Latest mindforth release as a loadable text fileDrag-and-drop code into editor; save C:\Win32For\Mind.F (not as Mind.F.txt). ( 17may09B.F [mf090517.html] -- modification of 10may09A.F Mind.Forth )
( This file may be named "Mind.f" or any "filename.f" you choose. )
( Rename any occurrence of Mind.f.txt as simply Mind.f for Win32Forth. )
( http://www.winzip.com/aboutzip.htm tells about WinZip to auto-install )
( http://prdownloads.sourceforge.net/win32forth/W32FOR42_671.zip?download )
( This file is to be run with Win32Forth by issuing three commands: )
( win32for.exe [ENTER] )
( fload Mind.f [ENTER] )
( MainLoop [ENTER]. )
( To halt the artificial mind, press the ESCAPE key at any time. )
DECIMAL ( use decimal numbers )
variable act 0 act ! ( InStantiate; Old- & NewConcept; EnReify; etc. )
variable actbase ( 5dec2007 For recognition discrimination in audRecog )
variable adverbact 0 adverbact ! ( 29aug2008 Test for adverb-insertion )
variable aud ( enVocab; AudInput; SpeechAct: auditory recall-tag )
variable audjuste ( 25aug2008 For nounPhrase motjuste aud to SpeechAct )
variable audme ( 27sep2008 tag to find "ME" in auditory memory )
variable audpsi ( 6may2009 de-globalizing the "psi" variable )
variable audrec ( 6may2009 replacing "psi" in AudRecog )
variable audstop ( A flag to stop SpeechAct after one word )
variable back ( to replace "bulge" for "pre" items in SpreadAct )
variable bday ( MainLoop of alife; TuringTest HCI -- day of birth )
variable beflag 0 beflag ! ( 23apr2009 for InStantiate )
variable beg 1 beg ! ( AudInput; AudMem: word beginning flag )
variable bhour ( MainLoop of alife; TuringTest HCI -- hour of birth )
variable bias 5 bias ! ( Parser; newConcept: an expected POS )
variable bminute ( MainLoop; TuringTest HCI -- minute of birth )
variable bmonth ( MainLoop; TuringTest HCI -- month of birth )
variable bsecond ( MainLoop; TuringTest HCI -- second of birth )
variable byear ( MainLoop; TuringTest HCI -- year of birth )
variable caller ( 13jan2008 Debug-identifier of calling module )
variable cns 1024 cns ! ( "central nervous system" array size )
variable coda 128 coda ! ( span of memory to recycle in Rejuvenate )
variable cogpsi ( 9may2009 cognition psi source-node in SpreadAct )
variable conj ( from 16aug2002 oldConcept; Conjoin: conjunction )
variable ctu ( continuation-flag for "Aud" array phonemes )
variable decpsi1 ( decremend concept 1 to accelerate de-activation )
variable decpsi2 ( decremend concept 2 for avoiding excess repetition )
variable decpsi3 ( decremend concept 3 to keep track of most recent psi )
variable detour ( 17dec2007 Abort-flag in case of insufficient knowledge )
variable dirobj ( flag to indicate seeking of a direct object )
variable dopsi ( 22jan2008 direct-object-psi for calculating "thotnum" )
variable edge 0 edge ! ( Rejuvenate: edge-of-thought flag )
variable EEG 1 EEG ! ( for EGO safety measure if users neglect the AI )
variable en6 ( 27aug2008 enVocab flag recall-vector "aud" in Rejuvenate )
variable enx ( new-, oldConcept; Instantiate; EnReify: x-fer Psi-En )
variable eot ( end-of-text for use in AudInput )
variable fex ( new-, oldConcept; enVocab: Psi-to-English fiber-out )
variable fin ( new-, oldConcept; enVocab: English-to-Psi fiber-in )
variable firstword ( 13sep2008 So "DO" query triggers kbSearch )
variable fyi 0 fyi ! ( for rotation through display modalities )
variable ghost 0 ghost ! ( 5sep2008 Article switch from "a" to "the" )
variable guspsi ( 6may2009 concept-tag attached to taste-memories )
variable gusrec ( 6may2009 for external recognition by GusRecog )
variable hipsi ( 14jan2008 "high-psi" tag on wavecrest concept )
( I = Index in loops; does not require a fetch "@" )
variable img ( visRecog: for future use as "image" )
variable inert 0 inert ! ( .echo; Think; English: EGO-trigger )
variable instnum ( 1oct2008 "instantiation number for whatIs/Be )
variable IQ 6 IQ ! ( an invitation to code an IQ algorithm )
variable jdex
variable jolt 0 jolt ! ( 31mar2007 Being replaced with "nounval" )
variable jrt ( "junior time" for memories moved in Rejuvenate )
variable jux 0 jux ! ( Parser; Instantiate: a JUXtaposed word )
variable kbpsi ( 20jan2008 an interim knowledge-base psi )
variable kbquiz 0 kbquiz ! ( 16sep2008 flag to call kbSearch )
variable kbtv 1 kbtv ! ( 3sep2008 KB-traversal trigger )
variable krt ( Knowledge Representation time "t" for future use )
variable lastword 0 lastword ! ( 2apr2007 For zeroing "seq" tags. )
variable len ( length, for avoiding non-words in AudInput )
variable lexact ( 4apr2007 Testing a lexical :act" for Reify )
variable lopsi ( 14jan2008 "low-psi" tag on just-crested concept )
variable match ( oldConcept; SpeechAct: end-of-word flag for control )
variable memoire ( 17sep2008 Instead of "motjuste" in kbSearch )
variable midway 1 midway ! ( a backwards time-limit for searches )
variable monopsi ( 26jul2002 For use in audRecog module )
variable morphpsi ( 30sep2008 For audRecog recognition of morphemes )
variable motjuste ( best word for selection as part of a thought )
variable nacpsi ( 9may2009 de-globalized psi for NounAct )
variable nen 0 nen ! ( English lexical concept number )
variable newpsi ( 12may2009 for singular-nounstem assignments )
variable nlt 0 nlt ! ( not-later-than, for isolating time-points )
variable nounval 0 nounval ! ( For transfer from NounPhrase to MounAct )
variable nphrnum 0 nphrnum ! ( 27aug2008 NounPhrase number for Article )
variable nphrpos 0 nphrpos ! ( 29aug2008 for testing in ENGLISH )
variable num 0 num ! ( 24aug2008 number-flag for the psi array )
variable nwc ( 15may2009 new-word-count for noun-stem recog )
variable obstat ( 15jan2008 Lets AudInput psi-damp a reentrant word. )
variable oldact ( to show the source of spreading activations )
variable oldpos ( for treating verb part-of-speech as a special case )
variable oldpsi ( 9may2009 used in OldConcept to de-globalize "psi" )
variable olfpsi ( 6may2009 concept-tag attached to smells in memory )
variable olfrec ( 6may2009 for external recognition by OlfRecog )
variable onset 0 onset ! ( of a word stored in auditory memory )
variable opt ( option, for flushing out a desired part of speech )
variable ordo 0 ordo ! ( 2apr2007 from JSAI; AudInput word-order )
variable penultpho ( 17may2009 )
variable pho ( AudListen; AudInput; SpeechAct: phoneme of input/output )
variable pos ( old- & newConcept; enVocab: part-of-speech )
variable pov ( point-of-view: 35# for internal; 42* for external )
variable pre ( previous concept associated with another concept )
variable precand ( 2apr2007 inviolate "pre" candidate from JSAI )
variable predpos 0 predpos ! ( 29aug2008 part of speech in Predicate )
variable prepho ( 17may2009 )
variable preset 0 preset ! ( 2apr2007 For setting Instantiate "pre" )
variable presyn ( 7may2009 synaptic deglobalized "pre" in SpreadAct )
variable prevtag ( 2apr2007 from JSAI; for use in Instantiate )
variable psi ( associative tag from auditory engram to Psi mindcore )
variable psi1 ( 30mar2007 verbAct: activation-level at each node of verb )
variable psi6 ( temporary enx for use by verbPhrase in Tutorial mode )
variable psi7 ( 24aug2008 replacement for psi6 displaced by num )
variable psibase ( 5dec2007 With winning actbase, a winning psibase. )
variable questype ( from 16aug 2002 oldConcept; Conjoin: "question-type" )
variable quiet 1 quiet ! ( AudListen; AudInput: status flag for input )
variable recon 0 recon ! ( Eagerness to seek reconnaissance answers. )
variable redux ( 27jan2008 For oldest concept to be revived. )
variable reject 0 reject ! ( For orchestration of sentence-generation. )
variable retropsi ( 15may2009 For AudInput and Audmem noun-stems )
variable residuum 0 residuum ! ( psiDamp -- post-thought activation )
variable rjc 0 rjc ! ( ReJuvenate: counter of rejuvenations over life )
variable rsvp 1000 rsvp ! ( AudInput/AudListen response-time counter )
variable rv ( "recall-vector" for diagnostic display of thought processes )
variable seq ( subSEQuent concept associated with another concept )
variable seqsyn ( 7may2009 synaptic deglobalized "seq" in SpreadAct )
variable spike ( 1aug2005: for potential use in SpreadAct )
variable spt ( AudMem; AudInput: blank space time )
variable stemgap ( 30sep2008 For avoiding false audRecog stems )
variable stempsi ( 14may2009 for singular noun-stem recognition )
variable subj ( 15sep2005 flag to supercharge subject-nouns )
variable subjpsi ( 4oct2008 For Predicate to correct beVerb choice )
variable sublen ( 30spe2008 length of audRecog subpsi word-stem )
variable subpsi ( 30sep2008 For audRecog of sub-component stems of words )
variable supsi ( 22jan2008 subject-psi for calculating "thotnum" )
variable t 0 t ! ( time as incremented during auditory memory storage )
variable t2s ( auditory text-to-speech index for SpeechAct )
variable tacpsi ( 6may2009 concept-tag attached to tactile engrams )
variable tacrec ( 6may2009 for external recognition by TacRecog )
variable thot1 ( 22jan2008 for detecting repetitions )
variable thot2 ( 22jan2008 for detecting repetitions )
variable thot3 ( 22jan2008 for detecting repetitions )
variable thotcyc ( 22jan2008 for seeking repetition in a cycle )
variable thotnum ( 22jan2008 A numeric concatenation of psi numbers )
variable topic ( topic for a question to be asked )
variable topicnum ( 1oct2008 grammatical number of question "topic" )
variable tov 1 tov ! ( TabulaRasa; REIFY; ENGLISH; .echo: time-of-voice )
variable tsday ( AudListen -- for headers in transcript mode )
variable tshour ( AudListen )
variable tsminute ( AudListen )
variable tsmonth ( AudListen )
variable tssecond ( AudListen )
variable tsyear ( AudListen )
variable tult ( AudInput; AudMem: t penultimate, or time-minus-one )
variable txen ( 4apr2007 Reify: time of transfer to English lexicon )
variable ultpho ( 17may2009 )
variable unk ( "unknown" variable for general use )
variable upnext ( 29jan2008 Flag lets new input de-crest previous. )
variable urpre ( original pre for safeguarding during function-calls )
variable urpsi ( original German:ur psi for use in psiDamp, etc. )
variable vault 202 vault ! ( 29mar2007 adding data from JavaScript AI )
variable vbpsi ( 22jan2008 verb-psi for calculating "thotnum" )
variable verbinc ( 27apr2007 verb-increment for use in verbAct module )
variable verbval ( 3apr2007 For transfer from verbPhrase to verbAct. )
variable version 20090515 version ! ( for troubleshooting )
variable vispsi ( 6may2009 concept-tag attached to images in memory )
variable visrec ( 6may2009 for external recognition by VisRecog )
variable whatflag 0 whatflag ! ( 23apr2009 for InStantiate )
variable whereflag 0 whereflag ! ( 23apr2009 for InStantiate )
variable whoflag 0 whoflag ! ( 23apr2009 for InStantiate )
variable wordend ( 13may2009 for singular noun-stem assignments )
variable xthe 0 xthe ! ( 20apr2009 Xfer NPhr motjuste to EnArticle
queue. )
variable yesorno 0 yesorno ! ( 16sep2008 in conjunction with kbSearch )
variable zone ( ReActivate; SpreadAct: time-zone for "pre" and "seq" )
: CHANNEL ( size num -< name >- )
CREATE ( Returns address of newly named channel. )
OVER ( #r #c -- #r #c #r )
, ( Stores number of rows from stack to array.)
* CELLS ( Feeds product of columns * rows to ALLOT.)
ALLOT ( Reserves given quantity of cells for array.)
DOES> ( member; row col -- a-addr )
DUP @ ( row col pfa #rows )
ROT * ( row pfa col-index )
ROT + ( pfa index )
1 + ( because the first cell has the number of rows.)
CELLS + ( from number of items to number of bytes in offset )
;
cns @ 8 CHANNEL psi{ ( Mindcore concept array "psi" )
cns @ 7 CHANNEL en{ ( English lexicon array "en" )
cns @ 6 CHANNEL aud{ ( Auditory memory channel array "aud" )
: PSI-CLEAR
1 t @ 1 + DO
0 I 1 psi{ !
-1 +LOOP
;
: TabulaRasa
0 unk !
1 tov !
BEGIN cns @ 1 DO
0 I unk @ psi{ !
LOOP
1 unk +!
unk @ 8 < WHILE
REPEAT
0 unk !
1 tov !
BEGIN cns @ 1 DO
0 I unk @ en{ !
LOOP
1 unk +!
unk @ 6 < WHILE
REPEAT
0 unk !
1 tov !
BEGIN cns @ 1 DO
0 I unk @ aud{ !
LOOP
1 unk +!
unk @ 6 < WHILE
REPEAT
cns @ 1 DO
32 I 0 aud{ !
LOOP
;
: VerbClear ( remove activation from all verbs )
midway @ t @ DO
I 5 psi{ @ 8 = IF
0 I 1 psi{ !
THEN
-1 +LOOP
;
: VerbClip ( lower activation on all verbs )
midway @ t @ DO
I 5 psi{ @ 8 = IF
I 1 psi{ @ 20 > IF
20 I 1 psi{ !
THEN
THEN
-1 +LOOP
;
: PsiDecay ( let conceptual activations dwindle )
fyi @ 2 > IF CR
." PsiDecay called to reduce all conceptual activations." CR
THEN
midway @ t @ DO
I 1 psi{ @ 1 - I 1 psi{ !
I 1 psi{ @ 0 < IF 0 I 1 psi{ ! THEN
I 0 psi{ @ 59 = IF 0 I 1 psi{ ! THEN
I 0 psi{ @ 54 = IF 0 I 1 psi{ ! THEN
I 0 psi{ @ 7 = IF 0 I 1 psi{ ! THEN
I 0 psi{ @ 57 = IF
I 1 psi{ @ 8 < IF
1 I 1 psi{ !
THEN
THEN
I 0 psi{ @ 66 = IF
I 1 psi{ @ 8 > IF
1 I 1 psi{ !
THEN
THEN
-1 +LOOP
;
: PsiDamp ( reduce activation of a concept )
16 residuum !
fyi @ 2 > IF CR
." PsiDamp called for urpsi = " urpsi @ .
." by module ID #" caller @ .
caller @ 42 = IF ." whatAuxSDo " THEN
caller @ 51 = IF ." auxVerb " THEN
caller @ 62 = IF ." verbPhrase " THEN
caller @ 66 = IF ." NounPhrase " THEN
caller @ 104 = IF ." AudInput " THEN
caller @ 148 = IF ." Activate " THEN
caller @ 3535 = IF ." AudInput " THEN
0 caller !
THEN
midway @ t @ DO
I 0 psi{ @ urpsi @ = IF
residuum @ I 1 psi{ ! THEN
-1 +LOOP
0 residuum !
PsiDecay
;
: EnDamp ( deactivate English lexicon concepts )
midway @ t @ DO
0 I 1 en{ !
-1 +LOOP
;
: AudDamp ( deactivate auditory engrams )
midway @ t @ DO
0 I 1 aud{ !
-1 +LOOP
;
: .psi ( show concepts in the Psi array )
CR ." Psi mindcore concepts"
CR ." time: psi act num jux pre pos seq enx "
t @ 1+ midway @ DO
I 0 psi{ @ 0 > IF
CR I . ." : "
I 0 psi{ @ . ." "
I 1 psi{ @ . ." "
I 2 psi{ @ . ." "
I 3 psi{ @ . ." "
I 4 psi{ @ . ." "
I 5 psi{ @ . ." "
I 6 psi{ @ . ." "
I 7 psi{ @ enx ! enx @ .
enx @ 0 > IF
." to "
I unk !
0 aud !
midway @ unk @ DO
I 0 en{ @ enx @ = IF
I 6 en{ @ aud !
aud @ 0= NOT IF
BEGIN
aud @ 0 aud{ @ EMIT
1 aud +!
aud @ 0 aud{ @ 32 =
UNTIL
." "
THEN
0 aud !
LEAVE ( One engrammed word is enough. )
THEN
-1 +LOOP
THEN
THEN
LOOP CR ." time: psi act num jux pre pos seq enx " 0 unk !
CR ." You may enter .psi .en .aud to view memory engrams, or"
CR ." MainLoop [ENTER] to erase all memories and restart the Mind."
CR
;
: .en ( show vocabulary in the English lexicon array )
CR ." English lexical fibers"
CR ." t nen act num fex pos fin aud:"
t @ 1+ midway @ DO
I 0 en{ @ unk !
unk @ 0 > IF ( display positive data )
CR I . unk @ . ." "
I 1 en{ @ . ." "
I 2 en{ @ . ." "
I 3 en{ @ . ." "
I 4 en{ @ . ." "
I 5 en{ @ . ." "
I 6 en{ @ aud ! aud @ . ." to "
BEGIN
aud @ 0 aud{ @ EMIT 1 aud +!
aud @ 0 aud{ @ 32 =
UNTIL
." "
0 aud !
THEN
LOOP
0 unk !
CR ." t nen act num fex pos fin aud" CR
CR ." You may enter .psi .en .aud to view memory engrams, or"
CR ." MainLoop [ENTER] to erase all memories and restart the Mind."
CR
;
: .aud ( show engrams in the auditory memory array )
CR ." Auditory memory nodes"
CR ." t pho act pov beg ctu audpsi"
t @ 1+ 1 DO ( Show the entire Aud channel.)
CR I . ." "
I 2 aud{ @ 123 = IF
." { "
THEN
I 0 aud{ @ 33 < IF
." " ( show a blank )
ELSE
I 0 aud{ @ EMIT ." "
I 1 aud{ @ . ." "
I 2 aud{ @ EMIT ." "
I 3 aud{ @ . ." "
I 4 aud{ @ . ." "
I 5 aud{ @ .
THEN
I 2 aud{ @ 125 = IF
." } "
THEN
LOOP
CR ." You may enter .psi .en .aud to view memory engrams, or"
CR ." MainLoop [ENTER] to erase all memories and restart the Mind."
CR
;
: .echo ( show what the robot just said )
( As on Usenet, user responds _below_ what the AI has said. )
fyi @ 2 = IF
CR ." Tutorial mode is now in effect. Enter input or wait for output."
EEG @ 0 = IF
CR ." Duplicate thought may have been detected."
THEN
THEN
CR ." Robot: "
t @ tov @ DO
I 0 aud{ @ 0 = IF
." "
ELSE
I 2 aud{ @ 42 = NOT IF
I 0 aud{ @ EMIT
THEN
THEN
LOOP
;
: SpreadAct ( spreading activation )
fyi @ 3 = IF
CR ." sprdAct: caller & seq = " caller @ . seq @ .
THEN
pre @ 0 > IF
zone @ 7 - zone @ DO
I 0 psi{ @ presyn @ = IF
1 I 1 psi{ +!
I 1 psi{ @ 0 < IF
0 I 1 psi{ !
THEN
I 1 psi{ @ 63 > IF
63 I 1 psi{ !
THEN
I zone @ 6 - > IF LEAVE THEN
THEN
-1 +LOOP
THEN
seqsyn @ 0 > IF
fyi @ 3 = IF
CR ." sprA pos. seq & spike = " seq @ . spike @ . CR
THEN
zone @ 9 + zone @ DO
I 0 psi{ @ seqsyn @ = IF
fyi @ 3 = IF
CR ." SprA matching seq w. spike = " seq @ . spike @ . CR
THEN
fyi @ 1 > IF
pov @ 35 = IF
0 psi7 !
fyi @ 3 = IF
CR CR ." sprdAct: seq = " seq @ . CR CR
THEN
midway @ t @ DO
I 0 psi{ @ cogpsi @ = IF
I 7 psi{ @ psi7 !
LEAVE
THEN
-1 +LOOP
midway @ t @ DO
I 0 en{ @ psi7 @ = IF
I 6 en{ @ rv !
LEAVE
THEN
-1 +LOOP
0 rv !
midway @ t @ DO
I 0 psi{ @ seqsyn @ = IF
I 7 psi{ @ psi7 !
LEAVE
THEN
-1 +LOOP
midway @ t @ DO
I 0 en{ @ psi7 @ = IF
I 6 en{ @ rv !
LEAVE
THEN
-1 +LOOP
rv @ 0 > IF
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
THEN
0 rv !
." "
THEN
THEN
fyi @ 2 > IF
pov @ 35 = IF
CR
0 psi7 !
midway @ t @ DO
I 0 psi{ @ cogpsi @ = IF
I 7 psi{ @ psi7 !
LEAVE
THEN
-1 +LOOP
midway @ t @ DO
I 0 en{ @ psi7 @ = IF
I 6 en{ @ rv !
LEAVE
THEN
-1 +LOOP
rv @ 0 > IF
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
THEN
0 rv !
." #" cogpsi @ . ." act " oldact @ .
." at i " I . ." sprA spike "
spike @ . ." to seq #" seq @ .
midway @ t @ DO
I 0 psi{ @ seqsyn @ = IF
I 7 psi{ @ psi7 !
LEAVE
THEN
-1 +LOOP
midway @ t @ DO
I 0 en{ @ psi7 @ = IF
I 6 en{ @ rv !
LEAVE
THEN
-1 +LOOP
rv @ 0 > IF
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
THEN
0 rv !
CR
." at act " I 1 psi{ @ . ." yields "
THEN
THEN
fyi @ 3 = IF
." sprA: spiking seq " spike @ . seq @ .
THEN
spike @ I 1 psi{ +!
fyi @ 2 > IF
pov @ 35 = IF
I 1 psi{ @ .
fyi @ 2 > IF
." and zone = " zone @ .
THEN
THEN
THEN
fyi @ 3 = IF
I 1 psi{ @ . ." (lim = 63) for t=" I rv !
BEGIN
-1 rv +!
rv @ 3 aud{ @ 1 =
UNTIL
rv @ .
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
." engram; in sprA spike = " spike @ .
0 rv !
THEN
I 1 psi{ @ 63 > IF
63 I 1 psi{ !
THEN
I zone @ 6 + > IF
fyi @ 2 > IF
CR ." executing LEAVE at zone = " zone @ .
THEN
LEAVE
THEN
THEN
LOOP
THEN
;
: NounAct ( re-activate all recent nodes of a concept )
fyi @ 2 > IF CR
." Calling nounAct (not in AI4U). psi = " psi @ . CR
THEN
nacpsi @ 0 > IF
fyi @ 2 > IF
CR ." nounAct calls SpreadAct to xfer proportionate "
." act. from each node of concept #" psi @ .
THEN
midway @ t @ DO
I 0 psi{ @ nacpsi @ = IF
I 1 psi{ @ psi1 !
nounval @ 0 > IF nounval @ psi1 ! THEN
psi1 @ 63 > IF
63 psi1 !
THEN
psi1 @ I 1 psi{ !
I 0 psi{ @ 54 = IF
0 I 1 psi{ !
THEN
12 spike ! ( 3apr2007 Aim for ample spikes.)
I 4 psi{ @ presyn ! ( 7may2009 for use in SpreadAct )
I 6 psi{ @ seqsyn ! ( 7may2009 for use in SpreadAct )
I zone ! ( for use in SpreadAct )
I 1 psi{ @ 0 = IF 0 spike ! THEN
I 1 psi{ @ 5 > IF 12 spike ! THEN
I 1 psi{ @ 10 > IF 14 spike ! THEN
I 1 psi{ @ 15 > IF 16 spike ! THEN
I 1 psi{ @ 20 > IF 18 spike ! THEN
I 1 psi{ @ 25 > IF 20 spike ! THEN
I 1 psi{ @ 30 > IF 22 spike ! THEN
I 1 psi{ @ 35 > IF 24 spike ! THEN
I 1 psi{ @ 40 > IF 26 spike ! THEN
I 1 psi{ @ 45 > IF 28 spike ! THEN
I 1 psi{ @ 50 > IF 30 spike ! THEN
I 1 psi{ @ 55 > IF 32 spike ! THEN
I 1 psi{ @ 60 > IF 34 spike ! THEN
nacpsi @ cogpsi !
I 1 psi{ @ oldact !
I 5 psi{ @ oldpos !
seqsyn @ 0 > IF
7865 caller !
SpreadAct ( for spreading activation )
0 caller !
0 presyn !
0 seqsyn !
THEN
precand @ pre !
0 oldpos !
0 cogpsi !
0 oldact !
0 pre !
THEN
I 0 psi{ @ nacpsi @ = NOT IF
I 5 psi{ @ DUP 5 = SWAP 7 = OR IF
I 1 psi{ @ unk !
0 unk !
I 1 psi{ @ < 0 IF
0 I 1 psi{ !
THEN
THEN
THEN
-1 +LOOP
THEN
0 spike !
;
: VerbAct ( re-activate all recent nodes of a verb )
verbval @ 33 < IF
33 verbval @ - verbinc !
ELSE 0 verbinc !
THEN
fyi @ 2 > IF CR
." Calling verbAct (not in AI4U). psi = " psi @ . CR
THEN
psi @ 0 > IF
fyi @ 2 > IF
CR ." verbAct calls SpreadAct to xfer proportionate "
." act. from each node of concept #" psi @ .
THEN
psi @ cogpsi !
midway @ t @ DO
I 0 psi{ @ psi @ = IF
fyi @ 2 > IF
I 1 psi{ @ 8 > IF
." +"
THEN
THEN
I 1 psi{ @ psi1 !
psi1 @ I 1 psi{ !
I 0 psi{ @ 54 = IF
0 I 1 psi{ !
THEN
I 1 psi{ @ 63 > IF
63 I 1 psi{ !
THEN
I 4 psi{ @ presyn ! ( 7may2009 for use in SpreadAct )
I 6 psi{ @ seqsyn ! ( 7may2009 for use in SpreadAct )
I zone ! ( for use in SpreadAct )
I 1 psi{ @ 0 = IF 0 spike ! THEN
I 1 psi{ @ 0 > IF 1 spike ! THEN
I 1 psi{ @ 5 > IF 2 spike ! THEN
I 1 psi{ @ 10 > IF 8 spike ! THEN
I 1 psi{ @ 15 > IF 16 spike ! THEN
I 1 psi{ @ 20 > IF 20 spike ! THEN
I 1 psi{ @ 25 > IF 24 spike ! THEN
I 1 psi{ @ 30 > IF 28 spike ! THEN
I 1 psi{ @ 35 > IF 32 spike ! THEN
I 1 psi{ @ 40 > IF 36 spike ! THEN
I 1 psi{ @ 45 > IF 40 spike ! THEN
I 1 psi{ @ 50 > IF 44 spike ! THEN
I 1 psi{ @ 55 > IF 48 spike ! THEN
I 1 psi{ @ 60 > IF 52 spike ! THEN
psi @ cogpsi !
I 1 psi{ @ oldact !
I 5 psi{ @ oldpos !
seqsyn @ 0 > IF
8665 caller !
SpreadAct ( for spreading activation )
0 caller !
0 presyn !
0 seqsyn !
THEN
0 oldpos !
0 cogpsi !
0 oldact !
0 pre !
0 seq !
THEN
-1 +LOOP
THEN
0 verbinc !
;
: ReActivate ( re-activate all recent nodes of a concept )
fyi @ 2 > IF CR
." Calling ReActivate. psi = " psi @ . CR
THEN
0 spike !
psi @ 0 > IF
fyi @ 2 > IF
CR ." ReActivate calls SpreadAct to xfer proportionate "
." act. from each node of concept #" psi @ .
THEN
midway @ t @ DO
I 0 psi{ @ psi @ = IF
16 I 1 psi{ +!
I 0 psi{ @ 54 = IF
0 I 1 psi{ !
THEN
I 1 psi{ @ 63 > IF
63 I 1 psi{ !
THEN
1 spike !
I 1 psi{ @ 0 = IF 0 spike ! THEN
I 1 psi{ @ 5 > IF 7 spike ! THEN
I 1 psi{ @ 10 > IF 8 spike ! THEN
I 1 psi{ @ 15 > IF 9 spike ! THEN
I 1 psi{ @ 20 > IF 10 spike ! THEN
I 1 psi{ @ 25 > IF 11 spike ! THEN
I 1 psi{ @ 30 > IF 12 spike ! THEN
I 1 psi{ @ 35 > IF 13 spike ! THEN
I 1 psi{ @ 40 > IF 14 spike ! THEN
I 1 psi{ @ 45 > IF 15 spike ! THEN
I 1 psi{ @ 50 > IF 16 spike ! THEN
I 1 psi{ @ 55 > IF 17 spike ! THEN
I 1 psi{ @ 60 > IF 18 spike ! THEN
psi @ cogpsi !
I 1 psi{ @ oldact !
I 5 psi{ @ oldpos !
I 4 psi{ @ presyn ! ( 7may2009 for use in SpreadAct )
I 6 psi{ @ seqsyn ! ( 7may2009 for use in SpreadAct )
I zone ! ( for use in SpreadAct )
148 caller !
SpreadAct ( for spreading activation )
0 oldpos !
0 cogpsi !
0 oldact !
0 pre !
0 presyn !
0 seq !
0 seqsyn !
0 psi1 !
1 spike !
THEN
-1 +LOOP
0 caller !
0 urpsi !
THEN
;
: InStantiate ( create a concept-fiber node )
precand @ 0 > IF precand @ pre ! THEN
ordo @ 1 = IF 0 prevtag ! THEN
lastword @ 1 = IF
0 seq !
0 lastword !
THEN
t @ 201 > IF
whoflag @ 1 = IF
psi @ 57 = IF 57 beflag ! THEN
psi @ 66 = IF 66 beflag ! THEN
psi @ 67 = IF 67 beflag ! THEN
pos @ 5 = pos @ 7 = OR IF
beflag @ seq !
0 beflag !
0 whoflag !
THEN
THEN
psi @ 55 = IF
1 whoflag !
0 act !
THEN
THEN
prevtag @ pre !
( concept fiber psi ) psi @ t @ 0 psi{ !
( Set "act" activation level. ) act @ t @ 1 psi{ +!
( Set "num" number flag ) num @ t @ 2 psi{ !
( Store JUXtaposition tags. ) jux @ t @ 3 psi{ !
( Store PREvious associand. ) pre @ t @ 4 psi{ !
( Store functional pos code. ) pos @ t @ 5 psi{ !
( Store the subSEQuent tag. ) seq @ t @ 6 psi{ !
( Store the EN-transfer tag. ) enx @ t @ 7 psi{ !
num @ instnum !
0 num !
0 preset !
pos @ 5 = pos @ 7 = OR IF
psi @ prevtag !
THEN
ordo @ 1 > IF
psi @ seq !
vault @ t @ 2 - DO
I 1 psi{ @ 0 > IF
seq @ I 6 psi{ !
LEAVE
THEN
-1 +LOOP
THEN
0 seq !
;
: EnVocab ( English Vocabulary node creation )
( Number "nen" of English ) nen @ t @ 0 en{ !
( Do not store the activation level; it is a transient.)
( Store "num" number tag. ) num @ t @ 2 en{ !
( Store mindcore EXit tag. ) fex @ t @ 3 en{ !
( Store part of speech "pos".) pos @ t @ 4 en{ !
( Store mindcore IN tag. ) fin @ t @ 5 en{ !
( Store the auditory "aud" tag. ) aud @ t @ 6 en{ !
;
: EnParser ( determine the part of speech )
5 bias !
36 act !
INSTANTIATE
pos @ 5 = IF 8 bias ! THEN
pos @ 7 = IF 8 bias ! THEN
pos @ 8 = IF 5 bias ! THEN
psi @ jux !
;
: EnReify ( express abstract concepts as real words )
0 act !
midway @ t @ DO
I 1 psi{ @ 0 > IF
I 1 psi{ @ lexact !
I 2 psi{ @ num !
I 7 psi{ @ enx !
I 0 en{ @ enx @ = IF
lexact @ I 1 en{ !
num @ I 2 en{ !
0 lexact !
THEN
THEN
0 enx !
0 act !
0 lexact !
-1 +LOOP
0 act !
;
: KbSearch ( knowledge base search )
ordo @ 2 = IF
NounAct
EnReify
THEN
ordo @ 3 = IF
0 act !
midway @ t @ DO
I 4 en{ @ 8 = IF
I 1 en{ @ act @ > IF ( 17sep2008 if en1 is higher )
I 0 en{ @ memoire ! ( 17sep2008 store psi-tag of word )
I 1 en{ @ act ! ( 17sep2008 to test for a higher en1 )
THEN
THEN
-1 +LOOP
yesorno @ 0 > IF
memoire @ psi @ = IF
1 yesorno +!
ELSE
0 yesorno !
THEN
THEN
verbAct
EnReify
THEN
ordo @ 4 = IF
0 act !
0 memoire !
midway @ t @ DO
I 4 en{ @ DUP 5 = SWAP 7 = OR IF
I 1 en{ @ act @ > IF ( 17sep2008 if en1 is higher )
I 0 en{ @ memoire ! ( 17sep2008 store psi-tag of word )
I 1 en{ @ act ! ( 17sep2008 to test for a higher en1 )
THEN
THEN
-1 +LOOP
yesorno @ 0 > IF
memoire @ psi @ = IF
1 yesorno +!
ELSE
0 yesorno !
THEN
THEN
THEN
0 kbquiz !
ordo @ 4 = IF 0 ordo ! THEN
;
: OldConcept ( recognize a known word )
24 act !
midway @ t @ DO
I 0 en{ @ oldpsi @ = IF
I 2 en{ @ 0 > IF
I 2 en{ @ num ! THEN
I 3 en{ @ 0 > IF
I 3 en{ @ fex ! THEN
I 4 en{ @ 0 > IF
I 4 en{ @ pos ! THEN
I 5 en{ @ 0 > IF
I 5 en{ @ fin ! THEN
LEAVE
THEN
-1 +LOOP
( oldpsi found by audRecog ) oldpsi @ t @ 0 en{ !
( Store zero activation. ) 0 t @ 1 en{ !
( Store "num" number tag. ) num @ t @ 2 en{ !
( Store mindcore EXit tag. ) fex @ t @ 3 en{ !
( Store part of speech "pos".) pos @ t @ 4 en{ !
( Store mindcore IN tag. ) fin @ t @ 5 en{ !
( Store the auditory "aud" tag. ) aud @ t @ 6 en{ !
pov @ 35 = IF fex @ oldpsi ! THEN
pov @ 42 = IF fin @ oldpsi ! THEN
oldpsi @ enx !
oldpsi @ 54 = IF 8 act ! THEN
oldpsi @ 55 = IF 8 act ! THEN
ordo @ 1 = IF
oldpsi @ 59 = IF
1 kbquiz !
THEN
THEN
oldpsi @ 59 = IF 8 act ! THEN
oldpsi @ 7 = IF 1 act ! THEN
oldpsi @ psi !
EnParser
0 pos !
fyi @ 2 > IF CR
." from OldConcept "
THEN
pov @ 42 = IF
pre @ urpre !
ReActivate
urpre @ pre !
THEN
0 act !
pov @ 35 = IF
1 match !
THEN
kbquiz @ 0 > IF
1 yesorno !
KbSearch
THEN
yesorno @ 0 > IF
KbSearch
THEN
;
: NewConcept ( machine learning of new concepts )
0 newpsi !
1 nen +!
1 nwc +!
nen @ IQ !
nen @ newpsi !
nen @ stempsi !
nen @ psi !
nen @ fex !
nen @ fin !
bias @ pos !
enVocab ( to create an ENglish vocabulary node )
0 fex !
0 fin !
nen @ enx !
EnParser
0 pos !
0 act !
;
: AudRecog ( auditory recognition )
0 audrec !
0 psi !
8 act !
0 actbase !
midway @ spt @ DO
I 0 aud{ @ pho @ = IF
I 1 aud{ @ 0 = IF
I 3 aud{ @ 1 = IF
I 4 aud{ @ 1 = IF
8 I 1+ 1 aud{ !
0 audrec !
ELSE
len @ 1 = IF
I 5 aud{ @ monopsi !
THEN
THEN
THEN
THEN
I 1 aud{ @ 0 > IF
0 audrec !
I 4 aud{ @ 1 = IF
2 act +!
0 audrec !
act @ I 1+ 1 aud{ !
THEN
I 4 aud{ @ 0 = IF
len @ 2 = IF
I 1 aud{ @ 0 > IF
I 5 aud{ @ psibase !
THEN
THEN
THEN
I 1 aud{ @ 8 > IF
I 4 aud{ @ 0 = IF
I 1 aud{ @ actbase @ > IF
I 5 aud{ @ audrec !
I 5 aud{ @ subpsi !
len @ sublen !
I 5 aud{ @ psibase !
I 1 aud{ @ actbase !
THEN
ELSE
0 audrec !
monopsi @ 0 > IF
monopsi @ audrec !
0 monopsi !
THEN
THEN
THEN
THEN
THEN
-1 +LOOP
0 act !
0 actbase !
psibase @ 0 > IF
psibase @ audrec !
THEN
audrec @ 0 = IF
monopsi @ 0 > IF
len @ 2 < IF
monopsi @ audrec !
THEN
0 monopsi !
audrec @ 0 = IF
psibase @ 0 > IF
psibase @ audrec !
THEN
THEN
THEN
THEN
audrec @ 0 = IF
morphpsi @ audrec !
sublen @ 0 > IF
len @ sublen @ - stemgap !
THEN
stemgap @ 0 < IF 0 stemgap ! THEN
stemgap @ 1 > IF 0 subpsi ! THEN
stemgap @ 1 > IF 0 morphpsi ! THEN
stemgap @ 1 > IF 0 audrec ! THEN
THEN
subpsi @ morphpsi !
0 psibase !
0 subpsi !
audrec @ 0 > IF
stemgap @ 2 > IF
0 audrec !
THEN
pho @ 83 = IF
2 num !
THEN
THEN
audrec @ audpsi !
;
: AudMem ( auditory memory channel )
t @ vault @ > IF
pho @ 32 > IF AudRecog THEN ( ASCII 32 = SPACE-bar )
THEN
t @ 1- 0 aud{ @ 0 = IF 1 beg ! THEN
t @ 1- 0 aud{ @ 32 = IF 1 beg ! THEN
pho @ t @ 0 aud{ !
pov @ t @ 2 aud{ !
beg @ t @ 3 aud{ !
ctu @ t @ 4 aud{ !
ctu @ 0 = IF
audpsi @ 0 > IF
audpsi @ t @ 5 aud{ !
THEN
0 audpsi !
THEN
pov @ 42 = IF
pho @ 83 = IF
0 stempsi !
wordend @ 1 = IF
0 t @ 1- 4 aud{ !
THEN
0 newpsi !
THEN
THEN
pho @ 32 = IF t @ spt ! THEN
;
: AudListen ( preparation for AudInput )
rsvp @ 1 DO
KEY? IF
KEY pho !
0 quiet !
pho @ 8 = IF 7 EMIT THEN
pho @ 9 = IF
200 rsvp !
pho @ 13 = IF 1 lastword ! THEN
fyi @ 0 = IF CR CR
TIME&DATE tsyear ! tsmonth ! tsday ! tshour ! tsminute ! tssecond !
." Transcript of AI Mind interview at "
tshour @ . tsminute @ . tssecond @ . ." o'clock on " tsday @ .
tsmonth @ 1 = IF ." January " THEN
tsmonth @ 2 = IF ." February " THEN
tsmonth @ 3 = IF ." March " THEN
tsmonth @ 4 = IF ." April " THEN
tsmonth @ 5 = IF ." May " THEN
tsmonth @ 6 = IF ." June " THEN
tsmonth @ 7 = IF ." July " THEN
tsmonth @ 8 = IF ." August " THEN
tsmonth @ 9 = IF ." September " THEN
tsmonth @ 10 = IF ." October " THEN
tsmonth @ 11 = IF ." November " THEN
tsmonth @ 12 = IF ." December " THEN
tsyear @ . 8 EMIT 46 EMIT CR
THEN
1 fyi +!
fyi @ 3 > IF 0 fyi ! THEN
fyi @ 0 = IF CR
." Normal display mode. Tab 1 = Transcript; 2 = Tutorial; 3 = Diagnostic."
CR
THEN
fyi @ 2 = IF CR
." Tutorial mode reveals the internal thinking of the AI Mind." CR CR
THEN
fyi @ 3 = IF CR
." Diagnostic messages - ignore during input until you press ENTER."
CR
THEN
0 pho !
THEN
pho @ 27 = IF
0 nounval !
0 lopsi ! 0 hipsi !
CR
CR ." User Command: halt" 0 pho ! 0 rjc ! 0 fyi !
CR ." You may enter .psi .en .aud to view memory engrams, or"
CR ." MainLoop [ENTER] to erase memories and restart the Mind."
CR ." Type 'bye' to quit Forth, then EXIT to quit DOS."
CR
0 audpsi ! 0 newpsi ! 0 oldpsi ! 0 stempsi !
QUIT
THEN
pho @ 0 > IF
pho @ EMIT
THEN
pho @ DUP 96 > IF
DUP 123 < IF
32 -
THEN
THEN pho !
LEAVE
ELSE
." "
THEN
8 EMIT
LOOP
;
: AudInput ( accept auditory input )
0 match !
0 upnext !
0 urpsi !
t @ nlt !
pov @ 42 = IF
fyi @ 2 = IF
." AudInput calls AudListen (Tab key will slow the AI down)." CR
THEN
t @ spt !
t @ 8 > IF .echo THEN ( show output of AI )
CR ." Human: "
THEN
140 0 DO ( Accept a tweet of 140 characters from Twitter )
pov @ 35 = IF
1 upnext +!
upnext @ 1 = IF
obstat @ 0 = IF
kbpsi @ lopsi !
0 kbpsi !
lopsi @ urpsi !
3535 caller !
pho @ 64 > IF
PsiDamp
THEN
hipsi @ lopsi !
0 caller !
0 urpsi !
1 obstat !
THEN
THEN
EEG @ 0 = IF
psi @ 0 > IF
psi @ redux !
fyi @ 2 = IF
7 EMIT
CR ." Resurrecting oldest concept #" redux @ .
CR
THEN
THEN
THEN
THEN
pov @ 42 = IF
AudListen
pho @ 0 > IF
0 kbtv !
1 upnext +!
upnext @ 1 = IF
VerbClip
hipsi @ urpsi !
104 caller !
PsiDamp
hipsi @ lopsi !
0 caller !
0 urpsi !
THEN
300 rsvp !
THEN
I 138 = IF
rsvp @ 250 > IF 60 rsvp ! THEN
THEN
I 139 = IF
pho @ 0 = IF
rsvp @ 1 - rsvp !
rsvp @ 2 < IF 2 rsvp ! THEN
ELSE
32 rsvp !
THEN
THEN
pho @ 32 = pho @ 13 = OR IF
pho @ 13 = IF 10 EMIT THEN
prepho @ 83 = IF
0 t @ 1 - 4 aud{ !
0 prepho !
THEN
THEN
THEN
pho @ 0 > IF
1 t +!
THEN
pho @ 13 = IF
1 quiet !
1 beg !
13 eot !
32 pho !
10 EMIT
CR
1 lastword !
THEN
pho @ 27 = IF
CR ." AudInput: halt" 0 pho ! 0 fyi ! 0 nounval !
CR ." You may enter .psi .en .aud to view memory engrams, or"
CR ." MainLoop [ENTER] to erase memories and run the AI again."
0 lopsi ! 0 hipsi !
0 audpsi ! 0 newpsi ! 0 oldpsi ! 0 stempsi !
QUIT
THEN
pho @ 32 = IF
prepho @ penultpho !
1 ordo +!
audpsi @ urpsi !
0 upnext !
t @ spt !
t @ 1 - tult !
0 tult @ 4 aud{ !
audpsi @ 0 > IF
0 sublen !
onset @ aud !
0 onset !
audpsi @ tult @ 5 aud{ !
pov @ 42 = IF
tult @ 0 aud{ @ 83 = IF
tult @ 1- 5 aud{ @ audpsi @ = NOT IF
0 tult @ 1- 4 aud{ !
THEN
audpsi @ tult @ 1- 5 aud{ !
THEN
THEN
audpsi @ hipsi !
audpsi @ oldpsi !
OldConcept
eot @ 13 = IF
35 pov !
THEN
0 psi !
0 audpsi !
0 aud !
ELSE
len @ 0 > IF
onset @ aud !
hipsi @ lopsi !
1 wordend !
NewConcept
psi @ hipsi !
nen @ tult @ 5 aud{ !
nen @ tult @ 1- 5 aud{ !
nen @ retropsi !
THEN
THEN
AudDamp
0 len !
0 aud !
eot @ 13 = IF
5 bias !
THEN
0 psi !
THEN
1 beg !
1 ctu !
spt @ 1 + onset !
t @ onset @ = IF 1 beg ! ELSE 0 beg ! THEN
pho @ 32 > IF
1 len +!
AudMem
THEN
eot @ 13 = IF
5 bias !
1 quiet !
THEN
eot @ 0 > IF
eot @ 14 = IF
1 quiet !
0 eot !
0 pho !
LEAVE
THEN
14 eot !
THEN
pho @ 0 > IF
pho @ prepho !
THEN
0 pho !
LOOP
hipsi @ kbpsi !
0 newpsi !
0 wordend !
;
: SensoryInput ( sensory input channels )
( SMELL -- normal sensory stub for later implementation )
( VISION -- normal sensory stub for seed AI expansion )
( TOUCH -- normal haptics stub for cybernetic organisms )
( TASTE -- normal sensory stub for cyborg alife )
( SYNAESTHESIA -- an option in a multisensory AI )
fyi @ 2 = IF
." SensoryInput calls AudInput." CR
THEN
AudInput ( for entry or reentry of phonemic ASCII )
( COMPASS -- exotic sensory stub for use in robots )
( GEIGER -- exotic: Geiger counter )
( GPS -- exotic: Global Positioning System )
( INFRARED -- exotic )
( RADAR -- exotic: RAdio Detection And Ranging )
( SONAR -- exotic: SOund Navigation And Ranging )
( VSA -- exotic: Voice Stress Analyzer lie detector )
( Wi-Fi -- exotic: 802.11 wireless fidelity )
;
: EnBoot ( English bootstrap of initial concepts )
0 t ! t @ spt ! ." (clearing memory...)"
CR ." There is no warranty for what this software does."
1 t ! 89 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
2 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
3 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 32 audpsi ! AudMem
32 psi ! 0 act ! 0 jux ! 0 pre ! 4 pos ! 0 seq ! 32 enx ! InStantiate
32 nen ! 0 act ! 32 fex ! 4 pos ! 32 fin ! 1 aud ! EnVocab
5 t ! 73 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
6 t ! 70 pho ! 35 pov ! 0 beg ! 0 ctu ! 20 audpsi ! AudMem
20 psi ! 0 act ! 0 jux ! 0 pre ! 3 pos ! 0 seq ! 20 enx ! InStantiate
20 nen ! 0 act ! 20 fex ! 3 pos ! 20 fin ! 5 aud ! EnVocab
8 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
9 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
10 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 7 audpsi ! AudMem
7 psi ! 0 act ! 0 jux ! 0 pre ! 1 pos ! 0 seq ! 7 enx ! InStantiate
7 nen ! 0 act ! 7 fex ! 1 pos ! 7 fin ! 8 aud ! EnVocab
12 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
13 t ! 82 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
14 t ! 85 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
15 t ! 84 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
16 t ! 72 pho ! 35 pov ! 0 beg ! 0 ctu ! 68 audpsi ! AudMem
68 psi ! 1 num ! 0 jux ! 0 pre ! 5 pos ! 66 seq ! 68 enx ! InStantiate
68 nen ! 0 act ! 68 fex ! 5 pos ! 68 fin ! 12 aud ! EnVocab
18 t ! 73 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
19 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 66 audpsi ! AudMem
66 psi ! 8 act ! 0 jux ! 68 pre ! 8 pos ! 0 seq ! 66 enx ! InStantiate
66 nen ! 0 act ! 66 fex ! 8 pos ! 66 fin ! 18 aud ! EnVocab
21 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
22 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
23 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
24 t ! 84 pho ! 35 pov ! 0 beg ! 0 ctu ! 22 audpsi ! AudMem
22 psi ! 0 act ! 0 jux ! 0 pre ! 3 pos ! 0 seq ! 22 enx ! InStantiate
22 nen ! 0 act ! 22 fex ! 3 pos ! 22 fin ! 21 aud ! EnVocab
26 t ! 65 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
27 t ! 76 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
28 t ! 76 pho ! 35 pov ! 0 beg ! 0 ctu ! 2 audpsi ! AudMem
2 psi ! 0 act ! 0 jux ! 0 pre ! 1 pos ! 0 seq ! 2 enx ! InStantiate
2 nen ! 0 act ! 2 fex ! 1 pos ! 2 fin ! 26 aud ! EnVocab
30 t ! 82 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
31 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
32 t ! 66 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
33 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
34 t ! 84 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
35 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 39 audpsi ! AudMem
39 psi ! 2 num ! 0 jux ! 0 pre ! 5 pos ! 0 seq ! 39 enx ! InStantiate
39 nen ! 0 act ! 39 fex ! 5 pos ! 39 fin ! 30 aud ! EnVocab
37 t ! 65 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
38 t ! 82 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
39 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 67 audpsi ! AudMem
67 psi ! 8 act ! 0 jux ! 39 pre ! 8 pos ! 38 seq ! 67 enx ! InStantiate
67 nen ! 0 act ! 67 fex ! 8 pos ! 67 fin ! 37 aud ! EnVocab
41 t ! 80 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
42 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
43 t ! 82 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
44 t ! 83 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
45 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
46 t ! 78 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
47 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 38 audpsi ! AudMem
38 psi ! 2 num ! 0 jux ! 0 pre ! 5 pos ! 0 seq ! 38 enx ! InStantiate
38 nen ! 0 act ! 38 fex ! 5 pos ! 38 fin ! 41 aud ! EnVocab
49 t ! 66 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
50 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
51 t ! 67 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
52 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
53 t ! 85 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
54 t ! 83 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
55 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 18 audpsi ! AudMem
18 psi ! 0 act ! 0 jux ! 0 pre ! 3 pos ! 0 seq ! 18 enx ! InStantiate
18 nen ! 0 act ! 18 fex ! 3 pos ! 18 fin ! 49 aud ! EnVocab
57 t ! 87 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
58 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 53 audpsi ! AudMem
53 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 0 seq ! 53 enx ! InStantiate
53 nen ! 0 act ! 53 fex ! 7 pos ! 56 fin ! 57 aud ! EnVocab
60 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
61 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
62 t ! 73 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
63 t ! 78 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
64 t ! 75 pho ! 35 pov ! 0 beg ! 0 ctu ! 63 audpsi ! AudMem
63 psi ! 0 act ! 0 jux ! 0 pre ! 8 pos ! 0 seq ! 63 enx ! InStantiate
63 nen ! 0 act ! 63 fex ! 8 pos ! 63 fin ! 60 aud ! EnVocab
66 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
67 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
68 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
69 t ! 78 pho ! 35 pov ! 0 beg ! 0 ctu ! 13 audpsi ! AudMem
13 psi ! 0 act ! 0 jux ! 0 pre ! 2 pos ! 0 seq ! 13 enx ! InStantiate
13 nen ! 0 act ! 13 fex ! 2 pos ! 13 fin ! 66 aud ! EnVocab
71 t ! 78 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
72 t ! 79 pho ! 35 pov ! 0 beg ! 0 ctu ! 27 audpsi ! AudMem
27 psi ! 0 act ! 0 jux ! 0 pre ! 4 pos ! 0 seq ! 27 enx ! InStantiate
27 nen ! 0 act ! 27 fex ! 4 pos ! 27 fin ! 71 aud ! EnVocab
74 t ! 89 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
75 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
76 t ! 85 pho ! 35 pov ! 0 beg ! 0 ctu ! 56 audpsi ! AudMem
56 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 35 seq ! 56 enx ! InStantiate
56 nen ! 0 act ! 56 fex ! 7 pos ! 50 fin ! 74 aud ! EnVocab
78 t ! 65 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
79 t ! 78 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
80 t ! 68 pho ! 35 pov ! 0 beg ! 0 ctu ! 17 audpsi ! AudMem
17 psi ! 0 act ! 0 jux ! 0 pre ! 3 pos ! 0 seq ! 17 enx ! InStantiate
17 nen ! 0 act ! 17 fex ! 3 pos ! 17 fin ! 78 aud ! EnVocab
82 t ! 73 pho ! 35 pov ! 1 beg ! 0 ctu ! 50 audpsi ! AudMem
50 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 0 seq ! 50 enx ! InStantiate
50 nen ! 0 act ! 50 fex ! 7 pos ! 56 fin ! 82 aud ! EnVocab
84 t ! 68 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
85 t ! 79 pho ! 35 pov ! 0 beg ! 0 ctu ! 59 audpsi ! AudMem
59 psi ! 0 act ! 0 jux ! 0 pre ! 8 pos ! 0 seq ! 59 enx ! InStantiate
59 nen ! 0 act ! 59 fex ! 8 pos ! 59 fin ! 84 aud ! EnVocab
87 t ! 78 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
88 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
89 t ! 84 pho ! 35 pov ! 0 beg ! 0 ctu ! 12 audpsi ! AudMem
12 psi ! 0 act ! 0 jux ! 0 pre ! 2 pos ! 0 seq ! 12 enx ! InStantiate
12 nen ! 0 act ! 12 fex ! 2 pos ! 12 fin ! 87 aud ! EnVocab
91 t ! 75 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
92 t ! 78 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
93 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
94 t ! 87 pho ! 35 pov ! 0 beg ! 0 ctu ! 61 audpsi ! AudMem
61 psi ! 0 act ! 0 jux ! 50 pre ! 8 pos ! 0 seq ! 61 enx ! InStantiate
61 nen ! 0 act ! 61 fex ! 8 pos ! 61 fin ! 91 aud ! EnVocab
96 t ! 87 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
97 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
98 t ! 89 pho ! 35 pov ! 0 beg ! 0 ctu ! 16 audpsi ! AudMem
16 psi ! 0 act ! 0 jux ! 0 pre ! 2 pos ! 0 seq ! 16 enx ! InStantiate
16 nen ! 0 act ! 16 fex ! 2 pos ! 16 fin ! 96 aud ! EnVocab
100 t ! 83 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
101 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
102 t ! 77 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
103 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 69 audpsi ! AudMem
69 psi ! 0 act ! 0 jux ! 0 pre ! 1 pos ! 0 seq ! 69 enx ! InStantiate
69 nen ! 0 act ! 69 fex ! 1 pos ! 69 fin ! 100 aud ! EnVocab
105 t ! 80 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
106 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
107 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
108 t ! 80 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
109 t ! 76 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
110 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 37 audpsi ! AudMem
37 psi ! 2 num ! 0 jux ! 0 pre ! 5 pos ! 70 seq ! 37 enx ! InStantiate
37 nen ! 0 act ! 37 fex ! 5 pos ! 37 fin ! 105 aud ! EnVocab
112 t ! 72 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
113 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
114 t ! 86 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
115 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 70 audpsi ! AudMem
70 psi ! 0 act ! 0 jux ! 37 pre ! 8 pos ! 71 seq ! 70 enx ! InStantiate
70 nen ! 0 act ! 70 fex ! 8 pos ! 70 fin ! 112 aud ! EnVocab
117 t ! 65 pho ! 35 pov ! 1 beg ! 0 ctu ! 1 audpsi ! AudMem
1 psi ! 0 act ! 0 jux ! 0 pre ! 1 pos ! 0 seq ! 1 enx ! InStantiate
1 nen ! 0 act ! 1 fex ! 1 pos ! 1 fin ! 117 aud ! EnVocab
119 t ! 70 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
120 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
121 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
122 t ! 82 pho ! 35 pov ! 0 beg ! 0 ctu ! 71 audpsi ! AudMem
71 psi ! 1 num ! 0 jux ! 0 pre ! 5 pos ! 0 seq ! 71 enx ! InStantiate
71 nen ! 0 act ! 71 fex ! 5 pos ! 71 fin ! 119 aud ! EnVocab
124 t ! 79 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
125 t ! 70 pho ! 35 pov ! 0 beg ! 0 ctu ! 45 audpsi ! AudMem
45 psi ! 0 act ! 0 jux ! 0 pre ! 6 pos ! 0 seq ! 45 enx ! InStantiate
45 nen ! 0 act ! 45 fex ! 6 pos ! 45 fin ! 124 aud ! EnVocab
127 t ! 87 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
128 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
129 t ! 79 pho ! 35 pov ! 0 beg ! 0 ctu ! 55 audpsi ! AudMem
55 psi ! 0 act ! 0 jux ! 0 pre ! 5 pos ! 0 seq ! 55 enx ! InStantiate
55 nen ! 0 act ! 55 fex ! 5 pos ! 55 fin ! 127 aud ! EnVocab
131 t ! 73 pho ! 35 pov ! 1 beg ! 0 ctu ! 50 audpsi ! AudMem
50 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 57 seq ! 50 enx ! InStantiate
50 nen ! 0 act ! 50 fex ! 7 pos ! 56 fin ! 131 aud ! EnVocab
133 t ! 65 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
134 t ! 77 pho ! 35 pov ! 0 beg ! 0 ctu ! 57 audpsi ! AudMem
57 psi ! 8 act ! 0 jux ! 0 pre ! 8 pos ! 54 seq ! 57 enx ! InStantiate
57 nen ! 0 act ! 57 fex ! 8 pos ! 57 fin ! 133 aud ! EnVocab
136 t ! 79 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
137 t ! 82 pho ! 35 pov ! 0 beg ! 0 ctu ! 21 audpsi ! AudMem
21 psi ! 0 act ! 0 jux ! 0 pre ! 3 pos ! 0 seq ! 21 enx ! InStantiate
21 nen ! 0 act ! 21 fex ! 3 pos ! 21 fin ! 136 aud ! EnVocab
139 t ! 87 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
140 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
141 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
142 t ! 84 pho ! 35 pov ! 0 beg ! 0 ctu ! 54 audpsi ! AudMem
54 psi ! 0 act ! 0 jux ! 0 pre ! 5 pos ! 0 seq ! 54 enx ! InStantiate
54 nen ! 0 act ! 54 fex ! 5 pos ! 54 fin ! 139 aud ! EnVocab
144 t ! 84 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
145 t ! 72 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
146 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
147 t ! 89 pho ! 35 pov ! 0 beg ! 0 ctu ! 52 audpsi ! AudMem
52 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 0 seq ! 52 enx ! InStantiate
52 nen ! 0 act ! 52 fex ! 7 pos ! 52 fin ! 144 aud ! EnVocab
149 t ! 83 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
150 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
151 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 62 audpsi ! AudMem
62 psi ! 0 act ! 0 jux ! 52 pre ! 8 pos ! 0 seq ! 62 enx ! InStantiate
62 nen ! 0 act ! 62 fex ! 8 pos ! 62 fin ! 149 aud ! EnVocab
153 t ! 73 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
154 t ! 78 pho ! 35 pov ! 0 beg ! 0 ctu ! 44 audpsi ! AudMem
44 psi ! 0 act ! 0 jux ! 0 pre ! 6 pos ! 0 seq ! 44 enx ! InStantiate
44 nen ! 0 act ! 44 fex ! 6 pos ! 44 fin ! 153 aud ! EnVocab
156 t ! 77 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
157 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 65 audpsi ! AudMem
65 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 0 seq ! 65 enx ! InStantiate
65 nen ! 0 act ! 65 fex ! 7 pos ! 56 fin ! 156 aud ! EnVocab
159 t ! 75 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
160 t ! 73 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
161 t ! 68 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
162 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 72 audpsi ! AudMem
72 psi ! 2 num ! 0 jux ! 0 pre ! 5 pos ! 73 seq ! 72 enx ! InStantiate
72 nen ! 0 act ! 72 fex ! 5 pos ! 72 fin ! 159 aud ! EnVocab
164 t ! 77 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
165 t ! 65 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
166 t ! 75 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
167 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 73 audpsi ! AudMem
73 psi ! 0 act ! 0 jux ! 72 pre ! 8 pos ! 39 seq ! 73 enx ! InStantiate
73 nen ! 0 act ! 73 fex ! 8 pos ! 73 fin ! 164 aud ! EnVocab
169 t ! 82 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
170 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
171 t ! 66 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
172 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
173 t ! 84 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
174 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 39 audpsi ! AudMem
39 psi ! 2 num ! 0 jux ! 73 pre ! 5 pos ! 0 seq ! 39 enx ! InStantiate
39 nen ! 0 act ! 39 fex ! 5 pos ! 39 fin ! 169 aud ! EnVocab
176 t ! 82 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
177 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
178 t ! 66 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
179 t ! 79 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
180 t ! 84 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
181 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 39 audpsi ! AudMem
39 psi ! 2 num ! 0 jux ! 0 pre ! 5 pos ! 74 seq ! 39 enx ! InStantiate
39 nen ! 0 act ! 39 fex ! 5 pos ! 39 fin ! 176 aud ! EnVocab
183 t ! 78 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
184 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
185 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
186 t ! 68 pho ! 35 pov ! 0 beg ! 0 ctu ! 74 audpsi ! AudMem
74 psi ! 0 act ! 0 jux ! 39 pre ! 8 pos ! 50 seq ! 74 enx ! InStantiate
74 nen ! 0 act ! 74 fex ! 8 pos ! 74 fin ! 183 aud ! EnVocab
188 t ! 77 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
189 t ! 69 pho ! 35 pov ! 0 beg ! 0 ctu ! 65 audpsi ! AudMem
50 psi ! 0 act ! 0 jux ! 74 pre ! 7 pos ! 0 seq ! 65 enx ! InStantiate
65 nen ! 0 act ! 50 fex ! 7 pos ! 56 fin ! 188 aud ! EnVocab
191 t ! 73 pho ! 35 pov ! 1 beg ! 0 ctu ! 50 audpsi ! AudMem
50 psi ! 0 act ! 0 jux ! 0 pre ! 7 pos ! 75 seq ! 50 enx ! InStantiate
50 nen ! 0 act ! 50 fex ! 7 pos ! 56 fin ! 191 aud ! EnVocab
193 t ! 72 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
194 t ! 69 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
195 t ! 76 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
196 t ! 80 pho ! 35 pov ! 0 beg ! 0 ctu ! 75 audpsi ! AudMem
75 psi ! 0 act ! 0 jux ! 50 pre ! 8 pos ! 72 seq ! 75 enx ! InStantiate
75 nen ! 0 act ! 75 fex ! 8 pos ! 75 fin ! 193 aud ! EnVocab
198 t ! 75 pho ! 35 pov ! 1 beg ! 1 ctu ! 0 audpsi ! AudMem
199 t ! 73 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
200 t ! 68 pho ! 35 pov ! 0 beg ! 1 ctu ! 0 audpsi ! AudMem
201 t ! 83 pho ! 35 pov ! 0 beg ! 0 ctu ! 72 audpsi ! AudMem
72 psi ! 2 num ! 0 jux ! 75 pre ! 5 pos ! 0 seq ! 72 enx ! InStantiate
72 nen ! 0 act ! 72 fex ! 5 pos ! 72 fin ! 198 aud ! EnVocab
1 t +!
t @ vault !
t @ tov !
1 t +!
t @ nlt ! ( nlt may be basis for DAMP functions )
72 urpsi !
75 nen !
5 bias !
0 num !
0 nwc !
0 pho !
0 pre ! 0 seq !
;
: KbTraversal ( reactivate KB concepts )
35 pov !
psiDecay
psiDecay
psiDecay
kbtv @ 4 > IF 1 kbtv ! THEN
CR ." Knowledge base traversal with kbtv at " kbtv @ .
kbtv @ 1 = IF
56 nacpsi !
." activating concept of YOU" CR
62 nounval !
nounAct
0 nacpsi !
THEN
kbtv @ 2 = IF
37 nacpsi !
." activating concept of PEOPLE" CR
62 nounval !
nounAct
0 nacpsi !
THEN
kbtv @ 3 = IF
39 nacpsi !
." activating concept of ROBOTS" CR
62 nounval !
nounAct
0 nacpsi !
THEN
kbtv @ 4 = IF
68 nacpsi !
." activating concept of TRUTH" CR
62 nounval !
nounAct
0 nacpsi !
THEN
42 pov !
;
: ReJuvenate ( recycle oldest memory spaces )
fyi @ 2 = IF
7 EMIT
CLS
THEN
0 edge !
CR 1 rjc +!
." Please wait as memories migrate in ReJuvenate cycle #" rjc @ . CR
t @ 2 + coda @ vault @ + DO
I jrt !
jrt @ coda @ - jrt !
edge @ 1 = IF
I 0 psi{ @ jrt @ 0 psi{ ! 0 I 0 psi{ !
I 1 psi{ @ jrt @ 1 psi{ ! 0 I 1 psi{ !
I 2 psi{ @ jrt @ 2 psi{ ! 0 I 2 psi{ !
I 3 psi{ @ jrt @ 3 psi{ ! 0 I 3 psi{ !
I 4 psi{ @ jrt @ 4 psi{ ! 0 I 4 psi{ !
I 5 psi{ @ jrt @ 5 psi{ ! 0 I 5 psi{ !
I 6 psi{ @ jrt @ 6 psi{ ! 0 I 6 psi{ !
I 7 psi{ @ jrt @ 7 psi{ ! 0 I 7 psi{ !
THEN
edge @ 1 = IF
en6 @ 1 < IF 0 en6 ! THEN
I 0 en{ @ jrt @ 0 en{ ! 0 I 0 en{ !
I 1 en{ @ jrt @ 1 en{ ! 0 I 1 en{ !
I 2 en{ @ jrt @ 2 en{ ! 0 I 2 en{ !
I 3 en{ @ jrt @ 3 en{ ! 0 I 3 en{ !
I 4 en{ @ jrt @ 4 en{ ! 0 I 4 en{ !
I 5 en{ @ jrt @ 5 en{ ! 0 I 5 en{ !
I 6 en{ @ en6 !
en6 @ vault @ < IF
en6 @ jrt @ 6 en{ ! 0 I 6 en{ ! THEN
en6 @ coda @ vault @ + > IF
en6 @ coda @ - jrt @ 6 en{ !
THEN 0 I 6 en{ !
THEN
edge @ 1 = IF
I 0 aud{ @ jrt @ 0 aud{ !
I 1 aud{ @ jrt @ 1 aud{ !
I 2 aud{ @ jrt @ 2 aud{ !
I 3 aud{ @ jrt @ 3 aud{ !
I 4 aud{ @ jrt @ 4 aud{ !
I 5 aud{ @ jrt @ 5 aud{ !
fyi @ 1 > IF
jrt @ 0 aud{ @ EMIT
THEN
THEN
edge @ 0 = IF
32 jrt @ 0 aud{ !
0 jrt @ 1 aud{ !
I 2 aud{ @ 123 = IF 1 edge ! THEN
0 jrt @ 2 aud{ !
0 jrt @ 3 aud{ !
0 jrt @ 4 aud{ !
0 jrt @ 5 aud{ !
0 jrt @ 0 en{ !
0 jrt @ 1 en{ !
0 jrt @ 2 en{ !
0 jrt @ 3 en{ !
0 jrt @ 4 en{ !
0 jrt @ 5 en{ !
0 jrt @ 6 en{ !
0 jrt @ 0 psi{ !
0 jrt @ 1 psi{ !
0 jrt @ 2 psi{ !
0 jrt @ 3 psi{ !
0 jrt @ 4 psi{ !
0 jrt @ 5 psi{ !
0 jrt @ 6 psi{ !
0 jrt @ 7 psi{ !
THEN
LOOP
jrt @ t !
cns @ t @ DO
32 I 0 aud{ !
0 I 1 aud{ !
0 I 2 aud{ !
0 I 3 aud{ !
0 I 4 aud{ !
0 I 5 aud{ !
0 I 0 en{ !
0 I 1 en{ !
0 I 2 en{ !
0 I 3 en{ !
0 I 4 en{ !
0 I 5 en{ !
0 I 6 en{ !
0 I 0 psi{ !
0 I 1 psi{ !
0 I 2 psi{ !
0 I 3 psi{ !
0 I 4 psi{ !
0 I 5 psi{ !
0 I 6 psi{ !
0 I 7 psi{ !
LOOP
t @ 20 - tov !
CR CR ." End of ReJuvenate #" rjc @ .
." in the immortal AI Mind display for science museum exhibits." CR
." Tab key cycles through Normal, Transcript, Tutorial, Diagnostic."
CR
fyi @ 2 = IF
200 rsvp !
THEN
1 kbtv +!
kbtv @ 0 > IF
CR ." For lack of human input, ReJuvenate calls KbTraversal" CR
KbTraversal
THEN
rsvp @ rjc @ - rsvp !
rsvp @ 2 < IF 60 rsvp ! THEN
;
: SpeechAct ( output of a word as text or sound )
fyi @ 2 = IF CR THEN
0 audstop ! ( 1jan2008 Initially false value of flag )
0 pho ! ( 1jan2008 Lest pho already be at 32 )
aud @ onset ! ( the onset of a word is its recall-vector )
aud @ t2s !
40 1 DO
t2s @ 0 aud{ @ pho ! pho @ EMIT ( say or display "pho" )
pho @ 32 = IF 1 audstop ! THEN
35 pov ! ( internal point-of-view ASCII 35 "#" like mindgrid )
AudInput ( 16oct2008 for reentry of a thought back into the mind )
audstop @ 1 = IF LEAVE THEN
t2s @ 1+ t2s !
t2s @ 4 aud{ @ 0 = IF 32 pho ! THEN ( 1jan2008 If end of word )
match @ 1 = IF
0 match !
LEAVE
THEN
LOOP
0 match !
0 obstat !
;
: SayYes ( to utter "YES" in response )
midway @ t @ DO
I 0 en{ @ 32 = IF
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
0 kbquiz !
0 yesorno !
;
: EgoAct ( revive ego after brain-dead flatline )
fyi @ 1 > IF CR CR
." Calling EgoAct (AI4U Chapter 20); inert = " inert @ .
THEN
0 recon !
0 psi !
0 inert !
0 recon !
EEG @ 0 = IF
fyi @ 2 = IF
CR ." Repetitious thought detected; EgoAct module steps in."
THEN
vault @ rv !
rv @ 0 > IF
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 >
UNTIL
CR ." EgoAct module recalls the oldest memory -- "
rv @ aud !
SpeechAct
THEN
0 rv !
fyi @ 2 > IF
CR ." EGO: EEG = " EEG @ . ." psi = " psi @ .
." topic = " topic @ . ." redux = " redux @ .
THEN
redux @ psi !
40 nounval !
nounAct
0 redux !
THEN
EEG @ 0 = IF 3 EEG ! THEN
;
: EnArticle ( select "a" or "the" before a noun )
nphrpos @ 7 = NOT IF
nphrnum @ 1 = IF
motjuste @ ghost @ = NOT IF
midway @ t @ DO
I 0 en{ @ 1 = IF
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
THEN
motjuste @ ghost @ = IF
midway @ t @ DO
I 0 en{ @ 7 = IF
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
0 nphrnum !
THEN
THEN
THEN
nphrpos @ 7 = NOT IF
nphrnum @ 2 = IF
midway @ t @ DO
I 0 en{ @ 7 = IF
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
0 nphrnum !
THEN
THEN
dirobj @ 1 = IF
motjuste @ ghost !
THEN
;
: NounPhrase ( select part of a thought )
0 reject !
EnReify ( to move abstract Psi concepts to EnVocab reality )
0 act !
0 aud !
0 motjuste !
5 opt !
35 pov !
0 psi !
fyi @ 1 > IF CR
." NounPhrase preview of further associated concepts -- "
CR ." "
THEN
midway @ t @ DO
I 4 en{ @ 5 = I 4 en{ @ 7 = OR IF
fyi @ 2 > IF
I 1 en{ @ 0 > IF
CR ." candidate activation = " I 1 en{ @ . ." "
I 6 en{ @ unk !
BEGIN
unk @ 0 aud{ @ EMIT 1 unk +!
unk @ 0 aud{ @ 32 =
UNTIL
." "
THEN
THEN
I 0 en{ @ 65 = IF I 6 en{ @ audme ! THEN
I 1 en{ @ act @ > IF
I 0 en{ @ motjuste !
I 0 en{ @ subjpsi !
I 2 en{ @ nphrnum !
I 4 en{ @ nphrpos !
I 6 en{ @ aud !
I 6 en{ @ audjuste !
dirobj @ 1 = IF
motjuste @ 50 = IF
fyi @ 3 = IF
CR ." nPhr: Switching dirobj I to ME" CR
THEN
65 motjuste !
audme @ aud !
audme @ audjuste !
THEN
THEN
fyi @ 2 > IF
CR ." NounPhrase: aud = "
aud @ .
aud @ rv !
." urging psi concept #" motjuste @ . ." "
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
." "
0 rv !
THEN
I 1 en{ @ act !
fyi @ 2 > IF
." activation = " act @ . CR ." "
THEN
ELSE
THEN
THEN
-1 +LOOP
enDamp
motjuste @ 0 = IF
midway @ t @ DO
I 0 en{ @ 54 = IF
54 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
300 rsvp !
EXIT
THEN
act @ nounval !
nounval @ 3 - nounval !
act @ 2 < IF
motjuste @ 0 > IF
1 reject !
THEN
THEN
motjuste @ hipsi !
EnArticle
motjuste @ nacpsi !
nounAct
0 nacpsi !
0 nounval !
audjuste @ aud !
SpeechAct
32 EMIT
fyi @ 2 > IF CR
." from NounPhrase "
THEN
motjuste @ topic !
instnum @ topicnum !
0 act !
0 psi !
;
: ConJoin
questype @ 16 = IF
18 conj !
ELSE 17 conj !
THEN
midway @ t @ DO
I 0 en{ @ conj @ = IF
conj @ motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
0 questype !
;
: BeVerb ( intransitive verbs of being )
subjpsi @ 50 = IF
motjuste @ 57 = NOT IF
midway @ t @ DO
I 0 en{ @ 57 = IF
57 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
THEN
THEN
subjpsi @ 56 = IF
motjuste @ 67 = NOT IF
midway @ t @ DO
I 0 en{ @ 67 = IF
67 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
THEN
THEN
subjpsi @ 52 = IF
motjuste @ 67 = NOT IF
midway @ t @ DO
I 0 en{ @ 67 = IF
67 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
THEN
THEN
motjuste @ psi !
verbAct
SpeechAct
NounPhrase
;
: VerbPhrase ( supervise verb syntax )
EnReify
0 act !
0 aud !
0 detour !
0 motjuste !
8 opt !
0 psi !
adverbact 32 > IF
( EnAdverb )
THEN
fyi @ 1 > IF CR
." VerbPhrase preview with slosh-over indicated by + --"
CR
." Noun & verb activation must slosh over onto logical direct objects."
CR ." "
THEN
midway @ t @ DO
I 4 en{ @ 8 = IF
fyi @ 3 = IF ." VerbPhrase" THEN
fyi @ 2 > IF
I 1 en{ @ 0 > IF
CR ." cand. act = " I 1 en{ @ . ." "
." w. psi seq #"
I 6 psi{ @ seq ! seq @ . ." "
I 6 en{ @ unk !
BEGIN
unk @ 0 aud{ @ EMIT 1 unk +!
unk @ 0 aud{ @ 32 =
UNTIL
." w. nodal dir. obj. "
midway @ t @ DO
I 0 psi{ @ seq @ = IF
I 1 psi{ @ . ." = act "
I 7 psi{ @ psi7 !
LEAVE
THEN
-1 +LOOP
midway @ t @ DO
I 0 en{ @ psi7 @ = IF
I 6 en{ @ rv !
LEAVE
THEN
-1 +LOOP
rv @ 0 > IF
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
THEN
." in VerbPhrase spike = " spike @ .
0 rv !
." "
THEN
THEN
I 1 en{ @ act @ > IF ( if en1 is higher )
I 0 en{ @ motjuste ! ( store psi-tag of verb )
I 4 en{ @ predpos ! ( 29aug2008 grab winning part of speech )
I 6 en{ @ aud ! ( 27aug2008 auditory recall-vector )
fyi @ 2 > IF
CR ." VerbPhrase: aud = "
aud @ .
aud @ rv !
." urging psi concept #" motjuste @ . ." "
BEGIN
rv @ 0 aud{ @ EMIT 1 rv +!
rv @ 0 aud{ @ 32 =
UNTIL
." "
0 rv !
THEN
I 1 en{ @ act ! ( to test for a higher en1 )
fyi @ 3 = IF CR
." VerbPhrase: act = " act @ . ." "
THEN
ELSE
THEN
THEN
-1 +LOOP
motjuste @ 57 = IF BeVerb EXIT THEN
motjuste @ 66 = IF BeVerb EXIT THEN
motjuste @ 67 = IF BeVerb EXIT THEN
act @ verbval !
0 psi !
motjuste @ 0 > IF motjuste @ vbpsi ! THEN
fyi @ 2 > IF
CR ." VerbPhrase: motjuste = " motjuste @ . ." going into SPEECH."
CR ." VerbPhrase: aud = " aud @ . ." going into SPEECH."
THEN
motjuste @ 0 = IF
1 detour !
fyi @ 1 > IF
CR ." VerbPhrase: detouring when no candidate-verb is found. "
CR ." VerbPhrase: detour value is at " detour @ .
THEN
THEN
motjuste @ 0 > IF
act @ 20 < IF
1 detour !
1 recon !
fyi @ 1 > IF
CR ." VerbPhrase: detour because verb-activation is only " act @ .
THEN
THEN
detour @ 0 = IF
62 caller !
psiDamp
motjuste @ hipsi !
fyi @ 2 > IF
CR ." VerbPhrase: lopsi @ hipsi = " lopsi @ . hipsi @ .
THEN
motjuste @ psi !
verbAct
SpeechAct
THEN
THEN
detour @ 0 = IF
10 act !
fyi @ 2 > IF CR
." in VerbPhrase after SpeechAct output of verb"
THEN
fyi @ 2 > IF CR
." from VerbPhrase after speaking of verb, psiDamping #" motjuste @ .
THEN
motjuste @ urpsi !
22 residuum !
62 caller !
0 caller !
2 residuum !
enDamp
32 EMIT
15 residuum !
1 dirobj !
fyi @ 2 = IF
CR ." VerbPhrase calls NounPhrase for object of sentence." CR
THEN
NounPhrase
motjuste @ 0 > IF motjuste @ dopsi ! THEN
0 dirobj !
2 residuum !
THEN
fyi @ 2 > IF
CR ." VerbPhrase end: detour = " detour @ .
THEN
;
: AuxVerb ( auviliary Verb )
midway @ t @ DO
I 0 en{ @ 59 = IF
59 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from AuxVerb after speaking of DO, psiDamping concept #59 DO"
THEN
59 urpsi !
51 caller !
psiDamp
0 caller !
;
: NegSVO ( negation of Subject + Verb + Object )
fyi @ 1 > IF CR
." Calling NegSVO (AI4U Chapter 10)." CR
THEN
123 t @ 2 aud{ !
NounPhrase
32 pho !
auxVerb
midway @ t @ DO
I 0 en{ @ 12 = IF
12 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
VerbPhrase
125 t @ 1+ 2 aud{ !
1 t +!
1 spt +!
enDamp
audDamp
5 bias !
;
: WhatAuxSDo ( What DO Subjects DO )
PsiDecay
midway @ t @ DO
I 0 en{ @ 54 = IF
54 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from WhatAuxSDo after speaking of WHAT, psiDamping concept #54"
THEN
54 urpsi !
42 caller !
psiDamp
0 caller !
auxVerb
0 motjuste !
midway @ t @ DO
I 0 en{ @ topic @ = IF
topic @ motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
motjuste @ urpsi !
15 residuum !
42 caller !
psiDamp
1 caller !
2 residuum !
SpeechAct
midway @ t @ DO
I 0 en{ @ 59 = IF
59 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from whatAuxSDo after speaking of DO, psiDamping concept #59 DO"
THEN
59 urpsi !
42 caller !
psiDamp
0 caller !
psiDecay
;
: WhatIs ( what IS Subjects )
PsiDecay
midway @ t @ DO
I 0 en{ @ 54 = IF
54 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from WhatIs after speaking of WHAT, psiDamping concept #54"
THEN
54 urpsi !
psiDamp
0 caller !
topicnum @ 2 = NOT IF
midway @ t @ DO
I 0 en{ @ 66 = IF
66 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from WhatIs after speaking of IS, psiDamping concept #66"
THEN
66 urpsi !
PsiDamp
0 caller !
0 motjuste !
THEN
topicnum @ 2 = IF
midway @ t @ DO
I 0 en{ @ 67 = IF
67 motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
SpeechAct
fyi @ 2 > IF CR
." from WhatIs after speaking of ARE, psiDamping concept #67"
THEN
67 urpsi !
psiDamp
0 motjuste !
0 topicnum !
THEN
midway @ t @ DO
I 0 en{ @ topic @ = IF
topic @ motjuste !
I 6 en{ @ aud !
LEAVE
THEN
-1 +LOOP
motjuste @ urpsi !
15 residuum !
PsiDamp
2 residuum !
SpeechAct
PsiDecay
;
: AskUser ( selector of question formats )
fyi @ 1 > IF
CR ." AskUser calls a question-module."
THEN
WhatIs
0 recon !
;
: EnglishCog ( one of several possible languages )
0 morphpsi !
0 psi !
0 sublen !
t @ tov !
fyi @ 2 > IF
CR ." EnglishCog start: detour @ recon = " detour @ . recon @ . CR
THEN
yesorno @ 0 > IF
SayYes
CR
EXIT
THEN
recon @ 1 = IF
fyi @ 2 = IF
." EnglishCog calls the AskUser module. " CR
THEN
AskUser
0 recon !
ELSE
jux @ 12 = IF
negSVO
ELSE
fyi @ 2 = IF
." EnglishCog starts to think a sentence. " CR
THEN
CR ." Robot: "
123 t @ 2 aud{ !
NounPhrase
nphrpos @ DUP 5 = SWAP 7 = OR IF
VerbPhrase
0 nphrpos !
THEN
THEN
THEN
recon @ 1 = IF
fyi @ 2 = IF
CR ." English calls Ask to increase the AI knowledge base."
THEN
AskUser
0 recon !
0 detour !
THEN
fyi @ 2 > IF
CR ." ENGCOG end: detour @ recon = " detour @ . recon @ . CR
THEN
5 bias !
;
: ThInk ( 8may2009 wiki-page form of module name )
0 ordo !
35 pov !
EnglishCog
fyi @ 1 = IF CR THEN
0 recon !
0 ordo !
;
: MotorOutput ( stub for volitional control of actuators in robots )
7 EMIT
( MOVE_FORWARD )
( MOVE_BACKWARDS )
( STOP_MOTION )
( TURN_LEFT )
( TURN_RIGHT )
;
: TuringTest ( Human-Computer Interaction )
fyi @ 0 = IF CLS CR CR CR CR CR CR CR
t @ 300 < IF CR
." There is no warranty with Mind.Forth AI Engine for robots."
ELSE CR
THEN
THEN
fyi @ 1 = NOT IF CR THEN
." "
fyi @ 1 = NOT IF CR THEN
fyi @ 0 = IF
CR ." Artificial intelligence -- alive and thinking since "
bday @ .
bmonth @ 1 = IF ." January " THEN
bmonth @ 2 = IF ." February " THEN
bmonth @ 3 = IF ." March " THEN
bmonth @ 4 = IF ." April " THEN
bmonth @ 5 = IF ." May " THEN
bmonth @ 6 = IF ." June " THEN
bmonth @ 7 = IF ." July " THEN
bmonth @ 8 = IF ." August " THEN
bmonth @ 9 = IF ." September " THEN
bmonth @ 10 = IF ." October " THEN
bmonth @ 11 = IF ." November " THEN
bmonth @ 12 = IF ." December " THEN
byear @ . 8 EMIT 46 EMIT CR
THEN
fyi @ 1 = NOT IF
." Time = " t @ . 8 EMIT 46 EMIT ." KB-Traversal ID = " kbtv @ .
8 EMIT 46 EMIT
." IQ = " IQ @ . 8 EMIT 46 EMIT
." Cyc = " rjc @ . ." rsvp = " rsvp @ . 8 EMIT 46 EMIT CR
." ENTER a positive or negative Subj-Verb-Obj unpunctuated sentence."
CR
THEN
fyi @ 0 = IF CR
." Display-mode is normal. Press Tab for other modes; ESC to exit."
CR
THEN
fyi @ 3 = IF CR
." Diagnostic messages - ignore during input before pressing ENTER."
THEN
42 pov !
;
: SeCurity ( new wiki-page name for SECURITY module )
fyi @ 2 = IF CR
." SeCurity calls HCI TuringTest module."
THEN
TuringTest
t @ cns @ 64 - > IF
fyi @ 2 = IF CR
." SeCurity module calls ReJuvenate."
THEN
61 rsvp !
ReJuvenate
THEN
t @ 1024 > IF
t @ 1024 - midway ! ( for a range limit on searches )
ELSE
1 midway !
THEN
0 quiet !
;
: MainLoop ( changed from ALIFE to MainLoop for wiki doc page )
TIME&DATE byear ! bmonth ! bday ! bhour ! bminute ! bsecond !
TabulaRasa
EnBoot
BEGIN
SeCurity
fyi @ 2 = IF CR
." MainLoop calls the SensoryInput module." CR
THEN
SensoryInput
( EmotiOn )
fyi @ 2 = IF CR
." MainLoop calls the CogitoErgoSum mind-module." CR
THEN
ThInk
( FreeWill )
( MotorOutput )
AGAIN
;
: ALIFE ( Call MainLoop if user does not know to enter MainLoop )
MainLoop
;
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