CoreandServices.book - Ocean - Schlumberger

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Basics Cast int array to this type. int[ ] arr = new int[ ] { 3, 5, 7 }; Index3 idx3_from_arr = (Index3)arr; // idx3_from_arr value is (3, 5, 7); Cast this type to int array. Index3 idx3 = new Index3(3, 5, 7); int[ ] arr = (int) idx3; // arr value is [3, 5, 7]; Index types support the following methods: Clone – This method makes an exact copy, equivalent to using the copy constructor. Index3 idx = new Index3(3, 5, 7); Index3 idx2 = idx.clone(); // idx2 value is (3, 5, 7). Equivalent to copy ctor Dot – This method multiplies Index properties (I * I, J * J, ...) and sums the results. Index3 idx_1 = new Index3(3, 5, 7); Index3 idx_2 = new Index3(9, 13, 17); int dot = Index3.Dot(idx_1, idx_2) // dot = 3*9 + 5*13 + 7*17 = 211 Equals – This method completes an equality check. Index3 idx_1 = new Index3(3, 5, 7); Index3 idx_2 = new Index3(9, 13, 17); if (idx_1.Equals(idx_2)) // result is false GetHashCode – This method returns a hash code for the Index instance. Index3 idx3 = new Index3(3, 5, 7); int hc = idx3.GetHashCode(); 4-88 Ocean Application Development Framework 2008.1 Schlumberger Private
Basics IsAllNegative – This method returns true if all properties are negative. Index3 idx3 = new Index3(3, -5, -7); bool af = idx3.IsAllNegative(); // result for af is false Index3 idx3 = new Index3(-3, -5, -7); bool af = idx3.IsAllNegative(); // result for af is true IsAllPositive – This method returns true if all properties are positive. Index3 idx3 = new Index3(3, -5, -7); bool af = idx3.IsAllPositive(); // result for af is false Index3 idx3 = new Index3(3, 5, 7); bool af = idx3.IsAllPositive(); // result for af is true IsAllNonNegative – This method returns true if all properties are not negative. Index3 idx3 = new Index3(3, -5, -7); bool af = idx3.IsAllNonNegative(); // result for af is false Index3 idx3 = new Index3(3, 5, 7); bool af = idx3.IsAllNonNegative(); // result for af is true IsAllNonPositive – This method returns true if all properties are not positive. Index3 idx3 = new Index3(3, -5, -7); bool af = idx3.IsAllNonPositive(); // result for af is false Index3 idx3 = new Index3(-3, -5, -7); bool af = idx3.IsAllNonPositive(); // result for af is true Schlumberger Private Ocean Services 4-89
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Ocean* application development fram
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Copyright © 2008 Schlumberger. All
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Contents 1 Information Resources .
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LatticeInfo Class . . . . . . . . .
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1 Information Resources In This Sec
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Schlumberger Product Documentation
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2 Introduction In This Chapter The
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The Ocean Advantage The Ocean Advan
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The Ocean Architecture The Ocean Se
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The Ocean Architecture Applications
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Ocean Processes Ocean Processes Pro
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Petrel Data Domain - Pillar Grid -
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User Interface Infrastructure 5. Co
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3 Ocean Core In This Chapter Introd
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The Ocean Module The Ocean Module T
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The Ocean Module ModuleManager also
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The Ocean Module between different
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The Ocean Module It is also possibl
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The Ocean Module When initializatio
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The Ocean Module components will be
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The Ocean Module Module Dependency
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The Ocean Module The ModuleManager
Page 45 and 46: The Ocean Module // create a Module
Page 47 and 48: The Ocean Module Product families (
Page 49 and 50: The Ocean Module The Description an
Page 51 and 52: CoreLogger Class Fig. 3-7 Categoriz
Page 53 and 54: CoreSystem Class It defines several
Page 55 and 56: CoreSystem Class The AddModules met
Page 57 and 58: CoreSystem Class • Initializing -
Page 59 and 60: CoreSystem Class available until af
Page 61 and 62: Data Management Data Management The
Page 63 and 64: Data Management Data Sources The Da
Page 65 and 66: Data Management It implements IData
Page 67 and 68: Data Management The following code
Page 69 and 70: Data Management The ITransaction in
Page 71 and 72: Data Management The Abandon method
Page 73 and 74: Data Management IWorkspace Interfac
Page 75 and 76: Data Management The events handlers
Page 77 and 78: Droid Class the Droid string can in
Page 79 and 80: ServiceLocator Class ServiceLocator
Page 81 and 82: ServiceLocator Class RemoveService
Page 83 and 84: Description Interfaces and Classes
Page 85 and 86: Description Interfaces and Classes
Page 87 and 88: 4 Ocean Services In This Chapter Ba
Page 89 and 90: Basics public object Clone (); publ
Page 91 and 92: Basics public object Clone (); publ
Page 93 and 94: Basics } public static Index4 opera
Page 95: Basics * (multiplication) Index3 id
Page 99 and 100: Product - This method returns an in
Page 101 and 102: Basics public object Clone(); publi
Page 103 and 104: Basics public double I { get; set;
Page 105 and 106: Basics public static IndexDouble4 o
Page 107 and 108: Basics Each Index type has multiple
Page 109 and 110: Basics == (equal to) if (idx_double
Page 111 and 112: Basics IsAllNonPositive - This meth
Page 113 and 114: Basics dimension is defined by a st
Page 115 and 116: Basics The definition of the IndexR
Page 117 and 118: The IndexRange2, IndexRange3, and I
Page 119 and 120: Basics public Index2 Back { get; }
Page 121 and 122: Basics Length - This property retur
Page 123 and 124: Basics The definition Extent2 is: p
Page 125 and 126: Basics The contained Extent objects
Page 127 and 128: Basics the earlier example and an I
Page 129 and 130: outside the range of the second Ext
Page 131 and 132: Basics Create an index Extent2 from
Page 133 and 134: extent, the last index is returned.
Page 135 and 136: Basics } public static Index2 Narro
Page 137 and 138: Basics Max - This method returns ma
Page 139 and 140: Basics returned value is less than
Page 141 and 142: Geometry The definition of the Poin
Page 143 and 144: Geometry Each point class has multi
Page 145 and 146: Geometry != Operator - This operati
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Geometry The Point2 version of this
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ToString - This method gets a strin
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Geometry The definition of the Vect
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Geometry MaxValue - This method ret
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Geometry Vector3 vt1 = new Vector3(
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Geometry IsNull - This method deter
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Geometry The Direction3 class is de
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Geometry Direction2 and Direction3
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Geometry IsNull - This method deter
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Geometry The Box3 class is defined
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Geometry != Operator - This operati
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Geometry The Segment2 class definit
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Geometry Here is construction from
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Geometry Null - This method defines
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Geometry a rectangular area on the
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Geometry false. This implies that t
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array values for corners 0, 1, and
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Geometry diagonal distance across a
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Geometry Direction3 objects. The fo
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Geometry + Operator - This operatio
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Geometry You can also use a constru
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Geometry Equals - This method compa
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Geometry The Polyline2 and Polyline
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Geometry The Ray2 class definition
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This is construction from two point
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Geometry Negate - This method retur
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Geometry public sealed class Spheri
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Geometry Theta - This property gets
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Geometry GetCartesianFromPolar - Th
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Units Base Measurement A base measu
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Units Units are represented by a sy
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or OSDD. Measurements and units may
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Units IUnitService is defined as: p
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measurements. IUnitCatalog can acce
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Units Below is an example using IUn
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Units Units The IUnit interface pro
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The IUnitConverter.Convert method i
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system. From the two unit system re
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Coordinate Systems Coordinate Syste
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Coordinate Systems using the GetAll
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Coordinate Systems The following co
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Coordinate Systems These methods pr
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Coordinate Systems // Initialize th
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Coordinate Systems The example uses
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Get the coordinate system service.
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The ILogChannelCatalog service has
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5 Petrel Convenience Classes In Thi
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PetrelProject Class PetrelProject C
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Project class is actually the top l
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PetrelProject Class Fig. 5-1 Tabs A
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PetrelSystem Property Interface or
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PetrelLogger Class public static vo
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PetrelLogger Class Using the warnin
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PetrelLogger Class Fig. 5-6 InfoOut
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PetrelLogger Class The config file
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PetrelLogger Class informational ic
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PetrelLogger Class range defined an
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PetrelLogger Class progress bar exe
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PetrelUnitSystem Class public stati
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Template Catalog Template Catalog T
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Template Catalog It can also conver
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Template Catalog Find Display Units
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6 Workflow In This Chapter Overview
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Overview Each workstep takes input
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Overview An example workflow is the
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Overview Workflow Editor The Workfl
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Overview The line UI is a quick way
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Overview Processes are not dependen
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Overview Process UI Each process ha
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Overview An interactive process has
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Overview Workstep vs. Process As we
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Feature Workstep Process Default UI
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Custom Worksteps Custom Worksteps T
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Custom Worksteps The example workst
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Custom Worksteps Your workstep is n
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Custom Worksteps Our example showin
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Custom Worksteps You can have Ocean
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Here is our argument package exampl
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Custom Worksteps You can assign the
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Using the convenience class is the
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You would typically use the Describ
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Custom Worksteps How to Write a Wor
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Custom Worksteps We will implement
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Custom Worksteps The system will cr
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Custom Worksteps The argument packa
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Custom Worksteps Adding this implem
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Custom Worksteps IDescriptionSource
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Custom Worksteps This will populate
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Custom Worksteps • Implement butt
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Custom Worksteps package has change
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Custom Worksteps The Cancel button
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All custom worksteps are added in t
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Custom Worksteps When the TestWorkf
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Custom Processes The custom process
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You inherit from Process and provid
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Custom Processes The end user doubl
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Custom Processes Step 4 - Optionall
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Custom Processes Step 7 - Add the P
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Custom Processes public static clas
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Custom Processes This adds the proc
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Custom Processes How to Make a Proc
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Custom Processes The wrapper re-use
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Custom Processes Now we need to rew
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Index A About Schlumberger 2 Almost
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LocalTransform 221 LogChannelCatalo
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