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  • ISO/IEC 18023-1:200x(E) — Table 6.192 DRM_Property
    property inheritance is TRUE for the DRM Property instance P P shall be inherited otherwise P shall not be inherited Class diagram Figure 6 230 DRM Property Inherited field elements Field name Range Field data type None Field elements Field name Range Field data type meaning Property Code apply property inheritance Boolean Default field values Default field values for DRM Property Associated to one way inherited None Associated to one

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  • ISO/IEC 18023-1:200x(E) — Table 6.194 DRM_Property_Description
    Default field values Default field values for DRM Property Description Associated to one way inherited None Associated to one way None Associated by one way inherited None Associated by one way None Associated with two way inherited None Associated with two way None Composed of two way inherited zero or more DRM Property Characteristic instances Composed of two way zero or more DRM Property Value instances Composed of two way metadata inherited None Composed of two way metadata None Component of two way inherited None Component of two way zero or more DRM Aggregate Feature instances zero or more DRM Aggregate Geometry instances zero or more DRM EDCS Use Summary Item instances Constraints DRM Property Characteristic constraints DRM Property constraints Publishable object Clarifications None Example s Consider a DRM Union Of Primitive Geometry instance containing DRM Polygon instances each of which has an emissivity applicable to the infrared band only where valid values are less than or equal to 1 0 as depicted in Figure 6 233 Figure 6 233 DRM Property Description infrared emissivity example The emissivity of each DRM Polygon instance is applicable to the infrared band only because that property is so qualified by inheritance Consider a

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  • ISO/IEC 18023-1:200x(E) — Table 6.193 DRM_Property_Characteristic
    None Composed of two way None Composed of two way metadata inherited None Composed of two way metadata None Component of two way inherited None Component of two way zero or more DRM Property instances zero or more DRM Table Property Description instances Constraints DRM Property Characteristic constraints Publishable object Clarifications None Example s A DRM Model instance classified as ECC BRIDGE has a DRM Property Value component representing its length The DRM Property Value component has two DRM Property Characteristic components to specify maximum length and length precision The first DRM Property Characteristic component specifies meaning EVC MAXIMUM VALUE characteristic value REAL EUC METRE ESC UNI SINGLE VALUE 32767 0 The second DRM Property Characteristic component specifies meaning EVC TOLERANCE characteristic value REAL EUC METRE ESC UNI SINGLE VALUE 1 0 A DRM Property Grid instance containing a DRM Table Property Description component with meaning ATTRIBUTE EAC AIR TEMPERATURE describes air temperature measurements over the specified region In some locations no measurements were taken so a sentinel value deliberately chosen to lie outside the range of possible data values is needed to indicate those locations Consequently the DRM Table Property Description instance for EAC AIR TEMPERATURE in this example has a DRM Property Characteristic component with meaning EVC MISSING and characteristic value of for example 10000 Any cell data element for this DRM Table Property Description instance that has a value of 10000 is therefore interpreted as meaning that the measurement is missing NOTE 1 The DRM Table Property Description instance may have other DRM Property Characteristic components provided that they have different meaning values For example this DRM Table Property Description instance may have another DRM Property Characteristic component specifying EVC MINIMUM VALUE A DRM Property Grid instance containing a DRM Table Property Description component with meaning ATTRIBUTE

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  • ISO/IEC 18023-1:200x(E) — Table 6.271 DRM_Table_Property_Description
    instance such as sentinel values and tolerances is specified by attaching DRM Property Characteristic components to the applicable DRM Table Property Description instance s The meaning field specifies the meaning of the DRM Table Property Description instance The value unit field specifies the unit of measurement of the DRM Table Property Description instance The value scale field specifies the scale applicable to value unit The value type field specifies the storage type of the DRM Table Property Description instance The component data table ecc field specifies the ECC used to identify the table type of a component or library DRM Data Table instance It is only used if the DRM Table Property Description instance is describing an index that refers to a DRM Data Table instance This in turn is only the case if meaning INDEX DATA TABLE COMPONENT or meaning INDEX DATA TABLE LIBRARY Class diagram Figure 6 338 DRM Table Property Description Inherited field elements Field name Range Field data type None Field elements Field name Range Field data type meaning Element Type value unit EDCS Unit Code value scale EDCS Unit Scale Code value type Data Table Data Value Type component data table ecc EDCS Classification Code Default field values Default field values for DRM Table Property Description Associated to one way inherited None Associated to one way None Associated by one way inherited None Associated by one way None Associated with two way inherited None Associated with two way None Composed of two way inherited None Composed of two way zero or more DRM Property Characteristic instances zero or more DRM Property Value instances 1 Composed of two way metadata inherited None Composed of two way metadata None Component of two way inherited None Component of two way one or more DRM Data Table instances Constraints

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  • ISO/IEC 18023-1:200x(E) — Table 6.181 DRM_Polygon
    Field elements Field name Range Field data type polygon flags Polygon Flag Default field values Default field values for DRM Polygon Associated to one way inherited None Associated to one way None Associated by one way inherited None Associated by one way None Associated with two way inherited None Associated with two way a bounded set of 0 2 ordered DRM Geometry Face instances 1 Composed of two way inherited zero or one DRM Classification Data instance zero or more ordered DRM Property Set Index instances zero or more DRM Property Table instances zero or more DRM Property Table Reference instances zero or more DRM Property Value instances zero or more DRM Colour instances zero or more ordered DRM Image Mapping Function instances zero or one DRM Light Rendering Properties instance zero or one DRM Presentation Domain instance zero or one DRM Rendering Priority Level instance zero or one DRM Rendering Properties instance zero or more DRM Tack Point instances zero or one DRM Union Of Primitive Geometry instance 2 Composed of two way zero or one DRM Polygon Control Link instance 3 zero or more DRM Reference Vector instances three or more ordered DRM Vertex instances Composed of two way metadata inherited zero or one DRM Time Constraints Data instance Composed of two way metadata None Component of two way inherited zero or more DRM Union Of Primitive Geometry instances Component of two way zero or more DRM Polyhedron instances Constraints Colour mapping constraints Constraints on components Continuous LOD constraints DRM Presentation Domain constraints DRM Property constraints Image mapping functions and texture coordinates Nested primitive geometry Non cyclic aggregations Polygon as bounded plane Precedence of DRM Property Set Index Publishable object Clarifications 1 A DRM Geometry Face instance associated with a DRM Polygon instance represents the topology of the

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  • ISO/IEC 18023-1:200x(E) — Table 6.29 DRM_Classification_Data
    a component the DRM Classification Data instance specifies what X represents If X and Y are DRM objects such that X has Y as a component through a DRM Classification Data link object on the relationship the DRM Classification Data link object specifies what Y represents For this case see the DRM Classification Related Features class and the DRM Classification Related Geometry class for a more detailed discussion The tag field specifies the ECC Class diagram Figure 6 30 DRM Classification Data Inherited field elements Field name Range Field data type None Field elements Field name Range Field data type tag EDCS Classification Code Default field values Default field values for DRM Classification Data Associated to one way inherited None Associated to one way None Associated by one way inherited None Associated by one way None Associated with two way inherited None Associated with two way None Composed of two way inherited None Composed of two way zero or more DRM Property Value instances Composed of two way metadata inherited None Composed of two way metadata None Component of two way inherited None Component of two way zero or more DRM Camera Point instances zero or more DRM Data Table

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  • ISO/IEC 18023-1:200x(E) — Table 6.67 DRM_Environmental_Domain_Summary
    the transmittal The environmental domain field specifies the environmental domain being specified Class diagram Figure 6 81 DRM Environmental Domain Summary Inherited field elements Field name Range Field data type None Field elements Field name Range Field data type environmental domain EDCS Classification Code Default field values Default field values for DRM Environmental Domain Summary Associated to one way inherited None Associated to one way None Associated by one way inherited None Associated by one way None Associated with two way inherited None Associated with two way None Composed of two way inherited None Composed of two way zero or more DRM Property Value instances 1 Composed of two way metadata inherited None Composed of two way metadata None Component of two way inherited None Component of two way one DRM Transmittal Summary instance Constraints DRM Property constraints Publishable object Clarifications 1 If present these DRM Property Value components elaborate the semantic of the environmental domain field Example s Consider a transmittal containing a polygonal representation of a terrain skin The transmittal can indicate such environmental domain coverage with a DRM Environmental Domain Summary instance with environmental domain ECC LAND Consider a transmittal containing a DRM Property Grid instance of

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  • ISO/IEC 18023-1:200x(E) — Table 6.108 DRM_Image
    Image instance the bits of material 3 percentage field is used to specify the percentage of material 3 NOTE 5 If data for all three materials is provided the percentage of material 1 is 100 percentage of material 2 percentage of material 3 The bits of image index field specifies how many bits of a texel within the image data specify image index information It is zero if image index is not used The bits of bump map u field specifies how many bits of a texel within the image data specify bump map u information It is zero if bump map u is not used The bits of bump map v field specifies how many bits of a texel within the image data specify bump map v information It is zero if bump map v is not used The minimum value of alpha field specifies the minimum value that alpha can be within the image data It is zero if alpha is not used The maximum value of alpha field specifies the maximum value that alpha can be within the image data It is zero if alpha is not used The minimum value of luminance field specifies the minimum value that luminance can be within the image data It is zero if luminance is not used The maximum value of luminance field specifies the maximum value that luminance can be within the image data It is zero if luminance is not used The minimum value of colour coordinate 1 field specifies the minimum value that colour coordinate 1 can be within the image data It is zero if colour coordinate 1 is not used The maximum value of colour coordinate 1 field specifies the maximum value that colour coordinate 1 can be within the image data It is zero if colour coordinate 1 is not used The minimum value of colour coordinate 2 field specifies the minimum value that colour coordinate 2 can be within the image data It is zero if colour coordinate 2 is not used The maximum value of colour coordinate 2 field specifies the maximum value that colour coordinate 2 can be within the image data It is zero if colour coordinate 2 is not used The minimum value of colour coordinate 3 field specifies the minimum value that colour coordinate 3 can be within the image data It is zero if colour coordinate 3 is not used The maximum value of colour coordinate 3 field specifies the maximum value that colour coordinate 3 can be within the image data It is zero if colour coordinate 3 is not used The minimum value of bump map height field specifies the minimum value that bump map height can be within the image data It is zero if bump map height is not used The maximum value of bump map height field specifies the maximum value that bump map height can be within the image data It is zero if bump map height is not used The

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