Context-of-Use Properties in Model UI Fragment Properties@0.0.4
Contents
Up to UI Fragment Properties
- Audit Properties
- Content Markup Properties
- Context-of-Use Properties
- Cultural Environment
- Organization Environment
- Physical Environment
- Regulatory Environment
- Technical Environment
- User
- BasicCognitiveProperties
- Knowledge
- Required Arbitrary Knowledge
- Required Content Entity Assembly Knowledge
- Required Content Entity Configuration Knowledge
- Required Content Entity Knwoledge
- Required Content Entity Operating Mode Knowledge
- Required Domain Knowledge
- Required Location Knowledge
- Required Process Knowledge
- Required Product Knowledge
- Required Task Type Knowledge
- Personality Traits
- Skills
- Knowledge
- BasicPhysicalProperties
- Design process documentation
- Handicaps and Deficiencies Supported
- 3D Vision Limitation
- Attentiveness Limitation
- Colour Vision Limitation
- Directional Hearing Limitation
- Far Distance Vision Limitation
- Generic Limitation
- Hearing Limitation
- Orthography Limitation
- Short Distance Vision Limitation
- Short Term Memory Limitation
- Speech Recognition Limitation
- Tactile Sensitivity Limitation
- Temperature Sensitivity Limitation
- Vision Limitation
- User Equipment
- BasicCognitiveProperties
- Design Properties
- Property Types
- Audit Property Types
- Content Markup Types
- Context-of-Use Property Types
- Cultural Environment Property Types
- Organization Environment Property Types
- Physical Environment Property Types
- Regulatory Environment Property Types
- CategorizedDescriptionType
- DataCollectionActivationTypeType
- DataCollectionDeclarationType
- DataProcessingDeclarationType
- DataStorageLocationDeclarationType
- DataTransferPolicyDeclarationType
- PredefinedRegulatedDesignAspectType
- PredefinedRegulationLevelType
- RegulatedDesignAspectType
- RegulationLevelType
- RegulatoryDomainType
- TermsOfServiceDeclarationType
- Technical Environment Property Types
- EntityStateType
- EnvironmentalEquipmentType
- Platform Requirement Property Types
- DevicePropertyRequirementType
- DeviceRequirementListType
- DeviceRequirementType
- DeviceTypePropertyRequirementType
- DeviceTypeRefType
- DimensionAccuracyType
- MeasurementDimensionRefType
- PlatformPropertyRequirementListType
- PlatformPropertyRequirementType
- PlatformRefListType
- PropertyRequirementType
- SensorRequirementListType
- SensorRequirementType
- SensorTypeRefType
- Software Requirement Property Types
- ValueStatementType
- User Property Types
- Design Property Types
- ActivationEventTypeType
- ActivationType
- AdaptationType
- AnimatedRepresentationType
- AugmentationTypeType
- ContentEntityAssemblyTypeType
- DialogTypeRefType
- DialogTypeType
- GraphicAbstractionLevelType
- GraphicDimensionType
- ImmersionModeType
- InteractionBlockingTypeType
- LayoutRefType
- LayoutType
- NavigationDirectionTypeType
- NavigationElementType
- PerspectiveTypeType
- PredefinedDialogTypeType
- PredefinedLayoutType
- PredefinedUIDesignPatternType
- PredefinedViewOrderCriteriaType
- PredefinedViewTypeType
- ProportionateScaleType
- RegistrationReferenceListType
- RegistrationReferenceType
- RegistrationTypeType
- ScaleType
- SemanticAbstractionLevelType
- SymbolicScaleType
- UICustomizationType
- UIDesignPatternRefType
- UIDesignPatternType
- ViewOrderCriteriaRefType
- ViewOrderCriteriaType
- ViewTypeRefType
- ViewTypeType
- Section Reference Types
- Technical Property Types
- Tool Property Types
- Use-Case Property Types
- Technical Properties
- Use Case Properties
PropertyCategory: Context-of-Use PropertiesStatus: EXPERIMENTAL
Category Info
Extended Category
Extended By
Documentation
The context of use (CoU) properties help to further identify the adequacy of a relevant UI fragment. The CoU is devided into the environmental context and the user context. The environmental properties are further devided into different aspects. Expecially the user properties and the platform properties may define whether a UI fragment can be used in a specific context or not since the UI design heavily relies on these properties. For maintaining the usability during run-time it may be required to continuously measure or retrieve these properties in order to provide adaptation functionality.