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Computer Graphics in Geology: Three-Dimensional Computer Graphics in Modeling Geologic Structures and Simulating Geologic Processes

Computer Graphics in Geology: Three-Dimensional Computer Graphics in Modeling Geologic Structures and Simulating Geologic Processes in Bloomington, MN
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Perspective views, such as block diagrams and fence diagrams have always been an important means of scientific visualiza-
tion in geology. Advanced three-dimensional computer gra-
phics is a new tool for the construction of such views. The book contains papers presented at the first large interna-
tional meeting (Freiburg, October 8-11, 1990) that brought together working groups engaged in development of 3-D visua-
lization programs for geologic purposes, and included people fromuniversities, government agencies, the mining industry
(especially oil companies) and from software companies enga-
ged in geology and geographic information systems. Many dif-
ferent aspects of using three-dimensional computer graphics are discussed in the papers. Emphasized are different ap-
proaches of modeling and rendering a 3-D geometric model, of transforming process simulation results into perspective views, and use of three-dimensional computer-graphics as an additional tool for interpretation and prediction. Prospec-
tive readers include geologists and geophysicists from aca-
demia, government and industry who should find ideason how to present and interpret their own geological observations and results with the help of three-dimensional computer gra-
phics.
tion in geology. Advanced three-dimensional computer gra-
phics is a new tool for the construction of such views. The book contains papers presented at the first large interna-
tional meeting (Freiburg, October 8-11, 1990) that brought together working groups engaged in development of 3-D visua-
lization programs for geologic purposes, and included people fromuniversities, government agencies, the mining industry
(especially oil companies) and from software companies enga-
ged in geology and geographic information systems. Many dif-
ferent aspects of using three-dimensional computer graphics are discussed in the papers. Emphasized are different ap-
proaches of modeling and rendering a 3-D geometric model, of transforming process simulation results into perspective views, and use of three-dimensional computer-graphics as an additional tool for interpretation and prediction. Prospec-
tive readers include geologists and geophysicists from aca-
demia, government and industry who should find ideason how to present and interpret their own geological observations and results with the help of three-dimensional computer gra-
phics.