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A32059: Fg.Figure: Figure1-1 Part of a QuickTimeVR virtual world QuickTimeVR movies:defined
? &openObjectId qtvr_introduction:2 82617 @ &openObjectId qtvr_introduction:2 56086 A &openObjectId qtvr_introduction:2 55643 B &openObjectId qtvr_introduction:2 77019 D &openObjectId qtvr_introduction:2 77025 E &openObjectId qtvr_introduction:2 81022 F &openObjectId qtvr_introduction:2 81028 G &openObjectId qtvr_introduction:2 81116 H &openObjectId qtvr_introduction:2 82439 C frame animation:defined
N17581: I.Important: The number of frames captured, as well as the starting and Ç
238303: Fg.Figure: Figure1-5 An object image track ÇA
G22381: Fg.Figure: Figure1-2 A panorama in a QuickTimeVR virtual world ÇI
913609: Fg.Figure: Figure1-3 Capturing views of an abject ÇY
Q34372: Fg.Figure: Figure1-5 The panoramic image used to generate panoramic views Çx partial panoramas mÖ QuickTimeVR<$startrange> Ö QuickTimeVR<$endrange> Ö QuickTimeVR:defined
Ö panoramic nodes:defined r viewing constraints<$startrange> Ö scenes Ö
+ Ä6 x z | Ä Ä5 4÷<Í " A32059: Fg.Figure: Figure1-1 Part of a QuickTimeVR virtual world 4÷<Í " 238303: Fg.Figure: Figure1-5 An object image track @4÷<Í g" 242010: Fg.Figure: Figure1-4 An object image array
4÷<Í v" A32059: Fg.Figure: Figure1-1 Part of a QuickTimeVR virtual world 4÷<Í w" G22381: Fg.Figure: Figure1-2 A panorama in a QuickTimeVR virtual world 4÷<Í y" 913609: Fg.Figure: Figure1-3 Capturing views of an abject 4÷<Í ~" Q34372: Fg.Figure: Figure1-5 The panoramic image used to generate panoramic views T4÷<Í Äe" A32059: Fg.Figure: Figure1-1 Part of a QuickTimeVR virtual world A <$lastpagenum> ;<$monthname> <$daynum>, <$year> <$hour>:<$minute00> <$ampm> <$year> ;<$monthname> <$daynum>, <$year> <$hour>:<$minute00> <$ampm> "<$monthnum>/<$daynum>/<$shortyear> <$monthname> <$daynum>, <$year> "<$monthnum>/<$daynum>/<$shortyear> <$fullfilename>
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~¿M™¶ e0Ungroup the objects and select the text column.
Ö¿v™§ %QConnect the two columns on the page and change the flow settings for the one you ¿k™§ EKpasted. (See the äTucson User’s Guide Õ for specific instructions.)
Ö¿}™£ %QDelete any paragraphs in the column that you do not need. (See “What to Delete,” ¿â™¢ Ebelow.)
Ö!¿õ™° eLCreate cross-references in the text column to paragraphs in the first file.
Ü}¿Á™û eSBring the white rectangle behind the text column to the front to cover the column.
á!]¿≈ˇı eWhat to Delete
á"MÜ™™¿‘™ü eGIf the document uses a chapter TOC, delete the CO.Multifile paragraph.
á#¿Ê™û eKIf the document uses a chapter opener, delete the ChT.Multifile paragraph.
á$¿|UM ePIf the first page of the document has an H1, delete the H1.Multifile paragraph.
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GÜ™™¿@™ß $XThe data that comprises a QuickTimeVR virtual world is stored in a QuickTimeVR movie. 0¿L™¶ dA èQuickTimeVR movie « contains a single scene, which is a collection of one or more nodes. L[QuickTimeVR currently supports two types of nodes: object nodes and panoramic nodes. <
¿p™§ $XQuickTime uses the term ämovie « to emphasize the time-based nature of QuickTime 0¿|™£ Mdata (such as video and audio data streams). QuickTimeVR uses the same term Nsolely on analogy with QuickTime movies; in general, QuickTimeVR data is not L"time based. I œu « J
ÜU¿¶™† $ÄA «n èobject node « (or, more briefly, an èobject «) provides a view of a single object or a closely grouped set 0¿≤™ü uof objects. You can think of an object node as providing a « v «iew of an object « from the outside looking sin. « ( Î Figure1-1 Ï shows one view of an object node.) The user can use the mouse or keyboard to change gthe horizontal and vertical viewing angles to move around the object. The user can also zoom in or out cto enlarge or reduce the size of the displayed object. Object nodes are often designed to give the killusion that the user is picking up and turning an object (in / Figure1-1 2 , a Macintosh PowerBook M/computer) and viewing it from all angles. Ó
ÜX¡ ™ô $xA èpanoramic node « (or, more briefly, a èpanorama «) provides a panoramic view of a particular location, p¡ ™ò bsuch as you would get by turning around on a rotating stool. You can think of a panoramic node as Äproviding a « v «iew of a location « from the inside looking out. « ( Ô Figure1-2 G shows one «view o «f a panoramic bnode.) As with object nodes, the user can use the mouse (or keyboard) to navigate in the panorama L and to zoom in and out. H
¬X ¬ë ‰ ÇNÇN 9U¬ ¡Ô  Ä< 9U¬ ¡Ô ¡‘™´ H É*É* ÇN ã^= l5 Ì A panorama in a QuickTimeVR virtual world Ò
ãZGÜ™™¿ˇUe $`The images displayed in QuickTimeVR movies can be either captured photographically or rendered ¡ Ud Äon a computer using a three-dimensional (3D) ígraphics package. The ínext s íection í d íescribe ís í the D^structure of QuickTimeVR «movies—including object and panoramic nodes—in greater detail.
ãVG¡)Ub $yA QuickTimeVR èscene « is a set of one or more nodes. A ènode « is a position in a virtual world at which 0¡5Ua fan object or panorama can be viewed. For a panoramic node, the position of the node is the point from `which the panorama is viewed. QuickTimeVR scenes can contain any number of nodes, which can be L1either object or panoramic nodes. I « J
ãb¡_U^ $~A « node in a QuickTimeVR movie is identified by a unique ènode ID, « a long integer «t «hat is assigned to ¡kU] Lbthe node at the time a VR movie is created (and «that i «s stored in the movie file). K
ãJ¡}U\ $_When a QuickTimeVR movie contains more than one node, the user can move ˜from one node to w¡âU[ oanother if the author of the QuickTimeVR movie has provided
)a
:link
) (or connection) between the Ä) usource and destination nodes. Alink between «nodes is depicted graphically by a èlink hot spot, « a type G L^of hot spot that, when clicked, moves the user from one node in a scene to another node. L
ãc¡πUX $IIt’s also possible to move from node to node programmatically, using the p¡≈UW LQuickTimeVR Manager, evenbetween nodes that were not explicitly linked by L*themovie’s author. Ú œu « Û
¬X ¬ë Á ÇOÇO 6U¬ ¡Ô Ë Ä> 6U¬ ¡Ô ¡·UA @ É0É0 ÇO ãdsà™™à™™ l ( Object Û Node Ûs
Å GÜ™™¡;ˇ˘ ,i Ø In QuickTimeVR, angles can be specified in either radians or degrees. (The default angular unit is 0¡Gˇ¯ cdegrees.) A view’s pan angle typically ranges from 0degrees to 360degrees (that is, from 0 to 2π dradians). When a user is looking directly at the equator of a multirow object, the tilt angle is 0. tIncreasing the tilt angle rotates the object down, while decreasing the «tilt a «ngle rotates the object up. gSetting the tilt angle to 90degrees results in a view that is looking straight down at the top of the mobject; setting the tilt angle to –90degrees results in a view that is looking straight up at the bottom of fthe object. In general, the normal range for tilt angles is from –90degrees to +90degrees. You can, ghowever, set the tilt angle to a value greater than 90degrees if the movie contains upside-down views Lof the object. R
ãg¡≠ˇ $eThe views that comprise an object node are stored sequentially, as a series of frames in the movie’s p¡πˇÔ \video track. The authoring tools documentation currently recommends that the first frame be hcaptured with a pan angle of 180degrees and a tilt angle of 90degrees. Subsequent frames at that tilt cangle should be captured with a +10-degree increment in the pan angle. This scheme gives 36 frames kat the starting tilt angle. Then the tilt angle is reduced 10degrees and the panning process is repeated, ¬X ¬ë Í ÇPÇP
ãf™™® ,U ∂ The number of frames captured, the starting and ending pan and tilt angles, and 0∂™ß Rthe increments between frames arecompletely under the control of the author of a L*QuickTimeVR movie. ¸ œs « ˚
äH¿T™• ,r S The individual frames of the object can be interpreted as a two-dimensional èobject image array « (or ¿`™§ tview array «), shown in ø Figure1-4 æ . For a simple object (that is, an object with no frame animation or "G galternate view states), the upper-left frame is the first captured image. A row of images contains the aimages captured at a particular tilt angle; a column of images contains the images captured at a iparticular pan angle. Accordingly, turning an object one step to the left is the same as moving one cell dto the right in the image array, and turning an object one step down is the same as moving one cell bdown in the image array. As you’ll see later, you can programmatically set the current view of an jobject either to a specific pan and tilt angle or to a view specified by its row and column in the object D
image array.
Ä=¿ÿˇÚ l € An object image array Â
Ä GÜ™™¡ÆˇÙ $dIn the movie file, the image array is stored as a one-dimensional sequence of frames in the movie’s P¡∫ˇÛ L:video track, as illustrated in Á Figure1-5 Ë . º
¬X ¬ë Ì ÇQÇQ 6U¬ ¡Ô Ó ÄB 6U¬ ¡Ô ¡Â™ï H Ñ0Ñ0 ÇQ ã= l ¬ An object image track ¿
ãjGÜ™™¿∞UW $NQuickTimeVR object nodes were originally designed as a means of showing a 3D 0¿ºUV Sobject from different pan and tilt angles. However, there is no restriction on the Kcontent of the frames stored in an object image array. In other words, the Pindividual frames do not have to be views of the same object from different pan Jand tilt angles. Some clever movie authors have used this fact to develop Qintriguing object nodes that are not simply movies of rotating objects. In these Tcases, the use of pan and tilt angles to specify a view is less meaningful than the Nuse of row and column numbers. Nonetheless, you can always use either pan and LNtilt angles or row and column numbers to select a view. œu «
ãk¡"UN $fEach view of an object occupies the same amount of time in the object node’s video track. This amount 0¡.UM rof time (the èview duration «) is arbitrary, but it is stored in the movie file. When a view is associated cwith only one frame, the QuickTimeVR movie controller displays that frame by changing the current L7time of the movie to the start time of that view. U
ãm¡XUJ $fIt’s possible, however, to have more than one frame in a particular object view. Moreover, the number 0¡dUI dof frames per view can be different from view to view. The only restriction imposed by QuickTimeVR DTis that the view duration be constant throughout all views in a single object node.
ãl¡ÇUG ,l V Having multiple frames per view is useful in several cases. First, you might want to display one frame 0¡éUF ^if the mouse button is up but a different frame if the mouse button is down. To support this, vQuickTimeVR allows the VR movie author to include more than one èview state « in an object movie. è «A Diview state is an alternate set of images that are displayed, depending on the state of the mouse button.
ã¡æUC $RAlternate view states are stored as separate object image arrays that immediately p¡ UB Tfollow the preceding view state in the object image track. Each state does not need Lto contain the same number of frames. However, the total movie time of each LEview state in an object node must be the same. œu « F
ÜZ¿r™¢ $QThe frames in a frame animation are stored sequentially in each animated view of 0¿~™° Rthe object. Each view does not need to contain the same number of frames (so that Ka view that is not animated can contain only one frame). However, the view Tduration of each view in an object node must be the same. In some cases, it is best Hto duplicate the scene frame to get the same view durations and let the Scompressor remove the extra data. See the chapter « handlink “QuickTimeVR File HFormat” « for complete information on how object nodes are stored in L+QuickTimeVR movies. ˇ œu « G
Ü[¿ÿ™ö ,o W An object movie can be set to play, in order, all the views in the current row ofthe object image array. ¿‰™ô pThis is èview animation. « For both view and frame animation, an object node has a set of èanimation osettings « that specify characteristics of the movie while it is playing. For example, if a movie’s animate "G jview frames flag is set and there are different frames in the current view duration, the movie controller kplays an animation at the current view of the object. That is, the movie controller displays all frames in qthe appropriate portion of the view duration and, if the ŒkQTVRWrapPan « control setting is on, it starts aover when it reaches the segment boundary. If the animate view frames flag is not set, the movie [controller stops displaying frames when it reaches the segment boundary. See « handlink e“QuickTimeVR Manager/Animation Settings” «for a complete description of the available animation Lsettings. N Z
ã)sà™™¡h™ê dPanorama Û Node Ûs
ãCGÜ™™¡u™è ,y [ O The data used to represent a panorama is stored as a single èpanoramic image « that contains the entire p¡Å™é epanorama. The movie author creates this image by stitching together individual overlapping digitized qphotographs of the scene (or by using a 3D renderer to generate an artificial scene). «Currently, « these bimages are cylindrical projections of the panorama. Viewed by itself, the panoramic image appears adistorted, but it is automatically corrected at runtime when it is displayed by the QuickTimeVR L@movie controller. Figure1-6 shows a panoramic image.
¬X ¬ë Û ÇSÇS 6U¬ ¡Ô Ù ÄF 6U¬ ¡Ô ¡Ó™• @ ÉgÉg ÇS ãt= l? The panoramic image used to generate panoramic views
ãDGÜ™™¿|Uj $oA èpanorama view « is completely described by its node ID, field of view, pan angle, and tilt angle. As 0¿àUi dwith object nodes, a panoramic node’s pan angle can range from 0degrees to 360degrees. Increasing pthe pan angle has the effect of
)turning one’s view to the left. When the user is looking directly into the Ä) rhorizon, «the tilt angle is 0. Increasing the tilt angle tilts one’s view up, while decreasing the tilt angle G L tilts one’s view down. \
ã|¿ƒUe $LThe current image-warping technology for panoramic nodes, using cylindrical 0¿–Ud Qprojection, does not allow looking straight up or straight down. Future versions Kof QuickTimeVR, however, will provide other methods ofprojection that do LEsupport looking straight up and straight down. œs «
ãu¿˙Ua $fWhile a panorama is being displayed, it can be either at rest (static) or in motion. A panorama is in 0¡U` lmotion when being panned, tilted, or zoomed. Apanorama is also in motion when a ètransition « (that dis, a movement between two items in a movie, such as from one view in a node to another view in the fsame node, or from one node to another) is occurring. At all other times, the panorama is static. You ccan change the imaging properties of a panorama to control the quality and speed of display during _rest or motion states. By default, QuickTimeVR sacrifices quality for speed during motion but L/displays at highest quality when at rest. Ü
ãp¡TUZ ,| ë When a transition is occurring, you can specify that a special visual effect, called a ètransition effect, « be 0¡`UY qdisplayed. The only transitional effect currently supported is a èswing transition « between two views in fthe same node. When the swing transition is enabled and a new pan angle, tilt angle, or field of view gis set, the movie controller performs a smooth swing to the new view (rather than a simple jump to the L[new view). In the future, other transitional effects may b «e supported. P ^ _
é3¡ñUU ,j ˚ With version 2.1, QuickDrawVR is capable of using tweening control data that affects the pan angle, ¡¢UT Dstilt angle, and field of view. For information about tweening, please see the äQuickTime 3.0 Reference «..
Ä §™® $bHot spots can be either enabled or disabled. When a hot spot is enabled, QuickTimeVR changes the 0∞™ß gcursor as it moves in and out of hot spots and responds to mouse button clicks and other user actions. aYour application can install callback procedures to respond to mouse actions. When a hot spot is gdisabled, however, it effectively doesn’t exist as far as the user is concerned: QuickTimeVR does not D7change the cursor or execute your callback procedures.
Äf¿f™£ $^The QuickTimeVR Manager provides a number of functions that you can useto manage hot spots. ¿r™¢ LSSee « handlink “QuickTimeVR Manager/Managing Hot Spots” «for details. ~
Ä
sà™™¿ñ™° d Viewing Limits and Constraints
Å=GÜ™™¿£™† ,s $ û í The data in a panoramic image and in an object image array imposes a set of viewing restrictions on 0¿Ø™ü gthe associated node. For example, a particular panoramic node might be a èpartial panorama « (a hpanorama that is less than 360degrees). Similarly, the object image array for a particular object node imight include views for tilt angles only in a restricted range, say, +45degrees to –45degrees (instead dof the more usual +90degrees to –90degrees). The allowable ranges of pan angles, tilt angles, and rfields of view are the èviewing limits « for the node. Viewing limits are determined at the time a node is LDauthored and are imposed by the data stored in the movie file. `
Ü:¿˝™ô $cIt’s possible to impose additional viewing restrictions at runtime. For instance, a game developer 0¡ ™ò cmight want to limit the amount of a panorama visible to the user until the user achieves some goal m(such as touching all the visible hot spots in the node). These additional restrictions are the èviewing fconstraints « for the node. As you might expect, a viewing constraint must always lie in the range "G eestablished by the node’s viewing limits. By default (that is, if the movie file doesn’t contain any ]viewing constraint atoms, and no constraints have beenimposed at runtime), a node’s viewing L3constraints coincide with its viewing limits. c
Ö¡W™í $iEach node also has a set of ècontrol settings, « which determine the behavior of the QuickTimeVR 0¡c™ë mmovie controller when the user reaches a viewing constraint. For example, the ŒkQTVRWrapPan « control bsetting determines whether the user can wrap around from the current pan constraint maximum value eto the pan constraint minimum value (or vice versa) using the mouse or arrow keys. When this setting `is enabled, panning past the maximum or minimum pan constraint is allowed. When this setting is fdisabled, the user cannot pan across the current viewing constraints; when the user reaches a viewing LOconstraint, further panning in that direction is disabled. D a f e
è ä™™¡µ™ã l! ¸ Displaying Downloaded Files
èGÜ™™¡Ã™ä $\To improve the user experience with data being downloaded from the Internet, version 2.1 of p¡ÿ™â bQuickTimeVR allows the user to begin viewing and manipulating a panorama or object before it has ebeen entirely loaded. Rather than forcing the user to wait until a panorama or object has been fully ¬X ¬ë ˘ ÇUÇU 6U¬ ¡Ô ˙ ÄJ 6U¬ ¡Ô ¡Ÿˇ‡ @ ÇU
èGÜ™™¿C™ß dcThe application can allow the user to interact with a downloading panorama in the following ways.
è¿U™¶ $bIf the QuickTime VR panorama movie was saved using QuickTime version 2.1, the placeholder will be 0¿a™• \seen the whole time the movie is being downloaded, the same way it was done in QuickTime VR D1.0.x.
è¿™£ $ZIf the QuickTime VR panorama movie was saved using QuickTime version 2.5, then during the 0¿ã™¢ Zdownloading of the panorama QuickTime VR 2.1 shows a black background with a grid showing cthe locations of the tiles. As each tile becomes available, the software updates the movie to the ahighest resolution of the tile. The user can manipulated the movie as normal while the movie is DObeing loaded. The hotspots are not active while the movie is being downloaded.
è¿¡™û $gThe application also has the option to display a version of the panorama in a lower resolusion or with 0¿Õ™ù efewer colors so the user can see the whole picture. A multinode movie has active hotspots available Dwhile being downloaded.
è sà™™¿˝™õ dDownloading Objects
èGÜ™™¡
™ö daThe application can allow the user to interact with a downloading object in the following ways.
è¡ ™ô $aIf the QuickTime VR object movie was saved using QuickTime version 2.1, the placeholder will be 0¡(™ò ]seen the whole time the movie is being downloaded , the same way it was done in QuickTime VR D1.0.x.
è¡F™ñ $dIf the QuickTime VR 1.0 object movie was saved using QuickTime version 2.5, then after the poster 0¡R™ï _frame is downloaded, the QuickTime place holder is replaced by the poster frame. The user can cthen manipulte the object movie with any data already downloaded. If the user tries to manipulate dthe object before the poster frame is available, the user will be able to do as much as can be done Dwith the data available.
è¡à™ë $`The application also has the option to include a version of each frame of the object in a lower 0¡î™ê bresolution or with fewer colors so the user can have the full experience of the object before the cfull-resolution version is available. A multinode movie has active hotspots available while being D downloaded.
è¡æ™ç $eThe application also has the option to provide a mode of operation allowing each frame of the object p¡ ™å cwhen downloaded to be displayed on the screen as an autorotate version of the object. The user can DNthen manipulate the object with the available data (with or without preview).
p ; QuickDraw3D = routines, this book ïuses the C interfaces available with the Macintosh Programmer’s DWorkshop (MPW).
G¿W™• $_All code listings in this book are shown in C. They show methods of using various routines and 0¿c™§ cillustrate techniques for accomplishing particular tasks. All code listings have been compiled and `tested. However, Apple Computer, Inc. does not intend for you to use these code samples in your D
application.
¿ì™° $FFor any online updates to this book, check the QuickTimeVR developer 0¿ü™† Iinformation page referenced from the QuickTimeVR home page on the World LDWide Web, at http://qtvr.QuickTime.apple.com. N œs « O
¿Ω™û $dIf you provide commercial products and services, call 408-974-4897 for information on the developer ¿…™ù D'support programs available from Apple.
¿€™ú d`For information on registering signatures, file types, and other technical information, contact
à0¿ÓˇÒ e+Macintosh Developer Technical Support Ñ
Ü™™¿˛™õ d
à1¡ˇ eApple Computer, Inc. Ñ
Ü™™¡ ™ö d
à2¡.ˇÔ e!1 Infinite Loop, M/S 303-2T Ñ
Ü™™¡>™ô d
à3¡NˇÓ eCupertino, CA 95014 Ñ
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Äq % Parent = DL ECOMPACT
AÄr e
Depth = 0 Ä}¿¸ ¡ˇˇfi6±ˇ¸ E ÄZÅ8Å: ¿¸ ¡ˇˇfi6±ˇ¸çˇˇÄ\ +WÄu+Ü™™à™™ eN Ä}¡2 ¡ˇˇfi6±ˇ¸ E ÄZÅ9Å; ¡2 ¡ˇˇfi6±ˇ¸çˇˇÄ\ +WÄv+Ü™™à™™ eN Ä}¡h ¡ˇˇfi¿ê ±ˇ¸ E ÄZÅ:Å< ¡h ¡ˇˇfi¿ê ±ˇ¸çˇˇÄ\ +WÄw+Ü™™à™™ a Ä}$¬1ˇ⁄¿ê ±ˇ¸ E
Depth = 1 Ä}¿¸ ¡≠ˇ‰6•ˇ˝ E„ àkÇ!Ç# ¿¸ ¡≠ˇ‰6•ˇ˝çˇˇàm @WÅj+Ü™™à™™ eN Ä}¡2 ¡≠ˇ‰6•ˇ˝ E àkÇ"Ç$ ¡2 ¡≠ˇ‰6•ˇ˝çˇˇàm @WÅk+Ü™™à™™ eN Ä}¡h ¡≠ˇ‰¿ê •ˇ˝ EÁ àkÇ#Ç% ¡h ¡≠ˇ‰¿ê •ˇ˝çˇˇàm @WÅl+Ü™™à™™ a Ä}$¡”ˇ·¿ê 硡 EÈ àkÇ$Ç& $¡”ˇ·¿ê 硡硡àm A WÅm+Ü™™à™™ eP:H3.Heading3 Ä}¿¥ ¡”ˇ·H硡 EÎ àkÇ%Ç' ¿¥ ¡”ˇ·H硡硡àm AWÅn+Ü™™à™™ eH* Ä}¿¸ ¡”ˇ·6硡 EÌ àkÇ&Ç( ¿¸ ¡”ˇ·6硡硡àm AWÅo+Ü™™à™™ eY Ä}¡2 ¡”ˇ·6硡 EÚ àkÇ'Ç) ¡2 ¡”ˇ·6硡硡àm AWÅp+Ü™™à™™ eN Ä}¡h ¡”ˇ·¿ê 硡 EÙ àkÇ(Ç* ¡h ¡”ˇ·¿ê 硡硡àm AWÅq+Ü™™à™™ a Ä}$¡·ˇ‡¿ê •ˇ˝ Eˆ àkÇ)Ç+ $¡·ˇ‡¿ê •ˇ˝çˇˇàm B WÅr+Ü™™à™™ eP:H3.Heading3TOC Ä}¿¥ ¡·ˇ‡H•ˇ˝ E¯ àkÇ*Ç, ¿¥ ¡·ˇ‡H•ˇ˝•ˇ˝àm BÅu+Ü™™óˇ˛ eLI
Ås e Parent = UL
QÅt e
Depth = 2 Ä}¿¸ ¡·ˇ‡6•ˇ˝ E¸ àkÇ+Ç- ¿¸ ¡·ˇ‡6•ˇ˝çˇˇàm BWÅv+Ü™™à™™ eN Ä}¡2 ¡·ˇ‡6•ˇ˝ E˛ àkÇ,Ç. ¡2 ¡·ˇ‡6•ˇ˝çˇˇàm BWÅw+Ü™™à™™ eN Ä}¡h ¡·ˇ‡¿ê •ˇ˝ F àkÇ-Ç/ ¡h ¡·ˇ‡¿ê •ˇ˝çˇˇàm BWÅx+Ü™™à™™ a Ä}$¬ˇ›¿ê 硡 F àkÇ.Ç0 $¬ˇ›¿ê 硡硡àm C WÅy+Ü™™à™™ eP:H3nb.Heading3 Ä}¿¥ ¬ˇ›H硡 F àkÇ/Ç1 ¿¥ ¬ˇ›H硡硡àm CWÅz+Ü™™à™™ eH* Ä}¿¸ ¬ˇ›6硡 F àkÇ0Ç2 ¿¸ ¬ˇ›6硡硡àm CWÅ{+Ü™™à™™ eN Ä}¡2 ¬ˇ›6硡 F àkÇ1Ç3 ¡2 ¬ˇ›6硡硡àm CWÅ|+Ü™™à™™ eN Ä}¡h ¬ˇ›¿ê 硡 F
àkÇ2Ç4 ¡h ¬ˇ›¿ê 硡硡àm CWÅ}+Ü™™à™™ aNo new Web page! Ä}$¬ˇ‹¿ê •ˇ˝ F àkÇ3Ç5 $¬ˇ‹¿ê •ˇ˝çˇˇàm D WÅ~+Ü™™à™™ eP:H3nb.Heading3TOC Ä}¿¥ ¬ˇ‹H•ˇ˝ F àkÇ4Ç6 ¿¥ ¬ˇ‹H•ˇ˝•ˇ˝àm DÇ+Ü™™óˇ˛ eLI
Å e Parent = UL
QÇ e
Depth = 2 Ä}¿¸ ¬ˇ‹6•ˇ˝ F àkÇ5Ç7 ¿¸ ¬ˇ‹6•ˇ˝çˇˇàm DWÇ+Ü™™à™™ eN Ä}¡2 ¬ˇ‹6•ˇ˝ F àkÇ6Ç8 ¡2 ¬ˇ‹6•ˇ˝çˇˇàm DWÇ+Ü™™à™™ eN Ä}¡h ¬ˇ‹¿ê •ˇ˝ F àkÇ7ÇG ¡h ¬ˇ‹¿ê •ˇ˝çˇˇàm DWÇ+Ü™™à™™ a $¿ˇ@ѥ߿ã`@ /1 dÇC $¿ˇ@ѥ߿ã`@$¡ $¡ ÄGRoH Line ¡ ¿˘@Ñ¿HÄã`@ / \ÄYÇ; ¡ ¿˘@Ñ¿HÄã`@¡ ¡ ¡ ¡ ÄG figurespacer$¿@$¡• / \Ç:Ç= Ç<Ç< Single Line ¡§ / +Ç; ¡§ ¡§ $¿õ ¡• /! \Ç;Ç? Ç>Ç>
P:SH3.SumHd3 Ä}¿¥ ¡/ˇÌH硡 G≠ àqÑ+Ñ- ¿¥ ¡/ˇÌH硡硡às kWÉX+Ü™™à™™ eH* Ä}¿¸ ¡/ˇÌ6硡 GØ àqÑ,Ñ. ¿¸ ¡/ˇÌ6硡硡às kWÉY+Ü™™à™™ eN Ä}¡2 ¡/ˇÌ6硡 G± àqÑ-Ñ/ ¡2 ¡/ˇÌ6硡硡às kWÉZ+Ü™™à™™ eN Ä}¡h ¡/ˇÌ¿ê 硡 G≥ àqÑ.Ñ1 ¡h ¡/ˇÌ¿ê 硡硡às kWÉ[+Ü™™à™™ a ¿ô ^¡§ ¿Ü™≠ ” ÄB ò™≠ ÄCÇ Ä}$¡=ˇÏ¿ê 硡 Gµ àqÑ/Ñ2 $¡=ˇÏ¿ê 硡硡às l WÉ\+Ü™™à™™ eP:SR0.SumRoutine0 Ä}¿¥ ¡=ˇÏH硡 G∑ àqÑ1Ñ3 ¿¥ ¡=ˇÏH硡硡às lWÉ]+Ü™™à™™ eCODE Ä}¿¸ ¡=ˇÏ6硡 Gπ àqÑ2Ñ4 ¿¸ ¡=ˇÏ6硡硡às lWÉ^+Ü™™à™™ eN Ä}¡2 ¡=ˇÏ6硡 Gª àqÑ3Ñ5 ¡2 ¡=ˇÏ6硡硡às lWÉ_+Ü™™à™™ eN Ä}¡h ¡=ˇÏ¿ê 硡 GΩ àqÑ4Ñ6 ¡h ¡=ˇÏ¿ê 硡硡às lWÉ`+Ü™™à™™ a Ä}$¡KˇÎ¿ê 硡 Gø àqÑ5Ñ7 $¡KˇÎ¿ê 硡硡às m WÉa+Ü™™à™™ eP:SR1.SumRoutine1 Ä}¿¥ ¡KˇÎH硡 G¡ àqÑ6Ñ8 ¿¥ ¡KˇÎH硡硡às mWÉb+Ü™™à™™ eCODE Ä}¿¸ ¡KˇÎ6硡 G√ àqÑ7Ñ9 ¿¸ ¡KˇÎ6硡硡às mWÉc+Ü™™à™™ eN Ä}¡2 ¡KˇÎ6硡 G≈ àqÑ8Ñ: ¡2 ¡KˇÎ6硡硡às mWÉd+Ü™™à™™ eN Ä}¡h ¡KˇÎ¿ê 硡 G« àqÑ9Ñ; ¡h ¡KˇÎ¿ê 硡硡às mWÉe+Ü™™à™™ a Ä}$¡YˇÍ¿ê 硡 G… àqÑ:Ñ< $¡YˇÍ¿ê 硡硡às n WÉf+Ü™™à™™ eP:SRD.SumRoutineDrop Ä}¿¥ ¡YˇÍH硡 GÀ àqÑ;Ñ= ¿¥ ¡YˇÍH硡硡às nWÉg+Ü™™à™™ eCODE Ä}¿¸ ¡YˇÍ6硡 GÕ àqÑ<Ñ> ¿¸ ¡YˇÍ6硡硡às nWÉh+Ü™™à™™ eN Ä}¡2 ¡YˇÍ6硡 Gœ àqÑ=Ñ? ¡2 ¡YˇÍ6硡硡às nWÉi+Ü™™à™™ eN Ä}¡h ¡YˇÍ¿ê 硡 G— àqÑ>Ñ@ ¡h ¡YˇÍ¿ê 硡硡às nWÉj+Ü™™à™™ a Ä}$¡gˇÈ¿ê 硡 G” àqÑ?ÑA $¡gˇÈ¿ê 硡硡às o WÉk+Ü™™à™™ eP:SSb.SumSubhd Ä}¿¥ ¡gˇÈH硡 G’ àqÑ@ÑB ¿¥ ¡gˇÈH硡硡às oWÉl+Ü™™à™™ eH* Ä}¿¸ ¡gˇÈ6硡 G◊ àqÑAÑC ¿¸ ¡gˇÈ6硡硡às oWÉm+Ü™™à™™ eN Ä}¡2 ¡gˇÈ6硡 GŸ àqÑBÑD ¡2 ¡gˇÈ6硡硡às oWÉn+Ü™™à™™ eN Ä}¡h ¡gˇÈ¿ê 硡 G€ àqÑCÑE ¡h ¡gˇÈ¿ê 硡硡às oWÉo+Ü™™à™™ a Ä}$¡uˇË¿ê 硡 G› àqÑDÑF $¡uˇË¿ê 硡硡às p WÉp+Ü™™à™™ eP:ST0.SumText0 Ä}¿¥ ¡uˇËH硡 Gfl àqÑEÑG ¿¥ ¡uˇËH硡硡às pWÉq+Ü™™à™™ eP Ä}¿¸ ¡uˇË6硡 G· àqÑFÑH ¿¸ ¡uˇË6硡硡às pWÉr+Ü™™à™™ eN Ä}¡2 ¡uˇË6硡 G„ àqÑGÑI ¡2 ¡uˇË6硡硡às pWÉs+Ü™™à™™ eN Ä}¡h ¡uˇË¿ê 硡 G àqÑHÑJ ¡h ¡uˇË¿ê 硡硡às pWÉt+Ü™™à™™ a Ä}$¡ÉˇÁ¿ê 硡 GÁ àqÑIÑK $¡ÉˇÁ¿ê 硡硡às q WÉu+Ü™™à™™ eP:ST1.SumText1 Ä}¿¥ ¡ÉˇÁH硡 GÈ àqÑJÑL ¿¥ ¡ÉˇÁH硡硡às qWÉv+Ü™™à™™ eP Ä}¿¸ ¡ÉˇÁ6硡 GÎ àqÑKÑM ¿¸ ¡ÉˇÁ6硡硡às qWÉw+Ü™™à™™ eN Ä}¡2 ¡ÉˇÁ6硡 GÌ àqÑLÑN ¡2 ¡ÉˇÁ6硡硡às qWÉx+Ü™™à™™ eN Ä}¡h ¡ÉˇÁ¿ê 硡 GÔ àqÑMÑO ¡h ¡ÉˇÁ¿ê 硡硡às qWÉy+Ü™™à™™ a Ä}$¡ëˇÊ¿ê 硡 GÒ àqÑNÑP $¡ëˇÊ¿ê 硡硡às r WÉz+Ü™™à™™ eP:STM0.SumTrapMacro0 Ä}¿¥ ¡ëˇÊH硡 GÛ àqÑOÑQ ¿¥ ¡ëˇÊH硡硡às rWÉ{+Ü™™à™™ eCODE Ä}¿¸ ¡ëˇÊ6硡 Gı àqÑPÑR ¿¸ ¡ëˇÊ6硡硡às rWÉ|+Ü™™à™™ eN Ä}¡2 ¡ëˇÊ6硡 G˜ àqÑQÑS ¡2 ¡ëˇÊ6硡硡às rWÉ}+Ü™™à™™ eN Ä}¡h ¡ëˇÊ¿ê 硡 G˘ àqÑRÑT ¡h ¡ëˇÊ¿ê 硡硡às rWÉ~+Ü™™à™™ a Ä}$¡üˇÂ¿ê 硡 G˚ àqÑSÑU $¡üˇÂ¿ê 硡硡às s WÉ+Ü™™à™™ eP:STM1.SumTrapMacro1 Ä}¿¥ ¡üˇÂH硡 G˝ àqÑTÑV ¿¥ ¡üˇÂH硡硡às sWÑ +Ü™™à™™ eCODE Ä}¿¸ ¡üˇÂ6硡 Gˇ àqÑUÑW ¿¸ ¡üˇÂ6硡硡às sWÑ+Ü™™à™™ eN Ä}¡2 ¡üˇÂ6硡 H àqÑVÑX ¡2 ¡üˇÂ6硡硡às sWÑ+Ü™™à™™ eN Ä}¡h ¡üˇÂ¿ê 硡 H àqÑWÑY ¡h ¡üˇÂ¿ê 硡硡às sWÑ+Ü™™à™™ a Ä}$¡≠ˇ‰¿ê 硡 H àqÑXÑZ $¡≠ˇ‰¿ê 硡硡às t WÑ+Ü™™à™™ e P:T0.Text0 Ä}¿¥ ¡≠ˇ‰H硡 H àqÑYÑ[ ¿¥ ¡≠ˇ‰H硡硡às tWÑ+Ü™™à™™ eP Ä}¿¸ ¡≠ˇ‰6硡 H àqÑZÑ\ ¿¸ ¡≠ˇ‰6硡硡às tWÑ+Ü™™à™™ eN Ä}¡2 ¡≠ˇ‰6硡 H àqÑ[Ñ] ¡2 ¡≠ˇ‰6硡硡às tWÑ+Ü™™à™™ eN Ä}¡h ¡≠ˇ‰¿ê 硡 H
àqÑ\Ñ^ ¡h ¡≠ˇ‰¿ê 硡硡às tWÑ+Ü™™à™™ a Ä}$¡ªˇ„¿ê 硡 H àqÑ]Ñ_ $¡ªˇ„¿ê 硡硡às u WÑ +Ü™™à™™ e P:T1.Text1 Ä}¿¥ ¡ªˇ„H硡 H àqÑ^Ñ` ¿¥ ¡ªˇ„H硡硡às uWÑ
+Ü™™à™™ eP Ä}¿¸ ¡ªˇ„6硡 H àqÑ_Ña ¿¸ ¡ªˇ„6硡硡às uWÑ +Ü™™à™™ eN Ä}¡2 ¡ªˇ„6硡 H àqÑ`Ñb ¡2 ¡ªˇ„6硡硡às uWÑ +Ü™™à™™ eN Ä}¡h ¡ªˇ„¿ê 硡 H àqÑaÑc ¡h ¡ªˇ„¿ê 硡硡às uWÑ
+Ü™™à™™ a Ä}$¡…ˇ‚¿ê 硡 H àqÑbÑd $¡…ˇ‚¿ê 硡硡às v WÑ+Ü™™à™™ e P:Tb.Table Ä}¿¥ ¡…ˇ‚H硡 H àqÑcÑe ¿¥ ¡…ˇ‚H硡硡às vWÑ+Ü™™à™™ eP Ä}¿¸ ¡…ˇ‚6硡 H àqÑdÑf ¿¸ ¡…ˇ‚6硡硡às vWÑ+Ü™™à™™ eN Ä}¡2 ¡…ˇ‚6硡 H àqÑeÑg ¡2 ¡…ˇ‚6硡硡às vWÑ+Ü™™à™™ eY Ä}¡h ¡…ˇ‚¿ê 硡 H! àqÑfÑh ¡h ¡…ˇ‚¿ê 硡硡às vWÑ+Ü™™à™™ a Ä}$¡◊ˇ·¿ê 硡 H# àqÑgÑi $¡◊ˇ·¿ê 硡硡às w WÑ+Ü™™à™™ eP:TbCv.TblCode Ä}¿¥ ¡◊ˇ·H硡 H% àqÑhÑj ¿¥ ¡◊ˇ·H硡硡às wWÑ+Ü™™à™™ eCODE Ä}¿¸ ¡◊ˇ·6硡 H' àqÑiÑk ¿¸ ¡◊ˇ·6硡硡às wWÑ+Ü™™à™™ eN Ä}¡2 ¡◊ˇ·6硡 H) àqÑjÑl ¡2 ¡◊ˇ·6硡硡às wWÑ+Ü™™à™™ eN Ä}¡h ¡◊ˇ·¿ê 硡 H+ àqÑkÑm ¡h ¡◊ˇ·¿ê 硡硡às wWÑ+Ü™™à™™ a Ä}$¡Âˇ‡¿ê 硡 H- àqÑlÑn $¡Âˇ‡¿ê 硡硡às x WÑ+Ü™™à™™ eP:TbCv2.TblCode2 Ä}¿¥ ¡Âˇ‡H硡 H/ àqÑmÑo ¿¥ ¡Âˇ‡H硡硡às xWÑ+Ü™™à™™ eCODE Ä}¿¸ ¡Âˇ‡6硡 H1 àqÑnÑp ¿¸ ¡Âˇ‡6硡硡às xWÑ+Ü™™à™™ eN Ä}¡2 ¡Âˇ‡6硡 H3 àqÑoÑq ¡2 ¡Âˇ‡6硡硡às xWÑ+Ü™™à™™ eN Ä}¡h ¡Âˇ‡¿ê 硡 H5 àqÑpÑr ¡h ¡Âˇ‡¿ê 硡硡às xWÑ +Ü™™à™™ a Ä}$¡Ûˇfl¿ê 硡 H7 àqÑqÑs $¡Ûˇfl¿ê 硡硡às y WÑ +Ü™™à™™ eP:TbF.TblFull Ä}¿¥ ¡ÛˇflH硡 H9 àqÑrÑt ¿¥ ¡ÛˇflH硡硡às yWÑ +Ü™™à™™ eP Ä}¿¸ ¡Ûˇfl6硡 H; àqÑsÑu ¿¸ ¡Ûˇfl6硡硡às yWÑ +Ü™™à™™ eN Ä}¡2 ¡Ûˇfl6硡 H= àqÑtÑv ¡2 ¡Ûˇfl6硡硡às yWÑ +Ü™™à™™ eY Ä}¡h ¡Ûˇfl¿ê 硡 H? àqÑuÑw ¡h ¡Ûˇfl¿ê 硡硡às yWÑ!+Ü™™à™™ a Ä}$¬ˇfi¿ê 硡 HA àqÑvÑx $¬ˇfi¿ê 硡硡às z WÑ"+Ü™™à™™ eP:TbFNote.TblFullNote Ä}¿¥ ¬ˇfiH硡 HC àqÑwÑy ¿¥ ¬ˇfiH硡硡às zWÑ#+Ü™™à™™ eP Ä}¿¸ ¬ˇfi6硡 HE àqÑxÑz ¿¸ ¬ˇfi6硡硡às zWÑ$+Ü™™à™™ eN Ä}¡2 ¬ˇfi6硡 HG àqÑyÑ{ ¡2 ¬ˇfi6硡硡às zWÑ%+Ü™™à™™ eN Ä}¡h ¬ˇfi¿ê 硡 HI àqÑzÑ| ¡h ¬ˇfi¿ê 硡硡às zWÑ&+Ü™™à™™ a Ä}$¬ˇ›¿ê 硡 HK àqÑ{Ñ} $¬ˇ›¿ê 硡硡às { WÑ'+Ü™™à™™ e P:TbH.TblHd Ä}¿¥ ¬ˇ›H硡 HM àqÑ|Ñ~ ¿¥ ¬ˇ›H硡硡às {WÑ(+Ü™™à™™ eP Ä}¿¸ ¬ˇ›6硡 HO àqÑ}Ñ ¿¸ ¬ˇ›6硡硡às {WÑ)+Ü™™à™™ eN Ä}¡2 ¬ˇ›6硡 HQ àqÑ~Ö ¡2 ¬ˇ›6硡硡às {WÑ*+Ü™™à™™ eN Ä}¡h ¬ˇ›¿ê 硡 HS àqÑÖ ¡h ¬ˇ›¿ê 硡硡às {WÑ++Ü™™à™™ a Ä}$¬ ˇ‹¿ê 硡 HU àqÖ Ö $¬ ˇ‹¿ê 硡硡às | WÑ,+Ü™™à™™ eP:TbHC.CtrTblHd Ä}¿¥ ¬ ˇ‹H硡 HW àqÖÖ ¿¥ ¬ ˇ‹H硡硡às |WÑ-+Ü™™à™™ eP Ä}¿¸ ¬ ˇ‹6硡 HY àqÖÖ ¿¸ ¬ ˇ‹6硡硡às |WÑ.+Ü™™à™™ eN Ä}¡2 ¬ ˇ‹6硡 H[ àqÖÖ ¡2 ¬ ˇ‹6硡硡às |WÑ/+Ü™™à™™ eN Ä}¡h ¬ ˇ‹¿ê 硡 H] àqÖÖ ¡h ¬ ˇ‹¿ê 硡硡às |WÑ0+Ü™™à™™ a Ä}$¬+ˇ€¿ê 硡 H_ àqÖÖ $¬+ˇ€¿ê 硡硡às } WÑ1+Ü™™à™™ eP:TbHR.RtAlign Ä}¿¥ ¬+ˇ€H硡 Ha àqÖÖ ¿¥ ¬+ˇ€H硡硡às }WÑ2+Ü™™à™™ eP Ä}¿¸ ¬+ˇ€6硡 Hc àqÖÖ ¿¸ ¬+ˇ€6硡硡às }WÑ3+Ü™™à™™ eN Ä}¡2 ¬+ˇ€6硡 He àqÖÖ
¡2 ¬+ˇ€6硡硡às }WÑ4+Ü™™à™™ eN Ä}¡h ¬+ˇ€¿ê 硡 Hg àqÖ Ö ¡h ¬+ˇ€¿ê 硡硡às }WÑ5+Ü™™à™™ a Ä}$¬9ˇ⁄¿ê 硡 Hi àqÖ
Image Format Ä}¿ÿ ¿ôˇ˙¿ê 硡 K: à}áoáq ¿ÿ ¿ôˇ˙¿ê 硡硡à ÄFWá3+Ü™™à™™ e0001IMAGGIF MACP0001GIF Ä}¡h ¿ôˇ˙H硡 K< à}ápár ¡h ¿ôˇ˙H硡硡à ÄFWá4+Ü™™à™™ a Ä}$¿ßˇ˘¿¥ 硡 K> à}áqás $¿ßˇ˘¿¥ 硡硡à ÄG Wá5+Ü™™à™™ e!Copy Files Imported by Reference Ä}¿ÿ ¿ßˇ˘¿ê 硡 K@ à}árát ¿ÿ ¿ßˇ˘¿ê 硡硡à ÄGWá6+Ü™™à™™ eN Ä}¡h ¿ßˇ˘H硡 KB à}ás ¡h ¿ßˇ˘H硡硡à ÄGWá7+Ü™™à™™ a Ä}$¿ªˇ¯¡À KE â áy $¿ªˇ¯¡À â ÄH Wá8 aSystem Macros Ä}¿å ¿ªˇ¯¡À KG â ¿å ¿ªˇ¯¡À â ÄHWá9 a Ä}¿å ¿ªˇ¯¡À KI â ¿å ¿ªˇ¯¡À â ÄHWá: a Ä}¿å ¿ªˇ¯¡À KK â ¿å ¿ªˇ¯¡À â ÄHWá; a Ä}$¿Àˇ¯h硡 KM â áuáz $¿Àˇ¯h硡硡â ÄI Wá<+Ü™™à™™ e Macro Name Ä}¿å ¿Àˇ¯¿‹ 硡 KO â áyá{ ¿å ¿Àˇ¯¿‹ 硡硡â ÄIWá=+Ü™™à™™ e
Replace With Ä}¡h ¿Àˇ¯P硡 KQ â ázá| ¡h ¿Àˇ¯P硡硡â ÄIWá>+Ü™™à™™ eHead Ä}¡∏ ¿Àˇ¯9硡 KS â á{á} ¡∏ ¿Àˇ¯9硡硡â ÄIWá?+Ü™™à™™ e Comments Ä}$¿Ÿˇ˜hΩˇ˚ KU â á|á~ $¿Ÿˇ˜hΩˇ˚硡â ÄJ Wá@+Ü™™à™™ e StartOfDoc Ä}¿å ¿Ÿˇ˜¿‹ Ωˇ˚ KW â á}á ¿å ¿Ÿˇ˜¿‹ Ωˇ˚Ωˇ˚â ÄJgáA+Ü™™ %3<!-- top image banner and para --><I>QuickTime 3.0 Preview</I><P>| <A 1HREF="tp_qt3ref_vrintro.1.htm">Chapter contents</ 'A> | <!--><!--><!--><A HREF="<$nextsub Edoc>">Next |</P> Ä}¡h ¿Ÿˇ˜PΩˇ˚ Kw â á~à ¡h ¿Ÿˇ˜PΩˇ˚•ˇ˝â ÄJg+Ü™™ %
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