Runway ID RWID Scaling SCALx Scaling SCALy Scaling SCALz
5.7.1.3.55 Runway ID RWID
Description: An alphanumeric identifier that uniquely identifies a runway for a given airport; this ID must match the value of the field Ident of the Runway or Helipad dataset. ● Identifier: RWID ● Code: 0054 ● Data Type: Alphanumeric ● Length: 6 characters ● Format: NA ● Range: NA ● Usage Note: Recommended for all Airport Light Points features. Failure to appropriately tag airport culture with RWID attribute will result in reduced control of runway-related or helipad culture by simulator. Optional for PointLinealPolygon features, Location Points Features, Environmental Light Point features, and Moving Model Location features that are associated with a runway and for which control of the feature is desirable. The combination of RWID and APID points to a unique record of the NavData Runway or Helipad dataset components. Note that all of the lights and other features located in vector datasets that are associated with the operation of a runway or helipad are required to reference a runway or helipad in the NavData dataset; the RWID attribute is not required for features unrelated to a runway or helipad. ● Unit: NA 255 © 2016 Open Geospatial Consortium ● Default: None ● Compatibility: OGC CDB 1.05.7.1.3.56 Scaling SCALx
5.7.1.3.57 Scaling SCALy
5.7.1.3.58 Scaling SCALz
Description: A set of scaling factors, one of the model axis, to be applied to the rendering of model geometry by the client-device. A value of 1.0 instructs the client-devices to use the model as-is. The physical dimension of models processed by client-device should approach zero, as SCALing tends to zero. The value of SCALing should also be accounted for by client-devices in combination with other information to determine the appropriate distance at which the model should be paged-in, rendered or processed. All three SCALing factors are optional. Values of zero and negative values are not permitted. ● Identifiers: SCLAx, SCALy, SCALz ● Codes: 0055, 0056, 0057 ● Data Type: numeric ● Length: 9 characters ● Format: floating-point recommended precision 3.5 ● Range: 000.00001 to 999.99999 ● Usage Note: Optional. CDB readers should default to a value of 1.0 if SCALx, SCALy, or SCALz is missing. ● Unit: NA ● Default: 1.0 ● Compatibility: CDB 3.05.7.1.3.59 Start Junction ID SJID
Parts
» Volume 1: OGC CDB Core Standard: Model and Physical Data Store Structure
» Identifiers CDB XML Schema Definitions.
» CDB Metadata Files CDB Directory File Naming and Structure
» Conformance References Terms and Definitions CDB Feature Data Dictionary
» Purpose Document Structure Introduction
» What is the CDB Standard: An Overview
» What the CDB Standard is Not
» Coordinate Reference Systems Geographic Coordinates
» Details of the Tiling System in the CDB core model
» Tile LoD Area Coverage Rules Tile-LOD Hierarchy Rules Tile-LOD Replacement Rules
» Handling of the North and South Pole
» Adding Names to the CDB Light Name Hierarchy
» Composite Material Substrates Composite Materials
» Composite Material Tables CMT
» Bringing it all Together Determination of Material Properties by Sensor Environmental Model SEM
» Generation of Materials for Inclusion in CDB Datasets
» \CDB\: \CDB\Metadata\: The directory that contains the specific XML metadata files which are
» CDB Version Directory Structure CDB Configuration
» GSModel Geospecific 3D Model T2DModel Tiled 2D Model MModel Moving 3D Model
» Use of GSModels and GTModels
» Organizing Models into Levels of Detail
» Texture Name Level of Detail
» GTModelGeometry Entry File Naming Convention GTModelGeometry Level of Detail Naming Convention
» GTModelDescriptor Naming Convention Examples
» GTModelTexture Naming Convention GTModelMaterial Naming Convention GTModelCMT Naming Convention
» Examples GTModel Directory Structure 2: Texture, Material, and CMT
» GTModelInteriorGeometry Naming Convention GTModelInteriorDescriptor Naming Convention
» GTModelInteriorTexture Naming Convention GTModelInteriorMaterial Naming Convention Example 1
» GTModelSignature Naming Convention Examples
» MModelGeometry Naming Convention MModelDescriptor Naming Convention Examples
» MModelTexture Naming Convention MModelMaterial Naming Convention MModelCMT Naming Convention
» Naming Convention Examples MModel Directory Structure 3: Signature
» Raster Datasets Vector Datasets
» Examples Directory Level 3 Dataset Directory
» Client Specific Lights Definition Metadata
» Model Components Definition File Base Materials Table Default Values Definition Table
» Definition of the Attribute Element Requirement 75
» Definition of the Scaler Element Requirement 79 Example of CDB_Attributes.xml
» A Note about Folder Path Example
» CDB Model Textures CDB Datasets
» GTModel Library Datasets CDB Datasets
» MModel Library Datasets CDB Datasets
» List of all Elevation Dataset Components
» Data Type Supported Compression Algorithm
» Terrain Constraints Tiled Elevation Dataset
» Level of Details MinElevation and MaxElevation Components
» Data Type Default Read Value
» Default Write Value MinElevation and MaxElevation Components
» Level of Details Data Type Default Read Value Default Write Value
» Data Type Default Read Value Default Write Value Supported Compression Algorithm
» Vector Type Usage and Conventions
» Attribute Code Attribute Identifier Attribute Semantics Attributes Values Attribute Usage
» Attribution Data Compatibility Attribution Schemas
» ATARS Extended Attribute Code AEAC – Deprecated Absolute Height Flag AHGT
» Angle of Orientation AO1 Airport Feature Name APFN – Deprecated Airport ID APID
» Bounding Box Height BBH Bounding Box Width BBW Bounding Box Length BBL Boundary Type BOTY
» Bounding Sphere Radius BSR CDB Extended Attribute Index CEAI
» DIGEST Extended Attribute Code DEAC – Deprecated Depth below Surface Level DEP Directivity DIR
» Height above Surface Level HGT Junction ID JID
» Location Type LOTY Light Phase LPH Layer Priority Number LPN
» LaneTrack Number LTN Light Type LTYP Model Level Of Detail MLOD
» Moving Model DIS Code MMDC Model Name MODL Model Type MODT Network Component Selector 1 NCS1
» Populated Place Type POPT Relative TActical Importance RTAI
» Runway ID RWID Scaling SCALx Scaling SCALy Scaling SCALz
» Start Junction ID SJID Surface Roughness Description SRD
» Structure Shape Category SSC Structure Shape of Roof SSR
» Traffic Flow TRF Taxiway ID TXID Urban Street Pattern USP
» 2D Relationship Tile Connection File
» 2D Relationship Dataset Connection File
» Explicitly Modeled Representations .1 Implicitly Modeled Representations Handling of Light Points
» Allocation of CDB Attributes To Vector Datasets
Show more