Boundary representation modelling techniques:
Gespeichert in:
| 1. Verfasser: | |
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| Format: | Buch |
| Sprache: | English |
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London
Springer
2006
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| Beschreibung: | XIX, 787 S. Ill., graph. Darst. |
| ISBN: | 1846283124 9781846283123 |
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| 100 | 1 | |a Stroud, Ian |e Verfasser |4 aut | |
| 245 | 1 | 0 | |a Boundary representation modelling techniques |c Ian Stroud |
| 264 | 1 | |a London |b Springer |c 2006 | |
| 300 | |a XIX, 787 S. |b Ill., graph. Darst. | ||
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Datensatz im Suchindex
| _version_ | 1804140651051220992 |
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| adam_text | IMAGE 1
IAN STROUD
BOUNDARY REPRESENTATION MODELLING TECHNIQUES
FYJ SPRINGER
IMAGE 2
CONTENTS
1 INTRODUCTION 1 1.1 BACKGROUND 11.2 REPRESENTATIONS FOR SOLID MODELLING
31.2.1 CELL DECOMPOSITION 31.2.2 GENERAL SWEEPING . * 31.2.3 SET
THEORETIC 51.2.4 BOUNDARY REPRESENTATION 51.3 IMPLICATIONS FOR
COMMERCIALISATION 61.4 PRODUCT MODELLING 7 2 MODELLING BACKGROUND 11 2.1
THE BUILD SYSTEM 132.2 BAUMGART AND THE WINGED-EDGE REPRESENTATION 14
2.3 BUILD SYSTEM: DEVELOPMENTS AND EXTENSIONS 16 2.4 THE GPM PROJECT
192.5 FEATURE RECOGNITION AND FEATURES IN MODELLING 22 2.6 NON-MANIFOLD
MODELLING 232.7 MODELLING SYSTEM IMPLEMENTATION 242.8 RESEARCH
DIRECTIONS 25 3 DATASTRUCTURES AND TOOLS 29 3.1 MODELLING DATASTRUCTURES
293.1.1 OPEN QUESTIONS 323.1.2 ELEMENTS OF THE DATASTRUCTURE 343.1.3
GEOMETRY 393.1.4 ARBITRARY REPRESENTATIONS 413.2 TOPOLOGICAL CONNECTIONS
423.3 MODELLING FACILITIES 473.3.1 TRAVERSING ALL RELATED ELEMENTS IN A
STRUCTURE 57 3.3.2 SINGLE ENTITY TRAVERSALS 673.3.3 TOPOLOGICAL
UTILITIES 683.3.4 GEOMETRIC INTERROGATIONS 703.3.5 GENERAL UTILITIES 73
IX
IMAGE 3
CONTENTS
3.4 ASSEMBLY STRUCTURES 74
3.4.1 DETERMINING THE ASSEMBLY STRUCTURE 75
3.4.2 HANDLING INSTANCES 80
3.4.3 CONSTRAINTS OR CONNECTIONS 80
3.4.4 MECHANISM LIBRARIES 81
EULER OPERATORS 83
4.1 SPANNING SETS AND DECOMPOSITIONS 84
4.2 RESTRICTIONS 91
SPECIAL REPRESENTATIONS 93
5.1 CONVERSIONS BETWEEN REPRESENTATIONS 97
5.2 MODELLING OPERATIONS ON SPECIAL MODELS 103
5.2.1 SETTING A WIREFRAME MODEL IN A SURFACE 103
5.2.2 BLENDING AND CHAMFERING 106
5.2.3 SWEEPING 108
5.2.4 JOINING AND SPLITTING ALONG EDGES 110
5.2.5 PLANAR SECTIONING 112
5.2.6 BOOLEAN OPERATIONS 114
5.2.7 SHELLING OBJECTS 115
5.2.8 UNFOLDING MODELS 115
5.3 COMPOUND MODELS 119
5.4 CONCLUSIONS 122
STEPWISE MODELLING ALGORITHMS 125
6.1 BOOLEAN OPERATIONS 126
6.1.1 FINDING THE BOOLEAN INTERACTIONS 127
6.1.2 SPECIAL CASES IN INTERSECTION BOUNDARY CREATION 132 6.1.3 CREATING
THE INTERSECTION BOUNDARY 133
6.1.4 MERGING THE OBJECTS (CREATING NEW SHELLS) 135
6.1.5 BOOLEAN OPERATIONS WITH ASSEMBLIES 139
6.1.6 LOCAL BOOLEAN OPERATIONS 141
6.2 SWEEPING/SWINGING 142
6.2.1 IMPROVED SWEEP/SWING ALGORITHM 145
6.2.2 SWEEPING ALONG A PATH 151
6.3 SWEEPING WIREFRAME MODELS 153
6.3.1 FIRST ALGORITHM 155
6.3.2 NON-EULERIAN EDGE SWEEPING 155
6.3.3 EULERIAN EDGE SWEEPING 157
6.3.4 SECOND ALGORITHM 158
6.3.5 SWINGING FLAT 164
6.4 GLUING COINCIDENT IDENTICAL TOPOLOGY 167
6.4.1 GLUING IDENTICAL FACES 167
6.4.2 GLUING COINCIDENT IDENTICAL EDGES 173
6.4.3 GLUING COINCIDENT IDENTICAL VERTICES 177
IMAGE 4
CONTENTS XI
6.5 REFLECT 178
6.6 BEND 179
6.6.1 THE BASIC ALGORITHM 179
6.7 GIVING SHEET OBJECTS THICKNESS 183
6.7.1 THE BASIC ALGORITHM 183
6.8 PLANAR SECTIONING 185
6.8.1 THE BASIC ALGORITHM 185
6.9 IMPRINTING 192
6.9.1 THE BASIC ALGORITHM 192
6.10 CREATING THE DUAL OF AN OBJECT 195
6.10.1 CONSTRUCTING THE TOPOLOGY OF THE DUAL 196
6.10.2 CREATING THE GEOMETRY OF THE DUAL 198
6.11 SETTING A SURFACE IN A FACE (SETSURF) 199
6.11.1 THE BASIC ALGORITHM 199
6.11.2 SPECIAL CASES 203
6.11.3 EXTENSIONS TO THE ALGORITHM 203
6.12 DRAFTING 207
6.13 GLUING NON-MATCHING FACES 208
6.13.1 THE BASIC ALGORITHM 211
6.13.2 SPECIAL CASES 213
7 MODELLING OPERATOR DEFINITION 215
7.1 DEFINITION OF REQUIREMENTS 216
7.1.1 FINISHING AND MANUFACTURING OPERATIONS 217
7.1.2 CONVERTING DEGENERATE MODELS AND PARTS OF MODELS . . . 218 7.1.3
OTHER OPERATIONS 221
7.2 TASK DECOMPOSITION 222
7.2.1 FINISHING OPERATION TASK DECOMPOSITION 223
7.2.2 MODEL CONVERSION TASK DECOMPOSITION 226
7.2.3 COMPLEX OPERATION TASK DECOMPOSITION 227
7.3 PATHOLOGICAL CONDITIONS 229
7.4 EXAMPLES 231
7.4.1 ADD A SLOT OR POCKET TO A FACE 231
7.4.2 REBATE AN EDGE 243
8 PRODUCT MODELLING 253
8.1 PRODUCT MODELLING 254
8.1.1 DESIGN INFORMATION 255
8.1.2 CUSTOMER-BASED ORDER INFORMATION 257
8.1.3 PRODUCTION PLANNING INFORMATION 258
8.2 INFORMATION CLASSES 259
8.2.1 CATEGORY 1 - SHAPE 259
8.2.2 CATEGORY 2 - SHAPE MODIFIERS 260
8.2.3 CATEGORY 3 - FEATURES 260
8.2.4 CATEGORY 4 - ATTRIBUTES 260
IMAGE 5
XII CONTENTS
8.2.5 CATEGORY 5 - CONSTRAINTS 260
8.2.6 CATEGORY 6 - FREE-STANDING GEOMETRY 261
8.2.7 CATEGORY 7 - CONNECTIONS 261
8.3 HANDLING INFORMATION DURING MODELLING 262
8.3.1 CATEGORY 1 - THE BASIC SHAPE OF THE MODEL 263
8.3.2 CATEGORY 2 - SHAPE MODIFIERS 263
8.3.3 CATEGORY 3 - FEATURES 264
8.3.4 CATEGORY 4 - PASSIVE INFORMATION 269
8.3.5 CATEGORY 5 - CONSTRAINTS 269
8.3.6 CATEGORY 6 - GEOMETRIC FRAMEWORKS 270
8.3.7 CATEGORY 7 - MECHANISMS AND LINKAGES 270
9 FEATURE MODELLING 273
9.1 FEATURE DATASTRUCTURES 276
9.1.1 FEATURE FACESETS 277
9.1.2 FEATURE FRAMES 278
9.2 MANUAL FEATURE ACQUISITION 280
9.3 DESIGN BY FEATURES 281
9.3.1 ADDING FEATURES TO A SHAPE 281
9.3.2 BUILDING OBJECTS FROM ISOLATED FEATURES 284
9.4 FEATURE RECOGNITION 285
9.4.1 CLASSIC FEATURE RECOGNITION 285
9.4.2 FEATURES AND APPLICATIONS 293
9.4.3 VOLUMETRIC DECOMPOSITION 296
9.5 FEATURE VERIFICATION 296
9.6 STRUCTURING FEATURES 297
10 GRAPHICS 299
10.1 MODEL-SPACE GRAPHICS 301
10.1.1 DRAWING STYLES 303
10.1.2 VIEWING COORDINATE SYSTEM AND MODEL TRANSFORMATIONS . 306 10.1.3
DRAWING ALL EDGES IN A BODY 307
10.1.4 DRAWING EDGES AND SILHOUETTES 311
10.1.5 EXACT HIDDEN LINE ALGORITHMS 312
10.1.6 BREAD SLICING 313
10.1.7 RAY TRACING 314
10.2 DEVICE-SPACE GRAPHICS 314
10.3 FACETTING AN OBJECT 317
, 10.4 DRAWING FREE-STANDING GEOMETRY 319
10.5 DRAWING NON-GEOMETRIC INFORMATION 321
IMAGE 6
CONTENTS XIII
11 INPUTTING AND OUTPUTTING 325
11.1 WRITING TO DISC 325
11.2 READING FROM DISC 329
11.3 READING OLD DISCFILES 331
11.4 EXAMPLES 331
11.5 SUPPLEMENTARY INFORMATION 338
11.6 COMMUNICATION WITH OTHER MODELLERS 339
11.7 STEP 346
11.8 PRINTING MODELS 356
12 MODELLER ACCESS 365
12.1 COMMAND INTERPRETER ARCHITECTURE 366
12.1.1 WORKING STACKS 366
12.1.2 COMMAND STRUCTURES (SUB-INTERPRETERS) 367
12.2 SYNTAX HANDLING 373
12.3 MODEL ELEMENT IDENTIFICATION 375
12.4 MULTI-USER MODELLING 379
12.4.1 SPLITTING UP THE COMMAND INTERPRETER 379
12.4.2 BLOCKING ACCESS TO SENSITIVE MODEL PARTS 383
12.5 COMMAND FILES AND MACRO-LANGUAGES 383
12.6 APPLICATION PROGRAMMING INTERFACES 383
12.6.1 CLASSIC PROGRAMMING INTERFACES 384
12.6.2 DJINN 384
13 FREE-FORM GEOMETRY 387
13.1 BASICS 387
13.1.1 BEZIER GEOMETRY 388
13.1.2 B-SPLINE GEOMETRY 393
13.1.3 RATIONAL FORMS 398
13.1.4 NURBS GEOMETRY 399
13.1.5 CURVES WITH MULTIPLE PIECES 400
13.1.6 SURFACES 402
13.2 INTERPOLATION 406
13.2.1 INTERPOLATION FOR A SINGLE CURVE 406
13.2.2 INTERPOLATION WITH A POINT AND A TANGENT VECTOR 413 13.2.3
INTERPOLATION WITH COMPOUND CURVES 415
13.3 LOFTING 417
13.4 ADDING FREE-FORM SURFACES TO A FACE 425
13.4.1 SETSURF 425
13.4.2 MULTI-PATCH SETSURF 425
13.4.3 EMBOSSING A FREE-FORM SURFACE 427
13.4.4 MISCELLANEOUS COMMENTS 429
13.5 BUILDING A MODEL FROM SURFACE PATCHES 431
13.5.1 CREATING SURFACE TOPOLOGY 432
13.5.2 SEWING TOGETHER PARTIAL OBJECTS 432
IMAGE 7
XIV CONTENTS
13.5.3 HANDLING PROBLEMS 432
13.6 MODEL SCULPTING METHODS 433
13.6.1 IMPLEMENTED OPERATIONS 434
13.6.2 SMOOTHING 443
13.6.3 CONCLUSIONS 451
14 APPLICATIONS 453
14.1 MODEL VERIFICATION 453
14.1.1 JUSTIFICATION 454
14.1.2 VERIFICATIONS 455
14.1.3 MODEL VERIFICATION IN ACIS 459
14.1.4 FINAL REMARKS 470
14.2 MODEL HEALING 471
14.2.1 ASSEMBLY HEALING 472
14.2.2 TOPOLOGICAL HEALING 472
14.2.3 GEOMETRIC HEALING 475
14.2.4 COMBINED HEALING 479
14.2.5 MAKING THINGS NICE 479
14.2.6 SELF-INTERSECTION REPAIR 481
14.2.7 INFORMATION REPAIR 481
14.3 GENERATING AN OCTREE MODEL FROM A B-REP 482
14.4 RECREATING A B-REP FROM AN STL FILE 483
14.4.1 READING NON-CONNECTED FACET FORMATS 485
14.4.2 READING A SHARED VERTEX FILE 488
14.5 RAPID PROTOTYPING 491
14.5.1 SLICE APPROXIMATION 494
14.5.2 LAYER APPROXIMATION 496
14.6 REVERSE ENGINEERING 496
14.6.1 MEASUREMENT 499
14.6.2 POINTSET MERGING 505
14.6.3 SEGMENTATION OF SURFACES AND SURFACE FITTING 509 14.6.4 MODEL
RECREATION 511
14.7 VOLUME CALCULATION 515
14.8 TETRAHEDRAL ELEMENT DECOMPOSITION 518
14.9 PATTERNS 523
15 THE MEDIAL AXIS TRANSFORM 535
15.1 THE MEDIAL AXIS TRANSFORM 535
15.2 MAT OF A SOLID OBJECT 537
15.2.1 MAT TERMINOLOGY 537
15.3 CALCULATING CRITICAL POINTS 539
15.4 DUAL SPACE 542
15.5 THE MULTIPLE START POINT ALGORITHM 542
15.6 THE DIVIDE-AND-CONQUER ALGORITHM 552
15.6.1 CREATING THE MODIFIED DUAL 576
IMAGE 8
CONTENTS XV
15.6.2 EXTRACTING NODES 577
15.7 THE NEGATIVE MAT 589
15.8 SUBDIVIDING AND OFFSETTING 592
15.9 MAT WITH REAL GEOMETRY? 601
16 MISCELLANEOUS ASPECTS OF MODELLING 603
16.1 GEOMETRIC TOLERANCES 603
16.2 DEBUGGING 605
16.3 ERROR HANDLING 605
16.3.1 ERROR MESSAGES 605
16.3.2 RETURN CODES AND TRACEBACKS 606
17 ACKNOWLEDGEMENTS 607
A DATA DEFINITIONS 609
A.I DATASTRUCTURE DEFINITIONS 609
A.I.I VERTEX 609
A.1.2 EDGE 611
A.1.3 LOOP-EDGE LINK 615
A.1.4 VERTEX-EDGE LINK 616
A.I.5 BUNDLE 616
A.1.6 WEDGE 616
A.I.7 FACE 617
A.1.8 LOOP 617
A.1.9 FACEGROUP 619
A.I.10 SHELL 619
A.I.11 WIREFRAME.OBJECT 620
A.I.12 SHEET_OBJECT 620
A.I.13 VOLUME_OBJECT 621
A.I.14 POINT 622
A.I.15 CURVE 623
A.I.16 CURVETYPE 623
A.I.17 SURFACE 623
A.I.18 SURFACETYPE 624
A.I.19 INSTANCE 624
A.1.20 GROUP-OF-OBJECTS 625
A.I.21 FEATURE 625
A.1.22 FRAMETYPE 627
A.I.23 FEATURE-LINK 627
A.1.24 MECHANISM.CONSTRAINT 627
A.I.25 SHAPE-MODIFIER 628
A.I.26 CONSTRAINT.DATA 629
A.1.27 SUPPLEMENTARY_GEOMETRY 629
A.1.28 PASSIVE_DATA 629
A.1.29 NAME 630
IMAGE 9
XVI CONTENTS
A.1.30 INFORMATION-ELEMENT 630
A.1.31 TRANSFORMATION 630
A.1.32 GENERAL-GROUP 630
A.1.33 GENERAL_GROUP LINK 631
A.1.34 SPACE 631
A.1.35 ACCESS 632
A.2 GEOMETRY FORMATS 632
A.2.1 PLANE 633
A.2.2 PLANE (ALTERNATIVE) 633
A.2.3 SPHERE 634
A.2.4 CYLINDER 634
A.2.5 CONE 634
A.2.6 GENERAL QUADRIC 634
A.2.7 TOROID 635
A.2.8 FREE-FORM SURFACE 635
A.2.9 STRAIGHT LINE 635
A.2.10 STRAIGHT LINE - SHORT FORM 636
A.2.11 CIRCLE 636
A.2.12 CIRCULAR ARC - SHORT FORM 636
A.2.13 ELLIPSE 637
A.2.14 PARABOLA 637
A.2.15 HYPERBOLA 637
A.2.16 FREE-FORM CURVE 639
A.3 FEATURE FRAMES 639
A.3.1 BOSS 639
A.3.2 POCKET 639
A.3.3 SLOT 640
A.3.4 PARTIAL SLOT 640
A.3.5 BRIDGE 640
A.3.6 REENTRANT 640
A.3.7 RAIL 640
A.3.8 THROUGH HOLE 641
A.3.9 UNCLASSIFIED 641
B DATASTRUCTURE TRAVERSALS 643
B.I MULTIPLE ELEMENT TRAVERSALS 643
B.I.I OWNER TO SINGLE LEVEL STRUCTURE FOLLOWING 645
B.1.2 SHARED ENTITY TRAVERSAL 645
B.1.3 TREE-STRUCTURE TRAVERSAL 646
B.1.4 TOPOLOGICAL SET TRAVERSAL 647
B.I.5 MANIFOLD DATASTRUCTURE TRAVERSALS 649
B.I.6 NON-MANIFOLD DATASTRUCTURE TRAVERSALS 650
B.2 EDGE ELEMENT TRAVERSALS 650
B.2.1 RLOOP 651
B.2.2 HOOP 652
IMAGE 10
CONTENTS XVII
B.2.3 SVERT 652
B.2.4 EVERT 653
B.2.5 RCWE 653
B.2.6 RCCE 654
B.2.7 LCWE 655
B.2.8 LCCE 656
B.3 SINGLE ELEMENT TRAVERSALS 657
B.3.1 VOPEV 657
B.3.2 LOPEL 658
B.3.3 ECWEL 658
B.3.4 ECCEL 658
B.3.5 VCWEL 659
B.3.6 VCCEL 659
B.3.7 ECWEV 660
B.3.8 ECCEV 660
B.3.9 LCWEV 661
B.3.10 LCCEV 661
B.3.11 ECWLV 661
B.3.12 ECCLV 662
B.3.13 ECLEV 662
B.3.14 WE 663
C TOPOLOGICAL UTILITIES 665
C.I CREATING AND DELETING ENTITIES 665
C.2 MOVING ENTITIES TO NEW OWNERS 666
C.3 SEPARATE SEQUENCE OF EDGES INTO NEW LOOP 667
C.4 SEPARATE A SEQUENCE OF EDGES BELONGING TO A NEW VERTEX . . .. 668
C.5 SEPARATE A SET OF ADJACENT FACES, EDGES, AND VERTICES INTO A NEW
SHELL 668
C.6 CHECK WHETHER AN EDGE IS A WIRE EDGE 669
C.7 CHECK WHETHER AN EDGE OR VERTEX IS A SPUR 669
C.8 CHECK WHETHER A LOOP IS A HOLE-LOOP 670
C.9 CHECKS FOR SPECIAL OBJECT TYPES 670
CIO COPY AN OBJECT 670
C.LL MODIFY AN OBJECT WITH A TRANSFORMATION 671
D GEOMETRICAL UTILITIES 673
D.I GEOMETRIC INTERSECTION PACKAGE 673
D.I.I PLANAR INTERSECTIONS 678
D.I.2 CYLINDER INTERSECTIONS 684
D.I.3 CONE INTERSECTIONS 688
D.I.4 SPHERE INTERSECTIONS 690
D.I.5 TORUS INTERSECTIONS 690
D.I.6 NUMERIC PATCH INTERSECTIONS 690
D.2 CURVE TANGENT 691
IMAGE 11
XVIII CONTENTS
D.3 SURFACE NORMAL 693
D.4 PARAMETER VALUE OF POINT ON CURVE 694
D.5 PARAMETER VALUES OF A POINT ON A SURFACE 698
D.6 CURVE COORDINATES FROM PARAMETER VALUE 701
D.7 SURFACE COORDINATES FROM PARAMETER VALUES 703
D.8 CREATE A SURFACE BY SWEEPING AN EDGE 704
D.9 MODIFY GEOMETRY 705
D.10 REPARAMETRISE A CURVE 706
D.LL OFFSET CURVE FROM A GIVEN CURVE 706
D.12 OFFSET SURFACE FROM A GIVEN SURFACE 707
E GENERAL UTILITIES 709
E.I MARKER BITS 709
E.2 MATRIX AND VECTOR PACKAGES 709
E.3 POINT IN BODY 709
E.4 POINT IN FACE 711
E.5 LOOP IN FACE 713
E.6 INTERSECT A FACE WITH A CURVE 713
E.7 CURVE-EDGE ORIENTATION 715
E.8 CONVEX, CONCAVE, SMOOTH EDGE 715
E.9 LOOP AREA AND ORIENTATION 716
F EULER OPERATORS 719
F.I MAKE EDGE VERTEX (SPUR VERTEX AND EDGE) 723
F.2 MAKE AN EDGE AND VERTEX (SPLIT AN EDGE) 725
F.3 MAKE AN EDGE AND VERTEX (SPLIT A VERTEX) 729
F.4 MAKE AN EDGE AND A FACE 733
F.5 MAKE AN EDGE AND A FACE (SLICING AN EDGE) 735
F.6 MAKE AN EDGE AND KILL A HOLE-LOOP 736
F.7 MAKE AN EDGE AND KILL A FACE AND BODY (SHELL) 736
F.8 MAKE A VERTEX, A FACE, AND A NEW OBJECT - 737
F.9 MAKE A HOLE-LOOP AND KILL A FACE 739
F.10 MAKE A VERTEX AND A HOLE-LOOP 741
F.LL KILL AN EDGE AND VERTEX 741
F.12 KILL AN EDGE 743
F.13 KILL A HOLE-LOOP AND MAKE A FACE 746
F.14 KILL A VERTEX AND A HOLE-LOOP 747
F.15 MERGE COINCIDENT VERTICES 748
F.16 THE NULL OPERATOR 748
G MODELLING IMPLEMENTATION NOTES 751
G.I BOOLEAN OPERATIONS 751
G.2 SWEEPING/SWINGING 753
G.3 SWEEPING WIREFRAME MODELS 759
G.4 GLUING COINCIDENT IDENTICAL TOPOLOGY 760
IMAGE 12
CONTENTS XIX
G.4.1 FACE JOINING 760
G.4.2 EDGE JOINING 760
G.5 REFLECT 761
G.6 BEND 761
G.7 GIVING SHEET OBJECTS THICKNESS 762
G.8 PLANAR SECTIONING 763
G.9 IMPRINTING 764
G.10 CREATING THE DUAL OF AN OBJECT 764
BIBLIOGRAPHY 765
INDEX 777
|
| any_adam_object | 1 |
| author | Stroud, Ian |
| author_facet | Stroud, Ian |
| author_role | aut |
| author_sort | Stroud, Ian |
| author_variant | i s is |
| building | Verbundindex |
| bvnumber | BV024628173 |
| classification_rvk | SK 380 |
| ctrlnum | (OCoLC)633270159 (DE-599)DNB977064158 |
| discipline | Mathematik |
| format | Book |
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| id | DE-604.BV024628173 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T22:03:22Z |
| institution | BVB |
| isbn | 1846283124 9781846283123 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-018599844 |
| oclc_num | 633270159 |
| open_access_boolean | 1 |
| owner | DE-83 |
| owner_facet | DE-83 |
| physical | XIX, 787 S. Ill., graph. Darst. |
| publishDate | 2006 |
| publishDateSearch | 2006 |
| publishDateSort | 2006 |
| publisher | Springer |
| record_format | marc |
| spelling | Stroud, Ian Verfasser aut Boundary representation modelling techniques Ian Stroud London Springer 2006 XIX, 787 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Volumenmodell (DE-588)4222593-0 gnd rswk-swf CAD (DE-588)4069794-0 gnd rswk-swf Volumenmodell (DE-588)4222593-0 s CAD (DE-588)4069794-0 s DE-604 http://www.gbv.de/dms/goettingen/503341363.pdf kostenfrei Inhaltsverzeichnis http://www.loc.gov/catdir/enhancements/fy0824/2005938356-d.html Publisher description kostenfrei http://www.loc.gov/catdir/enhancements/fy0824/2005938356-t.html Table of contents only kostenfrei DE-601 pdf/application http://www.zentralblatt-math.org/zmath/en/search/?an=1114.68076 Zentralblatt MATH kostenfrei Inhaltstext GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018599844&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Stroud, Ian Boundary representation modelling techniques Volumenmodell (DE-588)4222593-0 gnd CAD (DE-588)4069794-0 gnd |
| subject_GND | (DE-588)4222593-0 (DE-588)4069794-0 |
| title | Boundary representation modelling techniques |
| title_auth | Boundary representation modelling techniques |
| title_exact_search | Boundary representation modelling techniques |
| title_full | Boundary representation modelling techniques Ian Stroud |
| title_fullStr | Boundary representation modelling techniques Ian Stroud |
| title_full_unstemmed | Boundary representation modelling techniques Ian Stroud |
| title_short | Boundary representation modelling techniques |
| title_sort | boundary representation modelling techniques |
| topic | Volumenmodell (DE-588)4222593-0 gnd CAD (DE-588)4069794-0 gnd |
| topic_facet | Volumenmodell CAD |
| url | http://www.gbv.de/dms/goettingen/503341363.pdf http://www.loc.gov/catdir/enhancements/fy0824/2005938356-d.html http://www.loc.gov/catdir/enhancements/fy0824/2005938356-t.html http://www.zentralblatt-math.org/zmath/en/search/?an=1114.68076 http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=018599844&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT stroudian boundaryrepresentationmodellingtechniques |
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