• DIN EN ISO 19136:2009-09

    Superseded A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

    GEOGRAPHIC INFORMATION - GEOGRAPHY MARKUP LANGUAGE (GML)

    Available format(s):  Hardcopy, PDF

    Superseded date:  07-03-2021

    Language(s):  German

    Published date:  01-01-2009

    Publisher:  German Institute for Standardisation (Deutsches Institut für Normung)

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    Table of Contents - (Show below) - (Hide below)

    Foreword
    Introduction
    1 Scope
    2 Conformance
       2.1 Conformance requirements
       2.2 Conformance classes related to
             GML application schemas
       2.3 Conformance classes related
             to GML profiles
       2.4 Conformance classes related to
             GML documents
       2.5 Conformance classes related to
             software implementations
    3 Normative references
    4 Terms and symbols
       4.1 Terms and definitions
       4.2 Symbols and abbreviated terms
    5 Conventions
       5.1 XML namespaces
       5.2 Versioning
       5.3 Deprecated parts of previous versions of GML
       5.4 UML notation
       5.5 XML Schema
    6 Overview of the GML schema
       6.1 GML schema
       6.2 GML application schemas
       6.3 Relationship between the ISO 19100 series
             of International Standards, the GML schema
             and GML application schemas
       6.4 Organization of this International Standard
       6.5 Deprecated and experimental schema
             components
    7 GML schema - General rules and base
       schema components
       7.1 GML model and syntax
       7.2 gmlBase schema components
    8 GML schema - Xlinks and basic types
       8.1 Xlinks - Object associations and remote
             properties
       8.2 Basic types
    9 GML schema - Features
       9.1 General concepts
       9.2 Relationship with ISO 19109
       9.3 Features
       9.4 Standard feature properties
       9.5 Geometry properties
       9.6 Topology properties
       9.7 Temporal properties
       9.8 Defining application-specific feature types
       9.9 Feature collections
       9.10 Spatial reference system used in a feature
             or feature collection
    10 GML schema - Geometric primitives
       10.1 General concepts
       10.2 Abstract geometric primitives
       10.3 Geometric primitives (0-dimensional)
       10.4 Geometric primitives (1-dimensional)
       10.5 Geometric primitives (2-dimensional)
       10.6 Geometric primitives (3-dimensional)
    11 GML schema - Geometric complex, geometric
       composites and geometric aggregates
       11.1 Overview
       11.2 Geometric complex and geometric composites
       11.3 Geometric aggregates
    12 GML schema - Coordinate reference systems
       schemas
       12.1 Overview
       12.2 Reference systems
       12.3 Coordinate reference systems
       12.4 Coordinate systems
       12.5 Datums
       12.6 Coordinate operations
    13 GML schema - Topology
       13.1 General concepts
       13.2 Abstract topology
       13.3 Topological primitives
       13.4 Topological collections
       13.5 Topology complex
    14 GML schema - Temporal information
       and dynamic features
       14.1 General concepts
       14.2 Temporal schema
       14.3 Temporal topology schema
       14.4 Temporal reference systems
       14.5 Representing dynamic features
    15 GML schema - Definitions and dictionaries
       15.1 Overview
       15.2 Dictionary schema
    16 GML schema - Units, measures and values
       16.1 Introduction
       16.2 Units schema
       16.3 Measures schema
       16.4 Value objects schema
    17 GML schema - Directions
       17.1 Direction schema
       17.2 direction, Direction Property Type
       17.3 Direction Vector Type
       17.4 Direction Description Type
    18 GML schema - Observations
       18.1 Observations
       18.2 Observation schema
    19 GML schema - Coverages
       19.1 The coverage model and representations
       19.2 Grids schema
       19.3 Coverage schema
    20 Profiles
       20.1 Profiles of GML and application schemas
       20.2 Definition of profile
       20.3 Relation to application schema
       20.4 Rules for elements and types in a profile
       20.5 Rules for referencing GML profiles from
             application schemas
       20.6 Recommendations for application schemas
             using GML profiles
       20.7 Summary of rules for GML profiles
    21 Rules for GML application schemas
       21.1 Instances of GML objects
       21.2 GML application schemas
       21.3 Schemas defining Features and Feature Collections
       21.4 Schemas defining spatial geometries
       21.5 Schemas defining spatial topologies
       21.6 Schemas defining time
       21.7 Schemas defining coordinate reference systems
       21.8 Schemas defining coverages
       21.9 Schemas defining observations
       21.10 Schemas defining dictionaries and definitions
       21.11 Schemas defining values
       21.12 GML profiles of the GML schema
    Annex A (normative) Abstract test suites for GML
            application schemas, GML profiles and GML
            documents
    Annex B (normative) Abstract test suite for software
            implementations
    Annex C (informative) GML schema
    Annex D (normative) Implemented Profile of the ISO
            19100 series of International Standards and
            Extensions
    Annex E (normative) UML-to-GML application schema
            encoding rules
    Annex F (normative) GML-to-UML application schema
            encoding rules
    Annex G (informative) Guidelines for subsetting the
            GML schema
    Annex H (informative) Default styling
    Annex I (informative) Backwards compatibility with
            earlier versions of GML
    Annex J (informative) Modularization and dependencies
    Bibliography
    Index

    Abstract - (Show below) - (Hide below)

    Die Geography Markup Language (GML) ist eine XML- Kodierung nach DIN EN ISO 19118 für den Transport und die Speicherung von Geoinformationen, modelliert in Überstimmung mit dem konzeptuellen Modellierungssystem, das in der Normenreihe ISO 19100 angewendet wird, einschliesslich der raumbezogenen und nichtraumbezogenen Eigenschaften von Geo-Features.

    General Product Information - (Show below) - (Hide below)

    Document Type Standard
    Publisher German Institute for Standardisation (Deutsches Institut für Normung)
    Status Superseded
    Superseded By
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