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4 Geometry standards
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w
V,
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1/
11
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L
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lL'
V
1
1
I / /
L
11
/ /
I
/
/
11
/ I / /
/
/ / /
1/
/ V / /
/ / /
~
V
'/ V L ~ / / /
L I; '/ /
/ 1/ V 1/ / / / / / / /
/ 1/ / 1/ 1/ 1/ / / 1/ / / /
/ V 1/ / 1/ /
/ V !/ / 1/ /
Fig. 4.64. Discrete solid coverage
The 3D-grid could be a volume such as an ocean body. Every vertex may hold a
range of attributes.
CV _DiscreteGridPointCoverage
A discrete grid point coverage (class CV _ DiscreteGridPointCoverage) is a set of
regularly distributed points and their attributes. The distribution is defined in the grid
values matrix (class CV _GridValuesMatrix). A discrete grid point coverage could be
considered
a
subcase
of
the
discrete
point
coverage
(class
CV _ DiscretePointCoverage) .
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Fig. 4.65. Discrete grid point coverage
4 Geometry standards
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V
w
V,
I
/
1/
11
11
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L
/
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lL'
V
1
1
I / /
L
11
/ /
I
/
/
11
/ I / /
/
/ / /
1/
/ V / /
/ / /
~
V
'/ V L ~ / / /
L I; '/ /
/ 1/ V 1/ / / / / / / /
/ 1/ / 1/ 1/ 1/ / / 1/ / / /
/ V 1/ / 1/ /
/ V !/ / 1/ /
Fig. 4.64. Discrete solid coverage
The 3D-grid could be a volume such as an ocean body. Every vertex may hold a
range of attributes.
CV _DiscreteGridPointCoverage
A discrete grid point coverage (class CV _ DiscreteGridPointCoverage) is a set of
regularly distributed points and their attributes. The distribution is defined in the grid
values matrix (class CV _GridValuesMatrix). A discrete grid point coverage could be
considered
a
subcase
of
the
discrete
point
coverage
(class
CV _ DiscretePointCoverage) .
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Fig. 4.65. Discrete grid point coverage
