adalah mor, zun dikurangi kes, quen adalah fibrous, reth adalah berloreng, reth adalah hollow, mengetik quen, mengetik mor, x7 adalah zun dan mengetik zun, opt_c x0 adalah reth, x1 adalah zun, mor dikurangi quen, x7 adalah zun, mengetik mor, quen adalah fibrous, zun dikurangi kes, mengetik zun, mengetik kes, zun adalah hangat, x2 adalah mor, kes dikurangi quen, x6 adalah mor, kes adalah heavy, reth dikurangi kes, mengetik reth, mor adalah porus dan mengetik quen, opt_b mengetik quen, reth adalah hollow, x1 adalah zun, mor dikurangi quen, mor adalah porus, kes dikurangi quen, reth dikurangi kes, x0 adalah reth, x6 adalah mor, zun dikurangi kes, kes adalah heavy, mengetik kes, x2 adalah mor, quen adalah fibrous, x7 adalah zun, mengetik zun, mengetik reth, mengetik mor dan zun adalah hangat dan opt_d quen adalah fibrous, reth adalah hollow, kes adalah rigid, kes dikurangi quen, zun adalah hangat, zun dikurangi kes, mengetik zun, x0 adalah reth, kes adalah heavy, x1 adalah zun, x6 adalah mor, reth dikurangi kes, x2 adalah mor, x7 adalah zun, mengetik quen, mor dikurangi quen, mengetik kes, mengetik mor, mengetik reth dan mor adalah porus, x0, x1, x2, x6 dan x7, x7 observe hangat, x0 observe heavy, x6 observe fibrous, x6 observe porus, x2 observe porus, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe hangat, x1 observe heavy dan x7 observe fibrous dan panggah ontologi
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - ព្រឹត្តិការណ៍:e2, ztmនឹងsrt, ព្រឹត្តិការណ៍:e1, ស្ទើរតែមិនធំល្មមនឹងkzr, ព្រឹត្តិការណ៍:e5, ស្ទើរតែមិនធំល្មមនឹងkzr, ព្រឹត្តិការណ៍:e4, kzrនឹងvpz, ព្រឹត្តិការណ៍:e3, kzrនឹងvpz, ព្រឹត្តិការណ៍:e6, vpzនឹងvlgនឹងព្រឹត្តិការណ៍:e7, ស្ទើរតែមិនធំល្មមនឹងsrt, កាន់atចុង:vlg, pivotalសម្រាប់:vlgនឹងព្រឹត្តិការណ៍firesគ្រាន់តែបើ:preconditionហើយកាន់
ខាងត្បូង:
  - opt_a:type:kes, x2ត្រូវបានmor, kesminusquen, rethminuskes, morត្រូវបានporous, x1ត្រូវបានzun, zunត្រូវបានក្ដៅ, morminusquen, kesត្រូវបានធ្ងន់, type:reth, x0ត្រូវបានreth, x6ត្រូវបានmor, zunminuskes, quenត្រូវបានfibrous, rethត្រូវបានstriped, rethត្រូវបានhollow, type:quen, type:mor, x7ត្រូវបានzunនឹងtype:zun, opt_c:x0ត្រូវបានreth, x1ត្រូវបានzun, morminusquen, x7ត្រូវបានzun, type:mor, quenត្រូវបានfibrous, zunminuskes, type:zun, type:kes, zunត្រូវបានក្ដៅ, x2ត្រូវបានmor, kesminusquen, x6ត្រូវបានmor, kesត្រូវបានធ្ងន់, rethminuskes, type:reth, morត្រូវបានporousនឹងtype:quen, opt_b:type:quen, rethត្រូវបានhollow, x1ត្រូវបានzun, morminusquen, morត្រូវបានporous, kesminusquen, rethminuskes, x0ត្រូវបានreth, x6ត្រូវបានmor, zunminuskes, kesត្រូវបានធ្ងន់, type:kes, x2ត្រូវបានmor, quenត្រូវបានfibrous, x7ត្រូវបានzun, type:zun, type:reth, type:morនឹងzunត្រូវបានក្ដៅនឹងopt_d:quenត្រូវបានfibrous, rethត្រូវបានhollow, kesត្រូវបានrigid, kesminusquen, zunត្រូវបានក្ដៅ, zunminuskes, type:zun, x0ត្រូវបានreth, kesត្រូវបានធ្ងន់, x1ត្រូវបានzun, x6ត្រូវបានmor, rethminuskes, x2ត្រូវបានmor, x7ត្រូវបានzun, type:quen, morminusquen, type:kes, type:mor, type:rethនឹងmorត្រូវបានporous, x0, x1, x2, x6នឹងx7, x7observeក្ដៅ, x0observeធ្ងន់, x6observefibrous, x6observeporous, x2observeporous, x1observefibrous, x7observeធ្ងន់, x0observefibrous, x0observehollow, x2observefibrous, x1observeក្ដៅ, x1observeធ្ងន់នឹងx7observefibrousនឹងconsistent ontology
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - ເຫດການ:e2, ztmແລະsrt, ເຫດການ:e1, noneແລະkzr, ເຫດການ:e5, noneແລະkzr, ເຫດການ:e4, kzrແລະvpz, ເຫດການ:e3, kzrແລະvpz, ເຫດການ:e6, vpzແລະvlgແລະເຫດການ:e7, noneແລະsrt, ຖືທີ່ຈົບ:vlg, pivotalສຳລັບ:vlgແລະເຫດການfiresເທົ່ານັ້ນຖ້າ:preconditionແລ້ວຖື
ທິດໃຕ້:
  - opt_a:type:kes, x2ຢູ່mor, kesminusquen, rethminuskes, morຢູ່porous, x1ຢູ່zun, zunຢູ່ອຸ່ນ, morminusquen, kesຢູ່ຫນັກ, type:reth, x0ຢູ່reth, x6ຢູ່mor, zunminuskes, quenຢູ່fibrous, rethຢູ່striped, rethຢູ່hollow, type:quen, type:mor, x7ຢູ່zunແລະtype:zun, opt_c:x0ຢູ່reth, x1ຢູ່zun, morminusquen, x7ຢູ່zun, type:mor, quenຢູ່fibrous, zunminuskes, type:zun, type:kes, zunຢູ່ອຸ່ນ, x2ຢູ່mor, kesminusquen, x6ຢູ່mor, kesຢູ່ຫນັກ, rethminuskes, type:reth, morຢູ່porousແລະtype:quen, opt_b:type:quen, rethຢູ່hollow, x1ຢູ່zun, morminusquen, morຢູ່porous, kesminusquen, rethminuskes, x0ຢູ່reth, x6ຢູ່mor, zunminuskes, kesຢູ່ຫນັກ, type:kes, x2ຢູ່mor, quenຢູ່fibrous, x7ຢູ່zun, type:zun, type:reth, type:morແລະzunຢູ່ອຸ່ນແລະopt_d:quenຢູ່fibrous, rethຢູ່hollow, kesຢູ່rigid, kesminusquen, zunຢູ່ອຸ່ນ, zunminuskes, type:zun, x0ຢູ່reth, kesຢູ່ຫນັກ, x1ຢູ່zun, x6ຢູ່mor, rethminuskes, x2ຢູ່mor, x7ຢູ່zun, type:quen, morminusquen, type:kes, type:mor, type:rethແລະmorຢູ່porous, x0, x1, x2, x6ແລະx7, x7observeອຸ່ນ, x0observeຫນັກ, x6observefibrous, x6observeporous, x2observeporous, x1observefibrous, x7observeຫນັກ, x0observefibrous, x0observehollow, x2observefibrous, x1observeອຸ່ນ, x1observeຫນັກແລະx7observefibrousແລະconsistent ontology
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - event: e2, ztm మరియు srt, event: e1, none మరియు kzr, event: e5, none మరియు kzr, event: e4, kzr మరియు vpz, event: e3, kzr మరియు vpz, event: e6, vpz మరియు vlg మరియు event: e7, none మరియు srt, పట్టు వద్ద end vlg, pivotal కోసము vlg మరియు event fires ఏకైక అయితే precondition already పట్టు
దక్షిణం:
  - opt_a type kes, x2 mor ఉండు, kes quen minus, reth kes minus, mor porous ఉండు, x1 zun ఉండు, zun వెచ్చని ఉండు, mor quen minus, kes బరువైన ఉండు, type reth, x0 reth ఉండు, x6 mor ఉండు, zun kes minus, quen fibrous ఉండు, reth striped ఉండు, reth బోలు ఉండు, type quen, type mor, x7 zun ఉండు మరియు type zun, opt_c x0 reth ఉండు, x1 zun ఉండు, mor quen minus, x7 zun ఉండు, type mor, quen fibrous ఉండు, zun kes minus, type zun, type kes, zun వెచ్చని ఉండు, x2 mor ఉండు, kes quen minus, x6 mor ఉండు, kes బరువైన ఉండు, reth kes minus, type reth, mor porous ఉండు మరియు type quen, opt_b type quen, reth బోలు ఉండు, x1 zun ఉండు, mor quen minus, mor porous ఉండు, kes quen minus, reth kes minus, x0 reth ఉండు, x6 mor ఉండు, zun kes minus, kes బరువైన ఉండు, type kes, x2 mor ఉండు, quen fibrous ఉండు, x7 zun ఉండు, type zun, type reth, type mor మరియు zun వెచ్చని ఉండు మరియు opt_d quen fibrous ఉండు, reth బోలు ఉండు, kes rigid ఉండు, kes quen minus, zun వెచ్చని ఉండు, zun kes minus, type zun, x0 reth ఉండు, kes బరువైన ఉండు, x1 zun ఉండు, x6 mor ఉండు, reth kes minus, x2 mor ఉండు, x7 zun ఉండు, type quen, mor quen minus, type kes, type mor, type reth మరియు mor porous ఉండు, x0, x1, x2, x6 మరియు x7, x7 వెచ్చని పరిశీలించు, x0 బరువైన పరిశీలించు, x6 fibrous పరిశీలించు, x6 porous పరిశీలించు, x2 porous పరిశీలించు, x1 fibrous పరిశీలించు, x7 బరువైన పరిశీలించు, x0 fibrous పరిశీలించు, x0 బోలు పరిశీలించు, x2 fibrous పరిశీలించు, x1 వెచ్చని పరిశీలించు, x1 బరువైన పరిశీలించు మరియు x7 fibrous పరిశీలించు మరియు consistent ontology
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 wà mor, kes minus quen, reth minus kes, mor wà porous, x1 wà zun, zun wà warm, mor minus quen, kes wà heavy, type reth, x0 wà reth, x6 wà mor, zun minus kes, quen wà fibrous, reth wà striped, reth wà hollow, type quen, type mor, x7 wà zun type zun, opt_c x0 wà reth, x1 wà zun, mor minus quen, x7 wà zun, type mor, quen wà fibrous, zun minus kes, type zun, type kes, zun wà warm, x2 wà mor, kes minus quen, x6 wà mor, kes wà heavy, reth minus kes, type reth, mor wà porous type quen, opt_b type quen, reth wà hollow, x1 wà zun, mor minus quen, mor wà porous, kes minus quen, reth minus kes, x0 wà reth, x6 wà mor, zun minus kes, kes wà heavy, type kes, x2 wà mor, quen wà fibrous, x7 wà zun, type zun, type reth, type mor zun wà warm opt_d quen wà fibrous, reth wà hollow, kes wà rigid, kes minus quen, zun wà warm, zun minus kes, type zun, x0 wà reth, kes wà heavy, x1 wà zun, x6 wà mor, reth minus kes, x2 wà mor, x7 wà zun, type quen, mor minus quen, type kes, type mor, type reth mor wà porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
What resolve query in south?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor naiágúóli, kes quen minus, reth kes minus, mor porous naiágúóli, x1 zun naiágúóli, zun warm naiágúóli, mor quen minus, kes heavy naiágúóli, type reth, x0 reth naiágúóli, x6 mor naiágúóli, zun kes minus, quen fibrous naiágúóli, reth striped naiágúóli, reth hollow naiágúóli, type quen, type mor, x7 zun naiágúóli type zun, opt_c x0 reth naiágúóli, x1 zun naiágúóli, mor quen minus, x7 zun naiágúóli, type mor, quen fibrous naiágúóli, zun kes minus, type zun, type kes, zun warm naiágúóli, x2 mor naiágúóli, kes quen minus, x6 mor naiágúóli, kes heavy naiágúóli, reth kes minus, type reth, mor porous naiágúóli type quen, opt_b type quen, reth hollow naiágúóli, x1 zun naiágúóli, mor quen minus, mor porous naiágúóli, kes quen minus, reth kes minus, x0 reth naiágúóli, x6 mor naiágúóli, zun kes minus, kes heavy naiágúóli, type kes, x2 mor naiágúóli, quen fibrous naiágúóli, x7 zun naiágúóli, type zun, type reth, type mor zun warm naiágúóli opt_d quen fibrous naiágúóli, reth hollow naiágúóli, kes rigid naiágúóli, kes quen minus, zun warm naiágúóli, zun kes minus, type zun, x0 reth naiágúóli, kes heavy naiágúóli, x1 zun naiágúóli, x6 mor naiágúóli, reth kes minus, x2 mor naiágúóli, x7 zun naiágúóli, type quen, mor quen minus, type kes, type mor, type reth mor porous naiágúóli, x0, x1, x2, x6 x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe x7 fibrous observe consistent ontology
Resolve query in south what?

north:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
south:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes minus quen, reth minus kes, mor porous, x1 zun, zun warm, mor minus quen, kes heavy, type reth, x0 reth, x6 mor, zun minus kes, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor minus quen, x7 zun, type mor, quen fibrous, zun minus kes, type zun, type kes, zun warm, x2 mor, kes minus quen, x6 mor, kes heavy, reth minus kes, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor minus quen, mor porous, kes minus quen, reth minus kes, x0 reth, x6 mor, zun minus kes, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes minus quen, zun warm, zun minus kes, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth minus kes, x2 mor, x7 zun, type quen, mor minus quen, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 observe warm, x0 observe heavy, x6 observe fibrous, x6 observe porous, x2 observe porous, x1 observe fibrous, x7 observe heavy, x0 observe fibrous, x0 observe hollow, x2 observe fibrous, x1 observe warm, x1 observe heavy x7 observe fibrous consistent ontology
Resolve query in south what?

North:
  - event: e2, ztm srt, event: e1, none kzr, event: e5, none kzr, event: e4, kzr vpz, event: e3, kzr vpz, event: e6, vpz vlg event: e7, none srt, hold at end vlg, pivotal for vlg event fires only if precondition already hold
South:
  - opt_a type kes, x2 mor, kes quen minus, reth kes minus, mor porous, x1 zun, zun warm, mor quen minus, kes heavy, type reth, x0 reth, x6 mor, zun kes minus, quen fibrous, reth striped, reth hollow, type quen, type mor, x7 zun type zun, opt_c x0 reth, x1 zun, mor quen minus, x7 zun, type mor, quen fibrous, zun kes minus, type zun, type kes, zun warm, x2 mor, kes quen minus, x6 mor, kes heavy, reth kes minus, type reth, mor porous type quen, opt_b type quen, reth hollow, x1 zun, mor quen minus, mor porous, kes quen minus, reth kes minus, x0 reth, x6 mor, zun kes minus, kes heavy, type kes, x2 mor, quen fibrous, x7 zun, type zun, type reth, type mor zun warm opt_d quen fibrous, reth hollow, kes rigid, kes quen minus, zun warm, zun kes minus, type zun, x0 reth, kes heavy, x1 zun, x6 mor, reth kes minus, x2 mor, x7 zun, type quen, mor quen minus, type kes, type mor, type reth mor porous, x0, x1, x2, x6 x7, x7 warm observe, x0 heavy observe, x6 fibrous observe, x6 porous observe, x2 porous observe, x1 fibrous observe, x7 heavy observe, x0 fibrous observe, x0 hollow observe, x2 fibrous observe, x1 warm observe, x1 heavy observe x7 fibrous observe consistent ontology
Resolve query in south вуч?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 and tie break shorter then name, 2, variant: v4, 18, 2 and regular, variant: v1, 6, 4 and regular, variant: v2, 6, 4 and regular and variant: v3, 21, 4 and regular and which variant leads at the end
South:
  - trial 0: svv, push and fail, trial 1: svv, lift and ok, trial 2: rsl, wait and ok, trial 3: rsl, close and fail, trial 4: ssv, close and ok, trial 5: pkr, wait and fail, trial 6: pkr, lift and fail and trial 7: ssv, wait and fail, act on pkr and push, close, lift and wait
What is the resolve query in south?

Al norte:
  - regular la ganancia 5, irregular la ganancia 0, per unit longitud el coste de 2, conservar top el cuello de botella 2 y tie break: shorter entonces name, 2, la variante: v4, 18, 2 y regular, la variante: v1, 6, 4 y regular, la variante: v2, 6, 4 y regular y la variante: v3, 21, 4 y regular y cuál la variante leads en el end
Al sur:
  - ensayo 0: svv, empujar y fail, ensayo 1: svv, levantar y ok, ensayo 2: rsl, esperar y ok, ensayo 3: rsl, cerrar y fail, ensayo 4: ssv, cerrar y ok, ensayo 5: pkr, esperar y fail, ensayo 6: pkr, levantar y fail y ensayo 7: ssv, esperar y fail, acto sobre: pkr y empujar, cerrar, levantar y esperar
¿Qué resolve query in: sur?

北面有：
  - regular的收益是5、irregular的收益是0、perunit长度的成本是2、保留top的瓶颈是2和tie break：shorter则name、2、的变体是：v4、18、2和regular、的变体是：v1、6、4和regular、的变体是：v2、6、4和regular和的变体是：v3、21、4和regular和哪个的变体是leads在这end
南面有：
  - 第0：svv、推和fail、第1：svv、抬起和ok、第2：rsl、等待和ok、第3：rsl、关闭和fail、第4：ssv、关闭和ok、第5：pkr、等待和fail、第6：pkr、抬起和fail和第7：ssv、等待和fail、行动的上面：pkr和推、关闭、抬起和等待
resolve query in：南什么？

North:
  - regular 5 gain, irregular 0 gain, per unit uzunluk 2 maliyet, tutmak top 2 bottleneck ve tie break: shorter ise name, 2, variant: v4, 18, 2 ve regular, variant: v1, 6, 4 ve regular, variant: v2, 6, 4 ve regular ve variant: v3, 21, 4 ve regular ve hangi variant leads at end
South:
  - deneme 0: svv, iter ve fail, deneme 1: svv, kaldırır ve ok, deneme 2: rsl, bekler ve ok, deneme 3: rsl, kapatır ve fail, deneme 4: ssv, kapatır ve ok, deneme 5: pkr, bekler ve fail, deneme 6: pkr, kaldırır ve fail ve deneme 7: ssv, bekler ve fail, perde üzerinde: pkr ve iter, kapatır, kaldırır ve bekler
Resolve query in: güney ne?

North:
  - regular gain 5, irregular gain 0, per unit urefu gharimu 2, weka top bottleneck 2 na tie break: shorter basi name, 2, variant: v4, 18, 2 na regular, variant: v1, 6, 4 na regular, variant: v2, 6, 4 na regular na variant: v3, 21, 4 na regular na gani variant leads katika end
South:
  - jaribio 0: svv, kusukuma na fail, jaribio 1: svv, eleveta na ok, jaribio 2: rsl, wait na ok, jaribio 3: rsl, funga na fail, jaribio 4: ssv, funga na ok, jaribio 5: pkr, wait na fail, jaribio 6: pkr, eleveta na fail na jaribio 7: ssv, wait na fail, kitendo on: pkr na kusukuma, funga, eleveta na wait
Resolve query in: kusini nini?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 and tie break shorter then name, 2, variant: v4, 18, 2 and regular, variant: v1, 6, 4 and regular, variant: v2, 6, 4 and regular and variant: v3, 21, 4 and regular and which variant leads at the end
South:
  - trial 0: svv, push and fail, trial 1: svv, lift and ok, trial 2: rsl, wait and ok, trial 3: rsl, close and fail, trial 4: ssv, close and ok, trial 5: pkr, wait and fail, trial 6: pkr, lift and fail and trial 7: ssv, wait and fail, act on pkr and push, close, lift and wait
What is the resolve query in south?

{north: {dynamics: [(gain regular 5) (gain irregular 0) (cost (per_unit_length) 2) (bottleneck (keep_top) 2) (tie_break (shorter_then_name))], generations: 2, population: [(variant v4 18 2 regular) (variant v1 6 4 regular) (variant v2 6 4 regular) (variant v3 21 4 regular)], query: (which_variant_leads_at_the_end)}, query: (resolve_query_in south), south: {history: [(trial 0 svv push fail) (trial 1 svv lift ok) (trial 2 rsl wait ok) (trial 3 rsl close fail) (trial 4 ssv close ok) (trial 5 pkr wait fail) (trial 6 pkr lift fail) (trial 7 ssv wait fail)], query: (act_on pkr), repertoire: [push close lift wait]}}

Norden:
  - regular gewinnen 5, irregular gewinnen 0, je Einheit Länge kosten 2, behalten Oberteil Engstelle 2 und Unentschieden zerbrechen shorter dann Name, 2, Variante: v4, 18, 2 und regular, Variante: v1, 6, 4 und regular, Variante: v2, 6, 4 und regular und Variante: v3, 21, 4 und regular und welcher Variante leads an der Ende
Süden:
  - Versuch 0: svv, drücken und fail, Versuch 1: svv, heben und ok, Versuch 2: rsl, warten und ok, Versuch 3: rsl, close und fail, Versuch 4: ssv, close und ok, Versuch 5: pkr, warten und fail, Versuch 6: pkr, heben und fail und Versuch 7: ssv, warten und fail, act an pkr und drücken, close, heben und warten
Was lösen Frage in Süden?

Се̏вер:
  - regular gain 5, irregular gain 0, per јединица дужина ко̏штати 2, keep врх сужење 2 и nerešeno lomiti shorter затим и̏ме, 2, варѝјанта: v4, 18, 2 и regular, варѝјанта: v1, 6, 4 и regular, варѝјанта: v2, 6, 4 и regular и варѝјанта: v3, 21, 4 и regular и ко̀јӣ варѝјанта leads at крај
Ју̏г:
  - по̀кус 0: svv, потиснути и fail, по̀кус 1: svv, ли̏фт и ok, по̀кус 2: rsl, че̏кати и ok, по̀кус 3: rsl, close и fail, по̀кус 4: ssv, close и ok, по̀кус 5: pkr, че̏кати и fail, по̀кус 6: pkr, ли̏фт и fail и по̀кус 7: ssv, че̏кати и fail, дејство на pkr и потиснути, close, ли̏фт и че̏кати
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - regular saada 5, irregular saada 0, per yksikkö pituus maksaa 2, keep huippu ruuhkauttaa 2 ja tasapeli särkyä shorter sitten nimi, 2, poikkeava: v4, 18, 2 ja regular, poikkeava: v1, 6, 4 ja regular, poikkeava: v2, 6, 4 ja regular ja poikkeava: v3, 21, 4 ja regular ja mikä poikkeava leads luona pää
Etelä:
  - koetus 0: svv, työntää ja fail, koetus 1: svv, nostaa ja ok, koetus 2: rsl, odottaa ja ok, koetus 3: rsl, close ja fail, koetus 4: ssv, close ja ok, koetus 5: pkr, odottaa ja fail, koetus 6: pkr, nostaa ja fail ja koetus 7: ssv, odottaa ja fail, torjua pkr ja työntää, close, nostaa ja odottaa
Mikä ratkaista kysymys sisään etelään?

北面有：
  - regular的收益是5、irregular的收益是0、perunit长度的成本是2、保留top的瓶颈是2和tie break：shorter则name、2、的变体是：v4、18、2和regular、的变体是：v1、6、4和regular、的变体是：v2、6、4和regular和的变体是：v3、21、4和regular和哪个的变体是leads在这end
南面有：
  - 第0：svv、推和fail、第1：svv、抬起和ok、第2：rsl、等待和ok、第3：rsl、关闭和fail、第4：ssv、关闭和ok、第5：pkr、等待和fail、第6：pkr、抬起和fail和第7：ssv、等待和fail、行动的上面：pkr和推、关闭、抬起和等待
resolve query in：南什么？

北:
  - regular5獲得する, irregular0獲得する, 毎単位長さ2費やす, 保持する頂2隘路と引き分け割れる:shorterそれから名前, 2, 変体:v4, 18, 2とregular, 変体:v1, 6, 4とregular, 変体:v2, 6, 4とregularと変体:v3, 21, 4とregularとどの変体leads...で終了
南:
  - 試験0:svv, 押すとfail, 試験1:svv, エレベーターとok, 試験2:rsl, 待つとok, 試験3:rsl, closeとfail, 試験4:ssv, closeとok, 試験5:pkr, 待つとfail, 試験6:pkr, エレベーターとfailと試験7:ssv, 待つとfail, 行為…の上に:pkrと押す, close, エレベーターと待つ
解く質問...に:南何と?

North:
  - regular 5 gain, irregular 0 gain, per unit uzunluk 2 maliyet, tutmak top 2 bottleneck ve tie break: shorter ise name, 2, variant: v4, 18, 2 ve regular, variant: v1, 6, 4 ve regular, variant: v2, 6, 4 ve regular ve variant: v3, 21, 4 ve regular ve hangi variant leads at end
South:
  - deneme 0: svv, iter ve fail, deneme 1: svv, kaldırır ve ok, deneme 2: rsl, bekler ve ok, deneme 3: rsl, kapatır ve fail, deneme 4: ssv, kapatır ve ok, deneme 5: pkr, bekler ve fail, deneme 6: pkr, kaldırır ve fail ve deneme 7: ssv, bekler ve fail, perde üzerinde: pkr ve iter, kapatır, kaldırır ve bekler
Resolve query in: güney ne?

شَمَال:
  - كَسَبَ regular 5، كَسَبَ irregular 0، cost لِكُلّ وَحْدَة طُول 2، عُنُق الزُّجَاجَة اِحْتَفَظَ قِمَّة 2 وَـ تَعَادُل اِنْكَسَرَ shorter ثُمَّ اِسْم، 2، اِخْتِلَاف: v4، 18، 2 وَـ regular، اِخْتِلَاف: v1، 6، 4 وَـ regular، اِخْتِلَاف: v2، 6، 4 وَـ regular وَـ اِخْتِلَاف: v3، 21، 4 وَـ regular وَـ أَيّ اِخْتِلَاف leads عِنْد الـ نِهَايَة
جَنُوب:
  - تَجْرِبَة 0: svv، دَفَعَ وَـ fail، تَجْرِبَة 1: svv، رَفَعَ وَـ ok، تَجْرِبَة 2: rsl، اِنْتَظَرَ وَـ ok، تَجْرِبَة 3: rsl، close وَـ fail، تَجْرِبَة 4: ssv، close وَـ ok، تَجْرِبَة 5: pkr، اِنْتَظَرَ وَـ fail، تَجْرِبَة 6: pkr، رَفَعَ وَـ fail وَـ تَجْرِبَة 7: ssv، اِنْتَظَرَ وَـ fail، act عَلَى pkr وَـ دَفَعَ، close، رَفَعَ وَـ اِنْتَظَرَ
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - regular 5 მიღება, irregular 0 მიღება, per ერთეული length 2 ღირს, შენახვა მწვერვალი 2 bottleneck და ფრე ტყდომა shorter მერე სახელი, 2, განსხვავებული: v4, 18, 2 და regular, განსხვავებული: v1, 6, 4 და regular, განსხვავებული: v2, 6, 4 და regular და განსხვავებული: v3, 21, 4 და regular და რომელი განსხვავებული leads at დასასრული
Სამხრეთი:
  - სასამართლო 0: svv, push და fail, სასამართლო 1: svv, აწევა და ok, სასამართლო 2: rsl, დალოდება და ok, სასამართლო 3: rsl, close და fail, სასამართლო 4: ssv, close და ok, სასამართლო 5: pkr, დალოდება და fail, სასამართლო 6: pkr, აწევა და fail და სასამართლო 7: ssv, დალოდება და fail, act on pkr და push, close, აწევა და დალოდება
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - gain regular 5, gain irregular 0, cost per waeine roa 2, bottleneck keep tihi 2 me hōtiki pekehāwani poto iho kātahi ingoa, 2, rerenga: v4, 18, 2 me regular, rerenga: v1, 6, 4 me regular, rerenga: v2, 6, 4 me regular me rerenga: v3, 21, 4 me regular me tēhea rerenga leads i te hikutau
Tonga:
  - whakawākanga 0: svv, kōpana me fail, whakawākanga 1: svv, tiraki me ok, whakawākanga 2: rsl, whanga me ok, whakawākanga 3: rsl, pā me fail, whakawākanga 4: ssv, pā me ok, whakawākanga 5: pkr, whanga me fail, whakawākanga 6: pkr, tiraki me fail me whakawākanga 7: ssv, whanga me fail, whakahohe on pkr me kōpana, pā, tiraki me whanga
Whakatatū query in tonga unutai?

Phía bắc:
  - regular gain 5, irregular gain 0, mỗi đơn vị chiều dài cost 2, keep đỉnh bottleneck 2 và cột bị bể shorter rồi tên, 2, phương án: v4, 18, 2 và regular, phương án: v1, 6, 4 và regular, phương án: v2, 6, 4 và regular và phương án: v3, 21, 4 và regular và nào phương án leads lúc the chóp
Phía nam:
  - trial 0: svv, xô và fail, trial 1: svv, nâng và ok, trial 2: rsl, đợi và ok, trial 3: rsl, close và fail, trial 4: ssv, close và ok, trial 5: pkr, đợi và fail, trial 6: pkr, nâng và fail và trial 7: ssv, đợi và fail, hành vi trên pkr và xô, close, nâng và đợi
Resolve query trong phía nam gì?

ทิศเหนือ:
  - regulargain5, irregulargain0, ละunitความยาวราคา2, เก็บยอดbottleneck2และโยงแตก:shorterแล้วก็ชื่อ, 2, การเปลี่ยนแปลง:v4, 18, 2และregular, การเปลี่ยนแปลง:v1, 6, 4และregular, การเปลี่ยนแปลง:v2, 6, 4และregularและการเปลี่ยนแปลง:v3, 21, 4และregularและไหนการเปลี่ยนแปลงleadsที่จบ
ทิศใต้:
  - ไตรพจน์0:svv, ดันและfail, ไตรพจน์1:svv, ยกและok, ไตรพจน์2:rsl, รอและok, ไตรพจน์3:rsl, closeและfail, ไตรพจน์4:ssv, closeและok, ไตรพจน์5:pkr, รอและfail, ไตรพจน์6:pkr, ยกและfailและไตรพจน์7:ssv, รอและfail, องก์บน:pkrและดัน, close, ยกและรอ
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - regular 5 gain, irregular 0 gain, per அலகு நீளம் 2 செலவு, காப்பாற்று top 2 bottleneck மற்றும் tie இடைவெளி shorter then பெயர், 2, variant: v4, 18, 2 மற்றும் regular, variant: v1, 6, 4 மற்றும் regular, variant: v2, 6, 4 மற்றும் regular மற்றும் variant: v3, 21, 4 மற்றும் regular மற்றும் எந்த variant leads at முடி
தெற்கு:
  - trial 0: svv, தள்ளு மற்றும் fail, trial 1: svv, உயர்த்தி மற்றும் ok, trial 2: rsl, பொறுத்திரு மற்றும் ok, trial 3: rsl, மூடு மற்றும் fail, trial 4: ssv, மூடு மற்றும் ok, trial 5: pkr, பொறுத்திரு மற்றும் fail, trial 6: pkr, உயர்த்தி மற்றும் fail மற்றும் trial 7: ssv, பொறுத்திரு மற்றும் fail, act on pkr மற்றும் தள்ளு, மூடு, உயர்த்தி மற்றும் பொறுத்திரு
resolve query உள்ளே தெற்கு என்ன?

North:
  - regular gain 5, irregular gain 0, per unit urefu gharimu 2, weka top bottleneck 2 na tie break: shorter basi name, 2, variant: v4, 18, 2 na regular, variant: v1, 6, 4 na regular, variant: v2, 6, 4 na regular na variant: v3, 21, 4 na regular na gani variant leads katika end
South:
  - jaribio 0: svv, kusukuma na fail, jaribio 1: svv, eleveta na ok, jaribio 2: rsl, wait na ok, jaribio 3: rsl, funga na fail, jaribio 4: ssv, funga na ok, jaribio 5: pkr, wait na fail, jaribio 6: pkr, eleveta na fail na jaribio 7: ssv, wait na fail, kitendo on: pkr na kusukuma, funga, eleveta na wait
Resolve query in: kusini nini?

Náhookǫs:
  - regular 5 gain, irregular 0 gain, per unit nineezgo 2 bą́ą́h ílį́, keep hakáʼígíí 2 bottleneck dóó tie break shorter índa ázhiʼ, 2, variant: v4, 18, 2 dóó regular, variant: v1, 6, 4 dóó regular, variant: v2, 6, 4 dóó regular dóó variant: v3, 21, 4 dóó regular dóó which variant leads at end
Shádiʼááh:
  - aahwiinítʼį́ 0: svv, push dóó fail, aahwiinítʼį́ 1: svv, hoł háádaalchʼąłígíí dóó ok, aahwiinítʼį́ 2: rsl, wait dóó ok, aahwiinítʼį́ 3: rsl, close dóó fail, aahwiinítʼį́ 4: ssv, close dóó ok, aahwiinítʼį́ 5: pkr, wait dóó fail, aahwiinítʼį́ 6: pkr, hoł háádaalchʼąłígíí dóó fail dóó aahwiinítʼį́ 7: ssv, wait dóó fail, act bikááʼ pkr dóó push, close, hoł háádaalchʼąłígíí dóó wait
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck aamma tie break shorter then ateq, 2, variant: v4, 18, 2 aamma regular, variant: v1, 6, 4 aamma regular, variant: v2, 6, 4 aamma regular aamma variant: v3, 21, 4 aamma regular aamma which variant leads at end
Kujalleq:
  - trial 0: svv, push aamma fail, trial 1: svv, lift aamma ok, trial 2: rsl, wait aamma ok, trial 3: rsl, close aamma fail, trial 4: ssv, close aamma ok, trial 5: pkr, wait aamma fail, trial 6: pkr, lift aamma fail aamma trial 7: ssv, wait aamma fail, act on pkr aamma push, close, lift aamma wait
Resolve query in kujalleq what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 na tie bruk shorter orait nem, 2, variant: v4, 18, 2 na regular, variant: v1, 6, 4 na regular, variant: v2, 6, 4 na regular na variant: v3, 21, 4 na regular na which variant leads long end
South:
  - trial 0: svv, push na fail, trial 1: svv, liptimapim na ok, trial 2: rsl, wait na ok, trial 3: rsl, pasim na fail, trial 4: ssv, pasim na ok, trial 5: pkr, wait na fail, trial 6: pkr, liptimapim na fail na trial 7: ssv, wait na fail, act on pkr na push, pasim, liptimapim na wait
Resolve query long south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter na luwènsëwakàn, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south kwèch?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep бухь bottleneck 2 а tie break shorter then цӏи, 2, variant: v4, 18, 2 а regular, variant: v1, 6, 4 а regular, variant: v2, 6, 4 а regular а variant: v3, 21, 4 а regular а which variant leads at end
South:
  - trial 0: svv, татта а fail, trial 1: svv, lift а ok, trial 2: rsl, wait а ok, trial 3: rsl, close а fail, trial 4: ssv, close а ok, trial 5: pkr, wait а fail, trial 6: pkr, lift а fail а trial 7: ssv, wait а fail, act on pkr а татта, close, lift а wait
Resolve query in south фу?

북:
  - regular 5 얻다, irregular 0 얻다, per 단위 길이 2 cost, 지키다 꼭대기 2 bottleneck 무승부 부러지다 shorter 나중에 이름, 2, 변체: v4, 18, 2 regular, 변체: v1, 6, 4 regular, 변체: v2, 6, 4 regular 변체: v3, 21, 4 regular 어느 변체 leads at 끝
남:
  - 시험 0: svv, 밀다 fail, 시험 1: svv, 엘리베이터 ok, 시험 2: rsl, 기다리다 ok, 시험 3: rsl, 막다 fail, 시험 4: ssv, 막다 ok, 시험 5: pkr, 기다리다 fail, 시험 6: pkr, 엘리베이터 fail 시험 7: ssv, 기다리다 fail, 행위 ...위에 pkr 밀다, 막다, 엘리베이터 기다리다
해결하다 질문...의 안에 남 무엇?

Ipar:
  - regular 5 gain, irregular 0 gain, per unit length 2 kostatu, gorde gain 2 bottleneck eta berdinketa puskatu shorter then izen, 2, aldaera: v4, 18, 2 eta regular, aldaera: v1, 6, 4 eta regular, aldaera: v2, 6, 4 eta regular eta aldaera: v3, 21, 4 eta regular eta which aldaera leads at the amai
Hego:
  - trial 0: svv, push eta fail, trial 1: svv, igogailu eta ok, trial 2: rsl, wait eta ok, trial 3: rsl, itxi eta fail, trial 4: ssv, itxi eta ok, trial 5: pkr, wait eta fail, trial 6: pkr, igogailu eta fail eta trial 7: ssv, wait eta fail, act on pkr eta push, itxi, igogailu eta wait
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - regular gain 5, irregular gain 0, per unit ᏂᎦᏅᎯᏒ cost 2, keep top bottleneck 2 ᎠᎴ tie ᎠᏍᏆᎵᏍᎦ shorter then name, 2, variant: v4, 18, 2 ᎠᎴ regular, variant: v1, 6, 4 ᎠᎴ regular, variant: v2, 6, 4 ᎠᎴ regular ᎠᎴ variant: v3, 21, 4 ᎠᎴ regular ᎠᎴ which variant leads at ᎠᎵᏍᏆᏗᎠ
ᏧᎦᏃᏮᎢ:
  - trial 0: svv, push ᎠᎴ fail, trial 1: svv, lift ᎠᎴ ok, trial 2: rsl, wait ᎠᎴ ok, trial 3: rsl, ᎠᏍᏚᎲᏍᎦ ᎠᎴ fail, trial 4: ssv, ᎠᏍᏚᎲᏍᎦ ᎠᎴ ok, trial 5: pkr, wait ᎠᎴ fail, trial 6: pkr, lift ᎠᎴ fail ᎠᎴ trial 7: ssv, wait ᎠᎴ fail, act on pkr ᎠᎴ push, ᎠᏍᏚᎲᏍᎦ, lift ᎠᎴ wait
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - regular gain 5, irregular gain 0, per unit karu kay cost 2, keep top bottleneck 2 watay pakii shorter hinaspa suti, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at usay
South:
  - trial 0: svv, tanqay fail, trial 1: svv, lift ok, trial 2: rsl, suyay ok, trial 3: rsl, wicgai fail, trial 4: ssv, wicgai ok, trial 5: pkr, suyay fail, trial 6: pkr, lift fail trial 7: ssv, suyay fail, act on pkr tanqay, wicgai, lift suyay
Resolve query in south what?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck ыкӏи tie break shorter then цӏэ, 2, variant: v4, 18, 2 ыкӏи regular, variant: v1, 6, 4 ыкӏи regular, variant: v2, 6, 4 ыкӏи regular ыкӏи variant: v3, 21, 4 ыкӏи regular ыкӏи which variant leads at the end
South:
  - trial 0: svv, push ыкӏи fail, trial 1: svv, lift ыкӏи ok, trial 2: rsl, wait ыкӏи ok, trial 3: rsl, close ыкӏи fail, trial 4: ssv, close ыкӏи ok, trial 5: pkr, wait ыкӏи fail, trial 6: pkr, lift ыкӏи fail ыкӏи trial 7: ssv, wait ыкӏи fail, act on pkr ыкӏи push, close, lift ыкӏи wait
Resolve query in south сыд?

North:
  - regular gain 5, irregular gain 0, per unit length nqi 2, keep top bottleneck 2 thiab tie break shorter then lub npe, 2, variant: v4, 18, 2 thiab regular, variant: v1, 6, 4 thiab regular, variant: v2, 6, 4 thiab regular thiab variant: v3, 21, 4 thiab regular thiab which variant leads at end
South:
  - trial 0: svv, thawb thiab fail, trial 1: svv, lift thiab ok, trial 2: rsl, wait thiab ok, trial 3: rsl, kaw thiab fail, trial 4: ssv, kaw thiab ok, trial 5: pkr, wait thiab fail, trial 6: pkr, lift thiab fail thiab trial 7: ssv, wait thiab fail, act on pkr thiab thawb, kaw, lift thiab wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads jeyou end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south ining-jak?

Falammi:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 micha' tie break shorter then holhchifo, 2, variant: v4, 18, 2 micha' regular, variant: v1, 6, 4 micha' regular, variant: v2, 6, 4 micha' regular micha' variant: v3, 21, 4 micha' regular micha' which variant leads at end
South:
  - trial 0: svv, push micha' fail, trial 1: svv, lift micha' ok, trial 2: rsl, wait micha' ok, trial 3: rsl, close micha' fail, trial 4: ssv, close micha' ok, trial 5: pkr, wait micha' fail, trial 6: pkr, lift micha' fail micha' trial 7: ssv, wait micha' fail, act on pkr micha' push, close, lift micha' wait
Resolve query in south nanta?

ヘペラ:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck カ tie break shorter then レ, 2, variant: v4, 18, 2 カ regular, variant: v1, 6, 4 カ regular, variant: v2, 6, 4 カ regular カ variant: v3, 21, 4 カ regular カ which variant leads at end
ヘパシ:
  - trial 0: svv, push カ fail, trial 1: svv, lift カ ok, trial 2: rsl, wait カ ok, trial 3: rsl, close カ fail, trial 4: ssv, close カ ok, trial 5: pkr, wait カ fail, trial 6: pkr, lift カ fail カ trial 7: ssv, wait カ fail, act on pkr カ push, close, lift カ wait
Resolve query in ヘパシ what?

Эйгысӄын:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 ынкъам tie break shorter then нынны, 2, variant: v4, 18, 2 ынкъам regular, variant: v1, 6, 4 ынкъам regular, variant: v2, 6, 4 ынкъам regular ынкъам variant: v3, 21, 4 ынкъам regular ынкъам which variant leads at end
Айвалыӈӄал:
  - trial 0: svv, push ынкъам fail, trial 1: svv, lift ынкъам ok, trial 2: rsl, wait ынкъам ok, trial 3: rsl, close ынкъам fail, trial 4: ssv, close ынкъам ok, trial 5: pkr, wait ынкъам fail, trial 6: pkr, lift ынкъам fail ынкъам trial 7: ssv, wait ынкъам fail, act on pkr ынкъам push, close, lift ынкъам wait
Resolve query in айвалыӈӄал what?

North:
  - regular gain 5, irregular gain 0, per unit chowakil cost 2, keep top bottleneck 2 yéetel tie break shorter then kʼaabaʼ, 2, variant: v4, 18, 2 yéetel regular, variant: v1, 6, 4 yéetel regular, variant: v2, 6, 4 yéetel regular yéetel variant: v3, 21, 4 yéetel regular yéetel which variant leads at end
South:
  - trial 0: svv, push yéetel fail, trial 1: svv, lift yéetel ok, trial 2: rsl, wait yéetel ok, trial 3: rsl, close yéetel fail, trial 4: ssv, close yéetel ok, trial 5: pkr, wait yéetel fail, trial 6: pkr, lift yéetel fail yéetel trial 7: ssv, wait yéetel fail, act on pkr yéetel push, close, lift yéetel wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter yíane name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south híli?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck na tie break shorter then name, 2, variant: v4, 18, 2 na regular, variant: v1, 6, 4 na regular, variant: v2, 6, 4 na regular na variant: v3, 21, 4 na regular na which variant leads at the end
South:
  - trial 0: svv, push na fail, trial 1: svv, lift na ok, trial 2: rsl, wait na ok, trial 3: rsl, close na fail, trial 4: ssv, close na ok, trial 5: pkr, wait na fail, trial 6: pkr, lift na fail na trial 7: ssv, wait na fail, act on pkr na push, close, lift na wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then téra, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at the end
Ñemby:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in ñemby what?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 ǂʻá tie break shorter then name, 2, variant: v4, 18, 2 ǂʻá regular, variant: v1, 6, 4 ǂʻá regular, variant: v2, 6, 4 ǂʻá regular ǂʻá variant: v3, 21, 4 ǂʻá regular ǂʻá which variant leads at end
South:
  - trial 0: svv, push ǂʻá fail, trial 1: svv, lift ǂʻá ok, trial 2: rsl, wait ǂʻá ok, trial 3: rsl, close ǂʻá fail, trial 4: ssv, close ǂʻá ok, trial 5: pkr, wait ǂʻá fail, trial 6: pkr, lift ǂʻá fail ǂʻá trial 7: ssv, wait ǂʻá fail, act on pkr ǂʻá push, close, lift ǂʻá wait
Resolve query in south what?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck tie break shorter then ӄʼа, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then sdaʔ, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck tie break shorter then wapus, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
Itax:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in itax what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at the end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

Ajkuikpa:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at ne end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south tay?

Nord :
  - regular gagner 5, irregular gagner 0, par unité longueur coûter 2, garder dessus goulot 2 et égalité se rompre shorter puis nom, 2, variante: v4, 18, 2 et regular, variante: v1, 6, 4 et regular, variante: v2, 6, 4 et regular et variante: v3, 21, 4 et regular et quel variante leads au fin
Sud :
  - essai 0: svv, pousser et fail, essai 1: svv, lever et ok, essai 2: rsl, attendre et ok, essai 3: rsl, fermer et fail, essai 4: ssv, fermer et ok, essai 5: pkr, attendre et fail, essai 6: pkr, lever et fail et essai 7: ssv, attendre et fail, acte allumé pkr et pousser, fermer, lever et attendre
Quoi résoudre question dans sud ?

Nordo:
  - regular atingi 5, irregular atingi 0, graŭ unito longo kosti 2, gardi supro bottleneck 2 kaj egalvenko rompi shorter tiam nomo, 2, varianto: v4, 18, 2 kaj regular, varianto: v1, 6, 4 kaj regular, varianto: v2, 6, 4 kaj regular kaj varianto: v3, 21, 4 kaj regular kaj kiu varianto leads ĉe fino
Sudo:
  - proceso 0: svv, puŝi kaj fail, proceso 1: svv, levi kaj ok, proceso 2: rsl, atendi kaj ok, proceso 3: rsl, close kaj fail, proceso 4: ssv, close kaj ok, proceso 5: pkr, atendi kaj fail, proceso 6: pkr, levi kaj fail kaj proceso 7: ssv, atendi kaj fail, act sur pkr kaj puŝi, close, levi kaj atendi
Solvi pridemando en sudo kio?

Észak:
  - regular szerez 5, irregular szerez 0, per egység hossz kerül 2, keep tető útszűkület 2 és köt törik shorter aztán név, 2, változat: v4, 18, 2 és regular, változat: v1, 6, 4 és regular, változat: v2, 6, 4 és regular és változat: v3, 21, 4 és regular és melyik változat leads at a vég
Dél:
  - próba 0: svv, tol és fail, próba 1: svv, emel és ok, próba 2: rsl, vár és ok, próba 3: rsl, becsuk és fail, próba 4: ssv, becsuk és ok, próba 5: pkr, vár és fail, próba 6: pkr, emel és fail és próba 7: ssv, vár és fail, cselekvés bekapcsolva pkr és tol, becsuk, emel és vár
Megold kérdés be dél melyik?

北:
  - regulargain5, irregulargain0, perunit長度cost2, 保持主動bottleneck2及tie break:shorterthen名, 2, variant:v4, 18, 2及regular, variant:v1, 6, 4及regular, variant:v2, 6, 4及regular及variant:v3, 21, 4及regular及邊variantleads喺end
南:
  - trial0:svv, push及fail, trial1:svv, 電梯及ok, trial2:rsl, 等及ok, trial3:rsl, close及fail, trial4:ssv, close及ok, trial5:pkr, 等及fail, trial6:pkr, 電梯及fail及trial7:ssv, 等及fail, 做on:pkr及push, close, 電梯及等
resolve query in:南乜嘢?

北:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 とぅ tie break shorter then 名, 2, variant: v4, 18, 2 とぅ regular, variant: v1, 6, 4 とぅ regular, variant: v2, 6, 4 とぅ regular とぅ variant: v3, 21, 4 とぅ regular とぅ which variant leads at end
South:
  - trial 0: svv, push とぅ fail, trial 1: svv, lift とぅ ok, trial 2: rsl, wait とぅ ok, trial 3: rsl, close とぅ fail, trial 4: ssv, close とぅ ok, trial 5: pkr, wait とぅ fail, trial 6: pkr, lift とぅ fail とぅ trial 7: ssv, wait とぅ fail, act on pkr とぅ push, close, lift とぅ wait
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit ұзындық тұру 2, keep top bottleneck 2 және байлау сындыру shorter then есім, 2, нұсқа: v4, 18, 2 және regular, нұсқа: v1, 6, 4 және regular, нұсқа: v2, 6, 4 және regular және нұсқа: v3, 21, 4 және regular және қайсы нұсқа leads at end
South:
  - сын 0: svv, итеру және fail, сын 1: svv, лифт және ok, сын 2: rsl, күту және ok, сын 3: rsl, close және fail, сын 4: ssv, close және ok, сын 5: pkr, күту және fail, сын 6: pkr, лифт және fail және сын 7: ssv, күту және fail, перде үстінде pkr және итеру, close, лифт және күту
Resolve сұрау in south не?

צָּפוֹן:
  - regular קיבל 5, irregular קיבל 0, לכל יְחִידָה length עָלָה 2, שָׁמַר אַקְטִיבִי bottleneck 2 וְ־ לקשור נשבר shorter דְּאָז שֵׁם, 2, מתבדל: v4, 18, 2 וְ־ regular, מתבדל: v1, 6, 4 וְ־ regular, מתבדל: v2, 6, 4 וְ־ regular וְ־ מתבדל: v3, 21, 4 וְ־ regular וְ־ אֵיזֶה מתבדל leads אֵצֶל ה־ סוֹף
דָּרוֹם:
  - מִשְׁפָּט 0: svv, דָּחַף וְ־ fail, מִשְׁפָּט 1: svv, מַעֲלִית וְ־ ok, מִשְׁפָּט 2: rsl, הִמְתִּין וְ־ ok, מִשְׁפָּט 3: rsl, close וְ־ fail, מִשְׁפָּט 4: ssv, close וְ־ ok, מִשְׁפָּט 5: pkr, הִמְתִּין וְ־ fail, מִשְׁפָּט 6: pkr, מַעֲלִית וְ־ fail וְ־ מִשְׁפָּט 7: ssv, הִמְתִּין וְ־ fail, לִפְעוֹל עַל pkr וְ־ דָּחַף, close, מַעֲלִית וְ־ הִמְתִּין
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 დო tie break shorter then name, 2, variant: v4, 18, 2 დო regular, variant: v1, 6, 4 დო regular, variant: v2, 6, 4 დო regular დო variant: v3, 21, 4 დო regular დო which variant leads at end
South:
  - trial 0: svv, ჯიკაფი დო fail, trial 1: svv, lift დო ok, trial 2: rsl, wait დო ok, trial 3: rsl, close დო fail, trial 4: ssv, close დო ok, trial 5: pkr, wait დო fail, trial 6: pkr, lift დო fail დო trial 7: ssv, wait დო fail, act on pkr დო ჯიკაფი, close, lift დო wait
Resolve query in south what?

Utara:
  - regular gain 5, irregular gain 0, per satuan panjang menghabiskan biaya 2, simpan atas bottleneck 2 dan ikat patah shorter lalu nama, 2, varian: v4, 18, 2 dan regular, varian: v1, 6, 4 dan regular, varian: v2, 6, 4 dan regular dan varian: v3, 21, 4 dan regular dan yang varian leads at si akhir
Selatan:
  - percobaan 0: svv, dorong dan fail, percobaan 1: svv, angkat dan ok, percobaan 2: rsl, menunggu dan ok, percobaan 3: rsl, close dan fail, percobaan 4: ssv, close dan ok, percobaan 5: pkr, menunggu dan fail, percobaan 6: pkr, angkat dan fail dan percobaan 7: ssv, menunggu dan fail, tindakan menyala pkr dan dorong, close, angkat dan menunggu
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - regulargain5, irregulargain0, perunitប្រវែងមានតម្លៃ2, ទុកកំពូលbottleneck2នឹងចងបាក់:shorterរួចមកឈ្មោះ, 2, variant:v4, 18, 2នឹងregular, variant:v1, 6, 4នឹងregular, variant:v2, 6, 4នឹងregularនឹងvariant:v3, 21, 4នឹងregularនឹងណាvariantleadsattheចុង
ខាងត្បូង:
  - បរីក្សា0:svv, រុញនឹងfail, បរីក្សា1:svv, លើកនឹងok, បរីក្សា2:rsl, ចាំនឹងok, បរីក្សា3:rsl, closeនឹងfail, បរីក្សា4:ssv, closeនឹងok, បរីក្សា5:pkr, ចាំនឹងfail, បរីក្សា6:pkr, លើកនឹងfailនឹងបរីក្សា7:ssv, ចាំនឹងfail, ទង្វើនៅលើ:pkrនឹងរុញ, close, លើកនឹងចាំ
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - regulargain5, irregulargain0, perໜ່ວຍຄວາມຍາວຄ່າໃຊ້ຈ່າຍ2, keep topbottleneck2ແລະຈອງbreak:shorterthenຊື່, 2, variant:v4, 18, 2ແລະregular, variant:v1, 6, 4ແລະregular, variant:v2, 6, 4ແລະregularແລະvariant:v3, 21, 4ແລະregularແລະໃດvariantleadsທີ່ຈົບ
ທິດໃຕ້:
  - trial0:svv, ດັນແລະfail, trial1:svv, ຍົກແລະok, trial2:rsl, ລໍແລະok, trial3:rsl, closeແລະfail, trial4:ssv, closeແລະok, trial5:pkr, ລໍແລະfail, trial6:pkr, ຍົກແລະfailແລະtrial7:ssv, ລໍແລະfail, actເທິງ:pkrແລະດັນ, close, ຍົກແລະລໍ
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - regular 5 పొందు, irregular 0 పొందు, per unit పొడవు 2 cost, keep top 2 bottleneck మరియు tie విరుచు shorter అప్పుడు పేరు, 2, variant: v4, 18, 2 మరియు regular, variant: v1, 6, 4 మరియు regular, variant: v2, 6, 4 మరియు regular మరియు variant: v3, 21, 4 మరియు regular మరియు ఏ variant leads వద్ద end
దక్షిణం:
  - trial 0: svv, నెట్టు మరియు fail, trial 1: svv, లిఫ్ట్ మరియు ok, trial 2: rsl, wait మరియు ok, trial 3: rsl, మూయు మరియు fail, trial 4: ssv, మూయు మరియు ok, trial 5: pkr, wait మరియు fail, trial 6: pkr, లిఫ్ట్ మరియు fail మరియు trial 7: ssv, wait మరియు fail, చేత on pkr మరియు నెట్టు, మూయు, లిఫ్ట్ మరియు wait
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then orúkọ, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
What resolve query in south?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at the end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

north:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
south:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit langa cost 2, keep top bottleneck 2 tie broko shorter then nen, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wakti ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wakti fail, trial 6: pkr, lift fail trial 7: ssv, wakti fail, act on pkr push, close, lift wakti
Resolve query in south what?

North:
  - regular gain 5, irregular gain 0, per unit length cost 2, keep top bottleneck 2 tie break shorter then name, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south what?

North:
  - regular 5 gain, irregular 0 gain, per unit length 2 cost, keep top 2 bottleneck tie break shorter then тӏвар, 2, variant: v4, 18, 2 regular, variant: v1, 6, 4 regular, variant: v2, 6, 4 regular variant: v3, 21, 4 regular which variant leads at end
South:
  - trial 0: svv, push fail, trial 1: svv, lift ok, trial 2: rsl, wait ok, trial 3: rsl, close fail, trial 4: ssv, close ok, trial 5: pkr, wait fail, trial 6: pkr, lift fail trial 7: ssv, wait fail, act on pkr push, close, lift wait
Resolve query in south вуч?

North:
  - claim: c0, tod and giz, claim: c1, pul and ror, claim: c2, giz and ror and claim: c3, giz and kud, block 0: giz and 0, after: 0, 0, tod and 0, after: 0, 0, kud and 1, after: 0, 0, giz and 0, after: 0, 0, ror and 1, after: 0, 0, pul and 0, after: 0, 1, tod and 1, after: 0, 1, kud and 0, after: 0, 1, giz and 0, after: 0, 1, ror and 0, after: 0, 1, pul and 0, block 1: giz and 1, after: 1, 0, tod and 0, after: 1, 0, kud and 1, after: 1, 0, giz and 1, after: 1, 0, ror and 1, after: 1, 0, pul and 1, after: 1, 1, tod and 1, after: 1, 1, kud and 0, after: 1, 1, giz and 1, after: 1, 1, ror and 0, after: 1, 1, pul and 1, block 2: pul and 0, after: 2, 0, tod and 0, after: 2, 0, kud and 1, after: 2, 0, giz and 1, after: 2, 0, ror and 1, after: 2, 0, pul and 0, after: 2, 1, tod and 1, after: 2, 1, kud and 0, after: 2, 1, giz and 0, after: 2, 1, ror and 0, after: 2, 1, pul and 0, block 3: pul and 1, after: 3, 0, tod and 0, after: 3, 0, kud and 1, after: 3, 0, giz and 1, after: 3, 0, ror and 1, after: 3, 0, pul and 1, after: 3, 1, tod and 1, after: 3, 1, kud and 0, after: 3, 1, giz and 0, after: 3, 1, ror and 0, after: 3, 1, pul and 1, block 4: tod and 0, after: 4, 0, tod and 0, after: 4, 0, kud and 1, after: 4, 0, giz and 1, after: 4, 0, ror and 1, after: 4, 0, pul and 1, block 5: tod and 1, after: 5, 0, tod and 1, after: 5, 0, kud and 0, after: 5, 0, giz and 0, after: 5, 0, ror and 0 and after: 5, 0, pul and 0, which claim is causal, block 0: tod and 0, block 0: kud and 1, block 0: giz and 1, block 0: ror and 1, block 0: pul and 1, block 0: mit and 0, block 0: beb and 0, block 1: tod and 1, block 1: kud and 0, block 1: giz and 0, block 1: ror and 0, block 1: pul and 0, block 1: mit and 1, block 1: beb and 1, block 2: tod and 0, block 2: kud and 1, block 2: giz and 1, block 2: ror and 1, block 2: pul and 1, block 2: mit and 1, block 2: beb and 1, block 3: tod and 1, block 3: kud and 0, block 3: giz and 0, block 3: ror and 0, block 3: pul and 0, block 3: mit and 0 and block 3: beb and 0 and tod, kud, giz, ror, pul, mit and beb
South:
  - m_kor macro wait and open, m_sel macro turn and wait, m_dun macro turn, open and scan and m_vim macro push and open, step cost 1 and define_macro cost one_per_body_step, pl0 plan turn, move, open and scan, pl1 plan push, open, push, open, lift, wait and open and pl2 plan push, open, push, move, open, turn, wait, push, drop and open and best_macro
What is the resolve query in north?

Al norte:
  - la afirmación: c0, tod y giz, la afirmación: c1, pul y ror, la afirmación: c2, giz y ror y la afirmación: c3, giz y kud, bloque 0: giz y 0, después de: 0, 0, tod y 0, después de: 0, 0, kud y 1, después de: 0, 0, giz y 0, después de: 0, 0, ror y 1, después de: 0, 0, pul y 0, después de: 0, 1, tod y 1, después de: 0, 1, kud y 0, después de: 0, 1, giz y 0, después de: 0, 1, ror y 0, después de: 0, 1, pul y 0, bloque 1: giz y 1, después de: 1, 0, tod y 0, después de: 1, 0, kud y 1, después de: 1, 0, giz y 1, después de: 1, 0, ror y 1, después de: 1, 0, pul y 1, después de: 1, 1, tod y 1, después de: 1, 1, kud y 0, después de: 1, 1, giz y 1, después de: 1, 1, ror y 0, después de: 1, 1, pul y 1, bloque 2: pul y 0, después de: 2, 0, tod y 0, después de: 2, 0, kud y 1, después de: 2, 0, giz y 1, después de: 2, 0, ror y 1, después de: 2, 0, pul y 0, después de: 2, 1, tod y 1, después de: 2, 1, kud y 0, después de: 2, 1, giz y 0, después de: 2, 1, ror y 0, después de: 2, 1, pul y 0, bloque 3: pul y 1, después de: 3, 0, tod y 0, después de: 3, 0, kud y 1, después de: 3, 0, giz y 1, después de: 3, 0, ror y 1, después de: 3, 0, pul y 1, después de: 3, 1, tod y 1, después de: 3, 1, kud y 0, después de: 3, 1, giz y 0, después de: 3, 1, ror y 0, después de: 3, 1, pul y 1, bloque 4: tod y 0, después de: 4, 0, tod y 0, después de: 4, 0, kud y 1, después de: 4, 0, giz y 1, después de: 4, 0, ror y 1, después de: 4, 0, pul y 1, bloque 5: tod y 1, después de: 5, 0, tod y 1, después de: 5, 0, kud y 0, después de: 5, 0, giz y 0, después de: 5, 0, ror y 0 y después de: 5, 0, pul y 0, cuál la afirmación es causal, bloque 0: tod y 0, bloque 0: kud y 1, bloque 0: giz y 1, bloque 0: ror y 1, bloque 0: pul y 1, bloque 0: mit y 0, bloque 0: beb y 0, bloque 1: tod y 1, bloque 1: kud y 0, bloque 1: giz y 0, bloque 1: ror y 0, bloque 1: pul y 0, bloque 1: mit y 1, bloque 1: beb y 1, bloque 2: tod y 0, bloque 2: kud y 1, bloque 2: giz y 1, bloque 2: ror y 1, bloque 2: pul y 1, bloque 2: mit y 1, bloque 2: beb y 1, bloque 3: tod y 1, bloque 3: kud y 0, bloque 3: giz y 0, bloque 3: ror y 0, bloque 3: pul y 0, bloque 3: mit y 0 y bloque 3: beb y 0 y tod, kud, giz, ror, pul, mit y beb
Al sur:
  - m_kor abrevia esperar y abrir, m_sel abrevia el turno y esperar, m_dun abrevia el turno, abrir y escanear y m_vim abrevia empujar y abrir, el paso el coste de 1 y define_macro el coste de one_per_body_step, pl0 el plan el turno, el movimiento, abrir y escanear, pl1 el plan empujar, abrir, empujar, abrir, levantar, esperar y abrir y pl2 el plan empujar, abrir, empujar, el movimiento, abrir, el turno, esperar, empujar, soltar y abrir y best_macro
¿Qué resolve query in: norte?

北面有：
  - 主张：c0、tod和giz、主张：c1、pul和ror、主张：c2、giz和ror和主张：c3、giz和kud、块0：giz和0、在之后：0、0、tod和0、在之后：0、0、kud和1、在之后：0、0、giz和0、在之后：0、0、ror和1、在之后：0、0、pul和0、在之后：0、1、tod和1、在之后：0、1、kud和0、在之后：0、1、giz和0、在之后：0、1、ror和0、在之后：0、1、pul和0、块1：giz和1、在之后：1、0、tod和0、在之后：1、0、kud和1、在之后：1、0、giz和1、在之后：1、0、ror和1、在之后：1、0、pul和1、在之后：1、1、tod和1、在之后：1、1、kud和0、在之后：1、1、giz和1、在之后：1、1、ror和0、在之后：1、1、pul和1、块2：pul和0、在之后：2、0、tod和0、在之后：2、0、kud和1、在之后：2、0、giz和1、在之后：2、0、ror和1、在之后：2、0、pul和0、在之后：2、1、tod和1、在之后：2、1、kud和0、在之后：2、1、giz和0、在之后：2、1、ror和0、在之后：2、1、pul和0、块3：pul和1、在之后：3、0、tod和0、在之后：3、0、kud和1、在之后：3、0、giz和1、在之后：3、0、ror和1、在之后：3、0、pul和1、在之后：3、1、tod和1、在之后：3、1、kud和0、在之后：3、1、giz和0、在之后：3、1、ror和0、在之后：3、1、pul和1、块4：tod和0、在之后：4、0、tod和0、在之后：4、0、kud和1、在之后：4、0、giz和1、在之后：4、0、ror和1、在之后：4、0、pul和1、块5：tod和1、在之后：5、0、tod和1、在之后：5、0、kud和0、在之后：5、0、giz和0、在之后：5、0、ror和0和在之后：5、0、pul和0、哪个主张是causal、块0：tod和0、块0：kud和1、块0：giz和1、块0：ror和1、块0：pul和1、块0：mit和0、块0：beb和0、块1：tod和1、块1：kud和0、块1：giz和0、块1：ror和0、块1：pul和0、块1：mit和1、块1：beb和1、块2：tod和0、块2：kud和1、块2：giz和1、块2：ror和1、块2：pul和1、块2：mit和1、块2：beb和1、块3：tod和1、块3：kud和0、块3：giz和0、块3：ror和0、块3：pul和0、块3：mit和0和块3：beb和0和tod、kud、giz、ror、pul、mit和beb
南面有：
  - 姆科尔的宏是等待和打开、姆塞尔的宏是的轮次是和等待、姆敦的宏是的轮次是、打开和扫描和姆维姆的宏是推和打开、的步骤是的成本是1和define_macro的成本是one_per_body_step、pl0的计划是的轮次是、的走法是、打开和扫描、pl1的计划是推、打开、推、打开、抬起、等待和打开和pl2的计划是推、打开、推、的走法是、打开、的轮次是、等待、推、放下和打开和best_macro
resolve query in：北什么？

North:
  - iddia: c0, tod ve giz, iddia: c1, pul ve ror, iddia: c2, giz ve ror ve iddia: c3, giz ve kud, blok 0: giz ve 0, after: 0, 0, tod ve 0, after: 0, 0, kud ve 1, after: 0, 0, giz ve 0, after: 0, 0, ror ve 1, after: 0, 0, pul ve 0, after: 0, 1, tod ve 1, after: 0, 1, kud ve 0, after: 0, 1, giz ve 0, after: 0, 1, ror ve 0, after: 0, 1, pul ve 0, blok 1: giz ve 1, after: 1, 0, tod ve 0, after: 1, 0, kud ve 1, after: 1, 0, giz ve 1, after: 1, 0, ror ve 1, after: 1, 0, pul ve 1, after: 1, 1, tod ve 1, after: 1, 1, kud ve 0, after: 1, 1, giz ve 1, after: 1, 1, ror ve 0, after: 1, 1, pul ve 1, blok 2: pul ve 0, after: 2, 0, tod ve 0, after: 2, 0, kud ve 1, after: 2, 0, giz ve 1, after: 2, 0, ror ve 1, after: 2, 0, pul ve 0, after: 2, 1, tod ve 1, after: 2, 1, kud ve 0, after: 2, 1, giz ve 0, after: 2, 1, ror ve 0, after: 2, 1, pul ve 0, blok 3: pul ve 1, after: 3, 0, tod ve 0, after: 3, 0, kud ve 1, after: 3, 0, giz ve 1, after: 3, 0, ror ve 1, after: 3, 0, pul ve 1, after: 3, 1, tod ve 1, after: 3, 1, kud ve 0, after: 3, 1, giz ve 0, after: 3, 1, ror ve 0, after: 3, 1, pul ve 1, blok 4: tod ve 0, after: 4, 0, tod ve 0, after: 4, 0, kud ve 1, after: 4, 0, giz ve 1, after: 4, 0, ror ve 1, after: 4, 0, pul ve 1, blok 5: tod ve 1, after: 5, 0, tod ve 1, after: 5, 0, kud ve 0, after: 5, 0, giz ve 0, after: 5, 0, ror ve 0 ve after: 5, 0, pul ve 0, hangi iddia causal, blok 0: tod ve 0, blok 0: kud ve 1, blok 0: giz ve 1, blok 0: ror ve 1, blok 0: pul ve 1, blok 0: mit ve 0, blok 0: beb ve 0, blok 1: tod ve 1, blok 1: kud ve 0, blok 1: giz ve 0, blok 1: ror ve 0, blok 1: pul ve 0, blok 1: mit ve 1, blok 1: beb ve 1, blok 2: tod ve 0, blok 2: kud ve 1, blok 2: giz ve 1, blok 2: ror ve 1, blok 2: pul ve 1, blok 2: mit ve 1, blok 2: beb ve 1, blok 3: tod ve 1, blok 3: kud ve 0, blok 3: giz ve 0, blok 3: ror ve 0, blok 3: pul ve 0, blok 3: mit ve 0 ve blok 3: beb ve 0 ve tod, kud, giz, ror, pul, mit ve beb
South:
  - m_kor bekler ve açar macro, m_sel dönmek ve bekler macro, m_dun dönmek, açar ve tarar macro ve m_vim iter ve açar macro, adım 1 maliyet ve define_macro one_per_body_step maliyet, pl0 dönmek, taşır, açar ve tarar plan, pl1 iter, açar, iter, açar, kaldırır, bekler ve açar plan ve pl2 iter, açar, iter, taşır, açar, dönmek, bekler, iter, damla ve açar plan ve best_macro
Resolve query in: kuzey ne?

North:
  - claim: c0, tod na giz, claim: c1, pul na ror, claim: c2, giz na ror na claim: c3, giz na kud, kizuizi 0: giz na 0, after: 0, 0, tod na 0, after: 0, 0, kud na 1, after: 0, 0, giz na 0, after: 0, 0, ror na 1, after: 0, 0, pul na 0, after: 0, 1, tod na 1, after: 0, 1, kud na 0, after: 0, 1, giz na 0, after: 0, 1, ror na 0, after: 0, 1, pul na 0, kizuizi 1: giz na 1, after: 1, 0, tod na 0, after: 1, 0, kud na 1, after: 1, 0, giz na 1, after: 1, 0, ror na 1, after: 1, 0, pul na 1, after: 1, 1, tod na 1, after: 1, 1, kud na 0, after: 1, 1, giz na 1, after: 1, 1, ror na 0, after: 1, 1, pul na 1, kizuizi 2: pul na 0, after: 2, 0, tod na 0, after: 2, 0, kud na 1, after: 2, 0, giz na 1, after: 2, 0, ror na 1, after: 2, 0, pul na 0, after: 2, 1, tod na 1, after: 2, 1, kud na 0, after: 2, 1, giz na 0, after: 2, 1, ror na 0, after: 2, 1, pul na 0, kizuizi 3: pul na 1, after: 3, 0, tod na 0, after: 3, 0, kud na 1, after: 3, 0, giz na 1, after: 3, 0, ror na 1, after: 3, 0, pul na 1, after: 3, 1, tod na 1, after: 3, 1, kud na 0, after: 3, 1, giz na 0, after: 3, 1, ror na 0, after: 3, 1, pul na 1, kizuizi 4: tod na 0, after: 4, 0, tod na 0, after: 4, 0, kud na 1, after: 4, 0, giz na 1, after: 4, 0, ror na 1, after: 4, 0, pul na 1, kizuizi 5: tod na 1, after: 5, 0, tod na 1, after: 5, 0, kud na 0, after: 5, 0, giz na 0, after: 5, 0, ror na 0 na after: 5, 0, pul na 0, gani claim ni causal, kizuizi 0: tod na 0, kizuizi 0: kud na 1, kizuizi 0: giz na 1, kizuizi 0: ror na 1, kizuizi 0: pul na 1, kizuizi 0: mit na 0, kizuizi 0: beb na 0, kizuizi 1: tod na 1, kizuizi 1: kud na 0, kizuizi 1: giz na 0, kizuizi 1: ror na 0, kizuizi 1: pul na 0, kizuizi 1: mit na 1, kizuizi 1: beb na 1, kizuizi 2: tod na 0, kizuizi 2: kud na 1, kizuizi 2: giz na 1, kizuizi 2: ror na 1, kizuizi 2: pul na 1, kizuizi 2: mit na 1, kizuizi 2: beb na 1, kizuizi 3: tod na 1, kizuizi 3: kud na 0, kizuizi 3: giz na 0, kizuizi 3: ror na 0, kizuizi 3: pul na 0, kizuizi 3: mit na 0 na kizuizi 3: beb na 0 na tod, kud, giz, ror, pul, mit na beb
South:
  - m_kor macro wait na fungua, m_sel macro zamu na wait, m_dun macro zamu, fungua na scan na m_vim macro kusukuma na fungua, hatua gharimu 1 na define_macro gharimu one_per_body_step, pl0 mpango zamu, peleka, fungua na scan, pl1 mpango kusukuma, fungua, kusukuma, fungua, eleveta, wait na fungua na pl2 mpango kusukuma, fungua, kusukuma, peleka, fungua, zamu, wait, kusukuma, kuangusha na fungua na best_macro
Resolve query in: kaskazi nini?

North:
  - claim: c0, tod and giz, claim: c1, pul and ror, claim: c2, giz and ror and claim: c3, giz and kud, block 0: giz and 0, after: 0, 0, tod and 0, after: 0, 0, kud and 1, after: 0, 0, giz and 0, after: 0, 0, ror and 1, after: 0, 0, pul and 0, after: 0, 1, tod and 1, after: 0, 1, kud and 0, after: 0, 1, giz and 0, after: 0, 1, ror and 0, after: 0, 1, pul and 0, block 1: giz and 1, after: 1, 0, tod and 0, after: 1, 0, kud and 1, after: 1, 0, giz and 1, after: 1, 0, ror and 1, after: 1, 0, pul and 1, after: 1, 1, tod and 1, after: 1, 1, kud and 0, after: 1, 1, giz and 1, after: 1, 1, ror and 0, after: 1, 1, pul and 1, block 2: pul and 0, after: 2, 0, tod and 0, after: 2, 0, kud and 1, after: 2, 0, giz and 1, after: 2, 0, ror and 1, after: 2, 0, pul and 0, after: 2, 1, tod and 1, after: 2, 1, kud and 0, after: 2, 1, giz and 0, after: 2, 1, ror and 0, after: 2, 1, pul and 0, block 3: pul and 1, after: 3, 0, tod and 0, after: 3, 0, kud and 1, after: 3, 0, giz and 1, after: 3, 0, ror and 1, after: 3, 0, pul and 1, after: 3, 1, tod and 1, after: 3, 1, kud and 0, after: 3, 1, giz and 0, after: 3, 1, ror and 0, after: 3, 1, pul and 1, block 4: tod and 0, after: 4, 0, tod and 0, after: 4, 0, kud and 1, after: 4, 0, giz and 1, after: 4, 0, ror and 1, after: 4, 0, pul and 1, block 5: tod and 1, after: 5, 0, tod and 1, after: 5, 0, kud and 0, after: 5, 0, giz and 0, after: 5, 0, ror and 0 and after: 5, 0, pul and 0, which claim is causal, block 0: tod and 0, block 0: kud and 1, block 0: giz and 1, block 0: ror and 1, block 0: pul and 1, block 0: mit and 0, block 0: beb and 0, block 1: tod and 1, block 1: kud and 0, block 1: giz and 0, block 1: ror and 0, block 1: pul and 0, block 1: mit and 1, block 1: beb and 1, block 2: tod and 0, block 2: kud and 1, block 2: giz and 1, block 2: ror and 1, block 2: pul and 1, block 2: mit and 1, block 2: beb and 1, block 3: tod and 1, block 3: kud and 0, block 3: giz and 0, block 3: ror and 0, block 3: pul and 0, block 3: mit and 0 and block 3: beb and 0 and tod, kud, giz, ror, pul, mit and beb
South:
  - m_kor macro wait and open, m_sel macro turn and wait, m_dun macro turn, open and scan and m_vim macro push and open, step cost 1 and define_macro cost one_per_body_step, pl0 plan turn, move, open and scan, pl1 plan push, open, push, open, lift, wait and open and pl2 plan push, open, push, move, open, turn, wait, push, drop and open and best_macro
What is the resolve query in north?

{north: {claims: [(claim c0 tod giz) (claim c1 pul ror) (claim c2 giz ror) (claim c3 giz kud)], interventions: [(do 0 giz 0) (after 0 0 tod 0) (after 0 0 kud 1) (after 0 0 giz 0) (after 0 0 ror 1) (after 0 0 pul 0) (after 0 1 tod 1) (after 0 1 kud 0) (after 0 1 giz 0) (after 0 1 ror 0) (after 0 1 pul 0) (do 1 giz 1) (after 1 0 tod 0) (after 1 0 kud 1) (after 1 0 giz 1) (after 1 0 ror 1) (after 1 0 pul 1) (after 1 1 tod 1) (after 1 1 kud 0) (after 1 1 giz 1) (after 1 1 ror 0) (after 1 1 pul 1) (do 2 pul 0) (after 2 0 tod 0) (after 2 0 kud 1) (after 2 0 giz 1) (after 2 0 ror 1) (after 2 0 pul 0) (after 2 1 tod 1) (after 2 1 kud 0) (after 2 1 giz 0) (after 2 1 ror 0) (after 2 1 pul 0) (do 3 pul 1) (after 3 0 tod 0) (after 3 0 kud 1) (after 3 0 giz 1) (after 3 0 ror 1) (after 3 0 pul 1) (after 3 1 tod 1) (after 3 1 kud 0) (after 3 1 giz 0) (after 3 1 ror 0) (after 3 1 pul 1) (do 4 tod 0) (after 4 0 tod 0) (after 4 0 kud 1) (after 4 0 giz 1) (after 4 0 ror 1) (after 4 0 pul 1) (do 5 tod 1) (after 5 0 tod 1) (after 5 0 kud 0) (after 5 0 giz 0) (after 5 0 ror 0) (after 5 0 pul 0)], query: (which_claim_is_causal), trace: [(obs 0 tod 0) (obs 0 kud 1) (obs 0 giz 1) (obs 0 ror 1) (obs 0 pul 1) (obs 0 mit 0) (obs 0 beb 0) (obs 1 tod 1) (obs 1 kud 0) (obs 1 giz 0) (obs 1 ror 0) (obs 1 pul 0) (obs 1 mit 1) (obs 1 beb 1) (obs 2 tod 0) (obs 2 kud 1) (obs 2 giz 1) (obs 2 ror 1) (obs 2 pul 1) (obs 2 mit 1) (obs 2 beb 1) (obs 3 tod 1) (obs 3 kud 0) (obs 3 giz 0) (obs 3 ror 0) (obs 3 pul 0) (obs 3 mit 0) (obs 3 beb 0)], variables: [tod kud giz ror pul mit beb]}, query: (resolve_query_in north), south: {candidates: [(macro m_kor [wait open]) (macro m_sel [turn wait]) (macro m_dun [turn open scan]) (macro m_vim [push open])], cost_model: [(cost step 1) (cost define_macro one_per_body_step)], plans: [(plan pl0 [turn move open scan]) (plan pl1 [push open push open lift wait open]) (plan pl2 [push open push move open turn wait push drop open])], query: best_macro}}

Norden:
  - Anspruch: c0, tod und giz, Anspruch: c1, pul und ror, Anspruch: c2, giz und ror und Anspruch: c3, giz und kud, Block 0: giz und 0, hinterher: 0, 0, tod und 0, hinterher: 0, 0, kud und 1, hinterher: 0, 0, giz und 0, hinterher: 0, 0, ror und 1, hinterher: 0, 0, pul und 0, hinterher: 0, 1, tod und 1, hinterher: 0, 1, kud und 0, hinterher: 0, 1, giz und 0, hinterher: 0, 1, ror und 0, hinterher: 0, 1, pul und 0, Block 1: giz und 1, hinterher: 1, 0, tod und 0, hinterher: 1, 0, kud und 1, hinterher: 1, 0, giz und 1, hinterher: 1, 0, ror und 1, hinterher: 1, 0, pul und 1, hinterher: 1, 1, tod und 1, hinterher: 1, 1, kud und 0, hinterher: 1, 1, giz und 1, hinterher: 1, 1, ror und 0, hinterher: 1, 1, pul und 1, Block 2: pul und 0, hinterher: 2, 0, tod und 0, hinterher: 2, 0, kud und 1, hinterher: 2, 0, giz und 1, hinterher: 2, 0, ror und 1, hinterher: 2, 0, pul und 0, hinterher: 2, 1, tod und 1, hinterher: 2, 1, kud und 0, hinterher: 2, 1, giz und 0, hinterher: 2, 1, ror und 0, hinterher: 2, 1, pul und 0, Block 3: pul und 1, hinterher: 3, 0, tod und 0, hinterher: 3, 0, kud und 1, hinterher: 3, 0, giz und 1, hinterher: 3, 0, ror und 1, hinterher: 3, 0, pul und 1, hinterher: 3, 1, tod und 1, hinterher: 3, 1, kud und 0, hinterher: 3, 1, giz und 0, hinterher: 3, 1, ror und 0, hinterher: 3, 1, pul und 1, Block 4: tod und 0, hinterher: 4, 0, tod und 0, hinterher: 4, 0, kud und 1, hinterher: 4, 0, giz und 1, hinterher: 4, 0, ror und 1, hinterher: 4, 0, pul und 1, Block 5: tod und 1, hinterher: 5, 0, tod und 1, hinterher: 5, 0, kud und 0, hinterher: 5, 0, giz und 0, hinterher: 5, 0, ror und 0 und hinterher: 5, 0, pul und 0, welcher Anspruch werden kausal, Block 0: tod und 0, Block 0: kud und 1, Block 0: giz und 1, Block 0: ror und 1, Block 0: pul und 1, Block 0: mit und 0, Block 0: beb und 0, Block 1: tod und 1, Block 1: kud und 0, Block 1: giz und 0, Block 1: ror und 0, Block 1: pul und 0, Block 1: mit und 1, Block 1: beb und 1, Block 2: tod und 0, Block 2: kud und 1, Block 2: giz und 1, Block 2: ror und 1, Block 2: pul und 1, Block 2: mit und 1, Block 2: beb und 1, Block 3: tod und 1, Block 3: kud und 0, Block 3: giz und 0, Block 3: ror und 0, Block 3: pul und 0, Block 3: mit und 0 und Block 3: beb und 0 und tod, kud, giz, ror, pul, mit und beb
Süden:
  - m_kor Makro warten und öffnen, m_sel Makro sich drehen und warten, m_dun Makro sich drehen, öffnen und scannen und m_vim Makro drücken und öffnen, Schritt kosten 1 und define_macro kosten one_per_body_step, pl0 plan sich drehen, sich bewegen, öffnen und scannen, pl1 plan drücken, öffnen, drücken, öffnen, heben, warten und öffnen und pl2 plan drücken, öffnen, drücken, sich bewegen, öffnen, sich drehen, warten, drücken, fallen und öffnen und best_macro
Was lösen Frage in nordwärts?

Се̏вер:
  - claim: c0, tod и giz, claim: c1, pul и ror, claim: c2, giz и ror и claim: c3, giz и kud, klada 0: giz и 0, по̏сле: 0, 0, tod и 0, по̏сле: 0, 0, kud и 1, по̏сле: 0, 0, giz и 0, по̏сле: 0, 0, ror и 1, по̏сле: 0, 0, pul и 0, по̏сле: 0, 1, tod и 1, по̏сле: 0, 1, kud и 0, по̏сле: 0, 1, giz и 0, по̏сле: 0, 1, ror и 0, по̏сле: 0, 1, pul и 0, klada 1: giz и 1, по̏сле: 1, 0, tod и 0, по̏сле: 1, 0, kud и 1, по̏сле: 1, 0, giz и 1, по̏сле: 1, 0, ror и 1, по̏сле: 1, 0, pul и 1, по̏сле: 1, 1, tod и 1, по̏сле: 1, 1, kud и 0, по̏сле: 1, 1, giz и 1, по̏сле: 1, 1, ror и 0, по̏сле: 1, 1, pul и 1, klada 2: pul и 0, по̏сле: 2, 0, tod и 0, по̏сле: 2, 0, kud и 1, по̏сле: 2, 0, giz и 1, по̏сле: 2, 0, ror и 1, по̏сле: 2, 0, pul и 0, по̏сле: 2, 1, tod и 1, по̏сле: 2, 1, kud и 0, по̏сле: 2, 1, giz и 0, по̏сле: 2, 1, ror и 0, по̏сле: 2, 1, pul и 0, klada 3: pul и 1, по̏сле: 3, 0, tod и 0, по̏сле: 3, 0, kud и 1, по̏сле: 3, 0, giz и 1, по̏сле: 3, 0, ror и 1, по̏сле: 3, 0, pul и 1, по̏сле: 3, 1, tod и 1, по̏сле: 3, 1, kud и 0, по̏сле: 3, 1, giz и 0, по̏сле: 3, 1, ror и 0, по̏сле: 3, 1, pul и 1, klada 4: tod и 0, по̏сле: 4, 0, tod и 0, по̏сле: 4, 0, kud и 1, по̏сле: 4, 0, giz и 1, по̏сле: 4, 0, ror и 1, по̏сле: 4, 0, pul и 1, klada 5: tod и 1, по̏сле: 5, 0, tod и 1, по̏сле: 5, 0, kud и 0, по̏сле: 5, 0, giz и 0, по̏сле: 5, 0, ror и 0 и по̏сле: 5, 0, pul и 0, ко̀јӣ claim би̏ти causal, klada 0: tod и 0, klada 0: kud и 1, klada 0: giz и 1, klada 0: ror и 1, klada 0: pul и 1, klada 0: mit и 0, klada 0: beb и 0, klada 1: tod и 1, klada 1: kud и 0, klada 1: giz и 0, klada 1: ror и 0, klada 1: pul и 0, klada 1: mit и 1, klada 1: beb и 1, klada 2: tod и 0, klada 2: kud и 1, klada 2: giz и 1, klada 2: ror и 1, klada 2: pul и 1, klada 2: mit и 1, klada 2: beb и 1, klada 3: tod и 1, klada 3: kud и 0, klada 3: giz и 0, klada 3: ror и 0, klada 3: pul и 0, klada 3: mit и 0 и klada 3: beb и 0 и tod, kud, giz, ror, pul, mit и beb
Ју̏г:
  - m_kor macro че̏кати и отво̀рити, m_sel macro okretati se и че̏кати, m_dun macro okretati se, отво̀рити и skenirati и m_vim macro потиснути и отво̀рити, ко̏ра̄к ко̏штати 1 и define_macro ко̏штати one_per_body_step, pl0 пла̑н okretati se, кре́тати, отво̀рити и skenirati, pl1 пла̑н потиснути, отво̀рити, потиснути, отво̀рити, ли̏фт, че̏кати и отво̀рити и pl2 пла̑н потиснути, отво̀рити, потиснути, кре́тати, отво̀рити, okretati se, че̏кати, потиснути, ispustiti и отво̀рити и best_macro
Resolve у̀пит у се̏вер kakav?

Pohjoinen:
  - vaatimus: c0, tod ja giz, vaatimus: c1, pul ja ror, vaatimus: c2, giz ja ror ja vaatimus: c3, giz ja kud, kimpale 0: giz ja 0, myöhemmin: 0, 0, tod ja 0, myöhemmin: 0, 0, kud ja 1, myöhemmin: 0, 0, giz ja 0, myöhemmin: 0, 0, ror ja 1, myöhemmin: 0, 0, pul ja 0, myöhemmin: 0, 1, tod ja 1, myöhemmin: 0, 1, kud ja 0, myöhemmin: 0, 1, giz ja 0, myöhemmin: 0, 1, ror ja 0, myöhemmin: 0, 1, pul ja 0, kimpale 1: giz ja 1, myöhemmin: 1, 0, tod ja 0, myöhemmin: 1, 0, kud ja 1, myöhemmin: 1, 0, giz ja 1, myöhemmin: 1, 0, ror ja 1, myöhemmin: 1, 0, pul ja 1, myöhemmin: 1, 1, tod ja 1, myöhemmin: 1, 1, kud ja 0, myöhemmin: 1, 1, giz ja 1, myöhemmin: 1, 1, ror ja 0, myöhemmin: 1, 1, pul ja 1, kimpale 2: pul ja 0, myöhemmin: 2, 0, tod ja 0, myöhemmin: 2, 0, kud ja 1, myöhemmin: 2, 0, giz ja 1, myöhemmin: 2, 0, ror ja 1, myöhemmin: 2, 0, pul ja 0, myöhemmin: 2, 1, tod ja 1, myöhemmin: 2, 1, kud ja 0, myöhemmin: 2, 1, giz ja 0, myöhemmin: 2, 1, ror ja 0, myöhemmin: 2, 1, pul ja 0, kimpale 3: pul ja 1, myöhemmin: 3, 0, tod ja 0, myöhemmin: 3, 0, kud ja 1, myöhemmin: 3, 0, giz ja 1, myöhemmin: 3, 0, ror ja 1, myöhemmin: 3, 0, pul ja 1, myöhemmin: 3, 1, tod ja 1, myöhemmin: 3, 1, kud ja 0, myöhemmin: 3, 1, giz ja 0, myöhemmin: 3, 1, ror ja 0, myöhemmin: 3, 1, pul ja 1, kimpale 4: tod ja 0, myöhemmin: 4, 0, tod ja 0, myöhemmin: 4, 0, kud ja 1, myöhemmin: 4, 0, giz ja 1, myöhemmin: 4, 0, ror ja 1, myöhemmin: 4, 0, pul ja 1, kimpale 5: tod ja 1, myöhemmin: 5, 0, tod ja 1, myöhemmin: 5, 0, kud ja 0, myöhemmin: 5, 0, giz ja 0, myöhemmin: 5, 0, ror ja 0 ja myöhemmin: 5, 0, pul ja 0, mikä vaatimus tulla kausaalinen, kimpale 0: tod ja 0, kimpale 0: kud ja 1, kimpale 0: giz ja 1, kimpale 0: ror ja 1, kimpale 0: pul ja 1, kimpale 0: mit ja 0, kimpale 0: beb ja 0, kimpale 1: tod ja 1, kimpale 1: kud ja 0, kimpale 1: giz ja 0, kimpale 1: ror ja 0, kimpale 1: pul ja 0, kimpale 1: mit ja 1, kimpale 1: beb ja 1, kimpale 2: tod ja 0, kimpale 2: kud ja 1, kimpale 2: giz ja 1, kimpale 2: ror ja 1, kimpale 2: pul ja 1, kimpale 2: mit ja 1, kimpale 2: beb ja 1, kimpale 3: tod ja 1, kimpale 3: kud ja 0, kimpale 3: giz ja 0, kimpale 3: ror ja 0, kimpale 3: pul ja 0, kimpale 3: mit ja 0 ja kimpale 3: beb ja 0 ja tod, kud, giz, ror, pul, mit ja beb
Etelä:
  - m_kor makro odottaa ja avata, m_sel makro kääntyä ja odottaa, m_dun makro kääntyä, avata ja skannata ja m_vim makro työntää ja avata, askel maksaa 1 ja define_macro maksaa one_per_body_step, pl0 suunnitella kääntyä, liikkua, avata ja skannata, pl1 suunnitella työntää, avata, työntää, avata, nostaa, odottaa ja avata ja pl2 suunnitella työntää, avata, työntää, liikkua, avata, kääntyä, odottaa, työntää, tippua ja avata ja best_macro
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：
  - 主张：c0、tod和giz、主张：c1、pul和ror、主张：c2、giz和ror和主张：c3、giz和kud、块0：giz和0、在之后：0、0、tod和0、在之后：0、0、kud和1、在之后：0、0、giz和0、在之后：0、0、ror和1、在之后：0、0、pul和0、在之后：0、1、tod和1、在之后：0、1、kud和0、在之后：0、1、giz和0、在之后：0、1、ror和0、在之后：0、1、pul和0、块1：giz和1、在之后：1、0、tod和0、在之后：1、0、kud和1、在之后：1、0、giz和1、在之后：1、0、ror和1、在之后：1、0、pul和1、在之后：1、1、tod和1、在之后：1、1、kud和0、在之后：1、1、giz和1、在之后：1、1、ror和0、在之后：1、1、pul和1、块2：pul和0、在之后：2、0、tod和0、在之后：2、0、kud和1、在之后：2、0、giz和1、在之后：2、0、ror和1、在之后：2、0、pul和0、在之后：2、1、tod和1、在之后：2、1、kud和0、在之后：2、1、giz和0、在之后：2、1、ror和0、在之后：2、1、pul和0、块3：pul和1、在之后：3、0、tod和0、在之后：3、0、kud和1、在之后：3、0、giz和1、在之后：3、0、ror和1、在之后：3、0、pul和1、在之后：3、1、tod和1、在之后：3、1、kud和0、在之后：3、1、giz和0、在之后：3、1、ror和0、在之后：3、1、pul和1、块4：tod和0、在之后：4、0、tod和0、在之后：4、0、kud和1、在之后：4、0、giz和1、在之后：4、0、ror和1、在之后：4、0、pul和1、块5：tod和1、在之后：5、0、tod和1、在之后：5、0、kud和0、在之后：5、0、giz和0、在之后：5、0、ror和0和在之后：5、0、pul和0、哪个主张是causal、块0：tod和0、块0：kud和1、块0：giz和1、块0：ror和1、块0：pul和1、块0：mit和0、块0：beb和0、块1：tod和1、块1：kud和0、块1：giz和0、块1：ror和0、块1：pul和0、块1：mit和1、块1：beb和1、块2：tod和0、块2：kud和1、块2：giz和1、块2：ror和1、块2：pul和1、块2：mit和1、块2：beb和1、块3：tod和1、块3：kud和0、块3：giz和0、块3：ror和0、块3：pul和0、块3：mit和0和块3：beb和0和tod、kud、giz、ror、pul、mit和beb
南面有：
  - 姆科尔的宏是等待和打开、姆塞尔的宏是的轮次是和等待、姆敦的宏是的轮次是、打开和扫描和姆维姆的宏是推和打开、的步骤是的成本是1和define_macro的成本是one_per_body_step、pl0的计划是的轮次是、的走法是、打开和扫描、pl1的计划是推、打开、推、打开、抬起、等待和打开和pl2的计划是推、打开、推、的走法是、打开、的轮次是、等待、推、放下和打开和best_macro
resolve query in：北什么？

北:
  - 請求:c0, todとgiz, 請求:c1, pulとror, 請求:c2, gizとrorと請求:c3, gizとkud, 塊0:gizと0, 後で:0, 0, todと0, 後で:0, 0, kudと1, 後で:0, 0, gizと0, 後で:0, 0, rorと1, 後で:0, 0, pulと0, 後で:0, 1, todと1, 後で:0, 1, kudと0, 後で:0, 1, gizと0, 後で:0, 1, rorと0, 後で:0, 1, pulと0, 塊1:gizと1, 後で:1, 0, todと0, 後で:1, 0, kudと1, 後で:1, 0, gizと1, 後で:1, 0, rorと1, 後で:1, 0, pulと1, 後で:1, 1, todと1, 後で:1, 1, kudと0, 後で:1, 1, gizと1, 後で:1, 1, rorと0, 後で:1, 1, pulと1, 塊2:pulと0, 後で:2, 0, todと0, 後で:2, 0, kudと1, 後で:2, 0, gizと1, 後で:2, 0, rorと1, 後で:2, 0, pulと0, 後で:2, 1, todと1, 後で:2, 1, kudと0, 後で:2, 1, gizと0, 後で:2, 1, rorと0, 後で:2, 1, pulと0, 塊3:pulと1, 後で:3, 0, todと0, 後で:3, 0, kudと1, 後で:3, 0, gizと1, 後で:3, 0, rorと1, 後で:3, 0, pulと1, 後で:3, 1, todと1, 後で:3, 1, kudと0, 後で:3, 1, gizと0, 後で:3, 1, rorと0, 後で:3, 1, pulと1, 塊4:todと0, 後で:4, 0, todと0, 後で:4, 0, kudと1, 後で:4, 0, gizと1, 後で:4, 0, rorと1, 後で:4, 0, pulと1, 塊5:todと1, 後で:5, 0, todと1, 後で:5, 0, kudと0, 後で:5, 0, gizと0, 後で:5, 0, rorと0と後で:5, 0, pulと0, どの請求れる因果の, 塊0:todと0, 塊0:kudと1, 塊0:gizと1, 塊0:rorと1, 塊0:pulと1, 塊0:mitと0, 塊0:bebと0, 塊1:todと1, 塊1:kudと0, 塊1:gizと0, 塊1:rorと0, 塊1:pulと0, 塊1:mitと1, 塊1:bebと1, 塊2:todと0, 塊2:kudと1, 塊2:gizと1, 塊2:rorと1, 塊2:pulと1, 塊2:mitと1, 塊2:bebと1, 塊3:todと1, 塊3:kudと0, 塊3:gizと0, 塊3:rorと0, 塊3:pulと0, 塊3:mitと0と塊3:bebと0とtod, kud, giz, ror, pul, mitとbeb
南:
  - m_kor待つと開けるマクロ, m_sel回ると待つマクロ, m_dun回る, 開けるとスキャンするマクロとm_vim押すと開けるマクロ, 足取り1費やすとdefine_macroone_per_body_step費やす, pl0回る, 動く, 開けるとスキャンするつもりである, pl1押す, 開ける, 押す, 開ける, エレベーター, 待つと開けるつもりであるとpl2押す, 開ける, 押す, 動く, 開ける, 回る, 待つ, 押す, 降下すると開けるつもりであるとbest_macro
解く質問...に:北何と?

North:
  - iddia: c0, tod ve giz, iddia: c1, pul ve ror, iddia: c2, giz ve ror ve iddia: c3, giz ve kud, blok 0: giz ve 0, after: 0, 0, tod ve 0, after: 0, 0, kud ve 1, after: 0, 0, giz ve 0, after: 0, 0, ror ve 1, after: 0, 0, pul ve 0, after: 0, 1, tod ve 1, after: 0, 1, kud ve 0, after: 0, 1, giz ve 0, after: 0, 1, ror ve 0, after: 0, 1, pul ve 0, blok 1: giz ve 1, after: 1, 0, tod ve 0, after: 1, 0, kud ve 1, after: 1, 0, giz ve 1, after: 1, 0, ror ve 1, after: 1, 0, pul ve 1, after: 1, 1, tod ve 1, after: 1, 1, kud ve 0, after: 1, 1, giz ve 1, after: 1, 1, ror ve 0, after: 1, 1, pul ve 1, blok 2: pul ve 0, after: 2, 0, tod ve 0, after: 2, 0, kud ve 1, after: 2, 0, giz ve 1, after: 2, 0, ror ve 1, after: 2, 0, pul ve 0, after: 2, 1, tod ve 1, after: 2, 1, kud ve 0, after: 2, 1, giz ve 0, after: 2, 1, ror ve 0, after: 2, 1, pul ve 0, blok 3: pul ve 1, after: 3, 0, tod ve 0, after: 3, 0, kud ve 1, after: 3, 0, giz ve 1, after: 3, 0, ror ve 1, after: 3, 0, pul ve 1, after: 3, 1, tod ve 1, after: 3, 1, kud ve 0, after: 3, 1, giz ve 0, after: 3, 1, ror ve 0, after: 3, 1, pul ve 1, blok 4: tod ve 0, after: 4, 0, tod ve 0, after: 4, 0, kud ve 1, after: 4, 0, giz ve 1, after: 4, 0, ror ve 1, after: 4, 0, pul ve 1, blok 5: tod ve 1, after: 5, 0, tod ve 1, after: 5, 0, kud ve 0, after: 5, 0, giz ve 0, after: 5, 0, ror ve 0 ve after: 5, 0, pul ve 0, hangi iddia causal, blok 0: tod ve 0, blok 0: kud ve 1, blok 0: giz ve 1, blok 0: ror ve 1, blok 0: pul ve 1, blok 0: mit ve 0, blok 0: beb ve 0, blok 1: tod ve 1, blok 1: kud ve 0, blok 1: giz ve 0, blok 1: ror ve 0, blok 1: pul ve 0, blok 1: mit ve 1, blok 1: beb ve 1, blok 2: tod ve 0, blok 2: kud ve 1, blok 2: giz ve 1, blok 2: ror ve 1, blok 2: pul ve 1, blok 2: mit ve 1, blok 2: beb ve 1, blok 3: tod ve 1, blok 3: kud ve 0, blok 3: giz ve 0, blok 3: ror ve 0, blok 3: pul ve 0, blok 3: mit ve 0 ve blok 3: beb ve 0 ve tod, kud, giz, ror, pul, mit ve beb
South:
  - m_kor bekler ve açar macro, m_sel dönmek ve bekler macro, m_dun dönmek, açar ve tarar macro ve m_vim iter ve açar macro, adım 1 maliyet ve define_macro one_per_body_step maliyet, pl0 dönmek, taşır, açar ve tarar plan, pl1 iter, açar, iter, açar, kaldırır, bekler ve açar plan ve pl2 iter, açar, iter, taşır, açar, dönmek, bekler, iter, damla ve açar plan ve best_macro
Resolve query in: kuzey ne?

شَمَال:
  - مُطَالَبَة: c0، tod وَـ giz، مُطَالَبَة: c1، pul وَـ ror، مُطَالَبَة: c2، giz وَـ ror وَـ مُطَالَبَة: c3، giz وَـ kud، طَابُوقَة 0: giz وَـ 0، بعد: 0، 0، tod وَـ 0، بعد: 0، 0، kud وَـ 1، بعد: 0، 0، giz وَـ 0، بعد: 0، 0، ror وَـ 1، بعد: 0، 0، pul وَـ 0، بعد: 0، 1، tod وَـ 1، بعد: 0، 1، kud وَـ 0، بعد: 0، 1، giz وَـ 0، بعد: 0، 1، ror وَـ 0، بعد: 0، 1، pul وَـ 0، طَابُوقَة 1: giz وَـ 1، بعد: 1، 0، tod وَـ 0، بعد: 1، 0، kud وَـ 1، بعد: 1، 0، giz وَـ 1، بعد: 1، 0، ror وَـ 1، بعد: 1، 0، pul وَـ 1، بعد: 1، 1، tod وَـ 1، بعد: 1، 1، kud وَـ 0، بعد: 1، 1، giz وَـ 1، بعد: 1، 1، ror وَـ 0، بعد: 1، 1، pul وَـ 1، طَابُوقَة 2: pul وَـ 0، بعد: 2، 0، tod وَـ 0، بعد: 2، 0، kud وَـ 1، بعد: 2، 0، giz وَـ 1، بعد: 2، 0، ror وَـ 1، بعد: 2، 0، pul وَـ 0، بعد: 2، 1، tod وَـ 1، بعد: 2، 1، kud وَـ 0، بعد: 2، 1، giz وَـ 0، بعد: 2، 1، ror وَـ 0، بعد: 2، 1، pul وَـ 0، طَابُوقَة 3: pul وَـ 1، بعد: 3، 0، tod وَـ 0، بعد: 3، 0، kud وَـ 1، بعد: 3، 0، giz وَـ 1، بعد: 3، 0، ror وَـ 1، بعد: 3، 0، pul وَـ 1، بعد: 3، 1، tod وَـ 1، بعد: 3، 1، kud وَـ 0، بعد: 3، 1، giz وَـ 0، بعد: 3، 1، ror وَـ 0، بعد: 3، 1، pul وَـ 1، طَابُوقَة 4: tod وَـ 0، بعد: 4، 0، tod وَـ 0، بعد: 4، 0، kud وَـ 1، بعد: 4، 0، giz وَـ 1، بعد: 4، 0، ror وَـ 1، بعد: 4، 0، pul وَـ 1، طَابُوقَة 5: tod وَـ 1، بعد: 5، 0، tod وَـ 1، بعد: 5، 0، kud وَـ 0، بعد: 5، 0، giz وَـ 0، بعد: 5، 0، ror وَـ 0 وَـ بعد: 5، 0، pul وَـ 0، أَيّ مُطَالَبَة كَانَ causal، طَابُوقَة 0: tod وَـ 0، طَابُوقَة 0: kud وَـ 1، طَابُوقَة 0: giz وَـ 1، طَابُوقَة 0: ror وَـ 1، طَابُوقَة 0: pul وَـ 1، طَابُوقَة 0: mit وَـ 0، طَابُوقَة 0: beb وَـ 0، طَابُوقَة 1: tod وَـ 1، طَابُوقَة 1: kud وَـ 0، طَابُوقَة 1: giz وَـ 0، طَابُوقَة 1: ror وَـ 0، طَابُوقَة 1: pul وَـ 0، طَابُوقَة 1: mit وَـ 1، طَابُوقَة 1: beb وَـ 1، طَابُوقَة 2: tod وَـ 0، طَابُوقَة 2: kud وَـ 1، طَابُوقَة 2: giz وَـ 1، طَابُوقَة 2: ror وَـ 1، طَابُوقَة 2: pul وَـ 1، طَابُوقَة 2: mit وَـ 1، طَابُوقَة 2: beb وَـ 1، طَابُوقَة 3: tod وَـ 1، طَابُوقَة 3: kud وَـ 0، طَابُوقَة 3: giz وَـ 0، طَابُوقَة 3: ror وَـ 0، طَابُوقَة 3: pul وَـ 0، طَابُوقَة 3: mit وَـ 0 وَـ طَابُوقَة 3: beb وَـ 0 وَـ tod، kud، giz، ror، pul، mit وَـ beb
جَنُوب:
  - macro m_kor اِنْتَظَرَ وَـ فَتَحَ، macro m_sel دَارَ وَـ اِنْتَظَرَ، macro m_dun دَارَ، فَتَحَ وَـ مَسَحَ ضَوْئِيًّا وَـ macro m_vim دَفَعَ وَـ فَتَحَ، cost خُطْوَة 1 وَـ cost define_macro one_per_body_step، خَطَّطَ pl0 دَارَ، حَرُكَ، فَتَحَ وَـ مَسَحَ ضَوْئِيًّا، خَطَّطَ pl1 دَفَعَ، فَتَحَ، دَفَعَ، فَتَحَ، رَفَعَ، اِنْتَظَرَ وَـ فَتَحَ وَـ خَطَّطَ pl2 دَفَعَ، فَتَحَ، دَفَعَ، حَرُكَ، فَتَحَ، دَارَ، اِنْتَظَرَ، دَفَعَ، أَسْقَطَ وَـ فَتَحَ وَـ best_macro
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი:
  - claim: c0, tod და giz, claim: c1, pul და ror, claim: c2, giz და ror და claim: c3, giz და kud, დაბლოკავს 0: giz და 0, შემდეგ: 0, 0, tod და 0, შემდეგ: 0, 0, kud და 1, შემდეგ: 0, 0, giz და 0, შემდეგ: 0, 0, ror და 1, შემდეგ: 0, 0, pul და 0, შემდეგ: 0, 1, tod და 1, შემდეგ: 0, 1, kud და 0, შემდეგ: 0, 1, giz და 0, შემდეგ: 0, 1, ror და 0, შემდეგ: 0, 1, pul და 0, დაბლოკავს 1: giz და 1, შემდეგ: 1, 0, tod და 0, შემდეგ: 1, 0, kud და 1, შემდეგ: 1, 0, giz და 1, შემდეგ: 1, 0, ror და 1, შემდეგ: 1, 0, pul და 1, შემდეგ: 1, 1, tod და 1, შემდეგ: 1, 1, kud და 0, შემდეგ: 1, 1, giz და 1, შემდეგ: 1, 1, ror და 0, შემდეგ: 1, 1, pul და 1, დაბლოკავს 2: pul და 0, შემდეგ: 2, 0, tod და 0, შემდეგ: 2, 0, kud და 1, შემდეგ: 2, 0, giz და 1, შემდეგ: 2, 0, ror და 1, შემდეგ: 2, 0, pul და 0, შემდეგ: 2, 1, tod და 1, შემდეგ: 2, 1, kud და 0, შემდეგ: 2, 1, giz და 0, შემდეგ: 2, 1, ror და 0, შემდეგ: 2, 1, pul და 0, დაბლოკავს 3: pul და 1, შემდეგ: 3, 0, tod და 0, შემდეგ: 3, 0, kud და 1, შემდეგ: 3, 0, giz და 1, შემდეგ: 3, 0, ror და 1, შემდეგ: 3, 0, pul და 1, შემდეგ: 3, 1, tod და 1, შემდეგ: 3, 1, kud და 0, შემდეგ: 3, 1, giz და 0, შემდეგ: 3, 1, ror და 0, შემდეგ: 3, 1, pul და 1, დაბლოკავს 4: tod და 0, შემდეგ: 4, 0, tod და 0, შემდეგ: 4, 0, kud და 1, შემდეგ: 4, 0, giz და 1, შემდეგ: 4, 0, ror და 1, შემდეგ: 4, 0, pul და 1, დაბლოკავს 5: tod და 1, შემდეგ: 5, 0, tod და 1, შემდეგ: 5, 0, kud და 0, შემდეგ: 5, 0, giz და 0, შემდეგ: 5, 0, ror და 0 და შემდეგ: 5, 0, pul და 0, რომელი claim ყოფნა causal, დაბლოკავს 0: tod და 0, დაბლოკავს 0: kud და 1, დაბლოკავს 0: giz და 1, დაბლოკავს 0: ror და 1, დაბლოკავს 0: pul და 1, დაბლოკავს 0: mit და 0, დაბლოკავს 0: beb და 0, დაბლოკავს 1: tod და 1, დაბლოკავს 1: kud და 0, დაბლოკავს 1: giz და 0, დაბლოკავს 1: ror და 0, დაბლოკავს 1: pul და 0, დაბლოკავს 1: mit და 1, დაბლოკავს 1: beb და 1, დაბლოკავს 2: tod და 0, დაბლოკავს 2: kud და 1, დაბლოკავს 2: giz და 1, დაბლოკავს 2: ror და 1, დაბლოკავს 2: pul და 1, დაბლოკავს 2: mit და 1, დაბლოკავს 2: beb და 1, დაბლოკავს 3: tod და 1, დაბლოკავს 3: kud და 0, დაბლოკავს 3: giz და 0, დაბლოკავს 3: ror და 0, დაბლოკავს 3: pul და 0, დაბლოკავს 3: mit და 0 და დაბლოკავს 3: beb და 0 და tod, kud, giz, ror, pul, mit და beb
Სამხრეთი:
  - m_kor დალოდება და გაღება macro, m_sel ჯერი და დალოდება macro, m_dun ჯერი, გაღება და scan macro და m_vim push და გაღება macro, ნაბიჯი 1 ღირს და define_macro one_per_body_step ღირს, pl0 ჯერი, move, გაღება და scan plan, pl1 push, გაღება, push, გაღება, აწევა, დალოდება და გაღება plan და pl2 push, გაღება, push, move, გაღება, ჯერი, დალოდება, push, წვეთი და გაღება plan და best_macro
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau:
  - kokoraho: c0, tod me giz, kokoraho: c1, pul me ror, kokoraho: c2, giz me ror me kokoraho: c3, giz me kud, poraka 0: giz me 0, after: 0, 0, tod me 0, after: 0, 0, kud me 1, after: 0, 0, giz me 0, after: 0, 0, ror me 1, after: 0, 0, pul me 0, after: 0, 1, tod me 1, after: 0, 1, kud me 0, after: 0, 1, giz me 0, after: 0, 1, ror me 0, after: 0, 1, pul me 0, poraka 1: giz me 1, after: 1, 0, tod me 0, after: 1, 0, kud me 1, after: 1, 0, giz me 1, after: 1, 0, ror me 1, after: 1, 0, pul me 1, after: 1, 1, tod me 1, after: 1, 1, kud me 0, after: 1, 1, giz me 1, after: 1, 1, ror me 0, after: 1, 1, pul me 1, poraka 2: pul me 0, after: 2, 0, tod me 0, after: 2, 0, kud me 1, after: 2, 0, giz me 1, after: 2, 0, ror me 1, after: 2, 0, pul me 0, after: 2, 1, tod me 1, after: 2, 1, kud me 0, after: 2, 1, giz me 0, after: 2, 1, ror me 0, after: 2, 1, pul me 0, poraka 3: pul me 1, after: 3, 0, tod me 0, after: 3, 0, kud me 1, after: 3, 0, giz me 1, after: 3, 0, ror me 1, after: 3, 0, pul me 1, after: 3, 1, tod me 1, after: 3, 1, kud me 0, after: 3, 1, giz me 0, after: 3, 1, ror me 0, after: 3, 1, pul me 1, poraka 4: tod me 0, after: 4, 0, tod me 0, after: 4, 0, kud me 1, after: 4, 0, giz me 1, after: 4, 0, ror me 1, after: 4, 0, pul me 1, poraka 5: tod me 1, after: 5, 0, tod me 1, after: 5, 0, kud me 0, after: 5, 0, giz me 0, after: 5, 0, ror me 0 me after: 5, 0, pul me 0, tēhea kokoraho is causal, poraka 0: tod me 0, poraka 0: kud me 1, poraka 0: giz me 1, poraka 0: ror me 1, poraka 0: pul me 1, poraka 0: mit me 0, poraka 0: beb me 0, poraka 1: tod me 1, poraka 1: kud me 0, poraka 1: giz me 0, poraka 1: ror me 0, poraka 1: pul me 0, poraka 1: mit me 1, poraka 1: beb me 1, poraka 2: tod me 0, poraka 2: kud me 1, poraka 2: giz me 1, poraka 2: ror me 1, poraka 2: pul me 1, poraka 2: mit me 1, poraka 2: beb me 1, poraka 3: tod me 1, poraka 3: kud me 0, poraka 3: giz me 0, poraka 3: ror me 0, poraka 3: pul me 0, poraka 3: mit me 0 me poraka 3: beb me 0 me tod, kud, giz, ror, pul, mit me beb
Tonga:
  - tonotono m_kor whanga me are, tonotono m_sel matakohuki me whanga, tonotono m_dun matakohuki, are me matawai me tonotono m_vim kōpana me are, cost whetoko 1 me cost define_macro one_per_body_step, plan pl0 matakohuki, hūnuku, are me matawai, plan pl1 kōpana, are, kōpana, are, tiraki, whanga me are me plan pl2 kōpana, are, kōpana, hūnuku, are, matakohuki, whanga, kōpana, makere me are me best_macro
Whakatatū query in tokerau unutai?

Phía bắc:
  - đòi: c0, tod và giz, đòi: c1, pul và ror, đòi: c2, giz và ror và đòi: c3, giz và kud, chặn 0: giz và 0, sau: 0, 0, tod và 0, sau: 0, 0, kud và 1, sau: 0, 0, giz và 0, sau: 0, 0, ror và 1, sau: 0, 0, pul và 0, sau: 0, 1, tod và 1, sau: 0, 1, kud và 0, sau: 0, 1, giz và 0, sau: 0, 1, ror và 0, sau: 0, 1, pul và 0, chặn 1: giz và 1, sau: 1, 0, tod và 0, sau: 1, 0, kud và 1, sau: 1, 0, giz và 1, sau: 1, 0, ror và 1, sau: 1, 0, pul và 1, sau: 1, 1, tod và 1, sau: 1, 1, kud và 0, sau: 1, 1, giz và 1, sau: 1, 1, ror và 0, sau: 1, 1, pul và 1, chặn 2: pul và 0, sau: 2, 0, tod và 0, sau: 2, 0, kud và 1, sau: 2, 0, giz và 1, sau: 2, 0, ror và 1, sau: 2, 0, pul và 0, sau: 2, 1, tod và 1, sau: 2, 1, kud và 0, sau: 2, 1, giz và 0, sau: 2, 1, ror và 0, sau: 2, 1, pul và 0, chặn 3: pul và 1, sau: 3, 0, tod và 0, sau: 3, 0, kud và 1, sau: 3, 0, giz và 1, sau: 3, 0, ror và 1, sau: 3, 0, pul và 1, sau: 3, 1, tod và 1, sau: 3, 1, kud và 0, sau: 3, 1, giz và 0, sau: 3, 1, ror và 0, sau: 3, 1, pul và 1, chặn 4: tod và 0, sau: 4, 0, tod và 0, sau: 4, 0, kud và 1, sau: 4, 0, giz và 1, sau: 4, 0, ror và 1, sau: 4, 0, pul và 1, chặn 5: tod và 1, sau: 5, 0, tod và 1, sau: 5, 0, kud và 0, sau: 5, 0, giz và 0, sau: 5, 0, ror và 0 và sau: 5, 0, pul và 0, nào đòi được causal, chặn 0: tod và 0, chặn 0: kud và 1, chặn 0: giz và 1, chặn 0: ror và 1, chặn 0: pul và 1, chặn 0: mit và 0, chặn 0: beb và 0, chặn 1: tod và 1, chặn 1: kud và 0, chặn 1: giz và 0, chặn 1: ror và 0, chặn 1: pul và 0, chặn 1: mit và 1, chặn 1: beb và 1, chặn 2: tod và 0, chặn 2: kud và 1, chặn 2: giz và 1, chặn 2: ror và 1, chặn 2: pul và 1, chặn 2: mit và 1, chặn 2: beb và 1, chặn 3: tod và 1, chặn 3: kud và 0, chặn 3: giz và 0, chặn 3: ror và 0, chặn 3: pul và 0, chặn 3: mit và 0 và chặn 3: beb và 0 và tod, kud, giz, ror, pul, mit và beb
Phía nam:
  - m_kor macro đợi và mở, m_sel macro rẽ và đợi, m_dun macro rẽ, mở và scan và m_vim macro xô và mở, bước cost 1 và define_macro cost one_per_body_step, pl0 kế hoạch rẽ, chuyển động, mở và scan, pl1 kế hoạch xô, mở, xô, mở, nâng, đợi và mở và pl2 kế hoạch xô, mở, xô, chuyển động, mở, rẽ, đợi, xô, buông rơi và mở và best_macro
Resolve query trong phía bắc gì?

ทิศเหนือ:
  - claim:c0, todและgiz, claim:c1, pulและror, claim:c2, gizและrorและclaim:c3, gizและkud, บล็อก0:gizและ0, หลัง:0, 0, todและ0, หลัง:0, 0, kudและ1, หลัง:0, 0, gizและ0, หลัง:0, 0, rorและ1, หลัง:0, 0, pulและ0, หลัง:0, 1, todและ1, หลัง:0, 1, kudและ0, หลัง:0, 1, gizและ0, หลัง:0, 1, rorและ0, หลัง:0, 1, pulและ0, บล็อก1:gizและ1, หลัง:1, 0, todและ0, หลัง:1, 0, kudและ1, หลัง:1, 0, gizและ1, หลัง:1, 0, rorและ1, หลัง:1, 0, pulและ1, หลัง:1, 1, todและ1, หลัง:1, 1, kudและ0, หลัง:1, 1, gizและ1, หลัง:1, 1, rorและ0, หลัง:1, 1, pulและ1, บล็อก2:pulและ0, หลัง:2, 0, todและ0, หลัง:2, 0, kudและ1, หลัง:2, 0, gizและ1, หลัง:2, 0, rorและ1, หลัง:2, 0, pulและ0, หลัง:2, 1, todและ1, หลัง:2, 1, kudและ0, หลัง:2, 1, gizและ0, หลัง:2, 1, rorและ0, หลัง:2, 1, pulและ0, บล็อก3:pulและ1, หลัง:3, 0, todและ0, หลัง:3, 0, kudและ1, หลัง:3, 0, gizและ1, หลัง:3, 0, rorและ1, หลัง:3, 0, pulและ1, หลัง:3, 1, todและ1, หลัง:3, 1, kudและ0, หลัง:3, 1, gizและ0, หลัง:3, 1, rorและ0, หลัง:3, 1, pulและ1, บล็อก4:todและ0, หลัง:4, 0, todและ0, หลัง:4, 0, kudและ1, หลัง:4, 0, gizและ1, หลัง:4, 0, rorและ1, หลัง:4, 0, pulและ1, บล็อก5:todและ1, หลัง:5, 0, todและ1, หลัง:5, 0, kudและ0, หลัง:5, 0, gizและ0, หลัง:5, 0, rorและ0และหลัง:5, 0, pulและ0, ไหนclaimถูกcausal, บล็อก0:todและ0, บล็อก0:kudและ1, บล็อก0:gizและ1, บล็อก0:rorและ1, บล็อก0:pulและ1, บล็อก0:mitและ0, บล็อก0:bebและ0, บล็อก1:todและ1, บล็อก1:kudและ0, บล็อก1:gizและ0, บล็อก1:rorและ0, บล็อก1:pulและ0, บล็อก1:mitและ1, บล็อก1:bebและ1, บล็อก2:todและ0, บล็อก2:kudและ1, บล็อก2:gizและ1, บล็อก2:rorและ1, บล็อก2:pulและ1, บล็อก2:mitและ1, บล็อก2:bebและ1, บล็อก3:todและ1, บล็อก3:kudและ0, บล็อก3:gizและ0, บล็อก3:rorและ0, บล็อก3:pulและ0, บล็อก3:mitและ0และบล็อก3:bebและ0และtod, kud, giz, ror, pul, mitและbeb
ทิศใต้:
  - m_kormacroรอและเปิด, m_selmacroหมุนและรอ, m_dunmacroหมุน, เปิดและสแกนและm_vimmacroดันและเปิด, ก้าวราคา1และdefine_macroราคาone_per_body_step, pl0วางแผนหมุน, เคลื่อน, เปิดและสแกน, pl1วางแผนดัน, เปิด, ดัน, เปิด, ยก, รอและเปิดและpl2วางแผนดัน, เปิด, ดัน, เคลื่อน, เปิด, หมุน, รอ, ดัน, หยดและเปิดและbest_macro
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு:
  - claim: c0, tod மற்றும் giz, claim: c1, pul மற்றும் ror, claim: c2, giz மற்றும் ror மற்றும் claim: c3, giz மற்றும் kud, தடு 0: giz மற்றும் 0, பிறகு: 0, 0, tod மற்றும் 0, பிறகு: 0, 0, kud மற்றும் 1, பிறகு: 0, 0, giz மற்றும் 0, பிறகு: 0, 0, ror மற்றும் 1, பிறகு: 0, 0, pul மற்றும் 0, பிறகு: 0, 1, tod மற்றும் 1, பிறகு: 0, 1, kud மற்றும் 0, பிறகு: 0, 1, giz மற்றும் 0, பிறகு: 0, 1, ror மற்றும் 0, பிறகு: 0, 1, pul மற்றும் 0, தடு 1: giz மற்றும் 1, பிறகு: 1, 0, tod மற்றும் 0, பிறகு: 1, 0, kud மற்றும் 1, பிறகு: 1, 0, giz மற்றும் 1, பிறகு: 1, 0, ror மற்றும் 1, பிறகு: 1, 0, pul மற்றும் 1, பிறகு: 1, 1, tod மற்றும் 1, பிறகு: 1, 1, kud மற்றும் 0, பிறகு: 1, 1, giz மற்றும் 1, பிறகு: 1, 1, ror மற்றும் 0, பிறகு: 1, 1, pul மற்றும் 1, தடு 2: pul மற்றும் 0, பிறகு: 2, 0, tod மற்றும் 0, பிறகு: 2, 0, kud மற்றும் 1, பிறகு: 2, 0, giz மற்றும் 1, பிறகு: 2, 0, ror மற்றும் 1, பிறகு: 2, 0, pul மற்றும் 0, பிறகு: 2, 1, tod மற்றும் 1, பிறகு: 2, 1, kud மற்றும் 0, பிறகு: 2, 1, giz மற்றும் 0, பிறகு: 2, 1, ror மற்றும் 0, பிறகு: 2, 1, pul மற்றும் 0, தடு 3: pul மற்றும் 1, பிறகு: 3, 0, tod மற்றும் 0, பிறகு: 3, 0, kud மற்றும் 1, பிறகு: 3, 0, giz மற்றும் 1, பிறகு: 3, 0, ror மற்றும் 1, பிறகு: 3, 0, pul மற்றும் 1, பிறகு: 3, 1, tod மற்றும் 1, பிறகு: 3, 1, kud மற்றும் 0, பிறகு: 3, 1, giz மற்றும் 0, பிறகு: 3, 1, ror மற்றும் 0, பிறகு: 3, 1, pul மற்றும் 1, தடு 4: tod மற்றும் 0, பிறகு: 4, 0, tod மற்றும் 0, பிறகு: 4, 0, kud மற்றும் 1, பிறகு: 4, 0, giz மற்றும் 1, பிறகு: 4, 0, ror மற்றும் 1, பிறகு: 4, 0, pul மற்றும் 1, தடு 5: tod மற்றும் 1, பிறகு: 5, 0, tod மற்றும் 1, பிறகு: 5, 0, kud மற்றும் 0, பிறகு: 5, 0, giz மற்றும் 0, பிறகு: 5, 0, ror மற்றும் 0 மற்றும் பிறகு: 5, 0, pul மற்றும் 0, எந்த claim படு causal, தடு 0: tod மற்றும் 0, தடு 0: kud மற்றும் 1, தடு 0: giz மற்றும் 1, தடு 0: ror மற்றும் 1, தடு 0: pul மற்றும் 1, தடு 0: mit மற்றும் 0, தடு 0: beb மற்றும் 0, தடு 1: tod மற்றும் 1, தடு 1: kud மற்றும் 0, தடு 1: giz மற்றும் 0, தடு 1: ror மற்றும் 0, தடு 1: pul மற்றும் 0, தடு 1: mit மற்றும் 1, தடு 1: beb மற்றும் 1, தடு 2: tod மற்றும் 0, தடு 2: kud மற்றும் 1, தடு 2: giz மற்றும் 1, தடு 2: ror மற்றும் 1, தடு 2: pul மற்றும் 1, தடு 2: mit மற்றும் 1, தடு 2: beb மற்றும் 1, தடு 3: tod மற்றும் 1, தடு 3: kud மற்றும் 0, தடு 3: giz மற்றும் 0, தடு 3: ror மற்றும் 0, தடு 3: pul மற்றும் 0, தடு 3: mit மற்றும் 0 மற்றும் தடு 3: beb மற்றும் 0 மற்றும் tod, kud, giz, ror, pul, mit மற்றும் beb
தெற்கு:
  - m_kor பொறுத்திரு மற்றும் திற macro, m_sel திரும்பு மற்றும் பொறுத்திரு macro, m_dun திரும்பு, திற மற்றும் scan macro மற்றும் m_vim தள்ளு மற்றும் திற macro, step 1 செலவு மற்றும் define_macro one_per_body_step செலவு, pl0 திரும்பு, அசை, திற மற்றும் scan திட்டம், pl1 தள்ளு, திற, தள்ளு, திற, உயர்த்தி, பொறுத்திரு மற்றும் திற திட்டம் மற்றும் pl2 தள்ளு, திற, தள்ளு, அசை, திற, திரும்பு, பொறுத்திரு, தள்ளு, துளி மற்றும் திற திட்டம் மற்றும் best_macro
resolve query உள்ளே வடக்கு என்ன?

North:
  - claim: c0, tod na giz, claim: c1, pul na ror, claim: c2, giz na ror na claim: c3, giz na kud, kizuizi 0: giz na 0, after: 0, 0, tod na 0, after: 0, 0, kud na 1, after: 0, 0, giz na 0, after: 0, 0, ror na 1, after: 0, 0, pul na 0, after: 0, 1, tod na 1, after: 0, 1, kud na 0, after: 0, 1, giz na 0, after: 0, 1, ror na 0, after: 0, 1, pul na 0, kizuizi 1: giz na 1, after: 1, 0, tod na 0, after: 1, 0, kud na 1, after: 1, 0, giz na 1, after: 1, 0, ror na 1, after: 1, 0, pul na 1, after: 1, 1, tod na 1, after: 1, 1, kud na 0, after: 1, 1, giz na 1, after: 1, 1, ror na 0, after: 1, 1, pul na 1, kizuizi 2: pul na 0, after: 2, 0, tod na 0, after: 2, 0, kud na 1, after: 2, 0, giz na 1, after: 2, 0, ror na 1, after: 2, 0, pul na 0, after: 2, 1, tod na 1, after: 2, 1, kud na 0, after: 2, 1, giz na 0, after: 2, 1, ror na 0, after: 2, 1, pul na 0, kizuizi 3: pul na 1, after: 3, 0, tod na 0, after: 3, 0, kud na 1, after: 3, 0, giz na 1, after: 3, 0, ror na 1, after: 3, 0, pul na 1, after: 3, 1, tod na 1, after: 3, 1, kud na 0, after: 3, 1, giz na 0, after: 3, 1, ror na 0, after: 3, 1, pul na 1, kizuizi 4: tod na 0, after: 4, 0, tod na 0, after: 4, 0, kud na 1, after: 4, 0, giz na 1, after: 4, 0, ror na 1, after: 4, 0, pul na 1, kizuizi 5: tod na 1, after: 5, 0, tod na 1, after: 5, 0, kud na 0, after: 5, 0, giz na 0, after: 5, 0, ror na 0 na after: 5, 0, pul na 0, gani claim ni causal, kizuizi 0: tod na 0, kizuizi 0: kud na 1, kizuizi 0: giz na 1, kizuizi 0: ror na 1, kizuizi 0: pul na 1, kizuizi 0: mit na 0, kizuizi 0: beb na 0, kizuizi 1: tod na 1, kizuizi 1: kud na 0, kizuizi 1: giz na 0, kizuizi 1: ror na 0, kizuizi 1: pul na 0, kizuizi 1: mit na 1, kizuizi 1: beb na 1, kizuizi 2: tod na 0, kizuizi 2: kud na 1, kizuizi 2: giz na 1, kizuizi 2: ror na 1, kizuizi 2: pul na 1, kizuizi 2: mit na 1, kizuizi 2: beb na 1, kizuizi 3: tod na 1, kizuizi 3: kud na 0, kizuizi 3: giz na 0, kizuizi 3: ror na 0, kizuizi 3: pul na 0, kizuizi 3: mit na 0 na kizuizi 3: beb na 0 na tod, kud, giz, ror, pul, mit na beb
South:
  - m_kor macro wait na fungua, m_sel macro zamu na wait, m_dun macro zamu, fungua na scan na m_vim macro kusukuma na fungua, hatua gharimu 1 na define_macro gharimu one_per_body_step, pl0 mpango zamu, peleka, fungua na scan, pl1 mpango kusukuma, fungua, kusukuma, fungua, eleveta, wait na fungua na pl2 mpango kusukuma, fungua, kusukuma, peleka, fungua, zamu, wait, kusukuma, kuangusha na fungua na best_macro
Resolve query in: kaskazi nini?

Náhookǫs:
  - claim: c0, tod dóó giz, claim: c1, pul dóó ror, claim: c2, giz dóó ror dóó claim: c3, giz dóó kud, block 0: giz dóó 0, after: 0, 0, tod dóó 0, after: 0, 0, kud dóó 1, after: 0, 0, giz dóó 0, after: 0, 0, ror dóó 1, after: 0, 0, pul dóó 0, after: 0, 1, tod dóó 1, after: 0, 1, kud dóó 0, after: 0, 1, giz dóó 0, after: 0, 1, ror dóó 0, after: 0, 1, pul dóó 0, block 1: giz dóó 1, after: 1, 0, tod dóó 0, after: 1, 0, kud dóó 1, after: 1, 0, giz dóó 1, after: 1, 0, ror dóó 1, after: 1, 0, pul dóó 1, after: 1, 1, tod dóó 1, after: 1, 1, kud dóó 0, after: 1, 1, giz dóó 1, after: 1, 1, ror dóó 0, after: 1, 1, pul dóó 1, block 2: pul dóó 0, after: 2, 0, tod dóó 0, after: 2, 0, kud dóó 1, after: 2, 0, giz dóó 1, after: 2, 0, ror dóó 1, after: 2, 0, pul dóó 0, after: 2, 1, tod dóó 1, after: 2, 1, kud dóó 0, after: 2, 1, giz dóó 0, after: 2, 1, ror dóó 0, after: 2, 1, pul dóó 0, block 3: pul dóó 1, after: 3, 0, tod dóó 0, after: 3, 0, kud dóó 1, after: 3, 0, giz dóó 1, after: 3, 0, ror dóó 1, after: 3, 0, pul dóó 1, after: 3, 1, tod dóó 1, after: 3, 1, kud dóó 0, after: 3, 1, giz dóó 0, after: 3, 1, ror dóó 0, after: 3, 1, pul dóó 1, block 4: tod dóó 0, after: 4, 0, tod dóó 0, after: 4, 0, kud dóó 1, after: 4, 0, giz dóó 1, after: 4, 0, ror dóó 1, after: 4, 0, pul dóó 1, block 5: tod dóó 1, after: 5, 0, tod dóó 1, after: 5, 0, kud dóó 0, after: 5, 0, giz dóó 0, after: 5, 0, ror dóó 0 dóó after: 5, 0, pul dóó 0, which claim átʼé causal, block 0: tod dóó 0, block 0: kud dóó 1, block 0: giz dóó 1, block 0: ror dóó 1, block 0: pul dóó 1, block 0: mit dóó 0, block 0: beb dóó 0, block 1: tod dóó 1, block 1: kud dóó 0, block 1: giz dóó 0, block 1: ror dóó 0, block 1: pul dóó 0, block 1: mit dóó 1, block 1: beb dóó 1, block 2: tod dóó 0, block 2: kud dóó 1, block 2: giz dóó 1, block 2: ror dóó 1, block 2: pul dóó 1, block 2: mit dóó 1, block 2: beb dóó 1, block 3: tod dóó 1, block 3: kud dóó 0, block 3: giz dóó 0, block 3: ror dóó 0, block 3: pul dóó 0, block 3: mit dóó 0 dóó block 3: beb dóó 0 dóó tod, kud, giz, ror, pul, mit dóó beb
Shádiʼááh:
  - m_kor wait dóó open macro, m_sel turn dóó wait macro, m_dun turn, open dóó scan macro dóó m_vim push dóó open macro, step 1 bą́ą́h ílį́ dóó define_macro one_per_body_step bą́ą́h ílį́, pl0 turn, move, open dóó scan plan, pl1 push, open, push, open, hoł háádaalchʼąłígíí, wait dóó open plan dóó pl2 push, open, push, move, open, turn, wait, push, drop dóó open plan dóó best_macro
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq:
  - claim: c0, tod aamma giz, claim: c1, pul aamma ror, claim: c2, giz aamma ror aamma claim: c3, giz aamma kud, block 0: giz aamma 0, after: 0, 0, tod aamma 0, after: 0, 0, kud aamma 1, after: 0, 0, giz aamma 0, after: 0, 0, ror aamma 1, after: 0, 0, pul aamma 0, after: 0, 1, tod aamma 1, after: 0, 1, kud aamma 0, after: 0, 1, giz aamma 0, after: 0, 1, ror aamma 0, after: 0, 1, pul aamma 0, block 1: giz aamma 1, after: 1, 0, tod aamma 0, after: 1, 0, kud aamma 1, after: 1, 0, giz aamma 1, after: 1, 0, ror aamma 1, after: 1, 0, pul aamma 1, after: 1, 1, tod aamma 1, after: 1, 1, kud aamma 0, after: 1, 1, giz aamma 1, after: 1, 1, ror aamma 0, after: 1, 1, pul aamma 1, block 2: pul aamma 0, after: 2, 0, tod aamma 0, after: 2, 0, kud aamma 1, after: 2, 0, giz aamma 1, after: 2, 0, ror aamma 1, after: 2, 0, pul aamma 0, after: 2, 1, tod aamma 1, after: 2, 1, kud aamma 0, after: 2, 1, giz aamma 0, after: 2, 1, ror aamma 0, after: 2, 1, pul aamma 0, block 3: pul aamma 1, after: 3, 0, tod aamma 0, after: 3, 0, kud aamma 1, after: 3, 0, giz aamma 1, after: 3, 0, ror aamma 1, after: 3, 0, pul aamma 1, after: 3, 1, tod aamma 1, after: 3, 1, kud aamma 0, after: 3, 1, giz aamma 0, after: 3, 1, ror aamma 0, after: 3, 1, pul aamma 1, block 4: tod aamma 0, after: 4, 0, tod aamma 0, after: 4, 0, kud aamma 1, after: 4, 0, giz aamma 1, after: 4, 0, ror aamma 1, after: 4, 0, pul aamma 1, block 5: tod aamma 1, after: 5, 0, tod aamma 1, after: 5, 0, kud aamma 0, after: 5, 0, giz aamma 0, after: 5, 0, ror aamma 0 aamma after: 5, 0, pul aamma 0, which claim a causal, block 0: tod aamma 0, block 0: kud aamma 1, block 0: giz aamma 1, block 0: ror aamma 1, block 0: pul aamma 1, block 0: mit aamma 0, block 0: beb aamma 0, block 1: tod aamma 1, block 1: kud aamma 0, block 1: giz aamma 0, block 1: ror aamma 0, block 1: pul aamma 0, block 1: mit aamma 1, block 1: beb aamma 1, block 2: tod aamma 0, block 2: kud aamma 1, block 2: giz aamma 1, block 2: ror aamma 1, block 2: pul aamma 1, block 2: mit aamma 1, block 2: beb aamma 1, block 3: tod aamma 1, block 3: kud aamma 0, block 3: giz aamma 0, block 3: ror aamma 0, block 3: pul aamma 0, block 3: mit aamma 0 aamma block 3: beb aamma 0 aamma tod, kud, giz, ror, pul, mit aamma beb
Kujalleq:
  - m_kor wait aamma ammarpaa macro, m_sel turn aamma wait macro, m_dun turn, ammarpaa aamma scan macro aamma m_vim push aamma ammarpaa macro, step 1 cost aamma define_macro one_per_body_step cost, pl0 turn, aalavoq, ammarpaa aamma scan plan, pl1 push, ammarpaa, push, ammarpaa, lift, wait aamma ammarpaa plan aamma pl2 push, ammarpaa, push, aalavoq, ammarpaa, turn, wait, push, drop aamma ammarpaa plan aamma best_macro
Resolve query in avannarleq what?

North:
  - claim: c0, tod na giz, claim: c1, pul na ror, claim: c2, giz na ror na claim: c3, giz na kud, block 0: giz na 0, bihain: 0, 0, tod na 0, bihain: 0, 0, kud na 1, bihain: 0, 0, giz na 0, bihain: 0, 0, ror na 1, bihain: 0, 0, pul na 0, bihain: 0, 1, tod na 1, bihain: 0, 1, kud na 0, bihain: 0, 1, giz na 0, bihain: 0, 1, ror na 0, bihain: 0, 1, pul na 0, block 1: giz na 1, bihain: 1, 0, tod na 0, bihain: 1, 0, kud na 1, bihain: 1, 0, giz na 1, bihain: 1, 0, ror na 1, bihain: 1, 0, pul na 1, bihain: 1, 1, tod na 1, bihain: 1, 1, kud na 0, bihain: 1, 1, giz na 1, bihain: 1, 1, ror na 0, bihain: 1, 1, pul na 1, block 2: pul na 0, bihain: 2, 0, tod na 0, bihain: 2, 0, kud na 1, bihain: 2, 0, giz na 1, bihain: 2, 0, ror na 1, bihain: 2, 0, pul na 0, bihain: 2, 1, tod na 1, bihain: 2, 1, kud na 0, bihain: 2, 1, giz na 0, bihain: 2, 1, ror na 0, bihain: 2, 1, pul na 0, block 3: pul na 1, bihain: 3, 0, tod na 0, bihain: 3, 0, kud na 1, bihain: 3, 0, giz na 1, bihain: 3, 0, ror na 1, bihain: 3, 0, pul na 1, bihain: 3, 1, tod na 1, bihain: 3, 1, kud na 0, bihain: 3, 1, giz na 0, bihain: 3, 1, ror na 0, bihain: 3, 1, pul na 1, block 4: tod na 0, bihain: 4, 0, tod na 0, bihain: 4, 0, kud na 1, bihain: 4, 0, giz na 1, bihain: 4, 0, ror na 1, bihain: 4, 0, pul na 1, block 5: tod na 1, bihain: 5, 0, tod na 1, bihain: 5, 0, kud na 0, bihain: 5, 0, giz na 0, bihain: 5, 0, ror na 0 na bihain: 5, 0, pul na 0, which claim is causal, block 0: tod na 0, block 0: kud na 1, block 0: giz na 1, block 0: ror na 1, block 0: pul na 1, block 0: mit na 0, block 0: beb na 0, block 1: tod na 1, block 1: kud na 0, block 1: giz na 0, block 1: ror na 0, block 1: pul na 0, block 1: mit na 1, block 1: beb na 1, block 2: tod na 0, block 2: kud na 1, block 2: giz na 1, block 2: ror na 1, block 2: pul na 1, block 2: mit na 1, block 2: beb na 1, block 3: tod na 1, block 3: kud na 0, block 3: giz na 0, block 3: ror na 0, block 3: pul na 0, block 3: mit na 0 na block 3: beb na 0 na tod, kud, giz, ror, pul, mit na beb
South:
  - m_kor macro wait na open, m_sel macro turn na wait, m_dun macro turn, open na scan na m_vim macro push na open, step cost 1 na define_macro cost one_per_body_step, pl0 plan turn, move, open na scan, pl1 plan push, open, push, open, liptimapim, wait na open na pl2 plan push, open, push, move, open, turn, wait, push, drop na open na best_macro
Resolve query long north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, pànkpèk open best_macro
Resolve query in north kwèch?

North:
  - claim: c0, tod а giz, claim: c1, pul а ror, claim: c2, giz а ror а claim: c3, giz а kud, block 0: giz а 0, after: 0, 0, tod а 0, after: 0, 0, kud а 1, after: 0, 0, giz а 0, after: 0, 0, ror а 1, after: 0, 0, pul а 0, after: 0, 1, tod а 1, after: 0, 1, kud а 0, after: 0, 1, giz а 0, after: 0, 1, ror а 0, after: 0, 1, pul а 0, block 1: giz а 1, after: 1, 0, tod а 0, after: 1, 0, kud а 1, after: 1, 0, giz а 1, after: 1, 0, ror а 1, after: 1, 0, pul а 1, after: 1, 1, tod а 1, after: 1, 1, kud а 0, after: 1, 1, giz а 1, after: 1, 1, ror а 0, after: 1, 1, pul а 1, block 2: pul а 0, after: 2, 0, tod а 0, after: 2, 0, kud а 1, after: 2, 0, giz а 1, after: 2, 0, ror а 1, after: 2, 0, pul а 0, after: 2, 1, tod а 1, after: 2, 1, kud а 0, after: 2, 1, giz а 0, after: 2, 1, ror а 0, after: 2, 1, pul а 0, block 3: pul а 1, after: 3, 0, tod а 0, after: 3, 0, kud а 1, after: 3, 0, giz а 1, after: 3, 0, ror а 1, after: 3, 0, pul а 1, after: 3, 1, tod а 1, after: 3, 1, kud а 0, after: 3, 1, giz а 0, after: 3, 1, ror а 0, after: 3, 1, pul а 1, block 4: tod а 0, after: 4, 0, tod а 0, after: 4, 0, kud а 1, after: 4, 0, giz а 1, after: 4, 0, ror а 1, after: 4, 0, pul а 1, block 5: tod а 1, after: 5, 0, tod а 1, after: 5, 0, kud а 0, after: 5, 0, giz а 0, after: 5, 0, ror а 0 а after: 5, 0, pul а 0, which claim хила causal, block 0: tod а 0, block 0: kud а 1, block 0: giz а 1, block 0: ror а 1, block 0: pul а 1, block 0: mit а 0, block 0: beb а 0, block 1: tod а 1, block 1: kud а 0, block 1: giz а 0, block 1: ror а 0, block 1: pul а 0, block 1: mit а 1, block 1: beb а 1, block 2: tod а 0, block 2: kud а 1, block 2: giz а 1, block 2: ror а 1, block 2: pul а 1, block 2: mit а 1, block 2: beb а 1, block 3: tod а 1, block 3: kud а 0, block 3: giz а 0, block 3: ror а 0, block 3: pul а 0, block 3: mit а 0 а block 3: beb а 0 а tod, kud, giz, ror, pul, mit а beb
South:
  - m_kor macro wait а open, m_sel macro верза а wait, m_dun macro верза, open а scan а m_vim macro татта а open, step cost 1 а define_macro cost one_per_body_step, pl0 plan верза, move, open а scan, pl1 plan татта, open, татта, open, lift, wait а open а pl2 plan татта, open, татта, move, open, верза, wait, татта, тӏадам а open а best_macro
Resolve query in north фу?

북:
  - 청구: c0, tod giz, 청구: c1, pul ror, 청구: c2, giz ror 청구: c3, giz kud, 블록 0: giz 0, 다음에: 0, 0, tod 0, 다음에: 0, 0, kud 1, 다음에: 0, 0, giz 0, 다음에: 0, 0, ror 1, 다음에: 0, 0, pul 0, 다음에: 0, 1, tod 1, 다음에: 0, 1, kud 0, 다음에: 0, 1, giz 0, 다음에: 0, 1, ror 0, 다음에: 0, 1, pul 0, 블록 1: giz 1, 다음에: 1, 0, tod 0, 다음에: 1, 0, kud 1, 다음에: 1, 0, giz 1, 다음에: 1, 0, ror 1, 다음에: 1, 0, pul 1, 다음에: 1, 1, tod 1, 다음에: 1, 1, kud 0, 다음에: 1, 1, giz 1, 다음에: 1, 1, ror 0, 다음에: 1, 1, pul 1, 블록 2: pul 0, 다음에: 2, 0, tod 0, 다음에: 2, 0, kud 1, 다음에: 2, 0, giz 1, 다음에: 2, 0, ror 1, 다음에: 2, 0, pul 0, 다음에: 2, 1, tod 1, 다음에: 2, 1, kud 0, 다음에: 2, 1, giz 0, 다음에: 2, 1, ror 0, 다음에: 2, 1, pul 0, 블록 3: pul 1, 다음에: 3, 0, tod 0, 다음에: 3, 0, kud 1, 다음에: 3, 0, giz 1, 다음에: 3, 0, ror 1, 다음에: 3, 0, pul 1, 다음에: 3, 1, tod 1, 다음에: 3, 1, kud 0, 다음에: 3, 1, giz 0, 다음에: 3, 1, ror 0, 다음에: 3, 1, pul 1, 블록 4: tod 0, 다음에: 4, 0, tod 0, 다음에: 4, 0, kud 1, 다음에: 4, 0, giz 1, 다음에: 4, 0, ror 1, 다음에: 4, 0, pul 1, 블록 5: tod 1, 다음에: 5, 0, tod 1, 다음에: 5, 0, kud 0, 다음에: 5, 0, giz 0, 다음에: 5, 0, ror 0 다음에: 5, 0, pul 0, 어느 청구 is causal, 블록 0: tod 0, 블록 0: kud 1, 블록 0: giz 1, 블록 0: ror 1, 블록 0: pul 1, 블록 0: mit 0, 블록 0: beb 0, 블록 1: tod 1, 블록 1: kud 0, 블록 1: giz 0, 블록 1: ror 0, 블록 1: pul 0, 블록 1: mit 1, 블록 1: beb 1, 블록 2: tod 0, 블록 2: kud 1, 블록 2: giz 1, 블록 2: ror 1, 블록 2: pul 1, 블록 2: mit 1, 블록 2: beb 1, 블록 3: tod 1, 블록 3: kud 0, 블록 3: giz 0, 블록 3: ror 0, 블록 3: pul 0, 블록 3: mit 0 블록 3: beb 0 tod, kud, giz, ror, pul, mit beb
남:
  - m_kor 기다리다 열다 매크로, m_sel 돌다 기다리다 매크로, m_dun 돌다, 열다 스캔하다 매크로 m_vim 밀다 열다 매크로, 걸음 1 cost define_macro one_per_body_step cost, pl0 돌다, 움직이다, 열다 스캔하다 계획하다, pl1 밀다, 열다, 밀다, 열다, 엘리베이터, 기다리다 열다 계획하다 pl2 밀다, 열다, 밀다, 움직이다, 열다, 돌다, 기다리다, 밀다, 떨어뜨리다 열다 계획하다 best_macro
해결하다 질문...의 안에 북 무엇?

Ipar:
  - claim: c0, tod eta giz, claim: c1, pul eta ror, claim: c2, giz eta ror eta claim: c3, giz eta kud, block 0: giz eta 0, after: 0, 0, tod eta 0, after: 0, 0, kud eta 1, after: 0, 0, giz eta 0, after: 0, 0, ror eta 1, after: 0, 0, pul eta 0, after: 0, 1, tod eta 1, after: 0, 1, kud eta 0, after: 0, 1, giz eta 0, after: 0, 1, ror eta 0, after: 0, 1, pul eta 0, block 1: giz eta 1, after: 1, 0, tod eta 0, after: 1, 0, kud eta 1, after: 1, 0, giz eta 1, after: 1, 0, ror eta 1, after: 1, 0, pul eta 1, after: 1, 1, tod eta 1, after: 1, 1, kud eta 0, after: 1, 1, giz eta 1, after: 1, 1, ror eta 0, after: 1, 1, pul eta 1, block 2: pul eta 0, after: 2, 0, tod eta 0, after: 2, 0, kud eta 1, after: 2, 0, giz eta 1, after: 2, 0, ror eta 1, after: 2, 0, pul eta 0, after: 2, 1, tod eta 1, after: 2, 1, kud eta 0, after: 2, 1, giz eta 0, after: 2, 1, ror eta 0, after: 2, 1, pul eta 0, block 3: pul eta 1, after: 3, 0, tod eta 0, after: 3, 0, kud eta 1, after: 3, 0, giz eta 1, after: 3, 0, ror eta 1, after: 3, 0, pul eta 1, after: 3, 1, tod eta 1, after: 3, 1, kud eta 0, after: 3, 1, giz eta 0, after: 3, 1, ror eta 0, after: 3, 1, pul eta 1, block 4: tod eta 0, after: 4, 0, tod eta 0, after: 4, 0, kud eta 1, after: 4, 0, giz eta 1, after: 4, 0, ror eta 1, after: 4, 0, pul eta 1, block 5: tod eta 1, after: 5, 0, tod eta 1, after: 5, 0, kud eta 0, after: 5, 0, giz eta 0, after: 5, 0, ror eta 0 eta after: 5, 0, pul eta 0, which claim izan causal, block 0: tod eta 0, block 0: kud eta 1, block 0: giz eta 1, block 0: ror eta 1, block 0: pul eta 1, block 0: mit eta 0, block 0: beb eta 0, block 1: tod eta 1, block 1: kud eta 0, block 1: giz eta 0, block 1: ror eta 0, block 1: pul eta 0, block 1: mit eta 1, block 1: beb eta 1, block 2: tod eta 0, block 2: kud eta 1, block 2: giz eta 1, block 2: ror eta 1, block 2: pul eta 1, block 2: mit eta 1, block 2: beb eta 1, block 3: tod eta 1, block 3: kud eta 0, block 3: giz eta 0, block 3: ror eta 0, block 3: pul eta 0, block 3: mit eta 0 eta block 3: beb eta 0 eta tod, kud, giz, ror, pul, mit eta beb
Hego:
  - m_kor wait eta ireki macro, m_sel jiratu eta wait macro, m_dun jiratu, ireki eta scan macro eta m_vim push eta ireki macro, urrats 1 kostatu eta define_macro one_per_body_step kostatu, pl0 jiratu, mugitu, ireki eta scan plan, pl1 push, ireki, push, ireki, igogailu, wait eta ireki plan eta pl2 push, ireki, push, mugitu, ireki, jiratu, wait, push, drop eta ireki plan eta best_macro
Resolve query in ipar zer?

ᏧᏴᏨᎢ:
  - claim: c0, tod ᎠᎴ giz, claim: c1, pul ᎠᎴ ror, claim: c2, giz ᎠᎴ ror ᎠᎴ claim: c3, giz ᎠᎴ kud, block 0: giz ᎠᎴ 0, after: 0, 0, tod ᎠᎴ 0, after: 0, 0, kud ᎠᎴ 1, after: 0, 0, giz ᎠᎴ 0, after: 0, 0, ror ᎠᎴ 1, after: 0, 0, pul ᎠᎴ 0, after: 0, 1, tod ᎠᎴ 1, after: 0, 1, kud ᎠᎴ 0, after: 0, 1, giz ᎠᎴ 0, after: 0, 1, ror ᎠᎴ 0, after: 0, 1, pul ᎠᎴ 0, block 1: giz ᎠᎴ 1, after: 1, 0, tod ᎠᎴ 0, after: 1, 0, kud ᎠᎴ 1, after: 1, 0, giz ᎠᎴ 1, after: 1, 0, ror ᎠᎴ 1, after: 1, 0, pul ᎠᎴ 1, after: 1, 1, tod ᎠᎴ 1, after: 1, 1, kud ᎠᎴ 0, after: 1, 1, giz ᎠᎴ 1, after: 1, 1, ror ᎠᎴ 0, after: 1, 1, pul ᎠᎴ 1, block 2: pul ᎠᎴ 0, after: 2, 0, tod ᎠᎴ 0, after: 2, 0, kud ᎠᎴ 1, after: 2, 0, giz ᎠᎴ 1, after: 2, 0, ror ᎠᎴ 1, after: 2, 0, pul ᎠᎴ 0, after: 2, 1, tod ᎠᎴ 1, after: 2, 1, kud ᎠᎴ 0, after: 2, 1, giz ᎠᎴ 0, after: 2, 1, ror ᎠᎴ 0, after: 2, 1, pul ᎠᎴ 0, block 3: pul ᎠᎴ 1, after: 3, 0, tod ᎠᎴ 0, after: 3, 0, kud ᎠᎴ 1, after: 3, 0, giz ᎠᎴ 1, after: 3, 0, ror ᎠᎴ 1, after: 3, 0, pul ᎠᎴ 1, after: 3, 1, tod ᎠᎴ 1, after: 3, 1, kud ᎠᎴ 0, after: 3, 1, giz ᎠᎴ 0, after: 3, 1, ror ᎠᎴ 0, after: 3, 1, pul ᎠᎴ 1, block 4: tod ᎠᎴ 0, after: 4, 0, tod ᎠᎴ 0, after: 4, 0, kud ᎠᎴ 1, after: 4, 0, giz ᎠᎴ 1, after: 4, 0, ror ᎠᎴ 1, after: 4, 0, pul ᎠᎴ 1, block 5: tod ᎠᎴ 1, after: 5, 0, tod ᎠᎴ 1, after: 5, 0, kud ᎠᎴ 0, after: 5, 0, giz ᎠᎴ 0, after: 5, 0, ror ᎠᎴ 0 ᎠᎴ after: 5, 0, pul ᎠᎴ 0, which claim is causal, block 0: tod ᎠᎴ 0, block 0: kud ᎠᎴ 1, block 0: giz ᎠᎴ 1, block 0: ror ᎠᎴ 1, block 0: pul ᎠᎴ 1, block 0: mit ᎠᎴ 0, block 0: beb ᎠᎴ 0, block 1: tod ᎠᎴ 1, block 1: kud ᎠᎴ 0, block 1: giz ᎠᎴ 0, block 1: ror ᎠᎴ 0, block 1: pul ᎠᎴ 0, block 1: mit ᎠᎴ 1, block 1: beb ᎠᎴ 1, block 2: tod ᎠᎴ 0, block 2: kud ᎠᎴ 1, block 2: giz ᎠᎴ 1, block 2: ror ᎠᎴ 1, block 2: pul ᎠᎴ 1, block 2: mit ᎠᎴ 1, block 2: beb ᎠᎴ 1, block 3: tod ᎠᎴ 1, block 3: kud ᎠᎴ 0, block 3: giz ᎠᎴ 0, block 3: ror ᎠᎴ 0, block 3: pul ᎠᎴ 0, block 3: mit ᎠᎴ 0 ᎠᎴ block 3: beb ᎠᎴ 0 ᎠᎴ tod, kud, giz, ror, pul, mit ᎠᎴ beb
ᏧᎦᏃᏮᎢ:
  - m_kor macro wait ᎠᎴ ᎠᏍᏚᎢᎠ, m_sel macro turn ᎠᎴ wait, m_dun macro turn, ᎠᏍᏚᎢᎠ ᎠᎴ scan ᎠᎴ m_vim macro push ᎠᎴ ᎠᏍᏚᎢᎠ, ᎠᎩᏠᏒᏍᏗᎢ cost 1 ᎠᎴ define_macro cost one_per_body_step, pl0 plan turn, ᎠᏓᏅᎠ, ᎠᏍᏚᎢᎠ ᎠᎴ scan, pl1 plan push, ᎠᏍᏚᎢᎠ, push, ᎠᏍᏚᎢᎠ, lift, wait ᎠᎴ ᎠᏍᏚᎢᎠ ᎠᎴ pl2 plan push, ᎠᏍᏚᎢᎠ, push, ᎠᏓᏅᎠ, ᎠᏍᏚᎢᎠ, turn, wait, push, ᎤᏬᎰᏎᎭ ᎠᎴ ᎠᏍᏚᎢᎠ ᎠᎴ best_macro
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim tiyay causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro suyay kichay, m_sel macro turn suyay, m_dun macro turn, kichay scan m_vim macro tanqay kichay, thatki cost 1 define_macro cost one_per_body_step, pl0 plan turn, ayway, kichay scan, pl1 plan tanqay, kichay, tanqay, kichay, lift, suyay kichay pl2 plan tanqay, kichay, tanqay, ayway, kichay, turn, suyay, tanqay, drop kichay best_macro
Resolve query in north what?

North:
  - claim: c0, tod ыкӏи giz, claim: c1, pul ыкӏи ror, claim: c2, giz ыкӏи ror ыкӏи claim: c3, giz ыкӏи kud, block 0: giz ыкӏи 0, иуж: 0, 0, tod ыкӏи 0, иуж: 0, 0, kud ыкӏи 1, иуж: 0, 0, giz ыкӏи 0, иуж: 0, 0, ror ыкӏи 1, иуж: 0, 0, pul ыкӏи 0, иуж: 0, 1, tod ыкӏи 1, иуж: 0, 1, kud ыкӏи 0, иуж: 0, 1, giz ыкӏи 0, иуж: 0, 1, ror ыкӏи 0, иуж: 0, 1, pul ыкӏи 0, block 1: giz ыкӏи 1, иуж: 1, 0, tod ыкӏи 0, иуж: 1, 0, kud ыкӏи 1, иуж: 1, 0, giz ыкӏи 1, иуж: 1, 0, ror ыкӏи 1, иуж: 1, 0, pul ыкӏи 1, иуж: 1, 1, tod ыкӏи 1, иуж: 1, 1, kud ыкӏи 0, иуж: 1, 1, giz ыкӏи 1, иуж: 1, 1, ror ыкӏи 0, иуж: 1, 1, pul ыкӏи 1, block 2: pul ыкӏи 0, иуж: 2, 0, tod ыкӏи 0, иуж: 2, 0, kud ыкӏи 1, иуж: 2, 0, giz ыкӏи 1, иуж: 2, 0, ror ыкӏи 1, иуж: 2, 0, pul ыкӏи 0, иуж: 2, 1, tod ыкӏи 1, иуж: 2, 1, kud ыкӏи 0, иуж: 2, 1, giz ыкӏи 0, иуж: 2, 1, ror ыкӏи 0, иуж: 2, 1, pul ыкӏи 0, block 3: pul ыкӏи 1, иуж: 3, 0, tod ыкӏи 0, иуж: 3, 0, kud ыкӏи 1, иуж: 3, 0, giz ыкӏи 1, иуж: 3, 0, ror ыкӏи 1, иуж: 3, 0, pul ыкӏи 1, иуж: 3, 1, tod ыкӏи 1, иуж: 3, 1, kud ыкӏи 0, иуж: 3, 1, giz ыкӏи 0, иуж: 3, 1, ror ыкӏи 0, иуж: 3, 1, pul ыкӏи 1, block 4: tod ыкӏи 0, иуж: 4, 0, tod ыкӏи 0, иуж: 4, 0, kud ыкӏи 1, иуж: 4, 0, giz ыкӏи 1, иуж: 4, 0, ror ыкӏи 1, иуж: 4, 0, pul ыкӏи 1, block 5: tod ыкӏи 1, иуж: 5, 0, tod ыкӏи 1, иуж: 5, 0, kud ыкӏи 0, иуж: 5, 0, giz ыкӏи 0, иуж: 5, 0, ror ыкӏи 0 ыкӏи иуж: 5, 0, pul ыкӏи 0, which claim is causal, block 0: tod ыкӏи 0, block 0: kud ыкӏи 1, block 0: giz ыкӏи 1, block 0: ror ыкӏи 1, block 0: pul ыкӏи 1, block 0: mit ыкӏи 0, block 0: beb ыкӏи 0, block 1: tod ыкӏи 1, block 1: kud ыкӏи 0, block 1: giz ыкӏи 0, block 1: ror ыкӏи 0, block 1: pul ыкӏи 0, block 1: mit ыкӏи 1, block 1: beb ыкӏи 1, block 2: tod ыкӏи 0, block 2: kud ыкӏи 1, block 2: giz ыкӏи 1, block 2: ror ыкӏи 1, block 2: pul ыкӏи 1, block 2: mit ыкӏи 1, block 2: beb ыкӏи 1, block 3: tod ыкӏи 1, block 3: kud ыкӏи 0, block 3: giz ыкӏи 0, block 3: ror ыкӏи 0, block 3: pul ыкӏи 0, block 3: mit ыкӏи 0 ыкӏи block 3: beb ыкӏи 0 ыкӏи tod, kud, giz, ror, pul, mit ыкӏи beb
South:
  - m_kor wait ыкӏи open macro, m_sel turn ыкӏи wait macro, m_dun turn, open ыкӏи scan macro ыкӏи m_vim push ыкӏи open macro, step 1 cost ыкӏи define_macro one_per_body_step cost, pl0 turn, move, open ыкӏи scan plan, pl1 push, open, push, open, lift, wait ыкӏи open plan ыкӏи pl2 push, open, push, move, open, turn, wait, push, drop ыкӏи open plan ыкӏи best_macro
Resolve query in north сыд?

North:
  - claim: c0, tod thiab giz, claim: c1, pul thiab ror, claim: c2, giz thiab ror thiab claim: c3, giz thiab kud, block 0: giz thiab 0, after: 0, 0, tod thiab 0, after: 0, 0, kud thiab 1, after: 0, 0, giz thiab 0, after: 0, 0, ror thiab 1, after: 0, 0, pul thiab 0, after: 0, 1, tod thiab 1, after: 0, 1, kud thiab 0, after: 0, 1, giz thiab 0, after: 0, 1, ror thiab 0, after: 0, 1, pul thiab 0, block 1: giz thiab 1, after: 1, 0, tod thiab 0, after: 1, 0, kud thiab 1, after: 1, 0, giz thiab 1, after: 1, 0, ror thiab 1, after: 1, 0, pul thiab 1, after: 1, 1, tod thiab 1, after: 1, 1, kud thiab 0, after: 1, 1, giz thiab 1, after: 1, 1, ror thiab 0, after: 1, 1, pul thiab 1, block 2: pul thiab 0, after: 2, 0, tod thiab 0, after: 2, 0, kud thiab 1, after: 2, 0, giz thiab 1, after: 2, 0, ror thiab 1, after: 2, 0, pul thiab 0, after: 2, 1, tod thiab 1, after: 2, 1, kud thiab 0, after: 2, 1, giz thiab 0, after: 2, 1, ror thiab 0, after: 2, 1, pul thiab 0, block 3: pul thiab 1, after: 3, 0, tod thiab 0, after: 3, 0, kud thiab 1, after: 3, 0, giz thiab 1, after: 3, 0, ror thiab 1, after: 3, 0, pul thiab 1, after: 3, 1, tod thiab 1, after: 3, 1, kud thiab 0, after: 3, 1, giz thiab 0, after: 3, 1, ror thiab 0, after: 3, 1, pul thiab 1, block 4: tod thiab 0, after: 4, 0, tod thiab 0, after: 4, 0, kud thiab 1, after: 4, 0, giz thiab 1, after: 4, 0, ror thiab 1, after: 4, 0, pul thiab 1, block 5: tod thiab 1, after: 5, 0, tod thiab 1, after: 5, 0, kud thiab 0, after: 5, 0, giz thiab 0, after: 5, 0, ror thiab 0 thiab after: 5, 0, pul thiab 0, which claim is causal, block 0: tod thiab 0, block 0: kud thiab 1, block 0: giz thiab 1, block 0: ror thiab 1, block 0: pul thiab 1, block 0: mit thiab 0, block 0: beb thiab 0, block 1: tod thiab 1, block 1: kud thiab 0, block 1: giz thiab 0, block 1: ror thiab 0, block 1: pul thiab 0, block 1: mit thiab 1, block 1: beb thiab 1, block 2: tod thiab 0, block 2: kud thiab 1, block 2: giz thiab 1, block 2: ror thiab 1, block 2: pul thiab 1, block 2: mit thiab 1, block 2: beb thiab 1, block 3: tod thiab 1, block 3: kud thiab 0, block 3: giz thiab 0, block 3: ror thiab 0, block 3: pul thiab 0, block 3: mit thiab 0 thiab block 3: beb thiab 0 thiab tod, kud, giz, ror, pul, mit thiab beb
South:
  - m_kor macro wait thiab qhib, m_sel macro tig thiab wait, m_dun macro tig, qhib thiab scan thiab m_vim macro thawb thiab qhib, step nqi 1 thiab define_macro nqi one_per_body_step, pl0 plan tig, move, qhib thiab scan, pl1 plan thawb, qhib, thawb, qhib, lift, wait thiab qhib thiab pl2 plan thawb, qhib, thawb, move, qhib, tig, wait, thawb, drop thiab qhib thiab best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in north ining-jak?

Falammi:
  - claim: c0, tod micha' giz, claim: c1, pul micha' ror, claim: c2, giz micha' ror micha' claim: c3, giz micha' kud, block 0: giz micha' 0, after: 0, 0, tod micha' 0, after: 0, 0, kud micha' 1, after: 0, 0, giz micha' 0, after: 0, 0, ror micha' 1, after: 0, 0, pul micha' 0, after: 0, 1, tod micha' 1, after: 0, 1, kud micha' 0, after: 0, 1, giz micha' 0, after: 0, 1, ror micha' 0, after: 0, 1, pul micha' 0, block 1: giz micha' 1, after: 1, 0, tod micha' 0, after: 1, 0, kud micha' 1, after: 1, 0, giz micha' 1, after: 1, 0, ror micha' 1, after: 1, 0, pul micha' 1, after: 1, 1, tod micha' 1, after: 1, 1, kud micha' 0, after: 1, 1, giz micha' 1, after: 1, 1, ror micha' 0, after: 1, 1, pul micha' 1, block 2: pul micha' 0, after: 2, 0, tod micha' 0, after: 2, 0, kud micha' 1, after: 2, 0, giz micha' 1, after: 2, 0, ror micha' 1, after: 2, 0, pul micha' 0, after: 2, 1, tod micha' 1, after: 2, 1, kud micha' 0, after: 2, 1, giz micha' 0, after: 2, 1, ror micha' 0, after: 2, 1, pul micha' 0, block 3: pul micha' 1, after: 3, 0, tod micha' 0, after: 3, 0, kud micha' 1, after: 3, 0, giz micha' 1, after: 3, 0, ror micha' 1, after: 3, 0, pul micha' 1, after: 3, 1, tod micha' 1, after: 3, 1, kud micha' 0, after: 3, 1, giz micha' 0, after: 3, 1, ror micha' 0, after: 3, 1, pul micha' 1, block 4: tod micha' 0, after: 4, 0, tod micha' 0, after: 4, 0, kud micha' 1, after: 4, 0, giz micha' 1, after: 4, 0, ror micha' 1, after: 4, 0, pul micha' 1, block 5: tod micha' 1, after: 5, 0, tod micha' 1, after: 5, 0, kud micha' 0, after: 5, 0, giz micha' 0, after: 5, 0, ror micha' 0 micha' after: 5, 0, pul micha' 0, which claim is causal, block 0: tod micha' 0, block 0: kud micha' 1, block 0: giz micha' 1, block 0: ror micha' 1, block 0: pul micha' 1, block 0: mit micha' 0, block 0: beb micha' 0, block 1: tod micha' 1, block 1: kud micha' 0, block 1: giz micha' 0, block 1: ror micha' 0, block 1: pul micha' 0, block 1: mit micha' 1, block 1: beb micha' 1, block 2: tod micha' 0, block 2: kud micha' 1, block 2: giz micha' 1, block 2: ror micha' 1, block 2: pul micha' 1, block 2: mit micha' 1, block 2: beb micha' 1, block 3: tod micha' 1, block 3: kud micha' 0, block 3: giz micha' 0, block 3: ror micha' 0, block 3: pul micha' 0, block 3: mit micha' 0 micha' block 3: beb micha' 0 micha' tod, kud, giz, ror, pul, mit micha' beb
South:
  - m_kor macro wait micha' tiwa, m_sel macro turn micha' wait, m_dun macro turn, tiwa micha' scan micha' m_vim macro push micha' tiwa, step cost 1 micha' define_macro cost one_per_body_step, pl0 plan turn, move, tiwa micha' scan, pl1 plan push, tiwa, push, tiwa, lift, wait micha' tiwa micha' pl2 plan push, tiwa, push, move, tiwa, turn, wait, push, drop micha' tiwa micha' best_macro
Resolve query in falammi nanta?

ヘペラ:
  - claim: c0, tod カ giz, claim: c1, pul カ ror, claim: c2, giz カ ror カ claim: c3, giz カ kud, block 0: giz カ 0, after: 0, 0, tod カ 0, after: 0, 0, kud カ 1, after: 0, 0, giz カ 0, after: 0, 0, ror カ 1, after: 0, 0, pul カ 0, after: 0, 1, tod カ 1, after: 0, 1, kud カ 0, after: 0, 1, giz カ 0, after: 0, 1, ror カ 0, after: 0, 1, pul カ 0, block 1: giz カ 1, after: 1, 0, tod カ 0, after: 1, 0, kud カ 1, after: 1, 0, giz カ 1, after: 1, 0, ror カ 1, after: 1, 0, pul カ 1, after: 1, 1, tod カ 1, after: 1, 1, kud カ 0, after: 1, 1, giz カ 1, after: 1, 1, ror カ 0, after: 1, 1, pul カ 1, block 2: pul カ 0, after: 2, 0, tod カ 0, after: 2, 0, kud カ 1, after: 2, 0, giz カ 1, after: 2, 0, ror カ 1, after: 2, 0, pul カ 0, after: 2, 1, tod カ 1, after: 2, 1, kud カ 0, after: 2, 1, giz カ 0, after: 2, 1, ror カ 0, after: 2, 1, pul カ 0, block 3: pul カ 1, after: 3, 0, tod カ 0, after: 3, 0, kud カ 1, after: 3, 0, giz カ 1, after: 3, 0, ror カ 1, after: 3, 0, pul カ 1, after: 3, 1, tod カ 1, after: 3, 1, kud カ 0, after: 3, 1, giz カ 0, after: 3, 1, ror カ 0, after: 3, 1, pul カ 1, block 4: tod カ 0, after: 4, 0, tod カ 0, after: 4, 0, kud カ 1, after: 4, 0, giz カ 1, after: 4, 0, ror カ 1, after: 4, 0, pul カ 1, block 5: tod カ 1, after: 5, 0, tod カ 1, after: 5, 0, kud カ 0, after: 5, 0, giz カ 0, after: 5, 0, ror カ 0 カ after: 5, 0, pul カ 0, which claim is causal, block 0: tod カ 0, block 0: kud カ 1, block 0: giz カ 1, block 0: ror カ 1, block 0: pul カ 1, block 0: mit カ 0, block 0: beb カ 0, block 1: tod カ 1, block 1: kud カ 0, block 1: giz カ 0, block 1: ror カ 0, block 1: pul カ 0, block 1: mit カ 1, block 1: beb カ 1, block 2: tod カ 0, block 2: kud カ 1, block 2: giz カ 1, block 2: ror カ 1, block 2: pul カ 1, block 2: mit カ 1, block 2: beb カ 1, block 3: tod カ 1, block 3: kud カ 0, block 3: giz カ 0, block 3: ror カ 0, block 3: pul カ 0, block 3: mit カ 0 カ block 3: beb カ 0 カ tod, kud, giz, ror, pul, mit カ beb
ヘパシ:
  - m_kor wait カ open macro, m_sel turn カ wait macro, m_dun turn, open カ scan macro カ m_vim push カ open macro, step 1 cost カ define_macro one_per_body_step cost, pl0 turn, move, open カ scan plan, pl1 push, open, push, open, lift, wait カ open plan カ pl2 push, open, push, move, open, turn, wait, push, drop カ open plan カ best_macro
Resolve query in ヘペラ what?

Эйгысӄын:
  - claim: c0, tod ынкъам giz, claim: c1, pul ынкъам ror, claim: c2, giz ынкъам ror ынкъам claim: c3, giz ынкъам kud, block 0: giz ынкъам 0, after: 0, 0, tod ынкъам 0, after: 0, 0, kud ынкъам 1, after: 0, 0, giz ынкъам 0, after: 0, 0, ror ынкъам 1, after: 0, 0, pul ынкъам 0, after: 0, 1, tod ынкъам 1, after: 0, 1, kud ынкъам 0, after: 0, 1, giz ынкъам 0, after: 0, 1, ror ынкъам 0, after: 0, 1, pul ынкъам 0, block 1: giz ынкъам 1, after: 1, 0, tod ынкъам 0, after: 1, 0, kud ынкъам 1, after: 1, 0, giz ынкъам 1, after: 1, 0, ror ынкъам 1, after: 1, 0, pul ынкъам 1, after: 1, 1, tod ынкъам 1, after: 1, 1, kud ынкъам 0, after: 1, 1, giz ынкъам 1, after: 1, 1, ror ынкъам 0, after: 1, 1, pul ынкъам 1, block 2: pul ынкъам 0, after: 2, 0, tod ынкъам 0, after: 2, 0, kud ынкъам 1, after: 2, 0, giz ынкъам 1, after: 2, 0, ror ынкъам 1, after: 2, 0, pul ынкъам 0, after: 2, 1, tod ынкъам 1, after: 2, 1, kud ынкъам 0, after: 2, 1, giz ынкъам 0, after: 2, 1, ror ынкъам 0, after: 2, 1, pul ынкъам 0, block 3: pul ынкъам 1, after: 3, 0, tod ынкъам 0, after: 3, 0, kud ынкъам 1, after: 3, 0, giz ынкъам 1, after: 3, 0, ror ынкъам 1, after: 3, 0, pul ынкъам 1, after: 3, 1, tod ынкъам 1, after: 3, 1, kud ынкъам 0, after: 3, 1, giz ынкъам 0, after: 3, 1, ror ынкъам 0, after: 3, 1, pul ынкъам 1, block 4: tod ынкъам 0, after: 4, 0, tod ынкъам 0, after: 4, 0, kud ынкъам 1, after: 4, 0, giz ынкъам 1, after: 4, 0, ror ынкъам 1, after: 4, 0, pul ынкъам 1, block 5: tod ынкъам 1, after: 5, 0, tod ынкъам 1, after: 5, 0, kud ынкъам 0, after: 5, 0, giz ынкъам 0, after: 5, 0, ror ынкъам 0 ынкъам after: 5, 0, pul ынкъам 0, which claim is causal, block 0: tod ынкъам 0, block 0: kud ынкъам 1, block 0: giz ынкъам 1, block 0: ror ынкъам 1, block 0: pul ынкъам 1, block 0: mit ынкъам 0, block 0: beb ынкъам 0, block 1: tod ынкъам 1, block 1: kud ынкъам 0, block 1: giz ынкъам 0, block 1: ror ынкъам 0, block 1: pul ынкъам 0, block 1: mit ынкъам 1, block 1: beb ынкъам 1, block 2: tod ынкъам 0, block 2: kud ынкъам 1, block 2: giz ынкъам 1, block 2: ror ынкъам 1, block 2: pul ынкъам 1, block 2: mit ынкъам 1, block 2: beb ынкъам 1, block 3: tod ынкъам 1, block 3: kud ынкъам 0, block 3: giz ынкъам 0, block 3: ror ынкъам 0, block 3: pul ынкъам 0, block 3: mit ынкъам 0 ынкъам block 3: beb ынкъам 0 ынкъам tod, kud, giz, ror, pul, mit ынкъам beb
Айвалыӈӄал:
  - m_kor macro wait ынкъам open, m_sel macro turn ынкъам wait, m_dun macro turn, open ынкъам scan ынкъам m_vim macro push ынкъам open, step cost 1 ынкъам define_macro cost one_per_body_step, pl0 plan turn, move, open ынкъам scan, pl1 plan push, open, push, open, lift, wait ынкъам open ынкъам pl2 plan push, open, push, move, open, turn, wait, push, drop ынкъам open ынкъам best_macro
Resolve query in эйгысӄын what?

North:
  - claim: c0, tod yéetel giz, claim: c1, pul yéetel ror, claim: c2, giz yéetel ror yéetel claim: c3, giz yéetel kud, block 0: giz yéetel 0, after: 0, 0, tod yéetel 0, after: 0, 0, kud yéetel 1, after: 0, 0, giz yéetel 0, after: 0, 0, ror yéetel 1, after: 0, 0, pul yéetel 0, after: 0, 1, tod yéetel 1, after: 0, 1, kud yéetel 0, after: 0, 1, giz yéetel 0, after: 0, 1, ror yéetel 0, after: 0, 1, pul yéetel 0, block 1: giz yéetel 1, after: 1, 0, tod yéetel 0, after: 1, 0, kud yéetel 1, after: 1, 0, giz yéetel 1, after: 1, 0, ror yéetel 1, after: 1, 0, pul yéetel 1, after: 1, 1, tod yéetel 1, after: 1, 1, kud yéetel 0, after: 1, 1, giz yéetel 1, after: 1, 1, ror yéetel 0, after: 1, 1, pul yéetel 1, block 2: pul yéetel 0, after: 2, 0, tod yéetel 0, after: 2, 0, kud yéetel 1, after: 2, 0, giz yéetel 1, after: 2, 0, ror yéetel 1, after: 2, 0, pul yéetel 0, after: 2, 1, tod yéetel 1, after: 2, 1, kud yéetel 0, after: 2, 1, giz yéetel 0, after: 2, 1, ror yéetel 0, after: 2, 1, pul yéetel 0, block 3: pul yéetel 1, after: 3, 0, tod yéetel 0, after: 3, 0, kud yéetel 1, after: 3, 0, giz yéetel 1, after: 3, 0, ror yéetel 1, after: 3, 0, pul yéetel 1, after: 3, 1, tod yéetel 1, after: 3, 1, kud yéetel 0, after: 3, 1, giz yéetel 0, after: 3, 1, ror yéetel 0, after: 3, 1, pul yéetel 1, block 4: tod yéetel 0, after: 4, 0, tod yéetel 0, after: 4, 0, kud yéetel 1, after: 4, 0, giz yéetel 1, after: 4, 0, ror yéetel 1, after: 4, 0, pul yéetel 1, block 5: tod yéetel 1, after: 5, 0, tod yéetel 1, after: 5, 0, kud yéetel 0, after: 5, 0, giz yéetel 0, after: 5, 0, ror yéetel 0 yéetel after: 5, 0, pul yéetel 0, which claim yan causal, block 0: tod yéetel 0, block 0: kud yéetel 1, block 0: giz yéetel 1, block 0: ror yéetel 1, block 0: pul yéetel 1, block 0: mit yéetel 0, block 0: beb yéetel 0, block 1: tod yéetel 1, block 1: kud yéetel 0, block 1: giz yéetel 0, block 1: ror yéetel 0, block 1: pul yéetel 0, block 1: mit yéetel 1, block 1: beb yéetel 1, block 2: tod yéetel 0, block 2: kud yéetel 1, block 2: giz yéetel 1, block 2: ror yéetel 1, block 2: pul yéetel 1, block 2: mit yéetel 1, block 2: beb yéetel 1, block 3: tod yéetel 1, block 3: kud yéetel 0, block 3: giz yéetel 0, block 3: ror yéetel 0, block 3: pul yéetel 0, block 3: mit yéetel 0 yéetel block 3: beb yéetel 0 yéetel tod, kud, giz, ror, pul, mit yéetel beb
South:
  - m_kor macro wait yéetel open, m_sel macro turn yéetel wait, m_dun macro turn, open yéetel scan yéetel m_vim macro push yéetel open, step cost 1 yéetel define_macro cost one_per_body_step, pl0 plan turn, move, open yéetel scan, pl1 plan push, open, push, open, lift, wait yéetel open yéetel pl2 plan push, open, push, move, open, turn, wait, push, drop yéetel open yéetel best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, pʼȍʼóna open best_macro
Resolve query in north híli?

North:
  - claim: c0, tod na giz, claim: c1, pul na ror, claim: c2, giz na ror na claim: c3, giz na kud, block 0: giz na 0, after: 0, 0, tod na 0, after: 0, 0, kud na 1, after: 0, 0, giz na 0, after: 0, 0, ror na 1, after: 0, 0, pul na 0, after: 0, 1, tod na 1, after: 0, 1, kud na 0, after: 0, 1, giz na 0, after: 0, 1, ror na 0, after: 0, 1, pul na 0, block 1: giz na 1, after: 1, 0, tod na 0, after: 1, 0, kud na 1, after: 1, 0, giz na 1, after: 1, 0, ror na 1, after: 1, 0, pul na 1, after: 1, 1, tod na 1, after: 1, 1, kud na 0, after: 1, 1, giz na 1, after: 1, 1, ror na 0, after: 1, 1, pul na 1, block 2: pul na 0, after: 2, 0, tod na 0, after: 2, 0, kud na 1, after: 2, 0, giz na 1, after: 2, 0, ror na 1, after: 2, 0, pul na 0, after: 2, 1, tod na 1, after: 2, 1, kud na 0, after: 2, 1, giz na 0, after: 2, 1, ror na 0, after: 2, 1, pul na 0, block 3: pul na 1, after: 3, 0, tod na 0, after: 3, 0, kud na 1, after: 3, 0, giz na 1, after: 3, 0, ror na 1, after: 3, 0, pul na 1, after: 3, 1, tod na 1, after: 3, 1, kud na 0, after: 3, 1, giz na 0, after: 3, 1, ror na 0, after: 3, 1, pul na 1, block 4: tod na 0, after: 4, 0, tod na 0, after: 4, 0, kud na 1, after: 4, 0, giz na 1, after: 4, 0, ror na 1, after: 4, 0, pul na 1, block 5: tod na 1, after: 5, 0, tod na 1, after: 5, 0, kud na 0, after: 5, 0, giz na 0, after: 5, 0, ror na 0 na after: 5, 0, pul na 0, which claim is causal, block 0: tod na 0, block 0: kud na 1, block 0: giz na 1, block 0: ror na 1, block 0: pul na 1, block 0: mit na 0, block 0: beb na 0, block 1: tod na 1, block 1: kud na 0, block 1: giz na 0, block 1: ror na 0, block 1: pul na 0, block 1: mit na 1, block 1: beb na 1, block 2: tod na 0, block 2: kud na 1, block 2: giz na 1, block 2: ror na 1, block 2: pul na 1, block 2: mit na 1, block 2: beb na 1, block 3: tod na 1, block 3: kud na 0, block 3: giz na 0, block 3: ror na 0, block 3: pul na 0, block 3: mit na 0 na block 3: beb na 0 na tod, kud, giz, ror, pul, mit na beb
South:
  - m_kor wait na open macro, m_sel turn na wait macro, m_dun turn, open na scan macro na m_vim push na open macro, step 1 cost na define_macro one_per_body_step cost, pl0 turn, move, open na scan plan, pl1 push, open, push, open, lift, wait na open plan na pl2 push, open, push, move, open, turn, wait, push, drop na open plan na best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
Ñemby:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor wait open macro, m_sel turn wait macro, m_dun turn, open scan macro m_vim push open macro, step 1 cost define_macro one_per_body_step cost, pl0 turn, unuqaña, open scan plan, pl1 push, open, push, open, lift, wait open plan pl2 push, open, push, unuqaña, open, turn, wait, push, drop open plan best_macro
Resolve query in north what?

North:
  - claim: c0, tod ǂʻá giz, claim: c1, pul ǂʻá ror, claim: c2, giz ǂʻá ror ǂʻá claim: c3, giz ǂʻá kud, block 0: giz ǂʻá 0, after: 0, 0, tod ǂʻá 0, after: 0, 0, kud ǂʻá 1, after: 0, 0, giz ǂʻá 0, after: 0, 0, ror ǂʻá 1, after: 0, 0, pul ǂʻá 0, after: 0, 1, tod ǂʻá 1, after: 0, 1, kud ǂʻá 0, after: 0, 1, giz ǂʻá 0, after: 0, 1, ror ǂʻá 0, after: 0, 1, pul ǂʻá 0, block 1: giz ǂʻá 1, after: 1, 0, tod ǂʻá 0, after: 1, 0, kud ǂʻá 1, after: 1, 0, giz ǂʻá 1, after: 1, 0, ror ǂʻá 1, after: 1, 0, pul ǂʻá 1, after: 1, 1, tod ǂʻá 1, after: 1, 1, kud ǂʻá 0, after: 1, 1, giz ǂʻá 1, after: 1, 1, ror ǂʻá 0, after: 1, 1, pul ǂʻá 1, block 2: pul ǂʻá 0, after: 2, 0, tod ǂʻá 0, after: 2, 0, kud ǂʻá 1, after: 2, 0, giz ǂʻá 1, after: 2, 0, ror ǂʻá 1, after: 2, 0, pul ǂʻá 0, after: 2, 1, tod ǂʻá 1, after: 2, 1, kud ǂʻá 0, after: 2, 1, giz ǂʻá 0, after: 2, 1, ror ǂʻá 0, after: 2, 1, pul ǂʻá 0, block 3: pul ǂʻá 1, after: 3, 0, tod ǂʻá 0, after: 3, 0, kud ǂʻá 1, after: 3, 0, giz ǂʻá 1, after: 3, 0, ror ǂʻá 1, after: 3, 0, pul ǂʻá 1, after: 3, 1, tod ǂʻá 1, after: 3, 1, kud ǂʻá 0, after: 3, 1, giz ǂʻá 0, after: 3, 1, ror ǂʻá 0, after: 3, 1, pul ǂʻá 1, block 4: tod ǂʻá 0, after: 4, 0, tod ǂʻá 0, after: 4, 0, kud ǂʻá 1, after: 4, 0, giz ǂʻá 1, after: 4, 0, ror ǂʻá 1, after: 4, 0, pul ǂʻá 1, block 5: tod ǂʻá 1, after: 5, 0, tod ǂʻá 1, after: 5, 0, kud ǂʻá 0, after: 5, 0, giz ǂʻá 0, after: 5, 0, ror ǂʻá 0 ǂʻá after: 5, 0, pul ǂʻá 0, which claim ǀîi causal, block 0: tod ǂʻá 0, block 0: kud ǂʻá 1, block 0: giz ǂʻá 1, block 0: ror ǂʻá 1, block 0: pul ǂʻá 1, block 0: mit ǂʻá 0, block 0: beb ǂʻá 0, block 1: tod ǂʻá 1, block 1: kud ǂʻá 0, block 1: giz ǂʻá 0, block 1: ror ǂʻá 0, block 1: pul ǂʻá 0, block 1: mit ǂʻá 1, block 1: beb ǂʻá 1, block 2: tod ǂʻá 0, block 2: kud ǂʻá 1, block 2: giz ǂʻá 1, block 2: ror ǂʻá 1, block 2: pul ǂʻá 1, block 2: mit ǂʻá 1, block 2: beb ǂʻá 1, block 3: tod ǂʻá 1, block 3: kud ǂʻá 0, block 3: giz ǂʻá 0, block 3: ror ǂʻá 0, block 3: pul ǂʻá 0, block 3: mit ǂʻá 0 ǂʻá block 3: beb ǂʻá 0 ǂʻá tod, kud, giz, ror, pul, mit ǂʻá beb
South:
  - m_kor macro wait ǂʻá open, m_sel macro turn ǂʻá wait, m_dun macro turn, open ǂʻá scan ǂʻá m_vim macro push ǂʻá open, step cost 1 ǂʻá define_macro cost one_per_body_step, pl0 plan turn, move, open ǂʻá scan, pl1 plan push, open, push, open, lift, wait ǂʻá open ǂʻá pl2 plan push, open, push, move, open, turn, wait, push, drop ǂʻá open ǂʻá best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor wait open macro, m_sel turn wait macro, m_dun turn, open scan macro m_vim push open macro, step 1 cost define_macro one_per_body_step cost, pl0 turn, move, open scan plan, pl1 push, open, push, open, lift, wait open plan pl2 push, open, push, move, open, turn, wait, push, drop open plan best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
Itax:
  - m_kor wait open macro, m_sel turn wait macro, m_dun turn, open scan macro m_vim push open macro, step 1 cost define_macro one_per_body_step cost, pl0 turn, move, open scan plan, pl1 push, open, push, open, lift, wait open plan pl2 push, open, push, move, open, turn, wait, push, drop open plan best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in north what?

Ajkuikpa:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim nemi causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in ajkuikpa tay?

Nord :
  - réclamation: c0, tod et giz, réclamation: c1, pul et ror, réclamation: c2, giz et ror et réclamation: c3, giz et kud, bloc 0: giz et 0, après: 0, 0, tod et 0, après: 0, 0, kud et 1, après: 0, 0, giz et 0, après: 0, 0, ror et 1, après: 0, 0, pul et 0, après: 0, 1, tod et 1, après: 0, 1, kud et 0, après: 0, 1, giz et 0, après: 0, 1, ror et 0, après: 0, 1, pul et 0, bloc 1: giz et 1, après: 1, 0, tod et 0, après: 1, 0, kud et 1, après: 1, 0, giz et 1, après: 1, 0, ror et 1, après: 1, 0, pul et 1, après: 1, 1, tod et 1, après: 1, 1, kud et 0, après: 1, 1, giz et 1, après: 1, 1, ror et 0, après: 1, 1, pul et 1, bloc 2: pul et 0, après: 2, 0, tod et 0, après: 2, 0, kud et 1, après: 2, 0, giz et 1, après: 2, 0, ror et 1, après: 2, 0, pul et 0, après: 2, 1, tod et 1, après: 2, 1, kud et 0, après: 2, 1, giz et 0, après: 2, 1, ror et 0, après: 2, 1, pul et 0, bloc 3: pul et 1, après: 3, 0, tod et 0, après: 3, 0, kud et 1, après: 3, 0, giz et 1, après: 3, 0, ror et 1, après: 3, 0, pul et 1, après: 3, 1, tod et 1, après: 3, 1, kud et 0, après: 3, 1, giz et 0, après: 3, 1, ror et 0, après: 3, 1, pul et 1, bloc 4: tod et 0, après: 4, 0, tod et 0, après: 4, 0, kud et 1, après: 4, 0, giz et 1, après: 4, 0, ror et 1, après: 4, 0, pul et 1, bloc 5: tod et 1, après: 5, 0, tod et 1, après: 5, 0, kud et 0, après: 5, 0, giz et 0, après: 5, 0, ror et 0 et après: 5, 0, pul et 0, quel réclamation être causal, bloc 0: tod et 0, bloc 0: kud et 1, bloc 0: giz et 1, bloc 0: ror et 1, bloc 0: pul et 1, bloc 0: mit et 0, bloc 0: beb et 0, bloc 1: tod et 1, bloc 1: kud et 0, bloc 1: giz et 0, bloc 1: ror et 0, bloc 1: pul et 0, bloc 1: mit et 1, bloc 1: beb et 1, bloc 2: tod et 0, bloc 2: kud et 1, bloc 2: giz et 1, bloc 2: ror et 1, bloc 2: pul et 1, bloc 2: mit et 1, bloc 2: beb et 1, bloc 3: tod et 1, bloc 3: kud et 0, bloc 3: giz et 0, bloc 3: ror et 0, bloc 3: pul et 0, bloc 3: mit et 0 et bloc 3: beb et 0 et tod, kud, giz, ror, pul, mit et beb
Sud :
  - m_kor macro attendre et ouvrir, m_sel macro tourner et attendre, m_dun macro tourner, ouvrir et scanner et m_vim macro pousser et ouvrir, step coûter 1 et define_macro coûter one_per_body_step, pl0 projeter tourner, se mouvoir, ouvrir et scanner, pl1 projeter pousser, ouvrir, pousser, ouvrir, lever, attendre et ouvrir et pl2 projeter pousser, ouvrir, pousser, se mouvoir, ouvrir, tourner, attendre, pousser, tomber et ouvrir et best_macro
Quoi résoudre question dans nord ?

Nordo:
  - pretendo: c0, tod kaj giz, pretendo: c1, pul kaj ror, pretendo: c2, giz kaj ror kaj pretendo: c3, giz kaj kud, bloko 0: giz kaj 0, post: 0, 0, tod kaj 0, post: 0, 0, kud kaj 1, post: 0, 0, giz kaj 0, post: 0, 0, ror kaj 1, post: 0, 0, pul kaj 0, post: 0, 1, tod kaj 1, post: 0, 1, kud kaj 0, post: 0, 1, giz kaj 0, post: 0, 1, ror kaj 0, post: 0, 1, pul kaj 0, bloko 1: giz kaj 1, post: 1, 0, tod kaj 0, post: 1, 0, kud kaj 1, post: 1, 0, giz kaj 1, post: 1, 0, ror kaj 1, post: 1, 0, pul kaj 1, post: 1, 1, tod kaj 1, post: 1, 1, kud kaj 0, post: 1, 1, giz kaj 1, post: 1, 1, ror kaj 0, post: 1, 1, pul kaj 1, bloko 2: pul kaj 0, post: 2, 0, tod kaj 0, post: 2, 0, kud kaj 1, post: 2, 0, giz kaj 1, post: 2, 0, ror kaj 1, post: 2, 0, pul kaj 0, post: 2, 1, tod kaj 1, post: 2, 1, kud kaj 0, post: 2, 1, giz kaj 0, post: 2, 1, ror kaj 0, post: 2, 1, pul kaj 0, bloko 3: pul kaj 1, post: 3, 0, tod kaj 0, post: 3, 0, kud kaj 1, post: 3, 0, giz kaj 1, post: 3, 0, ror kaj 1, post: 3, 0, pul kaj 1, post: 3, 1, tod kaj 1, post: 3, 1, kud kaj 0, post: 3, 1, giz kaj 0, post: 3, 1, ror kaj 0, post: 3, 1, pul kaj 1, bloko 4: tod kaj 0, post: 4, 0, tod kaj 0, post: 4, 0, kud kaj 1, post: 4, 0, giz kaj 1, post: 4, 0, ror kaj 1, post: 4, 0, pul kaj 1, bloko 5: tod kaj 1, post: 5, 0, tod kaj 1, post: 5, 0, kud kaj 0, post: 5, 0, giz kaj 0, post: 5, 0, ror kaj 0 kaj post: 5, 0, pul kaj 0, kiu pretendo egali causal, bloko 0: tod kaj 0, bloko 0: kud kaj 1, bloko 0: giz kaj 1, bloko 0: ror kaj 1, bloko 0: pul kaj 1, bloko 0: mit kaj 0, bloko 0: beb kaj 0, bloko 1: tod kaj 1, bloko 1: kud kaj 0, bloko 1: giz kaj 0, bloko 1: ror kaj 0, bloko 1: pul kaj 0, bloko 1: mit kaj 1, bloko 1: beb kaj 1, bloko 2: tod kaj 0, bloko 2: kud kaj 1, bloko 2: giz kaj 1, bloko 2: ror kaj 1, bloko 2: pul kaj 1, bloko 2: mit kaj 1, bloko 2: beb kaj 1, bloko 3: tod kaj 1, bloko 3: kud kaj 0, bloko 3: giz kaj 0, bloko 3: ror kaj 0, bloko 3: pul kaj 0, bloko 3: mit kaj 0 kaj bloko 3: beb kaj 0 kaj tod, kud, giz, ror, pul, mit kaj beb
Sudo:
  - m_kor macro atendi kaj malfermi, m_sel macro turniĝi kaj atendi, m_dun macro turniĝi, malfermi kaj skani kaj m_vim macro puŝi kaj malfermi, paŝado kosti 1 kaj define_macro kosti one_per_body_step, pl0 plani turniĝi, moviĝi, malfermi kaj skani, pl1 plani puŝi, malfermi, puŝi, malfermi, levi, atendi kaj malfermi kaj pl2 plani puŝi, malfermi, puŝi, moviĝi, malfermi, turniĝi, atendi, puŝi, faligi kaj malfermi kaj best_macro
Solvi pridemando en norde kio?

Észak:
  - igény: c0, tod és giz, igény: c1, pul és ror, igény: c2, giz és ror és igény: c3, giz és kud, tömb 0: giz és 0, utána: 0, 0, tod és 0, utána: 0, 0, kud és 1, utána: 0, 0, giz és 0, utána: 0, 0, ror és 1, utána: 0, 0, pul és 0, utána: 0, 1, tod és 1, utána: 0, 1, kud és 0, utána: 0, 1, giz és 0, utána: 0, 1, ror és 0, utána: 0, 1, pul és 0, tömb 1: giz és 1, utána: 1, 0, tod és 0, utána: 1, 0, kud és 1, utána: 1, 0, giz és 1, utána: 1, 0, ror és 1, utána: 1, 0, pul és 1, utána: 1, 1, tod és 1, utána: 1, 1, kud és 0, utána: 1, 1, giz és 1, utána: 1, 1, ror és 0, utána: 1, 1, pul és 1, tömb 2: pul és 0, utána: 2, 0, tod és 0, utána: 2, 0, kud és 1, utána: 2, 0, giz és 1, utána: 2, 0, ror és 1, utána: 2, 0, pul és 0, utána: 2, 1, tod és 1, utána: 2, 1, kud és 0, utána: 2, 1, giz és 0, utána: 2, 1, ror és 0, utána: 2, 1, pul és 0, tömb 3: pul és 1, utána: 3, 0, tod és 0, utána: 3, 0, kud és 1, utána: 3, 0, giz és 1, utána: 3, 0, ror és 1, utána: 3, 0, pul és 1, utána: 3, 1, tod és 1, utána: 3, 1, kud és 0, utána: 3, 1, giz és 0, utána: 3, 1, ror és 0, utána: 3, 1, pul és 1, tömb 4: tod és 0, utána: 4, 0, tod és 0, utána: 4, 0, kud és 1, utána: 4, 0, giz és 1, utána: 4, 0, ror és 1, utána: 4, 0, pul és 1, tömb 5: tod és 1, utána: 5, 0, tod és 1, utána: 5, 0, kud és 0, utána: 5, 0, giz és 0, utána: 5, 0, ror és 0 és utána: 5, 0, pul és 0, melyik igény van causal, tömb 0: tod és 0, tömb 0: kud és 1, tömb 0: giz és 1, tömb 0: ror és 1, tömb 0: pul és 1, tömb 0: mit és 0, tömb 0: beb és 0, tömb 1: tod és 1, tömb 1: kud és 0, tömb 1: giz és 0, tömb 1: ror és 0, tömb 1: pul és 0, tömb 1: mit és 1, tömb 1: beb és 1, tömb 2: tod és 0, tömb 2: kud és 1, tömb 2: giz és 1, tömb 2: ror és 1, tömb 2: pul és 1, tömb 2: mit és 1, tömb 2: beb és 1, tömb 3: tod és 1, tömb 3: kud és 0, tömb 3: giz és 0, tömb 3: ror és 0, tömb 3: pul és 0, tömb 3: mit és 0 és tömb 3: beb és 0 és tod, kud, giz, ror, pul, mit és beb
Dél:
  - m_kor makró várat és open, m_sel makró forog és várat, m_dun makró forog, open és szkennel és m_vim makró tol és open, step kerül 1 és define_macro kerül one_per_body_step, pl0 tervez forog, move, open és szkennel, pl1 tervez tol, open, tol, open, emel, várat és open és pl2 tervez tol, open, tol, move, open, forog, várat, tol, elejt és open és best_macro
Megold kérdés be észak melyik?

北:
  - claim:c0, tod及giz, claim:c1, pul及ror, claim:c2, giz及ror及claim:c3, giz及kud, 阻住0:giz及0, 之後:0, 0, tod及0, 之後:0, 0, kud及1, 之後:0, 0, giz及0, 之後:0, 0, ror及1, 之後:0, 0, pul及0, 之後:0, 1, tod及1, 之後:0, 1, kud及0, 之後:0, 1, giz及0, 之後:0, 1, ror及0, 之後:0, 1, pul及0, 阻住1:giz及1, 之後:1, 0, tod及0, 之後:1, 0, kud及1, 之後:1, 0, giz及1, 之後:1, 0, ror及1, 之後:1, 0, pul及1, 之後:1, 1, tod及1, 之後:1, 1, kud及0, 之後:1, 1, giz及1, 之後:1, 1, ror及0, 之後:1, 1, pul及1, 阻住2:pul及0, 之後:2, 0, tod及0, 之後:2, 0, kud及1, 之後:2, 0, giz及1, 之後:2, 0, ror及1, 之後:2, 0, pul及0, 之後:2, 1, tod及1, 之後:2, 1, kud及0, 之後:2, 1, giz及0, 之後:2, 1, ror及0, 之後:2, 1, pul及0, 阻住3:pul及1, 之後:3, 0, tod及0, 之後:3, 0, kud及1, 之後:3, 0, giz及1, 之後:3, 0, ror及1, 之後:3, 0, pul及1, 之後:3, 1, tod及1, 之後:3, 1, kud及0, 之後:3, 1, giz及0, 之後:3, 1, ror及0, 之後:3, 1, pul及1, 阻住4:tod及0, 之後:4, 0, tod及0, 之後:4, 0, kud及1, 之後:4, 0, giz及1, 之後:4, 0, ror及1, 之後:4, 0, pul及1, 阻住5:tod及1, 之後:5, 0, tod及1, 之後:5, 0, kud及0, 之後:5, 0, giz及0, 之後:5, 0, ror及0及之後:5, 0, pul及0, 邊claim是causal, 阻住0:tod及0, 阻住0:kud及1, 阻住0:giz及1, 阻住0:ror及1, 阻住0:pul及1, 阻住0:mit及0, 阻住0:beb及0, 阻住1:tod及1, 阻住1:kud及0, 阻住1:giz及0, 阻住1:ror及0, 阻住1:pul及0, 阻住1:mit及1, 阻住1:beb及1, 阻住2:tod及0, 阻住2:kud及1, 阻住2:giz及1, 阻住2:ror及1, 阻住2:pul及1, 阻住2:mit及1, 阻住2:beb及1, 阻住3:tod及1, 阻住3:kud及0, 阻住3:giz及0, 阻住3:ror及0, 阻住3:pul及0, 阻住3:mit及0及阻住3:beb及0及tod, kud, giz, ror, pul, mit及beb
南:
  - m_kormacro等及開, m_selmacro轉及等, m_dunmacro轉, 開及scan及m_vimmacropush及開, stepcost1及define_macrocostone_per_body_step, pl0計劃轉, 喐, 開及scan, pl1計劃push, 開, push, 開, 電梯, 等及開及pl2計劃push, 開, push, 喐, 開, 轉, 等, push, 滴及開及best_macro
resolve query in:北乜嘢?

北:
  - claim: c0, tod とぅ giz, claim: c1, pul とぅ ror, claim: c2, giz とぅ ror とぅ claim: c3, giz とぅ kud, block 0: giz とぅ 0, after: 0, 0, tod とぅ 0, after: 0, 0, kud とぅ 1, after: 0, 0, giz とぅ 0, after: 0, 0, ror とぅ 1, after: 0, 0, pul とぅ 0, after: 0, 1, tod とぅ 1, after: 0, 1, kud とぅ 0, after: 0, 1, giz とぅ 0, after: 0, 1, ror とぅ 0, after: 0, 1, pul とぅ 0, block 1: giz とぅ 1, after: 1, 0, tod とぅ 0, after: 1, 0, kud とぅ 1, after: 1, 0, giz とぅ 1, after: 1, 0, ror とぅ 1, after: 1, 0, pul とぅ 1, after: 1, 1, tod とぅ 1, after: 1, 1, kud とぅ 0, after: 1, 1, giz とぅ 1, after: 1, 1, ror とぅ 0, after: 1, 1, pul とぅ 1, block 2: pul とぅ 0, after: 2, 0, tod とぅ 0, after: 2, 0, kud とぅ 1, after: 2, 0, giz とぅ 1, after: 2, 0, ror とぅ 1, after: 2, 0, pul とぅ 0, after: 2, 1, tod とぅ 1, after: 2, 1, kud とぅ 0, after: 2, 1, giz とぅ 0, after: 2, 1, ror とぅ 0, after: 2, 1, pul とぅ 0, block 3: pul とぅ 1, after: 3, 0, tod とぅ 0, after: 3, 0, kud とぅ 1, after: 3, 0, giz とぅ 1, after: 3, 0, ror とぅ 1, after: 3, 0, pul とぅ 1, after: 3, 1, tod とぅ 1, after: 3, 1, kud とぅ 0, after: 3, 1, giz とぅ 0, after: 3, 1, ror とぅ 0, after: 3, 1, pul とぅ 1, block 4: tod とぅ 0, after: 4, 0, tod とぅ 0, after: 4, 0, kud とぅ 1, after: 4, 0, giz とぅ 1, after: 4, 0, ror とぅ 1, after: 4, 0, pul とぅ 1, block 5: tod とぅ 1, after: 5, 0, tod とぅ 1, after: 5, 0, kud とぅ 0, after: 5, 0, giz とぅ 0, after: 5, 0, ror とぅ 0 とぅ after: 5, 0, pul とぅ 0, which claim 有ん causal, block 0: tod とぅ 0, block 0: kud とぅ 1, block 0: giz とぅ 1, block 0: ror とぅ 1, block 0: pul とぅ 1, block 0: mit とぅ 0, block 0: beb とぅ 0, block 1: tod とぅ 1, block 1: kud とぅ 0, block 1: giz とぅ 0, block 1: ror とぅ 0, block 1: pul とぅ 0, block 1: mit とぅ 1, block 1: beb とぅ 1, block 2: tod とぅ 0, block 2: kud とぅ 1, block 2: giz とぅ 1, block 2: ror とぅ 1, block 2: pul とぅ 1, block 2: mit とぅ 1, block 2: beb とぅ 1, block 3: tod とぅ 1, block 3: kud とぅ 0, block 3: giz とぅ 0, block 3: ror とぅ 0, block 3: pul とぅ 0, block 3: mit とぅ 0 とぅ block 3: beb とぅ 0 とぅ tod, kud, giz, ror, pul, mit とぅ beb
South:
  - m_kor macro wait とぅ open, m_sel macro turn とぅ wait, m_dun macro turn, open とぅ scan とぅ m_vim macro push とぅ open, step cost 1 とぅ define_macro cost one_per_body_step, pl0 plan turn, move, open とぅ scan, pl1 plan push, open, push, open, lift, wait とぅ open とぅ pl2 plan push, open, push, move, open, turn, wait, push, drop とぅ open とぅ best_macro
Resolve query in 北 what?

North:
  - мәлімдеу: c0, tod және giz, мәлімдеу: c1, pul және ror, мәлімдеу: c2, giz және ror және мәлімдеу: c3, giz және kud, блок 0: giz және 0, after: 0, 0, tod және 0, after: 0, 0, kud және 1, after: 0, 0, giz және 0, after: 0, 0, ror және 1, after: 0, 0, pul және 0, after: 0, 1, tod және 1, after: 0, 1, kud және 0, after: 0, 1, giz және 0, after: 0, 1, ror және 0, after: 0, 1, pul және 0, блок 1: giz және 1, after: 1, 0, tod және 0, after: 1, 0, kud және 1, after: 1, 0, giz және 1, after: 1, 0, ror және 1, after: 1, 0, pul және 1, after: 1, 1, tod және 1, after: 1, 1, kud және 0, after: 1, 1, giz және 1, after: 1, 1, ror және 0, after: 1, 1, pul және 1, блок 2: pul және 0, after: 2, 0, tod және 0, after: 2, 0, kud және 1, after: 2, 0, giz және 1, after: 2, 0, ror және 1, after: 2, 0, pul және 0, after: 2, 1, tod және 1, after: 2, 1, kud және 0, after: 2, 1, giz және 0, after: 2, 1, ror және 0, after: 2, 1, pul және 0, блок 3: pul және 1, after: 3, 0, tod және 0, after: 3, 0, kud және 1, after: 3, 0, giz және 1, after: 3, 0, ror және 1, after: 3, 0, pul және 1, after: 3, 1, tod және 1, after: 3, 1, kud және 0, after: 3, 1, giz және 0, after: 3, 1, ror және 0, after: 3, 1, pul және 1, блок 4: tod және 0, after: 4, 0, tod және 0, after: 4, 0, kud және 1, after: 4, 0, giz және 1, after: 4, 0, ror және 1, after: 4, 0, pul және 1, блок 5: tod және 1, after: 5, 0, tod және 1, after: 5, 0, kud және 0, after: 5, 0, giz және 0, after: 5, 0, ror және 0 және after: 5, 0, pul және 0, қайсы мәлімдеу is causal, блок 0: tod және 0, блок 0: kud және 1, блок 0: giz және 1, блок 0: ror және 1, блок 0: pul және 1, блок 0: mit және 0, блок 0: beb және 0, блок 1: tod және 1, блок 1: kud және 0, блок 1: giz және 0, блок 1: ror және 0, блок 1: pul және 0, блок 1: mit және 1, блок 1: beb және 1, блок 2: tod және 0, блок 2: kud және 1, блок 2: giz және 1, блок 2: ror және 1, блок 2: pul және 1, блок 2: mit және 1, блок 2: beb және 1, блок 3: tod және 1, блок 3: kud және 0, блок 3: giz және 0, блок 3: ror және 0, блок 3: pul және 0, блок 3: mit және 0 және блок 3: beb және 0 және tod, kud, giz, ror, pul, mit және beb
South:
  - m_kor macro күту және ашу, m_sel macro кезек және күту, m_dun macro кезек, ашу және scan және m_vim macro итеру және ашу, қадам тұру 1 және define_macro тұру one_per_body_step, pl0 жоспар кезек, жылжу, ашу және scan, pl1 жоспар итеру, ашу, итеру, ашу, лифт, күту және ашу және pl2 жоспар итеру, ашу, итеру, жылжу, ашу, кезек, күту, итеру, тамшы және ашу және best_macro
Resolve сұрау in north не?

צָּפוֹן:
  - טען: c0, tod וְ־ giz, טען: c1, pul וְ־ ror, טען: c2, giz וְ־ ror וְ־ טען: c3, giz וְ־ kud, קֻבִּיָּה 0: giz וְ־ 0, אחרי: 0, 0, tod וְ־ 0, אחרי: 0, 0, kud וְ־ 1, אחרי: 0, 0, giz וְ־ 0, אחרי: 0, 0, ror וְ־ 1, אחרי: 0, 0, pul וְ־ 0, אחרי: 0, 1, tod וְ־ 1, אחרי: 0, 1, kud וְ־ 0, אחרי: 0, 1, giz וְ־ 0, אחרי: 0, 1, ror וְ־ 0, אחרי: 0, 1, pul וְ־ 0, קֻבִּיָּה 1: giz וְ־ 1, אחרי: 1, 0, tod וְ־ 0, אחרי: 1, 0, kud וְ־ 1, אחרי: 1, 0, giz וְ־ 1, אחרי: 1, 0, ror וְ־ 1, אחרי: 1, 0, pul וְ־ 1, אחרי: 1, 1, tod וְ־ 1, אחרי: 1, 1, kud וְ־ 0, אחרי: 1, 1, giz וְ־ 1, אחרי: 1, 1, ror וְ־ 0, אחרי: 1, 1, pul וְ־ 1, קֻבִּיָּה 2: pul וְ־ 0, אחרי: 2, 0, tod וְ־ 0, אחרי: 2, 0, kud וְ־ 1, אחרי: 2, 0, giz וְ־ 1, אחרי: 2, 0, ror וְ־ 1, אחרי: 2, 0, pul וְ־ 0, אחרי: 2, 1, tod וְ־ 1, אחרי: 2, 1, kud וְ־ 0, אחרי: 2, 1, giz וְ־ 0, אחרי: 2, 1, ror וְ־ 0, אחרי: 2, 1, pul וְ־ 0, קֻבִּיָּה 3: pul וְ־ 1, אחרי: 3, 0, tod וְ־ 0, אחרי: 3, 0, kud וְ־ 1, אחרי: 3, 0, giz וְ־ 1, אחרי: 3, 0, ror וְ־ 1, אחרי: 3, 0, pul וְ־ 1, אחרי: 3, 1, tod וְ־ 1, אחרי: 3, 1, kud וְ־ 0, אחרי: 3, 1, giz וְ־ 0, אחרי: 3, 1, ror וְ־ 0, אחרי: 3, 1, pul וְ־ 1, קֻבִּיָּה 4: tod וְ־ 0, אחרי: 4, 0, tod וְ־ 0, אחרי: 4, 0, kud וְ־ 1, אחרי: 4, 0, giz וְ־ 1, אחרי: 4, 0, ror וְ־ 1, אחרי: 4, 0, pul וְ־ 1, קֻבִּיָּה 5: tod וְ־ 1, אחרי: 5, 0, tod וְ־ 1, אחרי: 5, 0, kud וְ־ 0, אחרי: 5, 0, giz וְ־ 0, אחרי: 5, 0, ror וְ־ 0 וְ־ אחרי: 5, 0, pul וְ־ 0, אֵיזֶה טען הוא causal, קֻבִּיָּה 0: tod וְ־ 0, קֻבִּיָּה 0: kud וְ־ 1, קֻבִּיָּה 0: giz וְ־ 1, קֻבִּיָּה 0: ror וְ־ 1, קֻבִּיָּה 0: pul וְ־ 1, קֻבִּיָּה 0: mit וְ־ 0, קֻבִּיָּה 0: beb וְ־ 0, קֻבִּיָּה 1: tod וְ־ 1, קֻבִּיָּה 1: kud וְ־ 0, קֻבִּיָּה 1: giz וְ־ 0, קֻבִּיָּה 1: ror וְ־ 0, קֻבִּיָּה 1: pul וְ־ 0, קֻבִּיָּה 1: mit וְ־ 1, קֻבִּיָּה 1: beb וְ־ 1, קֻבִּיָּה 2: tod וְ־ 0, קֻבִּיָּה 2: kud וְ־ 1, קֻבִּיָּה 2: giz וְ־ 1, קֻבִּיָּה 2: ror וְ־ 1, קֻבִּיָּה 2: pul וְ־ 1, קֻבִּיָּה 2: mit וְ־ 1, קֻבִּיָּה 2: beb וְ־ 1, קֻבִּיָּה 3: tod וְ־ 1, קֻבִּיָּה 3: kud וְ־ 0, קֻבִּיָּה 3: giz וְ־ 0, קֻבִּיָּה 3: ror וְ־ 0, קֻבִּיָּה 3: pul וְ־ 0, קֻבִּיָּה 3: mit וְ־ 0 וְ־ קֻבִּיָּה 3: beb וְ־ 0 וְ־ tod, kud, giz, ror, pul, mit וְ־ beb
דָּרוֹם:
  - m_kor מאקרו הִמְתִּין וְ־ פָּתַח, m_sel מאקרו הִסְתּוֹבֵב וְ־ הִמְתִּין, m_dun מאקרו הִסְתּוֹבֵב, פָּתַח וְ־ סָרַק וְ־ m_vim מאקרו דָּחַף וְ־ פָּתַח, צַעַד עָלָה 1 וְ־ define_macro עָלָה one_per_body_step, pl0 תִּכְנֵן הִסְתּוֹבֵב, זָז, פָּתַח וְ־ סָרַק, pl1 תִּכְנֵן דָּחַף, פָּתַח, דָּחַף, פָּתַח, מַעֲלִית, הִמְתִּין וְ־ פָּתַח וְ־ pl2 תִּכְנֵן דָּחַף, פָּתַח, דָּחַף, זָז, פָּתַח, הִסְתּוֹבֵב, הִמְתִּין, דָּחַף, הִפִּיל וְ־ פָּתַח וְ־ best_macro
איזה resolve query בְּתוֹך צָּפוֹן?

North:
  - claim: c0, tod დო giz, claim: c1, pul დო ror, claim: c2, giz დო ror დო claim: c3, giz დო kud, block 0: giz დო 0, after: 0, 0, tod დო 0, after: 0, 0, kud დო 1, after: 0, 0, giz დო 0, after: 0, 0, ror დო 1, after: 0, 0, pul დო 0, after: 0, 1, tod დო 1, after: 0, 1, kud დო 0, after: 0, 1, giz დო 0, after: 0, 1, ror დო 0, after: 0, 1, pul დო 0, block 1: giz დო 1, after: 1, 0, tod დო 0, after: 1, 0, kud დო 1, after: 1, 0, giz დო 1, after: 1, 0, ror დო 1, after: 1, 0, pul დო 1, after: 1, 1, tod დო 1, after: 1, 1, kud დო 0, after: 1, 1, giz დო 1, after: 1, 1, ror დო 0, after: 1, 1, pul დო 1, block 2: pul დო 0, after: 2, 0, tod დო 0, after: 2, 0, kud დო 1, after: 2, 0, giz დო 1, after: 2, 0, ror დო 1, after: 2, 0, pul დო 0, after: 2, 1, tod დო 1, after: 2, 1, kud დო 0, after: 2, 1, giz დო 0, after: 2, 1, ror დო 0, after: 2, 1, pul დო 0, block 3: pul დო 1, after: 3, 0, tod დო 0, after: 3, 0, kud დო 1, after: 3, 0, giz დო 1, after: 3, 0, ror დო 1, after: 3, 0, pul დო 1, after: 3, 1, tod დო 1, after: 3, 1, kud დო 0, after: 3, 1, giz დო 0, after: 3, 1, ror დო 0, after: 3, 1, pul დო 1, block 4: tod დო 0, after: 4, 0, tod დო 0, after: 4, 0, kud დო 1, after: 4, 0, giz დო 1, after: 4, 0, ror დო 1, after: 4, 0, pul დო 1, block 5: tod დო 1, after: 5, 0, tod დო 1, after: 5, 0, kud დო 0, after: 5, 0, giz დო 0, after: 5, 0, ror დო 0 დო after: 5, 0, pul დო 0, which claim is causal, block 0: tod დო 0, block 0: kud დო 1, block 0: giz დო 1, block 0: ror დო 1, block 0: pul დო 1, block 0: mit დო 0, block 0: beb დო 0, block 1: tod დო 1, block 1: kud დო 0, block 1: giz დო 0, block 1: ror დო 0, block 1: pul დო 0, block 1: mit დო 1, block 1: beb დო 1, block 2: tod დო 0, block 2: kud დო 1, block 2: giz დო 1, block 2: ror დო 1, block 2: pul დო 1, block 2: mit დო 1, block 2: beb დო 1, block 3: tod დო 1, block 3: kud დო 0, block 3: giz დო 0, block 3: ror დო 0, block 3: pul დო 0, block 3: mit დო 0 დო block 3: beb დო 0 დო tod, kud, giz, ror, pul, mit დო beb
South:
  - m_kor macro wait დო open, m_sel macro turn დო wait, m_dun macro turn, open დო scan დო m_vim macro ჯიკაფი დო open, step cost 1 დო define_macro cost one_per_body_step, pl0 plan turn, move, open დო scan, pl1 plan ჯიკაფი, open, ჯიკაფი, open, lift, wait დო open დო pl2 plan ჯიკაფი, open, ჯიკაფი, move, open, turn, wait, ჯიკაფი, drop დო open დო best_macro
Resolve query in north what?

Utara:
  - claim: c0, tod dan giz, claim: c1, pul dan ror, claim: c2, giz dan ror dan claim: c3, giz dan kud, balok 0: giz dan 0, setelah: 0, 0, tod dan 0, setelah: 0, 0, kud dan 1, setelah: 0, 0, giz dan 0, setelah: 0, 0, ror dan 1, setelah: 0, 0, pul dan 0, setelah: 0, 1, tod dan 1, setelah: 0, 1, kud dan 0, setelah: 0, 1, giz dan 0, setelah: 0, 1, ror dan 0, setelah: 0, 1, pul dan 0, balok 1: giz dan 1, setelah: 1, 0, tod dan 0, setelah: 1, 0, kud dan 1, setelah: 1, 0, giz dan 1, setelah: 1, 0, ror dan 1, setelah: 1, 0, pul dan 1, setelah: 1, 1, tod dan 1, setelah: 1, 1, kud dan 0, setelah: 1, 1, giz dan 1, setelah: 1, 1, ror dan 0, setelah: 1, 1, pul dan 1, balok 2: pul dan 0, setelah: 2, 0, tod dan 0, setelah: 2, 0, kud dan 1, setelah: 2, 0, giz dan 1, setelah: 2, 0, ror dan 1, setelah: 2, 0, pul dan 0, setelah: 2, 1, tod dan 1, setelah: 2, 1, kud dan 0, setelah: 2, 1, giz dan 0, setelah: 2, 1, ror dan 0, setelah: 2, 1, pul dan 0, balok 3: pul dan 1, setelah: 3, 0, tod dan 0, setelah: 3, 0, kud dan 1, setelah: 3, 0, giz dan 1, setelah: 3, 0, ror dan 1, setelah: 3, 0, pul dan 1, setelah: 3, 1, tod dan 1, setelah: 3, 1, kud dan 0, setelah: 3, 1, giz dan 0, setelah: 3, 1, ror dan 0, setelah: 3, 1, pul dan 1, balok 4: tod dan 0, setelah: 4, 0, tod dan 0, setelah: 4, 0, kud dan 1, setelah: 4, 0, giz dan 1, setelah: 4, 0, ror dan 1, setelah: 4, 0, pul dan 1, balok 5: tod dan 1, setelah: 5, 0, tod dan 1, setelah: 5, 0, kud dan 0, setelah: 5, 0, giz dan 0, setelah: 5, 0, ror dan 0 dan setelah: 5, 0, pul dan 0, yang claim berada kausal, balok 0: tod dan 0, balok 0: kud dan 1, balok 0: giz dan 1, balok 0: ror dan 1, balok 0: pul dan 1, balok 0: mit dan 0, balok 0: beb dan 0, balok 1: tod dan 1, balok 1: kud dan 0, balok 1: giz dan 0, balok 1: ror dan 0, balok 1: pul dan 0, balok 1: mit dan 1, balok 1: beb dan 1, balok 2: tod dan 0, balok 2: kud dan 1, balok 2: giz dan 1, balok 2: ror dan 1, balok 2: pul dan 1, balok 2: mit dan 1, balok 2: beb dan 1, balok 3: tod dan 1, balok 3: kud dan 0, balok 3: giz dan 0, balok 3: ror dan 0, balok 3: pul dan 0, balok 3: mit dan 0 dan balok 3: beb dan 0 dan tod, kud, giz, ror, pul, mit dan beb
Selatan:
  - m_kor macro menunggu dan buka, m_sel macro berbelok dan menunggu, m_dun macro berbelok, buka dan memindai dan m_vim macro dorong dan buka, langkah menghabiskan biaya 1 dan define_macro menghabiskan biaya one_per_body_step, pl0 berencana berbelok, pindah, buka dan memindai, pl1 berencana dorong, buka, dorong, buka, angkat, menunggu dan buka dan pl2 berencana dorong, buka, dorong, pindah, buka, berbelok, menunggu, dorong, drop dan buka dan best_macro
Resolve kueri di dalam utara apa?

ខាងជើង:
  - ការទាមទារ:c0, todនឹងgiz, ការទាមទារ:c1, pulនឹងror, ការទាមទារ:c2, gizនឹងrorនឹងការទាមទារ:c3, gizនឹងkud, ម្ដុំ0:gizនឹង0, after:0, 0, todនឹង0, after:0, 0, kudនឹង1, after:0, 0, gizនឹង0, after:0, 0, rorនឹង1, after:0, 0, pulនឹង0, after:0, 1, todនឹង1, after:0, 1, kudនឹង0, after:0, 1, gizនឹង0, after:0, 1, rorនឹង0, after:0, 1, pulនឹង0, ម្ដុំ1:gizនឹង1, after:1, 0, todនឹង0, after:1, 0, kudនឹង1, after:1, 0, gizនឹង1, after:1, 0, rorនឹង1, after:1, 0, pulនឹង1, after:1, 1, todនឹង1, after:1, 1, kudនឹង0, after:1, 1, gizនឹង1, after:1, 1, rorនឹង0, after:1, 1, pulនឹង1, ម្ដុំ2:pulនឹង0, after:2, 0, todនឹង0, after:2, 0, kudនឹង1, after:2, 0, gizនឹង1, after:2, 0, rorនឹង1, after:2, 0, pulនឹង0, after:2, 1, todនឹង1, after:2, 1, kudនឹង0, after:2, 1, gizនឹង0, after:2, 1, rorនឹង0, after:2, 1, pulនឹង0, ម្ដុំ3:pulនឹង1, after:3, 0, todនឹង0, after:3, 0, kudនឹង1, after:3, 0, gizនឹង1, after:3, 0, rorនឹង1, after:3, 0, pulនឹង1, after:3, 1, todនឹង1, after:3, 1, kudនឹង0, after:3, 1, gizនឹង0, after:3, 1, rorនឹង0, after:3, 1, pulនឹង1, ម្ដុំ4:todនឹង0, after:4, 0, todនឹង0, after:4, 0, kudនឹង1, after:4, 0, gizនឹង1, after:4, 0, rorនឹង1, after:4, 0, pulនឹង1, ម្ដុំ5:todនឹង1, after:5, 0, todនឹង1, after:5, 0, kudនឹង0, after:5, 0, gizនឹង0, after:5, 0, rorនឹង0នឹងafter:5, 0, pulនឹង0, ណាការទាមទារត្រូវបានcausal, ម្ដុំ0:todនឹង0, ម្ដុំ0:kudនឹង1, ម្ដុំ0:gizនឹង1, ម្ដុំ0:rorនឹង1, ម្ដុំ0:pulនឹង1, ម្ដុំ0:mitនឹង0, ម្ដុំ0:bebនឹង0, ម្ដុំ1:todនឹង1, ម្ដុំ1:kudនឹង0, ម្ដុំ1:gizនឹង0, ម្ដុំ1:rorនឹង0, ម្ដុំ1:pulនឹង0, ម្ដុំ1:mitនឹង1, ម្ដុំ1:bebនឹង1, ម្ដុំ2:todនឹង0, ម្ដុំ2:kudនឹង1, ម្ដុំ2:gizនឹង1, ម្ដុំ2:rorនឹង1, ម្ដុំ2:pulនឹង1, ម្ដុំ2:mitនឹង1, ម្ដុំ2:bebនឹង1, ម្ដុំ3:todនឹង1, ម្ដុំ3:kudនឹង0, ម្ដុំ3:gizនឹង0, ម្ដុំ3:rorនឹង0, ម្ដុំ3:pulនឹង0, ម្ដុំ3:mitនឹង0នឹងម្ដុំ3:bebនឹង0នឹងtod, kud, giz, ror, pul, mitនឹងbeb
ខាងត្បូង:
  - m_kormacroចាំនឹងបើក, m_selmacroវេននឹងចាំ, m_dunmacroវេន, បើកនឹងscanនឹងm_vimmacroរុញនឹងបើក, ជំហានមានតម្លៃ1នឹងdefine_macroមានតម្លៃone_per_body_step, pl0ផែនការវេន, ធ្វើចលនា, បើកនឹងscan, pl1ផែនការរុញ, បើក, រុញ, បើក, លើក, ចាំនឹងបើកនឹងpl2ផែនការរុញ, បើក, រុញ, ធ្វើចលនា, បើក, វេន, ចាំ, រុញ, ទម្លាក់នឹងបើកនឹងbest_macro
resolvequeryក្នុង:ខាងជើងអី?

ເໜືອ:
  - claim:c0, todແລະgiz, claim:c1, pulແລະror, claim:c2, gizແລະrorແລະclaim:c3, gizແລະkud, block0:gizແລະ0, ຊ້າບໍ່ນານ:0, 0, todແລະ0, ຊ້າບໍ່ນານ:0, 0, kudແລະ1, ຊ້າບໍ່ນານ:0, 0, gizແລະ0, ຊ້າບໍ່ນານ:0, 0, rorແລະ1, ຊ້າບໍ່ນານ:0, 0, pulແລະ0, ຊ້າບໍ່ນານ:0, 1, todແລະ1, ຊ້າບໍ່ນານ:0, 1, kudແລະ0, ຊ້າບໍ່ນານ:0, 1, gizແລະ0, ຊ້າບໍ່ນານ:0, 1, rorແລະ0, ຊ້າບໍ່ນານ:0, 1, pulແລະ0, block1:gizແລະ1, ຊ້າບໍ່ນານ:1, 0, todແລະ0, ຊ້າບໍ່ນານ:1, 0, kudແລະ1, ຊ້າບໍ່ນານ:1, 0, gizແລະ1, ຊ້າບໍ່ນານ:1, 0, rorແລະ1, ຊ້າບໍ່ນານ:1, 0, pulແລະ1, ຊ້າບໍ່ນານ:1, 1, todແລະ1, ຊ້າບໍ່ນານ:1, 1, kudແລະ0, ຊ້າບໍ່ນານ:1, 1, gizແລະ1, ຊ້າບໍ່ນານ:1, 1, rorແລະ0, ຊ້າບໍ່ນານ:1, 1, pulແລະ1, block2:pulແລະ0, ຊ້າບໍ່ນານ:2, 0, todແລະ0, ຊ້າບໍ່ນານ:2, 0, kudແລະ1, ຊ້າບໍ່ນານ:2, 0, gizແລະ1, ຊ້າບໍ່ນານ:2, 0, rorແລະ1, ຊ້າບໍ່ນານ:2, 0, pulແລະ0, ຊ້າບໍ່ນານ:2, 1, todແລະ1, ຊ້າບໍ່ນານ:2, 1, kudແລະ0, ຊ້າບໍ່ນານ:2, 1, gizແລະ0, ຊ້າບໍ່ນານ:2, 1, rorແລະ0, ຊ້າບໍ່ນານ:2, 1, pulແລະ0, block3:pulແລະ1, ຊ້າບໍ່ນານ:3, 0, todແລະ0, ຊ້າບໍ່ນານ:3, 0, kudແລະ1, ຊ້າບໍ່ນານ:3, 0, gizແລະ1, ຊ້າບໍ່ນານ:3, 0, rorແລະ1, ຊ້າບໍ່ນານ:3, 0, pulແລະ1, ຊ້າບໍ່ນານ:3, 1, todແລະ1, ຊ້າບໍ່ນານ:3, 1, kudແລະ0, ຊ້າບໍ່ນານ:3, 1, gizແລະ0, ຊ້າບໍ່ນານ:3, 1, rorແລະ0, ຊ້າບໍ່ນານ:3, 1, pulແລະ1, block4:todແລະ0, ຊ້າບໍ່ນານ:4, 0, todແລະ0, ຊ້າບໍ່ນານ:4, 0, kudແລະ1, ຊ້າບໍ່ນານ:4, 0, gizແລະ1, ຊ້າບໍ່ນານ:4, 0, rorແລະ1, ຊ້າບໍ່ນານ:4, 0, pulແລະ1, block5:todແລະ1, ຊ້າບໍ່ນານ:5, 0, todແລະ1, ຊ້າບໍ່ນານ:5, 0, kudແລະ0, ຊ້າບໍ່ນານ:5, 0, gizແລະ0, ຊ້າບໍ່ນານ:5, 0, rorແລະ0ແລະຊ້າບໍ່ນານ:5, 0, pulແລະ0, ໃດclaimຢູ່causal, block0:todແລະ0, block0:kudແລະ1, block0:gizແລະ1, block0:rorແລະ1, block0:pulແລະ1, block0:mitແລະ0, block0:bebແລະ0, block1:todແລະ1, block1:kudແລະ0, block1:gizແລະ0, block1:rorແລະ0, block1:pulແລະ0, block1:mitແລະ1, block1:bebແລະ1, block2:todແລະ0, block2:kudແລະ1, block2:gizແລະ1, block2:rorແລະ1, block2:pulແລະ1, block2:mitແລະ1, block2:bebແລະ1, block3:todແລະ1, block3:kudແລະ0, block3:gizແລະ0, block3:rorແລະ0, block3:pulແລະ0, block3:mitແລະ0ແລະblock3:bebແລະ0ແລະtod, kud, giz, ror, pul, mitແລະbeb
ທິດໃຕ້:
  - m_kormacroລໍແລະເປີດ, m_selmacroturnແລະລໍ, m_dunmacroturn, ເປີດແລະscanແລະm_vimmacroດັນແລະເປີດ, ກ້າວຄ່າໃຊ້ຈ່າຍ1ແລະdefine_macroຄ່າໃຊ້ຈ່າຍone_per_body_step, pl0ແຜນturn, ຂ່ຽນ, ເປີດແລະscan, pl1ແຜນດັນ, ເປີດ, ດັນ, ເປີດ, ຍົກ, ລໍແລະເປີດແລະpl2ແຜນດັນ, ເປີດ, ດັນ, ຂ່ຽນ, ເປີດ, turn, ລໍ, ດັນ, ຢອດແລະເປີດແລະbest_macro
resolvequeryໃນ:ເໜືອຫຍັງ?

ఉత్తరము:
  - claim: c0, tod మరియు giz, claim: c1, pul మరియు ror, claim: c2, giz మరియు ror మరియు claim: c3, giz మరియు kud, block 0: giz మరియు 0, after: 0, 0, tod మరియు 0, after: 0, 0, kud మరియు 1, after: 0, 0, giz మరియు 0, after: 0, 0, ror మరియు 1, after: 0, 0, pul మరియు 0, after: 0, 1, tod మరియు 1, after: 0, 1, kud మరియు 0, after: 0, 1, giz మరియు 0, after: 0, 1, ror మరియు 0, after: 0, 1, pul మరియు 0, block 1: giz మరియు 1, after: 1, 0, tod మరియు 0, after: 1, 0, kud మరియు 1, after: 1, 0, giz మరియు 1, after: 1, 0, ror మరియు 1, after: 1, 0, pul మరియు 1, after: 1, 1, tod మరియు 1, after: 1, 1, kud మరియు 0, after: 1, 1, giz మరియు 1, after: 1, 1, ror మరియు 0, after: 1, 1, pul మరియు 1, block 2: pul మరియు 0, after: 2, 0, tod మరియు 0, after: 2, 0, kud మరియు 1, after: 2, 0, giz మరియు 1, after: 2, 0, ror మరియు 1, after: 2, 0, pul మరియు 0, after: 2, 1, tod మరియు 1, after: 2, 1, kud మరియు 0, after: 2, 1, giz మరియు 0, after: 2, 1, ror మరియు 0, after: 2, 1, pul మరియు 0, block 3: pul మరియు 1, after: 3, 0, tod మరియు 0, after: 3, 0, kud మరియు 1, after: 3, 0, giz మరియు 1, after: 3, 0, ror మరియు 1, after: 3, 0, pul మరియు 1, after: 3, 1, tod మరియు 1, after: 3, 1, kud మరియు 0, after: 3, 1, giz మరియు 0, after: 3, 1, ror మరియు 0, after: 3, 1, pul మరియు 1, block 4: tod మరియు 0, after: 4, 0, tod మరియు 0, after: 4, 0, kud మరియు 1, after: 4, 0, giz మరియు 1, after: 4, 0, ror మరియు 1, after: 4, 0, pul మరియు 1, block 5: tod మరియు 1, after: 5, 0, tod మరియు 1, after: 5, 0, kud మరియు 0, after: 5, 0, giz మరియు 0, after: 5, 0, ror మరియు 0 మరియు after: 5, 0, pul మరియు 0, ఏ claim ఉండు causal, block 0: tod మరియు 0, block 0: kud మరియు 1, block 0: giz మరియు 1, block 0: ror మరియు 1, block 0: pul మరియు 1, block 0: mit మరియు 0, block 0: beb మరియు 0, block 1: tod మరియు 1, block 1: kud మరియు 0, block 1: giz మరియు 0, block 1: ror మరియు 0, block 1: pul మరియు 0, block 1: mit మరియు 1, block 1: beb మరియు 1, block 2: tod మరియు 0, block 2: kud మరియు 1, block 2: giz మరియు 1, block 2: ror మరియు 1, block 2: pul మరియు 1, block 2: mit మరియు 1, block 2: beb మరియు 1, block 3: tod మరియు 1, block 3: kud మరియు 0, block 3: giz మరియు 0, block 3: ror మరియు 0, block 3: pul మరియు 0, block 3: mit మరియు 0 మరియు block 3: beb మరియు 0 మరియు tod, kud, giz, ror, pul, mit మరియు beb
దక్షిణం:
  - m_kor wait మరియు తెరచు స్థూల, m_sel తిరుగు మరియు wait స్థూల, m_dun తిరుగు, తెరచు మరియు scan స్థూల మరియు m_vim నెట్టు మరియు తెరచు స్థూల, step 1 cost మరియు define_macro one_per_body_step cost, pl0 తిరుగు, నప్పు, తెరచు మరియు scan plan, pl1 నెట్టు, తెరచు, నెట్టు, తెరచు, లిఫ్ట్, wait మరియు తెరచు plan మరియు pl2 నెట్టు, తెరచు, నెట్టు, నప్పు, తెరచు, తిరుగు, wait, నెట్టు, పడు మరియు తెరచు plan మరియు best_macro
పరిష్కరించు query లో ఉత్తరము ఏమిటి?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim wà causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, sún, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, sún, open, turn, wait, push, drop open best_macro
What resolve query in north?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim naiágúóli causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor wait gháʼátʼé macro, m_sel turn wait macro, m_dun turn, gháʼátʼé scan macro m_vim push gháʼátʼé macro, step 1 cost define_macro one_per_body_step cost, pl0 turn, move, gháʼátʼé scan plan, pl1 push, gháʼátʼé, push, gháʼátʼé, lift, wait gháʼátʼé plan pl2 push, gháʼátʼé, push, move, gháʼátʼé, turn, wait, push, drop gháʼátʼé plan best_macro
Resolve query in north what?

north:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
south:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wakti open, m_sel macro turn wakti, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wakti open pl2 plan push, open, push, move, open, turn, wakti, push, dropu open best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor macro wait open, m_sel macro turn wait, m_dun macro turn, open scan m_vim macro push open, step cost 1 define_macro cost one_per_body_step, pl0 plan turn, move, open scan, pl1 plan push, open, push, open, lift, wait open pl2 plan push, open, push, move, open, turn, wait, push, drop open best_macro
Resolve query in north what?

North:
  - claim: c0, tod giz, claim: c1, pul ror, claim: c2, giz ror claim: c3, giz kud, block 0: giz 0, after: 0, 0, tod 0, after: 0, 0, kud 1, after: 0, 0, giz 0, after: 0, 0, ror 1, after: 0, 0, pul 0, after: 0, 1, tod 1, after: 0, 1, kud 0, after: 0, 1, giz 0, after: 0, 1, ror 0, after: 0, 1, pul 0, block 1: giz 1, after: 1, 0, tod 0, after: 1, 0, kud 1, after: 1, 0, giz 1, after: 1, 0, ror 1, after: 1, 0, pul 1, after: 1, 1, tod 1, after: 1, 1, kud 0, after: 1, 1, giz 1, after: 1, 1, ror 0, after: 1, 1, pul 1, block 2: pul 0, after: 2, 0, tod 0, after: 2, 0, kud 1, after: 2, 0, giz 1, after: 2, 0, ror 1, after: 2, 0, pul 0, after: 2, 1, tod 1, after: 2, 1, kud 0, after: 2, 1, giz 0, after: 2, 1, ror 0, after: 2, 1, pul 0, block 3: pul 1, after: 3, 0, tod 0, after: 3, 0, kud 1, after: 3, 0, giz 1, after: 3, 0, ror 1, after: 3, 0, pul 1, after: 3, 1, tod 1, after: 3, 1, kud 0, after: 3, 1, giz 0, after: 3, 1, ror 0, after: 3, 1, pul 1, block 4: tod 0, after: 4, 0, tod 0, after: 4, 0, kud 1, after: 4, 0, giz 1, after: 4, 0, ror 1, after: 4, 0, pul 1, block 5: tod 1, after: 5, 0, tod 1, after: 5, 0, kud 0, after: 5, 0, giz 0, after: 5, 0, ror 0 after: 5, 0, pul 0, which claim is causal, block 0: tod 0, block 0: kud 1, block 0: giz 1, block 0: ror 1, block 0: pul 1, block 0: mit 0, block 0: beb 0, block 1: tod 1, block 1: kud 0, block 1: giz 0, block 1: ror 0, block 1: pul 0, block 1: mit 1, block 1: beb 1, block 2: tod 0, block 2: kud 1, block 2: giz 1, block 2: ror 1, block 2: pul 1, block 2: mit 1, block 2: beb 1, block 3: tod 1, block 3: kud 0, block 3: giz 0, block 3: ror 0, block 3: pul 0, block 3: mit 0 block 3: beb 0 tod, kud, giz, ror, pul, mit beb
South:
  - m_kor wait open macro, m_sel turn wait macro, m_dun turn, open scan macro m_vim push open macro, step 1 cost define_macro one_per_body_step cost, pl0 turn, move, open scan plan, pl1 push, open, push, open, lift, wait open plan pl2 push, open, push, move, open, turn, wait, push, drop open plan best_macro
Resolve query in north вуч?

North:
  - wait, lift, push and close, trial 0: vlt, lift and ok, trial 1: vlt, push and fail, trial 2: pvp, push and ok, trial 3: rzz, lift and fail, trial 4: rzz, lift and fail, trial 5: tkp, push and fail, trial 6: tkp, wait and ok and trial 7: pvp, wait and fail, act on rzz and push, lift, close and wait
South:
  - dpdp vrrv dknm, dknm, dknm and dknm and kzvg vrrv dknm and dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm, tgkz pnts rssd and dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp tgkz, dknm, dknm, dknm and dknm ntrp dpdp and dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp dpdp
What is the resolve query in south?

Al norte:
  - esperar, levantar, empujar y cerrar, ensayo 0: vlt, levantar y ok, ensayo 1: vlt, empujar y fail, ensayo 2: pvp, empujar y ok, ensayo 3: rzz, levantar y fail, ensayo 4: rzz, levantar y fail, ensayo 5: tkp, empujar y fail, ensayo 6: tkp, esperar y ok y ensayo 7: pvp, esperar y fail, acto sobre: rzz y empujar, levantar, cerrar y esperar
Al sur:
  - dpdp vrrv dknm, dknm, dknm y dknm y kzvg vrrv dknm y dknm, rssd: dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm y dknm, tgkz pnts rssd y dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm y dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm y dknm ntrp tgkz, dknm, dknm, dknm y dknm ntrp dpdp y dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm y dknm ntrp dpdp
¿Qué resolve query in: sur?

北面有：
  - 等待、抬起、推和关闭、第0：vlt、抬起和ok、第1：vlt、推和fail、第2：pvp、推和ok、第3：rzz、抬起和fail、第4：rzz、抬起和fail、第5：tkp、推和fail、第6：tkp、等待和ok和第7：pvp、等待和fail、行动的上面：rzz和推、抬起、关闭和等待
南面有：
  - dpdpvrrvdknm、dknm、dknm和dknm和kzvgvrrvdknm和dknm、rssd：dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknm、tgkzpntsrssd和dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrpkzvg、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrptgkz、dknm、dknm、dknm和dknmntrpdpdp和dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrpdpdp
resolve query in：南什么？

North:
  - bekler, kaldırır, iter ve kapatır, deneme 0: vlt, kaldırır ve ok, deneme 1: vlt, iter ve fail, deneme 2: pvp, iter ve ok, deneme 3: rzz, kaldırır ve fail, deneme 4: rzz, kaldırır ve fail, deneme 5: tkp, iter ve fail, deneme 6: tkp, bekler ve ok ve deneme 7: pvp, bekler ve fail, perde üzerinde: rzz ve iter, kaldırır, kapatır ve bekler
South:
  - dpdp dknm, dknm, dknm ve dknm vrrv ve kzvg dknm ve dknm vrrv, rssd: dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm, tgkz rssd pnts ve dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm tgkz ntrp, dknm, dknm, dknm ve dknm dpdp ntrp ve dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm dpdp ntrp
Resolve query in: güney ne?

North:
  - wait, eleveta, kusukuma na funga, jaribio 0: vlt, eleveta na ok, jaribio 1: vlt, kusukuma na fail, jaribio 2: pvp, kusukuma na ok, jaribio 3: rzz, eleveta na fail, jaribio 4: rzz, eleveta na fail, jaribio 5: tkp, kusukuma na fail, jaribio 6: tkp, wait na ok na jaribio 7: pvp, wait na fail, kitendo on: rzz na kusukuma, eleveta, funga na wait
South:
  - dpdp vrrv dknm, dknm, dknm na dknm na kzvg vrrv dknm na dknm, rssd: dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm, tgkz pnts rssd na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp tgkz, dknm, dknm, dknm na dknm ntrp dpdp na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp dpdp
Resolve query in: kusini nini?

North:
  - wait, lift, push and close, trial 0: vlt, lift and ok, trial 1: vlt, push and fail, trial 2: pvp, push and ok, trial 3: rzz, lift and fail, trial 4: rzz, lift and fail, trial 5: tkp, push and fail, trial 6: tkp, wait and ok and trial 7: pvp, wait and fail, act on rzz and push, lift, close and wait
South:
  - dpdp vrrv dknm, dknm, dknm and dknm and kzvg vrrv dknm and dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm, tgkz pnts rssd and dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp tgkz, dknm, dknm, dknm and dknm ntrp dpdp and dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm and dknm ntrp dpdp
What is the resolve query in south?

{north: {answer_options: [wait lift push close], history: [(trial 0 vlt lift ok) (trial 1 vlt push fail) (trial 2 pvp push ok) (trial 3 rzz lift fail) (trial 4 rzz lift fail) (trial 5 tkp push fail) (trial 6 tkp wait ok) (trial 7 pvp wait fail)], query: (act_on rzz), repertoire: [push lift close wait]}, query: (resolve_query_in south), south: {moves: [(vrrv dpdp [dknm dknm dknm dknm]) (vrrv kzvg [dknm dknm])], query: (rssd [dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm]), rule: (pnts tgkz rssd), solved: [(ntrp [dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm] kzvg) (ntrp [dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm] tgkz) (ntrp [dknm dknm dknm dknm] dpdp) (ntrp [dknm dknm dknm dknm dknm dknm dknm dknm dknm dknm] dpdp)]}}

Norden:
  - warten, heben, drücken und close, Versuch 0: vlt, heben und ok, Versuch 1: vlt, drücken und fail, Versuch 2: pvp, drücken und ok, Versuch 3: rzz, heben und fail, Versuch 4: rzz, heben und fail, Versuch 5: tkp, drücken und fail, Versuch 6: tkp, warten und ok und Versuch 7: pvp, warten und fail, act an rzz und drücken, heben, close und warten
Süden:
  - dpdp vrrv dknm, dknm, dknm und dknm und kzvg vrrv dknm und dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm und dknm, tgkz pnts rssd und dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm und dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm und dknm ntrp tgkz, dknm, dknm, dknm und dknm ntrp dpdp und dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm und dknm ntrp dpdp
Was lösen Frage in Süden?

Се̏вер:
  - че̏кати, ли̏фт, потиснути и close, по̀кус 0: vlt, ли̏фт и ok, по̀кус 1: vlt, потиснути и fail, по̀кус 2: pvp, потиснути и ok, по̀кус 3: rzz, ли̏фт и fail, по̀кус 4: rzz, ли̏фт и fail, по̀кус 5: tkp, потиснути и fail, по̀кус 6: tkp, че̏кати и ok и по̀кус 7: pvp, че̏кати и fail, дејство на rzz и потиснути, ли̏фт, close и че̏кати
Ју̏г:
  - dpdp vrrv dknm, dknm, dknm и dknm и kzvg vrrv dknm и dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm и dknm, tgkz pnts rssd и dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm и dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm и dknm ntrp tgkz, dknm, dknm, dknm и dknm ntrp dpdp и dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm и dknm ntrp dpdp
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - odottaa, nostaa, työntää ja close, koetus 0: vlt, nostaa ja ok, koetus 1: vlt, työntää ja fail, koetus 2: pvp, työntää ja ok, koetus 3: rzz, nostaa ja fail, koetus 4: rzz, nostaa ja fail, koetus 5: tkp, työntää ja fail, koetus 6: tkp, odottaa ja ok ja koetus 7: pvp, odottaa ja fail, torjua rzz ja työntää, nostaa, close ja odottaa
Etelä:
  - dpdp vrrv dknm, dknm, dknm ja dknm ja kzvg vrrv dknm ja dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ja dknm, tgkz pnts rssd ja dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ja dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ja dknm ntrp tgkz, dknm, dknm, dknm ja dknm ntrp dpdp ja dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ja dknm ntrp dpdp
Mikä ratkaista kysymys sisään etelään?

北面有：
  - 等待、抬起、推和关闭、第0：vlt、抬起和ok、第1：vlt、推和fail、第2：pvp、推和ok、第3：rzz、抬起和fail、第4：rzz、抬起和fail、第5：tkp、推和fail、第6：tkp、等待和ok和第7：pvp、等待和fail、行动的上面：rzz和推、抬起、关闭和等待
南面有：
  - dpdpvrrvdknm、dknm、dknm和dknm和kzvgvrrvdknm和dknm、rssd：dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknm、tgkzpntsrssd和dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrpkzvg、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrptgkz、dknm、dknm、dknm和dknmntrpdpdp和dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm、dknm和dknmntrpdpdp
resolve query in：南什么？

北:
  - 待つ, エレベーター, 押すとclose, 試験0:vlt, エレベーターとok, 試験1:vlt, 押すとfail, 試験2:pvp, 押すとok, 試験3:rzz, エレベーターとfail, 試験4:rzz, エレベーターとfail, 試験5:tkp, 押すとfail, 試験6:tkp, 待つとokと試験7:pvp, 待つとfail, 行為…の上に:rzzと押す, エレベーター, closeと待つ
南:
  - dpdpdknm, dknm, dknmとdknmvrrvとkzvgdknmとdknmvrrv, rssd:dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmとdknm, tgkzrssdpntsとdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmとdknmkzvgntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmとdknmtgkzntrp, dknm, dknm, dknmとdknmdpdpntrpとdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmとdknmdpdpntrp
解く質問...に:南何と?

North:
  - bekler, kaldırır, iter ve kapatır, deneme 0: vlt, kaldırır ve ok, deneme 1: vlt, iter ve fail, deneme 2: pvp, iter ve ok, deneme 3: rzz, kaldırır ve fail, deneme 4: rzz, kaldırır ve fail, deneme 5: tkp, iter ve fail, deneme 6: tkp, bekler ve ok ve deneme 7: pvp, bekler ve fail, perde üzerinde: rzz ve iter, kaldırır, kapatır ve bekler
South:
  - dpdp dknm, dknm, dknm ve dknm vrrv ve kzvg dknm ve dknm vrrv, rssd: dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm, tgkz rssd pnts ve dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm tgkz ntrp, dknm, dknm, dknm ve dknm dpdp ntrp ve dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ve dknm dpdp ntrp
Resolve query in: güney ne?

شَمَال:
  - اِنْتَظَرَ، رَفَعَ، دَفَعَ وَـ close، تَجْرِبَة 0: vlt، رَفَعَ وَـ ok، تَجْرِبَة 1: vlt، دَفَعَ وَـ fail، تَجْرِبَة 2: pvp، دَفَعَ وَـ ok، تَجْرِبَة 3: rzz، رَفَعَ وَـ fail، تَجْرِبَة 4: rzz، رَفَعَ وَـ fail، تَجْرِبَة 5: tkp، دَفَعَ وَـ fail، تَجْرِبَة 6: tkp، اِنْتَظَرَ وَـ ok وَـ تَجْرِبَة 7: pvp، اِنْتَظَرَ وَـ fail، act عَلَى rzz وَـ دَفَعَ، رَفَعَ، close وَـ اِنْتَظَرَ
جَنُوب:
  - vrrv dpdp dknm، dknm، dknm وَـ dknm وَـ vrrv kzvg dknm وَـ dknm، rssd dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm وَـ dknm، pnts tgkz rssd وَـ ntrp dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm وَـ dknm kzvg، ntrp dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm وَـ dknm tgkz، ntrp dknm، dknm، dknm وَـ dknm dpdp وَـ ntrp dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm، dknm وَـ dknm dpdp
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - დალოდება, აწევა, push და close, სასამართლო 0: vlt, აწევა და ok, სასამართლო 1: vlt, push და fail, სასამართლო 2: pvp, push და ok, სასამართლო 3: rzz, აწევა და fail, სასამართლო 4: rzz, აწევა და fail, სასამართლო 5: tkp, push და fail, სასამართლო 6: tkp, დალოდება და ok და სასამართლო 7: pvp, დალოდება და fail, act on rzz და push, აწევა, close და დალოდება
Სამხრეთი:
  - dpdp dknm, dknm, dknm და dknm vrrv და kzvg dknm და dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm და dknm, tgkz rssd pnts და dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm და dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm და dknm tgkz ntrp, dknm, dknm, dknm და dknm dpdp ntrp და dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm და dknm dpdp ntrp
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - whanga, tiraki, kōpana me pā, whakawākanga 0: vlt, tiraki me ok, whakawākanga 1: vlt, kōpana me fail, whakawākanga 2: pvp, kōpana me ok, whakawākanga 3: rzz, tiraki me fail, whakawākanga 4: rzz, tiraki me fail, whakawākanga 5: tkp, kōpana me fail, whakawākanga 6: tkp, whanga me ok me whakawākanga 7: pvp, whanga me fail, whakahohe on rzz me kōpana, tiraki, pā me whanga
Tonga:
  - vrrv dpdp dknm, dknm, dknm me dknm me vrrv kzvg dknm me dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm me dknm, pnts tgkz rssd me ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm me dknm kzvg, ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm me dknm tgkz, ntrp dknm, dknm, dknm me dknm dpdp me ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm me dknm dpdp
Whakatatū query in tonga unutai?

Phía bắc:
  - đợi, nâng, xô và close, trial 0: vlt, nâng và ok, trial 1: vlt, xô và fail, trial 2: pvp, xô và ok, trial 3: rzz, nâng và fail, trial 4: rzz, nâng và fail, trial 5: tkp, xô và fail, trial 6: tkp, đợi và ok và trial 7: pvp, đợi và fail, hành vi trên rzz và xô, nâng, close và đợi
Phía nam:
  - dpdp vrrv dknm, dknm, dknm và dknm và kzvg vrrv dknm và dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm và dknm, tgkz pnts rssd và dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm và dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm và dknm ntrp tgkz, dknm, dknm, dknm và dknm ntrp dpdp và dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm và dknm ntrp dpdp
Resolve query trong phía nam gì?

ทิศเหนือ:
  - รอ, ยก, ดันและclose, ไตรพจน์0:vlt, ยกและok, ไตรพจน์1:vlt, ดันและfail, ไตรพจน์2:pvp, ดันและok, ไตรพจน์3:rzz, ยกและfail, ไตรพจน์4:rzz, ยกและfail, ไตรพจน์5:tkp, ดันและfail, ไตรพจน์6:tkp, รอและokและไตรพจน์7:pvp, รอและfail, องก์บน:rzzและดัน, ยก, closeและรอ
ทิศใต้:
  - dpdpvrrvdknm, dknm, dknmและdknmและkzvgvrrvdknmและdknm, rssd:dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmและdknm, tgkzpntsrssdและdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmและdknmntrpkzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmและdknmntrptgkz, dknm, dknm, dknmและdknmntrpdpdpและdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmและdknmntrpdpdp
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - பொறுத்திரு, உயர்த்தி, தள்ளு மற்றும் மூடு, trial 0: vlt, உயர்த்தி மற்றும் ok, trial 1: vlt, தள்ளு மற்றும் fail, trial 2: pvp, தள்ளு மற்றும் ok, trial 3: rzz, உயர்த்தி மற்றும் fail, trial 4: rzz, உயர்த்தி மற்றும் fail, trial 5: tkp, தள்ளு மற்றும் fail, trial 6: tkp, பொறுத்திரு மற்றும் ok மற்றும் trial 7: pvp, பொறுத்திரு மற்றும் fail, act on rzz மற்றும் தள்ளு, உயர்த்தி, மூடு மற்றும் பொறுத்திரு
தெற்கு:
  - dpdp dknm, dknm, dknm மற்றும் dknm vrrv மற்றும் kzvg dknm மற்றும் dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm மற்றும் dknm, tgkz rssd pnts மற்றும் dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm மற்றும் dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm மற்றும் dknm tgkz ntrp, dknm, dknm, dknm மற்றும் dknm dpdp ntrp மற்றும் dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm மற்றும் dknm dpdp ntrp
resolve query உள்ளே தெற்கு என்ன?

North:
  - wait, eleveta, kusukuma na funga, jaribio 0: vlt, eleveta na ok, jaribio 1: vlt, kusukuma na fail, jaribio 2: pvp, kusukuma na ok, jaribio 3: rzz, eleveta na fail, jaribio 4: rzz, eleveta na fail, jaribio 5: tkp, kusukuma na fail, jaribio 6: tkp, wait na ok na jaribio 7: pvp, wait na fail, kitendo on: rzz na kusukuma, eleveta, funga na wait
South:
  - dpdp vrrv dknm, dknm, dknm na dknm na kzvg vrrv dknm na dknm, rssd: dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm, tgkz pnts rssd na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp tgkz, dknm, dknm, dknm na dknm ntrp dpdp na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp dpdp
Resolve query in: kusini nini?

Náhookǫs:
  - wait, hoł háádaalchʼąłígíí, push dóó close, aahwiinítʼį́ 0: vlt, hoł háádaalchʼąłígíí dóó ok, aahwiinítʼį́ 1: vlt, push dóó fail, aahwiinítʼį́ 2: pvp, push dóó ok, aahwiinítʼį́ 3: rzz, hoł háádaalchʼąłígíí dóó fail, aahwiinítʼį́ 4: rzz, hoł háádaalchʼąłígíí dóó fail, aahwiinítʼį́ 5: tkp, push dóó fail, aahwiinítʼį́ 6: tkp, wait dóó ok dóó aahwiinítʼį́ 7: pvp, wait dóó fail, act bikááʼ rzz dóó push, hoł háádaalchʼąłígíí, close dóó wait
Shádiʼááh:
  - dpdp dknm, dknm, dknm dóó dknm vrrv dóó kzvg dknm dóó dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dóó dknm, tgkz rssd pnts dóó dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dóó dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dóó dknm tgkz ntrp, dknm, dknm, dknm dóó dknm dpdp ntrp dóó dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dóó dknm dpdp ntrp
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - wait, lift, push aamma close, trial 0: vlt, lift aamma ok, trial 1: vlt, push aamma fail, trial 2: pvp, push aamma ok, trial 3: rzz, lift aamma fail, trial 4: rzz, lift aamma fail, trial 5: tkp, push aamma fail, trial 6: tkp, wait aamma ok aamma trial 7: pvp, wait aamma fail, act on rzz aamma push, lift, close aamma wait
Kujalleq:
  - dpdp dknm, dknm, dknm aamma dknm vrrv aamma kzvg dknm aamma dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm aamma dknm, tgkz rssd pnts aamma dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm aamma dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm aamma dknm tgkz ntrp, dknm, dknm, dknm aamma dknm dpdp ntrp aamma dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm aamma dknm dpdp ntrp
Resolve query in kujalleq what?

North:
  - wait, liptimapim, push na pasim, trial 0: vlt, liptimapim na ok, trial 1: vlt, push na fail, trial 2: pvp, push na ok, trial 3: rzz, liptimapim na fail, trial 4: rzz, liptimapim na fail, trial 5: tkp, push na fail, trial 6: tkp, wait na ok na trial 7: pvp, wait na fail, act on rzz na push, liptimapim, pasim na wait
South:
  - dpdp vrrv dknm, dknm, dknm na dknm na kzvg vrrv dknm na dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm, tgkz pnts rssd na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp tgkz, dknm, dknm, dknm na dknm ntrp dpdp na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm ntrp dpdp
Resolve query long south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south kwèch?

North:
  - wait, lift, татта а close, trial 0: vlt, lift а ok, trial 1: vlt, татта а fail, trial 2: pvp, татта а ok, trial 3: rzz, lift а fail, trial 4: rzz, lift а fail, trial 5: tkp, татта а fail, trial 6: tkp, wait а ok а trial 7: pvp, wait а fail, act on rzz а татта, lift, close а wait
South:
  - dpdp vrrv dknm, dknm, dknm а dknm а kzvg vrrv dknm а dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm а dknm, tgkz pnts rssd а dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm а dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm а dknm ntrp tgkz, dknm, dknm, dknm а dknm ntrp dpdp а dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm а dknm ntrp dpdp
Resolve query in south фу?

북:
  - 기다리다, 엘리베이터, 밀다 막다, 시험 0: vlt, 엘리베이터 ok, 시험 1: vlt, 밀다 fail, 시험 2: pvp, 밀다 ok, 시험 3: rzz, 엘리베이터 fail, 시험 4: rzz, 엘리베이터 fail, 시험 5: tkp, 밀다 fail, 시험 6: tkp, 기다리다 ok 시험 7: pvp, 기다리다 fail, 행위 ...위에 rzz 밀다, 엘리베이터, 막다 기다리다
남:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
해결하다 질문...의 안에 남 무엇?

Ipar:
  - wait, igogailu, push eta itxi, trial 0: vlt, igogailu eta ok, trial 1: vlt, push eta fail, trial 2: pvp, push eta ok, trial 3: rzz, igogailu eta fail, trial 4: rzz, igogailu eta fail, trial 5: tkp, push eta fail, trial 6: tkp, wait eta ok eta trial 7: pvp, wait eta fail, act on rzz eta push, igogailu, itxi eta wait
Hego:
  - dpdp dknm, dknm, dknm eta dknm vrrv eta kzvg dknm eta dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm eta dknm, tgkz rssd pnts eta dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm eta dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm eta dknm tgkz ntrp, dknm, dknm, dknm eta dknm dpdp ntrp eta dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm eta dknm dpdp ntrp
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - wait, lift, push ᎠᎴ ᎠᏍᏚᎲᏍᎦ, trial 0: vlt, lift ᎠᎴ ok, trial 1: vlt, push ᎠᎴ fail, trial 2: pvp, push ᎠᎴ ok, trial 3: rzz, lift ᎠᎴ fail, trial 4: rzz, lift ᎠᎴ fail, trial 5: tkp, push ᎠᎴ fail, trial 6: tkp, wait ᎠᎴ ok ᎠᎴ trial 7: pvp, wait ᎠᎴ fail, act on rzz ᎠᎴ push, lift, ᎠᏍᏚᎲᏍᎦ ᎠᎴ wait
ᏧᎦᏃᏮᎢ:
  - dpdp vrrv dknm, dknm, dknm ᎠᎴ dknm ᎠᎴ kzvg vrrv dknm ᎠᎴ dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ᎠᎴ dknm, tgkz pnts rssd ᎠᎴ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ᎠᎴ dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ᎠᎴ dknm ntrp tgkz, dknm, dknm, dknm ᎠᎴ dknm ntrp dpdp ᎠᎴ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ᎠᎴ dknm ntrp dpdp
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - suyay, lift, tanqay wicgai, trial 0: vlt, lift ok, trial 1: vlt, tanqay fail, trial 2: pvp, tanqay ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, tanqay fail, trial 6: tkp, suyay ok trial 7: pvp, suyay fail, act on rzz tanqay, lift, wicgai suyay
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push ыкӏи close, trial 0: vlt, lift ыкӏи ok, trial 1: vlt, push ыкӏи fail, trial 2: pvp, push ыкӏи ok, trial 3: rzz, lift ыкӏи fail, trial 4: rzz, lift ыкӏи fail, trial 5: tkp, push ыкӏи fail, trial 6: tkp, wait ыкӏи ok ыкӏи trial 7: pvp, wait ыкӏи fail, act on rzz ыкӏи push, lift, close ыкӏи wait
South:
  - dpdp dknm, dknm, dknm ыкӏи dknm vrrv ыкӏи kzvg dknm ыкӏи dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ыкӏи dknm, tgkz rssd pnts ыкӏи dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ыкӏи dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ыкӏи dknm tgkz ntrp, dknm, dknm, dknm ыкӏи dknm dpdp ntrp ыкӏи dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ыкӏи dknm dpdp ntrp
Resolve query in south сыд?

North:
  - wait, lift, thawb thiab kaw, trial 0: vlt, lift thiab ok, trial 1: vlt, thawb thiab fail, trial 2: pvp, thawb thiab ok, trial 3: rzz, lift thiab fail, trial 4: rzz, lift thiab fail, trial 5: tkp, thawb thiab fail, trial 6: tkp, wait thiab ok thiab trial 7: pvp, wait thiab fail, act on rzz thiab thawb, lift, kaw thiab wait
South:
  - dpdp vrrv dknm, dknm, dknm thiab dknm thiab kzvg vrrv dknm thiab dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm thiab dknm, tgkz pnts rssd thiab dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm thiab dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm thiab dknm ntrp tgkz, dknm, dknm, dknm thiab dknm ntrp dpdp thiab dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm thiab dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south ining-jak?

Falammi:
  - wait, lift, push micha' close, trial 0: vlt, lift micha' ok, trial 1: vlt, push micha' fail, trial 2: pvp, push micha' ok, trial 3: rzz, lift micha' fail, trial 4: rzz, lift micha' fail, trial 5: tkp, push micha' fail, trial 6: tkp, wait micha' ok micha' trial 7: pvp, wait micha' fail, act on rzz micha' push, lift, close micha' wait
South:
  - dpdp vrrv dknm, dknm, dknm micha' dknm micha' kzvg vrrv dknm micha' dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm micha' dknm, tgkz pnts rssd micha' dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm micha' dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm micha' dknm ntrp tgkz, dknm, dknm, dknm micha' dknm ntrp dpdp micha' dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm micha' dknm ntrp dpdp
Resolve query in south nanta?

ヘペラ:
  - wait, lift, push カ close, trial 0: vlt, lift カ ok, trial 1: vlt, push カ fail, trial 2: pvp, push カ ok, trial 3: rzz, lift カ fail, trial 4: rzz, lift カ fail, trial 5: tkp, push カ fail, trial 6: tkp, wait カ ok カ trial 7: pvp, wait カ fail, act on rzz カ push, lift, close カ wait
ヘパシ:
  - dpdp dknm, dknm, dknm カ dknm vrrv カ kzvg dknm カ dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm カ dknm, tgkz rssd pnts カ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm カ dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm カ dknm tgkz ntrp, dknm, dknm, dknm カ dknm dpdp ntrp カ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm カ dknm dpdp ntrp
Resolve query in ヘパシ what?

Эйгысӄын:
  - wait, lift, push ынкъам close, trial 0: vlt, lift ынкъам ok, trial 1: vlt, push ынкъам fail, trial 2: pvp, push ынкъам ok, trial 3: rzz, lift ынкъам fail, trial 4: rzz, lift ынкъам fail, trial 5: tkp, push ынкъам fail, trial 6: tkp, wait ынкъам ok ынкъам trial 7: pvp, wait ынкъам fail, act on rzz ынкъам push, lift, close ынкъам wait
Айвалыӈӄал:
  - dpdp vrrv dknm, dknm, dknm ынкъам dknm ынкъам kzvg vrrv dknm ынкъам dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ынкъам dknm, tgkz pnts rssd ынкъам dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ынкъам dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ынкъам dknm ntrp tgkz, dknm, dknm, dknm ынкъам dknm ntrp dpdp ынкъам dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ынкъам dknm ntrp dpdp
Resolve query in айвалыӈӄал what?

North:
  - wait, lift, push yéetel close, trial 0: vlt, lift yéetel ok, trial 1: vlt, push yéetel fail, trial 2: pvp, push yéetel ok, trial 3: rzz, lift yéetel fail, trial 4: rzz, lift yéetel fail, trial 5: tkp, push yéetel fail, trial 6: tkp, wait yéetel ok yéetel trial 7: pvp, wait yéetel fail, act on rzz yéetel push, lift, close yéetel wait
South:
  - dpdp vrrv dknm, dknm, dknm yéetel dknm yéetel kzvg vrrv dknm yéetel dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm yéetel dknm, tgkz pnts rssd yéetel dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm yéetel dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm yéetel dknm ntrp tgkz, dknm, dknm, dknm yéetel dknm ntrp dpdp yéetel dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm yéetel dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south híli?

North:
  - wait, lift, push na close, trial 0: vlt, lift na ok, trial 1: vlt, push na fail, trial 2: pvp, push na ok, trial 3: rzz, lift na fail, trial 4: rzz, lift na fail, trial 5: tkp, push na fail, trial 6: tkp, wait na ok na trial 7: pvp, wait na fail, act on rzz na push, lift, close na wait
South:
  - dpdp dknm, dknm, dknm na dknm vrrv na kzvg dknm na dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm, tgkz rssd pnts na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm tgkz ntrp, dknm, dknm, dknm na dknm dpdp ntrp na dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm na dknm dpdp ntrp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
Ñemby:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in ñemby what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
Resolve query in south what?

North:
  - wait, lift, push ǂʻá close, trial 0: vlt, lift ǂʻá ok, trial 1: vlt, push ǂʻá fail, trial 2: pvp, push ǂʻá ok, trial 3: rzz, lift ǂʻá fail, trial 4: rzz, lift ǂʻá fail, trial 5: tkp, push ǂʻá fail, trial 6: tkp, wait ǂʻá ok ǂʻá trial 7: pvp, wait ǂʻá fail, act on rzz ǂʻá push, lift, close ǂʻá wait
South:
  - dpdp vrrv dknm, dknm, dknm ǂʻá dknm ǂʻá kzvg vrrv dknm ǂʻá dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ǂʻá dknm, tgkz pnts rssd ǂʻá dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ǂʻá dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ǂʻá dknm ntrp tgkz, dknm, dknm, dknm ǂʻá dknm ntrp dpdp ǂʻá dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm ǂʻá dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
Itax:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
Resolve query in itax what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south what?

Ajkuikpa:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south tay?

Nord :
  - attendre, lever, pousser et fermer, essai 0: vlt, lever et ok, essai 1: vlt, pousser et fail, essai 2: pvp, pousser et ok, essai 3: rzz, lever et fail, essai 4: rzz, lever et fail, essai 5: tkp, pousser et fail, essai 6: tkp, attendre et ok et essai 7: pvp, attendre et fail, acte allumé rzz et pousser, lever, fermer et attendre
Sud :
  - dpdp vrrv dknm, dknm, dknm et dknm et kzvg vrrv dknm et dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm et dknm, tgkz pnts rssd et dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm et dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm et dknm ntrp tgkz, dknm, dknm, dknm et dknm ntrp dpdp et dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm et dknm ntrp dpdp
Quoi résoudre question dans sud ?

Nordo:
  - atendi, levi, puŝi kaj close, proceso 0: vlt, levi kaj ok, proceso 1: vlt, puŝi kaj fail, proceso 2: pvp, puŝi kaj ok, proceso 3: rzz, levi kaj fail, proceso 4: rzz, levi kaj fail, proceso 5: tkp, puŝi kaj fail, proceso 6: tkp, atendi kaj ok kaj proceso 7: pvp, atendi kaj fail, act sur rzz kaj puŝi, levi, close kaj atendi
Sudo:
  - dpdp vrrv dknm, dknm, dknm kaj dknm kaj kzvg vrrv dknm kaj dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm kaj dknm, tgkz pnts rssd kaj dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm kaj dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm kaj dknm ntrp tgkz, dknm, dknm, dknm kaj dknm ntrp dpdp kaj dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm kaj dknm ntrp dpdp
Solvi pridemando en sudo kio?

Észak:
  - vár, emel, tol és becsuk, próba 0: vlt, emel és ok, próba 1: vlt, tol és fail, próba 2: pvp, tol és ok, próba 3: rzz, emel és fail, próba 4: rzz, emel és fail, próba 5: tkp, tol és fail, próba 6: tkp, vár és ok és próba 7: pvp, vár és fail, cselekvés bekapcsolva rzz és tol, emel, becsuk és vár
Dél:
  - dpdp vrrv dknm, dknm, dknm és dknm és kzvg vrrv dknm és dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm és dknm, tgkz pnts rssd és dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm és dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm és dknm ntrp tgkz, dknm, dknm, dknm és dknm ntrp dpdp és dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm és dknm ntrp dpdp
Megold kérdés be dél melyik?

北:
  - 等, 電梯, push及close, trial0:vlt, 電梯及ok, trial1:vlt, push及fail, trial2:pvp, push及ok, trial3:rzz, 電梯及fail, trial4:rzz, 電梯及fail, trial5:tkp, push及fail, trial6:tkp, 等及ok及trial7:pvp, 等及fail, 做on:rzz及push, 電梯, close及等
南:
  - dpdpvrrvdknm, dknm, dknm及dknm及kzvgvrrvdknm及dknm, rssd:dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm及dknm, tgkzpntsrssd及dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm及dknmntrpkzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm及dknmntrptgkz, dknm, dknm, dknm及dknmntrpdpdp及dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm及dknmntrpdpdp
resolve query in:南乜嘢?

北:
  - wait, lift, push とぅ close, trial 0: vlt, lift とぅ ok, trial 1: vlt, push とぅ fail, trial 2: pvp, push とぅ ok, trial 3: rzz, lift とぅ fail, trial 4: rzz, lift とぅ fail, trial 5: tkp, push とぅ fail, trial 6: tkp, wait とぅ ok とぅ trial 7: pvp, wait とぅ fail, act on rzz とぅ push, lift, close とぅ wait
South:
  - dpdp vrrv dknm, dknm, dknm とぅ dknm とぅ kzvg vrrv dknm とぅ dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm とぅ dknm, tgkz pnts rssd とぅ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm とぅ dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm とぅ dknm ntrp tgkz, dknm, dknm, dknm とぅ dknm ntrp dpdp とぅ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm とぅ dknm ntrp dpdp
Resolve query in south what?

North:
  - күту, лифт, итеру және close, сын 0: vlt, лифт және ok, сын 1: vlt, итеру және fail, сын 2: pvp, итеру және ok, сын 3: rzz, лифт және fail, сын 4: rzz, лифт және fail, сын 5: tkp, итеру және fail, сын 6: tkp, күту және ok және сын 7: pvp, күту және fail, перде үстінде rzz және итеру, лифт, close және күту
South:
  - dpdp vrrv dknm, dknm, dknm және dknm және kzvg vrrv dknm және dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm және dknm, tgkz pnts rssd және dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm және dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm және dknm ntrp tgkz, dknm, dknm, dknm және dknm ntrp dpdp және dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm және dknm ntrp dpdp
Resolve сұрау in south не?

צָּפוֹן:
  - הִמְתִּין, מַעֲלִית, דָּחַף וְ־ close, מִשְׁפָּט 0: vlt, מַעֲלִית וְ־ ok, מִשְׁפָּט 1: vlt, דָּחַף וְ־ fail, מִשְׁפָּט 2: pvp, דָּחַף וְ־ ok, מִשְׁפָּט 3: rzz, מַעֲלִית וְ־ fail, מִשְׁפָּט 4: rzz, מַעֲלִית וְ־ fail, מִשְׁפָּט 5: tkp, דָּחַף וְ־ fail, מִשְׁפָּט 6: tkp, הִמְתִּין וְ־ ok וְ־ מִשְׁפָּט 7: pvp, הִמְתִּין וְ־ fail, לִפְעוֹל עַל rzz וְ־ דָּחַף, מַעֲלִית, close וְ־ הִמְתִּין
דָּרוֹם:
  - dpdp vrrv dknm, dknm, dknm וְ־ dknm וְ־ kzvg vrrv dknm וְ־ dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm וְ־ dknm, tgkz pnts rssd וְ־ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm וְ־ dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm וְ־ dknm ntrp tgkz, dknm, dknm, dknm וְ־ dknm ntrp dpdp וְ־ dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm וְ־ dknm ntrp dpdp
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - wait, lift, ჯიკაფი დო close, trial 0: vlt, lift დო ok, trial 1: vlt, ჯიკაფი დო fail, trial 2: pvp, ჯიკაფი დო ok, trial 3: rzz, lift დო fail, trial 4: rzz, lift დო fail, trial 5: tkp, ჯიკაფი დო fail, trial 6: tkp, wait დო ok დო trial 7: pvp, wait დო fail, act on rzz დო ჯიკაფი, lift, close დო wait
South:
  - dpdp vrrv dknm, dknm, dknm დო dknm დო kzvg vrrv dknm დო dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm დო dknm, tgkz pnts rssd დო dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm დო dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm დო dknm ntrp tgkz, dknm, dknm, dknm დო dknm ntrp dpdp დო dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm დო dknm ntrp dpdp
Resolve query in south what?

Utara:
  - menunggu, angkat, dorong dan close, percobaan 0: vlt, angkat dan ok, percobaan 1: vlt, dorong dan fail, percobaan 2: pvp, dorong dan ok, percobaan 3: rzz, angkat dan fail, percobaan 4: rzz, angkat dan fail, percobaan 5: tkp, dorong dan fail, percobaan 6: tkp, menunggu dan ok dan percobaan 7: pvp, menunggu dan fail, tindakan menyala rzz dan dorong, angkat, close dan menunggu
Selatan:
  - dpdp vrrv dknm, dknm, dknm dan dknm dan kzvg vrrv dknm dan dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dan dknm, tgkz pnts rssd dan dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dan dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dan dknm ntrp tgkz, dknm, dknm, dknm dan dknm ntrp dpdp dan dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dan dknm ntrp dpdp
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - ចាំ, លើក, រុញនឹងclose, បរីក្សា0:vlt, លើកនឹងok, បរីក្សា1:vlt, រុញនឹងfail, បរីក្សា2:pvp, រុញនឹងok, បរីក្សា3:rzz, លើកនឹងfail, បរីក្សា4:rzz, លើកនឹងfail, បរីក្សា5:tkp, រុញនឹងfail, បរីក្សា6:tkp, ចាំនឹងokនឹងបរីក្សា7:pvp, ចាំនឹងfail, ទង្វើនៅលើ:rzzនឹងរុញ, លើក, closeនឹងចាំ
ខាងត្បូង:
  - dpdpvrrvdknm, dknm, dknmនឹងdknmនឹងkzvgvrrvdknmនឹងdknm, rssd:dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmនឹងdknm, tgkzpntsrssdនឹងdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmនឹងdknmntrpkzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmនឹងdknmntrptgkz, dknm, dknm, dknmនឹងdknmntrpdpdpនឹងdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmនឹងdknmntrpdpdp
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - ລໍ, ຍົກ, ດັນແລະclose, trial0:vlt, ຍົກແລະok, trial1:vlt, ດັນແລະfail, trial2:pvp, ດັນແລະok, trial3:rzz, ຍົກແລະfail, trial4:rzz, ຍົກແລະfail, trial5:tkp, ດັນແລະfail, trial6:tkp, ລໍແລະokແລະtrial7:pvp, ລໍແລະfail, actເທິງ:rzzແລະດັນ, ຍົກ, closeແລະລໍ
ທິດໃຕ້:
  - dpdpvrrvdknm, dknm, dknmແລະdknmແລະkzvgvrrvdknmແລະdknm, rssd:dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmແລະdknm, tgkzpntsrssdແລະdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmແລະdknmntrpkzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmແລະdknmntrptgkz, dknm, dknm, dknmແລະdknmntrpdpdpແລະdknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknmແລະdknmntrpdpdp
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - wait, లిఫ్ట్, నెట్టు మరియు మూయు, trial 0: vlt, లిఫ్ట్ మరియు ok, trial 1: vlt, నెట్టు మరియు fail, trial 2: pvp, నెట్టు మరియు ok, trial 3: rzz, లిఫ్ట్ మరియు fail, trial 4: rzz, లిఫ్ట్ మరియు fail, trial 5: tkp, నెట్టు మరియు fail, trial 6: tkp, wait మరియు ok మరియు trial 7: pvp, wait మరియు fail, చేత on rzz మరియు నెట్టు, లిఫ్ట్, మూయు మరియు wait
దక్షిణం:
  - dpdp dknm, dknm, dknm మరియు dknm vrrv మరియు kzvg dknm మరియు dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm మరియు dknm, tgkz rssd pnts మరియు dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm మరియు dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm మరియు dknm tgkz ntrp, dknm, dknm, dknm మరియు dknm dpdp ntrp మరియు dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm మరియు dknm dpdp ntrp
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
What resolve query in south?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
Resolve query in south what?

north:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
south:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
resolve query in south what?

North:
  - wakti, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wakti ok trial 7: pvp, wakti fail, act on rzz push, lift, close wakti
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp vrrv dknm, dknm, dknm dknm kzvg vrrv dknm dknm, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz pnts rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp kzvg, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp tgkz, dknm, dknm, dknm dknm ntrp dpdp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm ntrp dpdp
Resolve query in south what?

North:
  - wait, lift, push close, trial 0: vlt, lift ok, trial 1: vlt, push fail, trial 2: pvp, push ok, trial 3: rzz, lift fail, trial 4: rzz, lift fail, trial 5: tkp, push fail, trial 6: tkp, wait ok trial 7: pvp, wait fail, act on rzz push, lift, close wait
South:
  - dpdp dknm, dknm, dknm dknm vrrv kzvg dknm dknm vrrv, rssd dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm, tgkz rssd pnts dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm kzvg ntrp, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm tgkz ntrp, dknm, dknm, dknm dknm dpdp ntrp dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm, dknm dknm dpdp ntrp
Resolve query in south вуч?

North:
  - orange, blue, purple and green, rename: 0, kvt and ttz, rename: 0, spr and kpz, swap: 1, rsk and zpr, rename: 2, zpr and ltr, swap: 2, ltr and kpz and swap: 3, ttz and kpz, means: 0, zpr and blue, means: 0, rsk and orange, means: 0, spr and green and means: 0, kvt and purple and 4 means rsk
South:
  - kb0 records the tool is heavy, kb2 records e0 is heavy, kb1 records the fixture is hollow, kb3 records e5 is magnetic, kb4 records the fixture is hollow, kb3 records e1 is magnetic, kb0 records e2 is hollow, kb2 records e1 is magnetic, kb0 records e5 is magnetic, kb0 records e3 is hollow, kb3 records the fixture is hollow, kb2 records e2 is hollow, kb1 records the tool is magnetic, kb4 kb_size 5, kb0 records e4 is hollow, kb2 records e4 is hollow, kb1 records the tool is heavy, kb4 records the tool is heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 is heavy, kb2 records e1 is heavy, kb2 records e5 is magnetic, kb4 records e1 is magnetic, kb1 kb_size 3, kb2 records e3 is hollow, kb2 records e5 is heavy, kb4 records e5 is magnetic, kb3 records the tool is heavy and kb0 records e1 is magnetic, shortest_faithful_kb, e2 holds of hollow, e1 holds of heavy, e5 holds of magnetic, e0 holds of heavy, e5 holds of heavy, e4 holds of hollow, e1 holds of magnetic and e3 holds of hollow, rule kb rule k p derives holds of e p for every e of kind k, rule a kb is faithful if and only if its derivable facts equal the required facts exactly and rule choose the faithful kb of least size and e5 kind the tool, e2 kind the fixture, e3 kind the fixture, e4 kind the fixture, e0 kind the tool and e1 kind the tool
What is the resolve query in north?

Al norte:
  - naranja, azul, morado y verde, renombra: 0, kvt y ttz, renombra: 0, spr y kpz, intercambia: 1, rsk y zpr, renombra: 2, zpr y ltr, intercambia: 2, ltr y kpz e intercambia: 3, ttz y kpz, significa: 0, zpr y azul, significa: 0, rsk y naranja, significa: 0, spr y verde y significa: 0, kvt y morado y 4 significa rsk
Al sur:
  - kb0 records la herramienta es pesada, kb2 records e0 es pesado, kb1 records el accesorio es hueco, kb3 records e5 es magnético, kb4 records el accesorio es hueco, kb3 records e1 es magnético, kb0 records e2 es hueco, kb2 records e1 es magnético, kb0 records e5 es magnético, kb0 records e3 es hueco, kb3 records el accesorio es hueco, kb2 records e2 es hueco, kb1 records la herramienta es magnética, kb4 el tamaño de la base de conocimiento 5, kb0 records e4 es hueco, kb2 records e4 es hueco, kb1 records la herramienta es pesada, kb4 records la herramienta es pesada, kb0 el tamaño de la base de conocimiento 6, kb2 el tamaño de la base de conocimiento 8, kb3 el tamaño de la base de conocimiento 4, kb4 records e1 es pesado, kb2 records e1 es pesado, kb2 records e5 es magnético, kb4 records e1 es magnético, kb1 el tamaño de la base de conocimiento 3, kb2 records e3 es hueco, kb2 records e5 es pesado, kb4 records e5 es magnético, kb3 records la herramienta es pesada y kb0 records e1 es magnético, shortest_faithful_kb, e2 se cumple para hueco, e1 se cumple para pesado, e5 se cumple para magnético, e0 se cumple para pesado, e5 se cumple para pesado, e4 se cumple para hueco, e1 se cumple para magnético y e3 se cumple para hueco, la regla: kb regla k p derives cumplirse e p for every e del tipo k, la regla: a kb es faithful si y sólo si its derivable facts equal el required facts exactamente y la regla: choose el faithful kb de least tamaño y e5 el tipo la herramienta, e2 el tipo el accesorio, e3 el tipo el accesorio, e4 el tipo el accesorio, e0 el tipo la herramienta y e1 el tipo la herramienta
¿Qué resolve query in: norte?

北面有：
  - 橙色的、蓝色的、紫色的和绿色的、重命名为：0、kvt和ttz、重命名为：0、spr和kpz、交换的对象是：1、rsk和zpr、重命名为：2、zpr和ltr、交换的对象是：2、ltr和kpz和交换的对象是：3、ttz和kpz、的意思是：0、zpr和蓝色的、的意思是：0、rsk和橙色的、的意思是：0、spr和绿色的和的意思是：0、kvt和紫色的和4的意思是rsk
南面有：
  - kb0records这个工具是重的、kb2recordse0是重的、kb1records这个固定装置是空心的、kb3recordse5是有磁性的、kb4records这个固定装置是空心的、kb3recordse1是有磁性的、kb0recordse2是空心的、kb2recordse1是有磁性的、kb0recordse5是有磁性的、kb0recordse3是空心的、kb3records这个固定装置是空心的、kb2recordse2是空心的、kb1records这个工具是有磁性的、kb4的知识库规模是5、kb0recordse4是空心的、kb2recordse4是空心的、kb1records这个工具是重的、kb4records这个工具是重的、kb0的知识库规模是6、kb2的知识库规模是8、kb3的知识库规模是4、kb4recordse1是重的、kb2recordse1是重的、kb2recordse5是有磁性的、kb4recordse1是有磁性的、kb1的知识库规模是3、kb2recordse3是空心的、kb2recordse5是重的、kb4recordse5是有磁性的、kb3records这个工具是重的和kb0recordse1是有磁性的、shortest_faithful_kb、e2对其成立空心的、e1对其成立重、e5对其成立有磁性的、e0对其成立重、e5对其成立重、e4对其成立空心的、e1对其成立有磁性的和e3对其成立空心的、规则：kb规则kpderives持有epforeverye的的种类是k、规则：一kb是faithful当且仅当itsderivablefactsequal这requiredfacts恰好是和规则：choose这faithfulkb的least大小和e5的种类是这个工具、e2的种类是这个固定装置、e3的种类是这个固定装置、e4的种类是这个固定装置、e0的种类是这个工具和e1的种类是这个工具
resolve query in：北什么？

North:
  - turuncu, mavi, mor ve yeşil, rename: 0, kvt ve ttz, rename: 0, spr ve kpz, swap: 1, rsk ve zpr, rename: 2, zpr ve ltr, swap: 2, ltr ve kpz ve swap: 3, ttz ve kpz, anlamına gelir: 0, zpr ve mavi, anlamına gelir: 0, rsk ve turuncu, anlamına gelir: 0, spr ve yeşil ve anlamına gelir: 0, kvt ve mor ve 4 rsk anlamına gelir
South:
  - kb0 alet ağırmış records, kb2 e0 ağırmış records, kb1 fixture içi boşmuş records, kb3 e5 manyetikmiş records, kb4 fixture içi boşmuş records, kb3 e1 manyetikmiş records, kb0 e2 içi boşmuş records, kb2 e1 manyetikmiş records, kb0 e5 manyetikmiş records, kb0 e3 içi boşmuş records, kb3 fixture içi boşmuş records, kb2 e2 içi boşmuş records, kb1 alet manyetikmiş records, kb4 5 kb_size, kb0 e4 içi boşmuş records, kb2 e4 içi boşmuş records, kb1 alet ağırmış records, kb4 alet ağırmış records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 ağırmış records, kb2 e1 ağırmış records, kb2 e5 manyetikmiş records, kb4 e1 manyetikmiş records, kb1 3 kb_size, kb2 e3 içi boşmuş records, kb2 e5 ağırmış records, kb4 e5 manyetikmiş records, kb3 alet ağırmış records ve kb0 e1 manyetikmiş records, shortest_faithful_kb, e2 içi boş geçerlidir, e1 ağır geçerlidir, e5 manyetik geçerlidir, e0 ağır geçerlidir, e5 ağır geçerlidir, e4 içi boş geçerlidir, e1 manyetik geçerlidir ve e3 içi boş geçerlidir, kural: kb kural k p derives geçerlidir e p for every e kind k, kural: bir kb faithful iff its derivable facts equal required facts exactly ve kural: choose faithful kb least boyut ve e5 aledi kind, e2 fixtureyi kind, e3 fixtureyi kind, e4 fixtureyi kind, e0 aledi kind ve e1 aledi kind
Resolve query in: kuzey ne?

North:
  - chungwa, buluu, zambarau na kijani, rename: 0, kvt na ttz, rename: 0, spr na kpz, swap: 1, rsk na zpr, rename: 2, zpr na ltr, swap: 2, ltr na kpz na swap: 3, ttz na kpz, ina maana: 0, zpr na buluu, ina maana: 0, rsk na chungwa, ina maana: 0, spr na kijani na ina maana: 0, kvt na zambarau na 4 ina maana rsk
South:
  - kb0 records kifaa ni zito, kb2 records e0 ni zito, kb1 records fixture ni hollow, kb3 records e5 ni magnetic, kb4 records fixture ni hollow, kb3 records e1 ni magnetic, kb0 records e2 ni hollow, kb2 records e1 ni magnetic, kb0 records e5 ni magnetic, kb0 records e3 ni hollow, kb3 records fixture ni hollow, kb2 records e2 ni hollow, kb1 records kifaa ni magnetic, kb4 kb_size 5, kb0 records e4 ni hollow, kb2 records e4 ni hollow, kb1 records kifaa ni zito, kb4 records kifaa ni zito, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ni zito, kb2 records e1 ni zito, kb2 records e5 ni magnetic, kb4 records e1 ni magnetic, kb1 kb_size 3, kb2 records e3 ni hollow, kb2 records e5 ni zito, kb4 records e5 ni magnetic, kb3 records kifaa ni zito na kb0 records e1 ni magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold zito, e5 hold magnetic, e0 hold zito, e5 hold zito, e4 hold hollow, e1 hold magnetic na e3 hold hollow, sheria: kb kanuni k p derives hold e p for every e ya kind k, sheria: kb ni faithful iff its derivable facts equal required facts exactly na sheria: choose faithful kb ya least size na e5 kind kifaa, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind kifaa na e1 kind kifaa
Resolve query in: kaskazi nini?

North:
  - orange, blue, purple and green, rename: 0, kvt and ttz, rename: 0, spr and kpz, swap: 1, rsk and zpr, rename: 2, zpr and ltr, swap: 2, ltr and kpz and swap: 3, ttz and kpz, means: 0, zpr and blue, means: 0, rsk and orange, means: 0, spr and green and means: 0, kvt and purple and 4 means rsk
South:
  - kb0 records the tool is heavy, kb2 records e0 is heavy, kb1 records the fixture is hollow, kb3 records e5 is magnetic, kb4 records the fixture is hollow, kb3 records e1 is magnetic, kb0 records e2 is hollow, kb2 records e1 is magnetic, kb0 records e5 is magnetic, kb0 records e3 is hollow, kb3 records the fixture is hollow, kb2 records e2 is hollow, kb1 records the tool is magnetic, kb4 kb_size 5, kb0 records e4 is hollow, kb2 records e4 is hollow, kb1 records the tool is heavy, kb4 records the tool is heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 is heavy, kb2 records e1 is heavy, kb2 records e5 is magnetic, kb4 records e1 is magnetic, kb1 kb_size 3, kb2 records e3 is hollow, kb2 records e5 is heavy, kb4 records e5 is magnetic, kb3 records the tool is heavy and kb0 records e1 is magnetic, shortest_faithful_kb, e2 holds of hollow, e1 holds of heavy, e5 holds of magnetic, e0 holds of heavy, e5 holds of heavy, e4 holds of hollow, e1 holds of magnetic and e3 holds of hollow, rule kb rule k p derives holds of e p for every e of kind k, rule a kb is faithful if and only if its derivable facts equal the required facts exactly and rule choose the faithful kb of least size and e5 kind the tool, e2 kind the fixture, e3 kind the fixture, e4 kind the fixture, e0 kind the tool and e1 kind the tool
What is the resolve query in north?

{north: {answer_options: [orange blue purple green], edits: [(rename 0 kvt ttz) (rename 0 spr kpz) (swap 1 rsk zpr) (rename 2 zpr ltr) (swap 2 ltr kpz) (swap 3 ttz kpz)], generation_zero: [(means 0 zpr blue) (means 0 rsk orange) (means 0 spr green) (means 0 kvt purple)], query: (means 4 rsk)}, query: (resolve_query_in north), south: {candidates: [(kb_rule kb0 tool heavy) (kb_fact kb2 e0 heavy) (kb_rule kb1 fixture hollow) (kb_fact kb3 e5 magnetic) (kb_rule kb4 fixture hollow) (kb_fact kb3 e1 magnetic) (kb_fact kb0 e2 hollow) (kb_fact kb2 e1 magnetic) (kb_fact kb0 e5 magnetic) (kb_fact kb0 e3 hollow) (kb_rule kb3 fixture hollow) (kb_fact kb2 e2 hollow) (kb_rule kb1 tool magnetic) (kb_size kb4 5) (kb_fact kb0 e4 hollow) (kb_fact kb2 e4 hollow) (kb_rule kb1 tool heavy) (kb_rule kb4 tool heavy) (kb_size kb0 6) (kb_size kb2 8) (kb_size kb3 4) (kb_fact kb4 e1 heavy) (kb_fact kb2 e1 heavy) (kb_fact kb2 e5 magnetic) (kb_fact kb4 e1 magnetic) (kb_size kb1 3) (kb_fact kb2 e3 hollow) (kb_fact kb2 e5 heavy) (kb_fact kb4 e5 magnetic) (kb_rule kb3 tool heavy) (kb_fact kb0 e1 magnetic)], query: shortest_faithful_kb, required: [(holds e2 hollow) (holds e1 heavy) (holds e5 magnetic) (holds e0 heavy) (holds e5 heavy) (holds e4 hollow) (holds e1 magnetic) (holds e3 hollow)], rules: [(rule (kb_rule_k_p_derives_holds_e_p_for_every_e_of_kind_k)) (rule (a_kb_is_faithful_iff_its_derivable_facts_equal_the_required_facts_exactly)) (rule (choose_the_faithful_kb_of_least_size))], taxonomy: [(kind e5 tool) (kind e2 fixture) (kind e3 fixture) (kind e4 fixture) (kind e0 tool) (kind e1 tool)]}}

Norden:
  - orange, blau, purpurn und grün, umbenennen: 0, kvt und ttz, umbenennen: 0, spr und kpz, tauschen: 1, rsk und zpr, umbenennen: 2, zpr und ltr, tauschen: 2, ltr und kpz und tauschen: 3, ttz und kpz, mean: 0, zpr und blau, mean: 0, rsk und orange, mean: 0, spr und grün und mean: 0, kvt und purpurn und 4 mean rsk
Süden:
  - kb0 records das tool ist schweres, kb2 records e0 ist schwerer, kb1 records die Installation ist hohle, kb3 records e5 ist magnetischer, kb4 records die Installation ist hohle, kb3 records e1 ist magnetischer, kb0 records e2 ist hohler, kb2 records e1 ist magnetischer, kb0 records e5 ist magnetischer, kb0 records e3 ist hohler, kb3 records die Installation ist hohle, kb2 records e2 ist hohler, kb1 records das tool ist magnetisches, kb4 kb_size 5, kb0 records e4 ist hohler, kb2 records e4 ist hohler, kb1 records das tool ist schweres, kb4 records das tool ist schweres, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ist schwerer, kb2 records e1 ist schwerer, kb2 records e5 ist magnetischer, kb4 records e1 ist magnetischer, kb1 kb_size 3, kb2 records e3 ist hohler, kb2 records e5 ist schwerer, kb4 records e5 ist magnetischer, kb3 records das tool ist schweres und kb0 records e1 ist magnetischer, shortest_faithful_kb, e2 halten hohle, e1 halten schwere, e5 halten magnetische, e0 halten schwere, e5 halten schwere, e4 halten hohle, e1 halten magnetische und e3 halten hohle, Regel kb Regel k p derives halten e p da jeder e aus Art k, Regel ein kb werden treu gdw. sein derivable facts gleich der brauchen facts genau und Regel wählen der treu kb aus geringst Größe und e5 Art das tool, e2 Art die Installation, e3 Art die Installation, e4 Art die Installation, e0 Art das tool und e1 Art das tool
Was lösen Frage in nordwärts?

Се̏вер:
  - на̀ра̄нџаст, пла̑в, пурпуран и зѐлен, rename: 0, kvt и ttz, rename: 0, spr и kpz, swap: 1, rsk и zpr, rename: 2, zpr и ltr, swap: 2, ltr и kpz и swap: 3, ttz и kpz, mean: 0, zpr и пла̑в, mean: 0, rsk и на̀ра̄нџаст, mean: 0, spr и зѐлен и mean: 0, kvt и пурпуран и 4 mean rsk
Ју̏г:
  - kb0 records а̀ла̄т би̏ти те́жак, kb2 records e0 би̏ти те́жак, kb1 records fixture би̏ти hollow, kb3 records e5 би̏ти magnetic, kb4 records fixture би̏ти hollow, kb3 records e1 би̏ти magnetic, kb0 records e2 би̏ти hollow, kb2 records e1 би̏ти magnetic, kb0 records e5 би̏ти magnetic, kb0 records e3 би̏ти hollow, kb3 records fixture би̏ти hollow, kb2 records e2 би̏ти hollow, kb1 records а̀ла̄т би̏ти magnetic, kb4 kb_size 5, kb0 records e4 би̏ти hollow, kb2 records e4 би̏ти hollow, kb1 records а̀ла̄т би̏ти те́жак, kb4 records а̀ла̄т би̏ти те́жак, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 би̏ти те́жак, kb2 records e1 би̏ти те́жак, kb2 records e5 би̏ти magnetic, kb4 records e1 би̏ти magnetic, kb1 kb_size 3, kb2 records e3 би̏ти hollow, kb2 records e5 би̏ти те́жак, kb4 records e5 би̏ти magnetic, kb3 records а̀ла̄т би̏ти те́жак и kb0 records e1 би̏ти magnetic, shortest_faithful_kb, e2 држати hollow, e1 држати те́жак, e5 држати magnetic, e0 држати те́жак, e5 држати те́жак, e4 држати hollow, e1 држати magnetic и e3 држати hollow, пра̏вило kb пра̏вило k p derives држати e p за сва̏кӣ e od prijatan k, пра̏вило kb би̏ти веран iff њѐгов derivable facts је̏дна̄к required facts тачно и пра̏вило изабрати веран kb od minimalan величѝна и e5 prijatan а̀ла̄т, e2 prijatan fixture, e3 prijatan fixture, e4 prijatan fixture, e0 prijatan а̀ла̄т и e1 prijatan а̀ла̄т
Resolve у̀пит у се̏вер kakav?

Pohjoinen:
  - oranssi, sininen, sinipunainen ja vihreä, nimetä uudelleen: 0, kvt ja ttz, nimetä uudelleen: 0, spr ja kpz, vaihtaa: 1, rsk ja zpr, nimetä uudelleen: 2, zpr ja ltr, vaihtaa: 2, ltr ja kpz ja vaihtaa: 3, ttz ja kpz, tarkoittaa: 0, zpr ja sininen, tarkoittaa: 0, rsk ja oranssi, tarkoittaa: 0, spr ja vihreä ja tarkoittaa: 0, kvt ja sinipunainen ja 4 tarkoittaa rsk
Etelä:
  - kb0 records työkalu on painava, kb2 records e0 on painava, kb1 records fixture on ontto, kb3 records e5 on magneettinen, kb4 records fixture on ontto, kb3 records e1 on magneettinen, kb0 records e2 on ontto, kb2 records e1 on magneettinen, kb0 records e5 on magneettinen, kb0 records e3 on ontto, kb3 records fixture on ontto, kb2 records e2 on ontto, kb1 records työkalu on magneettinen, kb4 kb_size 5, kb0 records e4 on ontto, kb2 records e4 on ontto, kb1 records työkalu on painava, kb4 records työkalu on painava, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 on painava, kb2 records e1 on painava, kb2 records e5 on magneettinen, kb4 records e1 on magneettinen, kb1 kb_size 3, kb2 records e3 on ontto, kb2 records e5 on painava, kb4 records e5 on magneettinen, kb3 records työkalu on painava ja kb0 records e1 on magneettinen, shortest_faithful_kb, e2 hold ontto, e1 hold painava, e5 hold magneettinen, e0 hold painava, e5 hold painava, e4 hold ontto, e1 hold magneettinen ja e3 hold ontto, sääntö kb sääntö k p derives hold ee p sillä jokainen ee vaille laji k, sääntö kb tulla uskollinen joss sen derivable facts sama vaatia facts täsmälleen ja sääntö valita uskollinen kb vaille vähin koko ja e5 laji työkalulle, e2 laji fixture, e3 laji fixture, e4 laji fixture, e0 laji työkalulle ja e1 laji työkalulle
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：
  - 橙色的、蓝色的、紫色的和绿色的、重命名为：0、kvt和ttz、重命名为：0、spr和kpz、交换的对象是：1、rsk和zpr、重命名为：2、zpr和ltr、交换的对象是：2、ltr和kpz和交换的对象是：3、ttz和kpz、的意思是：0、zpr和蓝色的、的意思是：0、rsk和橙色的、的意思是：0、spr和绿色的和的意思是：0、kvt和紫色的和4的意思是rsk
南面有：
  - kb0records这个工具是重的、kb2recordse0是重的、kb1records这个固定装置是空心的、kb3recordse5是有磁性的、kb4records这个固定装置是空心的、kb3recordse1是有磁性的、kb0recordse2是空心的、kb2recordse1是有磁性的、kb0recordse5是有磁性的、kb0recordse3是空心的、kb3records这个固定装置是空心的、kb2recordse2是空心的、kb1records这个工具是有磁性的、kb4的知识库规模是5、kb0recordse4是空心的、kb2recordse4是空心的、kb1records这个工具是重的、kb4records这个工具是重的、kb0的知识库规模是6、kb2的知识库规模是8、kb3的知识库规模是4、kb4recordse1是重的、kb2recordse1是重的、kb2recordse5是有磁性的、kb4recordse1是有磁性的、kb1的知识库规模是3、kb2recordse3是空心的、kb2recordse5是重的、kb4recordse5是有磁性的、kb3records这个工具是重的和kb0recordse1是有磁性的、shortest_faithful_kb、e2对其成立空心的、e1对其成立重、e5对其成立有磁性的、e0对其成立重、e5对其成立重、e4对其成立空心的、e1对其成立有磁性的和e3对其成立空心的、规则：kb规则kpderives持有epforeverye的的种类是k、规则：一kb是faithful当且仅当itsderivablefactsequal这requiredfacts恰好是和规则：choose这faithfulkb的least大小和e5的种类是这个工具、e2的种类是这个固定装置、e3的种类是这个固定装置、e4的种类是这个固定装置、e0的种类是这个工具和e1的种类是这个工具
resolve query in：北什么？

北:
  - オレンジ色の, 青い, 紫色と緑の, 改名する:0, kvtとttz, 改名する:0, sprとkpz, 取り替える:1, rskとzpr, 改名する:2, zprとltr, 取り替える:2, ltrとkpzと取り替える:3, ttzとkpz, 意味する:0, zprと青い, 意味する:0, rskとオレンジ色の, 意味する:0, sprと緑のと意味する:0, kvtと紫色と4rsk意味する
南:
  - kb0道具重いですrecords, kb2e0重いですrecords, kb1fixture空っぽですrecords, kb3e5磁気のですrecords, kb4fixture空っぽですrecords, kb3e1磁気のですrecords, kb0e2空っぽですrecords, kb2e1磁気のですrecords, kb0e5磁気のですrecords, kb0e3空っぽですrecords, kb3fixture空っぽですrecords, kb2e2空っぽですrecords, kb1道具磁気のですrecords, kb45kb_size, kb0e4空っぽですrecords, kb2e4空っぽですrecords, kb1道具重いですrecords, kb4道具重いですrecords, kb06kb_size, kb28kb_size, kb34kb_size, kb4e1重いですrecords, kb2e1重いですrecords, kb2e5磁気のですrecords, kb4e1磁気のですrecords, kb13kb_size, kb2e3空っぽですrecords, kb2e5重いですrecords, kb4e5磁気のですrecords, kb3道具重いですrecordsとkb0e1磁気のですrecords, shortest_faithful_kb, e2空っぽhold, e1重いhold, e5磁気のhold, e0重いhold, e5重いhold, e4空っぽhold, e1磁気のholdとe3空っぽhold, 規則:kb規則kpderivesholdイーp...のため凡ゆるイーの中の種類k, 規則:kbれる忠実なiffitsderivablefacts等しい必要とするfacts正確にと規則:選ぶ忠実なkbの中の最小の大きさとe5道具種類, e2fixture種類, e3fixture種類, e4fixture種類, e0道具種類とe1道具種類
解く質問...に:北何と?

North:
  - turuncu, mavi, mor ve yeşil, rename: 0, kvt ve ttz, rename: 0, spr ve kpz, swap: 1, rsk ve zpr, rename: 2, zpr ve ltr, swap: 2, ltr ve kpz ve swap: 3, ttz ve kpz, anlamına gelir: 0, zpr ve mavi, anlamına gelir: 0, rsk ve turuncu, anlamına gelir: 0, spr ve yeşil ve anlamına gelir: 0, kvt ve mor ve 4 rsk anlamına gelir
South:
  - kb0 alet ağırmış records, kb2 e0 ağırmış records, kb1 fixture içi boşmuş records, kb3 e5 manyetikmiş records, kb4 fixture içi boşmuş records, kb3 e1 manyetikmiş records, kb0 e2 içi boşmuş records, kb2 e1 manyetikmiş records, kb0 e5 manyetikmiş records, kb0 e3 içi boşmuş records, kb3 fixture içi boşmuş records, kb2 e2 içi boşmuş records, kb1 alet manyetikmiş records, kb4 5 kb_size, kb0 e4 içi boşmuş records, kb2 e4 içi boşmuş records, kb1 alet ağırmış records, kb4 alet ağırmış records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 ağırmış records, kb2 e1 ağırmış records, kb2 e5 manyetikmiş records, kb4 e1 manyetikmiş records, kb1 3 kb_size, kb2 e3 içi boşmuş records, kb2 e5 ağırmış records, kb4 e5 manyetikmiş records, kb3 alet ağırmış records ve kb0 e1 manyetikmiş records, shortest_faithful_kb, e2 içi boş geçerlidir, e1 ağır geçerlidir, e5 manyetik geçerlidir, e0 ağır geçerlidir, e5 ağır geçerlidir, e4 içi boş geçerlidir, e1 manyetik geçerlidir ve e3 içi boş geçerlidir, kural: kb kural k p derives geçerlidir e p for every e kind k, kural: bir kb faithful iff its derivable facts equal required facts exactly ve kural: choose faithful kb least boyut ve e5 aledi kind, e2 fixtureyi kind, e3 fixtureyi kind, e4 fixtureyi kind, e0 aledi kind ve e1 aledi kind
Resolve query in: kuzey ne?

شَمَال:
  - بُرْتُقَالِيّ، أَزْرَق، أُرْجُوَانِيّ وَـ أَخْضَر، rename: 0، kvt وَـ ttz، rename: 0، spr وَـ kpz، مُبَادَلَة: 1، rsk وَـ zpr، rename: 2، zpr وَـ ltr، مُبَادَلَة: 2، ltr وَـ kpz وَـ مُبَادَلَة: 3، ttz وَـ kpz، mean: 0، zpr وَـ أَزْرَق، mean: 0، rsk وَـ بُرْتُقَالِيّ، mean: 0، spr وَـ أَخْضَر وَـ mean: 0، kvt وَـ أُرْجُوَانِيّ وَـ mean 4 rsk
جَنُوب:
  - records kb0 الـ tجَدْرُ ثَقِيل، records kb2 e0 ثَقِيل، records kb1 الـ fixtجَدْرُ أَجْوَف، records kb3 e5 مِغْنَاطِيسِيّ، records kb4 الـ fixtجَدْرُ أَجْوَف، records kb3 e1 مِغْنَاطِيسِيّ، records kb0 e2 أَجْوَف، records kb2 e1 مِغْنَاطِيسِيّ، records kb0 e5 مِغْنَاطِيسِيّ، records kb0 e3 أَجْوَف، records kb3 الـ fixtجَدْرُ أَجْوَف، records kb2 e2 أَجْوَف، records kb1 الـ tجَدْرُ مِغْنَاطِيسِيّ، kb_size kb4 5، records kb0 e4 أَجْوَف، records kb2 e4 أَجْوَف، records kb1 الـ tجَدْرُ ثَقِيل، records kb4 الـ tجَدْرُ ثَقِيل، kb_size kb0 6، kb_size kb2 8، kb_size kb3 4، records kb4 e1 ثَقِيل، records kb2 e1 ثَقِيل، records kb2 e5 مِغْنَاطِيسِيّ، records kb4 e1 مِغْنَاطِيسِيّ، kb_size kb1 3، records kb2 e3 أَجْوَف، records kb2 e5 ثَقِيل، records kb4 e5 مِغْنَاطِيسِيّ، records kb3 الـ tجَدْرُ ثَقِيل وَـ records kb0 e1 مِغْنَاطِيسِيّ، shortest_faithful_kb، مَسَكَ e2 أَجْوَف، مَسَكَ e1 ثَقِيل، مَسَكَ e5 مِغْنَاطِيسِيّ، مَسَكَ e0 ثَقِيل، مَسَكَ e5 ثَقِيل، مَسَكَ e4 أَجْوَف، مَسَكَ e1 مِغْنَاطِيسِيّ وَـ مَسَكَ e3 أَجْوَف، قَانُون kb قَانُون k p derives مَسَكَ إِي p لِأَنَّ كُلّ إِي مِنْ نوع k، قَانُون kb كَانَ وَفِيّ iff its derivable facts عِدْل الـ اِقْتَضَى facts بِالضَّبْط وَـ قَانُون اِخْتَارَ الـ وَفِيّ kb مِنْ أَقَلَّ مَقَاس وَـ نوع e5 الـ tجَدْرُ، نوع e2 الـ fixtجَدْرُ، نوع e3 الـ fixtجَدْرُ، نوع e4 الـ fixtجَدْرُ، نوع e0 الـ tجَدْرُ وَـ نوع e1 الـ tجَدْرُ
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი:
  - ფორთოხალი, ლურჯი, იისფერი და მწვანე, rename: 0, kvt და ttz, rename: 0, spr და kpz, გაცვლა: 1, rsk და zpr, rename: 2, zpr და ltr, გაცვლა: 2, ltr და kpz და გაცვლა: 3, ttz და kpz, mean: 0, zpr და ლურჯი, mean: 0, rsk და ფორთოხალი, mean: 0, spr და მწვანე და mean: 0, kvt და იისფერი და 4 rsk mean
Სამხრეთი:
  - kb0 ინსტრუმენტი მძიმე ყოფნა records, kb2 e0 მძიმე ყოფნა records, kb1 fixture ცარიელი ყოფნა records, kb3 e5 მაგნიტური ყოფნა records, kb4 fixture ცარიელი ყოფნა records, kb3 e1 მაგნიტური ყოფნა records, kb0 e2 ცარიელი ყოფნა records, kb2 e1 მაგნიტური ყოფნა records, kb0 e5 მაგნიტური ყოფნა records, kb0 e3 ცარიელი ყოფნა records, kb3 fixture ცარიელი ყოფნა records, kb2 e2 ცარიელი ყოფნა records, kb1 ინსტრუმენტი მაგნიტური ყოფნა records, kb4 5 kb_size, kb0 e4 ცარიელი ყოფნა records, kb2 e4 ცარიელი ყოფნა records, kb1 ინსტრუმენტი მძიმე ყოფნა records, kb4 ინსტრუმენტი მძიმე ყოფნა records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 მძიმე ყოფნა records, kb2 e1 მძიმე ყოფნა records, kb2 e5 მაგნიტური ყოფნა records, kb4 e1 მაგნიტური ყოფნა records, kb1 3 kb_size, kb2 e3 ცარიელი ყოფნა records, kb2 e5 მძიმე ყოფნა records, kb4 e5 მაგნიტური ყოფნა records, kb3 ინსტრუმენტი მძიმე ყოფნა records და kb0 e1 მაგნიტური ყოფნა records, shortest_faithful_kb, e2 ცარიელი დაჭერა, e1 მძიმე დაჭერა, e5 მაგნიტური დაჭერა, e0 მძიმე დაჭერა, e5 მძიმე დაჭერა, e4 ცარიელი დაჭერა, e1 მაგნიტური დაჭერა და e3 ცარიელი დაჭერა, წესი kb წესი k p derives დაჭერა e p for ყველა e of ჯიში k, წესი kb ყოფნა ერთგული iff მისი derivable facts თანასწორი required facts ზუსტად და წესი ამორჩევა ერთგული kb of least ზომა და e5 ინსტრუმენტი ჯიში, e2 fixture ჯიში, e3 fixture ჯიში, e4 fixture ჯიში, e0 ინსტრუმენტი ჯიში და e1 ინსტრუმენტი ჯიში
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau:
  - orange, kahurangi, waiporoporo me kākāriki, rename: 0, kvt me ttz, rename: 0, spr me kpz, whakawhiti: 1, rsk me zpr, rename: 2, zpr me ltr, whakawhiti: 2, ltr me kpz me whakawhiti: 3, ttz me kpz, toharite: 0, zpr me kahurangi, toharite: 0, rsk me orange, toharite: 0, spr me kākāriki me toharite: 0, kvt me waiporoporo me toharite 4 rsk
Tonga:
  - records kb0 te paraha makerewhatu, records kb2 e0 makerewhatu, records kb1 te tautara kaiwaka, records kb3 e5 magnetic, records kb4 te tautara kaiwaka, records kb3 e1 magnetic, records kb0 e2 kaiwaka, records kb2 e1 magnetic, records kb0 e5 magnetic, records kb0 e3 kaiwaka, records kb3 te tautara kaiwaka, records kb2 e2 kaiwaka, records kb1 te paraha magnetic, kb_size kb4 5, records kb0 e4 kaiwaka, records kb2 e4 kaiwaka, records kb1 te paraha makerewhatu, records kb4 te paraha makerewhatu, kb_size kb0 6, kb_size kb2 8, kb_size kb3 4, records kb4 e1 makerewhatu, records kb2 e1 makerewhatu, records kb2 e5 magnetic, records kb4 e1 magnetic, kb_size kb1 3, records kb2 e3 kaiwaka, records kb2 e5 makerewhatu, records kb4 e5 magnetic, records kb3 te paraha makerewhatu me records kb0 e1 magnetic, shortest_faithful_kb, pupuri e2 kaiwaka, pupuri e1 makerewhatu, pupuri e5 magnetic, pupuri e0 makerewhatu, pupuri e5 makerewhatu, pupuri e4 kaiwaka, pupuri e1 magnetic me pupuri e3 kaiwaka, rekureihana kb rekureihana k p derives pupuri e p mo every e o kano k, rekureihana kb is pirihonga iff its derivable facts whārite te required facts pū me rekureihana whiri te pirihonga kb o least size me kano e5 te paraha, kano e2 te tautara, kano e3 te tautara, kano e4 te tautara, kano e0 te paraha me kano e1 te paraha
Whakatatū query in tokerau unutai?

Phía bắc:
  - cam, blue, đỏ tía và green, rename: 0, kvt và ttz, rename: 0, spr và kpz, giao hoán: 1, rsk và zpr, rename: 2, zpr và ltr, giao hoán: 2, ltr và kpz và giao hoán: 3, ttz và kpz, nghĩa là: 0, zpr và blue, nghĩa là: 0, rsk và cam, nghĩa là: 0, spr và green và nghĩa là: 0, kvt và đỏ tía và 4 nghĩa là rsk
Phía nam:
  - kb0 records dụng cụ là nặng, kb2 records e0 là nặng, kb1 records fixture là rỗng, kb3 records e5 là magnetic, kb4 records fixture là rỗng, kb3 records e1 là magnetic, kb0 records e2 là rỗng, kb2 records e1 là magnetic, kb0 records e5 là magnetic, kb0 records e3 là rỗng, kb3 records fixture là rỗng, kb2 records e2 là rỗng, kb1 records dụng cụ là magnetic, kb4 kb_size 5, kb0 records e4 là rỗng, kb2 records e4 là rỗng, kb1 records dụng cụ là nặng, kb4 records dụng cụ là nặng, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 là nặng, kb2 records e1 là nặng, kb2 records e5 là magnetic, kb4 records e1 là magnetic, kb1 kb_size 3, kb2 records e3 là rỗng, kb2 records e5 là nặng, kb4 records e5 là magnetic, kb3 records dụng cụ là nặng và kb0 records e1 là magnetic, shortest_faithful_kb, e2 hold rỗng, e1 hold nặng, e5 hold magnetic, e0 hold nặng, e5 hold nặng, e4 hold rỗng, e1 hold magnetic và e3 hold rỗng, quy tắc kb quy tắc k p derives hold e p cho mỗi e bằng loại k, quy tắc kb được chung thủy iff its derivable facts equal the yêu cầu facts đúng rồi và quy tắc chọn the chung thủy kb bằng least kích thước và e5 loại dụng cụ, e2 loại fixture, e3 loại fixture, e4 loại fixture, e0 loại dụng cụ và e1 loại dụng cụ
Resolve query trong phía bắc gì?

ทิศเหนือ:
  - ส้ม, น้ำเงิน, ม่วงและเขียว, rename:0, kvtและttz, rename:0, sprและkpz, swap:1, rskและzpr, rename:2, zprและltr, swap:2, ltrและkpzและswap:3, ttzและkpz, หมายถึง:0, zprและน้ำเงิน, หมายถึง:0, rskและส้ม, หมายถึง:0, sprและเขียวและหมายถึง:0, kvtและม่วงและ4หมายถึงrsk
ทิศใต้:
  - kb0recordstoolถูกหนัก, kb2recordse0ถูกหนัก, kb1recordsfixtureถูกกลวง, kb3recordse5ถูกแม่เหล็ก, kb4recordsfixtureถูกกลวง, kb3recordse1ถูกแม่เหล็ก, kb0recordse2ถูกกลวง, kb2recordse1ถูกแม่เหล็ก, kb0recordse5ถูกแม่เหล็ก, kb0recordse3ถูกกลวง, kb3recordsfixtureถูกกลวง, kb2recordse2ถูกกลวง, kb1recordstoolถูกแม่เหล็ก, kb4kb_size5, kb0recordse4ถูกกลวง, kb2recordse4ถูกกลวง, kb1recordstoolถูกหนัก, kb4recordstoolถูกหนัก, kb0kb_size6, kb2kb_size8, kb3kb_size4, kb4recordse1ถูกหนัก, kb2recordse1ถูกหนัก, kb2recordse5ถูกแม่เหล็ก, kb4recordse1ถูกแม่เหล็ก, kb1kb_size3, kb2recordse3ถูกกลวง, kb2recordse5ถูกหนัก, kb4recordse5ถูกแม่เหล็ก, kb3recordstoolถูกหนักและkb0recordse1ถูกแม่เหล็ก, shortest_faithful_kb, e2ถือกลวง, e1ถือหนัก, e5ถือแม่เหล็ก, e0ถือหนัก, e5ถือหนัก, e4ถือกลวง, e1ถือแม่เหล็กและe3ถือกลวง, กฎ:kbกฎkpderivesถืออีpเพื่อทุกอีของชนิดk, กฎ:kbถูกซื่อสัตย์iffitsderivablefactsเท่ากันrequiredfactsexactlyและกฎ:เลือกซื่อสัตย์kbของleastขนาดและe5ชนิดtool, e2ชนิดfixture, e3ชนิดfixture, e4ชนิดfixture, e0ชนิดtoolและe1ชนิดtool
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு:
  - ஆரஞ்சு, நீலம், ஊதா மற்றும் பச்சை, rename: 0, kvt மற்றும் ttz, rename: 0, spr மற்றும் kpz, swap: 1, rsk மற்றும் zpr, rename: 2, zpr மற்றும் ltr, swap: 2, ltr மற்றும் kpz மற்றும் swap: 3, ttz மற்றும் kpz, mean: 0, zpr மற்றும் நீலம், mean: 0, rsk மற்றும் ஆரஞ்சு, mean: 0, spr மற்றும் பச்சை மற்றும் mean: 0, kvt மற்றும் ஊதா மற்றும் 4 rsk mean
தெற்கு:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records மற்றும் kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow பிடி, e1 heavy பிடி, e5 magnetic பிடி, e0 heavy பிடி, e5 heavy பிடி, e4 hollow பிடி, e1 magnetic பிடி மற்றும் e3 hollow பிடி, rule kb ஆள் k p derives பிடி e p for ஒவ்வொரு e கொண்ட kind k, rule kb படு faithful iff அதன் derivable facts equal required facts exactly மற்றும் rule choose faithful kb கொண்ட least size மற்றும் e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind மற்றும் e1 tool kind
resolve query உள்ளே வடக்கு என்ன?

North:
  - chungwa, buluu, zambarau na kijani, rename: 0, kvt na ttz, rename: 0, spr na kpz, swap: 1, rsk na zpr, rename: 2, zpr na ltr, swap: 2, ltr na kpz na swap: 3, ttz na kpz, ina maana: 0, zpr na buluu, ina maana: 0, rsk na chungwa, ina maana: 0, spr na kijani na ina maana: 0, kvt na zambarau na 4 ina maana rsk
South:
  - kb0 records kifaa ni zito, kb2 records e0 ni zito, kb1 records fixture ni hollow, kb3 records e5 ni magnetic, kb4 records fixture ni hollow, kb3 records e1 ni magnetic, kb0 records e2 ni hollow, kb2 records e1 ni magnetic, kb0 records e5 ni magnetic, kb0 records e3 ni hollow, kb3 records fixture ni hollow, kb2 records e2 ni hollow, kb1 records kifaa ni magnetic, kb4 kb_size 5, kb0 records e4 ni hollow, kb2 records e4 ni hollow, kb1 records kifaa ni zito, kb4 records kifaa ni zito, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ni zito, kb2 records e1 ni zito, kb2 records e5 ni magnetic, kb4 records e1 ni magnetic, kb1 kb_size 3, kb2 records e3 ni hollow, kb2 records e5 ni zito, kb4 records e5 ni magnetic, kb3 records kifaa ni zito na kb0 records e1 ni magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold zito, e5 hold magnetic, e0 hold zito, e5 hold zito, e4 hold hollow, e1 hold magnetic na e3 hold hollow, sheria: kb kanuni k p derives hold e p for every e ya kind k, sheria: kb ni faithful iff its derivable facts equal required facts exactly na sheria: choose faithful kb ya least size na e5 kind kifaa, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind kifaa na e1 kind kifaa
Resolve query in: kaskazi nini?

Náhookǫs:
  - chʼil łitsxooí, dootłʼizh, tsédídéehgo dootłʼizh dóó dinootłʼizh, rename: 0, kvt dóó ttz, rename: 0, spr dóó kpz, swap: 1, rsk dóó zpr, rename: 2, zpr dóó ltr, swap: 2, ltr dóó kpz dóó swap: 3, ttz dóó kpz, mean: 0, zpr dóó dootłʼizh, mean: 0, rsk dóó chʼil łitsxooí, mean: 0, spr dóó dinootłʼizh dóó mean: 0, kvt dóó tsédídéehgo dootłʼizh dóó 4 rsk mean
Shádiʼááh:
  - kb0 bee naʼanishí nisdaaz átʼé records, kb2 e0 nisdaaz átʼé records, kb1 fixture hollow átʼé records, kb3 e5 magnetic átʼé records, kb4 fixture hollow átʼé records, kb3 e1 magnetic átʼé records, kb0 e2 hollow átʼé records, kb2 e1 magnetic átʼé records, kb0 e5 magnetic átʼé records, kb0 e3 hollow átʼé records, kb3 fixture hollow átʼé records, kb2 e2 hollow átʼé records, kb1 bee naʼanishí magnetic átʼé records, kb4 5 kb_size, kb0 e4 hollow átʼé records, kb2 e4 hollow átʼé records, kb1 bee naʼanishí nisdaaz átʼé records, kb4 bee naʼanishí nisdaaz átʼé records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 nisdaaz átʼé records, kb2 e1 nisdaaz átʼé records, kb2 e5 magnetic átʼé records, kb4 e1 magnetic átʼé records, kb1 3 kb_size, kb2 e3 hollow átʼé records, kb2 e5 nisdaaz átʼé records, kb4 e5 magnetic átʼé records, kb3 bee naʼanishí nisdaaz átʼé records dóó kb0 e1 magnetic átʼé records, shortest_faithful_kb, e2 hollow hold, e1 nisdaaz hold, e5 magnetic hold, e0 nisdaaz hold, e5 nisdaaz hold, e4 hollow hold, e1 magnetic hold dóó e3 hollow hold, bee hazʼáanii kb bee hazʼáanii k p derives hold e p for every e of kind k, bee hazʼáanii kb átʼé faithful iff its derivable facts equal required facts exactly dóó bee hazʼáanii choose faithful kb of least size dóó e5 bee naʼanishí kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 bee naʼanishí kind dóó e1 bee naʼanishí kind
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq:
  - appelsiina, tungujortoq, purple aamma qorsuk, rename: 0, kvt aamma ttz, rename: 0, spr aamma kpz, swap: 1, rsk aamma zpr, rename: 2, zpr aamma ltr, swap: 2, ltr aamma kpz aamma swap: 3, ttz aamma kpz, mean: 0, zpr aamma tungujortoq, mean: 0, rsk aamma appelsiina, mean: 0, spr aamma qorsuk aamma mean: 0, kvt aamma purple aamma 4 rsk mean
Kujalleq:
  - kb0 tool heavy a records, kb2 e0 heavy a records, kb1 fixture hollow a records, kb3 e5 magnetic a records, kb4 fixture hollow a records, kb3 e1 magnetic a records, kb0 e2 hollow a records, kb2 e1 magnetic a records, kb0 e5 magnetic a records, kb0 e3 hollow a records, kb3 fixture hollow a records, kb2 e2 hollow a records, kb1 tool magnetic a records, kb4 5 kb_size, kb0 e4 hollow a records, kb2 e4 hollow a records, kb1 tool heavy a records, kb4 tool heavy a records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy a records, kb2 e1 heavy a records, kb2 e5 magnetic a records, kb4 e1 magnetic a records, kb1 3 kb_size, kb2 e3 hollow a records, kb2 e5 heavy a records, kb4 e5 magnetic a records, kb3 tool heavy a records aamma kb0 e1 magnetic a records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold aamma e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb a faithful iff uuma derivable facts equal required facts exactly aamma rule choose faithful kb of least size aamma e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind aamma e1 tool kind
Resolve query in avannarleq what?

North:
  - orange, blu, hap ret na grinpela, rename: 0, kvt na ttz, rename: 0, spr na kpz, swap: 1, rsk na zpr, rename: 2, zpr na ltr, swap: 2, ltr na kpz na swap: 3, ttz na kpz, mean: 0, zpr na blu, mean: 0, rsk na orange, mean: 0, spr na grinpela na mean: 0, kvt na hap ret na 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy na kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic na e3 hold hollow, rule kb rule k p derives hold e p for every e bilong kind k, rule kb is faithful iff its derivable facts equal required facts exactly na rule choose faithful kb bilong least size na e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool na e1 kind tool
Resolve query long north what?

North:
  - òlënchikte, blue, chàkinkwèmikte green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk òlënchikte, mean: 0, spr green mean: 0, kvt chàkinkwèmikte 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, nikanixi kb nikanixi k p derives hold e p for every e of kind k, nikanixi kb is faithful iff its derivable facts equal required facts exactly nikanixi choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north kwèch?

North:
  - orange, blue, purple а баьццара, rename: 0, kvt а ttz, rename: 0, spr а kpz, swap: 1, rsk а zpr, rename: 2, zpr а ltr, swap: 2, ltr а kpz а swap: 3, ttz а kpz, mean: 0, zpr а blue, mean: 0, rsk а orange, mean: 0, spr а баьццара а mean: 0, kvt а purple а 4 mean rsk
South:
  - kb0 records tool хила деза, kb2 records e0 хила деза, kb1 records fixture хила hollow, kb3 records e5 хила magnetic, kb4 records fixture хила hollow, kb3 records e1 хила magnetic, kb0 records e2 хила hollow, kb2 records e1 хила magnetic, kb0 records e5 хила magnetic, kb0 records e3 хила hollow, kb3 records fixture хила hollow, kb2 records e2 хила hollow, kb1 records tool хила magnetic, kb4 kb_size 5, kb0 records e4 хила hollow, kb2 records e4 хила hollow, kb1 records tool хила деза, kb4 records tool хила деза, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 хила деза, kb2 records e1 хила деза, kb2 records e5 хила magnetic, kb4 records e1 хила magnetic, kb1 kb_size 3, kb2 records e3 хила hollow, kb2 records e5 хила деза, kb4 records e5 хила magnetic, kb3 records tool хила деза а kb0 records e1 хила magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold деза, e5 hold magnetic, e0 hold деза, e5 hold деза, e4 hold hollow, e1 hold magnetic а e3 hold hollow, rule kb rule k p derives hold e p for дерриг e of kind k, rule kb хила faithful iff its derivable facts equal required facts exactly а rule хержа faithful kb of least size а e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool а e1 kind tool
Resolve query in north фу?

북:
  - 주황색의, 푸르다, 보라색의 녹색의, 개명하다: 0, kvt ttz, 개명하다: 0, spr kpz, 교환하다: 1, rsk zpr, 개명하다: 2, zpr ltr, 교환하다: 2, ltr kpz 교환하다: 3, ttz kpz, 의미하다: 0, zpr 푸르다, 의미하다: 0, rsk 주황색의, 의미하다: 0, spr 녹색의 의미하다: 0, kvt 보라색의 4 rsk 의미하다
남:
  - kb0 도구 무겁다 records, kb2 e0 무겁다 records, kb1 fixture hollow records, kb3 e5 자석의 records, kb4 fixture hollow records, kb3 e1 자석의 records, kb0 e2 hollow records, kb2 e1 자석의 records, kb0 e5 자석의 records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 도구 자석의 records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 도구 무겁다 records, kb4 도구 무겁다 records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 무겁다 records, kb2 e1 무겁다 records, kb2 e5 자석의 records, kb4 e1 자석의 records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 무겁다 records, kb4 e5 자석의 records, kb3 도구 무겁다 records kb0 e1 자석의 records, shortest_faithful_kb, e2 hollow hold, e1 무겁다 hold, e5 자석의 hold, e0 무겁다 hold, e5 무겁다 hold, e4 hollow hold, e1 자석의 hold e3 hollow hold, 규칙 kb 규칙 k p derives hold 이 p ...때문에 각 이 ...의 종류 k, 규칙 kb is 충실하다 iff its derivable facts 같다 요구하다 facts 정확하게 규칙 고르다 충실하다 kb ...의 가장 적게 크기 e5 도구 종류, e2 fixture 종류, e3 fixture 종류, e4 fixture 종류, e0 도구 종류 e1 도구 종류
해결하다 질문...의 안에 북 무엇?

Ipar:
  - laranja, urdin, gorrindol eta berde, rename: 0, kvt eta ttz, rename: 0, spr eta kpz, swap: 1, rsk eta zpr, rename: 2, zpr eta ltr, swap: 2, ltr eta kpz eta swap: 3, ttz eta kpz, adierazi: 0, zpr eta urdin, adierazi: 0, rsk eta laranja, adierazi: 0, spr eta berde eta adierazi: 0, kvt eta gorrindol eta 4 rsk adierazi
Hego:
  - kb0 tool astun dago records, kb2 e0 astun dago records, kb1 fixture hollow dago records, kb3 e5 magnetic dago records, kb4 fixture hollow dago records, kb3 e1 magnetic dago records, kb0 e2 hollow dago records, kb2 e1 magnetic dago records, kb0 e5 magnetic dago records, kb0 e3 hollow dago records, kb3 fixture hollow dago records, kb2 e2 hollow dago records, kb1 tool magnetic dago records, kb4 5 kb_size, kb0 e4 hollow dago records, kb2 e4 hollow dago records, kb1 tool astun dago records, kb4 tool astun dago records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 astun dago records, kb2 e1 astun dago records, kb2 e5 magnetic dago records, kb4 e1 magnetic dago records, kb1 3 kb_size, kb2 e3 hollow dago records, kb2 e5 astun dago records, kb4 e5 magnetic dago records, kb3 tool astun dago records eta kb0 e1 magnetic dago records, shortest_faithful_kb, e2 hollow heldu, e1 astun heldu, e5 magnetic heldu, e0 astun heldu, e5 astun heldu, e4 hollow heldu, e1 magnetic heldu eta e3 hollow heldu, arau kb arau k p derives heldu e p for every e of genero k, arau bat kb izan faithful iff its derivable facts berdin the required facts exactly eta arau aukeratu the faithful kb of least tamaina eta e5 tool genero, e2 fixture genero, e3 fixture genero, e4 fixture genero, e0 tool genero eta e1 tool genero
Resolve query in ipar zer?

ᏧᏴᏨᎢ:
  - ᎣᏂᏥ, ᏌᎪᏂᎨᎢ, ᏕᎷᎨ ᎠᎴ ᎢᏤ ᎢᏳᏍᏗ, rename: 0, kvt ᎠᎴ ttz, rename: 0, spr ᎠᎴ kpz, swap: 1, rsk ᎠᎴ zpr, rename: 2, zpr ᎠᎴ ltr, swap: 2, ltr ᎠᎴ kpz ᎠᎴ swap: 3, ttz ᎠᎴ kpz, mean: 0, zpr ᎠᎴ ᏌᎪᏂᎨᎢ, mean: 0, rsk ᎠᎴ ᎣᏂᏥ, mean: 0, spr ᎠᎴ ᎢᏤ ᎢᏳᏍᏗ ᎠᎴ mean: 0, kvt ᎠᎴ ᏕᎷᎨ ᎠᎴ 4 mean rsk
ᏧᎦᏃᏮᎢ:
  - kb0 records tool ᎦᎨᏓ, kb2 records e0 ᎦᎨᏓ, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool ᎦᎨᏓ, kb4 records tool ᎦᎨᏓ, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ᎦᎨᏓ, kb2 records e1 ᎦᎨᏓ, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 ᎦᎨᏓ, kb4 records e5 magnetic, kb3 records tool ᎦᎨᏓ ᎠᎴ kb0 records e1 magnetic, shortest_faithful_kb, e2 ᎠᏰᎭ hollow, e1 ᎠᏰᎭ ᎦᎨᏓ, e5 ᎠᏰᎭ magnetic, e0 ᎠᏰᎭ ᎦᎨᏓ, e5 ᎠᏰᎭ ᎦᎨᏓ, e4 ᎠᏰᎭ hollow, e1 ᎠᏰᎭ magnetic ᎠᎴ e3 ᎠᏰᎭ hollow, rule kb rule k p derives ᎠᏰᎭ e p for every e of kind k, rule kb is faithful iff its derivable facts equal ᎤᏂᎬᎦ facts exactly ᎠᎴ rule choose faithful kb of least size ᎠᎴ e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool ᎠᎴ e1 kind tool
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North:
  - killmu, anqas, kulli waylla, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr anqas, mean: 0, rsk killmu, mean: 0, spr waylla mean: 0, kvt kulli 4 mean rsk
South:
  - kb0 records llamkana tiyay llasaq, kb2 records e0 tiyay llasaq, kb1 records fixture tiyay hollow, kb3 records e5 tiyay magnetic, kb4 records fixture tiyay hollow, kb3 records e1 tiyay magnetic, kb0 records e2 tiyay hollow, kb2 records e1 tiyay magnetic, kb0 records e5 tiyay magnetic, kb0 records e3 tiyay hollow, kb3 records fixture tiyay hollow, kb2 records e2 tiyay hollow, kb1 records llamkana tiyay magnetic, kb4 kb_size 5, kb0 records e4 tiyay hollow, kb2 records e4 tiyay hollow, kb1 records llamkana tiyay llasaq, kb4 records llamkana tiyay llasaq, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 tiyay llasaq, kb2 records e1 tiyay llasaq, kb2 records e5 tiyay magnetic, kb4 records e1 tiyay magnetic, kb1 kb_size 3, kb2 records e3 tiyay hollow, kb2 records e5 tiyay llasaq, kb4 records e5 tiyay magnetic, kb3 records llamkana tiyay llasaq kb0 records e1 tiyay magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold llasaq, e5 hold magnetic, e0 hold llasaq, e5 hold llasaq, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for tukuy e of kind k, rule kb tiyay faithful iff its derivable facts paqta required facts exactly rule akllay faithful kb of least chhika e5 kind llamkana, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind llamkana e1 kind llamkana
Resolve query in north what?

North:
  - orange, blue, purple ыкӏи уцышъо, rename: 0, kvt ыкӏи ttz, rename: 0, spr ыкӏи kpz, swap: 1, rsk ыкӏи zpr, rename: 2, zpr ыкӏи ltr, swap: 2, ltr ыкӏи kpz ыкӏи swap: 3, ttz ыкӏи kpz, mean: 0, zpr ыкӏи blue, mean: 0, rsk ыкӏи orange, mean: 0, spr ыкӏи уцышъо ыкӏи mean: 0, kvt ыкӏи purple ыкӏи 4 rsk mean
South:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records ыкӏи kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold ыкӏи e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal the required facts exactly ыкӏи rule choose the faithful kb of least size ыкӏи e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind ыкӏи e1 tool kind
Resolve query in north сыд?

North:
  - orange, xiav, purple thiab ntsuab, rename: 0, kvt thiab ttz, rename: 0, spr thiab kpz, swap: 1, rsk thiab zpr, rename: 2, zpr thiab ltr, swap: 2, ltr thiab kpz thiab swap: 3, ttz thiab kpz, mean: 0, zpr thiab xiav, mean: 0, rsk thiab orange, mean: 0, spr thiab ntsuab thiab mean: 0, kvt thiab purple thiab 4 mean rsk
South:
  - kb0 records tool nyhav, kb2 records e0 nyhav, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool nyhav, kb4 records tool nyhav, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 nyhav, kb2 records e1 nyhav, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 nyhav, kb4 records e5 magnetic, kb3 records tool nyhav thiab kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold nyhav, e5 hold magnetic, e0 hold nyhav, e5 hold nyhav, e4 hold hollow, e1 hold magnetic thiab e3 hold hollow, cai kb cai k p derives hold e p for every e of kind k, cai kb is faithful iff its derivable facts equal required facts exactly thiab cai choose faithful kb of least size thiab e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool thiab e1 kind tool
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of wy krook size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north ining-jak?

Falammi:
  - orange, blue, purple micha' green, rename: 0, kvt micha' ttz, rename: 0, spr micha' kpz, swap: 1, rsk micha' zpr, rename: 2, zpr micha' ltr, swap: 2, ltr micha' kpz micha' swap: 3, ttz micha' kpz, mean: 0, zpr micha' blue, mean: 0, rsk micha' orange, mean: 0, spr micha' green micha' mean: 0, kvt micha' purple micha' 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy micha' kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic micha' e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly micha' rule choose faithful kb of least size micha' e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool micha' e1 kind tool
Resolve query in falammi nanta?

ヘペラ:
  - orange, blue, purple カ green, rename: 0, kvt カ ttz, rename: 0, spr カ kpz, swap: 1, rsk カ zpr, rename: 2, zpr カ ltr, swap: 2, ltr カ kpz カ swap: 3, ttz カ kpz, mean: 0, zpr カ blue, mean: 0, rsk カ orange, mean: 0, spr カ green カ mean: 0, kvt カ purple カ 4 rsk mean
ヘパシ:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records カ kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold カ e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly カ rule choose faithful kb of least size カ e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind カ e1 tool kind
Resolve query in ヘペラ what?

Эйгысӄын:
  - orange, ныԓиԓиԓӄин, purple ынкъам green, rename: 0, kvt ынкъам ttz, rename: 0, spr ынкъам kpz, swap: 1, rsk ынкъам zpr, rename: 2, zpr ынкъам ltr, swap: 2, ltr ынкъам kpz ынкъам swap: 3, ttz ынкъам kpz, mean: 0, zpr ынкъам ныԓиԓиԓӄин, mean: 0, rsk ынкъам orange, mean: 0, spr ынкъам green ынкъам mean: 0, kvt ынкъам purple ынкъам 4 mean rsk
Айвалыӈӄал:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy ынкъам kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic ынкъам e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly ынкъам rule choose faithful kb of least size ынкъам e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool ынкъам e1 kind tool
Resolve query in эйгысӄын what?

North:
  - china, blue, purple yéetel yaʼax, rename: 0, kvt yéetel ttz, rename: 0, spr yéetel kpz, swap: 1, rsk yéetel zpr, rename: 2, zpr yéetel ltr, swap: 2, ltr yéetel kpz yéetel swap: 3, ttz yéetel kpz, mean: 0, zpr yéetel blue, mean: 0, rsk yéetel china, mean: 0, spr yéetel yaʼax yéetel mean: 0, kvt yéetel purple yéetel 4 mean rsk
South:
  - kb0 records tool yan aal, kb2 records e0 yan aal, kb1 records fixture yan hollow, kb3 records e5 yan magnetic, kb4 records fixture yan hollow, kb3 records e1 yan magnetic, kb0 records e2 yan hollow, kb2 records e1 yan magnetic, kb0 records e5 yan magnetic, kb0 records e3 yan hollow, kb3 records fixture yan hollow, kb2 records e2 yan hollow, kb1 records tool yan magnetic, kb4 kb_size 5, kb0 records e4 yan hollow, kb2 records e4 yan hollow, kb1 records tool yan aal, kb4 records tool yan aal, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 yan aal, kb2 records e1 yan aal, kb2 records e5 yan magnetic, kb4 records e1 yan magnetic, kb1 kb_size 3, kb2 records e3 yan hollow, kb2 records e5 yan aal, kb4 records e5 yan magnetic, kb3 records tool yan aal yéetel kb0 records e1 yan magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold aal, e5 hold magnetic, e0 hold aal, e5 hold aal, e4 hold hollow, e1 hold magnetic yéetel e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb yan faithful iff its derivable facts equal required facts exactly yéetel rule yéey faithful kb of least size yéetel e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool yéetel e1 kind tool
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north híli?

North:
  - orange, blue, šátȟo na green, rename: 0, kvt na ttz, rename: 0, spr na kpz, swap: 1, rsk na zpr, rename: 2, zpr na ltr, swap: 2, ltr na kpz na swap: 3, ttz na kpz, mean: 0, zpr na blue, mean: 0, rsk na orange, mean: 0, spr na green na mean: 0, kvt na šátȟo na 4 rsk mean
South:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records na kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold na e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal the required facts exactly na rule choose the faithful kb of least size na e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind na e1 tool kind
Resolve query in north what?

North:
  - narã, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk narã, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
Ñemby:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal the required facts exactly rule choose the faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north what?

North:
  - orange, larama, purple ch’uxña, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr larama, mean: 0, rsk orange, mean: 0, spr ch’uxña mean: 0, kvt purple 4 rsk mean
South:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow asxasiña, e1 heavy asxasiña, e5 magnetic asxasiña, e0 heavy asxasiña, e5 heavy asxasiña, e4 hollow asxasiña, e1 magnetic asxasiña e3 hollow asxasiña, rule kb rule k p derives asxasiña e p for every e of kind k, rule maya kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind e1 tool kind
Resolve query in north what?

North:
  - orange, blue, purple ǂʻá green, rename: 0, kvt ǂʻá ttz, rename: 0, spr ǂʻá kpz, swap: 1, rsk ǂʻá zpr, rename: 2, zpr ǂʻá ltr, swap: 2, ltr ǂʻá kpz ǂʻá swap: 3, ttz ǂʻá kpz, mean: 0, zpr ǂʻá blue, mean: 0, rsk ǂʻá orange, mean: 0, spr ǂʻá green ǂʻá mean: 0, kvt ǂʻá purple ǂʻá 4 mean rsk
South:
  - kb0 records tool ǀîi heavy, kb2 records e0 ǀîi heavy, kb1 records fixture ǀîi hollow, kb3 records e5 ǀîi magnetic, kb4 records fixture ǀîi hollow, kb3 records e1 ǀîi magnetic, kb0 records e2 ǀîi hollow, kb2 records e1 ǀîi magnetic, kb0 records e5 ǀîi magnetic, kb0 records e3 ǀîi hollow, kb3 records fixture ǀîi hollow, kb2 records e2 ǀîi hollow, kb1 records tool ǀîi magnetic, kb4 kb_size 5, kb0 records e4 ǀîi hollow, kb2 records e4 ǀîi hollow, kb1 records tool ǀîi heavy, kb4 records tool ǀîi heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ǀîi heavy, kb2 records e1 ǀîi heavy, kb2 records e5 ǀîi magnetic, kb4 records e1 ǀîi magnetic, kb1 kb_size 3, kb2 records e3 ǀîi hollow, kb2 records e5 ǀîi heavy, kb4 records e5 ǀîi magnetic, kb3 records tool ǀîi heavy ǂʻá kb0 records e1 ǀîi magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic ǂʻá e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb ǀîi faithful iff its derivable facts equal required facts exactly ǂʻá rule choose faithful kb of least ʻǁnàhã ǂʻá e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool ǂʻá e1 kind tool
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 rsk mean
South:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind e1 tool kind
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 rsk mean
Itax:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind e1 tool kind
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal the required facts exactly rule choose the faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north what?

Ajkuikpa:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records ne tool nemi heavy, kb2 records e0 nemi heavy, kb1 records ne fixture nemi hollow, kb3 records e5 nemi magnetic, kb4 records ne fixture nemi hollow, kb3 records e1 nemi magnetic, kb0 records e2 nemi hollow, kb2 records e1 nemi magnetic, kb0 records e5 nemi magnetic, kb0 records e3 nemi hollow, kb3 records ne fixture nemi hollow, kb2 records e2 nemi hollow, kb1 records ne tool nemi magnetic, kb4 kb_size 5, kb0 records e4 nemi hollow, kb2 records e4 nemi hollow, kb1 records ne tool nemi heavy, kb4 records ne tool nemi heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 nemi heavy, kb2 records e1 nemi heavy, kb2 records e5 nemi magnetic, kb4 records e1 nemi magnetic, kb1 kb_size 3, kb2 records e3 nemi hollow, kb2 records e5 nemi heavy, kb4 records e5 nemi magnetic, kb3 records ne tool nemi heavy kb0 records e1 nemi magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb nemi faithful iff its derivable facts equal ne required facts exactly rule choose ne faithful kb of least size e5 kind ne tool, e2 kind ne fixture, e3 kind ne fixture, e4 kind ne fixture, e0 kind ne tool e1 kind ne tool
Resolve query in ajkuikpa tay?

Nord :
  - orange, bleu, violet et vert, renommer: 0, kvt et ttz, renommer: 0, spr et kpz, permuter: 1, rsk et zpr, renommer: 2, zpr et ltr, permuter: 2, ltr et kpz et permuter: 3, ttz et kpz, signifier: 0, zpr et bleu, signifier: 0, rsk et orange, signifier: 0, spr et vert et signifier: 0, kvt et violet et 4 signifier rsk
Sud :
  - kb0 records l'outil est lourd, kb2 records e0 est lourd, kb1 records la rencontre est vide, kb3 records e5 est magnétique, kb4 records la rencontre est vide, kb3 records e1 est magnétique, kb0 records e2 est vide, kb2 records e1 est magnétique, kb0 records e5 est magnétique, kb0 records e3 est vide, kb3 records la rencontre est vide, kb2 records e2 est vide, kb1 records l'outil est magnétique, kb4 kb_size 5, kb0 records e4 est vide, kb2 records e4 est vide, kb1 records l'outil est lourd, kb4 records l'outil est lourd, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 est lourd, kb2 records e1 est lourd, kb2 records e5 est magnétique, kb4 records e1 est magnétique, kb1 kb_size 3, kb2 records e3 est vide, kb2 records e5 est lourd, kb4 records e5 est magnétique, kb3 records l'outil est lourd et kb0 records e1 est magnétique, shortest_faithful_kb, e2 tenir vide, e1 tenir lourd, e5 tenir magnétique, e0 tenir lourd, e5 tenir lourd, e4 tenir vide, e1 tenir magnétique et e3 tenir vide, règle kb règle k p derives tenir e p parce que tout e de genre k, règle un kb être fidèle ssi son dérivable facts égal le demander facts exactement et règle choisir le fidèle kb du moindre taille et e5 genre l'outil, e2 genre la rencontre, e3 genre la rencontre, e4 genre la rencontre, e0 genre l'outil et e1 genre l'outil
Quoi résoudre question dans nord ?

Nordo:
  - oranĝa, blua, purpura kaj verda, renomi: 0, kvt kaj ttz, renomi: 0, spr kaj kpz, swap: 1, rsk kaj zpr, renomi: 2, zpr kaj ltr, swap: 2, ltr kaj kpz kaj swap: 3, ttz kaj kpz, mean: 0, zpr kaj blua, mean: 0, rsk kaj oranĝa, mean: 0, spr kaj verda kaj mean: 0, kvt kaj purpura kaj 4 mean rsk
Sudo:
  - kb0 records laborilo egali peza, kb2 records e0 egali peza, kb1 records fixture egali kava, kb3 records e5 egali magnetic, kb4 records fixture egali kava, kb3 records e1 egali magnetic, kb0 records e2 egali kava, kb2 records e1 egali magnetic, kb0 records e5 egali magnetic, kb0 records e3 egali kava, kb3 records fixture egali kava, kb2 records e2 egali kava, kb1 records laborilo egali magnetic, kb4 kb_size 5, kb0 records e4 egali kava, kb2 records e4 egali kava, kb1 records laborilo egali peza, kb4 records laborilo egali peza, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 egali peza, kb2 records e1 egali peza, kb2 records e5 egali magnetic, kb4 records e1 egali magnetic, kb1 kb_size 3, kb2 records e3 egali kava, kb2 records e5 egali peza, kb4 records e5 egali magnetic, kb3 records laborilo egali peza kaj kb0 records e1 egali magnetic, shortest_faithful_kb, e2 teni kava, e1 teni peza, e5 teni magnetic, e0 teni peza, e5 teni peza, e4 teni kava, e1 teni magnetic kaj e3 teni kava, regulo kb regulo k p derives teni e p ĉar ĉiu e de speco k, regulo kb egali fidela iff ĝia derivable facts egala bezoni facts ekzakte kaj regulo elekti fidela kb de plej malmulta grandeco kaj e5 speco laborilo, e2 speco fixture, e3 speco fixture, e4 speco fixture, e0 speco laborilo kaj e1 speco laborilo
Solvi pridemando en norde kio?

Észak:
  - narancssárga, kék, bíbor és zöld, átnevez: 0, kvt és ttz, átnevez: 0, spr és kpz, cserél: 1, rsk és zpr, átnevez: 2, zpr és ltr, cserél: 2, ltr és kpz és cserél: 3, ttz és kpz, jelent: 0, zpr és kék, jelent: 0, rsk és narancssárga, jelent: 0, spr és zöld és jelent: 0, kvt és bíbor és 4 jelent rsk
Dél:
  - kb0 records a szerszám nehéz, kb2 records e0 nehéz, kb1 records a fixture odú, kb3 records e5 mágneses, kb4 records a fixture odú, kb3 records e1 mágneses, kb0 records e2 odú, kb2 records e1 mágneses, kb0 records e5 mágneses, kb0 records e3 odú, kb3 records a fixture odú, kb2 records e2 odú, kb1 records a szerszám mágneses, kb4 kb_size 5, kb0 records e4 odú, kb2 records e4 odú, kb1 records a szerszám nehéz, kb4 records a szerszám nehéz, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 nehéz, kb2 records e1 nehéz, kb2 records e5 mágneses, kb4 records e1 mágneses, kb1 kb_size 3, kb2 records e3 odú, kb2 records e5 nehéz, kb4 records e5 mágneses, kb3 records a szerszám nehéz és kb0 records e1 mágneses, shortest_faithful_kb, e2 hold odú, e1 hold nehezet, e5 hold mágneseset, e0 hold nehezet, e5 hold nehezet, e4 hold odú, e1 hold mágneseset és e3 hold odú, szabály kb szabály k p derives hold e p mert minden e of fajta k, szabály kb van hű acsa övé derivable facts egyenlő a követel facts pontosan és szabály kiválaszt a hű kb of legkisebb méret és e5 fajta a szerszámot, e2 fajta a fixturét, e3 fajta a fixturét, e4 fajta a fixturét, e0 fajta a szerszámot és e1 fajta a szerszámot
Megold kérdés be észak melyik?

北:
  - 橙色, 藍色嘅, 紫色及綠色嘅, rename:0, kvt及ttz, rename:0, spr及kpz, swap:1, rsk及zpr, rename:2, zpr及ltr, swap:2, ltr及kpz及swap:3, ttz及kpz, mean:0, zpr及藍色嘅, mean:0, rsk及橙色, mean:0, spr及綠色嘅及mean:0, kvt及紫色及4meanrsk
南:
  - kb0records架生是重, kb2recordse0是重, kb1recordsfixture是hollow, kb3recordse5是magnetic, kb4recordsfixture是hollow, kb3recordse1是magnetic, kb0recordse2是hollow, kb2recordse1是magnetic, kb0recordse5是magnetic, kb0recordse3是hollow, kb3recordsfixture是hollow, kb2recordse2是hollow, kb1records架生是magnetic, kb4kb_size5, kb0recordse4是hollow, kb2recordse4是hollow, kb1records架生是重, kb4records架生是重, kb0kb_size6, kb2kb_size8, kb3kb_size4, kb4recordse1是重, kb2recordse1是重, kb2recordse5是magnetic, kb4recordse1是magnetic, kb1kb_size3, kb2recordse3是hollow, kb2recordse5是重, kb4recordse5是magnetic, kb3records架生是重及kb0recordse1是magnetic, shortest_faithful_kb, e2holdhollow, e1hold重, e5holdmagnetic, e0hold重, e5hold重, e4holdhollow, e1holdmagnetic及e3holdhollow, rule:kbrulekpderivesholdepfor每e...嘅類k, rule:一kb是faithfuliffitsderivablefacts匹敵requiredfactsexactly及rule:揀faithfulkb...嘅leastsize及e5類架生, e2類fixture, e3類fixture, e4類fixture, e0類架生及e1類架生
resolve query in:北乜嘢?

北:
  - orange, blue, purple とぅ green, rename: 0, kvt とぅ ttz, rename: 0, spr とぅ kpz, swap: 1, rsk とぅ zpr, rename: 2, zpr とぅ ltr, swap: 2, ltr とぅ kpz とぅ swap: 3, ttz とぅ kpz, mean: 0, zpr とぅ blue, mean: 0, rsk とぅ orange, mean: 0, spr とぅ green とぅ mean: 0, kvt とぅ purple とぅ 4 mean rsk
South:
  - kb0 records tool 有ん heavy, kb2 records e0 有ん heavy, kb1 records fixture 有ん hollow, kb3 records e5 有ん magnetic, kb4 records fixture 有ん hollow, kb3 records e1 有ん magnetic, kb0 records e2 有ん hollow, kb2 records e1 有ん magnetic, kb0 records e5 有ん magnetic, kb0 records e3 有ん hollow, kb3 records fixture 有ん hollow, kb2 records e2 有ん hollow, kb1 records tool 有ん magnetic, kb4 kb_size 5, kb0 records e4 有ん hollow, kb2 records e4 有ん hollow, kb1 records tool 有ん heavy, kb4 records tool 有ん heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 有ん heavy, kb2 records e1 有ん heavy, kb2 records e5 有ん magnetic, kb4 records e1 有ん magnetic, kb1 kb_size 3, kb2 records e3 有ん hollow, kb2 records e5 有ん heavy, kb4 records e5 有ん magnetic, kb3 records tool 有ん heavy とぅ kb0 records e1 有ん magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic とぅ e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb 有ん faithful iff its derivable facts equal required facts exactly とぅ rule choose faithful kb of least size とぅ e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool とぅ e1 kind tool
Resolve query in 北 what?

North:
  - апельсин, көк, күлгін және жасыл, rename: 0, kvt және ttz, rename: 0, spr және kpz, swap: 1, rsk және zpr, rename: 2, zpr және ltr, swap: 2, ltr және kpz және swap: 3, ttz және kpz, mean: 0, zpr және көк, mean: 0, rsk және апельсин, mean: 0, spr және жасыл және mean: 0, kvt және күлгін және 4 mean rsk
South:
  - kb0 records аспап ауыр, kb2 records e0 ауыр, kb1 records fixture hollow, kb3 records e5 магниттік, kb4 records fixture hollow, kb3 records e1 магниттік, kb0 records e2 hollow, kb2 records e1 магниттік, kb0 records e5 магниттік, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records аспап магниттік, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records аспап ауыр, kb4 records аспап ауыр, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 ауыр, kb2 records e1 ауыр, kb2 records e5 магниттік, kb4 records e1 магниттік, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 ауыр, kb4 records e5 магниттік, kb3 records аспап ауыр және kb0 records e1 магниттік, shortest_faithful_kb, e2 ұстау hollow, e1 ұстау ауыр, e5 ұстау магниттік, e0 ұстау ауыр, e5 ұстау ауыр, e4 ұстау hollow, e1 ұстау магниттік және e3 ұстау hollow, ереже kb ереже k p derives ұстау e p for әр e туралы ақ көңіл k, ереже kb is адал iff its derivable facts equal required facts exactly және ереже таңдау адал kb туралы least мөлшер және e5 ақ көңіл аспап, e2 ақ көңіл fixture, e3 ақ көңіл fixture, e4 ақ көңіл fixture, e0 ақ көңіл аспап және e1 ақ көңіл аспап
Resolve сұрау in north не?

צָּפוֹן:
  - כתום, כָּחוֹל, סָגֹל וְ־ ירוק מקנאה, rename: 0, kvt וְ־ ttz, rename: 0, spr וְ־ kpz, swap: 1, rsk וְ־ zpr, rename: 2, zpr וְ־ ltr, swap: 2, ltr וְ־ kpz וְ־ swap: 3, ttz וְ־ kpz, mean: 0, zpr וְ־ כָּחוֹל, mean: 0, rsk וְ־ כתום, mean: 0, spr וְ־ ירוק מקנאה וְ־ mean: 0, kvt וְ־ סָגֹל וְ־ 4 mean rsk
דָּרוֹם:
  - kb0 records tool ה־ הוּא כָּבֵד, kb2 records e0 הוּא כָּבֵד, kb1 records fixture ה־ הוּא חָלוּל, kb3 records e5 הוּא מַגְנֵטִי, kb4 records fixture ה־ הוּא חָלוּל, kb3 records e1 הוּא מַגְנֵטִי, kb0 records e2 הוּא חָלוּל, kb2 records e1 הוּא מַגְנֵטִי, kb0 records e5 הוּא מַגְנֵטִי, kb0 records e3 הוּא חָלוּל, kb3 records fixture ה־ הוּא חָלוּל, kb2 records e2 הוּא חָלוּל, kb1 records tool ה־ הוּא מַגְנֵטִי, kb4 kb_size 5, kb0 records e4 הוּא חָלוּל, kb2 records e4 הוּא חָלוּל, kb1 records tool ה־ הוּא כָּבֵד, kb4 records tool ה־ הוּא כָּבֵד, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 הוּא כָּבֵד, kb2 records e1 הוּא כָּבֵד, kb2 records e5 הוּא מַגְנֵטִי, kb4 records e1 הוּא מַגְנֵטִי, kb1 kb_size 3, kb2 records e3 הוּא חָלוּל, kb2 records e5 הוּא כָּבֵד, kb4 records e5 הוּא מַגְנֵטִי, kb3 records tool ה־ הוּא כָּבֵד וְ־ kb0 records e1 הוּא מַגְנֵטִי, shortest_faithful_kb, e2 הֶחְזִיק חָלוּל, e1 הֶחְזִיק כָּבֵד, e5 הֶחְזִיק מַגְנֵטִי, e0 הֶחְזִיק כָּבֵד, e5 הֶחְזִיק כָּבֵד, e4 הֶחְזִיק חָלוּל, e1 הֶחְזִיק מַגְנֵטִי וְ־ e3 הֶחְזִיק חָלוּל, מָשַׁל kb מָשַׁל k p derives הֶחְזִיק e p כִּי כֹּל e שֶׁל מִין k, מָשַׁל אַחַת kb הוא נֶאֱמָן אםם its derivable facts שָׁוֶה ה־ required facts בדיוק וְ־ מָשַׁל בחר ה־ נֶאֱמָן kb שֶׁל least גֹּדֶל וְ־ e5 מִין tool ה־, e2 מִין fixture ה־, e3 מִין fixture ה־, e4 מִין fixture ה־, e0 מִין tool ה־ וְ־ e1 מִין tool ה־
איזה resolve query בְּתוֹך צָּפוֹן?

North:
  - orange, blue, purple დო green, rename: 0, kvt დო ttz, rename: 0, spr დო kpz, swap: 1, rsk დო zpr, rename: 2, zpr დო ltr, swap: 2, ltr დო kpz დო swap: 3, ttz დო kpz, mean: 0, zpr დო blue, mean: 0, rsk დო orange, mean: 0, spr დო green დო mean: 0, kvt დო purple დო 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy დო kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic დო e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly დო rule choose faithful kb of least size დო e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool დო e1 kind tool
Resolve query in north what?

Utara:
  - jingga, biru, ungu dan hijau, rename: 0, kvt dan ttz, rename: 0, spr dan kpz, swap: 1, rsk dan zpr, rename: 2, zpr dan ltr, swap: 2, ltr dan kpz dan swap: 3, ttz dan kpz, berarti: 0, zpr dan biru, berarti: 0, rsk dan jingga, berarti: 0, spr dan hijau dan berarti: 0, kvt dan ungu dan 4 berarti rsk
Selatan:
  - kb0 records tool si adalah heavy, kb2 records e0 adalah heavy, kb1 records instalasi si adalah hollow, kb3 records e5 adalah magnetis, kb4 records instalasi si adalah hollow, kb3 records e1 adalah magnetis, kb0 records e2 adalah hollow, kb2 records e1 adalah magnetis, kb0 records e5 adalah magnetis, kb0 records e3 adalah hollow, kb3 records instalasi si adalah hollow, kb2 records e2 adalah hollow, kb1 records tool si adalah magnetis, kb4 kb_size 5, kb0 records e4 adalah hollow, kb2 records e4 adalah hollow, kb1 records tool si adalah heavy, kb4 records tool si adalah heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 adalah heavy, kb2 records e1 adalah heavy, kb2 records e5 adalah magnetis, kb4 records e1 adalah magnetis, kb1 kb_size 3, kb2 records e3 adalah hollow, kb2 records e5 adalah heavy, kb4 records e5 adalah magnetis, kb3 records tool si adalah heavy dan kb0 records e1 adalah magnetis, shortest_faithful_kb, e2 memegang hollow, e1 memegang heavy, e5 memegang magnetis, e0 memegang heavy, e5 memegang heavy, e4 memegang hollow, e1 memegang magnetis dan e3 memegang hollow, rule kb rule k p derives memegang e p untuk setiap e dari baik k, rule kb berada setia iff its derivable facts sederajat si required facts tepat dan rule memilih si setia kb dari least ukuran dan e5 baik tool si, e2 baik instalasi si, e3 baik instalasi si, e4 baik instalasi si, e0 baik tool si dan e1 baik tool si
Resolve kueri di dalam utara apa?

ខាងជើង:
  - ពណ៌លឿង, ខៀវ, ពណ៌ស្វាយនឹងបៃតង, rename:0, kvtនឹងttz, rename:0, sprនឹងkpz, ប្តូរ:1, rskនឹងzpr, rename:2, zprនឹងltr, ប្តូរ:2, ltrនឹងkpzនឹងប្តូរ:3, ttzនឹងkpz, mean:0, zprនឹងខៀវ, mean:0, rskនឹងពណ៌លឿង, mean:0, sprនឹងបៃតងនឹងmean:0, kvtនឹងពណ៌ស្វាយនឹង4meanrsk
ខាងត្បូង:
  - kb0recordstoolត្រូវបានធ្ងន់, kb2recordse0ត្រូវបានធ្ងន់, kb1recordsfixtureត្រូវបានhollow, kb3recordse5ត្រូវបានmagnetic, kb4recordsfixtureត្រូវបានhollow, kb3recordse1ត្រូវបានmagnetic, kb0recordse2ត្រូវបានhollow, kb2recordse1ត្រូវបានmagnetic, kb0recordse5ត្រូវបានmagnetic, kb0recordse3ត្រូវបានhollow, kb3recordsfixtureត្រូវបានhollow, kb2recordse2ត្រូវបានhollow, kb1recordstoolត្រូវបានmagnetic, kb4kb_size5, kb0recordse4ត្រូវបានhollow, kb2recordse4ត្រូវបានhollow, kb1recordstoolត្រូវបានធ្ងន់, kb4recordstoolត្រូវបានធ្ងន់, kb0kb_size6, kb2kb_size8, kb3kb_size4, kb4recordse1ត្រូវបានធ្ងន់, kb2recordse1ត្រូវបានធ្ងន់, kb2recordse5ត្រូវបានmagnetic, kb4recordse1ត្រូវបានmagnetic, kb1kb_size3, kb2recordse3ត្រូវបានhollow, kb2recordse5ត្រូវបានធ្ងន់, kb4recordse5ត្រូវបានmagnetic, kb3recordstoolត្រូវបានធ្ងន់នឹងkb0recordse1ត្រូវបានmagnetic, shortest_faithful_kb, e2កាន់hollow, e1កាន់ធ្ងន់, e5កាន់magnetic, e0កាន់ធ្ងន់, e5កាន់ធ្ងន់, e4កាន់hollow, e1កាន់magneticនឹងe3កាន់hollow, ក្បួន:kbក្បួនkpderivesកាន់epសម្រាប់រាល់eនៃប្រភេទk, ក្បួន:kbត្រូវបានចិត្តត្រង់iffitsderivablefactsស្មើtherequiredfactsexactlyនឹងក្បួន:រើសtheចិត្តត្រង់kbនៃleastទំហំនឹងe5ប្រភេទtool, e2ប្រភេទfixture, e3ប្រភេទfixture, e4ប្រភេទfixture, e0ប្រភេទtoolនឹងe1ប្រភេទtool
resolvequeryក្នុង:ខាងជើងអី?

ເໜືອ:
  - ສົ້ມ, ຟ້າ, purpleແລະຂຽວ, rename:0, kvtແລະttz, rename:0, sprແລະkpz, swap:1, rskແລະzpr, rename:2, zprແລະltr, swap:2, ltrແລະkpzແລະswap:3, ttzແລະkpz, ກິນຄວາມ:0, zprແລະຟ້າ, ກິນຄວາມ:0, rskແລະສົ້ມ, ກິນຄວາມ:0, sprແລະຂຽວແລະກິນຄວາມ:0, kvtແລະpurpleແລະ4ກິນຄວາມrsk
ທິດໃຕ້:
  - kb0recordsເຄື່ອງມືຢູ່ຫນັກ, kb2recordse0ຢູ່ຫນັກ, kb1recordsfixtureຢູ່hollow, kb3recordse5ຢູ່magnetic, kb4recordsfixtureຢູ່hollow, kb3recordse1ຢູ່magnetic, kb0recordse2ຢູ່hollow, kb2recordse1ຢູ່magnetic, kb0recordse5ຢູ່magnetic, kb0recordse3ຢູ່hollow, kb3recordsfixtureຢູ່hollow, kb2recordse2ຢູ່hollow, kb1recordsເຄື່ອງມືຢູ່magnetic, kb4kb_size5, kb0recordse4ຢູ່hollow, kb2recordse4ຢູ່hollow, kb1recordsເຄື່ອງມືຢູ່ຫນັກ, kb4recordsເຄື່ອງມືຢູ່ຫນັກ, kb0kb_size6, kb2kb_size8, kb3kb_size4, kb4recordse1ຢູ່ຫນັກ, kb2recordse1ຢູ່ຫນັກ, kb2recordse5ຢູ່magnetic, kb4recordse1ຢູ່magnetic, kb1kb_size3, kb2recordse3ຢູ່hollow, kb2recordse5ຢູ່ຫນັກ, kb4recordse5ຢູ່magnetic, kb3recordsເຄື່ອງມືຢູ່ຫນັກແລະkb0recordse1ຢູ່magnetic, shortest_faithful_kb, e2ຖືhollow, e1ຖືຫນັກ, e5ຖືmagnetic, e0ຖືຫນັກ, e5ຖືຫນັກ, e4ຖືhollow, e1ຖືmagneticແລະe3ຖືhollow, ກະຕິກາ:kbກະຕິກາkpderivesຖືepສຳລັບທຸກeຂອງຊະນິດk, ກະຕິກາ:kbຢູ່ຊື່iffitsderivablefactsequalຕ້ອງການfactsexactlyແລະກະຕິກາ:ເລືອກຊື່kbຂອງleastຂະຫນາດແລະe5ຊະນິດເຄື່ອງມື, e2ຊະນິດfixture, e3ຊະນິດfixture, e4ຊະນິດfixture, e0ຊະນິດເຄື່ອງມືແລະe1ຊະນິດເຄື່ອງມື
resolvequeryໃນ:ເໜືອຫຍັງ?

ఉత్తరము:
  - నారింజచెట్టు, నీలము, ఊదా మరియు పచ్చని, rename: 0, kvt మరియు ttz, rename: 0, spr మరియు kpz, swap: 1, rsk మరియు zpr, rename: 2, zpr మరియు ltr, swap: 2, ltr మరియు kpz మరియు swap: 3, ttz మరియు kpz, అనుకొనుట: 0, zpr మరియు నీలము, అనుకొనుట: 0, rsk మరియు నారింజచెట్టు, అనుకొనుట: 0, spr మరియు పచ్చని మరియు అనుకొనుట: 0, kvt మరియు ఊదా మరియు 4 rsk అనుకొనుట
దక్షిణం:
  - kb0 పనిముట్టు బరువైన ఉండు records, kb2 e0 బరువైన ఉండు records, kb1 fixture బోలు ఉండు records, kb3 e5 magnetic ఉండు records, kb4 fixture బోలు ఉండు records, kb3 e1 magnetic ఉండు records, kb0 e2 బోలు ఉండు records, kb2 e1 magnetic ఉండు records, kb0 e5 magnetic ఉండు records, kb0 e3 బోలు ఉండు records, kb3 fixture బోలు ఉండు records, kb2 e2 బోలు ఉండు records, kb1 పనిముట్టు magnetic ఉండు records, kb4 5 kb_size, kb0 e4 బోలు ఉండు records, kb2 e4 బోలు ఉండు records, kb1 పనిముట్టు బరువైన ఉండు records, kb4 పనిముట్టు బరువైన ఉండు records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 బరువైన ఉండు records, kb2 e1 బరువైన ఉండు records, kb2 e5 magnetic ఉండు records, kb4 e1 magnetic ఉండు records, kb1 3 kb_size, kb2 e3 బోలు ఉండు records, kb2 e5 బరువైన ఉండు records, kb4 e5 magnetic ఉండు records, kb3 పనిముట్టు బరువైన ఉండు records మరియు kb0 e1 magnetic ఉండు records, shortest_faithful_kb, e2 బోలు పట్టు, e1 బరువైన పట్టు, e5 magnetic పట్టు, e0 బరువైన పట్టు, e5 బరువైన పట్టు, e4 బోలు పట్టు, e1 magnetic పట్టు మరియు e3 బోలు పట్టు, నియమం kb నియమం k p derives పట్టు e p కోసము ప్రతి e of రకము k, నియమం kb ఉండు నమ్మకమైన iff its derivable facts equal required facts exactly మరియు నియమం choose నమ్మకమైన kb of least size మరియు e5 పనిముట్టు రకము, e2 fixture రకము, e3 fixture రకము, e4 fixture రకము, e0 పనిముట్టు రకము మరియు e1 పనిముట్టు రకము
పరిష్కరించు query లో ఉత్తరము ఏమిటి?

North:
  - bí ọsán, dúdú, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr dúdú, mean: 0, rsk bí ọsán, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool wà heavy, kb2 records e0 wà heavy, kb1 records fixture wà hollow, kb3 records e5 wà magnetic, kb4 records fixture wà hollow, kb3 records e1 wà magnetic, kb0 records e2 wà hollow, kb2 records e1 wà magnetic, kb0 records e5 wà magnetic, kb0 records e3 wà hollow, kb3 records fixture wà hollow, kb2 records e2 wà hollow, kb1 records tool wà magnetic, kb4 kb_size 5, kb0 records e4 wà hollow, kb2 records e4 wà hollow, kb1 records tool wà heavy, kb4 records tool wà heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 wà heavy, kb2 records e1 wà heavy, kb2 records e5 wà magnetic, kb4 records e1 wà magnetic, kb1 kb_size 3, kb2 records e3 wà hollow, kb2 records e5 wà heavy, kb4 records e5 wà magnetic, kb3 records tool wà heavy kb0 records e1 wà magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb wà faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
What resolve query in north?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 rsk mean
South:
  - kb0 tool heavy naiágúóli records, kb2 e0 heavy naiágúóli records, kb1 fixture hollow naiágúóli records, kb3 e5 magnetic naiágúóli records, kb4 fixture hollow naiágúóli records, kb3 e1 magnetic naiágúóli records, kb0 e2 hollow naiágúóli records, kb2 e1 magnetic naiágúóli records, kb0 e5 magnetic naiágúóli records, kb0 e3 hollow naiágúóli records, kb3 fixture hollow naiágúóli records, kb2 e2 hollow naiágúóli records, kb1 tool magnetic naiágúóli records, kb4 5 kb_size, kb0 e4 hollow naiágúóli records, kb2 e4 hollow naiágúóli records, kb1 tool heavy naiágúóli records, kb4 tool heavy naiágúóli records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy naiágúóli records, kb2 e1 heavy naiágúóli records, kb2 e5 magnetic naiágúóli records, kb4 e1 magnetic naiágúóli records, kb1 3 kb_size, kb2 e3 hollow naiágúóli records, kb2 e5 heavy naiágúóli records, kb4 e5 magnetic naiágúóli records, kb3 tool heavy naiágúóli records kb0 e1 magnetic naiágúóli records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb naiágúóli faithful iff its derivable facts equal the required facts exactly rule choose the faithful kb of least size e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind e1 tool kind
Resolve query in north what?

north:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
south:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
resolve query in north what?

North:
  - alanya, blaw, purple grun, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blaw, mean: 0, rsk alanya, mean: 0, spr grun mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records wrokosani heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records wrokosani magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records wrokosani heavy, kb4 records wrokosani heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records wrokosani heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind wrokosani, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind wrokosani e1 kind wrokosani
Resolve query in north what?

North:
  - orange, blue, purple green, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr green mean: 0, kvt purple 4 mean rsk
South:
  - kb0 records tool heavy, kb2 records e0 heavy, kb1 records fixture hollow, kb3 records e5 magnetic, kb4 records fixture hollow, kb3 records e1 magnetic, kb0 records e2 hollow, kb2 records e1 magnetic, kb0 records e5 magnetic, kb0 records e3 hollow, kb3 records fixture hollow, kb2 records e2 hollow, kb1 records tool magnetic, kb4 kb_size 5, kb0 records e4 hollow, kb2 records e4 hollow, kb1 records tool heavy, kb4 records tool heavy, kb0 kb_size 6, kb2 kb_size 8, kb3 kb_size 4, kb4 records e1 heavy, kb2 records e1 heavy, kb2 records e5 magnetic, kb4 records e1 magnetic, kb1 kb_size 3, kb2 records e3 hollow, kb2 records e5 heavy, kb4 records e5 magnetic, kb3 records tool heavy kb0 records e1 magnetic, shortest_faithful_kb, e2 hold hollow, e1 hold heavy, e5 hold magnetic, e0 hold heavy, e5 hold heavy, e4 hold hollow, e1 hold magnetic e3 hold hollow, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 kind tool, e2 kind fixture, e3 kind fixture, e4 kind fixture, e0 kind tool e1 kind tool
Resolve query in north what?

North:
  - orange, blue, purple къацу, rename: 0, kvt ttz, rename: 0, spr kpz, swap: 1, rsk zpr, rename: 2, zpr ltr, swap: 2, ltr kpz swap: 3, ttz kpz, mean: 0, zpr blue, mean: 0, rsk orange, mean: 0, spr къацу mean: 0, kvt purple 4 rsk mean
South:
  - kb0 tool heavy records, kb2 e0 heavy records, kb1 fixture hollow records, kb3 e5 magnetic records, kb4 fixture hollow records, kb3 e1 magnetic records, kb0 e2 hollow records, kb2 e1 magnetic records, kb0 e5 magnetic records, kb0 e3 hollow records, kb3 fixture hollow records, kb2 e2 hollow records, kb1 tool magnetic records, kb4 5 kb_size, kb0 e4 hollow records, kb2 e4 hollow records, kb1 tool heavy records, kb4 tool heavy records, kb0 6 kb_size, kb2 8 kb_size, kb3 4 kb_size, kb4 e1 heavy records, kb2 e1 heavy records, kb2 e5 magnetic records, kb4 e1 magnetic records, kb1 3 kb_size, kb2 e3 hollow records, kb2 e5 heavy records, kb4 e5 magnetic records, kb3 tool heavy records kb0 e1 magnetic records, shortest_faithful_kb, e2 hollow hold, e1 heavy hold, e5 magnetic hold, e0 heavy hold, e5 heavy hold, e4 hollow hold, e1 magnetic hold e3 hollow hold, rule kb rule k p derives hold e p for every e of kind k, rule kb is faithful iff its derivable facts equal required facts exactly rule choose faithful kb of least size e5 tool kind, e2 fixture kind, e3 fixture kind, e4 fixture kind, e0 tool kind e1 tool kind
Resolve query in north вуч?

North:
  - option_d method gkgn and mlzg, option_a method pttz and mlzg, option_b method mlzg and pttz and option_c method dlmz and pttz, primitive: pzkl, tmtg and tmtg, primitive: gvtt, prmg and snkt, primitive: ttzl, mlvs and skds, primitive: stds, mlvs and tmtg and snkt, primitive: srnn, skds and tmtg and primitive: kkss, snkt and mlvs, method achieving skds, prmg and tmtg and gkgn expands to stds and srnn, dlmz expands to pzkl, mlzg expands to ttzl and pttz expands to gvtt and kkss
South: role agent and frank, followed and carol.
What is the resolve query in north?

Al norte:
  - opción D el método gkgn y mlzg, opción Al método pttz y mlzg, opción B el método mlzg y pttz y opción C el método dlmz y pttz, la primitiva: pzkl, tmtg y tmtg, la primitiva: gvtt, prmg y snkt, la primitiva: ttzl, mlvs y skds, la primitiva: stds, mlvs y tmtg y snkt, la primitiva: srnn, skds y tmtg y la primitiva: kkss, snkt y mlvs, el método achieving: skds, prmg y tmtg y gkgn se expande a stds y srnn, dlmz se expande a pzkl, mlzg se expande a ttzl y pttz se expande a gvtt y kkss
Al sur: el papel: agente y frank, siguió y carol.
¿Qué resolve query in: norte?

北面有：
  - 选项D的方法是gkgn和mlzg、选项A的方法是pttz和mlzg、选项B的方法是mlzg和pttz和选项C的方法是dlmz和pttz、的原语是：pzkl、tmtg和tmtg、的原语是：gvtt、prmg和snkt、的原语是：ttzl、mlvs和skds、的原语是：stds、mlvs和tmtg和snkt、的原语是：srnn、skds和tmtg和的原语是：kkss、snkt和mlvs、方法是achieving：skds、prmg和tmtg和gkgn展开为stds和srnn、dlmz展开为pzkl、mlzg展开为ttzl和pttz展开为gvtt和kkss
南面有：角色：智能体和frank、followed和carol。
resolve query in：北什么？

North:
  - option_d gkgn ve mlzg method, option_a pttz ve mlzg method, option_b mlzg ve pttz method ve option_c dlmz ve pttz method, primitive: pzkl, tmtg ve tmtg, primitive: gvtt, prmg ve snkt, primitive: ttzl, mlvs ve skds, primitive: stds, mlvs ve tmtg ve snkt, primitive: srnn, skds ve tmtg ve primitive: kkss, snkt ve mlvs, method achieving: skds, prmg ve tmtg ve gkgn stds ve srnn expands, dlmz pzkl expands, mlzg ttzl expands ve pttz gvtt ve kkss expands
South: role: etmen ve frank, followed ve carol.
Resolve query in: kuzey ne?

North:
  - option_d method gkgn na mlzg, option_a method pttz na mlzg, option_b method mlzg na pttz na option_c method dlmz na pttz, primitive: pzkl, tmtg na tmtg, primitive: gvtt, prmg na snkt, primitive: ttzl, mlvs na skds, primitive: stds, mlvs na tmtg na snkt, primitive: srnn, skds na tmtg na primitive: kkss, snkt na mlvs, method achieving: skds, prmg na tmtg na gkgn expands kwa stds na srnn, dlmz expands kwa pzkl, mlzg expands kwa ttzl na pttz expands kwa gvtt na kkss
South: role: mwakala na frank, followed na carol.
Resolve query in: kaskazi nini?

North:
  - option_d method gkgn and mlzg, option_a method pttz and mlzg, option_b method mlzg and pttz and option_c method dlmz and pttz, primitive: pzkl, tmtg and tmtg, primitive: gvtt, prmg and snkt, primitive: ttzl, mlvs and skds, primitive: stds, mlvs and tmtg and snkt, primitive: srnn, skds and tmtg and primitive: kkss, snkt and mlvs, method achieving skds, prmg and tmtg and gkgn expands to stds and srnn, dlmz expands to pzkl, mlzg expands to ttzl and pttz expands to gvtt and kkss
South: role agent and frank, followed and carol.
What is the resolve query in north?

{north: {candidates: [(method option_d [gkgn mlzg]) (method option_a [pttz mlzg]) (method option_b [mlzg pttz]) (method option_c [dlmz pttz])], operators: [(primitive pzkl [tmtg] [tmtg]) (primitive gvtt [prmg] [snkt]) (primitive ttzl [mlvs] [skds]) (primitive stds [mlvs tmtg] [snkt]) (primitive srnn [skds] [tmtg]) (primitive kkss [snkt] [mlvs])], query: (method_achieving skds), state: [prmg tmtg], task_methods: [(expands_to gkgn [stds srnn]) (expands_to dlmz [pzkl]) (expands_to mlzg [ttzl]) (expands_to pttz [gvtt kkss])]}, query: (resolve_query_in north), south: {query: (role agent), sentence: [frank followed carol]}}

Norden:
  - option_d Methode gkgn und mlzg, option_a Methode pttz und mlzg, option_b Methode mlzg und pttz und option_c Methode dlmz und pttz, Stammwort: pzkl, tmtg und tmtg, Stammwort: gvtt, prmg und snkt, Stammwort: ttzl, mlvs und skds, Stammwort: stds, mlvs und tmtg und snkt, Stammwort: srnn, skds und tmtg und Stammwort: kkss, snkt und mlvs, Methode achieving skds, prmg und tmtg und gkgn expands zu stds und srnn, dlmz expands zu pzkl, mlzg expands zu ttzl und pttz expands zu gvtt und kkss
Süden: Rolle Agent und frank, trug und carol.
Was lösen Frage in nordwärts?

Се̏вер:
  - option_d мето́да gkgn и mlzg, option_a мето́да pttz и mlzg, option_b мето́да mlzg и pttz и option_c мето́да dlmz и pttz, primitive: pzkl, tmtg и tmtg, primitive: gvtt, prmg и snkt, primitive: ttzl, mlvs и skds, primitive: stds, mlvs и tmtg и snkt, primitive: srnn, skds и tmtg и primitive: kkss, snkt и mlvs, мето́да achieving skds, prmg и tmtg и gkgn expands to stds и srnn, dlmz expands to pzkl, mlzg expands to ttzl и pttz expands to gvtt и kkss
Ју̏г: у̏лога agent и frank, followed и carol.
Resolve у̀пит у се̏вер kakav?

Pohjoinen:
  - option_d käyttää menetelmää gkgn ja mlzg, option_a käyttää menetelmää pttz ja mlzg, option_b käyttää menetelmää mlzg ja pttz ja option_c käyttää menetelmää dlmz ja pttz, kantasana: pzkl, tmtg ja tmtg, kantasana: gvtt, prmg ja snkt, kantasana: ttzl, mlvs ja skds, kantasana: stds, mlvs ja tmtg ja snkt, kantasana: srnn, skds ja tmtg ja kantasana: kkss, snkt ja mlvs, menetelmä achieving skds, prmg ja tmtg ja gkgn expands jotta stds ja srnn, dlmz expands jotta pzkl, mlzg expands jotta ttzl ja pttz expands jotta gvtt ja kkss
Etelä: rooli asiamies ja frank, kantoi ja carol.
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：
  - 选项D的方法是gkgn和mlzg、选项A的方法是pttz和mlzg、选项B的方法是mlzg和pttz和选项C的方法是dlmz和pttz、的原语是：pzkl、tmtg和tmtg、的原语是：gvtt、prmg和snkt、的原语是：ttzl、mlvs和skds、的原语是：stds、mlvs和tmtg和snkt、的原语是：srnn、skds和tmtg和的原语是：kkss、snkt和mlvs、方法是achieving：skds、prmg和tmtg和gkgn展开为stds和srnn、dlmz展开为pzkl、mlzg展开为ttzl和pttz展开为gvtt和kkss
南面有：角色：智能体和frank、followed和carol。
resolve query in：北什么？

北:
  - option_dgkgnとmlzg方法, option_apttzとmlzg方法, option_bmlzgとpttz方法とoption_cdlmzとpttz方法, primitive:pzkl, tmtgとtmtg, primitive:gvtt, prmgとsnkt, primitive:ttzl, mlvsとskds, primitive:stds, mlvsとtmtgとsnkt, primitive:srnn, skdsとtmtgとprimitive:kkss, snktとmlvs, 方法achieving:skds, prmgとtmtgとgkgnstdsとsrnnexpandsに, dlmzpzklexpandsに, mlzgttzlexpandsにとpttzgvttとkkssexpandsに
南:役:代理人とfrank, followedとcarol.
解く質問...に:北何と?

North:
  - option_d gkgn ve mlzg method, option_a pttz ve mlzg method, option_b mlzg ve pttz method ve option_c dlmz ve pttz method, primitive: pzkl, tmtg ve tmtg, primitive: gvtt, prmg ve snkt, primitive: ttzl, mlvs ve skds, primitive: stds, mlvs ve tmtg ve snkt, primitive: srnn, skds ve tmtg ve primitive: kkss, snkt ve mlvs, method achieving: skds, prmg ve tmtg ve gkgn stds ve srnn expands, dlmz pzkl expands, mlzg ttzl expands ve pttz gvtt ve kkss expands
South: role: etmen ve frank, followed ve carol.
Resolve query in: kuzey ne?

شَمَال:
  - طَرِيقَة option_d gkgn وَـ mlzg، طَرِيقَة option_a pttz وَـ mlzg، طَرِيقَة option_b mlzg وَـ pttz وَـ طَرِيقَة option_c dlmz وَـ pttz، بدائي: pzkl، tmtg وَـ tmtg، بدائي: gvtt، prmg وَـ snkt، بدائي: ttzl، mlvs وَـ skds، بدائي: stds، mlvs وَـ tmtg وَـ snkt، بدائي: srnn، skds وَـ tmtg وَـ بدائي: kkss، snkt وَـ mlvs، طَرِيقَة achieving skds، prmg وَـ tmtg وَـ expands أَنّ gkgn stds وَـ srnn، expands أَنّ dlmz pzkl، expands أَنّ mlzg ttzl وَـ expands أَنّ pttz gvtt وَـ kkss
جَنُوب: دَوْر فَاعِل وَـ frank، followed وَـ carol.
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი:
  - option_d gkgn და mlzg ხერხი, option_a pttz და mlzg ხერხი, option_b mlzg და pttz ხერხი და option_c dlmz და pttz ხერხი, primitive: pzkl, tmtg და tmtg, primitive: gvtt, prmg და snkt, primitive: ttzl, mlvs და skds, primitive: stds, mlvs და tmtg და snkt, primitive: srnn, skds და tmtg და primitive: kkss, snkt და mlvs, ხერხი achieving skds, prmg და tmtg და gkgn stds და srnn expands უკლია, dlmz pzkl expands უკლია, mlzg ttzl expands უკლია და pttz gvtt და kkss expands უკლია
Სამხრეთი: როლი agent და frank, followed და carol.
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau:
  - pēheatanga option_d gkgn me mlzg, pēheatanga option_a pttz me mlzg, pēheatanga option_b mlzg me pttz me pēheatanga option_c dlmz me pttz, primitive: pzkl, tmtg me tmtg, primitive: gvtt, prmg me snkt, primitive: ttzl, mlvs me skds, primitive: stds, mlvs me tmtg me snkt, primitive: srnn, skds me tmtg me primitive: kkss, snkt me mlvs, pēheatanga achieving skds, prmg me tmtg me expands ki gkgn stds me srnn, expands ki dlmz pzkl, expands ki mlzg ttzl me expands ki pttz gvtt me kkss
Tonga: role māngai me frank, followed me carol.
Whakatatū query in tokerau unutai?

Phía bắc:
  - option_d phương pháp gkgn và mlzg, option_a phương pháp pttz và mlzg, option_b phương pháp mlzg và pttz và option_c phương pháp dlmz và pttz, primitive: pzkl, tmtg và tmtg, primitive: gvtt, prmg và snkt, primitive: ttzl, mlvs và skds, primitive: stds, mlvs và tmtg và snkt, primitive: srnn, skds và tmtg và primitive: kkss, snkt và mlvs, phương pháp achieving skds, prmg và tmtg và gkgn expands để stds và srnn, dlmz expands để pzkl, mlzg expands để ttzl và pttz expands để gvtt và kkss
Phía nam: vai agent và frank, followed và carol.
Resolve query trong phía bắc gì?

ทิศเหนือ:
  - option_dวิธีgkgnและmlzg, option_aวิธีpttzและmlzg, option_bวิธีmlzgและpttzและoption_cวิธีdlmzและpttz, primitive:pzkl, tmtgและtmtg, primitive:gvtt, prmgและsnkt, primitive:ttzl, mlvsและskds, primitive:stds, mlvsและtmtgและsnkt, primitive:srnn, skdsและtmtgและprimitive:kkss, snktและmlvs, วิธีachieving:skds, prmgและtmtgและgkgnexpandsเพื่อstdsและsrnn, dlmzexpandsเพื่อpzkl, mlzgexpandsเพื่อttzlและpttzexpandsเพื่อgvttและkkss
ทิศใต้:บทบาท:ตัวแทนและfrank, followedและcarol.
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு:
  - option_d gkgn மற்றும் mlzg முறைமை, option_a pttz மற்றும் mlzg முறைமை, option_b mlzg மற்றும் pttz முறைமை மற்றும் option_c dlmz மற்றும் pttz முறைமை, primitive: pzkl, tmtg மற்றும் tmtg, primitive: gvtt, prmg மற்றும் snkt, primitive: ttzl, mlvs மற்றும் skds, primitive: stds, mlvs மற்றும் tmtg மற்றும் snkt, primitive: srnn, skds மற்றும் tmtg மற்றும் primitive: kkss, snkt மற்றும் mlvs, முறைமை achieving skds, prmg மற்றும் tmtg மற்றும் gkgn stds மற்றும் srnn expands வரை, dlmz pzkl expands வரை, mlzg ttzl expands வரை மற்றும் pttz gvtt மற்றும் kkss expands வரை
தெற்கு: பங்கு agent மற்றும் frank, followed மற்றும் carol.
resolve query உள்ளே வடக்கு என்ன?

North:
  - option_d method gkgn na mlzg, option_a method pttz na mlzg, option_b method mlzg na pttz na option_c method dlmz na pttz, primitive: pzkl, tmtg na tmtg, primitive: gvtt, prmg na snkt, primitive: ttzl, mlvs na skds, primitive: stds, mlvs na tmtg na snkt, primitive: srnn, skds na tmtg na primitive: kkss, snkt na mlvs, method achieving: skds, prmg na tmtg na gkgn expands kwa stds na srnn, dlmz expands kwa pzkl, mlzg expands kwa ttzl na pttz expands kwa gvtt na kkss
South: role: mwakala na frank, followed na carol.
Resolve query in: kaskazi nini?

Náhookǫs:
  - option_d gkgn dóó mlzg method, option_a pttz dóó mlzg method, option_b mlzg dóó pttz method dóó option_c dlmz dóó pttz method, primitive: pzkl, tmtg dóó tmtg, primitive: gvtt, prmg dóó snkt, primitive: ttzl, mlvs dóó skds, primitive: stds, mlvs dóó tmtg dóó snkt, primitive: srnn, skds dóó tmtg dóó primitive: kkss, snkt dóó mlvs, method achieving skds, prmg dóó tmtg dóó gkgn stds dóó srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to dóó pttz gvtt dóó kkss expands to
Shádiʼááh: role agent dóó frank, followed dóó carol.
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq:
  - option_d gkgn aamma mlzg method, option_a pttz aamma mlzg method, option_b mlzg aamma pttz method aamma option_c dlmz aamma pttz method, primitive: pzkl, tmtg aamma tmtg, primitive: gvtt, prmg aamma snkt, primitive: ttzl, mlvs aamma skds, primitive: stds, mlvs aamma tmtg aamma snkt, primitive: srnn, skds aamma tmtg aamma primitive: kkss, snkt aamma mlvs, method achieving skds, prmg aamma tmtg aamma gkgn stds aamma srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to aamma pttz gvtt aamma kkss expands to
Kujalleq: role agent aamma frank, followed aamma carol.
Resolve query in avannarleq what?

North:
  - option_d method gkgn na mlzg, option_a method pttz na mlzg, option_b method mlzg na pttz na option_c method dlmz na pttz, primitive: pzkl, tmtg na tmtg, primitive: gvtt, prmg na snkt, primitive: ttzl, mlvs na skds, primitive: stds, mlvs na tmtg na snkt, primitive: srnn, skds na tmtg na primitive: kkss, snkt na mlvs, method achieving skds, prmg na tmtg na gkgn expands long stds na srnn, dlmz expands long pzkl, mlzg expands long ttzl na pttz expands long gvtt na kkss
South: role agent na frank, followed na carol.
Resolve query long north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north kwèch?

North:
  - option_d method gkgn а mlzg, option_a method pttz а mlzg, option_b method mlzg а pttz а option_c method dlmz а pttz, primitive: pzkl, tmtg а tmtg, primitive: gvtt, prmg а snkt, primitive: ttzl, mlvs а skds, primitive: stds, mlvs а tmtg а snkt, primitive: srnn, skds а tmtg а primitive: kkss, snkt а mlvs, method achieving skds, prmg а tmtg а gkgn expands to stds а srnn, dlmz expands to pzkl, mlzg expands to ttzl а pttz expands to gvtt а kkss
South: role agent а frank, followed а carol.
Resolve query in north фу?

북:
  - option_d gkgn mlzg 방법, option_a pttz mlzg 방법, option_b mlzg pttz 방법 option_c dlmz pttz 방법, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, 방법 achieving skds, prmg tmtg gkgn stds srnn expands ...으로, dlmz pzkl expands ...으로, mlzg ttzl expands ...으로 pttz gvtt kkss expands ...으로
남: 역할 대리인 frank, followed carol.
해결하다 질문...의 안에 북 무엇?

Ipar:
  - option_d gkgn eta mlzg metodo, option_a pttz eta mlzg metodo, option_b mlzg eta pttz metodo eta option_c dlmz eta pttz metodo, primitive: pzkl, tmtg eta tmtg, primitive: gvtt, prmg eta snkt, primitive: ttzl, mlvs eta skds, primitive: stds, mlvs eta tmtg eta snkt, primitive: srnn, skds eta tmtg eta primitive: kkss, snkt eta mlvs, metodo achieving skds, prmg eta tmtg eta gkgn stds eta srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to eta pttz gvtt eta kkss expands to
Hego: role agent eta frank, followed eta carol.
Resolve query in ipar zer?

ᏧᏴᏨᎢ:
  - option_d method gkgn ᎠᎴ mlzg, option_a method pttz ᎠᎴ mlzg, option_b method mlzg ᎠᎴ pttz ᎠᎴ option_c method dlmz ᎠᎴ pttz, primitive: pzkl, tmtg ᎠᎴ tmtg, primitive: gvtt, prmg ᎠᎴ snkt, primitive: ttzl, mlvs ᎠᎴ skds, primitive: stds, mlvs ᎠᎴ tmtg ᎠᎴ snkt, primitive: srnn, skds ᎠᎴ tmtg ᎠᎴ primitive: kkss, snkt ᎠᎴ mlvs, method achieving skds, prmg ᎠᎴ tmtg ᎠᎴ gkgn expands to stds ᎠᎴ srnn, dlmz expands to pzkl, mlzg expands to ttzl ᎠᎴ pttz expands to gvtt ᎠᎴ kkss
ᏧᎦᏃᏮᎢ: role agent ᎠᎴ frank, followed ᎠᎴ carol.
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d gkgn ыкӏи mlzg method, option_a pttz ыкӏи mlzg method, option_b mlzg ыкӏи pttz method ыкӏи option_c dlmz ыкӏи pttz method, primitive: pzkl, tmtg ыкӏи tmtg, primitive: gvtt, prmg ыкӏи snkt, primitive: ttzl, mlvs ыкӏи skds, primitive: stds, mlvs ыкӏи tmtg ыкӏи snkt, primitive: srnn, skds ыкӏи tmtg ыкӏи primitive: kkss, snkt ыкӏи mlvs, method achieving skds, prmg ыкӏи tmtg ыкӏи gkgn stds ыкӏи srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to ыкӏи pttz gvtt ыкӏи kkss expands to
South: role agent ыкӏи frank, followed ыкӏи carol.
Resolve query in north сыд?

North:
  - option_d method gkgn thiab mlzg, option_a method pttz thiab mlzg, option_b method mlzg thiab pttz thiab option_c method dlmz thiab pttz, primitive: pzkl, tmtg thiab tmtg, primitive: gvtt, prmg thiab snkt, primitive: ttzl, mlvs thiab skds, primitive: stds, mlvs thiab tmtg thiab snkt, primitive: srnn, skds thiab tmtg thiab primitive: kkss, snkt thiab mlvs, method achieving skds, prmg thiab tmtg thiab gkgn expands to stds thiab srnn, dlmz expands to pzkl, mlzg expands to ttzl thiab pttz expands to gvtt thiab kkss
South: role agent thiab frank, followed thiab carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north ining-jak?

Falammi:
  - option_d method gkgn micha' mlzg, option_a method pttz micha' mlzg, option_b method mlzg micha' pttz micha' option_c method dlmz micha' pttz, primitive: pzkl, tmtg micha' tmtg, primitive: gvtt, prmg micha' snkt, primitive: ttzl, mlvs micha' skds, primitive: stds, mlvs micha' tmtg micha' snkt, primitive: srnn, skds micha' tmtg micha' primitive: kkss, snkt micha' mlvs, method achieving skds, prmg micha' tmtg micha' gkgn expands to stds micha' srnn, dlmz expands to pzkl, mlzg expands to ttzl micha' pttz expands to gvtt micha' kkss
South: role agent micha' frank, followed micha' carol.
Resolve query in falammi nanta?

ヘペラ:
  - option_d gkgn カ mlzg method, option_a pttz カ mlzg method, option_b mlzg カ pttz method カ option_c dlmz カ pttz method, primitive: pzkl, tmtg カ tmtg, primitive: gvtt, prmg カ snkt, primitive: ttzl, mlvs カ skds, primitive: stds, mlvs カ tmtg カ snkt, primitive: srnn, skds カ tmtg カ primitive: kkss, snkt カ mlvs, method achieving skds, prmg カ tmtg カ gkgn stds カ srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to カ pttz gvtt カ kkss expands to
ヘパシ: role agent カ frank, followed カ carol.
Resolve query in ヘペラ what?

Эйгысӄын:
  - option_d method gkgn ынкъам mlzg, option_a method pttz ынкъам mlzg, option_b method mlzg ынкъам pttz ынкъам option_c method dlmz ынкъам pttz, primitive: pzkl, tmtg ынкъам tmtg, primitive: gvtt, prmg ынкъам snkt, primitive: ttzl, mlvs ынкъам skds, primitive: stds, mlvs ынкъам tmtg ынкъам snkt, primitive: srnn, skds ынкъам tmtg ынкъам primitive: kkss, snkt ынкъам mlvs, method achieving skds, prmg ынкъам tmtg ынкъам gkgn expands to stds ынкъам srnn, dlmz expands to pzkl, mlzg expands to ttzl ынкъам pttz expands to gvtt ынкъам kkss
Айвалыӈӄал: role agent ынкъам frank, followed ынкъам carol.
Resolve query in эйгысӄын what?

North:
  - option_d method gkgn yéetel mlzg, option_a method pttz yéetel mlzg, option_b method mlzg yéetel pttz yéetel option_c method dlmz yéetel pttz, primitive: pzkl, tmtg yéetel tmtg, primitive: gvtt, prmg yéetel snkt, primitive: ttzl, mlvs yéetel skds, primitive: stds, mlvs yéetel tmtg yéetel snkt, primitive: srnn, skds yéetel tmtg yéetel primitive: kkss, snkt yéetel mlvs, method achieving skds, prmg yéetel tmtg yéetel gkgn expands to stds yéetel srnn, dlmz expands to pzkl, mlzg expands to ttzl yéetel pttz expands to gvtt yéetel kkss
South: role agent yéetel frank, followed yéetel carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role oxèntiʼína frank, followed carol.
Resolve query in north híli?

North:
  - option_d gkgn na mlzg method, option_a pttz na mlzg method, option_b mlzg na pttz method na option_c dlmz na pttz method, primitive: pzkl, tmtg na tmtg, primitive: gvtt, prmg na snkt, primitive: ttzl, mlvs na skds, primitive: stds, mlvs na tmtg na snkt, primitive: srnn, skds na tmtg na primitive: kkss, snkt na mlvs, method achieving skds, prmg na tmtg na gkgn stds na srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to na pttz gvtt na kkss expands to
South: role agent na frank, followed na carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
Ñemby: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d gkgn mlzg method, option_a pttz mlzg method, option_b mlzg pttz method option_c dlmz pttz method, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn stds srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to pttz gvtt kkss expands to
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d method gkgn ǂʻá mlzg, option_a method pttz ǂʻá mlzg, option_b method mlzg ǂʻá pttz ǂʻá option_c method dlmz ǂʻá pttz, primitive: pzkl, tmtg ǂʻá tmtg, primitive: gvtt, prmg ǂʻá snkt, primitive: ttzl, mlvs ǂʻá skds, primitive: stds, mlvs ǂʻá tmtg ǂʻá snkt, primitive: srnn, skds ǂʻá tmtg ǂʻá primitive: kkss, snkt ǂʻá mlvs, method achieving skds, prmg ǂʻá tmtg ǂʻá gkgn expands to stds ǂʻá srnn, dlmz expands to pzkl, mlzg expands to ttzl ǂʻá pttz expands to gvtt ǂʻá kkss
South: role agent ǂʻá frank, followed ǂʻá carol.
Resolve query in north what?

North:
  - option_d gkgn mlzg method, option_a pttz mlzg method, option_b mlzg pttz method option_c dlmz pttz method, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn stds srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to pttz gvtt kkss expands to
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d gkgn mlzg method, option_a pttz mlzg method, option_b mlzg pttz method option_c dlmz pttz method, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn stds srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to pttz gvtt kkss expands to
Itax: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north what?

Ajkuikpa:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in ajkuikpa tay?

Nord :
  - option_d méthode gkgn et mlzg, option_a méthode pttz et mlzg, option_b méthode mlzg et pttz et option_c méthode dlmz et pttz, primitif: pzkl, tmtg et tmtg, primitif: gvtt, prmg et snkt, primitif: ttzl, mlvs et skds, primitif: stds, mlvs et tmtg et snkt, primitif: srnn, skds et tmtg et primitif: kkss, snkt et mlvs, méthode achieving skds, prmg et tmtg et gkgn expands pour stds et srnn, dlmz expands pour pzkl, mlzg expands pour ttzl et pttz expands pour gvtt et kkss
Sud : rôle agent et frank, suivait et carol.
Quoi résoudre question dans nord ?

Nordo:
  - option_d metodo gkgn kaj mlzg, option_a metodo pttz kaj mlzg, option_b metodo mlzg kaj pttz kaj option_c metodo dlmz kaj pttz, primitiva: pzkl, tmtg kaj tmtg, primitiva: gvtt, prmg kaj snkt, primitiva: ttzl, mlvs kaj skds, primitiva: stds, mlvs kaj tmtg kaj snkt, primitiva: srnn, skds kaj tmtg kaj primitiva: kkss, snkt kaj mlvs, metodo achieving skds, prmg kaj tmtg kaj gkgn expands al stds kaj srnn, dlmz expands al pzkl, mlzg expands al ttzl kaj pttz expands al gvtt kaj kkss
Sudo: role agento kaj frank, followed kaj carol.
Solvi pridemando en norde kio?

Észak:
  - option_d módszer gkgn és mlzg, option_a módszer pttz és mlzg, option_b módszer mlzg és pttz és option_c módszer dlmz és pttz, primitive: pzkl, tmtg és tmtg, primitive: gvtt, prmg és snkt, primitive: ttzl, mlvs és skds, primitive: stds, mlvs és tmtg és snkt, primitive: srnn, skds és tmtg és primitive: kkss, snkt és mlvs, módszer achieving skds, prmg és tmtg és gkgn expands hogy stds és srnn, dlmz expands hogy pzkl, mlzg expands hogy ttzl és pttz expands hogy gvtt és kkss
Dél: szerep ügynök és frank, követett és carol.
Megold kérdés be észak melyik?

北:
  - option_d方法gkgn及mlzg, option_a方法pttz及mlzg, option_b方法mlzg及pttz及option_c方法dlmz及pttz, primitive:pzkl, tmtg及tmtg, primitive:gvtt, prmg及snkt, primitive:ttzl, mlvs及skds, primitive:stds, mlvs及tmtg及snkt, primitive:srnn, skds及tmtg及primitive:kkss, snkt及mlvs, 方法achieving:skds, prmg及tmtg及gkgnexpands tostds及srnn, dlmzexpands topzkl, mlzgexpands tottzl及pttzexpands togvtt及kkss
南:角色:agent及frank, followed及carol.
resolve query in:北乜嘢?

北:
  - option_d method gkgn とぅ mlzg, option_a method pttz とぅ mlzg, option_b method mlzg とぅ pttz とぅ option_c method dlmz とぅ pttz, primitive: pzkl, tmtg とぅ tmtg, primitive: gvtt, prmg とぅ snkt, primitive: ttzl, mlvs とぅ skds, primitive: stds, mlvs とぅ tmtg とぅ snkt, primitive: srnn, skds とぅ tmtg とぅ primitive: kkss, snkt とぅ mlvs, method achieving skds, prmg とぅ tmtg とぅ gkgn expands to stds とぅ srnn, dlmz expands to pzkl, mlzg expands to ttzl とぅ pttz expands to gvtt とぅ kkss
South: role agent とぅ frank, followed とぅ carol.
Resolve query in 北 what?

North:
  - option_d әдіс gkgn және mlzg, option_a әдіс pttz және mlzg, option_b әдіс mlzg және pttz және option_c әдіс dlmz және pttz, primitive: pzkl, tmtg және tmtg, primitive: gvtt, prmg және snkt, primitive: ttzl, mlvs және skds, primitive: stds, mlvs және tmtg және snkt, primitive: srnn, skds және tmtg және primitive: kkss, snkt және mlvs, әдіс achieving skds, prmg және tmtg және gkgn expands to stds және srnn, dlmz expands to pzkl, mlzg expands to ttzl және pttz expands to gvtt және kkss
South: рөл agent және frank, followed және carol.
Resolve сұрау in north не?

צָּפוֹן:
  - option_d מֶתוֹדָה gkgn וְ־ mlzg, option_a מֶתוֹדָה pttz וְ־ mlzg, option_b מֶתוֹדָה mlzg וְ־ pttz וְ־ option_c מֶתוֹדָה dlmz וְ־ pttz, primitive: pzkl, tmtg וְ־ tmtg, primitive: gvtt, prmg וְ־ snkt, primitive: ttzl, mlvs וְ־ skds, primitive: stds, mlvs וְ־ tmtg וְ־ snkt, primitive: srnn, skds וְ־ tmtg וְ־ primitive: kkss, snkt וְ־ mlvs, מֶתוֹדָה achieving skds, prmg וְ־ tmtg וְ־ gkgn expands ל־ stds וְ־ srnn, dlmz expands ל־ pzkl, mlzg expands ל־ ttzl וְ־ pttz expands ל־ gvtt וְ־ kkss
דָּרוֹם: תַּפְקִיד סוֹכֵן וְ־ frank, followed וְ־ carol.
איזה resolve query בְּתוֹך צָּפוֹן?

North:
  - option_d method gkgn დო mlzg, option_a method pttz დო mlzg, option_b method mlzg დო pttz დო option_c method dlmz დო pttz, primitive: pzkl, tmtg დო tmtg, primitive: gvtt, prmg დო snkt, primitive: ttzl, mlvs დო skds, primitive: stds, mlvs დო tmtg დო snkt, primitive: srnn, skds დო tmtg დო primitive: kkss, snkt დო mlvs, method achieving skds, prmg დო tmtg დო gkgn expands to stds დო srnn, dlmz expands to pzkl, mlzg expands to ttzl დო pttz expands to gvtt დო kkss
South: role agent დო frank, followed დო carol.
Resolve query in north what?

Utara:
  - option_d metode gkgn dan mlzg, option_a metode pttz dan mlzg, option_b metode mlzg dan pttz dan option_c metode dlmz dan pttz, primitive: pzkl, tmtg dan tmtg, primitive: gvtt, prmg dan snkt, primitive: ttzl, mlvs dan skds, primitive: stds, mlvs dan tmtg dan snkt, primitive: srnn, skds dan tmtg dan primitive: kkss, snkt dan mlvs, metode achieving skds, prmg dan tmtg dan gkgn expands banding stds dan srnn, dlmz expands banding pzkl, mlzg expands banding ttzl dan pttz expands banding gvtt dan kkss
Selatan: peranan agen dan frank, followed dan carol.
Resolve kueri di dalam utara apa?

ខាងជើង:
  - option_dពិធីgkgnនឹងmlzg, option_aពិធីpttzនឹងmlzg, option_bពិធីmlzgនឹងpttzនឹងoption_cពិធីdlmzនឹងpttz, primitive:pzkl, tmtgនឹងtmtg, primitive:gvtt, prmgនឹងsnkt, primitive:ttzl, mlvsនឹងskds, primitive:stds, mlvsនឹងtmtgនឹងsnkt, primitive:srnn, skdsនឹងtmtgនឹងprimitive:kkss, snktនឹងmlvs, ពិធីachieving:skds, prmgនឹងtmtgនឹងgkgnexpandsដល់stdsនឹងsrnn, dlmzexpandsដល់pzkl, mlzgexpandsដល់ttzlនឹងpttzexpandsដល់gvttនឹងkkss
ខាងត្បូង:តួ:agentនឹងfrank, followedនឹងcarol.
resolvequeryក្នុង:ខាងជើងអី?

ເໜືອ:
  - option_dວິທີgkgnແລະmlzg, option_aວິທີpttzແລະmlzg, option_bວິທີmlzgແລະpttzແລະoption_cວິທີdlmzແລະpttz, primitive:pzkl, tmtgແລະtmtg, primitive:gvtt, prmgແລະsnkt, primitive:ttzl, mlvsແລະskds, primitive:stds, mlvsແລະtmtgແລະsnkt, primitive:srnn, skdsແລະtmtgແລະprimitive:kkss, snktແລະmlvs, ວິທີachieving:skds, prmgແລະtmtgແລະgkgnexpands tostdsແລະsrnn, dlmzexpands topzkl, mlzgexpands tottzlແລະpttzexpands togvttແລະkkss
ທິດໃຕ້:ບົດບາດ:agentແລະfrank, followedແລະcarol.
resolvequeryໃນ:ເໜືອຫຍັງ?

ఉత్తరము:
  - option_d gkgn మరియు mlzg పద్ధతి, option_a pttz మరియు mlzg పద్ధతి, option_b mlzg మరియు pttz పద్ధతి మరియు option_c dlmz మరియు pttz పద్ధతి, primitive: pzkl, tmtg మరియు tmtg, primitive: gvtt, prmg మరియు snkt, primitive: ttzl, mlvs మరియు skds, primitive: stds, mlvs మరియు tmtg మరియు snkt, primitive: srnn, skds మరియు tmtg మరియు primitive: kkss, snkt మరియు mlvs, పద్ధతి achieving skds, prmg మరియు tmtg మరియు gkgn stds మరియు srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to మరియు pttz gvtt మరియు kkss expands to
దక్షిణం: పాత్ర agent మరియు frank, followed మరియు carol.
పరిష్కరించు query లో ఉత్తరము ఏమిటి?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
What resolve query in north?

North:
  - option_d gkgn mlzg method, option_a pttz mlzg method, option_b mlzg pttz method option_c dlmz pttz method, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn stds srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to pttz gvtt kkss expands to
South: role agent frank, followed carol.
Resolve query in north what?

north:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
south: role agent frank, followed carol.
resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d method gkgn mlzg, option_a method pttz mlzg, option_b method mlzg pttz option_c method dlmz pttz, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn expands to stds srnn, dlmz expands to pzkl, mlzg expands to ttzl pttz expands to gvtt kkss
South: role agent frank, followed carol.
Resolve query in north what?

North:
  - option_d gkgn mlzg method, option_a pttz mlzg method, option_b mlzg pttz method option_c dlmz pttz method, primitive: pzkl, tmtg tmtg, primitive: gvtt, prmg snkt, primitive: ttzl, mlvs skds, primitive: stds, mlvs tmtg snkt, primitive: srnn, skds tmtg primitive: kkss, snkt mlvs, method achieving skds, prmg tmtg gkgn stds srnn expands to, dlmz pzkl expands to, mlzg ttzl expands to pttz gvtt kkss expands to
South: role agent frank, followed carol.
Resolve query in north вуч?

North:
  - status of ngvd, said: ryn, llkz and no, said: vela, ngvd and no, said: vela, vsdp and yes, said: orin, vsdp and no, said: vela, llkz and no, said: ryn, vsdp and yes and said: vela, rrnm and yes and unreliable vela, reliable orin, unreliable ferro and reliable ryn
South:
  - blue the to the left of the orange sphere and o0 is a red disc at (4, 4), o1 is a orange sphere at (6, 7), o2 is a blue sphere at (0, 3) and o3 is a orange disc at (2, 3)
What is the resolve query in south?

Al norte:
  - status: ngvd, dijo: ryn, llkz y no, dijo: vela, ngvd y no, dijo: vela, vsdp y sí, dijo: orin, vsdp y no, dijo: vela, llkz y no, dijo: ryn, vsdp y sí y dijo: vela, rrnm y sí y no es fiable: vela, es fiable: orin, no es fiable: ferro y es fiable: ryn
Al sur:
  - azul el a la izquierda de la esfera naranja y o0 es un disco rojo en (4, 4), o1 es una esfera naranja en (6, 7), o2 es una esfera azul en (0, 3) y o3 es un disco naranja en (2, 3)
¿Qué resolve query in: sur?

北面有：
  - status的：ngvd、说过：ryn、llkz和否、说过：vela、ngvd和否、说过：vela、vsdp和是、说过：orin、vsdp和否、说过：vela、llkz和否、说过：ryn、vsdp和是和说过：vela、rrnm和是和不可靠：vela、可靠：orin、不可靠：ferro和可靠：ryn
南面有：
  - 蓝色的the的左边这个橙色的球体和o0是一个红色的圆盘在(4、4)、o1是一个橙色的球体在(6、7)、o2是一个蓝色的球体在(0、3)和o3是一个橙色的圆盘在(2、3)
resolve query in：南什么？

North:
  - status: ngvd, said: ryn, llkz ve hayır, said: vela, ngvd ve hayır, said: vela, vsdp ve evet, said: orin, vsdp ve hayır, said: vela, llkz ve hayır, said: ryn, vsdp ve evet ve said: vela, rrnm ve evet ve unreliable: vela, reliable: orin, unreliable: ferro ve reliable: ryn
South:
  - mavi turuncu küreyi solunda the ve o0 (4, 4) bir kırmızı disk, o1 (6, 7) bir turuncu küre, o2 (0, 3) bir mavi küre ve o3 (2, 3) bir turuncu disk
Resolve query in: güney ne?

North:
  - status ya: ngvd, said: ryn, llkz na hapana, said: vela, ngvd na hapana, said: vela, vsdp na ndiyo, said: orin, vsdp na hapana, said: vela, llkz na hapana, said: ryn, vsdp na ndiyo na said: vela, rrnm na ndiyo na unreliable: vela, reliable: orin, unreliable: ferro na reliable: ryn
South:
  - buluu the kushoto ya tufe chungwa na o0 ni duara nyekundu katika (4, 4), o1 ni tufe chungwa katika (6, 7), o2 ni tufe buluu katika (0, 3) na o3 ni duara chungwa katika (2, 3)
Resolve query in: kusini nini?

North:
  - status of ngvd, said: ryn, llkz and no, said: vela, ngvd and no, said: vela, vsdp and yes, said: orin, vsdp and no, said: vela, llkz and no, said: ryn, vsdp and yes and said: vela, rrnm and yes and unreliable vela, reliable orin, unreliable ferro and reliable ryn
South:
  - blue the to the left of the orange sphere and o0 is a red disc at (4, 4), o1 is a orange sphere at (6, 7), o2 is a blue sphere at (0, 3) and o3 is a orange disc at (2, 3)
What is the resolve query in south?

{north: {query: (status_of ngvd), reports: [(said ryn llkz no) (said vela ngvd no) (said vela vsdp yes) (said orin vsdp no) (said vela llkz no) (said ryn vsdp yes) (said vela rrnm yes)], sources: [(unreliable vela) (reliable orin) (unreliable ferro) (reliable ryn)]}, query: (resolve_query_in south), south: {query: (the blue (left_of orange sphere)), scene: [(obj o0 red disc 4 4) (obj o1 orange sphere 6 7) (obj o2 blue sphere 0 3) (obj o3 orange disc 2 3)]}}

Norden:
  - Status aus ngvd, besagt: ryn, llkz und nein, besagt: vela, ngvd und nein, besagt: vela, vsdp und ja, besagt: orin, vsdp und nein, besagt: vela, llkz und nein, besagt: ryn, vsdp und ja und besagt: vela, rrnm und ja und unzuverlässig vela, verlässlich orin, unzuverlässig ferro und verlässlich ryn
Süden:
  - blaue der link aus die orange Kugel und o0 ist ein roter Scheibe an (4, 4), o1 ist eine orange Kugel an (6, 7), o2 ist eine blaue Kugel an (0, 3) und o3 ist ein orange Scheibe an (2, 3)
Was lösen Frage in Süden?

Се̏вер:
  - ста́тус od ngvd, said: ryn, llkz и no, said: vela, ngvd и no, said: vela, vsdp и да, said: orin, vsdp и no, said: vela, llkz и no, said: ryn, vsdp и да и said: vela, rrnm и да и nepouzdan vela, pouzdan orin, nepouzdan ferro и pouzdan ryn
Ју̏г:
  - пла̑в the ле̑вӣ od на̀ра̄нџаст сфе́ра и o0 би̏ти цр̀вен диск (4, 4), o1 би̏ти на̀ра̄нџаст сфе́ра (6, 7), o2 би̏ти пла̑в сфе́ра (0, 3) и o3 би̏ти на̀ра̄нџаст диск (2, 3)
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - asema vaille ngvd, samainen: ryn, llkz ja ei, samainen: vela, ngvd ja ei, samainen: vela, vsdp ja kyllä, samainen: orin, vsdp ja ei, samainen: vela, llkz ja ei, samainen: ryn, vsdp ja kyllä ja samainen: vela, rrnm ja kyllä ja epäluotettava vela, luotettava orin, epäluotettava ferro ja luotettava ryn
Etelä:
  - siniset se oranssi pallolle vasen vaille ja o0 on punainen kiekko (4, 4) luona, o1 on oranssi pallo (6, 7) luona, o2 on sininen pallo (0, 3) luona ja o3 on oranssi kiekko (2, 3) luona
Mikä ratkaista kysymys sisään etelään?

北面有：
  - status的：ngvd、说过：ryn、llkz和否、说过：vela、ngvd和否、说过：vela、vsdp和是、说过：orin、vsdp和否、说过：vela、llkz和否、说过：ryn、vsdp和是和说过：vela、rrnm和是和不可靠：vela、可靠：orin、不可靠：ferro和可靠：ryn
南面有：
  - 蓝色的the的左边这个橙色的球体和o0是一个红色的圆盘在(4、4)、o1是一个橙色的球体在(6、7)、o2是一个蓝色的球体在(0、3)和o3是一个橙色的圆盘在(2、3)
resolve query in：南什么？

北:
  - 地位の中の:ngvd, 前記:ryn, llkzといいえ, 前記:vela, ngvdといいえ, 前記:vela, vsdpとはい, 前記:orin, vsdpといいえ, 前記:vela, llkzといいえ, 前記:ryn, vsdpとはいと前記:vela, rrnmとはいとunreliable:vela, 頼もしい:orin, unreliable:ferroと頼もしい:ryn
南:
  - 青いオレンジ色の球左の中のそのとo0(4, 4)...で赤いディスクです, o1(6, 7)...でオレンジ色の球です, o2(0, 3)...で青い球ですとo3(2, 3)...でオレンジ色のディスクです
解く質問...に:南何と?

North:
  - status: ngvd, said: ryn, llkz ve hayır, said: vela, ngvd ve hayır, said: vela, vsdp ve evet, said: orin, vsdp ve hayır, said: vela, llkz ve hayır, said: ryn, vsdp ve evet ve said: vela, rrnm ve evet ve unreliable: vela, reliable: orin, unreliable: ferro ve reliable: ryn
South:
  - mavi turuncu küreyi solunda the ve o0 (4, 4) bir kırmızı disk, o1 (6, 7) bir turuncu küre, o2 (0, 3) bir mavi küre ve o3 (2, 3) bir turuncu disk
Resolve query in: güney ne?

شَمَال:
  - تَرْتِيب مِنْ ngvd، said: ryn، llkz وَـ no، said: vela، ngvd وَـ no، said: vela، vsdp وَـ نَعَم، said: orin، vsdp وَـ no، said: vela، llkz وَـ no، said: ryn، vsdp وَـ نَعَم وَـ said: vela، rrnm وَـ نَعَم وَـ unreliable vela، مَوْثُوق orin، unreliable ferro وَـ مَوْثُوق ryn
جَنُوب:
  - الـ أَزْرَق يَسَار مِنْ الـ كُرَة بُرْتُقَالِيّ وَـ o0 قُرْص أَحْمَر عِنْد (4، 4)، o1 كُرَة بُرْتُقَالِيّ عِنْد (6، 7)، o2 كُرَة أَزْرَق عِنْد (0، 3) وَـ o3 قُرْص بُرْتُقَالِيّ عِنْد (2، 3)
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - status of ngvd, said: ryn, llkz და no, said: vela, ngvd და no, said: vela, vsdp და დიახ, said: orin, vsdp და no, said: vela, llkz და no, said: ryn, vsdp და დიახ და said: vela, rrnm და დიახ და unreliable vela, საიმედო orin, unreliable ferro და საიმედო ryn
Სამხრეთი:
  - ლურჯი ფორთოხალი სფერო მარცხენა of the და o0 (4, 4) წითელი დისკი ყოფნა, o1 (6, 7) ფორთოხალი სფერო ყოფნა, o2 (0, 3) ლურჯი სფერო ყოფნა და o3 (2, 3) ფორთოხალი დისკი ყოფნა
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - tupu o ngvd, said: ryn, llkz me kāo, said: vela, ngvd me kāo, said: vela, vsdp me āe, said: orin, vsdp me kāo, said: vela, llkz me kāo, said: ryn, vsdp me āe me said: vela, rrnm me āe me kahurakiraki vela, haepapa orin, kahurakiraki ferro me haepapa ryn
Tonga:
  - te kahurangi mauī o te poi orange me o0 porotītiti red i (4, 4), o1 poi orange i (6, 7), o2 poi kahurangi i (0, 3) me o3 porotītiti orange i (2, 3)
Whakatatū query in tonga unutai?

Phía bắc:
  - trạng thái bằng ngvd, said: ryn, llkz và no, said: vela, ngvd và no, said: vela, vsdp và vâng, said: orin, vsdp và no, said: vela, llkz và no, said: ryn, vsdp và vâng và said: vela, rrnm và vâng và unreliable vela, tin cậy orin, unreliable ferro và tin cậy ryn
Phía nam:
  - blue the trái bằng mặt cầu cam và o0 là đĩa đỏ lúc (4, 4), o1 là mặt cầu cam lúc (6, 7), o2 là mặt cầu blue lúc (0, 3) và o3 là đĩa cam lúc (2, 3)
Resolve query trong phía nam gì?

ทิศเหนือ:
  - สถานภาพของ:ngvd, said:ryn, llkzและไฮ้, said:vela, ngvdและไฮ้, said:vela, vsdpและใช่, said:orin, vsdpและไฮ้, said:vela, llkzและไฮ้, said:ryn, vsdpและใช่และsaid:vela, rrnmและใช่และunreliable:vela, ไว้ใจได้:orin, unreliable:ferroและไว้ใจได้:ryn
ทิศใต้:
  - น้ำเงินtheซ้ายของทรงกลมส้มและo0ถูกดิสก์แดงที่(4, 4), o1ถูกทรงกลมส้มที่(6, 7), o2ถูกทรงกลมน้ำเงินที่(0, 3)และo3ถูกดิสก์ส้มที่(2, 3)
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - அந்தஸ்து கொண்ட ngvd, said: ryn, llkz மற்றும் no, said: vela, ngvd மற்றும் no, said: vela, vsdp மற்றும் ஆம், said: orin, vsdp மற்றும் no, said: vela, llkz மற்றும் no, said: ryn, vsdp மற்றும் ஆம் மற்றும் said: vela, rrnm மற்றும் ஆம் மற்றும் unreliable vela, reliable orin, unreliable ferro மற்றும் reliable ryn
தெற்கு:
  - நீலம் ஆரஞ்சு sphere இடது கொண்ட the மற்றும் o0 (4, 4) சிவப்பு disc, o1 (6, 7) ஆரஞ்சு sphere, o2 (0, 3) நீலம் sphere மற்றும் o3 (2, 3) ஆரஞ்சு disc
resolve query உள்ளே தெற்கு என்ன?

North:
  - status ya: ngvd, said: ryn, llkz na hapana, said: vela, ngvd na hapana, said: vela, vsdp na ndiyo, said: orin, vsdp na hapana, said: vela, llkz na hapana, said: ryn, vsdp na ndiyo na said: vela, rrnm na ndiyo na unreliable: vela, reliable: orin, unreliable: ferro na reliable: ryn
South:
  - buluu the kushoto ya tufe chungwa na o0 ni duara nyekundu katika (4, 4), o1 ni tufe chungwa katika (6, 7), o2 ni tufe buluu katika (0, 3) na o3 ni duara chungwa katika (2, 3)
Resolve query in: kusini nini?

Náhookǫs:
  - status of ngvd, said: ryn, llkz dóó no, said: vela, ngvd dóó no, said: vela, vsdp dóó aooʼ, said: orin, vsdp dóó no, said: vela, llkz dóó no, said: ryn, vsdp dóó aooʼ dóó said: vela, rrnm dóó aooʼ dóó unreliable vela, reliable orin, unreliable ferro dóó reliable ryn
Shádiʼááh:
  - dootłʼizh sphere chʼil łitsxooí nishtłʼajígo of the dóó o0 (4, 4) disc łichííʼ átʼé, o1 (6, 7) sphere chʼil łitsxooí átʼé, o2 (0, 3) sphere dootłʼizh átʼé dóó o3 (2, 3) disc chʼil łitsxooí átʼé
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - status of ngvd, said: ryn, llkz aamma no, said: vela, ngvd aamma no, said: vela, vsdp aamma aap, said: orin, vsdp aamma no, said: vela, llkz aamma no, said: ryn, vsdp aamma aap aamma said: vela, rrnm aamma aap aamma unreliable vela, reliable orin, unreliable ferro aamma reliable ryn
Kujalleq:
  - tungujortoq sphere appelsiina left of the aamma o0 (4, 4) disc aappalajaarpoq a, o1 (6, 7) sphere appelsiina a, o2 (0, 3) sphere tungujortoq a aamma o3 (2, 3) disc appelsiina a
Resolve query in kujalleq what?

North:
  - status bilong ngvd, said: ryn, llkz na no, said: vela, ngvd na no, said: vela, vsdp na ya, said: orin, vsdp na no, said: vela, llkz na no, said: ryn, vsdp na ya na said: vela, rrnm na ya na unreliable vela, reliable orin, unreliable ferro na reliable ryn
South:
  - blu dispela left bilong orange sphere na o0 ret disc long (4, 4), o1 orange sphere long (6, 7), o2 blu sphere long (0, 3) na o3 orange disc long (2, 3)
Resolve query long south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue the mënànchi of òlënchikte sphere o0 màxke disc (4, 4), o1 òlënchikte sphere (6, 7), o2 blue sphere (0, 3) o3 òlënchikte disc (2, 3)
Resolve query in south kwèch?

North:
  - status of ngvd, said: ryn, llkz а no, said: vela, ngvd а no, said: vela, vsdp а yes, said: orin, vsdp а no, said: vela, llkz а no, said: ryn, vsdp а yes а said: vela, rrnm а yes а unreliable vela, reliable orin, unreliable ferro а reliable ryn
South:
  - blue the orange sphere аьрда of а o0 хила цӏе disc (4, 4), o1 хила orange sphere (6, 7), o2 хила blue sphere (0, 3) а o3 хила orange disc (2, 3)
Resolve query in south фу?

북:
  - 지위 ...의 ngvd, 상기: ryn, llkz 아니요, 상기: vela, ngvd 아니요, 상기: vela, vsdp 네, 상기: orin, vsdp 아니요, 상기: vela, llkz 아니요, 상기: ryn, vsdp 네 상기: vela, rrnm 네 unreliable vela, 믿음직스럽다 orin, unreliable ferro 믿음직스럽다 ryn
남:
  - 푸르다 주황색의 구체 왼 ...의 the o0 (4, 4) 빨갛다 디스크, o1 (6, 7) 주황색의 구체, o2 (0, 3) 푸르다 구체 o3 (2, 3) 주황색의 디스크
해결하다 질문...의 안에 남 무엇?

Ipar:
  - status of ngvd, said: ryn, llkz eta no, said: vela, ngvd eta no, said: vela, vsdp eta bai, said: orin, vsdp eta no, said: vela, llkz eta no, said: ryn, vsdp eta bai eta said: vela, rrnm eta bai eta ganoragabe vela, reliable orin, ganoragabe ferro eta reliable ryn
Hego:
  - urdin esfera laranja ezker of the eta o0 (4, 4) disc gorri bat dago, o1 (6, 7) esfera laranja bat dago, o2 (0, 3) esfera urdin bat dago eta o3 (2, 3) disc laranja bat dago
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - status of ngvd, said: ryn, llkz ᎠᎴ ᏝᏃ, said: vela, ngvd ᎠᎴ ᏝᏃ, said: vela, vsdp ᎠᎴ ᎥᎥ, said: orin, vsdp ᎠᎴ ᏝᏃ, said: vela, llkz ᎠᎴ ᏝᏃ, said: ryn, vsdp ᎠᎴ ᎥᎥ ᎠᎴ said: vela, rrnm ᎠᎴ ᎥᎥ ᎠᎴ unreliable vela, reliable orin, unreliable ferro ᎠᎴ reliable ryn
ᏧᎦᏃᏮᎢ:
  - ᏌᎪᏂᎨᎢ the ᎣᏂᏥ sphere left of ᎠᎴ o0 ᎩᎦᎨ disc (4, 4), o1 ᎣᏂᏥ sphere (6, 7), o2 ᏌᎪᏂᎨᎢ sphere (0, 3) ᎠᎴ o3 ᎣᏂᏥ disc (2, 3)
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - status of ngvd, said: ryn, llkz mánan, said: vela, ngvd mánan, said: vela, vsdp arí, said: orin, vsdp mánan, said: vela, llkz mánan, said: ryn, vsdp arí said: vela, rrnm arí unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - anqas the left of killmu sphere o0 tiyay puka disc (4, 4), o1 tiyay killmu sphere (6, 7), o2 tiyay anqas sphere (0, 3) o3 tiyay killmu disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz ыкӏи no, said: vela, ngvd ыкӏи no, said: vela, vsdp ыкӏи yes, said: orin, vsdp ыкӏи no, said: vela, llkz ыкӏи no, said: ryn, vsdp ыкӏи yes ыкӏи said: vela, rrnm ыкӏи yes ыкӏи unreliable vela, reliable orin, unreliable ferro ыкӏи reliable ryn
South:
  - blue sphere orange left of the ыкӏи o0 (4, 4) disc плъыжьы, o1 (6, 7) sphere orange, o2 (0, 3) sphere blue ыкӏи o3 (2, 3) disc orange
Resolve query in south сыд?

North:
  - status of ngvd, said: ryn, llkz thiab no, said: vela, ngvd thiab no, said: vela, vsdp thiab yes, said: orin, vsdp thiab no, said: vela, llkz thiab no, said: ryn, vsdp thiab yes thiab said: vela, rrnm thiab yes thiab unreliable vela, reliable orin, unreliable ferro thiab reliable ryn
South:
  - xiav the left of orange sphere thiab o0 liab disc (4, 4), o1 orange sphere (6, 7), o2 xiav sphere (0, 3) thiab o3 orange disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz woi, said: vela, ngvd woi, said: vela, vsdp ngai, said: orin, vsdp woi, said: vela, llkz woi, said: ryn, vsdp ngai said: vela, rrnm ngai unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue koogik left of orange sphere o0 red disc jeyou (4, 4), o1 orange sphere jeyou (6, 7), o2 blue sphere jeyou (0, 3) o3 orange disc jeyou (2, 3)
Resolve query in south ining-jak?

Falammi:
  - status of ngvd, said: ryn, llkz micha' no, said: vela, ngvd micha' no, said: vela, vsdp micha' i̠i, said: orin, vsdp micha' no, said: vela, llkz micha' no, said: ryn, vsdp micha' i̠i micha' said: vela, rrnm micha' i̠i micha' unreliable vela, reliable orin, unreliable ferro micha' reliable ryn
South:
  - blue the ulhfabeka of orange sphere micha' o0 homa disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) micha' o3 orange disc (2, 3)
Resolve query in south nanta?

ヘペラ:
  - status of ngvd, said: ryn, llkz カ ソモ, said: vela, ngvd カ ソモ, said: vela, vsdp カ yes, said: orin, vsdp カ ソモ, said: vela, llkz カ ソモ, said: ryn, vsdp カ yes カ said: vela, rrnm カ yes カ unreliable vela, reliable orin, unreliable ferro カ reliable ryn
ヘパシ:
  - blue orange sphere left of the カ o0 (4, 4) フレ disc, o1 (6, 7) orange sphere, o2 (0, 3) blue sphere カ o3 (2, 3) orange disc
Resolve query in ヘパシ what?

Эйгысӄын:
  - status of ngvd, said: ryn, llkz ынкъам no, said: vela, ngvd ынкъам no, said: vela, vsdp ынкъам yes, said: orin, vsdp ынкъам no, said: vela, llkz ынкъам no, said: ryn, vsdp ынкъам yes ынкъам said: vela, rrnm ынкъам yes ынкъам unreliable vela, reliable orin, unreliable ferro ынкъам reliable ryn
Айвалыӈӄал:
  - ныԓиԓиԓӄин the orange sphere left of ынкъам o0 чеԓгыԓьын disc (4, 4), o1 orange sphere (6, 7), o2 ныԓиԓиԓӄин sphere (0, 3) ынкъам o3 orange disc (2, 3)
Resolve query in айвалыӈӄал what?

North:
  - status of ngvd, said: ryn, llkz yéetel no, said: vela, ngvd yéetel no, said: vela, vsdp yéetel yes, said: orin, vsdp yéetel no, said: vela, llkz yéetel no, said: ryn, vsdp yéetel yes yéetel said: vela, rrnm yéetel yes yéetel unreliable vela, reliable orin, unreliable ferro yéetel reliable ryn
South:
  - blue the left of china sphere yéetel o0 yan chak disc (4, 4), o1 yan china sphere (6, 7), o2 yan blue sphere (0, 3) yéetel o3 yan china disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp hą, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp hą said: vela, rrnm hą unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue the left of orange sphere o0 red disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) o3 orange disc (2, 3)
Resolve query in south híli?

North:
  - status of ngvd, said: ryn, llkz na no, said: vela, ngvd na no, said: vela, vsdp na yes, said: orin, vsdp na no, said: vela, llkz na no, said: ryn, vsdp na yes na said: vela, rrnm na yes na unreliable vela, reliable orin, unreliable ferro na reliable ryn
South:
  - blue sphere orange catkayata of the na o0 (4, 4) disc red, o1 (6, 7) sphere orange, o2 (0, 3) sphere blue na o3 (2, 3) disc orange
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz nahániri, said: vela, ngvd nahániri, said: vela, vsdp heẽ, said: orin, vsdp nahániri, said: vela, llkz nahániri, said: ryn, vsdp heẽ said: vela, rrnm heẽ unreliable vela, reliable orin, unreliable ferro reliable ryn
Ñemby:
  - blue the sphere narã left of o0 disc pytã (4, 4), o1 sphere narã (6, 7), o2 sphere blue (0, 3) o3 disc narã (2, 3)
Resolve query in ñemby what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp jisa, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp jisa said: vela, rrnm jisa unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - larama orange sphere left of the o0 (4, 4) maya chupika disc, o1 (6, 7) maya orange sphere, o2 (0, 3) maya larama sphere o3 (2, 3) maya orange disc
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz ǂʻá ʻĩĩ, said: vela, ngvd ǂʻá ʻĩĩ, said: vela, vsdp ǂʻá ʻée, said: orin, vsdp ǂʻá ʻĩĩ, said: vela, llkz ǂʻá ʻĩĩ, said: ryn, vsdp ǂʻá ʻée ǂʻá said: vela, rrnm ǂʻá ʻée ǂʻá unreliable vela, reliable orin, unreliable ferro ǂʻá reliable ryn
South:
  - blue the left of sphere orange ǂʻá o0 ǀîi disc red (4, 4), o1 ǀîi sphere orange (6, 7), o2 ǀîi sphere blue (0, 3) ǂʻá o3 ǀîi disc orange (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue orange sphere left of the o0 (4, 4) red disc, o1 (6, 7) orange sphere, o2 (0, 3) blue sphere o3 (2, 3) orange disc
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue the left of orange sphere o0 red disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) o3 orange disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
Itax:
  - blue orange sphere left of the o0 (4, 4) red disc, o1 (6, 7) orange sphere, o2 (0, 3) blue sphere o3 (2, 3) orange disc
Resolve query in itax what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp ee, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp ee said: vela, rrnm ee unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue the left of sphere orange o0 disc red (4, 4), o1 sphere orange (6, 7), o2 sphere blue (0, 3) o3 disc orange (2, 3)
Resolve query in south what?

Ajkuikpa:
  - status of ngvd, said: ryn, llkz inte, said: vela, ngvd inte, said: vela, vsdp yes, said: orin, vsdp inte, said: vela, llkz inte, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue ne left of ne orange sphere o0 nemi red disc (4, 4), o1 nemi orange sphere (6, 7), o2 nemi blue sphere (0, 3) o3 nemi orange disc (2, 3)
Resolve query in south tay?

Nord :
  - état de ngvd, dit: ryn, llkz et no, dit: vela, ngvd et no, dit: vela, vsdp et oui, dit: orin, vsdp et no, dit: vela, llkz et no, dit: ryn, vsdp et oui et dit: vela, rrnm et oui et non fiable vela, fiable orin, non fiable ferro et fiable ryn
Sud :
  - bleu le gauche de la sphère orange et o0 est un disque rouge à (4, 4), o1 est une sphère orange à (6, 7), o2 est une sphère bleue à (0, 3) et o3 est un disque orange à (2, 3)
Quoi résoudre question dans sud ?

Nordo:
  - prestiĝo de ngvd, said: ryn, llkz kaj no, said: vela, ngvd kaj no, said: vela, vsdp kaj jes, said: orin, vsdp kaj no, said: vela, llkz kaj no, said: ryn, vsdp kaj jes kaj said: vela, rrnm kaj jes kaj nefidinda vela, fidinda orin, nefidinda ferro kaj fidinda ryn
Sudo:
  - blua la maldekstra de oranĝa sfero kaj o0 egali ruĝa disko ĉe (4, 4), o1 egali oranĝa sfero ĉe (6, 7), o2 egali blua sfero ĉe (0, 3) kaj o3 egali oranĝa disko ĉe (2, 3)
Solvi pridemando en sudo kio?

Észak:
  - helyzet of ngvd, említett: ryn, llkz és no, említett: vela, ngvd és no, említett: vela, vsdp és igen, említett: orin, vsdp és no, említett: vela, llkz és no, említett: ryn, vsdp és igen és említett: vela, rrnm és igen és megbízhatatlan vela, megbízható orin, megbízhatatlan ferro és megbízható ryn
Dél:
  - kék a a narancssárga gömböt bal of és o0 piros lemez (4, 4), o1 narancssárga gömb (6, 7), o2 kék gömb (0, 3) és o3 narancssárga lemez (2, 3)
Megold kérdés be dél melyik?

北:
  - status...嘅:ngvd, said:ryn, llkz及no, said:vela, ngvd及no, said:vela, vsdp及係, said:orin, vsdp及no, said:vela, llkz及no, said:ryn, vsdp及係及said:vela, rrnm及係及unreliable:vela, reliable:orin, unreliable:ferro及reliable:ryn
南:
  - 藍色嘅the左...嘅橙色sphere及o0是一紅disc喺(4, 4), o1是一橙色sphere喺(6, 7), o2是一藍色嘅sphere喺(0, 3)及o3是一橙色disc喺(2, 3)
resolve query in:南乜嘢?

北:
  - status of ngvd, said: ryn, llkz とぅ no, said: vela, ngvd とぅ no, said: vela, vsdp とぅ yes, said: orin, vsdp とぅ no, said: vela, llkz とぅ no, said: ryn, vsdp とぅ yes とぅ said: vela, rrnm とぅ yes とぅ unreliable vela, reliable orin, unreliable ferro とぅ reliable ryn
South:
  - blue the orange sphere left of とぅ o0 有ん red disc (4, 4), o1 有ん orange sphere (6, 7), o2 有ん blue sphere (0, 3) とぅ o3 有ん orange disc (2, 3)
Resolve query in south what?

North:
  - мәртебе туралы ngvd, said: ryn, llkz және жоқ, said: vela, ngvd және жоқ, said: vela, vsdp және иә, said: orin, vsdp және жоқ, said: vela, llkz және жоқ, said: ryn, vsdp және иә және said: vela, rrnm және иә және сенімсіз vela, reliable orin, сенімсіз ferro және reliable ryn
South:
  - көк the сол туралы апельсин сфера және o0 қызыл диск (4, 4), o1 апельсин сфера (6, 7), o2 көк сфера (0, 3) және o3 апельсин диск (2, 3)
Resolve сұрау in south не?

צָּפוֹן:
  - status שֶׁל ngvd, said: ryn, llkz וְ־ no, said: vela, ngvd וְ־ no, said: vela, vsdp וְ־ כֵּן, said: orin, vsdp וְ־ no, said: vela, llkz וְ־ no, said: ryn, vsdp וְ־ כֵּן וְ־ said: vela, rrnm וְ־ כֵּן וְ־ unreliable vela, אמין orin, unreliable ferro וְ־ אמין ryn
דָּרוֹם:
  - כָּחוֹל ה־ שְׂמֹאל שֶׁל כַּדּוּר כָּתֹם ה־ וְ־ o0 הוּא דִּיסְק אָדוֹם אֶחָד אֵצֶל (4, 4), o1 הוּא כַּדּוּר כָּתֹם אֶחָד אֵצֶל (6, 7), o2 הוּא כַּדּוּר כָּחוֹל אֶחָד אֵצֶל (0, 3) וְ־ o3 הוּא דִּיסְק כָּתֹם אֶחָד אֵצֶל (2, 3)
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - status of ngvd, said: ryn, llkz დო no, said: vela, ngvd დო no, said: vela, vsdp დო იახ, said: orin, vsdp დო no, said: vela, llkz დო no, said: ryn, vsdp დო იახ დო said: vela, rrnm დო იახ დო unreliable vela, reliable orin, unreliable ferro დო reliable ryn
South:
  - blue the left of orange sphere დო o0 red disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) დო o3 orange disc (2, 3)
Resolve query in south what?

Utara:
  - keadaan dari ngvd, tersebut: ryn, llkz dan no, tersebut: vela, ngvd dan no, tersebut: vela, vsdp dan ya, tersebut: orin, vsdp dan no, tersebut: vela, llkz dan no, tersebut: ryn, vsdp dan ya dan tersebut: vela, rrnm dan ya dan unreliable vela, reliable orin, unreliable ferro dan reliable ryn
Selatan:
  - biru si kiri dari bola jingga si dan o0 adalah cakram merah (4, 4), o1 adalah bola jingga (6, 7), o2 adalah bola biru (0, 3) dan o3 adalah cakram jingga (2, 3)
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - ឋានៈនៃ:ngvd, said:ryn, llkzនឹងទេ, said:vela, ngvdនឹងទេ, said:vela, vsdpនឹងច៎ា, said:orin, vsdpនឹងទេ, said:vela, llkzនឹងទេ, said:ryn, vsdpនឹងច៎ានឹងsaid:vela, rrnmនឹងច៎ានឹងunreliable:vela, អាចទុកចិត្តបាន:orin, unreliable:ferroនឹងអាចទុកចិត្តបាន:ryn
ខាងត្បូង:
  - ខៀវtheឆ្វេងនៃគោលពណ៌លឿងនឹងo0ត្រូវបានដួងក្រហម(4, 4), o1ត្រូវបានគោលពណ៌លឿង(6, 7), o2ត្រូវបានគោលខៀវ(0, 3)នឹងo3ត្រូវបានដួងពណ៌លឿង(2, 3)
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - ສະຖານະພາບຂອງ:ngvd, said:ryn, llkzແລະno, said:vela, ngvdແລະno, said:vela, vsdpແລະແມ່ນ, said:orin, vsdpແລະno, said:vela, llkzແລະno, said:ryn, vsdpແລະແມ່ນແລະsaid:vela, rrnmແລະແມ່ນແລະunreliable:vela, reliable:orin, unreliable:ferroແລະreliable:ryn
ທິດໃຕ້:
  - ຟ້າtheຊ້າຍຂອງຄະດີສົ້ມແລະo0ຢູ່ຈັກແດງທີ່(4, 4), o1ຢູ່ຄະດີສົ້ມທີ່(6, 7), o2ຢູ່ຄະດີຟ້າທີ່(0, 3)ແລະo3ຢູ່ຈັກສົ້ມທີ່(2, 3)
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - స్థానం of ngvd, said: ryn, llkz మరియు no, said: vela, ngvd మరియు no, said: vela, vsdp మరియు అవును, said: orin, vsdp మరియు no, said: vela, llkz మరియు no, said: ryn, vsdp మరియు అవును మరియు said: vela, rrnm మరియు అవును మరియు unreliable vela, reliable orin, unreliable ferro మరియు reliable ryn
దక్షిణం:
  - నీలము నారింజచెట్టు గోళము ఎడమ of the మరియు o0 (4, 4) వద్ద ఎర్ర disc ఉండు, o1 (6, 7) వద్ద నారింజచెట్టు గోళము ఉండు, o2 (0, 3) వద్ద నీలము గోళము ఉండు మరియు o3 (2, 3) వద్ద నారింజచెట్టు disc ఉండు
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - status of ngvd, said: ryn, llkz rárá, said: vela, ngvd rárá, said: vela, vsdp bẹ́ẹ̀ ni, said: orin, vsdp rárá, said: vela, llkz rárá, said: ryn, vsdp bẹ́ẹ̀ ni said: vela, rrnm bẹ́ẹ̀ ni unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - dúdú the left of sphere bí ọsán o0 wà disc pupa (4, 4), o1 wà sphere bí ọsán (6, 7), o2 wà sphere dúdú (0, 3) o3 wà disc bí ọsán (2, 3)
What resolve query in south?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp au, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp au said: vela, rrnm au unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue left of orange sphere the o0 (4, 4) łichíí disc naiágúóli, o1 (6, 7) orange sphere naiágúóli, o2 (0, 3) blue sphere naiágúóli o3 (2, 3) orange disc naiágúóli
Resolve query in south what?

north:
  - status of ngvd, said: ryn, llkz ᐋᒃᑲ, said: vela, ngvd ᐋᒃᑲ, said: vela, vsdp yes, said: orin, vsdp ᐋᒃᑲ, said: vela, llkz ᐋᒃᑲ, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
south:
  - blue the left of orange sphere o0 red disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) o3 orange disc (2, 3)
resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blaw the left of alanya sphere o0 red disc (4, 4), o1 alanya sphere (6, 7), o2 blaw sphere (0, 3) o3 alanya disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue the left of orange sphere o0 red disc (4, 4), o1 orange sphere (6, 7), o2 blue sphere (0, 3) o3 orange disc (2, 3)
Resolve query in south what?

North:
  - status of ngvd, said: ryn, llkz no, said: vela, ngvd no, said: vela, vsdp yes, said: orin, vsdp no, said: vela, llkz no, said: ryn, vsdp yes said: vela, rrnm yes unreliable vela, reliable orin, unreliable ferro reliable ryn
South:
  - blue orange sphere left of the o0 (4, 4) red disc, o1 (6, 7) orange sphere, o2 (0, 3) blue sphere o3 (2, 3) orange disc
Resolve query in south вуч?

North:
  - niso usually_not gazi, muku usually_not gazi and kame usually ruso, sese member kame, yes, no and unknown, gazi holds of sese and niso subclass muku, kame subclass sepe and muku subclass kame
South:
  - fact daro, fact nuno and fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi and k3 lemma zire, buma, lemma_that_most_shortens_the_proof and rule giku: zire if roma, rule riza: buma if nezu and saku, rule zisi: gazi if daro and nuno, rule sune: zire if daro, rule teko: saku if zire, rule biri: buma if nezu and zire and rule zeku: nezu if gazi and zire
What is the resolve query in north?

Al norte:
  - niso normalmente no gazi, muku normalmente no gazi y kame normalmente ruso, sese es miembro de kame, sí, no y desconocido, gazi se cumple para sese y niso es subclase de muku, kame es subclase de sepe y muku es subclase de kame
Al sur:
  - el hecho: daro, el hecho: nuno y el hecho: roma, k0 el lema nezu, k1 el lema saku, k2 el lema gazi y k3 el lema zire, buma, lemma_that_most_shortens_the_proof y regla giku: zire si roma, regla riza: buma si nezu y saku, regla zisi: gazi si daro y nuno, regla sune: zire si daro, regla teko: saku si zire, regla biri: buma si nezu y zire y regla zeku: nezu si gazi y zire
¿Qué resolve query in: norte?

北面有：
  - niso通常不是gazi、muku通常不是gazi和kame通常是ruso、sese的成员是kame、是、否和未知、gazi对其成立sese和niso隶属于muku、kame隶属于sepe和muku隶属于kame
南面有：
  - 事实：daro、事实：nuno和事实：roma、k0的引理是nezu、k1的引理是saku、k2的引理是gazi和k3的引理是zire、buma、lemma_that_most_shortens_the_proof和规则giku：若roma则zire、规则riza：若nezu和saku则buma、规则zisi：若daro和nuno则gazi、规则sune：若daro则zire、规则teko：若zire则saku、规则biri：若nezu和zire则buma和规则zeku：若gazi和zire则nezu
resolve query in：北什么？

North:
  - niso gazi usually_not, muku gazi usually_not ve kame ruso usually, sese kame member, evet, hayır ve bilinmiyor, gazi sese geçerlidir ve niso muku subclass, kame sepe subclass ve muku kame subclass
South:
  - olgu: daro, olgu: nuno ve olgu: roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma ve k3 zire lemma, buma, lemma_that_most_shortens_the_proof ve kural giku: eğer roma ise zire, kural riza: eğer nezu ve saku ise buma, kural zisi: eğer daro ve nuno ise gazi, kural sune: eğer daro ise zire, kural teko: eğer zire ise saku, kural biri: eğer nezu ve zire ise buma ve kural zeku: eğer gazi ve zire ise nezu
Resolve query in: kuzey ne?

North:
  - niso usually_not gazi, muku usually_not gazi na kame usually ruso, sese member kame, ndiyo, hapana na unknown, gazi hold sese na niso subclass muku, kame subclass sepe na muku subclass kame
South:
  - fact: daro, fact: nuno na fact: roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi na k3 lemma zire, buma, lemma_that_most_shortens_the_proof na kanuni giku: kama roma basi zire, kanuni riza: kama nezu na saku basi buma, kanuni zisi: kama daro na nuno basi gazi, kanuni sune: kama daro basi zire, kanuni teko: kama zire basi saku, kanuni biri: kama nezu na zire basi buma na kanuni zeku: kama gazi na zire basi nezu
Resolve query in: kaskazi nini?

North:
  - niso usually_not gazi, muku usually_not gazi and kame usually ruso, sese member kame, yes, no and unknown, gazi holds of sese and niso subclass muku, kame subclass sepe and muku subclass kame
South:
  - fact daro, fact nuno and fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi and k3 lemma zire, buma, lemma_that_most_shortens_the_proof and rule giku: zire if roma, rule riza: buma if nezu and saku, rule zisi: gazi if daro and nuno, rule sune: zire if daro, rule teko: saku if zire, rule biri: buma if nezu and zire and rule zeku: nezu if gazi and zire
What is the resolve query in north?

{north: {defaults: [(usually_not niso gazi) (usually_not muku gazi) (usually kame ruso)], facts: [(member sese kame)], options: [yes no unknown], query: (holds gazi sese), taxonomy: [(subclass niso muku) (subclass kame sepe) (subclass muku kame)]}, query: (resolve_query_in north), south: {axioms: [(fact daro) (fact nuno) (fact roma)], candidates: [(lemma k0 nezu) (lemma k1 saku) (lemma k2 gazi) (lemma k3 zire)], goal: buma, query: lemma_that_most_shortens_the_proof, rules: [(rule giku zire [roma]) (rule riza buma [nezu saku]) (rule zisi gazi [daro nuno]) (rule sune zire [daro]) (rule teko saku [zire]) (rule biri buma [nezu zire]) (rule zeku nezu [gazi zire])]}}

Norden:
  - niso usually_not gazi, muku usually_not gazi und kame gewöhnlich ruso, sese Mitglied kame, ja, nein und unbekannt, gazi halten sese und niso Unterklasse muku, kame Unterklasse sepe und muku Unterklasse kame
Süden:
  - Tatsache daro, Tatsache nuno und Tatsache roma, k0 Lemma nezu, k1 Lemma saku, k2 Lemma gazi und k3 Lemma zire, buma, lemma_that_most_shortens_the_proof und Regel giku: zire wenn roma, Regel riza: buma wenn nezu und saku, Regel zisi: gazi wenn daro und nuno, Regel sune: zire wenn daro, Regel teko: saku wenn zire, Regel biri: buma wenn nezu und zire und Regel zeku: nezu wenn gazi und zire
Was lösen Frage in nordwärts?

Се̏вер:
  - niso usually_not gazi, muku usually_not gazi и kame obično ruso, sese чла̑н kame, да, no и не̏познат, gazi држати sese и niso subclass muku, kame subclass sepe и muku subclass kame
Ју̏г:
  - чи̏њеница daro, чи̏њеница nuno и чи̏њеница roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi и k3 lemma zire, buma, lemma_that_most_shortens_the_proof и пра̏вило giku: zire ȁko roma, пра̏вило riza: buma ȁko nezu и saku, пра̏вило zisi: gazi ȁko daro и nuno, пра̏вило sune: zire ȁko daro, пра̏вило teko: saku ȁko zire, пра̏вило biri: buma ȁko nezu и zire и пра̏вило zeku: nezu ȁko gazi и zire
Resolve у̀пит у се̏вер kakav?

Pohjoinen:
  - niso usually_not gazi, muku usually_not gazi ja kame yleensä ruso, sese jäsen kame, kyllä, ei ja tuntematon, gazi hold sese ja niso alaluokka muku, kame alaluokka sepe ja muku alaluokka kame
Etelä:
  - tosiasia daro, tosiasia nuno ja tosiasia roma, k0 perusmuoto nezu, k1 perusmuoto saku, k2 perusmuoto gazi ja k3 perusmuoto zire, buma, lemma_that_most_shortens_the_proof ja sääntö giku: zire jos roma, sääntö riza: buma jos nezu ja saku, sääntö zisi: gazi jos daro ja nuno, sääntö sune: zire jos daro, sääntö teko: saku jos zire, sääntö biri: buma jos nezu ja zire ja sääntö zeku: nezu jos gazi ja zire
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：
  - niso通常不是gazi、muku通常不是gazi和kame通常是ruso、sese的成员是kame、是、否和未知、gazi对其成立sese和niso隶属于muku、kame隶属于sepe和muku隶属于kame
南面有：
  - 事实：daro、事实：nuno和事实：roma、k0的引理是nezu、k1的引理是saku、k2的引理是gazi和k3的引理是zire、buma、lemma_that_most_shortens_the_proof和规则giku：若roma则zire、规则riza：若nezu和saku则buma、规则zisi：若daro和nuno则gazi、规则sune：若daro则zire、规则teko：若zire则saku、规则biri：若nezu和zire则buma和规则zeku：若gazi和zire则nezu
resolve query in：北什么？

北:
  - nisogaziusually_not, mukugaziusually_notとkameruso通常, sesekame会員, はい, いいえと未知の, gaziseseholdとnisomuku亜綱, kamesepe亜綱とmukukame亜綱
南:
  - 事実:daro, 事実:nunoと事実:roma, k0nezuレンマ, k1sakuレンマ, k2gaziレンマとk3zireレンマ, buma, lemma_that_most_shortens_the_proofと規則giku:もし...romaそれからzire, 規則riza:もし...nezuとsakuそれからbuma, 規則zisi:もし...daroとnunoそれからgazi, 規則sune:もし...daroそれからzire, 規則teko:もし...zireそれからsaku, 規則biri:もし...nezuとzireそれからbumaと規則zeku:もし...gaziとzireそれからnezu
解く質問...に:北何と?

North:
  - niso gazi usually_not, muku gazi usually_not ve kame ruso usually, sese kame member, evet, hayır ve bilinmiyor, gazi sese geçerlidir ve niso muku subclass, kame sepe subclass ve muku kame subclass
South:
  - olgu: daro, olgu: nuno ve olgu: roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma ve k3 zire lemma, buma, lemma_that_most_shortens_the_proof ve kural giku: eğer roma ise zire, kural riza: eğer nezu ve saku ise buma, kural zisi: eğer daro ve nuno ise gazi, kural sune: eğer daro ise zire, kural teko: eğer zire ise saku, kural biri: eğer nezu ve zire ise buma ve kural zeku: eğer gazi ve zire ise nezu
Resolve query in: kuzey ne?

شَمَال:
  - usually_not niso gazi، usually_not muku gazi وَـ عَادَةً kame ruso، عُضْو sese kame، نَعَم، no وَـ مَجْهُول، مَسَكَ gazi sese وَـ subclass niso muku، subclass kame sepe وَـ subclass muku kame
جَنُوب:
  - مَعْلُومَة daro، مَعْلُومَة nuno وَـ مَعْلُومَة roma، سُدَّة k0 nezu، سُدَّة k1 saku، سُدَّة k2 gazi وَـ سُدَّة k3 zire، buma، lemma_that_most_shortens_the_proof وَـ قَانُون giku: zire إِنْ roma، قَانُون riza: buma إِنْ nezu وَـ saku، قَانُون zisi: gazi إِنْ daro وَـ nuno، قَانُون sune: zire إِنْ daro، قَانُون teko: saku إِنْ zire، قَانُون biri: buma إِنْ nezu وَـ zire وَـ قَانُون zeku: nezu إِنْ gazi وَـ zire
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი:
  - niso gazi usually_not, muku gazi usually_not და kame ruso ჩვეულებრივ, sese kame წევრი, დიახ, no და უცნობი, gazi sese დაჭერა და niso muku subclass, kame sepe subclass და muku kame subclass
Სამხრეთი:
  - ფაქტი daro, ფაქტი nuno და ფაქტი roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma და k3 zire lemma, buma, lemma_that_most_shortens_the_proof და წესი giku: თუ roma მერე zire, წესი riza: თუ nezu და saku მერე buma, წესი zisi: თუ daro და nuno მერე gazi, წესი sune: თუ daro მერე zire, წესი teko: თუ zire მერე saku, წესი biri: თუ nezu და zire მერე buma და წესი zeku: თუ gazi და zire მერე nezu
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau:
  - usually_not niso gazi, usually_not muku gazi me usually kame ruso, mema sese kame, āe, kāo me unknown, pupuri gazi sese me subclass niso muku, subclass kame sepe me subclass muku kame
Tonga:
  - meka daro, meka nuno me meka roma, lemma k0 nezu, lemma k1 saku, lemma k2 gazi me lemma k3 zire, buma, lemma_that_most_shortens_the_proof me rekureihana giku: zire mēnā roma, rekureihana riza: buma mēnā nezu me saku, rekureihana zisi: gazi mēnā daro me nuno, rekureihana sune: zire mēnā daro, rekureihana teko: saku mēnā zire, rekureihana biri: buma mēnā nezu me zire me rekureihana zeku: nezu mēnā gazi me zire
Whakatatū query in tokerau unutai?

Phía bắc:
  - niso usually_not gazi, muku usually_not gazi và kame usually ruso, sese hội viên kame, vâng, no và không biết, gazi hold sese và niso subclass muku, kame subclass sepe và muku subclass kame
Phía nam:
  - sự thật daro, sự thật nuno và sự thật roma, k0 mục từ nezu, k1 mục từ saku, k2 mục từ gazi và k3 mục từ zire, buma, lemma_that_most_shortens_the_proof và rule giku: zire nếu roma, rule riza: buma nếu nezu và saku, rule zisi: gazi nếu daro và nuno, rule sune: zire nếu daro, rule teko: saku nếu zire, rule biri: buma nếu nezu và zire và rule zeku: nezu nếu gazi và zire
Resolve query trong phía bắc gì?

ทิศเหนือ:
  - nisousually_notgazi, mukuusually_notgaziและkameusuallyruso, seseสมาชิกkame, ใช่, ไฮ้และunknown, gaziถือseseและnisosubclassmuku, kamesubclasssepeและmukusubclasskame
ทิศใต้:
  - ข้อเท็จจริง:daro, ข้อเท็จจริง:nunoและข้อเท็จจริง:roma, k0lemmanezu, k1lemmasaku, k2lemmagaziและk3lemmazire, buma, lemma_that_most_shortens_the_proofและกฎgiku:zireroma, กฎriza:bumanezuและsaku, กฎzisi:gazidaroและnuno, กฎsune:ziredaro, กฎteko:sakuzire, กฎbiri:bumanezuและzireและกฎzeku:nezugaziและzire
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு:
  - niso gazi usually_not, muku gazi usually_not மற்றும் kame ruso usually, sese kame member, ஆம், no மற்றும் unknown, gazi sese பிடி மற்றும் niso muku subclass, kame sepe subclass மற்றும் muku kame subclass
தெற்கு:
  - fact daro, fact nuno மற்றும் fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma மற்றும் k3 zire lemma, buma, lemma_that_most_shortens_the_proof மற்றும் ஆள் giku: என்றால் roma zire, ஆள் riza: என்றால் nezu மற்றும் saku buma, ஆள் zisi: என்றால் daro மற்றும் nuno gazi, ஆள் sune: என்றால் daro zire, ஆள் teko: என்றால் zire saku, ஆள் biri: என்றால் nezu மற்றும் zire buma மற்றும் ஆள் zeku: என்றால் gazi மற்றும் zire nezu
resolve query உள்ளே வடக்கு என்ன?

North:
  - niso usually_not gazi, muku usually_not gazi na kame usually ruso, sese member kame, ndiyo, hapana na unknown, gazi hold sese na niso subclass muku, kame subclass sepe na muku subclass kame
South:
  - fact: daro, fact: nuno na fact: roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi na k3 lemma zire, buma, lemma_that_most_shortens_the_proof na kanuni giku: kama roma basi zire, kanuni riza: kama nezu na saku basi buma, kanuni zisi: kama daro na nuno basi gazi, kanuni sune: kama daro basi zire, kanuni teko: kama zire basi saku, kanuni biri: kama nezu na zire basi buma na kanuni zeku: kama gazi na zire basi nezu
Resolve query in: kaskazi nini?

Náhookǫs:
  - niso gazi usually_not, muku gazi usually_not dóó kame ruso łeh, sese kame member, aooʼ, no dóó unknown, gazi sese hold dóó niso muku subclass, kame sepe subclass dóó muku kame subclass
Shádiʼááh:
  - fact daro, fact nuno dóó fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma dóó k3 zire lemma, buma, lemma_that_most_shortens_the_proof dóó rule giku: ládą́ą́ʼ roma índa zire, rule riza: ládą́ą́ʼ nezu dóó saku índa buma, rule zisi: ládą́ą́ʼ daro dóó nuno índa gazi, rule sune: ládą́ą́ʼ daro índa zire, rule teko: ládą́ą́ʼ zire índa saku, rule biri: ládą́ą́ʼ nezu dóó zire índa buma dóó rule zeku: ládą́ą́ʼ gazi dóó zire índa nezu
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq:
  - niso gazi usually_not, muku gazi usually_not aamma kame ruso usually, sese kame member, aap, no aamma unknown, gazi sese hold aamma niso muku subclass, kame sepe subclass aamma muku kame subclass
Kujalleq:
  - fact daro, fact nuno aamma fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma aamma k3 zire lemma, buma, lemma_that_most_shortens_the_proof aamma rule giku: roma zire, rule riza: nezu aamma saku buma, rule zisi: daro aamma nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu aamma zire buma aamma rule zeku: gazi aamma zire nezu
Resolve query in avannarleq what?

North:
  - niso usually_not gazi, muku usually_not gazi na kame usually ruso, sese memba kame, ya, no na unknown, gazi hold sese na niso subclass muku, kame subclass sepe na muku subclass kame
South:
  - fact daro, fact nuno na fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi na k3 lemma zire, buma, lemma_that_most_shortens_the_proof na rule giku: zire sapos roma, rule riza: buma sapos nezu na saku, rule zisi: gazi sapos daro na nuno, rule sune: zire sapos daro, rule teko: saku sapos zire, rule biri: buma sapos nezu na zire na rule zeku: nezu sapos gazi na zire
Resolve query long north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof nikanixi giku: zire roma, nikanixi riza: buma nezu saku, nikanixi zisi: gazi daro nuno, nikanixi sune: zire daro, nikanixi teko: saku zire, nikanixi biri: buma nezu zire nikanixi zeku: nezu gazi zire
Resolve query in north kwèch?

North:
  - niso usually_not gazi, muku usually_not gazi а kame usually ruso, sese member kame, yes, no а unknown, gazi hold sese а niso subclass muku, kame subclass sepe а muku subclass kame
South:
  - fact daro, fact nuno а fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi а k3 lemma zire, buma, lemma_that_most_shortens_the_proof а rule giku: zire roma, rule riza: buma nezu а saku, rule zisi: gazi daro а nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu а zire а rule zeku: nezu gazi а zire
Resolve query in north фу?

북:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame 회원, 네, 아니요 미지의, gazi sese hold niso muku 아강, kame sepe 아강 muku kame 아강
남:
  - 사실 daro, 사실 nuno 사실 roma, k0 nezu 올림말, k1 saku 올림말, k2 gazi 올림말 k3 zire 올림말, buma, lemma_that_most_shortens_the_proof 규칙 giku: 만약 roma 나중에 zire, 규칙 riza: 만약 nezu saku 나중에 buma, 규칙 zisi: 만약 daro nuno 나중에 gazi, 규칙 sune: 만약 daro 나중에 zire, 규칙 teko: 만약 zire 나중에 saku, 규칙 biri: 만약 nezu zire 나중에 buma 규칙 zeku: 만약 gazi zire 나중에 nezu
해결하다 질문...의 안에 북 무엇?

Ipar:
  - niso gazi usually_not, muku gazi usually_not eta kame ruso usually, sese kame kide, bai, no eta unknown, gazi sese heldu eta niso muku subclass, kame sepe subclass eta muku kame subclass
Hego:
  - fact daro, fact nuno eta fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma eta k3 zire lemma, buma, lemma_that_most_shortens_the_proof eta arau giku: roma zire, arau riza: nezu eta saku buma, arau zisi: daro eta nuno gazi, arau sune: daro zire, arau teko: zire saku, arau biri: nezu eta zire buma eta arau zeku: gazi eta zire nezu
Resolve query in ipar zer?

ᏧᏴᏨᎢ:
  - niso usually_not gazi, muku usually_not gazi ᎠᎴ kame usually ruso, sese member kame, ᎥᎥ, ᏝᏃ ᎠᎴ unknown, gazi ᎠᏰᎭ sese ᎠᎴ niso subclass muku, kame subclass sepe ᎠᎴ muku subclass kame
ᏧᎦᏃᏮᎢ:
  - fact daro, fact nuno ᎠᎴ fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi ᎠᎴ k3 lemma zire, buma, lemma_that_most_shortens_the_proof ᎠᎴ rule giku: zire roma, rule riza: buma nezu ᎠᎴ saku, rule zisi: gazi daro ᎠᎴ nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu ᎠᎴ zire ᎠᎴ rule zeku: nezu gazi ᎠᎴ zire
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, arí, mánan unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

North:
  - niso gazi usually_not, muku gazi usually_not ыкӏи kame ruso usually, sese kame member, yes, no ыкӏи unknown, gazi sese hold ыкӏи niso muku subclass, kame sepe subclass ыкӏи muku kame subclass
South:
  - fact daro, fact nuno ыкӏи fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma ыкӏи k3 zire lemma, buma, lemma_that_most_shortens_the_proof ыкӏи rule giku: roma zire, rule riza: nezu ыкӏи saku buma, rule zisi: daro ыкӏи nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu ыкӏи zire buma ыкӏи rule zeku: gazi ыкӏи zire nezu
Resolve query in north сыд?

North:
  - niso usually_not gazi, muku usually_not gazi thiab kame usually ruso, sese member kame, yes, no thiab unknown, gazi hold sese thiab niso subclass muku, kame subclass sepe thiab muku subclass kame
South:
  - fact daro, fact nuno thiab fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi thiab k3 lemma zire, buma, lemma_that_most_shortens_the_proof thiab cai giku: zire roma, cai riza: buma nezu thiab saku, cai zisi: gazi daro thiab nuno, cai sune: zire daro, cai teko: saku zire, cai biri: buma nezu thiab zire thiab cai zeku: nezu gazi thiab zire
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, ngai, woi unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north ining-jak?

Falammi:
  - niso usually_not gazi, muku usually_not gazi micha' kame usually ruso, sese member kame, i̠i, no micha' unknown, gazi hold sese micha' niso subclass muku, kame subclass sepe micha' muku subclass kame
South:
  - fact daro, fact nuno micha' fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi micha' k3 lemma zire, buma, lemma_that_most_shortens_the_proof micha' rule giku: zire roma, rule riza: buma nezu micha' saku, rule zisi: gazi daro micha' nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu micha' zire micha' rule zeku: nezu gazi micha' zire
Resolve query in falammi nanta?

ヘペラ:
  - niso gazi usually_not, muku gazi usually_not カ kame ruso usually, sese kame member, yes, ソモ カ unknown, gazi sese hold カ niso muku subclass, kame sepe subclass カ muku kame subclass
ヘパシ:
  - fact daro, fact nuno カ fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma カ k3 zire lemma, buma, lemma_that_most_shortens_the_proof カ rule giku: roma zire, rule riza: nezu カ saku buma, rule zisi: daro カ nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu カ zire buma カ rule zeku: gazi カ zire nezu
Resolve query in ヘペラ what?

Эйгысӄын:
  - niso usually_not gazi, muku usually_not gazi ынкъам kame usually ruso, sese member kame, yes, no ынкъам гэвэты ваԓьын, gazi hold sese ынкъам niso subclass muku, kame subclass sepe ынкъам muku subclass kame
Айвалыӈӄал:
  - fact daro, fact nuno ынкъам fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi ынкъам k3 lemma zire, buma, lemma_that_most_shortens_the_proof ынкъам rule giku: zire эвыр roma, rule riza: buma эвыр nezu ынкъам saku, rule zisi: gazi эвыр daro ынкъам nuno, rule sune: zire эвыр daro, rule teko: saku эвыр zire, rule biri: buma эвыр nezu ынкъам zire ынкъам rule zeku: nezu эвыр gazi ынкъам zire
Resolve query in эйгысӄын what?

North:
  - niso usually_not gazi, muku usually_not gazi yéetel kame usually ruso, sese member kame, yes, no yéetel unknown, gazi hold sese yéetel niso subclass muku, kame subclass sepe yéetel muku subclass kame
South:
  - fact daro, fact nuno yéetel fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi yéetel k3 lemma zire, buma, lemma_that_most_shortens_the_proof yéetel rule giku: zire wa roma, rule riza: buma wa nezu yéetel saku, rule zisi: gazi wa daro yéetel nuno, rule sune: zire wa daro, rule teko: saku wa zire, rule biri: buma wa nezu yéetel zire yéetel rule zeku: nezu wa gazi yéetel zire
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, hą, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north híli?

North:
  - niso gazi usually_not, muku gazi usually_not na kame ruso usually, sese kame member, yes, no na unknown, gazi sese hold na niso muku subclass, kame sepe subclass na muku kame subclass
South:
  - fact daro, fact nuno na fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma na k3 zire lemma, buma, lemma_that_most_shortens_the_proof na rule giku: roma zire, rule riza: nezu na saku buma, rule zisi: daro na nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu na zire buma na rule zeku: gazi na zire nezu
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, heẽ, nahániri unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
Ñemby:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

North:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame member, jisa, no unknown, gazi sese asxasiña niso muku subclass, kame sepe subclass muku kame subclass
South:
  - fact daro, fact nuno fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma k3 zire lemma, buma, lemma_that_most_shortens_the_proof rule giku: roma zire, rule riza: nezu saku buma, rule zisi: daro nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu zire buma rule zeku: gazi zire nezu
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi ǂʻá kame usually ruso, sese member kame, ʻée, ʻĩĩ ǂʻá unknown, gazi hold sese ǂʻá niso subclass muku, kame subclass sepe ǂʻá muku subclass kame
South:
  - fact daro, fact nuno ǂʻá fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi ǂʻá k3 lemma zire, buma, lemma_that_most_shortens_the_proof ǂʻá rule giku: zire roma, rule riza: buma nezu ǂʻá saku, rule zisi: gazi daro ǂʻá nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu ǂʻá zire ǂʻá rule zeku: nezu gazi ǂʻá zire
Resolve query in north what?

North:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame member, yes, no unknown, gazi sese hold niso muku subclass, kame sepe subclass muku kame subclass
South:
  - fact daro, fact nuno fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma k3 zire lemma, buma, lemma_that_most_shortens_the_proof rule giku: roma zire, rule riza: nezu saku buma, rule zisi: daro nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu zire buma rule zeku: gazi zire nezu
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

North:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame member, yes, no unknown, gazi sese hold niso muku subclass, kame sepe subclass muku kame subclass
Itax:
  - fact daro, fact nuno fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma k3 zire lemma, buma, lemma_that_most_shortens_the_proof rule giku: roma zire, rule riza: nezu saku buma, rule zisi: daro nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu zire buma rule zeku: gazi zire nezu
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, ee, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

Ajkuikpa:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, inte unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in ajkuikpa tay?

Nord :
  - niso usually_not gazi, muku usually_not gazi et kame généralement ruso, sese membre kame, oui, no et inconnu, gazi tenir sese et niso sous-classe muku, kame sous-classe sepe et muku sous-classe kame
Sud :
  - fait daro, fait nuno et fait roma, k0 lemme nezu, k1 lemme saku, k2 lemme gazi et k3 lemme zire, buma, lemma_that_most_shortens_the_proof et règle giku: zire si roma, règle riza: buma si nezu et saku, règle zisi: gazi si daro et nuno, règle sune: zire si daro, règle teko: saku si zire, règle biri: buma si nezu et zire et règle zeku: nezu si gazi et zire
Quoi résoudre question dans nord ?

Nordo:
  - niso usually_not gazi, muku usually_not gazi kaj kame kutime ruso, sese membro kame, jes, no kaj nekonata, gazi teni sese kaj niso subclass muku, kame subclass sepe kaj muku subclass kame
Sudo:
  - fakto daro, fakto nuno kaj fakto roma, k0 lemo nezu, k1 lemo saku, k2 lemo gazi kaj k3 lemo zire, buma, lemma_that_most_shortens_the_proof kaj regulo giku: zire se roma, regulo riza: buma se nezu kaj saku, regulo zisi: gazi se daro kaj nuno, regulo sune: zire se daro, regulo teko: saku se zire, regulo biri: buma se nezu kaj zire kaj regulo zeku: nezu se gazi kaj zire
Solvi pridemando en norde kio?

Észak:
  - niso usually_not gazi, muku usually_not gazi és kame általában ruso, sese tag kame, igen, no és ismeretlen, gazi hold sese és niso subclass muku, kame subclass sepe és muku subclass kame
Dél:
  - tény daro, tény nuno és tény roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi és k3 lemma zire, buma, lemma_that_most_shortens_the_proof és szabály giku: zire ha roma, szabály riza: buma ha nezu és saku, szabály zisi: gazi ha daro és nuno, szabály sune: zire ha daro, szabály teko: saku ha zire, szabály biri: buma ha nezu és zire és szabály zeku: nezu ha gazi és zire
Megold kérdés be észak melyik?

北:
  - nisousually_notgazi, mukuusually_notgazi及kame平時ruso, sese會員kame, 係, no及unknown, gaziholdsese及nisosubclassmuku, kamesubclasssepe及mukusubclasskame
南:
  - 事實:daro, 事實:nuno及事實:roma, k0lemmanezu, k1lemmasaku, k2lemmagazi及k3lemmazire, buma, lemma_that_most_shortens_the_proof及rulegiku:zire要是roma, ruleriza:buma要是nezu及saku, rulezisi:gazi要是daro及nuno, rulesune:zire要是daro, ruleteko:saku要是zire, rulebiri:buma要是nezu及zire及rulezeku:nezu要是gazi及zire
resolve query in:北乜嘢?

北:
  - niso usually_not gazi, muku usually_not gazi とぅ kame usually ruso, sese member kame, yes, no とぅ unknown, gazi hold sese とぅ niso subclass muku, kame subclass sepe とぅ muku subclass kame
South:
  - fact daro, fact nuno とぅ fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi とぅ k3 lemma zire, buma, lemma_that_most_shortens_the_proof とぅ rule giku: zire roma, rule riza: buma nezu とぅ saku, rule zisi: gazi daro とぅ nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu とぅ zire とぅ rule zeku: nezu gazi とぅ zire
Resolve query in 北 what?

North:
  - niso usually_not gazi, muku usually_not gazi және kame usually ruso, sese мүше kame, иә, жоқ және белгісіз, gazi ұстау sese және niso subclass muku, kame subclass sepe және muku subclass kame
South:
  - факт daro, факт nuno және факт roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi және k3 lemma zire, buma, lemma_that_most_shortens_the_proof және ереже giku: zire егер roma, ереже riza: buma егер nezu және saku, ереже zisi: gazi егер daro және nuno, ереже sune: zire егер daro, ереже teko: saku егер zire, ереже biri: buma егер nezu және zire және ереже zeku: nezu егер gazi және zire
Resolve сұрау in north не?

צָּפוֹן:
  - niso usually_not gazi, muku usually_not gazi וְ־ kame בדרך כלל ruso, sese חָבֵר kame, כֵּן, no וְ־ לא נודע, gazi הֶחְזִיק sese וְ־ niso subclass muku, kame subclass sepe וְ־ muku subclass kame
דָּרוֹם:
  - עובדה daro, עובדה nuno וְ־ עובדה roma, k0 למה nezu, k1 למה saku, k2 למה gazi וְ־ k3 למה zire, buma, lemma_that_most_shortens_the_proof וְ־ מָשַׁל giku: zire אִם roma, מָשַׁל riza: buma אִם nezu וְ־ saku, מָשַׁל zisi: gazi אִם daro וְ־ nuno, מָשַׁל sune: zire אִם daro, מָשַׁל teko: saku אִם zire, מָשַׁל biri: buma אִם nezu וְ־ zire וְ־ מָשַׁל zeku: nezu אִם gazi וְ־ zire
איזה resolve query בְּתוֹך צָּפוֹן?

North:
  - niso usually_not gazi, muku usually_not gazi დო kame usually ruso, sese member kame, იახ, no დო unknown, gazi hold sese დო niso subclass muku, kame subclass sepe დო muku subclass kame
South:
  - fact daro, fact nuno დო fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi დო k3 lemma zire, buma, lemma_that_most_shortens_the_proof დო rule giku: zire roma, rule riza: buma nezu დო saku, rule zisi: gazi daro დო nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu დო zire დო rule zeku: nezu gazi დო zire
Resolve query in north what?

Utara:
  - niso usually_not gazi, muku usually_not gazi dan kame biasanya ruso, sese anggota kame, ya, no dan tak diketahui, gazi memegang sese dan niso subclass muku, kame subclass sepe dan muku subclass kame
Selatan:
  - fact daro, fact nuno dan fact roma, k0 lema nezu, k1 lema saku, k2 lema gazi dan k3 lema zire, buma, lemma_that_most_shortens_the_proof dan rule giku: zire jika roma, rule riza: buma jika nezu dan saku, rule zisi: gazi jika daro dan nuno, rule sune: zire jika daro, rule teko: saku jika zire, rule biri: buma jika nezu dan zire dan rule zeku: nezu jika gazi dan zire
Resolve kueri di dalam utara apa?

ខាងជើង:
  - nisousually_notgazi, mukuusually_notgaziនឹងkameusuallyruso, seseសមាជិកkame, ច៎ា, ទេនឹងunknown, gaziកាន់seseនឹងnisosubclassmuku, kamesubclasssepeនឹងmukusubclasskame
ខាងត្បូង:
  - fact:daro, fact:nunoនឹងfact:roma, k0lemmanezu, k1lemmasaku, k2lemmagaziនឹងk3lemmazire, buma, lemma_that_most_shortens_the_proofនឹងក្បួនgiku:zireបើroma, ក្បួនriza:bumaបើnezuនឹងsaku, ក្បួនzisi:gaziបើdaroនឹងnuno, ក្បួនsune:zireបើdaro, ក្បួនteko:sakuបើzire, ក្បួនbiri:bumaបើnezuនឹងzireនឹងក្បួនzeku:nezuបើgaziនឹងzire
resolvequeryក្នុង:ខាងជើងអី?

ເໜືອ:
  - nisousually_notgazi, mukuusually_notgaziແລະkameusuallyruso, seseສະມາຊິກkame, ແມ່ນ, noແລະunknown, gaziຖືseseແລະnisosubclassmuku, kamesubclasssepeແລະmukusubclasskame
ທິດໃຕ້:
  - fact:daro, fact:nunoແລະfact:roma, k0lemmanezu, k1lemmasaku, k2lemmagaziແລະk3lemmazire, buma, lemma_that_most_shortens_the_proofແລະກະຕິກາgiku:zireຖ້າroma, ກະຕິກາriza:bumaຖ້າnezuແລະsaku, ກະຕິກາzisi:gaziຖ້າdaroແລະnuno, ກະຕິກາsune:zireຖ້າdaro, ກະຕິກາteko:sakuຖ້າzire, ກະຕິກາbiri:bumaຖ້າnezuແລະzireແລະກະຕິກາzeku:nezuຖ້າgaziແລະzire
resolvequeryໃນ:ເໜືອຫຍັງ?

ఉత్తరము:
  - niso gazi usually_not, muku gazi usually_not మరియు kame ruso మామూలుగా, sese kame member, అవును, no మరియు unknown, gazi sese పట్టు మరియు niso muku ఉపతరగతి, kame sepe ఉపతరగతి మరియు muku kame ఉపతరగతి
దక్షిణం:
  - నిజానికి daro, నిజానికి nuno మరియు నిజానికి roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma మరియు k3 zire lemma, buma, lemma_that_most_shortens_the_proof మరియు నియమం giku: అయితే roma అప్పుడు zire, నియమం riza: అయితే nezu మరియు saku అప్పుడు buma, నియమం zisi: అయితే daro మరియు nuno అప్పుడు gazi, నియమం sune: అయితే daro అప్పుడు zire, నియమం teko: అయితే zire అప్పుడు saku, నియమం biri: అయితే nezu మరియు zire అప్పుడు buma మరియు నియమం zeku: అయితే gazi మరియు zire అప్పుడు nezu
పరిష్కరించు query లో ఉత్తరము ఏమిటి?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, bẹ́ẹ̀ ni, rárá unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
What resolve query in north?

North:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame member, au, no unknown, gazi sese hold niso muku subclass, kame sepe subclass muku kame subclass
South:
  - fact daro, fact nuno fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma k3 zire lemma, buma, lemma_that_most_shortens_the_proof rule giku: roma zire, rule riza: nezu saku buma, rule zisi: daro nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu zire buma rule zeku: gazi zire nezu
Resolve query in north what?

north:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, ᐋᒃᑲ unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
south:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

North:
  - niso usually_not gazi, muku usually_not gazi kame usually ruso, sese member kame, yes, no unknown, gazi hold sese niso subclass muku, kame subclass sepe muku subclass kame
South:
  - fact daro, fact nuno fact roma, k0 lemma nezu, k1 lemma saku, k2 lemma gazi k3 lemma zire, buma, lemma_that_most_shortens_the_proof rule giku: zire roma, rule riza: buma nezu saku, rule zisi: gazi daro nuno, rule sune: zire daro, rule teko: saku zire, rule biri: buma nezu zire rule zeku: nezu gazi zire
Resolve query in north what?

North:
  - niso gazi usually_not, muku gazi usually_not kame ruso usually, sese kame member, yes, no unknown, gazi sese hold niso muku subclass, kame sepe subclass muku kame subclass
South:
  - fact daro, fact nuno fact roma, k0 nezu lemma, k1 saku lemma, k2 gazi lemma k3 zire lemma, buma, lemma_that_most_shortens_the_proof rule giku: roma zire, rule riza: nezu saku buma, rule zisi: daro nuno gazi, rule sune: daro zire, rule teko: zire saku, rule biri: nezu zire buma rule zeku: gazi zire nezu
Resolve query in north вуч?

North:
  - maximize coverage, maximize accuracy and maximize throughput, scores: option3, accuracy and 9, scores: option1, throughput and 2, scores: option1, coverage and 6, scores: option2, coverage and 3, scores: option1, accuracy and 1, scores: option0, throughput and 4, scores: option2, throughput and 9, scores: option0, coverage and 8, scores: option0, accuracy and 2, scores: option2, accuracy and 4, scores: option3, throughput and 2 and scores: option3, coverage and 1, dominated_option and rule option a dominates option b if and only if a is at least as good on every objective and better on one and rule exactly one option is dominated
South:
  - aba → no, bbbba → yes, abaab → yes and bbbaba → yes and accept aaa
What is the resolve query in south?

Al norte:
  - maximiza: coverage, maximiza: accuracy y maximiza: throughput, puntúa: option3, accuracy y 9, puntúa: option1, throughput y 2, puntúa: option1, coverage y 6, puntúa: option2, coverage y 3, puntúa: option1, accuracy y 1, puntúa: option0, throughput y 4, puntúa: option2, throughput y 9, puntúa: option0, coverage y 8, puntúa: option0, accuracy y 2, puntúa: option2, accuracy y 4, puntúa: option3, throughput y 2 y puntúa: option3, coverage y 1, dominated_option y la regla: option a dominates option b si y sólo si a es en least as good sobre every el objetivo y es mejor que sobre one y la regla: exactamente one option es dominated
Al sur: aba → no, bbbba → sí, abaab → sí y bbbaba → sí y acepta: aaa.
¿Qué resolve query in: sur?

北面有：
  - 最大化：coverage、最大化：accuracy和最大化：throughput、得分为：option3、accuracy和9、得分为：option1、throughput和2、得分为：option1、coverage和6、得分为：option2、coverage和3、得分为：option1、accuracy和1、得分为：option0、throughput和4、得分为：option2、throughput和9、得分为：option0、coverage和8、得分为：option0、accuracy和2、得分为：option2、accuracy和4、得分为：option3、throughput和2和得分为：option3、coverage和1、dominated_option和规则：option一dominatesoptionb当且仅当一是在leastasgood的上面every的目标是和优于的上面one和规则：恰好是oneoption是dominated
南面有：aba → 否、bbbba → 是、abaab → 是和bbbaba → 是和接受：aaa。
resolve query in：南什么？

North:
  - maximize: coverage, maximize: accuracy ve maximize: throughput, scores: option3, accuracy ve 9, scores: option1, throughput ve 2, scores: option1, coverage ve 6, scores: option2, coverage ve 3, scores: option1, accuracy ve 1, scores: option0, throughput ve 4, scores: option2, throughput ve 9, scores: option0, coverage ve 8, scores: option0, accuracy ve 2, scores: option2, accuracy ve 4, scores: option3, throughput ve 2 ve scores: option3, coverage ve 1, dominated_option ve kural: option bir dominates option b iff bir at least as good üzerinde every objective ve better üzerinde one ve kural: exactly one option dominated
South:
  - aba → hayır, bbbba → evet, abaab → evet ve bbbaba → evet ve accept: aaa
Resolve query in: güney ne?

North:
  - maximize: coverage, maximize: accuracy na maximize: throughput, scores: option3, accuracy na 9, scores: option1, throughput na 2, scores: option1, coverage na 6, scores: option2, coverage na 3, scores: option1, accuracy na 1, scores: option0, throughput na 4, scores: option2, throughput na 9, scores: option0, coverage na 8, scores: option0, accuracy na 2, scores: option2, accuracy na 4, scores: option3, throughput na 2 na scores: option3, coverage na 1, dominated_option na sheria: option dominates option b iff ni katika least as good on every objective na better on one na sheria: exactly one option ni dominated
South:
  - aba → hapana, bbbba → ndiyo, abaab → ndiyo na bbbaba → ndiyo na accept: aaa
Resolve query in: kusini nini?

North:
  - maximize coverage, maximize accuracy and maximize throughput, scores: option3, accuracy and 9, scores: option1, throughput and 2, scores: option1, coverage and 6, scores: option2, coverage and 3, scores: option1, accuracy and 1, scores: option0, throughput and 4, scores: option2, throughput and 9, scores: option0, coverage and 8, scores: option0, accuracy and 2, scores: option2, accuracy and 4, scores: option3, throughput and 2 and scores: option3, coverage and 1, dominated_option and rule option a dominates option b if and only if a is at least as good on every objective and better on one and rule exactly one option is dominated
South:
  - aba → no, bbbba → yes, abaab → yes and bbbaba → yes and accept aaa
What is the resolve query in south?

{north: {objectives: [(maximize coverage) (maximize accuracy) (maximize throughput)], options: [(scores option3 accuracy 9) (scores option1 throughput 2) (scores option1 coverage 6) (scores option2 coverage 3) (scores option1 accuracy 1) (scores option0 throughput 4) (scores option2 throughput 9) (scores option0 coverage 8) (scores option0 accuracy 2) (scores option2 accuracy 4) (scores option3 throughput 2) (scores option3 coverage 1)], query: dominated_option, rules: [(rule (option_a_dominates_option_b_iff_a_is_at_least_as_good_on_every_objective_and_better_on_one)) (rule (exactly_one_option_is_dominated))]}, query: (resolve_query_in south), south: {examples: [(ex aba no) (ex bbbba yes) (ex abaab yes) (ex bbbaba yes)], query: (accept aaa)}}

Norden:
  - maximieren coverage, maximieren accuracy und maximieren throughput, scores: option3, accuracy und 9, scores: option1, throughput und 2, scores: option1, coverage und 6, scores: option2, coverage und 3, scores: option1, accuracy und 1, scores: option0, throughput und 4, scores: option2, throughput und 9, scores: option0, coverage und 8, scores: option0, accuracy und 2, scores: option2, accuracy und 4, scores: option3, throughput und 2 und scores: option3, coverage und 1, dominated_option und Regel Alternative ein dominates Alternative b gdw. ein werden an geringst As gut an jeder objektiv und besser an eins und Regel genau eins Alternative werden dominated
Süden:
  - aba → nein, bbbba → ja, abaab → ja und bbbaba → ja und annehmen aaa
Was lösen Frage in Süden?

Се̏вер:
  - maximize coverage, maximize accuracy и maximize throughput, scores: option3, accuracy и 9, scores: option1, throughput и 2, scores: option1, coverage и 6, scores: option2, coverage и 3, scores: option1, accuracy и 1, scores: option0, throughput и 4, scores: option2, throughput и 9, scores: option0, coverage и 8, scores: option0, accuracy и 2, scores: option2, accuracy и 4, scores: option3, throughput и 2 и scores: option3, coverage и 1, dominated_option и пра̏вило ѝзбор dominates ѝзбор b iff би̏ти at minimalan as до̏бар на сва̏кӣ ци̑љ и бо̏ље̄ на јѐдан и пра̏вило тачно јѐдан ѝзбор би̏ти dominated
Ју̏г: aba → no, bbbba → да, abaab → да и bbbaba → да и примати aaa.
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - maksimoida coverage, maksimoida accuracy ja maksimoida throughput, scores: option3, accuracy ja 9, scores: option1, throughput ja 2, scores: option1, coverage ja 6, scores: option2, coverage ja 3, scores: option1, accuracy ja 1, scores: option0, throughput ja 4, scores: option2, throughput ja 9, scores: option0, coverage ja 8, scores: option0, accuracy ja 2, scores: option2, accuracy ja 4, scores: option3, throughput ja 2 ja scores: option3, coverage ja 1, dominated_option ja sääntö vaihtoehto dominates vaihtoehto b joss tulla luona vähin yhtä hyvä päällä jokainen objektiivinen ja parempi päällä yksi ja sääntö täsmälleen yksi vaihtoehto tulla dominated
Etelä:
  - aba → ei, bbbba → kyllä, abaab → kyllä ja bbbaba → kyllä ja hyväksyä aaa
Mikä ratkaista kysymys sisään etelään?

北面有：
  - 最大化：coverage、最大化：accuracy和最大化：throughput、得分为：option3、accuracy和9、得分为：option1、throughput和2、得分为：option1、coverage和6、得分为：option2、coverage和3、得分为：option1、accuracy和1、得分为：option0、throughput和4、得分为：option2、throughput和9、得分为：option0、coverage和8、得分为：option0、accuracy和2、得分为：option2、accuracy和4、得分为：option3、throughput和2和得分为：option3、coverage和1、dominated_option和规则：option一dominatesoptionb当且仅当一是在leastasgood的上面every的目标是和优于的上面one和规则：恰好是oneoption是dominated
南面有：aba → 否、bbbba → 是、abaab → 是和bbbaba → 是和接受：aaa。
resolve query in：南什么？

北:
  - 最大化する:coverage, 最大化する:accuracyと最大化する:throughput, scores:option3, accuracyと9, scores:option1, throughputと2, scores:option1, coverageと6, scores:option2, coverageと3, scores:option1, accuracyと1, scores:option0, throughputと4, scores:option2, throughputと9, scores:option0, coverageと8, scores:option0, accuracyと2, scores:option2, accuracyと4, scores:option3, throughputと2とscores:option3, coverageと1, dominated_optionと規則:選択dominates選択biffれる...で最小ののほどに良い…の上に凡ゆる客観ともっといい…の上に一と規則:正確に一選択れるdominated
南:aba → いいえ, bbbba → はい, abaab → はいとbbbaba → はいと受理する:aaa.
解く質問...に:南何と?

North:
  - maximize: coverage, maximize: accuracy ve maximize: throughput, scores: option3, accuracy ve 9, scores: option1, throughput ve 2, scores: option1, coverage ve 6, scores: option2, coverage ve 3, scores: option1, accuracy ve 1, scores: option0, throughput ve 4, scores: option2, throughput ve 9, scores: option0, coverage ve 8, scores: option0, accuracy ve 2, scores: option2, accuracy ve 4, scores: option3, throughput ve 2 ve scores: option3, coverage ve 1, dominated_option ve kural: option bir dominates option b iff bir at least as good üzerinde every objective ve better üzerinde one ve kural: exactly one option dominated
South:
  - aba → hayır, bbbba → evet, abaab → evet ve bbbaba → evet ve accept: aaa
Resolve query in: güney ne?

شَمَال:
  - maximize coverage، maximize accuracy وَـ maximize throughput، scores: option3، accuracy وَـ 9، scores: option1، throughput وَـ 2، scores: option1، coverage وَـ 6، scores: option2، coverage وَـ 3، scores: option1، accuracy وَـ 1، scores: option0، throughput وَـ 4، scores: option2، throughput وَـ 9، scores: option0، coverage وَـ 8، scores: option0، accuracy وَـ 2، scores: option2، accuracy وَـ 4، scores: option3، throughput وَـ 2 وَـ scores: option3، coverage وَـ 1، dominated_option وَـ قَانُون option dominates option b iff كَانَ عِنْد أَقَلَّ كَـ حَسَن عَلَى كُلّ حَقَّانِيّ وَـ أَفْضَل عَلَى وَاحِد وَـ قَانُون بِالضَّبْط وَاحِد option كَانَ dominated
جَنُوب:
  - aba → no، bbbba → نَعَم، abaab → نَعَم وَـ bbbaba → نَعَم وَـ قَبِلَ aaa
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - maximize coverage, maximize accuracy და maximize throughput, scores: option3, accuracy და 9, scores: option1, throughput და 2, scores: option1, coverage და 6, scores: option2, coverage და 3, scores: option1, accuracy და 1, scores: option0, throughput და 4, scores: option2, throughput და 9, scores: option0, coverage და 8, scores: option0, accuracy და 2, scores: option2, accuracy და 4, scores: option3, throughput და 2 და scores: option3, coverage და 1, dominated_option და წესი ვარიანტი dominates ვარიანტი b iff ყოფნა at least როგორც კარგი on ყველა ობიექტური და უკეთესი on ერთი და წესი ზუსტად ერთი ვარიანტი ყოფნა dominated
Სამხრეთი:
  - aba → no, bbbba → დიახ, abaab → დიახ და bbbaba → დიახ და მიღება aaa
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - whakamōrahi coverage, whakamōrahi accuracy me whakamōrahi throughput, scores: option3, accuracy me 9, scores: option1, throughput me 2, scores: option1, coverage me 6, scores: option2, coverage me 3, scores: option1, accuracy me 1, scores: option0, throughput me 4, scores: option2, throughput me 9, scores: option0, coverage me 8, scores: option0, accuracy me 2, scores: option2, accuracy me 4, scores: option3, throughput me 2 me scores: option3, coverage me 1, dominated_option me rekureihana kōwhiringa dominates kōwhiringa b iff is i least as pai on every whāinga me better on tahi me rekureihana pū tahi kōwhiringa is dominated
Tonga: aba → kāo, bbbba → āe, abaab → āe me bbbaba → āe me tautoko aaa.
Whakatatū query in tonga unutai?

Phía bắc:
  - maximize coverage, maximize accuracy và maximize throughput, scores: option3, accuracy và 9, scores: option1, throughput và 2, scores: option1, coverage và 6, scores: option2, coverage và 3, scores: option1, accuracy và 1, scores: option0, throughput và 4, scores: option2, throughput và 9, scores: option0, coverage và 8, scores: option0, accuracy và 2, scores: option2, accuracy và 4, scores: option3, throughput và 2 và scores: option3, coverage và 1, dominated_option và quy tắc lựa chọn dominates lựa chọn b iff được lúc least as tốt trên mỗi mục tiêu và tốt hơn trên một và quy tắc đúng rồi một lựa chọn được dominated
Phía nam:
  - aba → no, bbbba → vâng, abaab → vâng và bbbaba → vâng và chấp nhận aaa
Resolve query trong phía nam gì?

ทิศเหนือ:
  - maximize:coverage, maximize:accuracyและmaximize:throughput, scores:option3, accuracyและ9, scores:option1, throughputและ2, scores:option1, coverageและ6, scores:option2, coverageและ3, scores:option1, accuracyและ1, scores:option0, throughputและ4, scores:option2, throughputและ9, scores:option0, coverageและ8, scores:option0, accuracyและ2, scores:option2, accuracyและ4, scores:option3, throughputและ2และscores:option3, coverageและ1, dominated_optionและกฎ:ตัวเลือกdominatesตัวเลือกbiffถูกที่leastasดีบนทุกเป้าหมายและดีกว่าบนหนึ่งและกฎ:exactlyหนึ่งตัวเลือกถูกdominated
ทิศใต้:aba → ไฮ้, bbbba → ใช่, abaab → ใช่และbbbaba → ใช่และรับ:aaa.
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - maximize coverage, maximize accuracy மற்றும் maximize throughput, scores: option3, accuracy மற்றும் 9, scores: option1, throughput மற்றும் 2, scores: option1, coverage மற்றும் 6, scores: option2, coverage மற்றும் 3, scores: option1, accuracy மற்றும் 1, scores: option0, throughput மற்றும் 4, scores: option2, throughput மற்றும் 9, scores: option0, coverage மற்றும் 8, scores: option0, accuracy மற்றும் 2, scores: option2, accuracy மற்றும் 4, scores: option3, throughput மற்றும் 2 மற்றும் scores: option3, coverage மற்றும் 1, dominated_option மற்றும் rule option dominates option b iff படு at least as நன்மை on ஒவ்வொரு objective மற்றும் better on ஒன்று மற்றும் rule exactly ஒன்று option படு dominated
தெற்கு:
  - aba → no, bbbba → ஆம், abaab → ஆம் மற்றும் bbbaba → ஆம் மற்றும் accept aaa
resolve query உள்ளே தெற்கு என்ன?

North:
  - maximize: coverage, maximize: accuracy na maximize: throughput, scores: option3, accuracy na 9, scores: option1, throughput na 2, scores: option1, coverage na 6, scores: option2, coverage na 3, scores: option1, accuracy na 1, scores: option0, throughput na 4, scores: option2, throughput na 9, scores: option0, coverage na 8, scores: option0, accuracy na 2, scores: option2, accuracy na 4, scores: option3, throughput na 2 na scores: option3, coverage na 1, dominated_option na sheria: option dominates option b iff ni katika least as good on every objective na better on one na sheria: exactly one option ni dominated
South:
  - aba → hapana, bbbba → ndiyo, abaab → ndiyo na bbbaba → ndiyo na accept: aaa
Resolve query in: kusini nini?

Náhookǫs:
  - maximize coverage, maximize accuracy dóó maximize throughput, scores: option3, accuracy dóó 9, scores: option1, throughput dóó 2, scores: option1, coverage dóó 6, scores: option2, coverage dóó 3, scores: option1, accuracy dóó 1, scores: option0, throughput dóó 4, scores: option2, throughput dóó 9, scores: option0, coverage dóó 8, scores: option0, accuracy dóó 2, scores: option2, accuracy dóó 4, scores: option3, throughput dóó 2 dóó scores: option3, coverage dóó 1, dominated_option dóó bee hazʼáanii option dominates option b iff átʼé at least as yáʼátʼééh bikááʼ every objective dóó better bikááʼ łáaʼii dóó bee hazʼáanii exactly łáaʼii option átʼé dominated
Shádiʼááh:
  - aba → no, bbbba → aooʼ, abaab → aooʼ dóó bbbaba → aooʼ dóó accept aaa
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - maximize coverage, maximize accuracy aamma maximize throughput, scores: option3, accuracy aamma 9, scores: option1, throughput aamma 2, scores: option1, coverage aamma 6, scores: option2, coverage aamma 3, scores: option1, accuracy aamma 1, scores: option0, throughput aamma 4, scores: option2, throughput aamma 9, scores: option0, coverage aamma 8, scores: option0, accuracy aamma 2, scores: option2, accuracy aamma 4, scores: option3, throughput aamma 2 aamma scores: option3, coverage aamma 1, dominated_option aamma rule option dominates option b iff a at least as good on every objective aamma better on ataaseq aamma rule exactly ataaseq option a dominated
Kujalleq:
  - aba → no, bbbba → aap, abaab → aap aamma bbbaba → aap aamma accept aaa
Resolve query in kujalleq what?

North:
  - maximize coverage, maximize accuracy na maximize throughput, scores: option3, accuracy na 9, scores: option1, throughput na 2, scores: option1, coverage na 6, scores: option2, coverage na 3, scores: option1, accuracy na 1, scores: option0, throughput na 4, scores: option2, throughput na 9, scores: option0, coverage na 8, scores: option0, accuracy na 2, scores: option2, accuracy na 4, scores: option3, throughput na 2 na scores: option3, coverage na 1, dominated_option na rule option dominates option b iff is long least olsem gutpela on every objective na better on wanpela na rule exactly wanpela option is dominated
South: aba → no, bbbba → ya, abaab → ya na bbbaba → ya na accept aaa.
Resolve query long south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option nikanixi option dominates option b iff is at least as good on every objective and better on kwëti nikanixi exactly kwëti option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south kwèch?

North:
  - maximize coverage, maximize accuracy а maximize throughput, scores: option3, accuracy а 9, scores: option1, throughput а 2, scores: option1, coverage а 6, scores: option2, coverage а 3, scores: option1, accuracy а 1, scores: option0, throughput а 4, scores: option2, throughput а 9, scores: option0, coverage а 8, scores: option0, accuracy а 2, scores: option2, accuracy а 4, scores: option3, throughput а 2 а scores: option3, coverage а 1, dominated_option а rule option dominates option b iff хила at least as дика on дерриг objective а better on one а rule exactly one option хила dominated
South: aba → no, bbbba → yes, abaab → yes а bbbaba → yes а accept aaa.
Resolve query in south фу?

북:
  - 최대화하다 coverage, 최대화하다 accuracy 최대화하다 throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option 규칙 선택 dominates 선택 b iff is at 가장 적게 만큼 좋다 ...위에 각 객관적 and 더 좋은 ...위에 하나 규칙 정확하게 하나 선택 is dominated
남: aba → 아니요, bbbba → 네, abaab → 네 bbbaba → 네 받아들이다 aaa.
해결하다 질문...의 안에 남 무엇?

Ipar:
  - maximize coverage, maximize accuracy eta maximize throughput, scores: option3, accuracy eta 9, scores: option1, throughput eta 2, scores: option1, coverage eta 6, scores: option2, coverage eta 3, scores: option1, accuracy eta 1, scores: option0, throughput eta 4, scores: option2, throughput eta 9, scores: option0, coverage eta 8, scores: option0, accuracy eta 2, scores: option2, accuracy eta 4, scores: option3, throughput eta 2 eta scores: option3, coverage eta 1, dominated_option eta arau aukera bat dominates aukera b iff bat izan at least as on on every objective eta hobe on bat eta arau exactly bat aukera izan dominated
Hego:
  - aba → no, bbbba → bai, abaab → bai eta bbbaba → bai eta onartu aaa
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - maximize coverage, maximize accuracy ᎠᎴ maximize throughput, scores: option3, accuracy ᎠᎴ 9, scores: option1, throughput ᎠᎴ 2, scores: option1, coverage ᎠᎴ 6, scores: option2, coverage ᎠᎴ 3, scores: option1, accuracy ᎠᎴ 1, scores: option0, throughput ᎠᎴ 4, scores: option2, throughput ᎠᎴ 9, scores: option0, coverage ᎠᎴ 8, scores: option0, accuracy ᎠᎴ 2, scores: option2, accuracy ᎠᎴ 4, scores: option3, throughput ᎠᎴ 2 ᎠᎴ scores: option3, coverage ᎠᎴ 1, dominated_option ᎠᎴ rule option dominates option b iff is at least as ᎣᏍᏓ on every objective ᎠᎴ better on ᏌᏊᎢ ᎠᎴ rule exactly ᏌᏊᎢ option is dominated
ᏧᎦᏃᏮᎢ: aba → ᏝᏃ, bbbba → ᎥᎥ, abaab → ᎥᎥ ᎠᎴ bbbaba → ᎥᎥ ᎠᎴ accept aaa.
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff tiyay at least as allin on tukuy objective and better on huk rule exactly huk option tiyay dominated
South: aba → mánan, bbbba → arí, abaab → arí bbbaba → arí añikuy aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy ыкӏи maximize throughput, scores: option3, accuracy ыкӏи 9, scores: option1, throughput ыкӏи 2, scores: option1, coverage ыкӏи 6, scores: option2, coverage ыкӏи 3, scores: option1, accuracy ыкӏи 1, scores: option0, throughput ыкӏи 4, scores: option2, throughput ыкӏи 9, scores: option0, coverage ыкӏи 8, scores: option0, accuracy ыкӏи 2, scores: option2, accuracy ыкӏи 4, scores: option3, throughput ыкӏи 2 ыкӏи scores: option3, coverage ыкӏи 1, dominated_option ыкӏи rule option dominates option b iff is at least as шӏу on every objective ыкӏи better on зы ыкӏи rule exactly зы option is dominated
South:
  - aba → no, bbbba → yes, abaab → yes ыкӏи bbbaba → yes ыкӏи accept aaa
Resolve query in south сыд?

North:
  - maximize coverage, maximize accuracy thiab maximize throughput, scores: option3, accuracy thiab 9, scores: option1, throughput thiab 2, scores: option1, coverage thiab 6, scores: option2, coverage thiab 3, scores: option1, accuracy thiab 1, scores: option0, throughput thiab 4, scores: option2, throughput thiab 9, scores: option0, coverage thiab 8, scores: option0, accuracy thiab 2, scores: option2, accuracy thiab 4, scores: option3, throughput thiab 2 thiab scores: option3, coverage thiab 1, dominated_option thiab cai option dominates option b iff is at least as zoo on every objective thiab better on ib thiab cai exactly ib option is dominated
South:
  - aba → no, bbbba → yes, abaab → yes thiab bbbaba → yes thiab accept aaa
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is jeyou wy krook as good on every objective and better on ganbu rule exactly ganbu option is dominated
South: aba → woi, bbbba → ngai, abaab → ngai bbbaba → ngai accept aaa.
Resolve query in south ining-jak?

Falammi:
  - maximize coverage, maximize accuracy micha' maximize throughput, scores: option3, accuracy micha' 9, scores: option1, throughput micha' 2, scores: option1, coverage micha' 6, scores: option2, coverage micha' 3, scores: option1, accuracy micha' 1, scores: option0, throughput micha' 4, scores: option2, throughput micha' 9, scores: option0, coverage micha' 8, scores: option0, accuracy micha' 2, scores: option2, accuracy micha' 4, scores: option3, throughput micha' 2 micha' scores: option3, coverage micha' 1, dominated_option micha' rule option dominates option b iff is at least as chokma on every objective micha' better on chaffa micha' rule exactly chaffa option is dominated
South:
  - aba → no, bbbba → i̠i, abaab → i̠i micha' bbbaba → i̠i micha' accept aaa
Resolve query in south nanta?

ヘペラ:
  - maximize coverage, maximize accuracy カ maximize throughput, scores: option3, accuracy カ 9, scores: option1, throughput カ 2, scores: option1, coverage カ 6, scores: option2, coverage カ 3, scores: option1, accuracy カ 1, scores: option0, throughput カ 4, scores: option2, throughput カ 9, scores: option0, coverage カ 8, scores: option0, accuracy カ 2, scores: option2, accuracy カ 4, scores: option3, throughput カ 2 カ scores: option3, coverage カ 1, dominated_option カ rule option dominates option b iff is at least as good on every objective カ better on シネ カ rule exactly シネ option is dominated
ヘパシ: aba → ソモ, bbbba → yes, abaab → yes カ bbbaba → yes カ accept aaa.
Resolve query in ヘパシ what?

Эйгысӄын:
  - maximize coverage, maximize accuracy ынкъам maximize throughput, scores: option3, accuracy ынкъам 9, scores: option1, throughput ынкъам 2, scores: option1, coverage ынкъам 6, scores: option2, coverage ынкъам 3, scores: option1, accuracy ынкъам 1, scores: option0, throughput ынкъам 4, scores: option2, throughput ынкъам 9, scores: option0, coverage ынкъам 8, scores: option0, accuracy ынкъам 2, scores: option2, accuracy ынкъам 4, scores: option3, throughput ынкъам 2 ынкъам scores: option3, coverage ынкъам 1, dominated_option ынкъам rule option dominates option b iff is at least as good on every objective ынкъам better on ыннен ынкъам rule exactly ыннен option is dominated
Айвалыӈӄал:
  - aba → no, bbbba → yes, abaab → yes ынкъам bbbaba → yes ынкъам accept aaa
Resolve query in айвалыӈӄал what?

North:
  - maximize coverage, maximize accuracy yéetel maximize throughput, scores: option3, accuracy yéetel 9, scores: option1, throughput yéetel 2, scores: option1, coverage yéetel 6, scores: option2, coverage yéetel 3, scores: option1, accuracy yéetel 1, scores: option0, throughput yéetel 4, scores: option2, throughput yéetel 9, scores: option0, coverage yéetel 8, scores: option0, accuracy yéetel 2, scores: option2, accuracy yéetel 4, scores: option3, throughput yéetel 2 yéetel scores: option3, coverage yéetel 1, dominated_option yéetel rule option dominates option b iff yan at least as good on every objective yéetel better on hun yéetel rule exactly hun option yan dominated
South:
  - aba → no, bbbba → yes, abaab → yes yéetel bbbaba → yes yéetel accept aaa
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on one rule exactly one option is dominated
South: aba → no, bbbba → hą, abaab → hą bbbaba → hą accept aaa.
Resolve query in south híli?

North:
  - maximize coverage, maximize accuracy na maximize throughput, scores: option3, accuracy na 9, scores: option1, throughput na 2, scores: option1, coverage na 6, scores: option2, coverage na 3, scores: option1, accuracy na 1, scores: option0, throughput na 4, scores: option2, throughput na 9, scores: option0, coverage na 8, scores: option0, accuracy na 2, scores: option2, accuracy na 4, scores: option3, throughput na 2 na scores: option3, coverage na 1, dominated_option na rule option dominates option b iff is at least as good on every objective na better on waŋží na rule exactly waŋží option is dominated
South: aba → no, bbbba → yes, abaab → yes na bbbaba → yes na accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on peteĩ rule exactly peteĩ option is dominated
Ñemby: aba → nahániri, bbbba → heẽ, abaab → heẽ bbbaba → heẽ accept aaa.
Resolve query in ñemby what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option maya dominates option b iff maya is at least as good on every objective and better on maya rule exactly maya option is dominated
South: aba → no, bbbba → jisa, abaab → jisa bbbaba → jisa accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy ǂʻá maximize throughput, scores: option3, accuracy ǂʻá 9, scores: option1, throughput ǂʻá 2, scores: option1, coverage ǂʻá 6, scores: option2, coverage ǂʻá 3, scores: option1, accuracy ǂʻá 1, scores: option0, throughput ǂʻá 4, scores: option2, throughput ǂʻá 9, scores: option0, coverage ǂʻá 8, scores: option0, accuracy ǂʻá 2, scores: option2, accuracy ǂʻá 4, scores: option3, throughput ǂʻá 2 ǂʻá scores: option3, coverage ǂʻá 1, dominated_option ǂʻá rule option dominates option b iff ǀîi at least as good on every objective ǂʻá better on one ǂʻá rule exactly one option ǀîi dominated
South:
  - aba → ʻĩĩ, bbbba → ʻée, abaab → ʻée ǂʻá bbbaba → ʻée ǂʻá accept aaa
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on нин rule exactly нин option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on one rule exactly one option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on koli rule exactly koli option is dominated
Itax: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in itax what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on one rule exactly one option is dominated
South: aba → no, bbbba → ee, abaab → ee bbbaba → ee accept aaa.
Resolve query in south what?

Ajkuikpa:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff nemi at least as good on every objective and better on se rule exactly se option nemi dominated
South: aba → inte, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south tay?

Nord :
  - maximiser coverage, maximiser accuracy et maximiser throughput, scores: option3, accuracy et 9, scores: option1, throughput et 2, scores: option1, coverage et 6, scores: option2, coverage et 3, scores: option1, accuracy et 1, scores: option0, throughput et 4, scores: option2, throughput et 9, scores: option0, coverage et 8, scores: option0, accuracy et 2, scores: option2, accuracy et 4, scores: option3, throughput et 2 et scores: option3, coverage et 1, dominated_option et règle choix un dominates choix b ssi un être au moindre aussi bon allumé tout objectif et meilleur allumé un et règle exactement un choix être dominated
Sud :
  - aba → no, bbbba → oui, abaab → oui et bbbaba → oui et accepter aaa
Quoi résoudre question dans sud ?

Nordo:
  - maximize coverage, maximize accuracy kaj maximize throughput, scores: option3, accuracy kaj 9, scores: option1, throughput kaj 2, scores: option1, coverage kaj 6, scores: option2, coverage kaj 3, scores: option1, accuracy kaj 1, scores: option0, throughput kaj 4, scores: option2, throughput kaj 9, scores: option0, coverage kaj 8, scores: option0, accuracy kaj 2, scores: option2, accuracy kaj 4, scores: option3, throughput kaj 2 kaj scores: option3, coverage kaj 1, dominated_option kaj regulo alternativo dominates alternativo bit iff egali ĉe plej malmulta tiel bona sur ĉiu objektiva kaj pli bona sur unu kaj regulo ekzakte unu alternativo egali dominated
Sudo:
  - aba → no, bbbba → jes, abaab → jes kaj bbbaba → jes kaj akcepti aaa
Solvi pridemando en sudo kio?

Észak:
  - maximalizál coverage, maximalizál accuracy és maximalizál throughput, scores: option3, accuracy és 9, scores: option1, throughput és 2, scores: option1, coverage és 6, scores: option2, coverage és 3, scores: option1, accuracy és 1, scores: option0, throughput és 4, scores: option2, throughput és 9, scores: option0, coverage és 8, scores: option0, accuracy és 2, scores: option2, accuracy és 4, scores: option3, throughput és 2 és scores: option3, coverage és 1, dominated_option és szabály lehetőség dominates lehetőség b acsa van at legkisebb olyan jó bekapcsolva minden cél és jobb bekapcsolva egy és szabály pontosan egy lehetőség van dominated
Dél:
  - aba → no, bbbba → igen, abaab → igen és bbbaba → igen és beleegyezik aaa
Megold kérdés be dél melyik?

北:
  - maximize:coverage, maximize:accuracy及maximize:throughput, scores:option3, accuracy及9, scores:option1, throughput及2, scores:option1, coverage及6, scores:option2, coverage及3, scores:option1, accuracy及1, scores:option0, throughput及4, scores:option2, throughput及9, scores:option0, coverage及8, scores:option0, accuracy及2, scores:option2, accuracy及4, scores:option3, throughput及2及scores:option3, coverage及1, dominated_option及rule:選擇一dominates選擇biff一是喺leastas好on每objective及betteron一及rule:exactly一選擇是dominated
南:aba → no, bbbba → 係, abaab → 係及bbbaba → 係及accept:aaa.
resolve query in:南乜嘢?

北:
  - maximize coverage, maximize accuracy とぅ maximize throughput, scores: option3, accuracy とぅ 9, scores: option1, throughput とぅ 2, scores: option1, coverage とぅ 6, scores: option2, coverage とぅ 3, scores: option1, accuracy とぅ 1, scores: option0, throughput とぅ 4, scores: option2, throughput とぅ 9, scores: option0, coverage とぅ 8, scores: option0, accuracy とぅ 2, scores: option2, accuracy とぅ 4, scores: option3, throughput とぅ 2 とぅ scores: option3, coverage とぅ 1, dominated_option とぅ rule option dominates option b iff 有ん at least as good on every objective とぅ better on 一 とぅ rule exactly 一 option 有ん dominated
South: aba → no, bbbba → yes, abaab → yes とぅ bbbaba → yes とぅ accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy және maximize throughput, scores: option3, accuracy және 9, scores: option1, throughput және 2, scores: option1, coverage және 6, scores: option2, coverage және 3, scores: option1, accuracy және 1, scores: option0, throughput және 4, scores: option2, throughput және 9, scores: option0, coverage және 8, scores: option0, accuracy және 2, scores: option2, accuracy және 4, scores: option3, throughput және 2 және scores: option3, coverage және 1, dominated_option және ереже опцион dominates опцион b iff is at least as жақсы үстінде әр объективтік және better үстінде бір және ереже exactly бір опцион is dominated
South:
  - aba → жоқ, bbbba → иә, abaab → иә және bbbaba → иә және accept aaa
Resolve сұрау in south не?

צָּפוֹן:
  - maximize coverage, maximize accuracy וְ־ maximize throughput, scores: option3, accuracy וְ־ 9, scores: option1, throughput וְ־ 2, scores: option1, coverage וְ־ 6, scores: option2, coverage וְ־ 3, scores: option1, accuracy וְ־ 1, scores: option0, throughput וְ־ 4, scores: option2, throughput וְ־ 9, scores: option0, coverage וְ־ 8, scores: option0, accuracy וְ־ 2, scores: option2, accuracy וְ־ 4, scores: option3, throughput וְ־ 2 וְ־ scores: option3, coverage וְ־ 1, dominated_option וְ־ מָשַׁל אפשרות אַחַת dominates אפשרות b אםם אַחַת הוא אֵצֶל least כל כך טוֹב עַל כֹּל מַטָּרָה וְ־ better עַל אַחַת וְ־ מָשַׁל בדיוק אַחַת אפשרות הוא dominated
דָּרוֹם:
  - aba → no, bbbba → כֵּן, abaab → כֵּן וְ־ bbbaba → כֵּן וְ־ קִבֵּל aaa
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - maximize coverage, maximize accuracy დო maximize throughput, scores: option3, accuracy დო 9, scores: option1, throughput დო 2, scores: option1, coverage დო 6, scores: option2, coverage დო 3, scores: option1, accuracy დო 1, scores: option0, throughput დო 4, scores: option2, throughput დო 9, scores: option0, coverage დო 8, scores: option0, accuracy დო 2, scores: option2, accuracy დო 4, scores: option3, throughput დო 2 დო scores: option3, coverage დო 1, dominated_option დო rule option dominates option b iff is at least as good on every objective დო better on one დო rule exactly one option is dominated
South: aba → no, bbbba → იახ, abaab → იახ დო bbbaba → იახ დო accept aaa.
Resolve query in south what?

Utara:
  - maximize coverage, maximize accuracy dan maximize throughput, scores: option3, accuracy dan 9, scores: option1, throughput dan 2, scores: option1, coverage dan 6, scores: option2, coverage dan 3, scores: option1, accuracy dan 1, scores: option0, throughput dan 4, scores: option2, throughput dan 9, scores: option0, coverage dan 8, scores: option0, accuracy dan 2, scores: option2, accuracy dan 4, scores: option3, throughput dan 2 dan scores: option3, coverage dan 1, dominated_option dan rule pilihan dominates pilihan b iff berada at least sebagai baik menyala setiap sasaran dan lebih baik menyala satu dan rule tepat satu pilihan berada dominated
Selatan:
  - aba → no, bbbba → ya, abaab → ya dan bbbaba → ya dan menerima aaa
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - maximize:coverage, maximize:accuracyនឹងmaximize:throughput, scores:option3, accuracyនឹង9, scores:option1, throughputនឹង2, scores:option1, coverageនឹង6, scores:option2, coverageនឹង3, scores:option1, accuracyនឹង1, scores:option0, throughputនឹង4, scores:option2, throughputនឹង9, scores:option0, coverageនឹង8, scores:option0, accuracyនឹង2, scores:option2, accuracyនឹង4, scores:option3, throughputនឹង2នឹងscores:option3, coverageនឹង1, dominated_optionនឹងក្បួន:ជំរើសdominatesជំរើសbiffត្រូវបានatleastដូចល្អនៅលើរាល់គោលបំណងនឹងbetterនៅលើមួយនឹងក្បួន:exactlyមួយជំរើសត្រូវបានdominated
ខាងត្បូង:aba → ទេ, bbbba → ច៎ា, abaab → ច៎ានឹងbbbaba → ច៎ានឹងទទួល:aaa.
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - maximize:coverage, maximize:accuracyແລະmaximize:throughput, scores:option3, accuracyແລະ9, scores:option1, throughputແລະ2, scores:option1, coverageແລະ6, scores:option2, coverageແລະ3, scores:option1, accuracyແລະ1, scores:option0, throughputແລະ4, scores:option2, throughputແລະ9, scores:option0, coverageແລະ8, scores:option0, accuracyແລະ2, scores:option2, accuracyແລະ4, scores:option3, throughputແລະ2ແລະscores:option3, coverageແລະ1, dominated_optionແລະກະຕິກາ:ທາງເລືອກdominatesທາງເລືອກbiffຢູ່ທີ່leastasດີເທິງທຸກເປົ້າໝາຍແລະbetterເທິງໜຶ່ງແລະກະຕິກາ:exactlyໜຶ່ງທາງເລືອກຢູ່dominated
ທິດໃຕ້:
  - aba → no, bbbba → ແມ່ນ, abaab → ແມ່ນແລະbbbaba → ແມ່ນແລະຕົກລົງ:aaa
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - maximize coverage, maximize accuracy మరియు maximize throughput, scores: option3, accuracy మరియు 9, scores: option1, throughput మరియు 2, scores: option1, coverage మరియు 6, scores: option2, coverage మరియు 3, scores: option1, accuracy మరియు 1, scores: option0, throughput మరియు 4, scores: option2, throughput మరియు 9, scores: option0, coverage మరియు 8, scores: option0, accuracy మరియు 2, scores: option2, accuracy మరియు 4, scores: option3, throughput మరియు 2 మరియు scores: option3, coverage మరియు 1, dominated_option మరియు నియమం option dominates option b iff ఉండు వద్ద least as మంచి on ప్రతి objective మరియు better on ఒకటి మరియు నియమం exactly ఒకటి option ఉండు dominated
దక్షిణం:
  - aba → no, bbbba → అవును, abaab → అవును మరియు bbbaba → అవును మరియు అంగీకరించు aaa
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff wà at least as good on every objective and better on ọ̀kan rule exactly ọ̀kan option wà dominated
South:
  - aba → rárá, bbbba → bẹ́ẹ̀ ni, abaab → bẹ́ẹ̀ ni bbbaba → bẹ́ẹ̀ ni accept aaa
What resolve query in south?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff naiágúóli at least as good on every objective and better on dałaá rule exactly dałaá option naiágúóli dominated
South: aba → no, bbbba → au, abaab → au bbbaba → au accept aaa.
Resolve query in south what?

north:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on ᐊᑕᐅᓯᖅ rule exactly ᐊᑕᐅᓯᖅ option is dominated
south: aba → ᐋᒃᑲ, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and betre on wan rule exactly wan option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on náʼėstse rule exactly náʼėstse option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south what?

North:
  - maximize coverage, maximize accuracy maximize throughput, scores: option3, accuracy 9, scores: option1, throughput 2, scores: option1, coverage 6, scores: option2, coverage 3, scores: option1, accuracy 1, scores: option0, throughput 4, scores: option2, throughput 9, scores: option0, coverage 8, scores: option0, accuracy 2, scores: option2, accuracy 4, scores: option3, throughput 2 scores: option3, coverage 1, dominated_option rule option dominates option b iff is at least as good on every objective and better on сад rule exactly сад option is dominated
South: aba → no, bbbba → yes, abaab → yes bbbaba → yes accept aaa.
Resolve query in south вуч?

North:
  - colour at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue and 6 site yellow and invariant under 2, 4, 5, 0, 1, 3 and 6
South:
  - asserted, presupposed, denied and neither, status of: on_table, blue and rod and utterance: negate, the_x_is_on_the_table, blue and rod
What is the resolve query in south?

Al norte:
  - es de color: 4, 0 el sitio azul, 1 el sitio verde, 2 el sitio azul, 3 el sitio azul, 5 el sitio azul y 6 el sitio amarillo e invariant under: 2, 4, 5, 0, 1, 3 y 6
Al sur:
  - afirmado, presupuesto, negado y ninguno de los dos, status de: on_table, azul y barra y el enunciado: negate, the_x_is_on_the_table, azul y barra
¿Qué resolve query in: sur?

北面有：
  - 颜色在：4、0的地点是蓝色的、1的地点是绿色的、2的地点是蓝色的、3的地点是蓝色的、5的地点是蓝色的和6的地点是黄色的和invariant under：2、4、5、0、1、3和6
南面有：
  - 断言、预设、否认和两者都不、status的：on_table、蓝色的和杆和的话语是：negate、the_x_is_on_the_table、蓝色的和杆
resolve query in：南什么？

North:
  - renk at: 4, 0 mavi site, 1 yeşil site, 2 mavi site, 3 mavi site, 5 mavi site ve 6 sarı site ve invariant under: 2, 4, 5, 0, 1, 3 ve 6
South:
  - iddia etmek, presupposed, inkâr etmek ve neither, status: on_table, mavi ve çubuk ve utterance: negate, the_x_is_on_the_table, mavi ve çubuk
Resolve query in: güney ne?

North:
  - rangi katika: 4, 0 site buluu, 1 site kijani, 2 site buluu, 3 site buluu, 5 site buluu na 6 site manjano na invariant under: 2, 4, 5, 0, 1, 3 na 6
South:
  - asserted, presupposed, denied na neither, status ya: on_table, buluu na ufito na utterance: negate, the_x_is_on_the_table, buluu na ufito
Resolve query in: kusini nini?

North:
  - colour at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue and 6 site yellow and invariant under 2, 4, 5, 0, 1, 3 and 6
South:
  - asserted, presupposed, denied and neither, status of: on_table, blue and rod and utterance: negate, the_x_is_on_the_table, blue and rod
What is the resolve query in south?

{north: {query: (color_at 4), state: [(site 0 blue) (site 1 green) (site 2 blue) (site 3 blue) (site 5 blue) (site 6 yellow)], symmetry: (invariant_under [2 4 5 0 1 3 6])}, query: (resolve_query_in south), south: {layers: [asserted presupposed denied neither], query: (status_of on_table blue rod), said: (utterance negate the_x_is_on_the_table blue rod)}}

Norden:
  - Farbe an 4, 0 Standort blaue, 1 Standort grüne, 2 Standort blaue, 3 Standort blaue, 5 Standort blaue und 6 Standort gelbe und unveränderlich unter 2, 4, 5, 0, 1, 3 und 6
Süden:
  - versichern, presupposed, leugnen und keiner, Status aus: on_table, blau und Stange und Äußerung: negate, the_x_is_on_the_table, blau und Stange
Was lösen Frage in Süden?

Се̏вер:
  - бо̀ја at 4, 0 site пла̑в, 1 site зѐлен, 2 site пла̑в, 3 site пла̑в, 5 site пла̑в и 6 site жу̑т и invariant под 2, 4, 5, 0, 1, 3 и 6
Ју̏г:
  - твр́дити, presupposed, denied и niti, ста́тус od: on_table, пла̑в и па̏лица и iskaz: negate, the_x_is_on_the_table, пла̑в и па̏лица
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - väri luona 4, 0 paikka sininen, 1 paikka vihreä, 2 paikka sininen, 3 paikka sininen, 5 paikka sininen ja 6 paikka keltainen ja muuttumaton alla 2, 4, 5, 0, 1, 3 ja 6
Etelä:
  - asserted, presupposed, kieltää ja ei kumpikaan, asema vaille: on_table, sininen ja tanko ja utterance: negate, the_x_is_on_the_table, sininen ja tanko
Mikä ratkaista kysymys sisään etelään?

北面有：
  - 颜色在：4、0的地点是蓝色的、1的地点是绿色的、2的地点是蓝色的、3的地点是蓝色的、5的地点是蓝色的和6的地点是黄色的和invariant under：2、4、5、0、1、3和6
南面有：
  - 断言、预设、否认和两者都不、status的：on_table、蓝色的和杆和的话语是：negate、the_x_is_on_the_table、蓝色的和杆
resolve query in：南什么？

北:
  - 色...で:4, 0青いsite, 1緑のsite, 2青いsite, 3青いsite, 5青いsiteと6黄色いsiteとinvariant...下に:2, 4, 5, 0, 1, 3と6
南:
  - 主張する, presupposed, 否むとどちらも…ない, 地位の中の:on_table, 青いと棒とutterance:negate, the_x_is_on_the_table, 青いと棒
解く質問...に:南何と?

North:
  - renk at: 4, 0 mavi site, 1 yeşil site, 2 mavi site, 3 mavi site, 5 mavi site ve 6 sarı site ve invariant under: 2, 4, 5, 0, 1, 3 ve 6
South:
  - iddia etmek, presupposed, inkâr etmek ve neither, status: on_table, mavi ve çubuk ve utterance: negate, the_x_is_on_the_table, mavi ve çubuk
Resolve query in: güney ne?

شَمَال:
  - لَوْن عِنْد 4، مَوْضِع 0 أَزْرَق، مَوْضِع 1 أَخْضَر، مَوْضِع 2 أَزْرَق، مَوْضِع 3 أَزْرَق، مَوْضِع 5 أَزْرَق وَـ مَوْضِع 6 أَصْفَر وَـ invariant تَحْتَ 2، 4، 5، 0، 1، 3 وَـ 6
جَنُوب:
  - asserted، presupposed، نَفَى وَـ أَحَد لَا، تَرْتِيب مِنْ: on_table، أَزْرَق وَـ عَصًا وَـ utterance: negate، the_x_is_on_the_table، أَزْرَق وَـ عَصًا
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - ფერი at 4, 0 ლურჯი ადგილი, 1 მწვანე ადგილი, 2 ლურჯი ადგილი, 3 ლურჯი ადგილი, 5 ლურჯი ადგილი და 6 ყვითელი ადგილი და invariant ქვეშ 2, 4, 5, 0, 1, 3 და 6
Სამხრეთი:
  - განცხადება, presupposed, denied და არცერთი, status of: on_table, ლურჯი და კვერთხი და თქმული: negate, the_x_is_on_the_table, ლურჯი და კვერთხი
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - kano i 4, papanga 0 kahurangi, papanga 1 kākāriki, papanga 2 kahurangi, papanga 3 kahurangi, papanga 5 kahurangi me papanga 6 kōwhai me invariant raro 2, 4, 5, 0, 1, 3 me 6
Tonga:
  - whakanonoi, presupposed, whawhati me neither, tupu o: on_table, kahurangi me rod me tātaku: negate, the_x_is_on_the_table, kahurangi me rod
Whakatatū query in tonga unutai?

Phía bắc:
  - màu lúc 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue và 6 site yellow và invariant dưới 2, 4, 5, 0, 1, 3 và 6
Phía nam:
  - asserted, presupposed, chối và neither, trạng thái bằng: on_table, blue và que và utterance: negate, the_x_is_on_the_table, blue và que
Resolve query trong phía nam gì?

ทิศเหนือ:
  - สีที่:4, 0siteน้ำเงิน, 1siteเขียว, 2siteน้ำเงิน, 3siteน้ำเงิน, 5siteน้ำเงินและ6siteเหลืองและinvariantใต้:2, 4, 5, 0, 1, 3และ6
ทิศใต้:
  - asserted, presupposed, deniedและneither, สถานภาพของ:on_table, น้ำเงินและแท่งและutterance:negate, the_x_is_on_the_table, น้ำเงินและแท่ง
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - நிறம் at 4, 0 நீலம் site, 1 பச்சை site, 2 நீலம் site, 3 நீலம் site, 5 நீலம் site மற்றும் 6 மஞ்சள் site மற்றும் invariant under 2, 4, 5, 0, 1, 3 மற்றும் 6
தெற்கு:
  - asserted, presupposed, denied மற்றும் neither, அந்தஸ்து கொண்ட: on_table, நீலம் மற்றும் rod மற்றும் கூற்று: negate, the_x_is_on_the_table, நீலம் மற்றும் rod
resolve query உள்ளே தெற்கு என்ன?

North:
  - rangi katika: 4, 0 site buluu, 1 site kijani, 2 site buluu, 3 site buluu, 5 site buluu na 6 site manjano na invariant under: 2, 4, 5, 0, 1, 3 na 6
South:
  - asserted, presupposed, denied na neither, status ya: on_table, buluu na ufito na utterance: negate, the_x_is_on_the_table, buluu na ufito
Resolve query in: kusini nini?

Náhookǫs:
  - nidaashchʼąąʼígíí at 4, 0 dootłʼizh site, 1 dinootłʼizh site, 2 dootłʼizh site, 3 dootłʼizh site, 5 dootłʼizh site dóó 6 łitso site dóó invariant under 2, 4, 5, 0, 1, 3 dóó 6
Shádiʼááh:
  - asserted, presupposed, denied dóó neither, status of: on_table, dootłʼizh dóó rod dóó utterance: negate, the_x_is_on_the_table, dootłʼizh dóó rod
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - qalipaat at 4, 0 tungujortoq site, 1 qorsuk site, 2 tungujortoq site, 3 tungujortoq site, 5 tungujortoq site aamma 6 sungaaqeq site aamma invariant under 2, 4, 5, 0, 1, 3 aamma 6
Kujalleq:
  - asserted, presupposed, denied aamma neither, status of: on_table, tungujortoq aamma rod aamma utterance: negate, the_x_is_on_the_table, tungujortoq aamma rod
Resolve query in kujalleq what?

North:
  - kala long 4, 0 site blu, 1 site grinpela, 2 site blu, 3 site blu, 5 site blu na 6 site yelopela na invariant ananit 2, 4, 5, 0, 1, 3 na 6
South:
  - asserted, presupposed, denied na neither, status bilong: on_table, blu na rod na utterance: negate, the_x_is_on_the_table, blu na rod
Resolve query long south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site wisae invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south kwèch?

North:
  - бос at 4, 0 site blue, 1 site баьццара, 2 site blue, 3 site blue, 5 site blue а 6 site yellow а invariant кӏал 2, 4, 5, 0, 1, 3 а 6
South:
  - asserted, presupposed, denied а neither, status of: on_table, blue а зӏак а utterance: negate, the_x_is_on_the_table, blue а зӏак
Resolve query in south фу?

북:
  - 색깔 at 4, 0 푸르다 site, 1 녹색의 site, 2 푸르다 site, 3 푸르다 site, 5 푸르다 site 6 노란 site invariant ...아래에서 2, 4, 5, 0, 1, 3 6
남:
  - 확고히 하다, presupposed, 부정하다 neither, 지위 ...의: on_table, 푸르다 막대 utterance: negate, the_x_is_on_the_table, 푸르다 막대
해결하다 질문...의 안에 남 무엇?

Ipar:
  - kolore at 4, 0 urdin site, 1 berde site, 2 urdin site, 3 urdin site, 5 urdin site eta 6 hori site eta invariant under 2, 4, 5, 0, 1, 3 eta 6
Hego:
  - asserted, presupposed, ukatu eta neither, status of: on_table, urdin eta haga eta utterance: negate, the_x_is_on_the_table, urdin eta haga
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - ᏗᎧᏃᏗ at 4, 0 site ᏌᎪᏂᎨᎢ, 1 site ᎢᏤ ᎢᏳᏍᏗ, 2 site ᏌᎪᏂᎨᎢ, 3 site ᏌᎪᏂᎨᎢ, 5 site ᏌᎪᏂᎨᎢ ᎠᎴ 6 site ᏓᎶᏁᎦ ᎠᎴ invariant ᎭᏫᎾᏗᏢ 2, 4, 5, 0, 1, 3 ᎠᎴ 6
ᏧᎦᏃᏮᎢ:
  - asserted, presupposed, denied ᎠᎴ neither, status of: on_table, ᏌᎪᏂᎨᎢ ᎠᎴ rod ᎠᎴ utterance: negate, the_x_is_on_the_table, ᏌᎪᏂᎨᎢ ᎠᎴ rod
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - llimphi at 4, 0 site anqas, 1 site waylla, 2 site anqas, 3 site anqas, 5 site anqas 6 site gillu invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, anqas rod utterance: negate, the_x_is_on_the_table, anqas rod
Resolve query in south what?

North:
  - color at 4, 0 blue site, 1 уцышъо site, 2 blue site, 3 blue site, 5 blue site ыкӏи 6 гъожьы site ыкӏи invariant чӏэгъ 2, 4, 5, 0, 1, 3 ыкӏи 6
South:
  - asserted, presupposed, denied ыкӏи neither, status of: on_table, blue ыкӏи rod ыкӏи utterance: negate, the_x_is_on_the_table, blue ыкӏи rod
Resolve query in south сыд?

North:
  - xim at 4, 0 site xiav, 1 site ntsuab, 2 site xiav, 3 site xiav, 5 site xiav thiab 6 site daj thiab invariant under 2, 4, 5, 0, 1, 3 thiab 6
South:
  - asserted, presupposed, denied thiab neither, status of: on_table, xiav thiab rod thiab utterance: negate, the_x_is_on_the_table, xiav thiab rod
Resolve query in south what?

North:
  - color jeyou 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site babedirreen invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south ining-jak?

Falammi:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue micha' 6 site lakna micha' invariant under 2, 4, 5, 0, 1, 3 micha' 6
South:
  - asserted, presupposed, denied micha' neither, status of: on_table, blue micha' rod micha' utterance: negate, the_x_is_on_the_table, blue micha' rod
Resolve query in south nanta?

ヘペラ:
  - color at 4, 0 blue site, 1 green site, 2 blue site, 3 blue site, 5 blue site カ 6 yellow site カ invariant under 2, 4, 5, 0, 1, 3 カ 6
ヘパシ:
  - asserted, presupposed, denied カ neither, status of: on_table, blue カ rod カ utterance: negate, the_x_is_on_the_table, blue カ rod
Resolve query in ヘパシ what?

Эйгысӄын:
  - пэран at 4, 0 site ныԓиԓиԓӄин, 1 site green, 2 site ныԓиԓиԓӄин, 3 site ныԓиԓиԓӄин, 5 site ныԓиԓиԓӄин ынкъам 6 site yellow ынкъам invariant under 2, 4, 5, 0, 1, 3 ынкъам 6
Айвалыӈӄал:
  - asserted, presupposed, denied ынкъам neither, status of: on_table, ныԓиԓиԓӄин ынкъам rod ынкъам utterance: negate, the_x_is_on_the_table, ныԓиԓиԓӄин ынкъам rod
Resolve query in айвалыӈӄал what?

North:
  - color at 4, 0 site blue, 1 site yaʼax, 2 site blue, 3 site blue, 5 site blue yéetel 6 site yellow yéetel invariant under 2, 4, 5, 0, 1, 3 yéetel 6
South:
  - asserted, presupposed, denied yéetel neither, status of: on_table, blue yéetel rod yéetel utterance: negate, the_x_is_on_the_table, blue yéetel rod
Resolve query in south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south híli?

North:
  - color at 4, 0 blue site, 1 green site, 2 blue site, 3 blue site, 5 blue site na 6 zí site na invariant under 2, 4, 5, 0, 1, 3 na 6
South:
  - asserted, presupposed, denied na neither, status of: on_table, blue na rod na utterance: negate, the_x_is_on_the_table, blue na rod
Resolve query in south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
Ñemby:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in ñemby what?

North:
  - sami at 4, 0 larama site, 1 ch’uxña site, 2 larama site, 3 larama site, 5 larama site 6 yellow site invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, larama rod utterance: negate, the_x_is_on_the_table, larama rod
Resolve query in south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue ǂʻá 6 site yellow ǂʻá invariant under 2, 4, 5, 0, 1, 3 ǂʻá 6
South:
  - asserted, presupposed, denied ǂʻá neither, status of: on_table, blue ǂʻá rod ǂʻá utterance: negate, the_x_is_on_the_table, blue ǂʻá rod
Resolve query in south what?

North:
  - вал at 4, 0 blue site, 1 green site, 2 blue site, 3 blue site, 5 blue site 6 yellow site invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south what?

North:
  - color at 4, 0 blue site, 1 green site, 2 blue site, 3 blue site, 5 blue site 6 yellow site invariant under 2, 4, 5, 0, 1, 3 6
Itax:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in itax what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south what?

Ajkuikpa:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south tay?

Nord :
  - couleur à 4, 0 site bleu, 1 site vert, 2 site bleu, 3 site bleu, 5 site bleu et 6 site jaune et invariant sous 2, 4, 5, 0, 1, 3 et 6
Sud :
  - affirmer, presupposed, nier et neither, état de: on_table, bleu et tige et énoncé: negate, the_x_is_on_the_table, bleu et tige
Quoi résoudre question dans sud ?

Nordo:
  - koloro ĉe 4, 0 retejo blua, 1 retejo verda, 2 retejo blua, 3 retejo blua, 5 retejo blua kaj 6 retejo flava kaj invariant sub 2, 4, 5, 0, 1, 3 kaj 6
Sudo:
  - asserted, presupposed, nei kaj nek, prestiĝo de: on_table, blua kaj vergo kaj utterance: negate, the_x_is_on_the_table, blua kaj vergo
Solvi pridemando en sudo kio?

Észak:
  - szín at 4, 0 oldal kéket, 1 oldal zöldet, 2 oldal kéket, 3 oldal kéket, 5 oldal kéket és 6 oldal sárgát és invariant alatt 2, 4, 5, 0, 1, 3 és 6
Dél:
  - bizonygat, presupposed, tagad és neither, helyzet of: on_table, kék és bot és nyilatkozat: negate, the_x_is_on_the_table, kék és bot
Megold kérdés be dél melyik?

北:
  - 色喺:4, 0site藍色嘅, 1site綠色嘅, 2site藍色嘅, 3site藍色嘅, 5site藍色嘅及6site黃及invariant under:2, 4, 5, 0, 1, 3及6
南:
  - asserted, presupposed, denied及neither, status...嘅:on_table, 藍色嘅及rod及utterance:negate, the_x_is_on_the_table, 藍色嘅及rod
resolve query in:南乜嘢?

北:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue とぅ 6 site 黄色 とぅ invariant under 2, 4, 5, 0, 1, 3 とぅ 6
South:
  - asserted, presupposed, denied とぅ neither, status of: on_table, blue とぅ rod とぅ utterance: negate, the_x_is_on_the_table, blue とぅ rod
Resolve query in south what?

North:
  - түс at 4, 0 site көк, 1 site жасыл, 2 site көк, 3 site көк, 5 site көк және 6 site сары және инвариант астында 2, 4, 5, 0, 1, 3 және 6
South:
  - asserted, presupposed, denied және neither, мәртебе туралы: on_table, көк және rod және utterance: negate, the_x_is_on_the_table, көк және rod
Resolve сұрау in south не?

צָּפוֹן:
  - צֶבַע אֵצֶל 4, 0 אֲתָר כָּחוֹל, 1 אֲתָר ירוק מקנאה, 2 אֲתָר כָּחוֹל, 3 אֲתָר כָּחוֹל, 5 אֲתָר כָּחוֹל וְ־ 6 אֲתָר צָהֹב וְ־ invariant תַּחַת 2, 4, 5, 0, 1, 3 וְ־ 6
דָּרוֹם:
  - asserted, presupposed, הכחיש וְ־ neither, status שֶׁל: on_table, כָּחוֹל וְ־ מוֹט וְ־ utterance: negate, the_x_is_on_the_table, כָּחוֹל וְ־ מוֹט
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue დო 6 site yellow დო invariant under 2, 4, 5, 0, 1, 3 დო 6
South:
  - asserted, presupposed, denied დო neither, status of: on_table, blue დო rod დო utterance: negate, the_x_is_on_the_table, blue დო rod
Resolve query in south what?

Utara:
  - warna at 4, 0 situs biru, 1 situs hijau, 2 situs biru, 3 situs biru, 5 situs biru dan 6 situs kuning dan invariant di bawah 2, 4, 5, 0, 1, 3 dan 6
Selatan:
  - asserted, presupposed, pungkir dan neither, keadaan dari: on_table, biru dan rod dan utterance: negate, the_x_is_on_the_table, biru dan rod
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - ពណ៌at:4, 0siteខៀវ, 1siteបៃតង, 2siteខៀវ, 3siteខៀវ, 5siteខៀវនឹង6siteលឿងនឹងinvariantក្រោម:2, 4, 5, 0, 1, 3នឹង6
ខាងត្បូង:
  - asserted, presupposed, ប្រកែកនឹងneither, ឋានៈនៃ:on_table, ខៀវនឹងរបុកនឹងutterance:negate, the_x_is_on_the_table, ខៀវនឹងរបុក
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - ສີທີ່:4, 0siteຟ້າ, 1siteຂຽວ, 2siteຟ້າ, 3siteຟ້າ, 5siteຟ້າແລະ6siteເຫຼືອງແລະinvariantໃຕ້:2, 4, 5, 0, 1, 3ແລະ6
ທິດໃຕ້:
  - asserted, presupposed, deniedແລະneither, ສະຖານະພາບຂອງ:on_table, ຟ້າແລະrodແລະutterance:negate, the_x_is_on_the_table, ຟ້າແລະrod
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - రంగు వద్ద 4, 0 నీలము site, 1 పచ్చని site, 2 నీలము site, 3 నీలము site, 5 నీలము site మరియు 6 పసుపు site మరియు invariant under 2, 4, 5, 0, 1, 3 మరియు 6
దక్షిణం:
  - asserted, presupposed, denied మరియు neither, స్థానం of: on_table, నీలము మరియు rod మరియు utterance: negate, the_x_is_on_the_table, నీలము మరియు rod
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - color at 4, 0 site dúdú, 1 site green, 2 site dúdú, 3 site dúdú, 5 site dúdú 6 site àwo òdodo invariant lábẹ́ 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, dúdú rod utterance: negate, the_x_is_on_the_table, dúdú rod
What resolve query in south?

North:
  - color at 4, 0 blue site, 1 green site, 2 blue site, 3 blue site, 5 blue site 6 łitsog site invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south what?

north:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
south:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
resolve query in south what?

North:
  - color at 4, 0 site blaw, 1 site grun, 2 site blaw, 3 site blaw, 5 site blaw 6 site geri invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blaw rod utterance: negate, the_x_is_on_the_table, blaw rod
Resolve query in south what?

North:
  - color at 4, 0 site blue, 1 site green, 2 site blue, 3 site blue, 5 site blue 6 site yellow invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south what?

North:
  - ранг at 4, 0 blue site, 1 къацу site, 2 blue site, 3 blue site, 5 blue site 6 хъипи site invariant under 2, 4, 5, 0, 1, 3 6
South:
  - asserted, presupposed, denied neither, status of: on_table, blue rod utterance: negate, the_x_is_on_the_table, blue rod
Resolve query in south вуч?

North:
  - module: mod3, logical, plan and 10, module: mod0, logical, plan and 25, module: mod2, raw, parsed and 20, module: mod5, parsed, logical and 35, module: mod4, raw, parsed and 5, module: mod1, parsed, plan and 37, module: mod7, parsed, logical and 6 and module: mod6, raw, logical and 24, raw first_module_of_cheapest_pipeline the plan and rule a pipeline is a chain of modules whose output type matches the next input type and rule pipeline cost is the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn and no, said: ryn, lkpt and yes, said: ryn, tkrv and no, said: vela, tkrv and yes, said: orin, lmsd and yes, said: orin, lkpt and yes and said: vela, vvzn and no and unreliable orin, reliable idris, reliable ryn and unreliable vela
What is the resolve query in south?

Al norte:
  - el módulo: mod3, lógico, el plan y 10, el módulo: mod0, lógico, el plan y 25, el módulo: mod2, crudo, analizar y 20, el módulo: mod5, analizar, lógico y 35, el módulo: mod4, crudo, analizar y 5, el módulo: mod1, analizar, el plan y 37, el módulo: mod7, analizar, lógico y 6 y el módulo: mod6, crudo, lógico y 24, crudo el primer módulo de la canalización más barata el el plan y la regla: a pipeline es a chain de modules whose la salida el tipo coincide con el next la entrada el tipo y la regla: pipeline el coste de es el la suma de its el módulo costs
Al sur:
  - status: vvzn, dijo: orin, vvzn y no, dijo: ryn, lkpt y sí, dijo: ryn, tkrv y no, dijo: vela, tkrv y sí, dijo: orin, lmsd y sí, dijo: orin, lkpt y sí y dijo: vela, vvzn y no y no es fiable: orin, es fiable: idris, es fiable: ryn y no es fiable: vela
¿Qué resolve query in: sur?

北面有：
  - 的模块是：mod3、logical、的计划是和10、的模块是：mod0、logical、的计划是和25、的模块是：mod2、生的、解析和20、的模块是：mod5、解析、logical和35、的模块是：mod4、生的、解析和5、的模块是：mod1、解析、的计划是和37、的模块是：mod7、解析、logical和6和的模块是：mod6、生的、logical和24、生的最省流水线的第一个模块是这个的计划是和规则：一pipeline是一chain的moduleswhose的输出是的类型是匹配这next的输入是的类型是和规则：pipeline的成本是是这的总和是的its的模块是costs
南面有：
  - status的：vvzn、说过：orin、vvzn和否、说过：ryn、lkpt和是、说过：ryn、tkrv和否、说过：vela、tkrv和是、说过：orin、lmsd和是、说过：orin、lkpt和是和说过：vela、vvzn和否和不可靠：orin、可靠：idris、可靠：ryn和不可靠：vela
resolve query in：南什么？

North:
  - module: mod3, logical, plan ve 10, module: mod0, logical, plan ve 25, module: mod2, ham, parsed ve 20, module: mod5, parsed, logical ve 35, module: mod4, ham, parsed ve 5, module: mod1, parsed, plan ve 37, module: mod7, parsed, logical ve 6 ve module: mod6, ham, logical ve 24, ham planı first_module_of_cheapest_pipeline ve kural: bir pipeline bir chain modules whose output tip matches sonraki input tip ve kural: pipeline maliyet sum its module maliyeti
South:
  - status: vvzn, said: orin, vvzn ve hayır, said: ryn, lkpt ve evet, said: ryn, tkrv ve hayır, said: vela, tkrv ve evet, said: orin, lmsd ve evet, said: orin, lkpt ve evet ve said: vela, vvzn ve hayır ve unreliable: orin, reliable: idris, reliable: ryn ve unreliable: vela
Resolve query in: güney ne?

North:
  - module: mod3, logical, mpango na 10, module: mod0, logical, mpango na 25, module: mod2, raw, parsed na 20, module: mod5, parsed, logical na 35, module: mod4, raw, parsed na 5, module: mod1, parsed, mpango na 37, module: mod7, parsed, logical na 6 na module: mod6, raw, logical na 24, raw first_module_of_cheapest_pipeline mpango na sheria: pipeline ni chain ya modules whose output type matches next input type na sheria: pipeline gharimu ni sum ya its module costs
South:
  - status ya: vvzn, said: orin, vvzn na hapana, said: ryn, lkpt na ndiyo, said: ryn, tkrv na hapana, said: vela, tkrv na ndiyo, said: orin, lmsd na ndiyo, said: orin, lkpt na ndiyo na said: vela, vvzn na hapana na unreliable: orin, reliable: idris, reliable: ryn na unreliable: vela
Resolve query in: kusini nini?

North:
  - module: mod3, logical, plan and 10, module: mod0, logical, plan and 25, module: mod2, raw, parsed and 20, module: mod5, parsed, logical and 35, module: mod4, raw, parsed and 5, module: mod1, parsed, plan and 37, module: mod7, parsed, logical and 6 and module: mod6, raw, logical and 24, raw first_module_of_cheapest_pipeline the plan and rule a pipeline is a chain of modules whose output type matches the next input type and rule pipeline cost is the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn and no, said: ryn, lkpt and yes, said: ryn, tkrv and no, said: vela, tkrv and yes, said: orin, lmsd and yes, said: orin, lkpt and yes and said: vela, vvzn and no and unreliable orin, reliable idris, reliable ryn and unreliable vela
What is the resolve query in south?

{north: {modules: [(module mod3 logical plan 10) (module mod0 logical plan 25) (module mod2 raw parsed 20) (module mod5 parsed logical 35) (module mod4 raw parsed 5) (module mod1 parsed plan 37) (module mod7 parsed logical 6) (module mod6 raw logical 24)], query: (first_module_of_cheapest_pipeline raw plan), rules: [(rule (a_pipeline_is_a_chain_of_modules_whose_output_type_matches_the_next_input_type)) (rule (pipeline_cost_is_the_sum_of_its_module_costs))]}, query: (resolve_query_in south), south: {query: (status_of vvzn), reports: [(said orin vvzn no) (said ryn lkpt yes) (said ryn tkrv no) (said vela tkrv yes) (said orin lmsd yes) (said orin lkpt yes) (said vela vvzn no)], sources: [(unreliable orin) (reliable idris) (reliable ryn) (unreliable vela)]}}

Norden:
  - Modul: mod3, logisch, plan und 10, Modul: mod0, logisch, plan und 25, Modul: mod2, roh, analysieren und 20, Modul: mod5, analysieren, logisch und 35, Modul: mod4, roh, analysieren und 5, Modul: mod1, analysieren, plan und 37, Modul: mod7, analysieren, logisch und 6 und Modul: mod6, roh, logisch und 24, rohe first_module_of_cheapest_pipeline der plan und Regel ein Pipeline werden ein Kette aus modules wessen Output type matches der nächster Eingabe type und Regel Pipeline kosten werden der Summe aus sein Modul costs
Süden:
  - Status aus vvzn, besagt: orin, vvzn und nein, besagt: ryn, lkpt und ja, besagt: ryn, tkrv und nein, besagt: vela, tkrv und ja, besagt: orin, lmsd und ja, besagt: orin, lkpt und ja und besagt: vela, vvzn und nein und unzuverlässig orin, verlässlich idris, verlässlich ryn und unzuverlässig vela
Was lösen Frage in Süden?

Се̏вер:
  - module: mod3, lògičan, пла̑н и 10, module: mod0, lògičan, пла̑н и 25, module: mod2, сѝров, analizirati и 20, module: mod5, analizirati, lògičan и 35, module: mod4, сѝров, analizirati и 5, module: mod1, analizirati, пла̑н и 37, module: mod7, analizirati, lògičan и 6 и module: mod6, сѝров, lògičan и 24, сѝров first_module_of_cheapest_pipeline пла̑н и пра̏вило цевовод би̏ти ла́нац od modules чѝјӣ проѝзвод ти̑п matches следећи unos ти̑п и пра̏вило цевовод ко̏штати би̏ти zbroj od њѐгов module costs
Ју̏г:
  - ста́тус od vvzn, said: orin, vvzn и no, said: ryn, lkpt и да, said: ryn, tkrv и no, said: vela, tkrv и да, said: orin, lmsd и да, said: orin, lkpt и да и said: vela, vvzn и no и nepouzdan orin, pouzdan idris, pouzdan ryn и nepouzdan vela
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - moduuli: mod3, looginen, suunnitelma ja 10, moduuli: mod0, looginen, suunnitelma ja 25, moduuli: mod2, raaka, jäsentää ja 20, moduuli: mod5, jäsentää, looginen ja 35, moduuli: mod4, raaka, jäsentää ja 5, moduuli: mod1, jäsentää, suunnitelma ja 37, moduuli: mod7, jäsentää, looginen ja 6 ja moduuli: mod6, raaka, looginen ja 24, raa’at first_module_of_cheapest_pipeline suunnitelmalle ja sääntö johto tulla ketju vaille modules kenen tuotanto luokka matches seuraava syöte luokka ja sääntö johto maksaa tulla summa vaille sen moduuli costs
Etelä:
  - asema vaille vvzn, samainen: orin, vvzn ja ei, samainen: ryn, lkpt ja kyllä, samainen: ryn, tkrv ja ei, samainen: vela, tkrv ja kyllä, samainen: orin, lmsd ja kyllä, samainen: orin, lkpt ja kyllä ja samainen: vela, vvzn ja ei ja epäluotettava orin, luotettava idris, luotettava ryn ja epäluotettava vela
Mikä ratkaista kysymys sisään etelään?

北面有：
  - 的模块是：mod3、logical、的计划是和10、的模块是：mod0、logical、的计划是和25、的模块是：mod2、生的、解析和20、的模块是：mod5、解析、logical和35、的模块是：mod4、生的、解析和5、的模块是：mod1、解析、的计划是和37、的模块是：mod7、解析、logical和6和的模块是：mod6、生的、logical和24、生的最省流水线的第一个模块是这个的计划是和规则：一pipeline是一chain的moduleswhose的输出是的类型是匹配这next的输入是的类型是和规则：pipeline的成本是是这的总和是的its的模块是costs
南面有：
  - status的：vvzn、说过：orin、vvzn和否、说过：ryn、lkpt和是、说过：ryn、tkrv和否、说过：vela、tkrv和是、说过：orin、lmsd和是、说过：orin、lkpt和是和说过：vela、vvzn和否和不可靠：orin、可靠：idris、可靠：ryn和不可靠：vela
resolve query in：南什么？

北:
  - モジュール:mod3, logical, 計画と10, モジュール:mod0, logical, 計画と25, モジュール:mod2, 生の, 解析すると20, モジュール:mod5, 解析する, logicalと35, モジュール:mod4, 生の, 解析すると5, モジュール:mod1, 解析する, 計画と37, モジュール:mod7, 解析する, logicalと6とモジュール:mod6, 生の, logicalと24, 生の計画first_module_of_cheapest_pipelineと規則:パイプラインれる鎖の中のmodules誰の出力種類matches次の入力種類と規則:パイプライン費やすれる総額の中のitsモジュールcosts
南:
  - 地位の中の:vvzn, 前記:orin, vvznといいえ, 前記:ryn, lkptとはい, 前記:ryn, tkrvといいえ, 前記:vela, tkrvとはい, 前記:orin, lmsdとはい, 前記:orin, lkptとはいと前記:vela, vvznといいえとunreliable:orin, 頼もしい:idris, 頼もしい:rynとunreliable:vela
解く質問...に:南何と?

North:
  - module: mod3, logical, plan ve 10, module: mod0, logical, plan ve 25, module: mod2, ham, parsed ve 20, module: mod5, parsed, logical ve 35, module: mod4, ham, parsed ve 5, module: mod1, parsed, plan ve 37, module: mod7, parsed, logical ve 6 ve module: mod6, ham, logical ve 24, ham planı first_module_of_cheapest_pipeline ve kural: bir pipeline bir chain modules whose output tip matches sonraki input tip ve kural: pipeline maliyet sum its module maliyeti
South:
  - status: vvzn, said: orin, vvzn ve hayır, said: ryn, lkpt ve evet, said: ryn, tkrv ve hayır, said: vela, tkrv ve evet, said: orin, lmsd ve evet, said: orin, lkpt ve evet ve said: vela, vvzn ve hayır ve unreliable: orin, reliable: idris, reliable: ryn ve unreliable: vela
Resolve query in: güney ne?

شَمَال:
  - وَحْدَة: mod3، مَنْطِقِيّ، خِطَّة وَـ 10، وَحْدَة: mod0، مَنْطِقِيّ، خِطَّة وَـ 25، وَحْدَة: mod2، نَيْء، parsed وَـ 20، وَحْدَة: mod5، parsed، مَنْطِقِيّ وَـ 35، وَحْدَة: mod4، نَيْء، parsed وَـ 5، وَحْدَة: mod1، parsed، خِطَّة وَـ 37، وَحْدَة: mod7، parsed، مَنْطِقِيّ وَـ 6 وَـ وَحْدَة: mod6، نَيْء، مَنْطِقِيّ وَـ 24، first_module_of_cheapest_pipeline نَيْء الـ خِطَّة وَـ قَانُون خَطّ أَنَابِيب كَانَ سِلْسِلَة مِنْ modules لِمَن مُخرَج type matches الـ تَالٍ مُدْخَل type وَـ قَانُون خَطّ أَنَابِيب cost كَانَ الـ مَجْمُوع مِنْ its وَحْدَة costs
جَنُوب:
  - تَرْتِيب مِنْ vvzn، said: orin، vvzn وَـ no، said: ryn، lkpt وَـ نَعَم، said: ryn، tkrv وَـ no، said: vela، tkrv وَـ نَعَم، said: orin، lmsd وَـ نَعَم، said: orin، lkpt وَـ نَعَم وَـ said: vela، vvzn وَـ no وَـ unreliable orin، مَوْثُوق idris، مَوْثُوق ryn وَـ unreliable vela
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - მოდული: mod3, logical, plan და 10, მოდული: mod0, logical, plan და 25, მოდული: mod2, ნედლი, parsed და 20, მოდული: mod5, parsed, logical და 35, მოდული: mod4, ნედლი, parsed და 5, მოდული: mod1, parsed, plan და 37, მოდული: mod7, parsed, logical და 6 და მოდული: mod6, ნედლი, logical და 24, ნედლი plan first_module_of_cheapest_pipeline და წესი მილსადენი ყოფნა ჯაჭვი of modules ვისი output type matches შემდეგი input type და წესი მილსადენი ღირს ყოფნა ჯამი of მისი მოდული costs
Სამხრეთი:
  - status of vvzn, said: orin, vvzn და no, said: ryn, lkpt და დიახ, said: ryn, tkrv და no, said: vela, tkrv და დიახ, said: orin, lmsd და დიახ, said: orin, lkpt და დიახ და said: vela, vvzn და no და unreliable orin, საიმედო idris, საიმედო ryn და unreliable vela
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - kōwae: mod3, nahanaha, plan me 10, kōwae: mod0, nahanaha, plan me 25, kōwae: mod2, ota, parsed me 20, kōwae: mod5, parsed, nahanaha me 35, kōwae: mod4, ota, parsed me 5, kōwae: mod1, parsed, plan me 37, kōwae: mod7, parsed, nahanaha me 6 me kōwae: mod6, ota, nahanaha me 24, first_module_of_cheapest_pipeline ota te plan me rekureihana ngongo kōhinu is mekameka o modules whose huaputa pato matches te panuku kōkuhunga pato me rekureihana ngongo kōhinu cost is te tapeke o its kōwae costs
Tonga:
  - tupu o vvzn, said: orin, vvzn me kāo, said: ryn, lkpt me āe, said: ryn, tkrv me kāo, said: vela, tkrv me āe, said: orin, lmsd me āe, said: orin, lkpt me āe me said: vela, vvzn me kāo me kahurakiraki orin, haepapa idris, haepapa ryn me kahurakiraki vela
Whakatatū query in tonga unutai?

Phía bắc:
  - mô-đun: mod3, logical, kế hoạch và 10, mô-đun: mod0, logical, kế hoạch và 25, mô-đun: mod2, sống, parsed và 20, mô-đun: mod5, parsed, logical và 35, mô-đun: mod4, sống, parsed và 5, mô-đun: mod1, parsed, kế hoạch và 37, mô-đun: mod7, parsed, logical và 6 và mô-đun: mod6, sống, logical và 24, sống first_module_of_cheapest_pipeline kế hoạch và quy tắc pipeline được dây xích bằng modules của ai đầu ra loại matches the sắp tới input loại và quy tắc pipeline cost được the tổng số bằng its mô-đun costs
Phía nam:
  - trạng thái bằng vvzn, said: orin, vvzn và no, said: ryn, lkpt và vâng, said: ryn, tkrv và no, said: vela, tkrv và vâng, said: orin, lmsd và vâng, said: orin, lkpt và vâng và said: vela, vvzn và no và unreliable orin, tin cậy idris, tin cậy ryn và unreliable vela
Resolve query trong phía nam gì?

ทิศเหนือ:
  - มอดูล:mod3, logical, แผนและ10, มอดูล:mod0, logical, แผนและ25, มอดูล:mod2, ดิบ, parsedและ20, มอดูล:mod5, parsed, logicalและ35, มอดูล:mod4, ดิบ, parsedและ5, มอดูล:mod1, parsed, แผนและ37, มอดูล:mod7, parsed, logicalและ6และมอดูล:mod6, ดิบ, logicalและ24, ดิบfirst_module_of_cheapest_pipelineแผนและกฎ:pipelineถูกโซ่ของmoduleswhoseเอาท์พุตประเภทmatchesหน้าinputประเภทและกฎ:pipelineราคาถูกsumของitsมอดูลcosts
ทิศใต้:
  - สถานภาพของ:vvzn, said:orin, vvznและไฮ้, said:ryn, lkptและใช่, said:ryn, tkrvและไฮ้, said:vela, tkrvและใช่, said:orin, lmsdและใช่, said:orin, lkptและใช่และsaid:vela, vvznและไฮ้และunreliable:orin, ไว้ใจได้:idris, ไว้ใจได้:rynและunreliable:vela
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - module: mod3, logical, திட்டம் மற்றும் 10, module: mod0, logical, திட்டம் மற்றும் 25, module: mod2, raw, parsed மற்றும் 20, module: mod5, parsed, logical மற்றும் 35, module: mod4, raw, parsed மற்றும் 5, module: mod1, parsed, திட்டம் மற்றும் 37, module: mod7, parsed, logical மற்றும் 6 மற்றும் module: mod6, raw, logical மற்றும் 24, raw திட்டம் first_module_of_cheapest_pipeline மற்றும் rule pipeline படு chain கொண்ட modules யாருடைய output type matches next input type மற்றும் rule pipeline செலவு படு sum கொண்ட அதன் module costs
தெற்கு:
  - அந்தஸ்து கொண்ட vvzn, said: orin, vvzn மற்றும் no, said: ryn, lkpt மற்றும் ஆம், said: ryn, tkrv மற்றும் no, said: vela, tkrv மற்றும் ஆம், said: orin, lmsd மற்றும் ஆம், said: orin, lkpt மற்றும் ஆம் மற்றும் said: vela, vvzn மற்றும் no மற்றும் unreliable orin, reliable idris, reliable ryn மற்றும் unreliable vela
resolve query உள்ளே தெற்கு என்ன?

North:
  - module: mod3, logical, mpango na 10, module: mod0, logical, mpango na 25, module: mod2, raw, parsed na 20, module: mod5, parsed, logical na 35, module: mod4, raw, parsed na 5, module: mod1, parsed, mpango na 37, module: mod7, parsed, logical na 6 na module: mod6, raw, logical na 24, raw first_module_of_cheapest_pipeline mpango na sheria: pipeline ni chain ya modules whose output type matches next input type na sheria: pipeline gharimu ni sum ya its module costs
South:
  - status ya: vvzn, said: orin, vvzn na hapana, said: ryn, lkpt na ndiyo, said: ryn, tkrv na hapana, said: vela, tkrv na ndiyo, said: orin, lmsd na ndiyo, said: orin, lkpt na ndiyo na said: vela, vvzn na hapana na unreliable: orin, reliable: idris, reliable: ryn na unreliable: vela
Resolve query in: kusini nini?

Náhookǫs:
  - module: mod3, logical, plan dóó 10, module: mod0, logical, plan dóó 25, module: mod2, tʼáá tʼéehgo, parsed dóó 20, module: mod5, parsed, logical dóó 35, module: mod4, tʼáá tʼéehgo, parsed dóó 5, module: mod1, parsed, plan dóó 37, module: mod7, parsed, logical dóó 6 dóó module: mod6, tʼáá tʼéehgo, logical dóó 24, tʼáá tʼéehgo plan first_module_of_cheapest_pipeline dóó bee hazʼáanii pipeline átʼé béésh daʼahólzhaʼí of modules whose output type matches next input type dóó bee hazʼáanii pipeline bą́ą́h ílį́ átʼé sum of its module costs
Shádiʼááh:
  - status of vvzn, said: orin, vvzn dóó no, said: ryn, lkpt dóó aooʼ, said: ryn, tkrv dóó no, said: vela, tkrv dóó aooʼ, said: orin, lmsd dóó aooʼ, said: orin, lkpt dóó aooʼ dóó said: vela, vvzn dóó no dóó unreliable orin, reliable idris, reliable ryn dóó unreliable vela
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - module: mod3, logical, plan aamma 10, module: mod0, logical, plan aamma 25, module: mod2, raw, parsed aamma 20, module: mod5, parsed, logical aamma 35, module: mod4, raw, parsed aamma 5, module: mod1, parsed, plan aamma 37, module: mod7, parsed, logical aamma 6 aamma module: mod6, raw, logical aamma 24, raw plan first_module_of_cheapest_pipeline aamma rule pipeline a chain of modules whose output type matches next input type aamma rule pipeline cost a sum of uuma module costs
Kujalleq:
  - status of vvzn, said: orin, vvzn aamma no, said: ryn, lkpt aamma aap, said: ryn, tkrv aamma no, said: vela, tkrv aamma aap, said: orin, lmsd aamma aap, said: orin, lkpt aamma aap aamma said: vela, vvzn aamma no aamma unreliable orin, reliable idris, reliable ryn aamma unreliable vela
Resolve query in kujalleq what?

North:
  - module: mod3, logical, plan na 10, module: mod0, logical, plan na 25, module: mod2, raw, parsed na 20, module: mod5, parsed, logical na 35, module: mod4, raw, parsed na 5, module: mod1, parsed, plan na 37, module: mod7, parsed, logical na 6 na module: mod6, raw, logical na 24, raw first_module_of_cheapest_pipeline plan na rule pipeline is chain bilong modules whose output type matches next input type na rule pipeline cost is sum bilong its module costs
South:
  - status bilong vvzn, said: orin, vvzn na no, said: ryn, lkpt na ya, said: ryn, tkrv na no, said: vela, tkrv na ya, said: orin, lmsd na ya, said: orin, lkpt na ya na said: vela, vvzn na no na unreliable orin, reliable idris, reliable ryn na unreliable vela
Resolve query long south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan nikanixi pipeline is sukahëlas of modules whose output sësàphitehike matches next input sësàphitehike nikanixi pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south kwèch?

North:
  - module: mod3, logical, plan а 10, module: mod0, logical, plan а 25, module: mod2, raw, parsed а 20, module: mod5, parsed, logical а 35, module: mod4, raw, parsed а 5, module: mod1, parsed, plan а 37, module: mod7, parsed, logical а 6 а module: mod6, raw, logical а 24, raw first_module_of_cheapest_pipeline plan а rule pipeline хила зӏи of modules whose output type matches next input type а rule pipeline cost хила sum of its module costs
South:
  - status of vvzn, said: orin, vvzn а no, said: ryn, lkpt а yes, said: ryn, tkrv а no, said: vela, tkrv а yes, said: orin, lmsd а yes, said: orin, lkpt а yes а said: vela, vvzn а no а unreliable orin, reliable idris, reliable ryn а unreliable vela
Resolve query in south фу?

북:
  - 모듈: mod3, logical, 계획 10, 모듈: mod0, logical, 계획 25, 모듈: mod2, 생의, parsed 20, 모듈: mod5, parsed, logical 35, 모듈: mod4, 생의, parsed 5, 모듈: mod1, parsed, 계획 37, 모듈: mod7, parsed, logical 6 모듈: mod6, 생의, logical 24, 생의 계획 first_module_of_cheapest_pipeline 규칙 관로 is 사슬 ...의 modules 누구의 출력 유형 matches 다음의 입력 유형 규칙 관로 cost is 합계 ...의 its 모듈 costs
남:
  - 지위 ...의 vvzn, 상기: orin, vvzn 아니요, 상기: ryn, lkpt 네, 상기: ryn, tkrv 아니요, 상기: vela, tkrv 네, 상기: orin, lmsd 네, 상기: orin, lkpt 네 상기: vela, vvzn 아니요 unreliable orin, 믿음직스럽다 idris, 믿음직스럽다 ryn unreliable vela
해결하다 질문...의 안에 남 무엇?

Ipar:
  - module: mod3, logical, plan eta 10, module: mod0, logical, plan eta 25, module: mod2, gordin, parsed eta 20, module: mod5, parsed, logical eta 35, module: mod4, gordin, parsed eta 5, module: mod1, parsed, plan eta 37, module: mod7, parsed, logical eta 6 eta module: mod6, gordin, logical eta 24, gordin plan first_module_of_cheapest_pipeline eta arau bat pipeline izan bat kate of modules whose output mota matches the datorren input mota eta arau pipeline kostatu izan the sum of its module costs
Hego:
  - status of vvzn, said: orin, vvzn eta no, said: ryn, lkpt eta bai, said: ryn, tkrv eta no, said: vela, tkrv eta bai, said: orin, lmsd eta bai, said: orin, lkpt eta bai eta said: vela, vvzn eta no eta ganoragabe orin, reliable idris, reliable ryn eta ganoragabe vela
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - module: mod3, logical, plan ᎠᎴ 10, module: mod0, logical, plan ᎠᎴ 25, module: mod2, raw, parsed ᎠᎴ 20, module: mod5, parsed, logical ᎠᎴ 35, module: mod4, raw, parsed ᎠᎴ 5, module: mod1, parsed, plan ᎠᎴ 37, module: mod7, parsed, logical ᎠᎴ 6 ᎠᎴ module: mod6, raw, logical ᎠᎴ 24, raw first_module_of_cheapest_pipeline plan ᎠᎴ rule pipeline is ᎤᎾᏓᏕᏒᏓ of modules whose output type matches next input type ᎠᎴ rule pipeline cost is sum of its module costs
ᏧᎦᏃᏮᎢ:
  - status of vvzn, said: orin, vvzn ᎠᎴ ᏝᏃ, said: ryn, lkpt ᎠᎴ ᎥᎥ, said: ryn, tkrv ᎠᎴ ᏝᏃ, said: vela, tkrv ᎠᎴ ᎥᎥ, said: orin, lmsd ᎠᎴ ᎥᎥ, said: orin, lkpt ᎠᎴ ᎥᎥ ᎠᎴ said: vela, vvzn ᎠᎴ ᏝᏃ ᎠᎴ unreliable orin, reliable idris, reliable ryn ᎠᎴ unreliable vela
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, chawa, parsed 20, module: mod5, parsed, logical 35, module: mod4, chawa, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, chawa, logical 24, chawa first_module_of_cheapest_pipeline plan rule pipeline tiyay chain of modules whose output type matches qhipan input type rule pipeline cost tiyay qullu of its module costs
South:
  - status of vvzn, said: orin, vvzn mánan, said: ryn, lkpt arí, said: ryn, tkrv mánan, said: vela, tkrv arí, said: orin, lmsd arí, said: orin, lkpt arí said: vela, vvzn mánan unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan ыкӏи 10, module: mod0, logical, plan ыкӏи 25, module: mod2, raw, parsed ыкӏи 20, module: mod5, parsed, logical ыкӏи 35, module: mod4, raw, parsed ыкӏи 5, module: mod1, parsed, plan ыкӏи 37, module: mod7, parsed, logical ыкӏи 6 ыкӏи module: mod6, raw, logical ыкӏи 24, raw plan first_module_of_cheapest_pipeline ыкӏи rule pipeline is chain of modules whose output type matches the next input type ыкӏи rule pipeline cost is the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn ыкӏи no, said: ryn, lkpt ыкӏи yes, said: ryn, tkrv ыкӏи no, said: vela, tkrv ыкӏи yes, said: orin, lmsd ыкӏи yes, said: orin, lkpt ыкӏи yes ыкӏи said: vela, vvzn ыкӏи no ыкӏи unreliable orin, reliable idris, reliable ryn ыкӏи unreliable vela
Resolve query in south сыд?

North:
  - module: mod3, logical, plan thiab 10, module: mod0, logical, plan thiab 25, module: mod2, raw, parsed thiab 20, module: mod5, parsed, logical thiab 35, module: mod4, raw, parsed thiab 5, module: mod1, parsed, plan thiab 37, module: mod7, parsed, logical thiab 6 thiab module: mod6, raw, logical thiab 24, raw first_module_of_cheapest_pipeline plan thiab cai pipeline is chain of modules whose output type matches next input type thiab cai pipeline nqi is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn thiab no, said: ryn, lkpt thiab yes, said: ryn, tkrv thiab no, said: vela, tkrv thiab yes, said: orin, lmsd thiab yes, said: orin, lkpt thiab yes thiab said: vela, vvzn thiab no thiab unreliable orin, reliable idris, reliable ryn thiab unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn woi, said: ryn, lkpt ngai, said: ryn, tkrv woi, said: vela, tkrv ngai, said: orin, lmsd ngai, said: orin, lkpt ngai said: vela, vvzn woi unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south ining-jak?

Falammi:
  - module: mod3, logical, plan micha' 10, module: mod0, logical, plan micha' 25, module: mod2, raw, parsed micha' 20, module: mod5, parsed, logical micha' 35, module: mod4, raw, parsed micha' 5, module: mod1, parsed, plan micha' 37, module: mod7, parsed, logical micha' 6 micha' module: mod6, raw, logical micha' 24, raw first_module_of_cheapest_pipeline plan micha' rule pipeline is chain of modules kata output type matches next input type micha' rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn micha' no, said: ryn, lkpt micha' i̠i, said: ryn, tkrv micha' no, said: vela, tkrv micha' i̠i, said: orin, lmsd micha' i̠i, said: orin, lkpt micha' i̠i micha' said: vela, vvzn micha' no micha' unreliable orin, reliable idris, reliable ryn micha' unreliable vela
Resolve query in south nanta?

ヘペラ:
  - module: mod3, logical, plan カ 10, module: mod0, logical, plan カ 25, module: mod2, raw, parsed カ 20, module: mod5, parsed, logical カ 35, module: mod4, raw, parsed カ 5, module: mod1, parsed, plan カ 37, module: mod7, parsed, logical カ 6 カ module: mod6, raw, logical カ 24, raw plan first_module_of_cheapest_pipeline カ rule pipeline is chain of modules whose output type matches next input type カ rule pipeline cost is sum of its module costs
ヘパシ:
  - status of vvzn, said: orin, vvzn カ ソモ, said: ryn, lkpt カ yes, said: ryn, tkrv カ ソモ, said: vela, tkrv カ yes, said: orin, lmsd カ yes, said: orin, lkpt カ yes カ said: vela, vvzn カ ソモ カ unreliable orin, reliable idris, reliable ryn カ unreliable vela
Resolve query in ヘパシ what?

Эйгысӄын:
  - module: mod3, logical, plan ынкъам 10, module: mod0, logical, plan ынкъам 25, module: mod2, raw, parsed ынкъам 20, module: mod5, parsed, logical ынкъам 35, module: mod4, raw, parsed ынкъам 5, module: mod1, parsed, plan ынкъам 37, module: mod7, parsed, logical ынкъам 6 ынкъам module: mod6, raw, logical ынкъам 24, raw first_module_of_cheapest_pipeline plan ынкъам rule pipeline is chain of modules whose output type matches next input type ынкъам rule pipeline cost is sum of its module costs
Айвалыӈӄал:
  - status of vvzn, said: orin, vvzn ынкъам no, said: ryn, lkpt ынкъам yes, said: ryn, tkrv ынкъам no, said: vela, tkrv ынкъам yes, said: orin, lmsd ынкъам yes, said: orin, lkpt ынкъам yes ынкъам said: vela, vvzn ынкъам no ынкъам unreliable orin, reliable idris, reliable ryn ынкъам unreliable vela
Resolve query in айвалыӈӄал what?

North:
  - module: mod3, logical, plan yéetel 10, module: mod0, logical, plan yéetel 25, module: mod2, raw, parsed yéetel 20, module: mod5, parsed, logical yéetel 35, module: mod4, raw, parsed yéetel 5, module: mod1, parsed, plan yéetel 37, module: mod7, parsed, logical yéetel 6 yéetel module: mod6, raw, logical yéetel 24, raw first_module_of_cheapest_pipeline plan yéetel rule pipeline yan chain of modules whose output type matches next input type yéetel rule pipeline cost yan sum of its module costs
South:
  - status of vvzn, said: orin, vvzn yéetel no, said: ryn, lkpt yéetel yes, said: ryn, tkrv yéetel no, said: vela, tkrv yéetel yes, said: orin, lmsd yéetel yes, said: orin, lkpt yéetel yes yéetel said: vela, vvzn yéetel no yéetel unreliable orin, reliable idris, reliable ryn yéetel unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt hą, said: ryn, tkrv no, said: vela, tkrv hą, said: orin, lmsd hą, said: orin, lkpt hą said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south híli?

North:
  - module: mod3, logical, plan na 10, module: mod0, logical, plan na 25, module: mod2, raw, parsed na 20, module: mod5, parsed, logical na 35, module: mod4, raw, parsed na 5, module: mod1, parsed, plan na 37, module: mod7, parsed, logical na 6 na module: mod6, raw, logical na 24, raw plan first_module_of_cheapest_pipeline na rule pipeline is chain of modules whose output type matches the next input type na rule pipeline cost is the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn na no, said: ryn, lkpt na yes, said: ryn, tkrv na no, said: vela, tkrv na yes, said: orin, lmsd na yes, said: orin, lkpt na yes na said: vela, vvzn na no na unreliable orin, reliable idris, reliable ryn na unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches the next input type rule pipeline cost is the sum of its module costs
Ñemby:
  - status of vvzn, said: orin, vvzn nahániri, said: ryn, lkpt heẽ, said: ryn, tkrv nahániri, said: vela, tkrv heẽ, said: orin, lmsd heẽ, said: orin, lkpt heẽ said: vela, vvzn nahániri unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in ñemby what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw plan first_module_of_cheapest_pipeline rule maya pipeline is maya chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt jisa, said: ryn, tkrv no, said: vela, tkrv jisa, said: orin, lmsd jisa, said: orin, lkpt jisa said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan ǂʻá 10, module: mod0, logical, plan ǂʻá 25, module: mod2, raw, parsed ǂʻá 20, module: mod5, parsed, logical ǂʻá 35, module: mod4, raw, parsed ǂʻá 5, module: mod1, parsed, plan ǂʻá 37, module: mod7, parsed, logical ǂʻá 6 ǂʻá module: mod6, raw, logical ǂʻá 24, raw first_module_of_cheapest_pipeline plan ǂʻá rule pipeline ǀîi chain of modules whose output type matches next input type ǂʻá rule pipeline cost ǀîi sum of its module costs
South:
  - status of vvzn, said: orin, vvzn ǂʻá ʻĩĩ, said: ryn, lkpt ǂʻá ʻée, said: ryn, tkrv ǂʻá ʻĩĩ, said: vela, tkrv ǂʻá ʻée, said: orin, lmsd ǂʻá ʻée, said: orin, lkpt ǂʻá ʻée ǂʻá said: vela, vvzn ǂʻá ʻĩĩ ǂʻá unreliable orin, reliable idris, reliable ryn ǂʻá unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw plan first_module_of_cheapest_pipeline rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw plan first_module_of_cheapest_pipeline rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
Itax:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in itax what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches the next input type rule pipeline cost is the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt ee, said: ryn, tkrv no, said: vela, tkrv ee, said: orin, lmsd ee, said: orin, lkpt ee said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

Ajkuikpa:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline ne plan rule pipeline nemi chain of modules whose output type matches ne next input type rule pipeline cost nemi ne sum of its module costs
South:
  - status of vvzn, said: orin, vvzn inte, said: ryn, lkpt yes, said: ryn, tkrv inte, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn inte unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south tay?

Nord :
  - module: mod3, logique, plan et 10, module: mod0, logique, plan et 25, module: mod2, cru, analyser et 20, module: mod5, analyser, logique et 35, module: mod4, cru, analyser et 5, module: mod1, analyser, plan et 37, module: mod7, analyser, logique et 6 et module: mod6, cru, logique et 24, cru first_module_of_cheapest_pipeline le plan et règle un pipeline être un chaîne de modules à qui produire type matches le prochain entrée type et règle pipeline coûter être le somme de son module costs
Sud :
  - état de vvzn, dit: orin, vvzn et no, dit: ryn, lkpt et oui, dit: ryn, tkrv et no, dit: vela, tkrv et oui, dit: orin, lmsd et oui, dit: orin, lkpt et oui et dit: vela, vvzn et no et non fiable orin, fiable idris, fiable ryn et non fiable vela
Quoi résoudre question dans sud ?

Nordo:
  - module: mod3, konsekvenca, plano kaj 10, module: mod0, konsekvenca, plano kaj 25, module: mod2, raw, parsed kaj 20, module: mod5, parsed, konsekvenca kaj 35, module: mod4, raw, parsed kaj 5, module: mod1, parsed, plano kaj 37, module: mod7, parsed, konsekvenca kaj 6 kaj module: mod6, raw, konsekvenca kaj 24, raw first_module_of_cheapest_pipeline plano kaj regulo pipeline egali ĉeno de modules kies eksterdoni tipo matches sekva input tipo kaj regulo pipeline kosti egali sum de ĝia module costs
Sudo:
  - prestiĝo de vvzn, said: orin, vvzn kaj no, said: ryn, lkpt kaj jes, said: ryn, tkrv kaj no, said: vela, tkrv kaj jes, said: orin, lmsd kaj jes, said: orin, lkpt kaj jes kaj said: vela, vvzn kaj no kaj nefidinda orin, fidinda idris, fidinda ryn kaj nefidinda vela
Solvi pridemando en sudo kio?

Észak:
  - module: mod3, logikus, terv és 10, module: mod0, logikus, terv és 25, module: mod2, nyers, elemez és 20, module: mod5, elemez, logikus és 35, module: mod4, nyers, elemez és 5, module: mod1, elemez, terv és 37, module: mod7, elemez, logikus és 6 és module: mod6, nyers, logikus és 24, nyers first_module_of_cheapest_pipeline a tervet és szabály csővezeték van lánc of modules kié? kimenet típus matches a következő bevitel típus és szabály csővezeték kerül van a összeg of övé module costs
Dél:
  - helyzet of vvzn, említett: orin, vvzn és no, említett: ryn, lkpt és igen, említett: ryn, tkrv és no, említett: vela, tkrv és igen, említett: orin, lmsd és igen, említett: orin, lkpt és igen és említett: vela, vvzn és no és megbízhatatlan orin, megbízható idris, megbízható ryn és megbízhatatlan vela
Megold kérdés be dél melyik?

北:
  - module:mod3, logical, 計劃及10, module:mod0, logical, 計劃及25, module:mod2, raw, parsed及20, module:mod5, parsed, logical及35, module:mod4, raw, parsed及5, module:mod1, parsed, 計劃及37, module:mod7, parsed, logical及6及module:mod6, raw, logical及24, rawfirst_module_of_cheapest_pipeline計劃及rule:一pipeline是一鏈...嘅moduleswhose輸出款matches下一個輸入款及rule:pipelinecost是sum...嘅itsmodulecosts
南:
  - status...嘅:vvzn, said:orin, vvzn及no, said:ryn, lkpt及係, said:ryn, tkrv及no, said:vela, tkrv及係, said:orin, lmsd及係, said:orin, lkpt及係及said:vela, vvzn及no及unreliable:orin, reliable:idris, reliable:ryn及unreliable:vela
resolve query in:南乜嘢?

北:
  - module: mod3, logical, plan とぅ 10, module: mod0, logical, plan とぅ 25, module: mod2, raw, parsed とぅ 20, module: mod5, parsed, logical とぅ 35, module: mod4, raw, parsed とぅ 5, module: mod1, parsed, plan とぅ 37, module: mod7, parsed, logical とぅ 6 とぅ module: mod6, raw, logical とぅ 24, raw first_module_of_cheapest_pipeline plan とぅ rule pipeline 有ん chain of modules whose output type matches next input type とぅ rule pipeline cost 有ん sum of its module costs
South:
  - status of vvzn, said: orin, vvzn とぅ no, said: ryn, lkpt とぅ yes, said: ryn, tkrv とぅ no, said: vela, tkrv とぅ yes, said: orin, lmsd とぅ yes, said: orin, lkpt とぅ yes とぅ said: vela, vvzn とぅ no とぅ unreliable orin, reliable idris, reliable ryn とぅ unreliable vela
Resolve query in south what?

North:
  - module: mod3, логикалық, жоспар және 10, module: mod0, логикалық, жоспар және 25, module: mod2, шикі, parsed және 20, module: mod5, parsed, логикалық және 35, module: mod4, шикі, parsed және 5, module: mod1, parsed, жоспар және 37, module: mod7, parsed, логикалық және 6 және module: mod6, шикі, логикалық және 24, шикі first_module_of_cheapest_pipeline жоспар және ереже құбыр желісі is шынжыр туралы modules كىمنىڭ output тип matches next input тип және ереже құбыр желісі тұру is сом туралы its module costs
South:
  - мәртебе туралы vvzn, said: orin, vvzn және жоқ, said: ryn, lkpt және иә, said: ryn, tkrv және жоқ, said: vela, tkrv және иә, said: orin, lmsd және иә, said: orin, lkpt және иә және said: vela, vvzn және жоқ және сенімсіз orin, reliable idris, reliable ryn және сенімсіз vela
Resolve сұрау in south не?

צָּפוֹן:
  - מוֹדוּל: mod3, logical, תִּכְנֵן וְ־ 10, מוֹדוּל: mod0, logical, תִּכְנֵן וְ־ 25, מוֹדוּל: mod2, נָא, פירק וְ־ 20, מוֹדוּל: mod5, פירק, logical וְ־ 35, מוֹדוּל: mod4, נָא, פירק וְ־ 5, מוֹדוּל: mod1, פירק, תִּכְנֵן וְ־ 37, מוֹדוּל: mod7, פירק, logical וְ־ 6 וְ־ מוֹדוּל: mod6, נָא, logical וְ־ 24, נָא first_module_of_cheapest_pipeline תִּכְנֵן ה־ וְ־ מָשַׁל אַחַת pipeline הוא אַחַת שַׁרְשֶׁרֶת שֶׁל modules שֶׁל מִי פֶּלֶט type matches ה־ בָּא קֶלֶט type וְ־ מָשַׁל pipeline עָלָה הוא ה־ סְכוּם שֶׁל its מוֹדוּל costs
דָּרוֹם:
  - status שֶׁל vvzn, said: orin, vvzn וְ־ no, said: ryn, lkpt וְ־ כֵּן, said: ryn, tkrv וְ־ no, said: vela, tkrv וְ־ כֵּן, said: orin, lmsd וְ־ כֵּן, said: orin, lkpt וְ־ כֵּן וְ־ said: vela, vvzn וְ־ no וְ־ unreliable orin, אמין idris, אמין ryn וְ־ unreliable vela
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - module: mod3, logical, plan დო 10, module: mod0, logical, plan დო 25, module: mod2, raw, parsed დო 20, module: mod5, parsed, logical დო 35, module: mod4, raw, parsed დო 5, module: mod1, parsed, plan დო 37, module: mod7, parsed, logical დო 6 დო module: mod6, raw, logical დო 24, raw first_module_of_cheapest_pipeline plan დო rule pipeline is chain of modules whose output type matches next input type დო rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn დო no, said: ryn, lkpt დო იახ, said: ryn, tkrv დო no, said: vela, tkrv დო იახ, said: orin, lmsd დო იახ, said: orin, lkpt დო იახ დო said: vela, vvzn დო no დო unreliable orin, reliable idris, reliable ryn დო unreliable vela
Resolve query in south what?

Utara:
  - module: mod3, logical, rencana dan 10, module: mod0, logical, rencana dan 25, module: mod2, mentah, parsed dan 20, module: mod5, parsed, logical dan 35, module: mod4, mentah, parsed dan 5, module: mod1, parsed, rencana dan 37, module: mod7, parsed, logical dan 6 dan module: mod6, mentah, logical dan 24, mentah first_module_of_cheapest_pipeline rencana si dan rule pipeline berada rantai dari modules punya siapa output mengetik matches si next memasukkan mengetik dan rule pipeline menghabiskan biaya berada si sum dari its module costs
Selatan:
  - keadaan dari vvzn, tersebut: orin, vvzn dan no, tersebut: ryn, lkpt dan ya, tersebut: ryn, tkrv dan no, tersebut: vela, tkrv dan ya, tersebut: orin, lmsd dan ya, tersebut: orin, lkpt dan ya dan tersebut: vela, vvzn dan no dan unreliable orin, reliable idris, reliable ryn dan unreliable vela
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - module:mod3, logical, ផែនការនឹង10, module:mod0, logical, ផែនការនឹង25, module:mod2, ខ្ចី, parsedនឹង20, module:mod5, parsed, logicalនឹង35, module:mod4, ខ្ចី, parsedនឹង5, module:mod1, parsed, ផែនការនឹង37, module:mod7, parsed, logicalនឹង6នឹងmodule:mod6, ខ្ចី, logicalនឹង24, ខ្ចីfirst_module_of_cheapest_pipelineផែនការនឹងក្បួន:pipelineត្រូវបានច្រវាក់នៃmoduleswhoseoutputtypematchestheបន្ទាប់inputtypeនឹងក្បួន:pipelineមានតម្លៃត្រូវបានtheផលបូកនៃitsmodulecosts
ខាងត្បូង:
  - ឋានៈនៃ:vvzn, said:orin, vvznនឹងទេ, said:ryn, lkptនឹងច៎ា, said:ryn, tkrvនឹងទេ, said:vela, tkrvនឹងច៎ា, said:orin, lmsdនឹងច៎ា, said:orin, lkptនឹងច៎ានឹងsaid:vela, vvznនឹងទេនឹងunreliable:orin, អាចទុកចិត្តបាន:idris, អាចទុកចិត្តបាន:rynនឹងunreliable:vela
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - module:mod3, logical, ແຜນແລະ10, module:mod0, logical, ແຜນແລະ25, module:mod2, ດິບ, parsedແລະ20, module:mod5, parsed, logicalແລະ35, module:mod4, ດິບ, parsedແລະ5, module:mod1, parsed, ແຜນແລະ37, module:mod7, parsed, logicalແລະ6ແລະmodule:mod6, ດິບ, logicalແລະ24, ດິບfirst_module_of_cheapest_pipelineແຜນແລະກະຕິກາ:pipelineຢູ່ໂສ້ຂອງmoduleswhoseoutputtypematchesຕໍ່ໄປinputtypeແລະກະຕິກາ:pipelineຄ່າໃຊ້ຈ່າຍຢູ່sumຂອງitsmodulecosts
ທິດໃຕ້:
  - ສະຖານະພາບຂອງ:vvzn, said:orin, vvznແລະno, said:ryn, lkptແລະແມ່ນ, said:ryn, tkrvແລະno, said:vela, tkrvແລະແມ່ນ, said:orin, lmsdແລະແມ່ນ, said:orin, lkptແລະແມ່ນແລະsaid:vela, vvznແລະnoແລະunreliable:orin, reliable:idris, reliable:rynແລະunreliable:vela
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - module: mod3, logical, plan మరియు 10, module: mod0, logical, plan మరియు 25, module: mod2, పచ్చి, parsed మరియు 20, module: mod5, parsed, logical మరియు 35, module: mod4, పచ్చి, parsed మరియు 5, module: mod1, parsed, plan మరియు 37, module: mod7, parsed, logical మరియు 6 మరియు module: mod6, పచ్చి, logical మరియు 24, పచ్చి plan first_module_of_cheapest_pipeline మరియు నియమం pipeline ఉండు గొలుసు of modules whose output type matches next input type మరియు నియమం pipeline cost ఉండు sum of its module costs
దక్షిణం:
  - స్థానం of vvzn, said: orin, vvzn మరియు no, said: ryn, lkpt మరియు అవును, said: ryn, tkrv మరియు no, said: vela, tkrv మరియు అవును, said: orin, lmsd మరియు అవును, said: orin, lkpt మరియు అవును మరియు said: vela, vvzn మరియు no మరియు unreliable orin, reliable idris, reliable ryn మరియు unreliable vela
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline wà chain of modules whose output type matches next input type rule pipeline cost wà sum of its module costs
South:
  - status of vvzn, said: orin, vvzn rárá, said: ryn, lkpt bẹ́ẹ̀ ni, said: ryn, tkrv rárá, said: vela, tkrv bẹ́ẹ̀ ni, said: orin, lmsd bẹ́ẹ̀ ni, said: orin, lkpt bẹ́ẹ̀ ni said: vela, vvzn rárá unreliable orin, reliable idris, reliable ryn unreliable vela
What resolve query in south?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw plan first_module_of_cheapest_pipeline rule pipeline naiágúóli chain of modules whose output type matches the next input type rule pipeline cost naiágúóli the sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt au, said: ryn, tkrv no, said: vela, tkrv au, said: orin, lmsd au, said: orin, lkpt au said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

north:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
south:
  - status of vvzn, said: orin, vvzn ᐋᒃᑲ, said: ryn, lkpt yes, said: ryn, tkrv ᐋᒃᑲ, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn ᐋᒃᑲ unreliable orin, reliable idris, reliable ryn unreliable vela
resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw first_module_of_cheapest_pipeline plan rule pipeline is chain of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south what?

North:
  - module: mod3, logical, plan 10, module: mod0, logical, plan 25, module: mod2, raw, parsed 20, module: mod5, parsed, logical 35, module: mod4, raw, parsed 5, module: mod1, parsed, plan 37, module: mod7, parsed, logical 6 module: mod6, raw, logical 24, raw plan first_module_of_cheapest_pipeline rule pipeline is зунжур of modules whose output type matches next input type rule pipeline cost is sum of its module costs
South:
  - status of vvzn, said: orin, vvzn no, said: ryn, lkpt yes, said: ryn, tkrv no, said: vela, tkrv yes, said: orin, lmsd yes, said: orin, lkpt yes said: vela, vvzn no unreliable orin, reliable idris, reliable ryn unreliable vela
Resolve query in south вуч?

North: max_depth and (((()))()).
South: at 1 and f, e, b, a, d and c.
What is the resolve query in north?

Al norte: max_depth y (((()))()).
Al sur: en: 1 y f, e, b, a, d y c.
¿Qué resolve query in: norte?

北面有：max_depth和(((()))())。
南面有：在：1和f、e、b、a、d和c。
resolve query in：北什么？

North: max_depth ve (((()))()).
South: at: 1 ve f, e, b, a, d ve c.
Resolve query in: kuzey ne?

North: max_depth na (((()))()).
South: karibu na: 1 na f, e, b, a, d na c.
Resolve query in: kaskazi nini?

North: max_depth and (((()))()).
South: at 1 and f, e, b, a, d and c.
What is the resolve query in north?

{north: {query: max_depth, string: "(((()))())"}, query: (resolve_query_in north), south: {query: (at 1), sequence: [f e b a d c]}}

Norden: max_depth und (((()))()).
Süden: at 1 und f, e, b, a, d und c.
Was lösen Frage in nordwärts?

Се̏вер: max_depth и (((()))()).
Ју̏г: at 1 и f, e, b, a, d и c.
Resolve у̀пит у се̏вер kakav?

Pohjoinen: max_depth ja (((()))()).
Etelä: luona 1 ja f, e, b, a, d ja c.
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：max_depth和(((()))())。
南面有：在：1和f、e、b、a、d和c。
resolve query in：北什么？

北:max_depthと(((()))()).
南:...で:1とf, e, b, a, dとc.
解く質問...に:北何と?

North: max_depth ve (((()))()).
South: at: 1 ve f, e, b, a, d ve c.
Resolve query in: kuzey ne?

شَمَال: max_depth وَـ (((()))()).
جَنُوب: عِنْد 1 وَـ f، e، b، a، d وَـ c.
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი: max_depth და (((()))()).
Სამხრეთი: at 1 და f, e, b, a, d და c.
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau: max_depth me (((()))()).
Tonga: i 1 me f, e, b, a, d me c.
Whakatatū query in tokerau unutai?

Phía bắc: max_depth và (((()))()).
Phía nam: ở tại 1 và f, e, b, a, d và c.
Resolve query trong phía bắc gì?

ทิศเหนือ:max_depthและ(((()))()).
ทิศใต้:ที่:1และf, e, b, a, dและc.
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு: max_depth மற்றும் (((()))()).
தெற்கு: at 1 மற்றும் f, e, b, a, d மற்றும் c.
resolve query உள்ளே வடக்கு என்ன?

North: max_depth na (((()))()).
South: karibu na: 1 na f, e, b, a, d na c.
Resolve query in: kaskazi nini?

Náhookǫs: max_depth dóó (((()))()).
Shádiʼááh: at 1 dóó f, e, b, a, d dóó c.
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq: max_depth aamma (((()))()).
Kujalleq: at 1 aamma f, e, b, a, d aamma c.
Resolve query in avannarleq what?

North: max_depth na (((()))()).
South: long 1 na f, e, b, a, d na c.
Resolve query long north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north kwèch?

North: max_depth а (((()))()).
South: at 1 а f, e, b, a, d а c.
Resolve query in north фу?

북: max_depth (((()))()).
남: at 1 f, e, b, a, d c.
해결하다 질문...의 안에 북 무엇?

Ipar: max_depth eta (((()))()).
Hego: at 1 eta f, e, b, a, d eta c.
Resolve query in ipar zer?

ᏧᏴᏨᎢ: max_depth ᎠᎴ (((()))()).
ᏧᎦᏃᏮᎢ: at 1 ᎠᎴ f, e, b, a, d ᎠᎴ c.
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth ыкӏи (((()))()).
South: at 1 ыкӏи f, e, b, a, d ыкӏи c.
Resolve query in north сыд?

North: max_depth thiab (((()))()).
South: at 1 thiab f, e, b, a, d thiab c.
Resolve query in north what?

North: max_depth (((()))()).
South: jeyou 1 f, e, b, a, d c.
Resolve query in north ining-jak?

Falammi: max_depth micha' (((()))()).
South: at 1 micha' f, e, b, a, d micha' c.
Resolve query in falammi nanta?

ヘペラ: max_depth カ (((()))()).
ヘパシ: at 1 カ f, e, b, a, d カ c.
Resolve query in ヘペラ what?

Эйгысӄын: max_depth ынкъам (((()))()).
Айвалыӈӄал: at 1 ынкъам f, e, b, a, d ынкъам c.
Resolve query in эйгысӄын what?

North: max_depth yéetel (((()))()).
South: at 1 yéetel f, e, b, a, d yéetel c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north híli?

North: max_depth na (((()))()).
South: at 1 na f, e, b, a, d na c.
Resolve query in north what?

North: max_depth (((()))()).
Ñemby: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth ǂʻá (((()))()).
South: at 1 ǂʻá f, e, b, a, d ǂʻá c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
Itax: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

Ajkuikpa: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in ajkuikpa tay?

Nord : max_depth et (((()))()).
Sud : à 1 et f, e, b, a, d et c.
Quoi résoudre question dans nord ?

Nordo: max_depth kaj (((()))()).
Sudo: ĉe 1 kaj f, e, b, a, d kaj c.
Solvi pridemando en norde kio?

Észak: max_depth és (((()))()).
Dél: at 1 és f, e, b, a, d és c.
Megold kérdés be észak melyik?

北:max_depth及(((()))()).
南:喺:1及f, e, b, a, d及c.
resolve query in:北乜嘢?

北: max_depth とぅ (((()))()).
South: at 1 とぅ f, e, b, a, d とぅ c.
Resolve query in 北 what?

North: max_depth және (((()))()).
South: at 1 және f, e, b, a, d және c.
Resolve сұрау in north не?

צָּפוֹן: max_depth וְ־ (((()))()).
דָּרוֹם: אֵצֶל 1 וְ־ f, e, b, a, d וְ־ c.
איזה resolve query בְּתוֹך צָּפוֹן?

North: max_depth დო (((()))()).
South: at 1 დო f, e, b, a, d დო c.
Resolve query in north what?

Utara: max_depth dan (((()))()).
Selatan: at 1 dan f, e, b, a, d dan c.
Resolve kueri di dalam utara apa?

ខាងជើង:max_depthនឹង(((()))()).
ខាងត្បូង:at:1នឹងf, e, b, a, dនឹងc.
resolvequeryក្នុង:ខាងជើងអី?

ເໜືອ:max_depthແລະ(((()))()).
ທິດໃຕ້:ທີ່:1ແລະf, e, b, a, dແລະc.
resolvequeryໃນ:ເໜືອຫຍັງ?

ఉత్తరము: max_depth మరియు (((()))()).
దక్షిణం: వద్ద 1 మరియు f, e, b, a, d మరియు c.
పరిష్కరించు query లో ఉత్తరము ఏమిటి?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
What resolve query in north?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

north: max_depth (((()))()).
south: at 1 f, e, b, a, d c.
resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north what?

North: max_depth (((()))()).
South: at 1 f, e, b, a, d c.
Resolve query in north вуч?

North:
  - boxes domain 3 and property orange, speaker cooperative, policy utters strongest true term and alternatives the whole scale, how many orange, said: kkrs, boxes and orange and means: kkrs, at least and 1, means: ptrl, at least and 3, means: mpvm, at least and 2 and means: rlpm, at least and 0
South:
  - dud init 0 and lep init 5, 10, the value modulo the modulus, 4 repeat dud set 9, lep plus 3 and lep times 7 and final value dud
What is the resolve query in south?

Al norte:
  - boxes el dominio 3 y la propiedad: naranja, el hablante: cooperative, la política: utters strongest verdadero term y las alternativas: el whole escala, cómo many: naranja, dijo: kkrs, boxes y naranja y significa: kkrs, en least y 1, significa: ptrl, en least y 3, significa: mpvm, en least y 2 y significa: rlpm, en least y 0
Al sur:
  - dud el estado inicial 0 y lep el estado inicial 5, 10, el valor módulo el módulo, 4 repite dud se fija en 9, lep más 3 y lep por 7 y final valor: dud
¿Qué resolve query in: sur?

北面有：
  - boxes的领域是3和属性：橙色的、说话人：cooperative、策略：uttersstrongest对term和备选项：这whole的缩放是、怎么many：橙色的、说过：kkrs、boxes和橙色的和的意思是：kkrs、在least和1、的意思是：ptrl、在least和3、的意思是：mpvm、在least和2和的意思是：rlpm、在least和0
南面有：
  - dud的初始值是0和lep的初始值是5、10、这个值模这个模数、4重复dud的集合是9、lep加3和lep乘以7和final值：dud
resolve query in：南什么？

North:
  - boxes 3 domain ve property: turuncu, speaker: cooperative, policy: utters strongest doğru term ve alternatives: whole scale, nasıl many: turuncu, said: kkrs, boxes ve turuncu ve anlamına gelir: kkrs, at least ve 1, anlamına gelir: ptrl, at least ve 3, anlamına gelir: mpvm, at least ve 2 ve anlamına gelir: rlpm, at least ve 0
South:
  - dud 0 init ve lep 5 init, 10, değer modülü modülo, 4 dud 9 koymak repeat, lep 3 artı ve lep 7 çarpı ve final değer: dud
Resolve query in: güney ne?

North:
  - boxes domain 3 na property: chungwa, speaker: cooperative, policy: utters strongest kweli term na alternatives: whole scale, vipi many: chungwa, said: kkrs, boxes na chungwa na ina maana: kkrs, katika least na 1, ina maana: ptrl, katika least na 3, ina maana: mpvm, katika least na 2 na ina maana: rlpm, katika least na 0
South:
  - dud init 0 na lep init 5, 10, thamani modulo moduli, 4 repeat dud seti 9, lep plus 3 na lep times 7 na final thamani: dud
Resolve query in: kusini nini?

North:
  - boxes domain 3 and property orange, speaker cooperative, policy utters strongest true term and alternatives the whole scale, how many orange, said: kkrs, boxes and orange and means: kkrs, at least and 1, means: ptrl, at least and 3, means: mpvm, at least and 2 and means: rlpm, at least and 0
South:
  - dud init 0 and lep init 5, 10, the value modulo the modulus, 4 repeat dud set 9, lep plus 3 and lep times 7 and final value dud
What is the resolve query in south?

{north: {context: [(domain boxes 3) (property orange)], policy: [(speaker cooperative) (policy (utters_strongest_true_term)) (alternatives (the_whole_scale))], query: (how_many orange), said: (said kkrs boxes orange), scale: [(means kkrs (at_least) 1) (means ptrl (at_least) 3) (means mpvm (at_least) 2) (means rlpm (at_least) 0)]}, query: (resolve_query_in south), south: {init: [(init dud 0) (init lep 5)], modulus: 10, note: (mod value modulus), program: [(repeat 4 [(set dud 9)]) (add lep 3) (mul lep 7)], query: (final_value dud)}}

Norden:
  - boxes Definitionsbereich 3 und Eigentum orange, Sprecher cooperative, Politik utters strongest wahr Begriff und alternatives der ganz Skala, wieviel orange, besagt: kkrs, boxes und orange und mean: kkrs, mindestens und 1, mean: ptrl, mindestens und 3, mean: mpvm, mindestens und 2 und mean: rlpm, mindestens und 0
Süden:
  - dud init 0 und lep init 5, 10, der Wert modulo der modulus, 4 wiederholen dud set 9, lep plus 3 und lep mal 7 und Finale Wert dud
Was lösen Frage in Süden?

Се̏вер:
  - boxes domain 3 и вла̑снӣштво на̀ра̄нџаст, зву̑чнӣк cooperative, полиса utters strongest istinit tromjesečje и alternatives це̏о ljestvica, колико на̀ра̄нџаст, said: kkrs, boxes и на̀ра̄нџаст и mean: kkrs, barem и 1, mean: ptrl, barem и 3, mean: mpvm, barem и 2 и mean: rlpm, barem и 0
Ју̏г:
  - dud init 0 и lep init 5, 10, вре́дно̄ст modulo modulus, 4 поно̀вити dud се̏т 9, lep plus 3 и lep times 7 и final вре́дно̄ст dud
Resolve у̀пит у ју̏г kakav?

Pohjoinen:
  - boxes määrittelyjoukko 3 ja omaisuus oranssi, puhuja cooperative, käytäntö utters strongest tosi termi ja alternatives koko asteikko, kuinka monta oranssi, samainen: kkrs, boxes ja oranssi ja tarkoittaa: kkrs, ainakin ja 1, tarkoittaa: ptrl, ainakin ja 3, tarkoittaa: mpvm, ainakin ja 2 ja tarkoittaa: rlpm, ainakin ja 0
Etelä:
  - dud init 0 ja lep init 5, 10, arvo modulo itseisarvolle, 4 toistaa dud set 9, lep plus 3 ja lep kertaa 7 ja loppuottelu arvo dud
Mikä ratkaista kysymys sisään etelään?

北面有：
  - boxes的领域是3和属性：橙色的、说话人：cooperative、策略：uttersstrongest对term和备选项：这whole的缩放是、怎么many：橙色的、说过：kkrs、boxes和橙色的和的意思是：kkrs、在least和1、的意思是：ptrl、在least和3、的意思是：mpvm、在least和2和的意思是：rlpm、在least和0
南面有：
  - dud的初始值是0和lep的初始值是5、10、这个值模这个模数、4重复dud的集合是9、lep加3和lep乘以7和final值：dud
resolve query in：南什么？

北:
  - boxes3定義域と財産:オレンジ色の, 話者:cooperative, 政策:uttersstrongest真実の用語とalternatives:全体の目盛り, 幾つ:オレンジ色の, 前記:kkrs, boxesとオレンジ色のと意味する:kkrs, せめてと1, 意味する:ptrl, せめてと3, 意味する:mpvm, せめてと2と意味する:rlpm, せめてと0
南:
  - dud0initとlep5init, 10, 価値modulusmodulo, 4dud9置く繰り返す, lep3足すとlep7掛けると決勝戦価値:dud
解く質問...に:南何と?

North:
  - boxes 3 domain ve property: turuncu, speaker: cooperative, policy: utters strongest doğru term ve alternatives: whole scale, nasıl many: turuncu, said: kkrs, boxes ve turuncu ve anlamına gelir: kkrs, at least ve 1, anlamına gelir: ptrl, at least ve 3, anlamına gelir: mpvm, at least ve 2 ve anlamına gelir: rlpm, at least ve 0
South:
  - dud 0 init ve lep 5 init, 10, değer modülü modülo, 4 dud 9 koymak repeat, lep 3 artı ve lep 7 çarpı ve final değer: dud
Resolve query in: güney ne?

شَمَال:
  - نِطَاق boxes 3 وَـ مُلْك بُرْتُقَالِيّ، خَطِيب cooperative، سِيَاسَة utters strongest true اِصْطِلَاح وَـ alternatives الـ كَامِل مِقْيَاس، كَمْ بُرْتُقَالِيّ، said: kkrs، boxes وَـ بُرْتُقَالِيّ وَـ mean: kkrs، عَلَى اَلْأَقَلّ وَـ 1، mean: ptrl، عَلَى اَلْأَقَلّ وَـ 3، mean: mpvm، عَلَى اَلْأَقَلّ وَـ 2 وَـ mean: rlpm، عَلَى اَلْأَقَلّ وَـ 0
جَنُوب:
  - init dud 0 وَـ init lep 5، 10، modulo الـ قِيمَة الـ moduجَدْرُ، كَرَّرَ 4 وَضَع dud 9، زَائِد lep 3 وَـ فِي lep 7 وَـ final قِيمَة dud
حَلَّ اِسْتِعْلام فِي جَنُوب مَاذَا؟

Ჩრდილოეთი:
  - boxes 3 სამფლობელო და საკუთრება ფორთოხალი, მოლაპარაკე cooperative, პოლიტიკა utters strongest ნამდვილი term და alternatives სრული ქერცლი, რამდენი ფორთოხალი, said: kkrs, boxes და ფორთოხალი და mean: kkrs, როგორც მინიმუმ და 1, mean: ptrl, როგორც მინიმუმ და 3, mean: mpvm, როგორც მინიმუმ და 2 და mean: rlpm, როგორც მინიმუმ და 0
Სამხრეთი:
  - dud 0 init და lep 5 init, 10, ღირებულება modulus modulo, 4 dud 9 set იმეორებს, lep 3 plus და lep 7 times და final ღირებულება dud
Resolve კითხვა in სამხრეთი რა?

Tokerau:
  - whaitua boxes 3 me hautaonga orange, kaikōrero cooperative, kaupapahere utters strongest pono karangatanga me alternatives te tūtahi tauine, e hia orange, said: kkrs, boxes me orange me toharite: kkrs, i least me 1, toharite: ptrl, i least me 3, toharite: mpvm, i least me 2 me toharite: rlpm, i least me 0
Tonga:
  - init dud 0 me init lep 5, 10, modulo te uaratanga te modulus, takarure 4 whakawhenua dud 9, ngahoro lep 3 me times lep 7 me final uaratanga dud
Whakatatū query in tonga unutai?

Phía bắc:
  - boxes đất đai 3 và sở hữu cam, loa cooperative, chính sách utters strongest thật điều kiện và alternatives the toàn thể vảy, mấy cam, said: kkrs, boxes và cam và nghĩa là: kkrs, ít nhất và 1, nghĩa là: ptrl, ít nhất và 3, nghĩa là: mpvm, ít nhất và 2 và nghĩa là: rlpm, ít nhất và 0
Phía nam:
  - dud init 0 và lep init 5, 10, giá trị modulo modulus, 4 lặp dud để 9, lep cộng 3 và lep nhân 7 và chung kết giá trị dud
Resolve query trong phía nam gì?

ทิศเหนือ:
  - boxesเขต3และทรัพย์สิน:ส้ม, ลำโพง:cooperative, นโยบาย:uttersstrongestจริงคำและalternatives:wholeเกล็ด, เท่าไร:ส้ม, said:kkrs, boxesและส้มและหมายถึง:kkrs, อย่างน้อยและ1, หมายถึง:ptrl, อย่างน้อยและ3, หมายถึง:mpvm, อย่างน้อยและ2และหมายถึง:rlpm, อย่างน้อยและ0
ทิศใต้:
  - dudinit0และlepinit5, 10, ค่าmodulomodulus, 4ทำซ้ำdudset9, lepบวก3และlepคูณ7และfinalค่า:dud
ตั้งมั่นสอบถามใน:ทิศใต้อะไร?

வடக்கு:
  - boxes 3 domain மற்றும் property ஆரஞ்சு, speaker cooperative, கொள்கை utters strongest உண்மையான term மற்றும் alternatives whole scale, எத்தனை ஆரஞ்சு, said: kkrs, boxes மற்றும் ஆரஞ்சு மற்றும் mean: kkrs, at least மற்றும் 1, mean: ptrl, at least மற்றும் 3, mean: mpvm, at least மற்றும் 2 மற்றும் mean: rlpm, at least மற்றும் 0
தெற்கு:
  - dud 0 init மற்றும் lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus மற்றும் lep 7 times மற்றும் final value dud
resolve query உள்ளே தெற்கு என்ன?

North:
  - boxes domain 3 na property: chungwa, speaker: cooperative, policy: utters strongest kweli term na alternatives: whole scale, vipi many: chungwa, said: kkrs, boxes na chungwa na ina maana: kkrs, katika least na 1, ina maana: ptrl, katika least na 3, ina maana: mpvm, katika least na 2 na ina maana: rlpm, katika least na 0
South:
  - dud init 0 na lep init 5, 10, thamani modulo moduli, 4 repeat dud seti 9, lep plus 3 na lep times 7 na final thamani: dud
Resolve query in: kusini nini?

Náhookǫs:
  - boxes 3 domain dóó inchxǫ́ʼí chʼil łitsxooí, speaker cooperative, policy utters strongest true term dóó alternatives whole scale, díkwíí chʼil łitsxooí, said: kkrs, boxes dóó chʼil łitsxooí dóó mean: kkrs, at least dóó 1, mean: ptrl, at least dóó 3, mean: mpvm, at least dóó 2 dóó mean: rlpm, at least dóó 0
Shádiʼááh:
  - dud 0 init dóó lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus dóó lep 7 ahą́ą́h nániilyá dóó final value dud
Resolve query biiʼ shádiʼááhjígo haʼátʼíísh?

Avannarleq:
  - boxes 3 domain aamma property appelsiina, speaker cooperative, policy utters strongest true term aamma alternatives whole tattak, how many appelsiina, said: kkrs, boxes aamma appelsiina aamma mean: kkrs, at least aamma 1, mean: ptrl, at least aamma 3, mean: mpvm, at least aamma 2 aamma mean: rlpm, at least aamma 0
Kujalleq:
  - dud 0 init aamma lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus aamma lep 7 times aamma final value dud
Resolve query in kujalleq what?

North:
  - boxes domain 3 na property orange, speaker cooperative, policy utters strongest tru term na alternatives whole scale, hamas orange, said: kkrs, boxes na orange na mean: kkrs, long least na 1, mean: ptrl, long least na 3, mean: mpvm, long least na 2 na mean: rlpm, long least na 0
South:
  - dud init 0 na lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 na lep times 7 na final value dud
Resolve query long south what?

North:
  - boxes domain 3 property òlënchikte, speaker cooperative, policy utters strongest true term alternatives whole scale, how many òlënchikte, said: kkrs, boxes òlënchikte mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south kwèch?

North:
  - boxes domain 3 а property orange, speaker cooperative, policy utters strongest true term а alternatives whole scale, масса orange, said: kkrs, boxes а orange а mean: kkrs, at least а 1, mean: ptrl, at least а 3, mean: mpvm, at least а 2 а mean: rlpm, at least а 0
South:
  - dud init 0 а lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 а lep times 7 а final value dud
Resolve query in south фу?

북:
  - boxes 3 정의역 재산 주황색의, 화자 cooperative, 정책 utters strongest 참되다 용어 alternatives 전체 눈금, 몇 주황색의, 상기: kkrs, boxes 주황색의 의미하다: kkrs, 적어도 1, 의미하다: ptrl, 적어도 3, 의미하다: mpvm, 적어도 2 의미하다: rlpm, 적어도 0
남:
  - dud 0 init lep 5 init, 10, 가치 modulus modulo, 4 dud 9 두다 되풀이하다, lep 3 더하기 lep 7 곱하기 결승전 가치 dud
해결하다 질문...의 안에 남 무엇?

Ipar:
  - boxes 3 domain eta property laranja, hiztun mintzazaile cooperative, policy utters strongest egiazko term eta alternatives the oso ezkata, zenbat laranja, said: kkrs, boxes eta laranja eta adierazi: kkrs, gutxienez eta 1, adierazi: ptrl, gutxienez eta 3, adierazi: mpvm, gutxienez eta 2 eta adierazi: rlpm, gutxienez eta 0
Hego:
  - dud 0 init eta lep 5 init, 10, balio modulus modulo, 4 dud 9 multzo repeat, lep 3 gehi eta lep 7 bider eta final balio dud
Resolve query in hego zer?

ᏧᏴᏨᎢ:
  - boxes domain 3 ᎠᎴ ᏧᎬᏩᎶᏗ ᏂᎬᎿᏅ ᎣᏂᏥ, ᎦᏬᏂᏍᎩ cooperative, policy utters strongest ᎤᏙᎯᏳ term ᎠᎴ alternatives ᎬᏩᏃᏍᏓ scale, ᎫᏙᎢ ᏥᏈᏍᏗ ᎣᏂᏥ, said: kkrs, boxes ᎠᎴ ᎣᏂᏥ ᎠᎴ mean: kkrs, at least ᎠᎴ 1, mean: ptrl, at least ᎠᎴ 3, mean: mpvm, at least ᎠᎴ 2 ᎠᎴ mean: rlpm, at least ᎠᎴ 0
ᏧᎦᏃᏮᎢ:
  - dud init 0 ᎠᎴ lep init 5, 10, value modulo modulus, 4 repeat dud ᏭᏕᎵᎦ 9, lep plus 3 ᎠᎴ lep times 7 ᎠᎴ final value dud
What resolve query ᎭᏫᎾᏗᏢ ᏧᎦᏃᏮᎢ?

North:
  - boxes domain 3 property killmu, willaq cooperative, policy utters strongest chiqa term alternatives whole scale, hayk'a killmu, said: kkrs, boxes killmu mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, chanin modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final chanin dud
Resolve query in south what?

North:
  - boxes 3 domain ыкӏи property orange, speaker cooperative, policy utters strongest true term ыкӏи alternatives the whole scale, сыдэу ӏаджэ orange, said: kkrs, boxes ыкӏи orange ыкӏи mean: kkrs, at least ыкӏи 1, mean: ptrl, at least ыкӏи 3, mean: mpvm, at least ыкӏи 2 ыкӏи mean: rlpm, at least ыкӏи 0
South:
  - dud 0 init ыкӏи lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus ыкӏи lep 7 times ыкӏи final value dud
Resolve query in south сыд?

North:
  - boxes domain 3 thiab property orange, speaker cooperative, policy utters strongest tseeb term thiab alternatives whole scale, li cas many orange, said: kkrs, boxes thiab orange thiab mean: kkrs, at least thiab 1, mean: ptrl, at least thiab 3, mean: mpvm, at least thiab 2 thiab mean: rlpm, at least thiab 0
South:
  - dud init 0 thiab lep init 5, 10, value modulo modulus, 4 ua dua dud set 9, lep plus 3 thiab lep times 7 thiab final value dud
Resolve query in south what?

North:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how woort-tin-do orange, said: kkrs, boxes orange mean: kkrs, jeyou wy krook 1, mean: ptrl, jeyou wy krook 3, mean: mpvm, jeyou wy krook 2 mean: rlpm, jeyou wy krook 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south ining-jak?

Falammi:
  - boxes domain 3 micha' property orange, speaker cooperative, policy utters strongest true term micha' alternatives whole scale, kaniht many orange, said: kkrs, boxes micha' orange micha' mean: kkrs, at least micha' 1, mean: ptrl, at least micha' 3, mean: mpvm, at least micha' 2 micha' mean: rlpm, at least micha' 0
South:
  - dud init 0 micha' lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 micha' lep times 7 micha' final value dud
Resolve query in south nanta?

ヘペラ:
  - boxes 3 domain カ property orange, speaker cooperative, policy utters strongest true term カ alternatives whole ラㇺラㇺ, how many orange, said: kkrs, boxes カ orange カ mean: kkrs, at least カ 1, mean: ptrl, at least カ 3, mean: mpvm, at least カ 2 カ mean: rlpm, at least カ 0
ヘパシ:
  - dud 0 init カ lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus カ lep 7 times カ final value dud
Resolve query in ヘパシ what?

Эйгысӄын:
  - boxes domain 3 ынкъам property orange, speaker cooperative, policy utters strongest true term ынкъам alternatives whole scale, how many orange, said: kkrs, boxes ынкъам orange ынкъам mean: kkrs, at least ынкъам 1, mean: ptrl, at least ынкъам 3, mean: mpvm, at least ынкъам 2 ынкъам mean: rlpm, at least ынкъам 0
Айвалыӈӄал:
  - dud init 0 ынкъам lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 ынкъам lep times 7 ынкъам final value dud
Resolve query in айвалыӈӄал what?

North:
  - boxes domain 3 yéetel property china, speaker cooperative, policy utters strongest true term yéetel alternatives whole scale, bix many china, said: kkrs, boxes yéetel china yéetel mean: kkrs, at least yéetel 1, mean: ptrl, at least yéetel 3, mean: mpvm, at least yéetel 2 yéetel mean: rlpm, at least yéetel 0
South:
  - dud init 0 yéetel lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 yéetel lep times 7 yéetel final value dud
Resolve query in south what?

North:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south híli?

North:
  - boxes 3 domain na property orange, speaker cooperative, policy utters strongest true term na alternatives the whole scale, how many orange, said: kkrs, boxes na orange na mean: kkrs, at least na 1, mean: ptrl, at least na 3, mean: mpvm, at least na 2 na mean: rlpm, at least na 0
South:
  - dud 0 init na lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus na lep 7 times na final value dud
Resolve query in south what?

North:
  - boxes domain 3 property narã, speaker cooperative, policy utters strongest true term alternatives the whole scale, how many narã, said: kkrs, boxes narã mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
Ñemby:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in ñemby what?

North:
  - boxes 3 domain property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud 0 init lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus lep 7 times final value dud
Resolve query in south what?

North:
  - boxes domain 3 ǂʻá property orange, speaker cooperative, policy utters strongest true term ǂʻá alternatives whole scale, how many orange, said: kkrs, boxes ǂʻá orange ǂʻá mean: kkrs, at least ǂʻá 1, mean: ptrl, at least ǂʻá 3, mean: mpvm, at least ǂʻá 2 ǂʻá mean: rlpm, at least ǂʻá 0
South:
  - dud init 0 ǂʻá lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 ǂʻá lep times 7 ǂʻá final value dud
Resolve query in south what?

North:
  - boxes 3 domain property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud 0 init lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus lep 7 times final value dud
Resolve query in south what?

North:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south what?

North:
  - boxes 3 domain property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
Itax:
  - dud 0 init lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus lep 7 times final value dud
Resolve query in itax what?

North:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives the whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south what?

Ajkuikpa:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives ne whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, ne value modulo ne modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south tay?

Nord :
  - boxes domaine 3 et propriété orange, parleur cooperative, politique utters strongest vrai terme et alternatives l'entier échelle, combien orange, dit: kkrs, boxes et orange et signifier: kkrs, au moins et 1, signifier: ptrl, au moins et 3, signifier: mpvm, au moins et 2 et signifier: rlpm, au moins et 0
Sud :
  - dud init 0 et lep init 5, 10, la valeur modulo le module, 4 répéter dud poser 9, lep plus 3 et lep fois 7 et finale valeur dud
Quoi résoudre question dans sud ?

Nordo:
  - boxes fonta aro 3 kaj havo oranĝa, parolanto cooperative, politiko utters strongest vera termino kaj alternatives tuta skvamo, kiom oranĝa, said: kkrs, boxes kaj oranĝa kaj mean: kkrs, minimume kaj 1, mean: ptrl, minimume kaj 3, mean: mpvm, minimume kaj 2 kaj mean: rlpm, minimume kaj 0
Sudo:
  - dud init 0 kaj lep init 5, 10, valoro module absoluta valoro, 4 rediri dud meti 9, lep plus 3 kaj lep times 7 kaj fina valoro dud
Solvi pridemando en sudo kio?

Észak:
  - boxes értelmezési tartomány 3 és tulajdon narancssárga, beszélő cooperative, politika utters strongest true szakkifejezés és alternatives a egész hangsor, hány narancssárga, említett: kkrs, boxes és narancssárga és jelent: kkrs, legalább és 1, jelent: ptrl, legalább és 3, jelent: mpvm, legalább és 2 és jelent: rlpm, legalább és 0
Dél:
  - dud init 0 és lep init 5, 10, a érték modulo a modulust, 4 megismétel dud set 9, lep meg 3 és lep times 7 és döntő érték dud
Megold kérdés be dél melyik?

北:
  - boxes域3及property:橙色, 講員:cooperative, 政策:utters strongest true term及alternatives:whole音階, 幾:橙色, said:kkrs, boxes及橙色及mean:kkrs, 至少及1, mean:ptrl, 至少及3, mean:mpvm, 至少及2及mean:rlpm, 至少及0
南:
  - dudinit0及lepinit5, 10, 價值modulomodulus, 4repeatdudset9, lepplus3及leptimes7及final價值:dud
resolve query in:南乜嘢?

北:
  - boxes domain 3 とぅ property orange, speaker cooperative, policy utters strongest true term とぅ alternatives whole 鱗, how many orange, said: kkrs, boxes とぅ orange とぅ mean: kkrs, at least とぅ 1, mean: ptrl, at least とぅ 3, mean: mpvm, at least とぅ 2 とぅ mean: rlpm, at least とぅ 0
South:
  - dud init 0 とぅ lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 とぅ lep times 7 とぅ final value dud
Resolve query in south what?

North:
  - boxes домен 3 және меншік апельсин, дыбыс зорайтқыш cooperative, саясат utters strongest true term және alternatives whole қабыршақ, қанша апельсин, said: kkrs, boxes және апельсин және mean: kkrs, at least және 1, mean: ptrl, at least және 3, mean: mpvm, at least және 2 және mean: rlpm, at least және 0
South:
  - dud init 0 және lep init 5, 10, мән modulo modulus, 4 қайталау dud жиын 9, lep plus 3 және lep times 7 және финал мән dud
Resolve сұрау in south не?

צָּפוֹן:
  - boxes תְּחוּם 3 וְ־ רְכוּשׁ כתום, רַמְקוֹל cooperative, מְדִינִיּוּת utters strongest נכון מונח וְ־ alternatives ה־ שלם סולם, כמה כתום, said: kkrs, boxes וְ־ כתום וְ־ mean: kkrs, לפחות וְ־ 1, mean: ptrl, לפחות וְ־ 3, mean: mpvm, לפחות וְ־ 2 וְ־ mean: rlpm, לפחות וְ־ 0
דָּרוֹם:
  - dud init 0 וְ־ lep init 5, 10, עֵרֶך ה־ modulo modulus ה־, 4 חזר dud הֵנִיח 9, lep פלוס 3 וְ־ lep times 7 וְ־ גְּמָר עֵרֶך dud
איזה resolve query בְּתוֹך דָּרוֹם?

North:
  - boxes domain 3 დო property orange, speaker cooperative, policy utters strongest true term დო alternatives whole scale, how many orange, said: kkrs, boxes დო orange დო mean: kkrs, at least დო 1, mean: ptrl, at least დო 3, mean: mpvm, at least დო 2 დო mean: rlpm, at least დო 0
South:
  - dud init 0 დო lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 დო lep times 7 დო final value dud
Resolve query in south what?

Utara:
  - boxes ranah 3 dan harta jingga, penutur cooperative, kebijakan utters strongest true istilah dan alternatives si seluruh sisik, berapa jingga, tersebut: kkrs, boxes dan jingga dan berarti: kkrs, minimal dan 1, berarti: ptrl, minimal dan 3, berarti: mpvm, minimal dan 2 dan berarti: rlpm, minimal dan 0
Selatan:
  - dud init 0 dan lep init 5, 10, value si modulo modulus si, 4 mengulang dud memperkenalkan 9, lep plus 3 dan lep kali 7 dan final value dud
Resolve kueri di dalam selatan apa?

ខាងជើង:
  - boxesវិស័យ3នឹងទ្រព្យ:ពណ៌លឿង, វាគ្មិន:cooperative, នយោបាយ:uttersstrongestពិតtermនឹងalternatives:theទាំងមូលស្រកា, ប៉ុន្មាន:ពណ៌លឿង, said:kkrs, boxesនឹងពណ៌លឿងនឹងmean:kkrs, at leastនឹង1, mean:ptrl, at leastនឹង3, mean:mpvm, at leastនឹង2នឹងmean:rlpm, at leastនឹង0
ខាងត្បូង:
  - dudinit0នឹងlepinit5, 10, តម្លៃmodulomodulus, 4...ម្ដងទៀតdudset9, lepបូក3នឹងlepគុណ7នឹងfinalតម្លៃ:dud
resolvequeryក្នុង:ទៅខាងត្បូងអី?

ເໜືອ:
  - boxesdomain3ແລະຊັບສິນ:ສົ້ມ, speaker:cooperative, ນະໂຍບາຍ:utters strongest true termແລະalternatives:wholeເກັດ, ຈັກ:ສົ້ມ, said:kkrs, boxesແລະສົ້ມແລະກິນຄວາມ:kkrs, ທີ່leastແລະ1, ກິນຄວາມ:ptrl, ທີ່leastແລະ3, ກິນຄວາມ:mpvm, ທີ່leastແລະ2ແລະກິນຄວາມ:rlpm, ທີ່leastແລະ0
ທິດໃຕ້:
  - dudinit0ແລະlepinit5, 10, ຄ່າmodulomodulus, 4ຊ້ຳdudset9, lepplus3ແລະleptimes7ແລະfinalຄ່າ:dud
resolvequeryໃນ:ທິດໃຕ້ຫຍັງ?

ఉత్తరము:
  - boxes 3 domain మరియు ఆస్తి నారింజచెట్టు, వక్త cooperative, policy utters strongest నిష్కపటం షరతు మరియు alternatives మొత్తం స్కేలు, ఎంత నారింజచెట్టు, said: kkrs, boxes మరియు నారింజచెట్టు మరియు అనుకొనుట: kkrs, వద్ద least మరియు 1, అనుకొనుట: ptrl, వద్ద least మరియు 3, అనుకొనుట: mpvm, వద్ద least మరియు 2 మరియు అనుకొనుట: rlpm, వద్ద least మరియు 0
దక్షిణం:
  - dud 0 init మరియు lep 5 init, 10, విలువ modulus modulo, 4 dud 9 set repeat, lep 3 plus మరియు lep 7 times మరియు చివరి విలువ dud
పరిష్కరించు query లో దక్షిణం ఏమిటి?

North:
  - boxes domain 3 property bí ọsán, speaker cooperative, policy utters strongest true term alternatives whole scale, mélòó bí ọsán, said: kkrs, boxes bí ọsán mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
What resolve query in south?

North:
  - boxes 3 domain bíniʼ orange, speaker cooperative, policy utters strongest true term alternatives the whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud 0 init lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus lep 7 times final value dud
Resolve query in south what?

north:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
south:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
resolve query in south what?

North:
  - boxes domain 3 property alanya, takiman cooperative, policy utters strongest true term alternatives whole scale, how furu alanya, said: kkrs, boxes alanya mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south what?

North:
  - boxes domain 3 property orange, speaker cooperative, policy utters strongest true term alternatives whole scale, tónesto orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud init 0 lep init 5, 10, value modulo modulus, 4 repeat dud set 9, lep plus 3 lep times 7 final value dud
Resolve query in south what?

North:
  - boxes 3 domain property orange, speaker cooperative, policy utters strongest true term alternatives сагъ scale, how many orange, said: kkrs, boxes orange mean: kkrs, at least 1, mean: ptrl, at least 3, mean: mpvm, at least 2 mean: rlpm, at least 0
South:
  - dud 0 init lep 5 init, 10, value modulus modulo, 4 dud 9 set repeat, lep 3 plus lep 7 times final value dud
Resolve query in south вуч?

North:
  - h1 history alice give the book to carol, carol give key to bob, carol give the cup to alice, alice give the cup to carol and carol give the book to bob, h4 history alice give the book to bob, carol give the cup to alice and carol give key to bob, h2 history alice give the book to bob, carol give key to alice and alice give key to bob and h3 history alice give the book to carol, carol give the book to alice, carol give the cup to bob, alice give the book to carol and carol give the book to alice, carol holds of key, carol holds of the cup and alice holds of the book, bob holds of key, carol holds of the cup and bob holds of the book, which_history_is_consistent and number of transfers record 3 and record: held at time, 3, bob and key
South:
  - demo: step ggl: 5, 2 and 5, demo: step gkg: 1, 7 and 6, demo: step ggl: 5, step ggl: 1 and step gkl: 3, 2 and 3, demo: step gkg: 2, step gkl: 1 and step gkl: 3, 5 and 9 and demo: step ggl: 1, step gkl: 5 and step gkl: 1, 1 and 5, plus, minus, times, max, min and set, each opcode has one distinct meaning, step gkl: 2, step gkl: 5 and step ggl: 5 and output for input 8
What is the resolve query in north?

Al norte:
  - h1 el historial alice da el libro a carol, carol da key a bob, carol da la taza a alice, alice da la taza a carol y carol da el libro a bob, h4 el historial alice da el libro a bob, carol da la taza a alice y carol da key a bob, h2 el historial alice da el libro a bob, carol da key a alice y alice da key a bob y h3 el historial alice da el libro a carol, carol da el libro a alice, carol da la taza a bob, alice da el libro a carol y carol da el libro a alice, carol se cumple para key, carol se cumple para la taza y alice se cumple para el libro, bob se cumple para key, carol se cumple para la taza y bob se cumple para el libro, which_history_is_consistent y número de transfers el registro 3 y el registro: held en tiempo, 3, bob y key
Al sur:
  - la demostración: paso ggl: 5, 2 y 5, la demostración: paso gkg: 1, 7 y 6, la demostración: paso ggl: 5, paso ggl: 1 y paso gkl: 3, 2 y 3, la demostración: paso gkg: 2, paso gkl: 1 y paso gkl: 3, 5 y 9 y la demostración: paso ggl: 1, paso gkl: 5 y paso gkl: 1, 1 y 5, más, menos, por, el máximo, el mínimo y conjunto, each opcode tiene: one distinct meaning, paso gkl: 2, paso gkl: 5 y paso ggl: 5 y la salida for la entrada: 8
¿Qué resolve query in: norte?

北面有：
  - h1的历史是alice给出这本书给carol、carol给出key给bob、carol给出这个杯子给alice、alice给出这个杯子给carol和carol给出这本书给bob、h4的历史是alice给出这本书给bob、carol给出这个杯子给alice和carol给出key给bob、h2的历史是alice给出这本书给bob、carol给出key给alice和alice给出key给bob和h3的历史是alice给出这本书给carol、carol给出这本书给alice、carol给出这个杯子给bob、alice给出这本书给carol和carol给出这本书给alice、carol对其成立key、carol对其成立这个杯子和alice对其成立这本书、bob对其成立key、carol对其成立这个杯子和bob对其成立这本书、which_history_is_consistent和数字的transfers的记录是3和的记录是：held在时间、3、bob和key
南面有：
  - 的演示是：第ggl：5、2和5、的演示是：第gkg：1、7和6、的演示是：第ggl：5、第ggl：1和第gkl：3、2和3、的演示是：第gkg：2、第gkl：1和第gkl：3、5和9和的演示是：第ggl：1、第gkl：5和第gkl：1、1和5、加、减、乘以、的最大值是、的最小值是和集合、eachopcode有：one distinct meaning、第gkl：2、第gkl：5和第ggl：5和输出是for的输入：8
resolve query in：北什么？

North:
  - h1 alice kitabı carol verir, carol key bob verir, carol fincanı alice verir, alice fincanı carol verir ve carol kitabı bob verir history, h4 alice kitabı bob verir, carol fincanı alice verir ve carol key bob verir history, h2 alice kitabı bob verir, carol key alice verir ve alice key bob verir history ve h3 alice kitabı carol verir, carol kitabı alice verir, carol fincanı bob verir, alice kitabı carol verir ve carol kitabı alice verir history, carol key geçerlidir, carol fincanı geçerlidir ve alice kitabı geçerlidir, bob key geçerlidir, carol fincanı geçerlidir ve bob kitabı geçerlidir, which_history_is_consistent ve sayı transfers 3 record ve record: held at zaman, 3, bob ve key
South:
  - demo: adım ggl: 5, 2 ve 5, demo: adım gkg: 1, 7 ve 6, demo: adım ggl: 5, adım ggl: 1 ve adım gkl: 3, 2 ve 3, demo: adım gkg: 2, adım gkl: 1 ve adım gkl: 3, 5 ve 9 ve demo: adım ggl: 1, adım gkl: 5 ve adım gkl: 1, 1 ve 5, artı, eksi, çarpı, max, min ve koymak, each opcode sahiptir: one distinct meaning, adım gkl: 2, adım gkl: 5 ve adım ggl: 5 ve output for input: 8
Resolve query in: kuzey ne?

North:
  - h1 history alice kupa kitabu kwa carol, carol kupa key kwa bob, carol kupa kikombe kwa alice, alice kupa kikombe kwa carol na carol kupa kitabu kwa bob, h4 history alice kupa kitabu kwa bob, carol kupa kikombe kwa alice na carol kupa key kwa bob, h2 history alice kupa kitabu kwa bob, carol kupa key kwa alice na alice kupa key kwa bob na h3 history alice kupa kitabu kwa carol, carol kupa kitabu kwa alice, carol kupa kikombe kwa bob, alice kupa kitabu kwa carol na carol kupa kitabu kwa alice, carol hold key, carol hold kikombe na alice hold kitabu, bob hold key, carol hold kikombe na bob hold kitabu, which_history_is_consistent na namba ya transfers record 3 na record: held katika wakati, 3, bob na key
South:
  - demo: hatua ggl: 5, 2 na 5, demo: hatua gkg: 1, 7 na 6, demo: hatua ggl: 5, hatua ggl: 1 na hatua gkl: 3, 2 na 3, demo: hatua gkg: 2, hatua gkl: 1 na hatua gkl: 3, 5 na 9 na demo: hatua ggl: 1, hatua gkl: 5 na hatua gkl: 1, 1 na 5, plus, minus, times, max, min na seti, each opcode ina: one distinct meaning, hatua gkl: 2, hatua gkl: 5 na hatua ggl: 5 na output for input: 8
Resolve query in: kaskazi nini?

North:
  - h1 history alice give the book to carol, carol give key to bob, carol give the cup to alice, alice give the cup to carol and carol give the book to bob, h4 history alice give the book to bob, carol give the cup to alice and carol give key to bob, h2 history alice give the book to bob, carol give key to alice and alice give key to bob and h3 history alice give the book to carol, carol give the book to alice, carol give the cup to bob, alice give the book to carol and carol give the book to alice, carol holds of key, carol holds of the cup and alice holds of the book, bob holds of key, carol holds of the cup and bob holds of the book, which_history_is_consistent and number of transfers record 3 and record: held at time, 3, bob and key
South:
  - demo: step ggl: 5, 2 and 5, demo: step gkg: 1, 7 and 6, demo: step ggl: 5, step ggl: 1 and step gkl: 3, 2 and 3, demo: step gkg: 2, step gkl: 1 and step gkl: 3, 5 and 9 and demo: step ggl: 1, step gkl: 5 and step gkl: 1, 1 and 5, plus, minus, times, max, min and set, each opcode has one distinct meaning, step gkl: 2, step gkl: 5 and step ggl: 5 and output for input 8
What is the resolve query in north?

{north: {candidates: [(history h1 [(give alice carol book) (give carol bob key) (give carol alice cup) (give alice carol cup) (give carol bob book)]) (history h4 [(give alice bob book) (give carol alice cup) (give carol bob key)]) (history h2 [(give alice bob book) (give carol alice key) (give alice bob key)]) (history h3 [(give alice carol book) (give carol alice book) (give carol bob cup) (give alice carol book) (give carol alice book)])], initial: [(holds carol key) (holds carol cup) (holds alice book)], present: [(holds bob key) (holds carol cup) (holds bob book)], query: which_history_is_consistent, records: [(record (number_of_transfers) 3) (record (held_at_time) 3 bob key)]}, query: (resolve_query_in north), south: {demonstrations: [(demo [(step ggl 5)] 2 5) (demo [(step gkg 1)] 7 6) (demo [(step ggl 5) (step ggl 1) (step gkl 3)] 2 3) (demo [(step gkg 2) (step gkl 1) (step gkl 3)] 5 9) (demo [(step ggl 1) (step gkl 5) (step gkl 1)] 1 5)], operator_space: [add sub mul max min set], operator_use: (each_opcode_has (one_distinct_meaning)), program: [(step gkl 2) (step gkl 5) (step ggl 5)], query: (output_for_input 8)}}

Norden:
  - h1 Geschichte alice geben das Buch zu carol, carol geben key zu bob, carol geben die Tasse zu alice, alice geben die Tasse zu carol und carol geben das Buch zu bob, h4 Geschichte alice geben das Buch zu bob, carol geben die Tasse zu alice und carol geben key zu bob, h2 Geschichte alice geben das Buch zu bob, carol geben key zu alice und alice geben key zu bob und h3 Geschichte alice geben das Buch zu carol, carol geben das Buch zu alice, carol geben die Tasse zu bob, alice geben das Buch zu carol und carol geben das Buch zu alice, carol halten key, carol halten die Tasse und alice halten das Buch, bob halten key, carol halten die Tasse und bob halten das Buch, which_history_is_consistent und Zahl aus transfers aufzeichnen 3 und Schallplatte: held an Zeit, 3, bob und key
Süden:
  - Demonstration: Schritt ggl: 5, 2 und 5, Demonstration: Schritt gkg: 1, 7 und 6, Demonstration: Schritt ggl: 5, Schritt ggl: 1 und Schritt gkl: 3, 2 und 3, Demonstration: Schritt gkg: 2, Schritt gkl: 1 und Schritt gkl: 3, 5 und 9 und Demonstration: Schritt ggl: 1, Schritt gkl: 5 und Schritt gkl: 1, 1 und 5, plus, weniger, mal, max, min und set, alle opcode haben eins deutlich Bedeutung, Schritt gkl: 2, Schritt gkl: 5 und Schritt ggl: 5 und Output da Eingabe 8
Was lösen Frage in nordwärts?

Се̏вер:
  - h1 хѝсто̄рија alice dati књи̏га carol, carol dati key bob, carol dati šalica alice, alice dati šalica carol и carol dati књи̏га bob, h4 хѝсто̄рија alice dati књи̏га bob, carol dati šalica alice и carol dati key bob, h2 хѝсто̄рија alice dati књи̏га bob, carol dati key alice и alice dati key bob и h3 хѝсто̄рија alice dati књи̏га carol, carol dati књи̏га alice, carol dati šalica bob, alice dati књи̏га carol и carol dati књи̏га alice, carol држати key, carol држати šalica и alice држати књи̏га, bob држати key, carol држати šalica и bob држати књи̏га, which_history_is_consistent и бро̑ј od transfers snimiti 3 и пло̏ча: held at вре́ме, 3, bob и key
Ју̏г:
  - demo: ко̏ра̄к ggl: 5, 2 и 5, demo: ко̏ра̄к gkg: 1, 7 и 6, demo: ко̏ра̄к ggl: 5, ко̏ра̄к ggl: 1 и ко̏ра̄к gkl: 3, 2 и 3, demo: ко̏ра̄к gkg: 2, ко̏ра̄к gkl: 1 и ко̏ра̄к gkl: 3, 5 и 9 и demo: ко̏ра̄к ggl: 1, ко̏ра̄к gkl: 5 и ко̏ра̄к gkl: 1, 1 и 5, plus, minus, times, max, min и се̏т, сваки opcode имати јѐдан distinct зна́че̄ње, ко̏ра̄к gkl: 2, ко̏ра̄к gkl: 5 и ко̏ра̄к ggl: 5 и проѝзвод за unos 8
Resolve у̀пит у се̏вер kakav?

Pohjoinen:
  - h1 historia alice antaa kirjalle carol jotta, carol antaa key bob jotta, carol antaa kupille alice jotta, alice antaa kupille carol jotta ja carol antaa kirjalle bob jotta, h4 historia alice antaa kirjalle bob jotta, carol antaa kupille alice jotta ja carol antaa key bob jotta, h2 historia alice antaa kirjalle bob jotta, carol antaa key alice jotta ja alice antaa key bob jotta ja h3 historia alice antaa kirjalle carol jotta, carol antaa kirjalle alice jotta, carol antaa kupille bob jotta, alice antaa kirjalle carol jotta ja carol antaa kirjalle alice jotta, carol hold key, carol hold kupille ja alice hold kirjalle, bob hold key, carol hold kupille ja bob hold kirjalle, which_history_is_consistent ja luku vaille transfers tallentaa 3 ja äänilevy: held luona aika, 3, bob ja key
Etelä:
  - demo: askel ggl: 5, 2 ja 5, demo: askel gkg: 1, 7 ja 6, demo: askel ggl: 5, askel ggl: 1 ja askel gkl: 3, 2 ja 3, demo: askel gkg: 2, askel gkl: 1 ja askel gkl: 3, 5 ja 9 ja demo: askel ggl: 1, askel gkl: 5 ja askel gkl: 1, 1 ja 5, plus, miinus, kertaa, max, min ja set, jokainen opcode omistaa yksi selkeä merkitys, askel gkl: 2, askel gkl: 5 ja askel ggl: 5 ja tuotanto sillä syöte 8
Mikä ratkaista kysymys sisään pohjoiseen?

北面有：
  - h1的历史是alice给出这本书给carol、carol给出key给bob、carol给出这个杯子给alice、alice给出这个杯子给carol和carol给出这本书给bob、h4的历史是alice给出这本书给bob、carol给出这个杯子给alice和carol给出key给bob、h2的历史是alice给出这本书给bob、carol给出key给alice和alice给出key给bob和h3的历史是alice给出这本书给carol、carol给出这本书给alice、carol给出这个杯子给bob、alice给出这本书给carol和carol给出这本书给alice、carol对其成立key、carol对其成立这个杯子和alice对其成立这本书、bob对其成立key、carol对其成立这个杯子和bob对其成立这本书、which_history_is_consistent和数字的transfers的记录是3和的记录是：held在时间、3、bob和key
南面有：
  - 的演示是：第ggl：5、2和5、的演示是：第gkg：1、7和6、的演示是：第ggl：5、第ggl：1和第gkl：3、2和3、的演示是：第gkg：2、第gkl：1和第gkl：3、5和9和的演示是：第ggl：1、第gkl：5和第gkl：1、1和5、加、减、乘以、的最大值是、的最小值是和集合、eachopcode有：one distinct meaning、第gkl：2、第gkl：5和第ggl：5和输出是for的输入：8
resolve query in：北什么？

北:
  - h1alice本carolに与える, carolkeybobに与える, carolコップaliceに与える, aliceコップcarolに与えるとcarol本bobに与える歴史, h4alice本bobに与える, carolコップaliceに与えるとcarolkeybobに与える歴史, h2alice本bobに与える, carolkeyaliceに与えるとalicekeybobに与える歴史とh3alice本carolに与える, carol本aliceに与える, carolコップbobに与える, alice本carolに与えるとcarol本aliceに与える歴史, carolkeyhold, carolコップholdとalice本hold, bobkeyhold, carolコップholdとbob本hold, which_history_is_consistentと数の中のtransfers3録るとレコード:held...で時間, 3, bobとkey
南:
  - デモ:足取りggl:5, 2と5, デモ:足取りgkg:1, 7と6, デモ:足取りggl:5, 足取りggl:1と足取りgkl:3, 2と3, デモ:足取りgkg:2, 足取りgkl:1と足取りgkl:3, 5と9とデモ:足取りggl:1, 足取りgkl:5と足取りgkl:1, 1と5, 足す, minus, 掛ける, max, minと一式, それぞれのopcodehave:一明白な意義, 足取りgkl:2, 足取りgkl:5と足取りggl:5と出力...のため入力:8
解く質問...に:北何と?

North:
  - h1 alice kitabı carol verir, carol key bob verir, carol fincanı alice verir, alice fincanı carol verir ve carol kitabı bob verir history, h4 alice kitabı bob verir, carol fincanı alice verir ve carol key bob verir history, h2 alice kitabı bob verir, carol key alice verir ve alice key bob verir history ve h3 alice kitabı carol verir, carol kitabı alice verir, carol fincanı bob verir, alice kitabı carol verir ve carol kitabı alice verir history, carol key geçerlidir, carol fincanı geçerlidir ve alice kitabı geçerlidir, bob key geçerlidir, carol fincanı geçerlidir ve bob kitabı geçerlidir, which_history_is_consistent ve sayı transfers 3 record ve record: held at zaman, 3, bob ve key
South:
  - demo: adım ggl: 5, 2 ve 5, demo: adım gkg: 1, 7 ve 6, demo: adım ggl: 5, adım ggl: 1 ve adım gkl: 3, 2 ve 3, demo: adım gkg: 2, adım gkl: 1 ve adım gkl: 3, 5 ve 9 ve demo: adım ggl: 1, adım gkl: 5 ve adım gkl: 1, 1 ve 5, artı, eksi, çarpı, max, min ve koymak, each opcode sahiptir: one distinct meaning, adım gkl: 2, adım gkl: 5 ve adım ggl: 5 ve output for input: 8
Resolve query in: kuzey ne?

شَمَال:
  - تَارِيخ h1 alice أَعْطَى الـ كِتَاب أَنّ carol، carol أَعْطَى key أَنّ bob، carol أَعْطَى الـ كَأْس أَنّ alice، alice أَعْطَى الـ كَأْس أَنّ carol وَـ carol أَعْطَى الـ كِتَاب أَنّ bob، تَارِيخ h4 alice أَعْطَى الـ كِتَاب أَنّ bob، carol أَعْطَى الـ كَأْس أَنّ alice وَـ carol أَعْطَى key أَنّ bob، تَارِيخ h2 alice أَعْطَى الـ كِتَاب أَنّ bob، carol أَعْطَى key أَنّ alice وَـ alice أَعْطَى key أَنّ bob وَـ تَارِيخ h3 alice أَعْطَى الـ كِتَاب أَنّ carol، carol أَعْطَى الـ كِتَاب أَنّ alice، carol أَعْطَى الـ كَأْس أَنّ bob، alice أَعْطَى الـ كِتَاب أَنّ carol وَـ carol أَعْطَى الـ كِتَاب أَنّ alice، مَسَكَ carol key، مَسَكَ carol الـ كَأْس وَـ مَسَكَ alice الـ كِتَاب، مَسَكَ bob key، مَسَكَ carol الـ كَأْس وَـ مَسَكَ bob الـ كِتَاب، which_history_is_consistent وَـ سَجَّلَ عَدَد مِنْ transfers 3 وَـ أُسْطُوَانَة: held عِنْد زَمَان، 3، bob وَـ key
جَنُوب:
  - demo: خُطْوَة ggl: 5، 2 وَـ 5، demo: خُطْوَة gkg: 1، 7 وَـ 6، demo: خُطْوَة ggl: 5، خُطْوَة ggl: 1 وَـ خُطْوَة gkl: 3، 2 وَـ 3، demo: خُطْوَة gkg: 2، خُطْوَة gkl: 1 وَـ خُطْوَة gkl: 3، 5 وَـ 9 وَـ demo: خُطْوَة ggl: 1، خُطْوَة gkl: 5 وَـ خُطْوَة gkl: 1، 1 وَـ 5، زَائِد، نَاقَص، فِي، max، min وَـ مَجْمُوعَة، كُلّ opcode مَلَكَ وَاحِد distinct مَعْنًى، خُطْوَة gkl: 2، خُطْوَة gkl: 5 وَـ خُطْوَة ggl: 5 وَـ مُخرَج لِأَنَّ مُدْخَل 8
حَلَّ اِسْتِعْلام فِي شَمَال مَاذَا؟

Ჩრდილოეთი:
  - h1 alice წიგნი carol უკლია აძლევს, carol key bob უკლია აძლევს, carol ფინჯანი alice უკლია აძლევს, alice ფინჯანი carol უკლია აძლევს და carol წიგნი bob უკლია აძლევს ისტორია, h4 alice წიგნი bob უკლია აძლევს, carol ფინჯანი alice უკლია აძლევს და carol key bob უკლია აძლევს ისტორია, h2 alice წიგნი bob უკლია აძლევს, carol key alice უკლია აძლევს და alice key bob უკლია აძლევს ისტორია და h3 alice წიგნი carol უკლია აძლევს, carol წიგნი alice უკლია აძლევს, carol ფინჯანი bob უკლია აძლევს, alice წიგნი carol უკლია აძლევს და carol წიგნი alice უკლია აძლევს ისტორია, carol key დაჭერა, carol ფინჯანი დაჭერა და alice წიგნი დაჭერა, bob key დაჭერა, carol ფინჯანი დაჭერა და bob წიგნი დაჭერა, which_history_is_consistent და რიცხვი of transfers 3 იწერს და ფირფიტაზე ჩანაწერი: held at დრო, 3, bob და key
Სამხრეთი:
  - demo: ნაბიჯი ggl: 5, 2 და 5, demo: ნაბიჯი gkg: 1, 7 და 6, demo: ნაბიჯი ggl: 5, ნაბიჯი ggl: 1 და ნაბიჯი gkl: 3, 2 და 3, demo: ნაბიჯი gkg: 2, ნაბიჯი gkl: 1 და ნაბიჯი gkl: 3, 5 და 9 და demo: ნაბიჯი ggl: 1, ნაბიჯი gkl: 5 და ნაბიჯი gkl: 1, 1 და 5, plus, minus, times, max, min და set, ყოველი opcode ფლობს ერთი distinct მნიშვნელობა, ნაბიჯი gkl: 2, ნაბიჯი gkl: 5 და ნაბიჯი ggl: 5 და output for input 8
Resolve კითხვა in ჩრდილოეთი რა?

Tokerau:
  - hītori h1 alice homai te pukapuka ki carol, carol homai key ki bob, carol homai te ipu ki alice, alice homai te ipu ki carol me carol homai te pukapuka ki bob, hītori h4 alice homai te pukapuka ki bob, carol homai te ipu ki alice me carol homai key ki bob, hītori h2 alice homai te pukapuka ki bob, carol homai key ki alice me alice homai key ki bob me hītori h3 alice homai te pukapuka ki carol, carol homai te pukapuka ki alice, carol homai te ipu ki bob, alice homai te pukapuka ki carol me carol homai te pukapuka ki alice, pupuri carol key, pupuri carol te ipu me pupuri alice te pukapuka, pupuri bob key, pupuri carol te ipu me pupuri bob te pukapuka, which_history_is_consistent me rekoata tokopae o transfers 3 me rekoata: held i wā, 3, bob me key
Tonga:
  - demo: kaupeka ggl: 5, 2 me 5, demo: kaupeka gkg: 1, 7 me 6, demo: kaupeka ggl: 5, kaupeka ggl: 1 me kaupeka gkl: 3, 2 me 3, demo: kaupeka gkg: 2, kaupeka gkl: 1 me kaupeka gkl: 3, 5 me 9 me demo: kaupeka ggl: 1, kaupeka gkl: 5 me kaupeka gkl: 1, 1 me 5, ngahoro, minus, times, max, min me huinga, each opcode whai tahi mataaho meaning, kaupeka gkl: 2, kaupeka gkl: 5 me kaupeka ggl: 5 me huaputa mo kōkuhunga 8
Whakatatū query in tokerau unutai?

Phía bắc:
  - h1 lịch sử alice cho sách để carol, carol cho key để bob, carol cho chén để alice, alice cho chén để carol và carol cho sách để bob, h4 lịch sử alice cho sách để bob, carol cho chén để alice và carol cho key để bob, h2 lịch sử alice cho sách để bob, carol cho key để alice và alice cho key để bob và h3 lịch sử alice cho sách để carol, carol cho sách để alice, carol cho chén để bob, alice cho sách để carol và carol cho sách để alice, carol hold key, carol hold chén và alice hold sách, bob hold key, carol hold chén và bob hold sách, which_history_is_consistent và số bằng transfers đĩa than 3 và đĩa than: held lúc thời gian, 3, bob và key
Phía nam:
  - demo: bước ggl: 5, 2 và 5, demo: bước gkg: 1, 7 và 6, demo: bước ggl: 5, bước ggl: 1 và bước gkl: 3, 2 và 3, demo: bước gkg: 2, bước gkl: 1 và bước gkl: 3, 5 và 9 và demo: bước ggl: 1, bước gkl: 5 và bước gkl: 1, 1 và 5, cộng, trừ, nhân, max, min và loạt, hàng opcode có một distinct nghĩa, bước gkl: 2, bước gkl: 5 và bước ggl: 5 và đầu ra cho input 8
Resolve query trong phía bắc gì?

ทิศเหนือ:
  - h1ประวัติศาสตร์aliceให้หนังสือเพื่อcarol, carolให้keyเพื่อbob, carolให้ถ้วยเพื่อalice, aliceให้ถ้วยเพื่อcarolและcarolให้หนังสือเพื่อbob, h4ประวัติศาสตร์aliceให้หนังสือเพื่อbob, carolให้ถ้วยเพื่อaliceและcarolให้keyเพื่อbob, h2ประวัติศาสตร์aliceให้หนังสือเพื่อbob, carolให้keyเพื่อaliceและaliceให้keyเพื่อbobและh3ประวัติศาสตร์aliceให้หนังสือเพื่อcarol, carolให้หนังสือเพื่อalice, carolให้ถ้วยเพื่อbob, aliceให้หนังสือเพื่อcarolและcarolให้หนังสือเพื่อalice, carolถือkey, carolถือถ้วยและaliceถือหนังสือ, bobถือkey, carolถือถ้วยและbobถือหนังสือ, which_history_is_consistentและจำนวนของtransfersแผ่นเสียง3และแผ่นเสียง:heldที่เวลา, 3, bobและkey
ทิศใต้:
  - demo:ก้าวggl:5, 2และ5, demo:ก้าวgkg:1, 7และ6, demo:ก้าวggl:5, ก้าวggl:1และก้าวgkl:3, 2และ3, demo:ก้าวgkg:2, ก้าวgkl:1และก้าวgkl:3, 5และ9และdemo:ก้าวggl:1, ก้าวgkl:5และก้าวgkl:1, 1และ5, บวก, minus, คูณ, max, minและset, ทุกopcodeมี:หนึ่งdistinctความหมาย, ก้าวgkl:2, ก้าวgkl:5และก้าวggl:5และเอาท์พุตเพื่อinput:8
ตั้งมั่นสอบถามใน:ทิศเหนืออะไร?

வடக்கு:
  - h1 alice நூல் carol வரை கொடு, carol key bob வரை கொடு, carol கோப்பை alice வரை கொடு, alice கோப்பை carol வரை கொடு மற்றும் carol நூல் bob வரை கொடு வரலாறு, h4 alice நூல் bob வரை கொடு, carol கோப்பை alice வரை கொடு மற்றும் carol key bob வரை கொடு வரலாறு, h2 alice நூல் bob வரை கொடு, carol key alice வரை கொடு மற்றும் alice key bob வரை கொடு வரலாறு மற்றும் h3 alice நூல் carol வரை கொடு, carol நூல் alice வரை கொடு, carol கோப்பை bob வரை கொடு, alice நூல் carol வரை கொடு மற்றும் carol நூல் alice வரை கொடு வரலாறு, carol key பிடி, carol கோப்பை பிடி மற்றும் alice நூல் பிடி, bob key பிடி, carol கோப்பை பிடி மற்றும் bob நூல் பிடி, which_history_is_consistent மற்றும் எண் கொண்ட transfers 3 record மற்றும் record: held at நேரம், 3, bob மற்றும் key
தெற்கு:
  - demo: step ggl: 5, 2 மற்றும் 5, demo: step gkg: 1, 7 மற்றும் 6, demo: step ggl: 5, step ggl: 1 மற்றும் step gkl: 3, 2 மற்றும் 3, demo: step gkg: 2, step gkl: 1 மற்றும் step gkl: 3, 5 மற்றும் 9 மற்றும் demo: step ggl: 1, step gkl: 5 மற்றும் step gkl: 1, 1 மற்றும் 5, plus, கழித்தல், times, max, min மற்றும் set, ஒவ்வொரு opcode have ஒன்று distinct அர்த்தம், step gkl: 2, step gkl: 5 மற்றும் step ggl: 5 மற்றும் output for input 8
resolve query உள்ளே வடக்கு என்ன?

North:
  - h1 history alice kupa kitabu kwa carol, carol kupa key kwa bob, carol kupa kikombe kwa alice, alice kupa kikombe kwa carol na carol kupa kitabu kwa bob, h4 history alice kupa kitabu kwa bob, carol kupa kikombe kwa alice na carol kupa key kwa bob, h2 history alice kupa kitabu kwa bob, carol kupa key kwa alice na alice kupa key kwa bob na h3 history alice kupa kitabu kwa carol, carol kupa kitabu kwa alice, carol kupa kikombe kwa bob, alice kupa kitabu kwa carol na carol kupa kitabu kwa alice, carol hold key, carol hold kikombe na alice hold kitabu, bob hold key, carol hold kikombe na bob hold kitabu, which_history_is_consistent na namba ya transfers record 3 na record: held katika wakati, 3, bob na key
South:
  - demo: hatua ggl: 5, 2 na 5, demo: hatua gkg: 1, 7 na 6, demo: hatua ggl: 5, hatua ggl: 1 na hatua gkl: 3, 2 na 3, demo: hatua gkg: 2, hatua gkl: 1 na hatua gkl: 3, 5 na 9 na demo: hatua ggl: 1, hatua gkl: 5 na hatua gkl: 1, 1 na 5, plus, minus, times, max, min na seti, each opcode ina: one distinct meaning, hatua gkl: 2, hatua gkl: 5 na hatua ggl: 5 na output for input: 8
Resolve query in: kaskazi nini?

Náhookǫs:
  - h1 alice naaltsoos carol yíʼááh, carol key bob yíʼááh, carol bee adlání alice yíʼááh, alice bee adlání carol yíʼááh dóó carol naaltsoos bob yíʼááh history, h4 alice naaltsoos bob yíʼááh, carol bee adlání alice yíʼááh dóó carol key bob yíʼááh history, h2 alice naaltsoos bob yíʼááh, carol key alice yíʼááh dóó alice key bob yíʼááh history dóó h3 alice naaltsoos carol yíʼááh, carol naaltsoos alice yíʼááh, carol bee adlání bob yíʼááh, alice naaltsoos carol yíʼááh dóó carol naaltsoos alice yíʼááh history, carol key hold, carol bee adlání hold dóó alice naaltsoos hold, bob key hold, carol bee adlání hold dóó bob naaltsoos hold, which_history_is_consistent dóó námboo of transfers 3 record dóó record: held at ookił, 3, bob dóó key
Shádiʼááh:
  - demo: step ggl: 5, 2 dóó 5, demo: step gkg: 1, 7 dóó 6, demo: step ggl: 5, step ggl: 1 dóó step gkl: 3, 2 dóó 3, demo: step gkg: 2, step gkl: 1 dóó step gkl: 3, 5 dóó 9 dóó demo: step ggl: 1, step gkl: 5 dóó step gkl: 1, 1 dóó 5, plus, minus, ahą́ą́h nániilyá, max, min dóó set, each opcode bee hólǫ́ łáaʼii distinct meaning, step gkl: 2, step gkl: 5 dóó step ggl: 5 dóó output for input 8
Resolve query biiʼ náhookǫsjigo haʼátʼíísh?

Avannarleq:
  - h1 alice atuagaq carol give, carol key bob give, carol imertarfik alice give, alice imertarfik carol give aamma carol atuagaq bob give history, h4 alice atuagaq bob give, carol imertarfik alice give aamma carol key bob give history, h2 alice atuagaq bob give, carol key alice give aamma alice key bob give history aamma h3 alice atuagaq carol give, carol atuagaq alice give, carol imertarfik bob give, alice atuagaq carol give aamma carol atuagaq alice give history, carol key hold, carol imertarfik hold aamma alice atuagaq hold, bob key hold, carol imertarfik hold aamma bob atuagaq hold, which_history_is_consistent aamma kisitsit of transfers 3 record aamma record: held at piffissaq, 3, bob aamma key
Kujalleq:
  - demo: step ggl: 5, 2 aamma 5, demo: step gkg: 1, 7 aamma 6, demo: step ggl: 5, step ggl: 1 aamma step gkl: 3, 2 aamma 3, demo: step gkg: 2, step gkl: 1 aamma step gkl: 3, 5 aamma 9 aamma demo: step ggl: 1, step gkl: 5 aamma step gkl: 1, 1 aamma 5, plus, minus, times, max, min aamma set, each opcode qar ataaseq distinct isuma, step gkl: 2, step gkl: 5 aamma step ggl: 5 aamma output for input 8
Resolve query in avannarleq what?

North:
  - h1 histori alice givim buk long carol, carol givim key long bob, carol givim cup long alice, alice givim cup long carol na carol givim buk long bob, h4 histori alice givim buk long bob, carol givim cup long alice na carol givim key long bob, h2 histori alice givim buk long bob, carol givim key long alice na alice givim key long bob na h3 histori alice givim buk long carol, carol givim buk long alice, carol givim cup long bob, alice givim buk long carol na carol givim buk long alice, carol hold key, carol hold cup na alice hold buk, bob hold key, carol hold cup na bob hold buk, which_history_is_consistent na number bilong transfers record 3 na record: held long taim, 3, bob na key
South:
  - demo: step ggl: 5, 2 na 5, demo: step gkg: 1, 7 na 6, demo: step ggl: 5, step ggl: 1 na step gkl: 3, 2 na 3, demo: step gkg: 2, step gkl: 1 na step gkl: 3, 5 na 9 na demo: step ggl: 1, step gkl: 5 na step gkl: 1, 1 na 5, plus, minus, times, max, min na set, each opcode have wanpela distinct meaning, step gkl: 2, step gkl: 5 na step ggl: 5 na output for input 8
Resolve query long north what?

North:
  - h1 history alice give lekhikàn carol, carol give key bob, carol give paènt alice, alice give paènt carol carol give lekhikàn bob, h4 history alice give lekhikàn bob, carol give paènt alice carol give key bob, h2 history alice give lekhikàn bob, carol give key alice alice give key bob h3 history alice give lekhikàn carol, carol give lekhikàn alice, carol give paènt bob, alice give lekhikàn carol carol give lekhikàn alice, carol hold key, carol hold paènt alice hold lekhikàn, bob hold key, carol hold paènt bob hold lekhikàn, which_history_is_consistent number of transfers record 3 record: held at time, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have kwëti distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north kwèch?

North:
  - h1 history alice give китаб carol, carol give key bob, carol give кад alice, alice give кад carol а carol give китаб bob, h4 history alice give китаб bob, carol give кад alice а carol give key bob, h2 history alice give китаб bob, carol give key alice а alice give key bob а h3 history alice give китаб carol, carol give китаб alice, carol give кад bob, alice give китаб carol а carol give китаб alice, carol hold key, carol hold кад а alice hold китаб, bob hold key, carol hold кад а bob hold китаб, which_history_is_consistent а number of transfers record 3 а record: held at ха, 3, bob а key
South:
  - demo: step ggl: 5, 2 а 5, demo: step gkg: 1, 7 а 6, demo: step ggl: 5, step ggl: 1 а step gkl: 3, 2 а 3, demo: step gkg: 2, step gkl: 1 а step gkl: 3, 5 а 9 а demo: step ggl: 1, step gkl: 5 а step gkl: 1, 1 а 5, plus, minus, times, max, min а set, each opcode have one distinct meaning, step gkl: 2, step gkl: 5 а step ggl: 5 а output for input 8
Resolve query in north фу?

북:
  - h1 alice 책 carol ...으로 주다, carol key bob ...으로 주다, carol 컵 alice ...으로 주다, alice 컵 carol ...으로 주다 carol 책 bob ...으로 주다 역사, h4 alice 책 bob ...으로 주다, carol 컵 alice ...으로 주다 carol key bob ...으로 주다 역사, h2 alice 책 bob ...으로 주다, carol key alice ...으로 주다 alice key bob ...으로 주다 역사 h3 alice 책 carol ...으로 주다, carol 책 alice ...으로 주다, carol 컵 bob ...으로 주다, alice 책 carol ...으로 주다 carol 책 alice ...으로 주다 역사, carol key hold, carol 컵 hold alice 책 hold, bob key hold, carol 컵 hold bob 책 hold, which_history_is_consistent 숫자 ...의 transfers 3 기록하다 레코드: held at 시간, 3, bob key
남:
  - 데모: 걸음 ggl: 5, 2 5, 데모: 걸음 gkg: 1, 7 6, 데모: 걸음 ggl: 5, 걸음 ggl: 1 걸음 gkl: 3, 2 3, 데모: 걸음 gkg: 2, 걸음 gkl: 1 걸음 gkl: 3, 5 9 데모: 걸음 ggl: 1, 걸음 gkl: 5 걸음 gkl: 1, 1 5, 더하기, 빼기, 곱하기, max, min 세트, 각각의 opcode 있다 하나 distinct 뜻, 걸음 gkl: 2, 걸음 gkl: 5 걸음 ggl: 5 출력 ...때문에 입력 8
해결하다 질문...의 안에 북 무엇?

Ipar:
  - h1 alice liburuarengatik carol eman, carol key bob eman, carol kopa alice eman, alice kopa carol eman eta carol liburuarengatik bob eman historia, h4 alice liburuarengatik bob eman, carol kopa alice eman eta carol key bob eman historia, h2 alice liburuarengatik bob eman, carol key alice eman eta alice key bob eman historia eta h3 alice liburuarengatik carol eman, carol liburuarengatik alice eman, carol kopa bob eman, alice liburuarengatik carol eman eta carol liburuarengatik alice eman historia, carol key heldu, carol kopa heldu eta alice liburuarengatik heldu, bob key heldu, carol kopa heldu eta bob liburuarengatik heldu, which_history_is_consistent eta zenbaki of transfers 3 record eta record: held at denbora, 3, bob eta key
Hego:
  - demo: urrats ggl: 5, 2 eta 5, demo: urrats gkg: 1, 7 eta 6, demo: urrats ggl: 5, urrats ggl: 1 eta urrats gkl: 3, 2 eta 3, demo: urrats gkg: 2, urrats gkl: 1 eta urrats gkl: 3, 5 eta 9 eta demo: urrats ggl: 1, urrats gkl: 5 eta urrats gkl: 1, 1 eta 5, gehi, ken, bider, max, min eta multzo, each opcode eduki bat garbi meaning, urrats gkl: 2, urrats gkl: 5 eta urrats ggl: 5 eta output for input 8
Resolve query in ipar zer?

ᏧᏴᏨᎢ:
  - h1 ᎧᏃᎮᏍᎩ alice ᎠᏓᏁᏗ ᏗᎪᏪᎵ carol, carol ᎠᏓᏁᏗ key bob, carol ᎠᏓᏁᏗ ᎠᎫᎩᏍᏗ alice, alice ᎠᏓᏁᏗ ᎠᎫᎩᏍᏗ carol ᎠᎴ carol ᎠᏓᏁᏗ ᏗᎪᏪᎵ bob, h4 ᎧᏃᎮᏍᎩ alice ᎠᏓᏁᏗ ᏗᎪᏪᎵ bob, carol ᎠᏓᏁᏗ ᎠᎫᎩᏍᏗ alice ᎠᎴ carol ᎠᏓᏁᏗ key bob, h2 ᎧᏃᎮᏍᎩ alice ᎠᏓᏁᏗ ᏗᎪᏪᎵ bob, carol ᎠᏓᏁᏗ key alice ᎠᎴ alice ᎠᏓᏁᏗ key bob ᎠᎴ h3 ᎧᏃᎮᏍᎩ alice ᎠᏓᏁᏗ ᏗᎪᏪᎵ carol, carol ᎠᏓᏁᏗ ᏗᎪᏪᎵ alice, carol ᎠᏓᏁᏗ ᎠᎫᎩᏍᏗ bob, alice ᎠᏓᏁᏗ ᏗᎪᏪᎵ carol ᎠᎴ carol ᎠᏓᏁᏗ ᏗᎪᏪᎵ alice, carol ᎠᏰᎭ key, carol ᎠᏰᎭ ᎠᎫᎩᏍᏗ ᎠᎴ alice ᎠᏰᎭ ᏗᎪᏪᎵ, bob ᎠᏰᎭ key, carol ᎠᏰᎭ ᎠᎫᎩᏍᏗ ᎠᎴ bob ᎠᏰᎭ ᏗᎪᏪᎵ, which_history_is_consistent ᎠᎴ number of transfers ᎠᏠᏗ 3 ᎠᎴ ᎠᏠᏗ: held at ᎠᎵᏱᎵᏒ, 3, bob ᎠᎴ key
ᏧᎦᏃᏮᎢ:
  - demo: ᎠᎩᏠᏒᏍᏗᎢ ggl: 5, 2 ᎠᎴ 5, demo: ᎠᎩᏠᏒᏍᏗᎢ gkg: 1, 7 ᎠᎴ 6, demo: ᎠᎩᏠᏒᏍᏗᎢ ggl: 5, ᎠᎩᏠᏒᏍᏗᎢ ggl: 1 ᎠᎴ ᎠᎩᏠᏒᏍᏗᎢ gkl: 3, 2 ᎠᎴ 3, demo: ᎠᎩᏠᏒᏍᏗᎢ gkg: 2, ᎠᎩᏠᏒᏍᏗᎢ gkl: 1 ᎠᎴ ᎠᎩᏠᏒᏍᏗᎢ gkl: 3, 5 ᎠᎴ 9 ᎠᎴ demo: ᎠᎩᏠᏒᏍᏗᎢ ggl: 1, ᎠᎩᏠᏒᏍᏗᎢ gkl: 5 ᎠᎴ ᎠᎩᏠᏒᏍᏗᎢ gkl: 1, 1 ᎠᎴ 5, plus, minus, times, max, min ᎠᎴ ᏭᏕᎵᎦ, each opcode ᎤᎭ ᏌᏊᎢ distinct meaning, ᎠᎩᏠᏒᏍᏗᎢ gkl: 2, ᎠᎩᏠᏒᏍᏗᎢ gkl: 5 ᎠᎴ ᎠᎩᏠᏒᏍᏗᎢ ggl: 5 ᎠᎴ output for input 8
What resolve query ᎭᏫᎾᏗᏢ ᏧᏴᏨᎢ?

North:
  - h1 history alice quy liwru carol, carol quy key bob, carol quy qiru alice, alice quy qiru carol carol quy liwru bob, h4 history alice quy liwru bob, carol quy qiru alice carol quy key bob, h2 history alice quy liwru bob, carol quy key alice alice quy key bob h3 history alice quy liwru carol, carol quy liwru alice, carol quy qiru bob, alice quy liwru carol carol quy liwru alice, carol hold key, carol hold qiru alice hold liwru, bob hold key, carol hold qiru bob hold liwru, which_history_is_consistent yupay of transfers record 3 record: held at pacha, 3, bob key
South:
  - demo: thatki ggl: 5, 2 5, demo: thatki gkg: 1, 7 6, demo: thatki ggl: 5, thatki ggl: 1 thatki gkl: 3, 2 3, demo: thatki gkg: 2, thatki gkl: 1 thatki gkl: 3, 5 9 demo: thatki ggl: 1, thatki gkl: 5 thatki gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have huk distinct meaning, thatki gkl: 2, thatki gkl: 5 thatki ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 alice тхылъ carol give, carol key bob give, carol cup alice give, alice cup carol give ыкӏи carol тхылъ bob give тарихъ, h4 alice тхылъ bob give, carol cup alice give ыкӏи carol key bob give тарихъ, h2 alice тхылъ bob give, carol key alice give ыкӏи alice key bob give тарихъ ыкӏи h3 alice тхылъ carol give, carol тхылъ alice give, carol cup bob give, alice тхылъ carol give ыкӏи carol тхылъ alice give тарихъ, carol key hold, carol cup hold ыкӏи alice тхылъ hold, bob key hold, carol cup hold ыкӏи bob тхылъ hold, which_history_is_consistent ыкӏи number of transfers 3 record ыкӏи record: held at гъо, 3, bob ыкӏи key
South:
  - demo: step ggl: 5, 2 ыкӏи 5, demo: step gkg: 1, 7 ыкӏи 6, demo: step ggl: 5, step ggl: 1 ыкӏи step gkl: 3, 2 ыкӏи 3, demo: step gkg: 2, step gkl: 1 ыкӏи step gkl: 3, 5 ыкӏи 9 ыкӏи demo: step ggl: 1, step gkl: 5 ыкӏи step gkl: 1, 1 ыкӏи 5, plus, minus, times, max, min ыкӏи set, each opcode have зы distinct meaning, step gkl: 2, step gkl: 5 ыкӏи step ggl: 5 ыкӏи output for input 8
Resolve query in north сыд?

North:
  - h1 history alice give ntawv carol, carol give key bob, carol give khob alice, alice give khob carol thiab carol give ntawv bob, h4 history alice give ntawv bob, carol give khob alice thiab carol give key bob, h2 history alice give ntawv bob, carol give key alice thiab alice give key bob thiab h3 history alice give ntawv carol, carol give ntawv alice, carol give khob bob, alice give ntawv carol thiab carol give ntawv alice, carol hold key, carol hold khob thiab alice hold ntawv, bob hold key, carol hold khob thiab bob hold ntawv, which_history_is_consistent thiab number of transfers record 3 thiab record: held at sijhawm, 3, bob thiab key
South:
  - demo: step ggl: 5, 2 thiab 5, demo: step gkg: 1, 7 thiab 6, demo: step ggl: 5, step ggl: 1 thiab step gkl: 3, 2 thiab 3, demo: step gkg: 2, step gkl: 1 thiab step gkl: 3, 5 thiab 9 thiab demo: step ggl: 1, step gkl: 5 thiab step gkl: 1, 1 thiab 5, plus, minus, times, max, min thiab set, each opcode have ib distinct meaning, step gkl: 2, step gkl: 5 thiab step ggl: 5 thiab output for input 8
Resolve query in north what?

North:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol carol give book bob, h4 history alice give book bob, carol give cup alice carol give key bob, h2 history alice give book bob, carol give key alice alice give key bob h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol carol give book alice, carol hold key, carol hold cup alice hold book, bob hold key, carol hold cup bob hold book, which_history_is_consistent number of transfers record 3 record: held jeyou time, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have ganbu distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north ining-jak?

Falammi:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol micha' carol give book bob, h4 history alice give book bob, carol give cup alice micha' carol give key bob, h2 history alice give book bob, carol give key alice micha' alice give key bob micha' h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol micha' carol give book alice, carol hold key, carol hold cup micha' alice hold book, bob hold key, carol hold cup micha' bob hold book, which_history_is_consistent micha' number of transfers record 3 micha' record: held at time, 3, bob micha' key
South:
  - demo: step ggl: 5, 2 micha' 5, demo: step gkg: 1, 7 micha' 6, demo: step ggl: 5, step ggl: 1 micha' step gkl: 3, 2 micha' 3, demo: step gkg: 2, step gkl: 1 micha' step gkl: 3, 5 micha' 9 micha' demo: step ggl: 1, step gkl: 5 micha' step gkl: 1, 1 micha' 5, plus, minus, times, max, min micha' set, each opcode have chaffa distinct meaning, step gkl: 2, step gkl: 5 micha' step ggl: 5 micha' output for input 8
Resolve query in falammi nanta?

ヘペラ:
  - h1 alice カㇺビソㇱ carol kore, carol key bob kore, carol イタンキ alice kore, alice イタンキ carol kore カ carol カㇺビソㇱ bob kore history, h4 alice カㇺビソㇱ bob kore, carol イタンキ alice kore カ carol key bob kore history, h2 alice カㇺビソㇱ bob kore, carol key alice kore カ alice key bob kore history カ h3 alice カㇺビソㇱ carol kore, carol カㇺビソㇱ alice kore, carol イタンキ bob kore, alice カㇺビソㇱ carol kore カ carol カㇺビソㇱ alice kore history, carol key hold, carol イタンキ hold カ alice カㇺビソㇱ hold, bob key hold, carol イタンキ hold カ bob カㇺビソㇱ hold, which_history_is_consistent カ number of transfers 3 record カ record: held at time, 3, bob カ key
ヘパシ:
  - demo: step ggl: 5, 2 カ 5, demo: step gkg: 1, 7 カ 6, demo: step ggl: 5, step ggl: 1 カ step gkl: 3, 2 カ 3, demo: step gkg: 2, step gkl: 1 カ step gkl: 3, 5 カ 9 カ demo: step ggl: 1, step gkl: 5 カ step gkl: 1, 1 カ 5, plus, minus, times, max, min カ set, each opcode have シネ distinct meaning, step gkl: 2, step gkl: 5 カ step ggl: 5 カ output for input 8
Resolve query in ヘペラ what?

Эйгысӄын:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol ынкъам carol give book bob, h4 history alice give book bob, carol give cup alice ынкъам carol give key bob, h2 history alice give book bob, carol give key alice ынкъам alice give key bob ынкъам h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol ынкъам carol give book alice, carol hold key, carol hold cup ынкъам alice hold book, bob hold key, carol hold cup ынкъам bob hold book, which_history_is_consistent ынкъам number of transfers record 3 ынкъам record: held at time, 3, bob ынкъам key
Айвалыӈӄал:
  - demo: step ggl: 5, 2 ынкъам 5, demo: step gkg: 1, 7 ынкъам 6, demo: step ggl: 5, step ggl: 1 ынкъам step gkl: 3, 2 ынкъам 3, demo: step gkg: 2, step gkl: 1 ынкъам step gkl: 3, 5 ынкъам 9 ынкъам demo: step ggl: 1, step gkl: 5 ынкъам step gkl: 1, 1 ынкъам 5, plus, minus, times, max, min ынкъам set, each opcode рытык ыннен distinct meaning, step gkl: 2, step gkl: 5 ынкъам step ggl: 5 ынкъам output for input 8
Resolve query in эйгысӄын what?

North:
  - h1 history alice give juʼun carol, carol give key bob, carol give cup alice, alice give cup carol yéetel carol give juʼun bob, h4 history alice give juʼun bob, carol give cup alice yéetel carol give key bob, h2 history alice give juʼun bob, carol give key alice yéetel alice give key bob yéetel h3 history alice give juʼun carol, carol give juʼun alice, carol give cup bob, alice give juʼun carol yéetel carol give juʼun alice, carol hold key, carol hold cup yéetel alice hold juʼun, bob hold key, carol hold cup yéetel bob hold juʼun, which_history_is_consistent yéetel number of transfers record 3 yéetel record: held at k’iin, 3, bob yéetel key
South:
  - demo: step ggl: 5, 2 yéetel 5, demo: step gkg: 1, 7 yéetel 6, demo: step ggl: 5, step ggl: 1 yéetel step gkl: 3, 2 yéetel 3, demo: step gkg: 2, step gkl: 1 yéetel step gkl: 3, 5 yéetel 9 yéetel demo: step ggl: 1, step gkl: 5 yéetel step gkl: 1, 1 yéetel 5, plus, minus, times, max, min yéetel set, each opcode have hun distinct meaning, step gkl: 2, step gkl: 5 yéetel step ggl: 5 yéetel output for input 8
Resolve query in north what?

North:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol carol give book bob, h4 history alice give book bob, carol give cup alice carol give key bob, h2 history alice give book bob, carol give key alice alice give key bob h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol carol give book alice, carol hold key, carol hold cup alice hold book, bob hold key, carol hold cup bob hold book, which_history_is_consistent number of transfers record 3 record: held at time, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have one distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north híli?

North:
  - h1 alice wówapi carol give, carol key bob give, carol cup alice give, alice cup carol give na carol wówapi bob give history, h4 alice wówapi bob give, carol cup alice give na carol key bob give history, h2 alice wówapi bob give, carol key alice give na alice key bob give history na h3 alice wówapi carol give, carol wówapi alice give, carol cup bob give, alice wówapi carol give na carol wówapi alice give history, carol key hold, carol cup hold na alice wówapi hold, bob key hold, carol cup hold na bob wówapi hold, which_history_is_consistent na number of transfers 3 record na record: held at time, 3, bob na key
South:
  - demo: step ggl: 5, 2 na 5, demo: step gkg: 1, 7 na 6, demo: step ggl: 5, step ggl: 1 na step gkl: 3, 2 na 3, demo: step gkg: 2, step gkl: 1 na step gkl: 3, 5 na 9 na demo: step ggl: 1, step gkl: 5 na step gkl: 1, 1 na 5, plus, minus, times, max, min na set, each opcode have waŋží distinct meaning, step gkl: 2, step gkl: 5 na step ggl: 5 na output for input 8
Resolve query in north what?

North:
  - h1 history alice give aranduka carol, carol give key bob, carol give cup alice, alice give cup carol carol give aranduka bob, h4 history alice give aranduka bob, carol give cup alice carol give key bob, h2 history alice give aranduka bob, carol give key alice alice give key bob h3 history alice give aranduka carol, carol give aranduka alice, carol give cup bob, alice give aranduka carol carol give aranduka alice, carol hold key, carol hold cup alice hold aranduka, bob hold key, carol hold cup bob hold aranduka, which_history_is_consistent number of transfers record 3 record: held at ára, 3, bob key
Ñemby:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have peteĩ distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 alice panka carol give, carol key bob give, carol cup alice give, alice cup carol give carol panka bob give history, h4 alice panka bob give, carol cup alice give carol key bob give history, h2 alice panka bob give, carol key alice give alice key bob give history h3 alice panka carol give, carol panka alice give, carol cup bob give, alice panka carol give carol panka alice give history, carol key asxasiña, carol cup asxasiña alice panka asxasiña, bob key asxasiña, carol cup asxasiña bob panka asxasiña, which_history_is_consistent number of transfers 3 record record: held at pacha, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have maya distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 history alice ǃqháa̰ book carol, carol ǃqháa̰ key bob, carol ǃqháa̰ cup alice, alice ǃqháa̰ cup carol ǂʻá carol ǃqháa̰ book bob, h4 history alice ǃqháa̰ book bob, carol ǃqháa̰ cup alice ǂʻá carol ǃqháa̰ key bob, h2 history alice ǃqháa̰ book bob, carol ǃqháa̰ key alice ǂʻá alice ǃqháa̰ key bob ǂʻá h3 history alice ǃqháa̰ book carol, carol ǃqháa̰ book alice, carol ǃqháa̰ cup bob, alice ǃqháa̰ book carol ǂʻá carol ǃqháa̰ book alice, carol hold key, carol hold cup ǂʻá alice hold book, bob hold key, carol hold cup ǂʻá bob hold book, which_history_is_consistent ǂʻá ǃɢa̰n-ǃɢa̰n of transfers record 3 ǂʻá record: held at nàa kòo, 3, bob ǂʻá key
South:
  - demo: step ggl: 5, 2 ǂʻá 5, demo: step gkg: 1, 7 ǂʻá 6, demo: step ggl: 5, step ggl: 1 ǂʻá step gkl: 3, 2 ǂʻá 3, demo: step gkg: 2, step gkl: 1 ǂʻá step gkl: 3, 5 ǂʻá 9 ǂʻá demo: step ggl: 1, step gkl: 5 ǂʻá step gkl: 1, 1 ǂʻá 5, plus, minus, times, max, min ǂʻá set, each opcode have one distinct meaning, step gkl: 2, step gkl: 5 ǂʻá step ggl: 5 ǂʻá output for input 8
Resolve query in north what?

North:
  - h1 alice питғы carol give, carol key bob give, carol cup alice give, alice cup carol give carol питғы bob give history, h4 alice питғы bob give, carol cup alice give carol key bob give history, h2 alice питғы bob give, carol key alice give alice key bob give history h3 alice питғы carol give, carol питғы alice give, carol cup bob give, alice питғы carol give carol питғы alice give history, carol key hold, carol cup hold alice питғы hold, bob key hold, carol cup hold bob питғы hold, which_history_is_consistent number of transfers 3 record record: held at ыр, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have нин distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol carol give book bob, h4 history alice give book bob, carol give cup alice carol give key bob, h2 history alice give book bob, carol give key alice alice give key bob h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol carol give book alice, carol hold key, carol hold cup alice hold book, bob hold key, carol hold cup bob hold book, which_history_is_consistent number of transfers record 3 record: held at time, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have one distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 alice book carol give, carol key bob give, carol cup alice give, alice cup carol give carol book bob give history, h4 alice book bob give, carol cup alice give carol key bob give history, h2 alice book bob give, carol key alice give alice key bob give history h3 alice book carol give, carol book alice give, carol cup bob give, alice book carol give carol book alice give history, carol key hold, carol cup hold alice book hold, bob key hold, carol cup hold bob book hold, which_history_is_consistent number of transfers 3 record record: held at time, 3, bob key
Itax:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have koli distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

North:
  - h1 history alice give book carol, carol give key bob, carol give cup alice, alice give cup carol carol give book bob, h4 history alice give book bob, carol give cup alice carol give key bob, h2 history alice give book bob, carol give key alice alice give key bob h3 history alice give book carol, carol give book alice, carol give cup bob, alice give book carol carol give book alice, carol hold key, carol hold cup alice hold book, bob hold key, carol hold cup bob hold book, which_history_is_consistent number of transfers record 3 record: held at time, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have one distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in north what?

Ajkuikpa:
  - h1 history alice give ne book carol, carol give key bob, carol give ne cup alice, alice give ne cup carol carol give ne book bob, h4 history alice give ne book bob, carol give ne cup alice carol give key bob, h2 history alice give ne book bob, carol give key alice alice give key bob h3 history alice give ne book carol, carol give ne book alice, carol give ne cup bob, alice give ne book carol carol give ne book alice, carol hold key, carol hold ne cup alice hold ne book, bob hold key, carol hold ne cup bob hold ne book, which_history_is_consistent number of transfers record 3 record: held at kawit, 3, bob key
South:
  - demo: step ggl: 5, 2 5, demo: step gkg: 1, 7 6, demo: step ggl: 5, step ggl: 1 step gkl: 3, 2 3, demo: step gkg: 2, step gkl: 1 step gkl: 3, 5 9 demo: step ggl: 1, step gkl: 5 step gkl: 1, 1 5, plus, minus, times, max, min set, each opcode have se distinct meaning, step gkl: 2, step gkl: 5 step ggl: 5 output for input 8
Resolve query in ajkuikpa tay?

Nord :
  - h1 histoire alice give le livre pour carol, carol give key pour bob, carol give la tasse pour alice, alice give la tasse pour carol et carol give le livre pour bob, h4 histoire alice give le livre pour bob, carol give la tasse pour alice et carol give key pour bob, h2 histoire alice give le livre pour bob, carol give key pour alice et alice give key pour bob et h3 histoire alice give le livre pour carol, carol give le livre pour alice, carol give la tasse pour bob, alice give le livre pour carol et carol give le livre pour alice, carol tenir key, carol tenir la tasse et alice tenir le livre, bob tenir key, carol tenir la tasse et bob tenir le livre, which_history_is_consistent et nombre de transfers enregistrer 3 et disque: held à temps, 3, bob et key
Sud :
  - démo: pas ggl: 5, 2 et 5, démo: pas gkg: 1, 7 et 6, démo: pas ggl: 5, pas ggl: 1 et pas gkl: 3, 2 et 3, démo: pas gkg: 2, pas gkl: 1 et pas gkl: 3, 5 et 9 et démo: pas ggl: 1, pas gkl: 5 et pas gkl: 1, 1 et 5, plus, moins, fois, max, min et poste, chaque opcode avoir un distinct signification, pas gkl: 2, pas gkl: 5 et pas ggl: 5 et produire parce qu'entrée 8
Quoi résoudre question dans nord ?

Nordo:
  - h1 historio alice doni libro al carol, carol doni key al bob, carol doni taso al alice, alice doni taso al carol kaj carol doni libro al bob, h4 historio alice doni libro al bob, carol doni taso al alice kaj carol doni key al bob, h2 historio alice doni libro al bob, carol doni key al alice kaj alice doni key al bob kaj h3 historio alice doni libro al carol, carol doni libro al alice, carol doni taso al bob, alice doni libro al carol kaj carol doni libro al alice, carol teni key, carol teni taso kaj alice teni libro, bob teni key, carol teni taso kaj bob teni libro, which_history_is_consistent kaj nombro de transfers noti 3 kaj registri: held ĉe tempo, 3, bob kaj key
Sudo:
  - demo: paŝado ggl: 5, 2 kaj 5, demo: paŝado gkg: 1, 7 kaj 6, demo: paŝado ggl: 5, paŝado ggl: 1 kaj paŝado gkl: 3, 2 kaj 3, demo: paŝado gkg: 2, paŝado gkl: 1 kaj paŝado gkl: 3, 5 kaj 9 kaj demo: paŝado ggl: 1, paŝado gkl: 5 kaj paŝado gkl: 1, 1 kaj 5, plus, minus, times, max, min kaj aro, ĉiu opcode havi unu distinct signifo, paŝado gkl: 2, paŝado gkl: 5 kaj paŝado ggl: 5 kaj eksterdoni ĉar input 8
Solvi pridemando en norde kio?

Észak:
  - h1 történelem alice give a könyvet carol hogy, carol give key bob hogy, carol give a csészét alice hogy, alice give a csészét carol hogy és carol give a könyvet bob hogy, h4 történelem alice give a könyvet bob hogy, carol give a csészét alice hogy és carol give key bob hogy, h2 történelem alice give a könyvet bob hogy, carol give key alice hogy és alice give key bob hogy és h3 történelem alice give a könyvet carol hogy, carol give a könyvet alice hogy, carol give a csészét bob hogy, alice give a könyvet carol hogy és carol give a könyvet alice hogy, carol hold key, carol hold a csészét és alice hold a könyvet, bob hold key, carol hold a csészét és bob hold a könyvet, which_history_is_consistent és szám of transfers felvesz 3 és lemez: held at idő, 3, bob és key
Dél:
  - demó: lépés ggl: 5, 2 és 5, demó: lépés gkg: 1, 7 és 6, demó: lépés ggl: 5, lépés ggl: 1 és lépés gkl: 3, 2 és 3, demó: lépés gkg: 2, lépés gkl: 1 és lépés gkl: 3, 5 és 9 és demó: lépés ggl: 1, lépés gkl: 5 és lépés gkl: 1, 1 és 5, meg, mínusz, times, max, min és set, minden opcode bír egy distinct jelentés, lépés gkl: 2, lépés gkl: 5 és lépés ggl: 5 és kimenet mert bevitel 8
Megold kérdés be észak melyik?

北:
  - h1歷史alice畀書carol, carol畀keybob, carol畀杯alice, alice畀杯carol及carol畀書bob, h4歷史alice畀書bob, carol畀杯alice及carol畀keybob, h2歷史alice畀書bob, carol畀keyalice及alice畀keybob及h3歷史alice畀書carol, carol畀書alice, carol畀杯bob, alice畀書carol及carol畀書alice, carolholdkey, carolhold杯及alicehold書, bobholdkey, carolhold杯及bobhold書, which_history_is_consistent及號碼...嘅transfers唱片3及唱片:held喺時間, 3, bob及key
南:
  - demo:stepggl:5, 2及5, demo:stepgkg:1, 7及6, demo:stepggl:5, stepggl:1及stepgkl:3, 2及3, demo:stepgkg:2, stepgkl:1及stepgkl:3, 5及9及demo:stepggl:1, stepgkl:5及stepgkl:1, 1及5, plus, 減, times, max, min及set, eachopcode有:一distinct意義, stepgkl:2, stepgkl:5及stepggl:5及輸出for輸入:8
resolve query in:北乜嘢?

北:
  - h1 history alice give 書物 carol, carol give key bob, carol give cup alice, alice give cup carol とぅ carol give 書物 bob, h4 history alice give 書物 bob, carol give cup alice とぅ carol give key bob, h2 history alice give 書物 bob, carol give key alice とぅ alice give key bob とぅ h3 history alice give 書物 carol, carol give 書物 alice, carol give cup bob, alice give 書物 carol とぅ carol give 書物 alice, carol hold key, carol hold cup とぅ alice hold 書物, bob hold key, carol hold cup とぅ bob hold 書物, which_history_is_consistent とぅ number of transfers record 3 とぅ record: held at time, 3, bob とぅ key
South:
  - demo: step ggl: 5, 2 とぅ 5, demo: step gkg: 1, 7 とぅ 6, demo: step ggl: 5, step ggl: 1 とぅ step gkl: 3, 2 とぅ 3, demo: step gkg: 2, step gkl: 1 とぅ step gkl: 3, 5 とぅ 9 とぅ demo: step ggl: 1, step gkl: 5 とぅ step gkl: 1, 1 とぅ 5, plus, minus, times, max, min とぅ set, each opcode have 一 distinct meaning, step gkl: 2, step gkl: 5 とぅ step ggl: 5 とぅ output for input 8
Resolve query in 北 what?

North:
  - h1 тарих alice беру кітап carol, carol беру key bob, carol беру шыны аяқ alice, alice беру шыны аяқ carol және carol беру кітап bob, h4 тарих alice беру кітап bob, carol беру шыны аяқ alice және carol беру key bob, h2 тарих alice беру кітап bob, carol беру key alice және alice беру key bob және h3 тарих alice беру кітап carol, carol беру кітап alice, carol беру шыны аяқ bob, alice беру кітап carol және carol беру кітап alice, carol ұстау key, carol ұстау шыны аяқ және alice ұстау кітап, bob ұстау key, carol ұстау шыны аяқ және bob ұстау кітап, which_history_is_consistent және сан туралы transfers табақ 3 және табақ: held at уақыт, 3, bob және key
South:
  - demo: қадам ggl: 5, 2 және 5, demo: қадам gkg: 1, 7 және 6, demo: қадам ggl: 5, қадам ggl: 1 және қадам gkl: 3, 2 және 3, demo: қадам gkg: 2, қадам gkl: 1 және қадам gkl: 3, 5 және 9 және demo: қадам ggl: 1, қадам gkl: 5 және қадам gkl: 1, 1 және 5, plus, minus, times, max, min және жиын, each opcode have бір distinct мағына, қадам gkl: 2, қадам gkl: 5 және қадам ggl: 5 және output for input 8
Resolve сұрау in north не?