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4GD has several advantages over previous generations of data management systems:$ M! d _, ?* ?* D0 }* D
• Flexible organization of design data
0 t! ^4 M" [ a8 f7 s: ~8 uThe collaborative design content can change dynamically as the design evolves.1 I" E% }4 h/ y! t$ x# q! s
Designers are not limited to viewing the product in predefined subassemblies.3 i# }, D- C+ |5 O; O
• Independent lifecycles0 M* E4 Y2 D0 E8 n2 e3 y
Each design element has its own lifecycle. You are not limited by the lifecycle
0 t2 ^" V% S8 Q) \of traditional assemblies. Each design element has its revision and status.* m) n& d& l3 u( e
Likewise, the CAD design owns its position and geometry.
4 _' S* L7 l& W- J$ y u0 }• Multiple hierarchical views( d2 u4 [$ }* S8 u. m
In a traditional product structure, each component is placed in an assembly. To
: Y N% N( H7 [6 v4 o# kview a component, you must load its parent assembly. Using 4GD, a design
d$ i5 c6 x6 C6 U0 t. Melement can appear in multiple partitions and subsets of the product. When0 V. c8 O9 P; w1 |1 r
a designer views partitions that may contain the same design element, 4GD
- b' G" N* c% `6 k: Qdisplays only the unique design elements.! T: Z3 f8 }, \0 Y0 _1 b
• Very large data sets8 c% s% W& i1 H3 c% H" `
Because there is no concept of a structure, very large data sets can be managed& Y$ E* }8 Z- g3 I. W
efficiently . Teamcenter loads collaborative designs much more quickly than% b9 t( _8 f. X0 U( G
traditional assemblies.0 j4 P0 p" c9 \" Z
• Minimal data locking% j* k+ e/ X# y
Designers check out only the design elements they need. To reposition a design
8 Y( a( f) n$ m" ]' A0 u8 Yelement, there is no parent assembly to check out and lock.6 V" Y; Z( {1 f" |, r5 @+ E/ k
• Efficient working sets
j6 C$ [- Q: e# fDesigners can work with adjacent design elements, without having to check out/ ?) b2 F$ A% n- W6 q
the next highest parent assembly that contains all the design elements.1 c& I. y2 v5 ~' U' K+ M; b
• Concurrent work capabilities
' C5 r$ F/ {# { B/ XBecause designers access the design elements in their workset using a dynamic
7 j$ c) Y. m0 y9 t7 ?8 [4 zrecipe instead of a rigid subassembly, the context of the workset can be updated
7 O. u" F3 t/ A& ito include new design elements created by other designers. For example, if the% ?5 E) c) S4 t1 B) f: p& z
recipe searches for all design elements within a spatial volume, reapplying the
& e$ u/ M5 ]- }+ Z$ N8 {0 J, ] Crecipe opens any new design elements within that volume. |
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