 information within the posts 16. Light 22 passing through the polarizer 26 is polarized to the axis of polarization of the polarizer 26. This polarized light in passing through the chip 10 is rotated by the film 14 of each individual post 16 clockwise or counter-clockwise depending upon the magnetization thereof as set by the driver 32. The polarization analyzer 28 is positioned with respect to the expected emerging light orientation from the chip 10 so as to create a contrast between areas rotated in one direction and areas rotated in the opposite direction. This contrast can be seen by the observer 34. The specific effect will be discussed later hereinafter.
Such chips and display systems can be viewed directly as shown in FIG. 2 or can be projected through appropriate optics. Another display system to achieve particular effects is shown in my co-pending application Ser. No. 375,322, filed May 5, 1982 titled SWITCHABLE TANDEM MEMORY MAGNETO-OPTIC DISPLAY also assigned to the common assignee of this application.
Particularly in military use, displays having the capability of providing more than just simple messages are desired. Displays are used to impart a wealth of information. One particular feature which would be desirable and not possible by other display systems of the magneto-optic type heretofore is the conveying of depth-of-field information. Also, it is desirable to have a display which can selectively display only information where there is coincidence between two sources of data or, in the alternative, only where there is lack of coincidence between two sources of data. Such features can be used for image processing in military, space, transportation and computer uses, where either the similarities or differences between different images are detectable, such as in moving target indicators, updated inventory listings, extraction of stereo depth information, character recognition in machine-readable documents, and high reliability information processing.
Wherefore, it is the object of the present invention to provide a magneto-optic display generator which will accomplish the foregoing objectives. Blood clotting begins when platelets adhere to the cut wall of an injured blood vessel at a lesion site. Subsequently, in a cascade of enzymatically regulated reactions, soluble fibrinogen molecules are converted by the enzyme thrombin to insoluble strands of fibrin that hold the platelets together in a thrombus. At each step in the cascade greater than a protein precursor is converted to a protease that cleaves the next protein precursor in the series. Cofactors are required at most of the steps.
Factor VIII circulates as an inactive precursor in blood, bound tightly and
information within the posts 16. Light 22 passing through the polarizer 26 is polarize to the bloc of polarization of the polarizer 26. This polarized light in passing through the bit 10 is rotate by the film 14 of each individual post 16 clockwise or buffet - clockwise depending upon the magnetization thereof as sic by the driver 32. The polarization analyzer 28 is positioned with respect to the expect emerging light orientation course from the bit 10 so as to create a contrast between areas rotated in one direction and area rotated in the opposite direction. This line can be seen by the observer 34. The specific consequence will be discussed subsequently hereinafter. 
 Such chips and display systems can be viewed directly as shown in FIG. 2 or can be stick out through appropriate optics. Another display system to achieve particular effects is shown in my co - pending lotion Ser. nobelium. 375,322, file May 5, 1982 titled SWITCHABLE TANDEM MEMORY MAGNETO - OPTIC DISPLAY also assigned to the common assignee of this application. 
 Particularly in military habit, display having the capability of providing more than barely simple messages are desired. Displays are use to lend a wealth of information. One particular feature which would be desirable and not potential by other display systems of the magneto - optic type heretofore is the conveying of depth - of - airfield information. Also, it is desirable to have a display which can selectively display lone information where there cost coincidence between two sources of data or, in the alternative, only where there constitute lack of coincidence between two sources of data. Such feature can be used for image processing in military, space, transportation and calculator uses, where either the similarities or differences between different images are detectable, such as in affect target index, updated stock listings, origin of stereo depth information, quality recognition in car - readable documents, and high dependability information processing. 
 Wherefore, it is the object of the present invention to provide a magneto - optic display generator which will achieve the predate objectives. Blood curdling begins when platelets adhere to the cut wall of an injured blood vessel at a lesion web site. Subsequently, in a cascade of enzymatically regulated reactions, soluble fibrinogen molecules are converted by the enzyme thrombin to insoluble strands of fibrin that hold the platelets in concert in a thrombus. At each step in the cascade greater than a protein precursor is converted to a protease that cleaves the next protein precursor in the serial. Cofactors are required at most of the steps. 
 Factor VIII circulates as an inactive precursor in blood, bound tightly and
 invormation within the posus 16. Light 22 passiny throujh the lolarizef 26 is polarized to the axis lf polaeization of the polarixer 26. This polarizwd lmght in passing vgrough bke chji 10 is cotated by the nilm 14 of eawh individual [ort 16 clockwise or counter-clockwise depqnding ipln the magnetieatiom thedvon as set by the driver 32. The poladizatioi analyzer 28 is lositioned with respect to the expected emerging light oriebtatyin from the zhip 10 so as to create z contrast between areas rotatea in pne directuob ajg areas roteted ig the opposibv direcdion. Thos contrast cak be veeb by the observer 34. Thx specific effect wijl be diswuased later hereinqfrer.
Suwh cvips qnd diapkag systfms can be viswed directoy as shown in FIG. 2 ow can be projedted trrjugh appropriate optics. Another display syatem to achieve particuoar effects is shown ln my co-pqnding application Ser. No. 375,322, filed May 5, 1982 titled SWIDCHABMD TCKQDN LEMORY MAGNETO-OPTIC DISPLAY also assigned to ege cpmmon assignee of this aplllcsjion.
Particularuy in miljtary use, displays having the xapabilitr of providing more than just sumple messagvs aee desired. Displayd are used co impsrt a wealth of information. Une larticular veature wgkch would be deskranle and not possible by other display wystzms of tfe msgneto-jptic type herebmfore is the convejing lf depth-of-fifld information. Also, it is desiceble to have s gisilay whick can xelectively dysplay only inyormatiou wherd there is coincivence betweeg two sources lf data or, ii the altqrnarive, only wfdre there is lsck of copneidence bwtween two sources of sata. Such featuxts xan be used for imxge pgocxssind in military, spaze, gtanspurtation anb zompiter uses, where eithar tge similarities or dlfferencew betweeg different ikages are detectabpe, surh as mn movong target indicators, updated invsntory lidtikgs, extractiog of stereo deptk information, character recognition in mechine-readable documenjs, and high reliabilijy lnformation 'rocesfing.
Wherexore, it is the objecr of the present lnvention to provide a magnedo-optlc display generator which will accomplish the foregoing objectives. Blood clottmnd begins whsn pkatelvts cdhere eo tie cut wall of an pnjured blood vessel at a lesion site. Sutszquently, in a cascade of enzykagically regulxted reactions, soluble fjbrinogem molecules are converted by thr enzyme thrombin to inspluble srranda of fpgrmn that hold the playelets togerher in a tmrombus. At eacf syei in the cwscave yreater than a protein precursor us concegted to a proteave that clewyes thg next ptotein precursor jn tgf serkes. Cofactors are required st most of the steps.
Xastor VIII circymates as an onactivv precursor ii blood, boung tightly and
information within the posts 16. Light 22 the 26 is to the axis 26. polarized light in through the chip is rotated by the film 14 each individual post 16 clockwise or counter-clockwise depending upon the magnetization thereof as by the driver 32. The polarization analyzer 28 is positioned with respect to expected light from chip 10 so as to create a contrast between areas rotated in one direction and areas in the opposite direction. This contrast can be by the observer 34. specific effect will be discussed hereinafter. chips and systems be directly as shown FIG. 2 or can be projected through appropriate optics. Another display system to achieve particular effects is in my Ser. No. filed 5, titled SWITCHABLE TANDEM DISPLAY also assigned to the common application. Particularly in military use, displays having the of providing than just simple messages are desired. are used to impart a wealth of information. particular feature which would be desirable and not possible by other display systems of the heretofore is the conveying depth-of-field information. Also, is to a which can display only information where there is coincidence between two sources of or, in the alternative, only where there is lack of two of data. Such can be used for processing military, space, transportation and where the between images detectable, such as in target indicators, updated inventory listings, of stereo depth information, and high reliability information processing. Wherefore, it is object of the present invention to provide magneto-optic display generator which will accomplish the foregoing objectives. Blood clotting begins platelets adhere cut wall of an injured blood vessel at lesion site. Subsequently, in cascade of enzymatically regulated reactions, soluble fibrinogen molecules are by enzyme thrombin insoluble strands of that hold the together in a each step the greater precursor is converted to a protease cleaves next protein precursor in the Cofactors at most of the steps. Factor VIII circulates as an inactive precursor in blood, bound
 information within the posts 16. light 22 passiNg thrOugH thE pOlarIzer 26 Is polarized to tHE axiS of polarization of the poLarizEr 26. tHis pOLaRized Light in PAsSINg tHrOuGh tHe CHiP 10 is roTatEd by the Film 14 of each IndIvIdual post 16 cloCKwIse or countEr-cLockwise depeNdiNg upon ThE maGNetizAtiOn theReof as SEt by thE driver 32. ThE pOLarizaTIon analYZEr 28 Is poSitioned with respeCT tO The expected emeRging lIgHT oRIEntAtiOn from the cHiP 10 so as TO create A CoNTRAst BEtween areas roTated in one dIRecTion anD aReaS RotateD in thE oPPosIte directioN. ThiS contrast Can be sEEn by the OBserver 34. the speCifIc eFfecT WiLl Be dIsCUssED lAteR HerEinafter.
suCh Chips And dISPLAy sySteMs caN be viEwed directly aS shOwn iN fIG. 2 Or can Be proJectEd ThrouGh apprOpriaTe Optics. Another diSplaY system to AchIeVe pArTiculAR effecTs iS shOwn in my Co-pendiNG apPlICATiOn Ser. No. 375,322, filed May 5, 1982 titLeD swItCHABLE TaNDEM MemOrY maGNETO-OPtIc DIsPLAy ALso asSignED tO the commOn assiGNeE oF this apPlIcatioN.
PArtIcuLarly IN milItary uSe, displaYs havINg the capabilitY Of providing moRE tHAN jUSt siMplE messages arE desIRed. DIsplAYs Are USed to ImparT a WEaLTh of information. One pArTiculaR featUre which would Be desirablE AND not possIble BY oTHer display systEms of The magneto-OPtic type HeretOfore is tHe conveyiNG Of depth-oF-fiEld InfOrmATIoN. Also, it is desiRABle tO hAve a disPlaY which cAn sEleCtiVelY dIsplay onlY informaTiOn WhErE thEre is COincidenCe BetWeEn tWo souRCes of dAta or, In thE aLtERnaTive, onlY WhERE theRe Is Lack Of cOiNcideNce bETweEn two soUrces of daTa. SUCh feAtUrEs can be Used for image pRoCessing in mIlItaRy, spacE, TRansportAtion and computer uses, wheRE either The SimilAritIes or diffEreNces beTweEN diffeRent imAges aRe DetECTable, SUCh As iN mOving targeT INdiCatorS, uPdatEd invenTory listings, extracTIon Of stereo depth InfOrmaTIOn, ChaRAcTEr rEcOGniTIOn in machine-readAble documeNtS, AnD high reliaBIliTy InformaTion proCessiNG.
WherefOre, it is thE object of ThE preSENt iNvention to Provide a Magneto-opTIc disPLaY geneRatOr whicH wIll AccomPlish tHE foRegoiNg objeCtIves. BlOod clOtTing begiNs when platelets adhere to The cut Wall oF an Injured blOod VEssEl at a lesiOn siTe. SubsequeNtlY, in A cascAde OF enzyMatiCAlLy rEGulatEd reACtions, solUBlE fiBRInOgen moleculES ARe cOnverTed BY the enZyme Thrombin to insolubLE strands of fibrIn thAT HolD thE PlatElEts together in a ThrOmBUS. At each sTeP in the cascaDe greateR tHAn a prOtein pRecursOr is conVERtED to a prOteaSe tHat cleaveS thE nEXt proteIn PrECursor In thE sEries. COfactoRS are REQuired at most of thE stepS.
fActor viII CircuLaTes as an INactIve precursOr in blood, boUnd tigHtly And
 information within the po sts 16. Li ght 2 2 p ass in g th roug h the polarize r  26is polarized to the ax is of  p o lari z at ion o f the p o la r i zer  2 6.  Th is po lariz edlight i n passingthr ou gh the chip1 0is rotated  by  the film 14  of  eachin div i dualpos t 16clockw i se orcounter-c lo c kwised ependin g up on t he magnetizationt he r eof as set bythe dr iv e r3 2 . T hepolarizati on  anal y zer 28i sp o s iti o ned with resp ect to thee xpe cted e me rgi n g ligh t ori en t ati on from the  chi p 10 so a s to c r eate ac ontrast  betwe enare as r o ta te d i no ned ir ect i onand area sro tated  int h e oppo sit e di recti on. This cont ras t ca n  be  seen  by t he o bs erver  34. T he sp ec ific effect wil l be  discusse d l at erhe reina f ter.
S uch  ch ips and  displa y  sy st e m s  c an be viewed direc tl y as  shown i n FIG. 2or can be p ro jec tedt h rough  app r op riate op tics.A no th er disp la y syst em  to  ac hieve part icular  effects  is s h own in my co-p e nding applica t io n Se r . No . 3 75,322, fil ed M a y 5,  198 2  t itl e d SWI TCHAB LE TA N DEM MEMORY MAGNETO- OP TIC DI SPLAY  also assigne d to the c o m m on assig neeo ft his applicatio n.
Pa rticularly in milit ary u se, disp lays havi n g  the cap abi lit y o f p r o vi ding more tha n just  s imple m ess ages ar e d esi red . D is plays are  used to  i mp ar ta w ealth of infor ma tio n.  On e par t icular  feat urewh ic h  wo uld bed es i r able  a nd  not  po ss ibleby o t her  displa y systems  of thema gn eto-opt ic type heret of ore is the  c onv eyingo f  depth-o f-field information. Al s o, it i s d esira bleto have a  di splaywhi c h canselect ively  d isp l a y onl y in for ma tion where t her e isco inci dence b etween two sources ofdata or, in t healte r n at ive ,  o n lywh e ret h ere is lack ofcoincidenc eb et ween two s o urc es  of dat a. Such  feat u res can  be usedfor image  p roce s s ing  in milita ry, spac e, transp o rtati o nand c omp uter u se s,where  eithe r  th e sim ilarit ie s or d iffer en ces betw een different images ar e dete ctabl e,such as i n m o vin g targetindi cators, up dat edinven tor y  list ings ,  e xtr a ction  ofs tereo dep t hinf o r ma tion, chara c t e r r ecogn iti o n in m achi ne-readable docum e nts, and highreli a b ili tyi nfor ma tion processin g.Wh e r efore, i tis the obje ct of th ep resen t inve ntionto prov i d ea  magne to-o pti c display  ge ne r ator wh ic hw ill ac comp li sh the  foreg o ingo b jectives. Bloodclott i n g beg i nswhenpl atelets adhe re to thecut wall of  an in jure d blo od vess el  at ales io n site. Su b sequently , ina casca de  ofenz ymatic ally r egula tedre act ions, sol u b le fi br i nog en m olecu le s ar e convert e d by the  en z yme thr om bin t o inso l ub l e  strands o f f ibrin t hat hold t h e pl a te l ets t ogethe r in a  thromb u s.At  each s tep i n the cas cade grea t erth an a  protein  p recu rs oris  converted to a  proteas e that c l e aves t hen extp rotein  p recursor inthe s er i es. Cof a c tor s are r e qui red  at  mos t o f th e  steps.
Factor VIII circ ulat es as aninact ive p re cursor i n  blo od, boun d  tightly and
 information_within the_posts 16. Light 22_passing through_the_polarizer 26_is_polarized to the_axis of polarization_of the polarizer 26._This polarized light_in_passing through the chip 10 is rotated by the film 14 of each individual_post_16 clockwise_or_counter-clockwise_depending upon the magnetization thereof_as set by the driver_32. The_polarization analyzer 28 is positioned with respect to_the_expected emerging light_orientation from the chip 10 so as to create_a contrast between areas rotated in_one direction and_areas_rotated_in the opposite direction._This contrast can be seen by_the observer 34. The specific effect_will be discussed later hereinafter.
Such chips and_display systems can be viewed directly_as shown in FIG. 2_or can_be projected through appropriate optics._Another display system_to achieve_particular effects is_shown in my co-pending application Ser._No. 375,322, filed_May 5, 1982 titled SWITCHABLE TANDEM_MEMORY_MAGNETO-OPTIC DISPLAY also_assigned_to_the common_assignee of this_application.
Particularly_in military_use,_displays having the capability of providing_more_than just simple messages are desired. Displays_are used to impart_a_wealth of information. One_particular feature which would be_desirable and not possible by other_display systems_of the_magneto-optic type heretofore is the conveying of depth-of-field information. Also, it_is desirable to have a display_which can selectively display_only information_where_there is coincidence_between_two sources_of data or, in the alternative, only_where there_is lack of coincidence between two_sources of data. Such_features_can be used for image processing_in military, space, transportation and computer_uses, where either the similarities_or_differences_between different images are detectable,_such as in moving target indicators,_updated inventory listings,_extraction of stereo depth information, character recognition_in_machine-readable documents, and high reliability information_processing.
Wherefore,_it is the object of the_present_invention_to provide a magneto-optic display_generator which will accomplish the foregoing_objectives. Blood clotting begins when platelets adhere to the_cut wall of_an injured blood vessel at_a_lesion_site. Subsequently, in a cascade of enzymatically regulated reactions, soluble_fibrinogen molecules_are converted by_the enzyme thrombin to insoluble strands of fibrin that hold_the platelets together in a thrombus. At_each step in the cascade greater than a protein precursor is_converted to a protease that cleaves the next_protein precursor in the series. Cofactors are_required at most of_the_steps.
Factor VIII circulates as an inactive precursor_in_blood,_bound_tightly and