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4.4.2.6 Class Diagrams for Export Colours FunctionFigure 4.20 presents the association between classes involved in “Export Colours” usecase. The implementation logic of process and exporting the reflectance objects intodifferent set of spectral data into plain text content in a qtx file are all residing inside theExportQTX class. InterfaceExportColour class holds the role as interface class whileentity class, Reflectance represent the actual object that stores the colourimetric data ofeach colour visible to end user.InterfaceExportColourPROB_ILLUMINANTPROB_OBSERVERPROB_ICCPRINTERPROB_ICCMONITORgetName()getDefaultExtension()doExport(colours, out)doExport(reflectance, out)supportAttributes()requiresPrimary()supportMultipleColours()setProperties(properties)getProperties()AbstractExportColourNameExtensionPropsAbstractExportColour (name, extension)getName()getDefaultExtension()doExport(colours, out )doExport(reflectance , out )exportReflectance(reflectance, out)supportAttributes()resetState()setProperties(properties)getProperties()Reflectance- Condition_APERTURE : String- Condition_LIGHTFILTER : String- Condition_SPECULAR : String- Condition_MODE : String- Condition_AMBIENTTEMPERATURE : String- Condition_AMBIENTHUMIDITY : String- Condition_LENSPOSITION : String- Condition_LAMPUSED : String- Condition_FLASHES : String- Condition_MEASUREMENTS : String- Condition_AVERAGEALGORITHM : String- Type_MEASURE : STRING- Type_NEWLY_RECEIVED : String- Type_RECIPE : String- Type_PROFILED : String+ getSpectrum() : Spectrum+ setSpectrum(Spectrum) : void+ getSpectrumMap() : SortedMap+ setSpectrumMap(SortedMap) : void+ getConditions() : Map+ setConditions(Map) : void+ getSpectro() : Spectro+ setSpectro(Spectro) : void+ getType() : String+ setType(String) : voidExportQTXExportQTX ()requiresPrimary()supportMultipleColours()doExport ( colours , out )doExport ( colour , out, sequence)exportReflectance (reflectances , out )resetState()supportsAttributes()Figure 4.20: Class diagrams of export colours function88
4.5 SummaryUse case driven object-oriented approach has been applied during the process ofeliciting, capturing, analysing and modelling the system requirements. In the early stageof system analysis, use cases are used to build an initial model based on users'requirements for a new system. Since the use cases are rather high level and concentrateon a user-centred view of the system, those use cases were being translated into analysisclass diagrams via use case realization steps which involved the usage of collaborationdiagrams. The outcome of use case realization, namely analysis class diagrams will beserving as the primary models for describing the internal structure and behaviour of theproposed colour communication Web services.89
Page 2: 4.3.1 Use Case DiagramTo understand
Page 5 and 6: Use CaseGoal in ContextPrecondition
Page 7 and 8: Use CaseGoal in ContextPrecondition
Page 9 and 10: Alternative flows andexceptionsa) A
Page 11 and 12: 4.4 Use Case RealizationThe activit
Page 13 and 14: 4.4.1.1 Initiate User Session Colla
Page 15 and 16: 4.4.1.3 Search Colours Collaboratio
Page 17 and 18: 4.4.1.5 Import Colours Collaboratio
Page 19 and 20: 4.4.2 Class Diagram4.4.2.1 Class Di
Page 21 and 22: Each colour is considered as an obj
Page 23 and 24: SearchColoursobserverilluminantL_va
Page 25 and 26: CompareColourscolourEncodingsIllumi
Page 27: InterfaceImportColourgetName ()getD

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