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Implementation4.4. SoDataAccessNodeFigure 4.8: SoDataAccessNode Virtual Array Types: Collection of virtual array types.All pieces of in<strong>for</strong>mation, that are required to handle the virtual array properly, arestored in a data structure named SbDataAccessMap. Data Consumer nodes accessthe raw data stored in the SoMultiDataNode via a virtual array iterator, which wasconstructed from the SbDataAccessMap. One SoDataAccessNode can store severalSbDataAccessMap.4.4.1 SbDataAccessMapFigure 4.9: SoDataAccessNode Virtual Multiple Block Array: Accessing virtual array using the attributesoffset, length, inc and repeat.The SbDataAccessMap consists of the following attributes, which are also shownin figure 4.8 on page 77• mode77
Implementation4.4. SoDataAccessNodeThis attribute handles how this SbDataAccessMap is registered to the SoDataAccessElement.The possible values are:NONE (default)this SbDataAccessMap is not registered to the SoDataAccessElement.ADDThe SbDataAccessMap is added to the SoDataAccessElement. If the keyalready exists the SoDataAccessElement throws a warning and ignores thisSbDataAccessMap.SETThe SbDataAccessMap is added to the SoDataAccessElement. If the keyalready exists it is replaced.CLEARThis attribute removes the key from the SoDataAccessElement, if the keyexists. Note, that all other parameters of this SbDataAccessMap are ignored.CLEAR_ALLThis attribute removes all entries from the SoDataAccessElement. Note,that all other parameters of this SbDataAccessMap are ignored.LISTThis attribute prints all SbDataAccessMap’s from the SoDataAccessElement.Note, that all other parameters of this SbDataAccessMap are ignored.• typeType of data from a list containing int,float,double,string• arrayTypeDefines which type of virtual array the DataAccessMap defines. The three possiblevalues are:SINGLEMULTIRANDOM(default) Single block virtual arrayMultiple block virtual arrayRandom block virtual array• keyname of this data access map. Should be unique during traversal otherwise theSoDataAccessElement will report this as an error.• keyDataname of target MultiData node.• labelThis field is optional and can be used <strong>for</strong> visual programming and debugging.78
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D I P L O M A R B E I TCash FlowA V
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KurzfassungDie Fusionierung von Vis
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3.7.2 Drawback of the Virtual Array
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Introductionis then executed using
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Related WorkAll of these frameworks
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Related Work2.1. Data Flow Models2.
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Related Work2.1. Data Flow Modelspu
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Related Work2.1. Data Flow ModelsTh
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Related Work2.2. Flow Visualization
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Page 33 and 34: Related Work2.2. Flow Visualization
Page 45 and 46: Chapter 3Software Design3.1 CashFlo
Page 47 and 48: Software Design3.1. CashFlow Visual
Page 49 and 50: Software Design3.2. Using the Scene
Page 51 and 52: Software Design3.3. Indirect Refere
Page 53 and 54: Software Design3.4. Using Virtual A
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Page 57 and 58: Software Design3.5. General CashFlo
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Page 69 and 70: Software Design3.10. Render Nodes-
Page 71 and 72: Software Design3.12. User Interacti
Page 73 and 74: Chapter 4ImplementationFigure 4.1:
Page 75 and 76: Implementation4.1. Accessing Data4.
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Page 79 and 80: Implementation4.2. UML Inheritance
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Page 113 and 114: Results5.1. Combining MultiData Nod
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Page 121 and 122: Results5.3. Curvilinear Grid Visual
Page 123 and 124: Results5.4. Streamlines in CashFlow
Page 125 and 126: Results5.5. Grid Iterator ExamplesF
Page 127 and 128: Results5.6. Example for Parameteriz
Page 129 and 130: Results5.7. Polygonal Surfaces & Te
Page 131 and 132: Appendix AField connection &TGS Mes
Page 133 and 134: DanksagungVielen Dank an meine Schw
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2.35 Colored Flow field topology ex
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Bibliography[3D] Java 3D. Java 3D c
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[CEI94] CEI. http://www.ceintl.com/
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[EYSK94] David S. Ebert, Roni Yagel
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[HP97] Hans - Christian Hege and Ko
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[MAY] MAYA. MAYA c○ by ALIAS c○
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[RBHC91] B. Lucas R. B. Haber and N
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[Tog02] Together. Borland R○ Toge
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[WJSV92] G. D. Montanaro William J.
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network, 39OpenDX, 15sink, 13source
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flow field, 19transfer function, 6t
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