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Lists are the primary structures that you work with while programming in AutoLISP. As you work in this chapter, you ll begin to understand the use of lists to modify objects (also called entities) in the AutoCAD database, and in a variety of other contexts with AutoLISP. AutoCAD represents all object data in a list that contains many smaller lists, but the lists are simple to use and manipulate.

SYMMETRY AND STRUCTURAL PARAMETERS Structural parameters (bond lengths, bond angles, dihedral angles) must be the same in a molecule when they are interconvertible by a symmetry operation, that is, congruent. Conversely, structural parameters cannot be the same in a molecule when they are not congruent. If the structural parameters are not congruent, it is not possible to use symmetry arguments to predict the magnitude of the di erence. Some relationships between the bond lengths and angles of nominally tetrahedral molecules are shown below. The notation a and b denote groups which are di erent in some way. The point groups shown denote the molecular point group. For the relationships to hold exactly, the structures of a and b must be such as to preserve the overall symmetry. The relationships may be approximately obeyed if the denoted point groups are a fair representation of the local symmetry. For example, the rst structure will have exactly Td symmetry if a is H, Cl, or Me but not if a is Et, since the ethyl group does not have a threefold axis of symmetry. Equation (1.1) de nes the tetrahedral angle. Equation (1.2) may be handy for relating the internal bond angle of a threefold symmetric species, such as ammonia, to the out-of-plane angle of the bonds. Equation (1.3) applies to molecules like methylene chloride (CH2 Cl2 ) or cyclopropane.

The simple yet elegant organization of data within the data warehouse environment shown in Figure 2-28 makes data accessible in many different ways for many different purposes.

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Our philosophy of PACS design and implementation is that regardless of the scale of the PACS being planned, we should always leave room for future expansion, including integration with the enterprise PACS and ePR with image distribution. Thus, if the planning objective is to have a large-scale PACS now, the PACS architecture should allow for its future growth to an enterprise PACS with ePR image distribution features. On the other hand, if only a PACS module is being planned, consideration of the connectivity and compatibility of this module with future modules or a larger scale PACS is essential. The terms we discussed in previous chapters, namely open architecture, connectivity, standardization, portability, modularity, and IHE work ow pro les, should be included in the PACS design. 18.1.1 Cost Analysis

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