rdlc data matrix

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One of the sources of grief in ensuring multi-session compatibility among recordable discs and disc players has its roots in a slight omission in the Orange Book standard From the earlier descriptions of Yellow Book physical sector layouts, you may recall that the standard speci ed two modes: Mode 1 and Mode 2, each handling the data within a track differently As Orange Book describes multi-session recording, it speci es that whatever track type Mode 1 or Mode 2 is initially used for recording, that same track type should be used consistently throughout The question is, how do you determine which one was used initially Orange Book provides no clues to help resolve this question, which has led to varying interpretations by drive and software manufacturers Kodak s implementation of the PhotoCD standard, which uses an extension of the CD-ROM XA sector format (as described in the White Book standard), originated because of the fact that photographs being digitized and written to disc needed to be recorded over multiple sessions One roll of lm didn t produce enough images to ll a single CD-ROM Rather than waste the remaining space on the CD-ROM, Kodak helped devise the method for performing more than one write operation to a single disc When a customer brought in a second roll of lm, those images could be appended to the same disc as contained the previous images

Ill 25-5

Chosen object can t be extruded (it needs to be simplified or it s a bitmap)

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The Extrusion Type selector, shown next, offers six different shape types with which you can control both direction of the extrude and whether you need wide-angle, small perspective, or totally isometric (no perspective) 3D objects Depending on the type you choose, your extrusion can extend toward the back or front relative to the control object Choosing a front style causes the vanishing point to project from the front of your object; choosing a back style does the opposite Because you re working with geometric solids, when you choose a back style, the direction of the extrude will looked mirrored, although in wireframe view it s clear that the object inverted itself, its back side projecting forward instead of into the distance Icons in the selector indicate each shape type, with the darkened outline indicating your original object Here are the icons with callouts and examples of each style

3

Ill 25-6

Small Back This option (the default setting) causes the extrusion and vanishing point to be layered behind your original object Small Back is perhaps the most commonly applied extrusion type Small Front This causes the extrusion and vanishing point to be layered in front of your original object Big Back This option causes the extrusion to be layered behind your original object, while the vanishing point is in front Big Front This causes the extrusion to be layered in front of your original object, while the vanishing point is in back Back Parallel This option causes the extrusion to be layered behind your original object so that the extruded surfaces appear parallel to the original surfaces When this option is selected, the vanishing point sets the depth of the extrusion, while the actual depth option is unavailable No vanishing point is involved using this style Front Parallel This causes the extrusion to be layered in front of your object so that the extruded surfaces appear parallel to the original surfaces When this option is selected, the vanishing point sets the depth of the extrusion, while the actual depth option is unavailable No vanishing point accompanies this extrusion style

Some drive manufacturers responded to the popularity of the PhotoCD standard by providing support for Mode 2 (XA) multi-session data, but failed to include a provision for responding to multiple sessions on a Mode 1 disc These drives (and drivers) can only detect the rst session of a Mode 1 multi-session disc In some cases, however, you can update the device driver to make the drive recognize additional sessions The Lead In and Lead Out regions required for recording multiple sessions introduce a substantial amount of overhead to your disc The initial session recorded requires nearly 24 Megabytes for the Lead In and Lead Out areas Subsequent sessions add approximately 15 Megabytes of data overhead to your disc If you plan to record numerous multiple sessions, this data overhead can clearly reduce the data capacity of the disc The nite limitation, considering this overhead, is about 40 sessions; the Lead In and Lead Out regions in this case will consume more than half the available space on a 650MB CD in this case If your data requirements are considerable, you will probably want to limit the maximum number of sessions to under 10

Extrude Depth is based on the distance between the control object and the vanishing point You will get different appearances using the same Depth value but different styles, and Extrude Depth can be set as high as 99 Figure 25-4 shows a shallow and a deep extrude, using two different Depth values but the same Extrude style You can control object depth manually by dragging the interactive depth slider on top of the object, or enter values in the num box on the Property Bar (press ENTER after typing a value; the spin box controls update the object without the need to press ENTER)