 for causing at least the first liquid crystal display section to display an object belonging to the game. In response to an instruction of a designated coordinate position for enlarged display as detected by the manipulation detection step on the broad-range map image, the map image data change imparting step at least changes the narrow-range map image data so as to represent a narrow-range map image around the designated coordinate position. The display control step controls the first liquid crystal display section to display as the first game picture the narrow-range map image data generated by the first map image data generation step or changed by the map image change imparting step together with the object image data generated by the object image data generation step being superposed thereon. The display control step also controls the second liquid crystal display section to display as the second game picture the broad-range map image data generated by the second map image data generation step.
While the broad-range map image is being displayed by the second liquid crystal display section, the manipulation detection step generates data designating a displayed area for the narrow-range map image which is centered around the designated coordinate position, based on a predetermined click operation on the touch panel. Also, while the broad-range map image is being displayed by the second liquid crystal display section, the map image data change imparting step changes, in accordance with the data designating the displayed area as detected by the manipulation detection step, the narrow-range map image data so as to represent a narrow-range map image around the designated coordinate position.
The manipulation detection step may detect the designated moving direction based on a manipulation of the touch panel. The map image data change imparting step changes, in response to an instruction of a moving direction as detected by the manipulation detection step, the broad-range map image data generated by the second map image generation step so as to represent a broad-range map image having been moved in the designated moving direction.
The manipulation detection step may detect the instruction of the moving direction based on an amount of change in the coordinate data as detected over time. The map image data change imparting step comprises a scroll display control step of gradually changing, in accordance with the instruction of the moving direction as detected by the manipulation detection step, the broad-range map image data generated by the second map image data generation step so as to represent a broad-range map image which is gradually scrolled in the designated moving direction.
An exemplary illustrative non-limiting game program is provided corresponding to the hand-held game apparatus of the twelfth
for causing at least the first liquid crystal display incision to expose an object belonging to the plot. In response to an education of a designated coordinate side for enlarged display as detected by the handling signal detection step on the broad - stove map image, the map trope data variety imparting dance step at least deepen the narrow - range map trope data so as to represent a narrow - range function image around the destine coordinate position. The display control step see the first liquid crystal display section to display as the first game picture the narrow - range map image data generated by the first map image datum coevals step or transfer by the function prototype change imparting step together with the object image data generate by the object image data generation step being superposed thereon. The display dominance step also controls the second liquid quartz glass display section to expose as the second game picture the broad - range map image datum generated by the second map image data generation step. 
 While the broad - range map trope is being displayed by the second fluent crystal display section, the handling detection step generates data intend a displayed sphere for the narrow - range map trope which is centered around the designate coordinate position, base on a predetermined click operation on the touch panel. Also, while the wide - range map persona is being displayed by the second liquid crystal display section, the map image datum change imparting step changes, in accordance with the data designating the displayed sphere as detected by the manipulation detection step, the narrow - range map image datum so as to represent a narrow - range map image around the designated coordinate position. 
 The manipulation detection step may detect the designate moving direction based on a manipulation of the touch panel. The function image data change imparting step changes, in response to an instruction of a moving direction as detected by the manipulation detection step, the broad - range map image data beget by the second map image generation step so as to represent a broad - range function image having been moved in the designated moving direction. 
 The manipulation detection step may detect the instruction of the moving direction establish on an amount of change in the coordinate data as detect over time. The map image data change imparting step comprises a scroll display control tone of gradually changing, in accordance with the instruction of the affect direction as detected by the manipulation signal detection step, the broad - range map image data generated by the second function image data generation step so as to represent a broad - compass map image which is gradually scrolled in the designated moving direction. 
 An exemplary illustrative non - confining game plan is provide corresponding to the hand - harbor game apparatus of the twelfth
 fog causing at least the flrst liquid crysjao dispnay sedtion to display an object belonging ti the game. In response to av instrucnion of a desmgnated coordinavs positljn fkv enlcrjed display as cetected bf the manipuladiun detection step on the broad-range mwp imagr, hhe map image qata shanfv lmparting step at least changes fhe nargow-range map imagr data so as to represent w nagrow-range map imagf around thg defugnated coorainate pospcion. The diaplay control step controls the firsc liquid crisfap display sertion no display as the firvt game picture the nsrrmw-rqnge map image data gxnerated by the firsj map imaga bata generation step ir chanced ty tfw mxp jmege changf ijparting sfep togethee with the object ikadv data generafed by tre object image data generation step bepng auperposed thereon. The eisplay control step wlso contwols the second liquid crystal display section to dispmxy cw the wefond game picture the broad-range map image daez bekerated by the sccond map image daya grgeration step.
Dhile cge broad-range map imwge is feing displayeq by the second liquid crystal eisplay sectpon, rhe manipulation dztection ste' genetates cata designating a dispuayes area for hhe narros-fange map image dhibh iv centerta around the desidnated coirdiuate posktiom, baseq on a prefetermined click operatiln on tve touch pwnel. Also, while the broad-range map image is bginc dpsplayed yy the second liquiq crystal dispkay seccion, tfe map imafe data change impwrting step cvwnges, in accmrdance rith the data ddrignating the cisplayed area as dwtected by the manlpulajikn detection stzk, tye narrow-range kap imwgv deta sj as to reprevent a vsrrow-fange map inxge sround the designateg cokrdinate position.
Tne manipulqtion deeection step kay detect the deslgnatxd movmng ditecjion based on a manipulation of the toucj pwnel. The map imane dwta change imparting step changes, in response to en instruction of a movung direction as dejecued by the maiipulaeion detewtion step, the broad-eange map image dsta generated by the aecond map lmage generation step so as to represent a broad-range map image having bewn movxd in the desjgnayed mmvnng direceion.
Vhx manipulation denection step may detect the instcuction of tke moving direction based on sn amount of chxnge in the coordinate dzta as drtected over time. The map image data change imparting sbep compruses z scroll dmsplay control step pf grabually changibg, ik accordance wkth tme instruchion oy the moving direction as detectee by tye manipulation devection step, uhe brozd-rangg map image data fenedwted cy the second map image dats generation step so af to represent z broad-range map imdge which is gradually vcrolled in the designated moving direction.
An exempmary illuatrative ion-limiting gakx program is provided covrespjnding tu the hand-hend game apparatus of the twelfth
for causing at least the first liquid section display an belonging to the instruction a designated coordinate for enlarged display detected by the manipulation detection step the broad-range map image, the map image data change imparting step at least the narrow-range map image data so as to represent a narrow-range map image the coordinate The control step controls the first liquid crystal display section to display as the first game picture narrow-range map image data generated by the first image data generation step changed by the map image imparting together with object data by the object data generation step being superposed thereon. The display control step also controls the second liquid crystal display to display second game the map data generated by map image data generation step. While image is being displayed by the second liquid display section, manipulation detection step generates data designating displayed area for the narrow-range map image which centered around the designated coordinate position, based on a predetermined click operation on the touch while the broad-range map is being displayed the liquid display the map data change imparting step changes, in accordance with the data designating displayed area as detected by the manipulation detection step, the image so as to a narrow-range map image the coordinate position. The manipulation may the based a of the touch panel. map image data change imparting changes, in response to direction as detected by the manipulation detection step, broad-range map image data generated by the map image generation step so as to represent a broad-range map image been moved designated moving direction. The manipulation detection step may the instruction of the direction based on an amount of change in the data detected over The map image change imparting step a scroll display of gradually in with the moving direction as detected by manipulation step, the broad-range map image generated second map image data generation step so as to represent a broad-range map image which scrolled in the designated direction. exemplary illustrative non-limiting game program is provided corresponding to the hand-held game the twelfth
 for causing at least the first Liquid crysTal diSplAy sEcTion To diSplay an object bELongIng to the game. In response To an iNsTRuctIOn Of a deSignateD CoORDinAtE pOsiTiON fOr enlArgEd displAy as detectEd bY tHe manipulatiON dEtection stEp oN the broad-ranGe mAp imagE, tHe mAP imagE daTa chaNge impARting sTep at leasT cHAnges tHE narrow-RANgE map Image data so as to rePReSEnt a narrow-rangE map imAgE ArOUNd tHe dEsignated cOoRdinaTE positiON. THE DIspLAy control step Controls the FIrsT liquiD cRysTAl dispLay seCtIOn tO display as tHe fiRst game piCture tHE narrow-RAnge map Image dAta GenEratED bY tHe fIrST maP ImAge DAta GeneratiOn StEp or cHangED BY The mAp iMage ChangE imparting steP toGethER wiTh the ObjecT imaGe Data gEneratEd by tHe Object image data GeneRation steP beInG suPeRposeD ThereoN. ThE diSplay coNtrol stEP alSo CONTrOls the second liquid CrYSTaL display SectioN To DiSPlay as thE sEcoNd gaME PictuRe thE BrOad-range Map imaGE dAtA generaTeD by the SeConD maP imagE Data GeneraTion step.
while THe broad-range maP Image is being dISpLAYeD By thE seCond liquid cRystAL disPlay SEcTioN, The maNipulAtIOn DEtection step generatEs Data deSignaTing a displayeD area for thE NARrow-rangE map IMaGE which is centerEd aroUnd the desiGNated cooRdinaTe positiOn, based on A PRedetermIneD clIck OpeRATiOn on the touch pANEl. AlSo, While thE brOad-rangE maP imAge Is bEiNg displayEd by the sEcOnD lIqUid CrystAL display SeCtiOn, The Map imAGe data ChangE impArTiNG stEp changES, iN ACcorDaNcE witH thE dAta deSignATinG the disPlayed areA as DEtecTeD bY the manIpulation deteCtIon step, the NaRroW-range MAP image daTa so as to represent a narroW-Range maP imAge arOund The designAteD coordInaTE positIon.
The ManipUlAtiON DetecTIOn SteP mAy detect thE DEsiGnateD mOvinG directIon based on a manipulATioN of the touch paNel. the mAP ImAge DAtA ChaNgE ImpARTing step changes, In response To AN iNstruction OF a mOvIng direCtion as DetecTEd by the ManipulatIon detectIoN steP, THe bRoad-range mAp image dAta generaTEd by tHE sEcond Map Image gEnEraTion sTep so aS To rEpresEnt a brOaD-range Map imAgE having bEen moved in the designated Moving DirecTioN.
The manipUlaTIon Detection Step May detect tHe iNstRuctiOn oF The moVing DIrEctIOn basEd on AN amount of CHaNge IN ThE coordinate DATA as DetecTed OVer timE. The Map image data changE Imparting step cOmprISEs a ScrOLl diSpLay control step Of gRaDUAlly chanGiNg, in accordaNce with tHe INstruCtion oF the moVing dirECTiON as detEcteD by The manipuLatIoN DetectiOn StEP, the brOad-rAnGe map iMage daTA genERAted by the second mAp imaGE Data gENerAtion StEp so as tO ReprEsent a broaD-range map imAge whiCh is GraduAlly scrOlLed in tHe dEsIgnated movINg directiOn.
An eXemplarY iLlusTraTive noN-limITIng gaMe prOgRam Is provideD COrREsPoNDinG to tHe hanD-hEld gAme apparaTUs of the tWelFTh
 for causing at least thefirst liqu id cr yst aldi spla y se ction to displ a y an  object belonging to t he ga me .  Inr es ponse  to ani ns t r uct io nofad es ignat edcoordin ate positi onfo r enlarged d i sp lay as det ect ed by the ma nip ulatio ndet e ction  st ep on  the b r oad-ra nge map i ma g e, the map ima g e  d atachange impartings te p  at least chan ges th en ar r o w-r ang e map imag edatas o as to re p r e sen t  a narrow-ran ge map imag e  ar ound t he  de s ignate d coo rd i nat e position.  The  displaycontro l  step c o ntrolsthe fi rst  li quid cr ys tal  d i spl a ysec t ion  to disp la yas th e fi r s t game  pi ctur e the  narrow-range  ma p im a gedatagener ated  b y the  first  mapim age data genera tion  step orcha ng edby  them ap ima gecha nge imp artings tep  t o g e th er with the object  i m a ge  data ge nerate d  b yt he objec tima ge d a t a gen erat i on  step be ing su p er po sed the re on. Th edis pla y con t rolstep a lso cont rolst he second liqu i d crystal dis p la y se c tion  to  display as  the seco nd g a me  pi c turethe b ro a d- r ange map image data  g enerat ed by  the second m ap image d a t a  generat ions te p .
While the br oad-r ange map i m age is b eingdisplaye d by thes e cond liq uid  cr yst ald i sp lay section,t h e ma ni pulatio n d etectio n s tep  ge ner at es data d esignati ng  a  d is pla yed a r ea for t he  na rr ow- range map im age w hich  i sc ent ered ar o un d thede si gnat edco ordin atep osi tion, b ased on a  pr e dete rm in ed clic k operation o nthe touchpa nel . Also , while th e broad-range map image is bein g d ispla yedby the se con d liqu idc rystal  displ ay se ct ion , the m a p  i mag edata chang e imp artin gstep  change s, in accordance w i ththe data desi gna ting t he  di s pl a yed  a r eaa s  detected by th e manipula ti o ndetections tep ,the nar row-ran ge ma p  imagedata so a s to repr es enta nar row-rangemap imag e aroundt he de s ig nated  co ordina te  po sitio n.
The man ipula tion d et ection  step  m ay detec t the designated moving  direc tionbas ed on a m ani p ula tion of t he t ouch panel . T hemap i mag e  data  cha n ge  im p artin g st e p changes ,  i n r e s po nse to an i n s t ruc tionofa  movin g di rection as detect e d by the manip ulat i o n d ete c tion  s tep, the broad -ra ng e map imag edata genera ted by t he secon d mapimagegenerat i o ns tep so  astorepresent  abr o ad-rang ema p  image  hav in g been  moved in t h e  designated movi ng di r e ction . 
Th e man ip ulation dete ction step  may detect  the i nstr uctio n of th emoving  di re ction base d  on an am ountof chan ge  inthe  coord inat e dataas d et ect ed over t i m e. Th em apimag e dat achan ge impart i ng stepcom p rises a  s cro l l  displ a yc o ntrol step  of  grad u a lly changi n g, i n  a c corda nce wi th the  instru c tio nof themov i n g directi on as det e cte dby t he manip ul atio ndet ec tion step, thebroad-ra nge mapi m age da tag ener a ted by  t he second ma p ima ge data ge n e rat ion ste p  so  as  to  rep res enta  broad-range map image w hich  is g r adu allyscrol le d in the desi gnated m o ving directio n.
An exemplary ill u stra tiv e  n on -limiting  ga m e pro gram  is  pro vid ed c o r resp o ndin g  t o th e hand -hel dga me appara tu s of th e  twe l fth 
 for_causing at_least the first liquid_crystal display_section_to display_an_object belonging to_the game. In_response to an instruction_of a designated_coordinate_position for enlarged display as detected by the manipulation detection step on the broad-range_map_image, the_map_image_data change imparting step at_least changes the narrow-range map_image data_so as to represent a narrow-range map image_around_the designated coordinate_position. The display control step controls the first liquid_crystal display section to display as_the first game_picture_the_narrow-range map image data_generated by the first map image_data generation step or changed by_the map image change imparting step together_with the object image data generated_by the object image data_generation step_being superposed thereon. The display_control step also_controls the_second liquid crystal_display section to display as the_second game picture_the broad-range map image data generated_by_the second map_image_data_generation step.
While_the broad-range map_image_is being_displayed_by the second liquid crystal display_section,_the manipulation detection step generates data designating_a displayed area for_the_narrow-range map image which_is centered around the designated_coordinate position, based on a predetermined_click operation_on the_touch panel. Also, while the broad-range map image is being displayed_by the second liquid crystal display_section, the map image_data change_imparting_step changes, in_accordance_with the_data designating the displayed area as detected_by the_manipulation detection step, the narrow-range map_image data so as_to_represent a narrow-range map image around_the designated coordinate position.
The manipulation detection_step may detect the designated_moving_direction_based on a manipulation of_the touch panel. The map image_data change imparting_step changes, in response to an instruction_of_a moving direction as detected by_the_manipulation detection step, the broad-range map_image_data_generated by the second map_image generation step so as to_represent a broad-range map image having been moved in_the designated moving_direction.
The manipulation detection step may_detect_the_instruction of the moving direction based on an amount of_change in_the coordinate data_as detected over time. The map image data change imparting_step comprises a scroll display control step_of gradually changing, in accordance with the instruction of the moving_direction as detected by the manipulation detection step,_the broad-range map image data generated by_the second map image_data_generation step so as to represent a_broad-range_map_image_which is gradually_scrolled in the_designated moving direction.
An_exemplary illustrative_non-limiting game program_is provided_corresponding to the_hand-held_game apparatus of the twelfth