Geomodeling

Front Cover
Oxford University Press, Feb 7, 2002 - Science - 624 pages
Geomodeling applies mathematical methods to the unified modeling of the topology, geometry, and physical properties of geological objects. The methodology (gOcad, computer assisted design of geological data) is general, but in this book the author presents a new interpolation method for modeling natural objects that allows application of a wide range of complex data. The audience for the book will be graduate students and practitioners in the earth and environmental sciences.
 

Contents

I
1
IV
5
V
12
VI
19
VII
26
VIII
27
XI
28
XII
36
XLIX
256
L
272
LI
278
LII
287
LIII
305
LIV
315
LV
317
LVIII
318

XIII
57
XIV
81
XV
93
XVI
97
XIX
98
XX
109
XXI
122
XXII
132
XXIII
134
XXIV
137
XXV
139
XXVIII
147
XXIX
153
XXX
160
XXXI
170
XXXII
174
XXXIII
182
XXXIV
190
XXXV
193
XXXVI
196
XXXVII
199
XL
203
XLI
211
XLII
218
XLIII
226
XLIV
233
XLV
244
XLVI
245
LIX
336
LX
350
LXI
369
LXII
371
LXV
379
LXVI
390
LXVII
392
LXVIII
405
LXIX
418
LXX
441
LXXI
443
LXXIV
445
LXXV
459
LXXVI
474
LXXVII
488
LXXVIII
492
LXXIX
502
LXXX
519
LXXXI
528
LXXXII
532
LXXXIII
533
LXXXVI
538
LXXXVII
548
LXXXVIII
559
LXXXIX
572
XC
579
XCI
595
Copyright

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Page 591 - J. Rossignac. Edgebreaker: Connectivity compression for triangle meshes. IEEE Transactions on Visualization and Computer Graphics.
Page 594 - Woodward, NB, Boyer, SE, and Suppe, J., 1989, Balanced geological crosssections: An essential technique in geological research and exploration: American Geophysical Union, Short Course in Geology, v.

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