different, the constraint information becomes part of the structure metadata. The other structure metadata is the grid representation and the reference system. Figure 12.2 shows the S102_StructureMetadataBlock. The metadata block is generated by the inheritance of attributes from a number of ISO 19115 metadata classes, and S-100 class for tiling and two implementation classes for the horizontal and vertical reference system. This makes the metadata block a simple table. Figure 12.2 S-102 Structure Metadata – 12.5 provides a description of each attribute of the S102_StructureMetadataBlock class attributes. Table 12.5 - S102_StructureMetadataBlock class attributes. Role Cardina Name Description Type Remarks Name lity S102_StructuralMetadata Container for - - Block structural metadata attribute maximumDisplayScale Maximum display for 1 Integer the elevation coverage. attribute minimumDisplayScale Minimum display scale 1 Integer for the elevation coverage. number of independent default = 2 attribute numberOfDimensions spatialtemporal axes 1 No other value is allowed. MD_Dimension <<DataType>> information about spatial- dimensionName attribute axisDimensionProperties temporal 1 MD_Dimension and axis properties dimensionSize MD_CellGeometry identification of grid data Code attribute cellGeometry as point or cell 1 MD_CellGeometryCode default = point No other value is allowed. indication of whether or not parameters for transformation between coordinates and geographic 1 = yes 0 = no transformationParameterA attribute or map coordinates 1 Boolean Mandatory and vailability exist (are available) must be 1. reference system vertical information, can name of vertical reference attribute vRefSystem 1 RS_Identifier also be defined system explicitly by use of the parameters in 19111
different, the constraint information becomes part of the structure metadata. The other structure metadata is the grid representation and the reference system. Figure 12.2 shows the S102_StructureMetadataBlock. The metadata block is generated by the inheritance of attributes from a number of ISO 19115 metadata classes, and S-100 class for tiling and two implementation classes for the horizontal and vertical reference system. This makes the metadata block a simple table. Figure 12.2 – S-102 Structure Metadata 12.5 provides a description of each attribute of the S102_StructureMetadataBlock class attributes. Table 12.5 - S102_StructureMetadataBlock class attributes. Role Name Name Description Cardina lity Type Remarks S102_StructuralMetadata Block Container for structural metadata - - attribute maximumDisplayScale Maximum display for the elevation coverage. 1 Integer attribute minimumDisplayScale Minimum display scale for the elevation coverage. 1 Integer attribute numberOfDimensions number of independent spatialtemporal axes 1 default = 2 No other value is allowed. attribute axisDimensionProperties information about spatial- temporal axis properties 1 MD_Dimension MD_Dimension <<DataType>> dimensionName and dimensionSize attribute cellGeometry identification of grid data as point or cell 1 MD_CellGeometryCode MD_CellGeometry Code default = point No other value is allowed. attribute transformationParameterA vailability indication of whether or not parameters for transformation between coordinates and geographic or map coordinates exist (are available) 1 Boolean 1 = yes 0 = no Mandatory and must be 1. attribute vRefSystem name of vertical reference system 1 RS_Identifier reference system vertical information, can also be defined explicitly by use of the parameters in 19111
S-100WG2-7.1_S-102_Product_Spec_v2.0_WorkingDraft_03032017.docx