|
Preface
Insert Preface Text here. Give OGC specific commentary: describe the technical content, reason for document, history of the document and precursors, and plans for future work.
There are two ways to specify the Preface: "simple clause" or "full clasuse"
If the Preface does not contain subclauses, it is considered a simple preface clause. This one is entered as text after the
If the Preface contains subclauses, it needs to be encoded as a full preface clause. This one is recognized as a full Metanorma AsciiDoc section with te title "Preface", i.e. |
<Insert Abstract Text here>
No security considerations have been made for this Standard.
All questions regarding this submission should be directed to the editor or the submitters:
| Name | Affiliation | OGC member |
|---|---|---|
Steve Liang |
University of Calgary, Canada / SensorUp Inc. |
Yes |
Additional contributors to this Standard include the following:
Individual name(s), Organization
|
If you need to place any further sections in the preface area
use the |
<Insert Scope text here>
|
Give the subject of the document and the aspects of that scope covered by the document. |
<Insert conformance content here>
|
Provide a short description of the content approached in subsequent sections and the main subject of the document |
The following normative documents contain provisions that, through reference in this text, constitute provisions of this document. For dated references, subsequent amendments to, or revisions of, any of these publications do not apply. For undated references, the latest edition of the normative document referred to applies.
|
If there are no references, leave this section empty.
References are to follow the Springer LNCS style, with the exception that optional information may be appended to references: DOIs are added after the date and web resource references may include an access date at the end of the reference in parentheses. See examples from Springer and OGC below. |
[], Identification of Common Molecular Subsequences. Smith, T.F., Waterman, M.S., J. Mol. Biol. 147, 195–197 (1981)
[], ZIB Structure Prediction Pipeline: Composing a Complex Biological Workflow through Web Services. May, P., Ehrlich, H.C., Steinke, T. In: Nagel, W.E., Walter, W.V., Lehner, W. (eds.) Euro-Par 2006. LNCS, vol. 4128, pp. 1148–1158. Springer, Heidelberg (2006)
[], The Grid: Blueprint for a New Computing Infrastructure., Foster, I., Kesselman, C.. Morgan Kaufmann, San Francisco (1999).
[], Grid Information Services for Distributed Resource Sharing. Czajkowski, K., Fitzgerald, S., Foster, I., Kesselman, C. In: 10th IEEE International Symposium on High Performance Distributed Computing, pp. 181–184. IEEE Press, New York (2001)
term used for exemplary purposes
| An example note. |
|
This section provides details and examples for any conventions used in the document. Examples of conventions are symbols, abbreviations, use of XML schema, or special notes regarding how to read the document. |
The normative provisions in this standard are denoted by the URI
http://www.opengis.net/spec/{standard}/{m.n}
All requirements and conformance tests that appear in this document are denoted by partial URIs which are relative to this base.
<Place any other convention needed with its corresponding title>
This clause establishes the Core Requirements class, with IRI /req/core, which has a corresponding Conformance Class, Core, with IRI /conf/core.
Type |
|
URI |
|
Definition |
Set of axes that spans a given coordinate space and of mathematical rules for specifying how coordinates are to be assigned to points. Cf. ISO 19111:2007:2007-07, part 9.2, table 17 and annex B.2. |
Type |
|
URI |
|
Definition |
Coordinate system which gives the position of points relative to n mutually perpendicular axes. Cf. ISO 19111:2007:2007-07, tables 15 and 18. |
Super-classes |
Type |
|
URI |
|
Definition |
Coordinate system which gives the position is specified by geodetic latitude, geodetic longitude and (in the three-dimensional case) ellipsoidal height. Cf. ISO 19111:2007:2007-07, tables 15 and 20. |
Super-classes |
Type |
|
URI |
|
Definition |
One-dimensional coordinate system in which a linear feature forms the axis. |
Type |
|
URI |
|
Definition |
n-dimensional coordinate system in which every axis uses integers. |
Super-classes |
Type |
|
URI |
|
Definition |
One-dimensional coordinate system where the axis units are parameter values which are not inherently spatial. |
Super-classes |
Type |
|
URI |
|
Definition |
Two-dimensional coordinate system in Euclidean space in which position is specified by one distance coordinate and one angular coordinate. |
Super-classes |
Type |
|
URI |
|
Definition |
Three-dimensional coordinate system in Euclidean space with one distance measured from the origin and two angular coordinates |
Super-classes |
Type |
|
URI |
|
Definition |
One-dimensional coordinate system used for gravity related height or depth measurements. Cf. ISO 19111:2007:2007-07, tables 15 and 25. |
Super-classes |
Type |
|
URI |
|
Definition |
Axis relative to which a coordinate of a point is specified in a coordinate system. See ISO 19111:2007:2007-07, part 9.3, table 27 and annex B.2.2. |
Type |
|
URI |
|
Definition |
Depending on the spatial dimension of coordinates (1D, 2D, 3D), this piece of metadata is used for specifying the elements of definition associated to a given set of coordinates: its datum, its ellipsoid, its prime meridian, the type of coordinates (geocentric, geographic, projected,…), the coordinates units of measure, when appropriate the cartographic projection used, the vertical coordinate reference system. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
A contextually local coordinate reference system which can be divided into two broad categories: - earth-fixed systems applied to engineering activities on or near the surface of the earth; - CRSs on moving platforms such as road vehicles, vessels, aircraft or spacecraft. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Coordinate Reference System associated with a geodetic datum. Cf. ISO 19111:2007:2007-07, part 8.2.2.a, table 10 and annex B.1.2.1.a. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Coordinate Reference System that has a geodetic reference frame and an ellipsoidal coordinate system |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Coordinate Reference System derived from a two-dimensional geodetic coordinate reference system by applying a map projection. Cf. ISO 19111:2007:2007-07, part 8.2.3.b, table 11 and annex B.1.2.3. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
An abstract coordinate system, whose origin, orientation and scale are specified in physical space. It is based on a set of reference points, defined as geometric points whose position is identified physically and mathematically. |
Type |
|
URI |
|
Definition |
Coordinate reference system consisting of one coordinate system and one datum. Cf. ISO 19111:2007:2007-07, table 5. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
A spatial reference system (SRS) is a system for establishing spatial position. A spatial reference system can use geographic identifiers (place names, for example), coordinates (in which case it is a coordinate reference system), or identifiers with structured geometry (in which case it is a discrete global grid system). |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Mathematical operation on coordinates, based on one-to-one relationship, that changes coordinates from one coordinate reference system to another. Cf. ISO 19111:2007:2007-07, part 11.1, table 42 and annex B.4. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
A non concatenated coordinate operation. Cf. ISO 19111:2007:2007-07, table 43. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Coordinate operation in which the two coordinate reference systems are based on different datums. Cf. ISO 19111:2007:2007-07, table 44. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Coordinate operation in which both coordinate reference systems are based on the same datum. Cf. ISO 19111:2007:2007-07, table 45 and annex B.4.2. |
Super-classes |
CRS[CRS] |
Type |
|
URI |
|
Definition |
Method used to perform an operation on coordinates. See ISO 19111:2007:2007-07, table 48 and annex B.4.5. |
Type |
|
URI |
|
Definition |
Parameter used by a method to perform an operation on coordinates. See ISO 19111:2007:2007-07, table 52 and annex B.4.5. |
Type |
|
URI |
|
Definition |
Value of a parameter used by a method to perform an operation on coordinates. See ISO 19111:2007:2007-07, table 55. |
Type |
|
URI |
|
Definition |
Parameter or set of parameters that define the position of the origin, the scale and the orientation of a coordinate system. Cf. ISO 19111:2007:2007-07, part 10.1, table 33 and annex B.3. |
Type |
|
URI |
|
Definition |
Datum describing the relation of a two- or three-dimensional coordinate system to the Earth. Cf. ISO 19111:2007:2007-07, part 10.2, table 34 and annex B.3.2. |
Type |
|
URI |
|
Definition |
Meridian from which the longitudes of other meridians are quantified. Cf. ISO 19111:2007:2007-07, part 10.2.1, table 35 and annex B.3.2.2. |
Type |
|
URI |
|
Definition |
Surface formed by the rotation of an ellipse about its minor axis, defined by a semi-major axis and a flattening parameter and fairly geocentric. NB : It is a mathematical model of the geoid, i.e. the Earth without its relief. Many geodetic ellipsoids exist. Cf. ISO 19111:2007:2007-07, part 10.2.2, table 36 and annex B.3.2.3. |
Type |
|
URI |
|
Definition |
Datum describing the relation of gravity-related heights or depths to the Earth. Cf. ISO 19111:2007:2007-07, table 41 and annex B.3.3. |
Super-classes |
Frame[Frame] |
URI |
|
Type |
|
Definition |
Indicates the length of the semi major axis of an ellipsoid. Cf. ISO 19111:2007:2007-07, table 36, attribute length of semi-major axis. |
Range |
xsd:double[xsd:double] |
Domain |
URI |
|
Type |
|
Definition |
Indicates the length of the semi minor axis of an ellipsoid. Cf. ISO 19111:2007:2007-07, table 37, attribute length of semi-minor axis. |
Range |
xsd:double[xsd:double] |
Domain |
URI |
|
Type |
|
Definition |
The property relates a coordinate system to one of its axis |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The geodetic coordinate reference system on which a projected coordinate reference system is based. Cf. ISO 19111:2007:2007-07, table 11, association role baseCRS. |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The property relates a coordinate reference system to its coordinate system |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The property relates a coordinate reference system to a datum |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
Geographic area or time interval in which the referring object is valid. Cf. ISO 19111:2007:2007-07, tables 4, 33 and 42, attribute domainOfValidity. |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The properties relates a datum to its ellipsoid definition |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The coordinate reference system associated to the data used as input of a given operation. Cf. ISO 19111:2007:2007-07, table 42, named association Source. |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
The coordinate reference system associated to the data obtained as output of a given operation. Cf. ISO 19111:2007:2007-07, table 42, named association Target. |
Range |
|
Domain |
This clause establishes the Co Requirements class, with IRI /req/co, which has a corresponding Conformance Class, Co, with IRI /conf/co.
URI |
|
Type |
|
Range |
|
Domain |
URI |
|
Type |
|
Range |
|
Domain |
URI |
|
Type |
|
Range |
|
Domain |
This clause establishes the CS Requirements class, with IRI /req/cs, which has a corresponding Conformance Class, CS, with IRI /conf/cs.
URI |
|
Definition |
Non-repeating sequence of coordinate system axes that spans a given coordinate space in one dimension |
Super-classes |
URI |
|
Definition |
Non-repeating sequence of coordinate system axes that spans a given coordinate space in three dimensions |
Super-classes |
URI |
|
Definition |
Coordinate system in Euclidean space with straight axes that are not necessarily mutually perpendicular |
Super-classes |
URI |
|
Definition |
A coordinate system in which the location of a point is specified by reference to a simplex (a triangle for points in a plane, a tetrahedron for points in three-dimensional space, etc.) |
Super-classes |
URI |
|
Definition |
A coordinate system for specifying positions of celestial objects relative to physical reference points |
Super-classes |
URI |
|
Definition |
A conical coordinate system is a three-dimensional orthogonal coordinate system consisting of concentric spheres (described by their radius r) and by two families of perpendicular cones, aligned along the z- and x-axes, respectively |
Super-classes |
URI |
|
Definition |
A coordinate system for the Euclidean space in which the coordinate lines may be curved |
Super-classes |
URI |
|
Definition |
Three-dimensional coordinate system in Euclidean space in which position is specified by two linear coordinates and one angular coordinate |
Super-classes |
URI |
|
Definition |
An ecliptic coordinate system is used for representing the apparent positions and orbits of solar system objects. |
Super-classes |
URI |
|
Definition |
Coordinate system used by an engineering coordinate reference system, one of an affine coordinate system, a Cartesian coordinate system, a cylindrical coordinate system, a linear coordinate sytem, an ordinal coordinate system, a polar coordinate system or a spherical coordinate system |
Super-classes |
URI |
|
Definition |
A celestial coordinate system in which an object’s position on the celestial sphere is described in terms of its north-south declination and east-west right ascension, measured relative to the celestial equator and vernal equinox, respectively. |
Super-classes |
URI |
|
Definition |
A coordinate system with the Sun as its center, the primary direction aligned with the approximate center of the Milky Way Galaxy, and the fundamental plane parallel to an approximation of the galactic plane but offset to its north. |
Super-classes |
URI |
|
Definition |
Coordinate system used by a Geodetic CRS, one of a Cartesian coordinate system or a spherical coordinate system. |
Super-classes |
URI |
|
Definition |
Spherical or geodetic coordinate system for measuring and communicating positions directly on Earth as latitude and longitude. |
Super-classes |
URI |
|
Definition |
A grid coordinate system identifies areas within a grid. |
Super-classes |
URI |
|
Definition |
A hexagonal coordinate system identifies areas within a hexagonal lattice. |
Super-classes |
URI |
|
Definition |
A horizontal coordinate system is a celestial coordinate system that uses the observer’s local horizon as the fundamental plane. |
Super-classes |
URI |
|
Definition |
Coordinate system with a point of local reference. |
Super-classes |
URI |
|
Definition |
A plane coordinate system whose axes are not perpendicular. |
Super-classes |
URI |
|
Definition |
A orthogonal coordinate system is a system of curvilinear coordinates in which each family of surfaces intersects the others at right angles. |
Super-classes |
URI |
|
Definition |
A frame of reference centered at the focus of the orbit, i.e. the celestial body about which the orbit is centered. |
Super-classes |
URI |
|
Definition |
A two-dimensional measurement system that locates features on a plane based on their distance from an origin (0,0) along two perpendicular axes. |
Super-classes |
URI |
|
Definition |
A skew coordinate system is a system of curvilinear coordinates in which each family of surfaces intersects the others at angles other than right angles. |
Super-classes |
URI |
|
Definition |
One-dimensional coordinate system used to record time in dateTime representation as defined in ISO 8601. |
Super-classes |
URI |
|
Definition |
One-dimensional coordinate system used to record time as an integer count. |
Super-classes |
URI |
|
Definition |
One-dimensionalcoordinate system where the axis is time. |
Super-classes |
URI |
|
Definition |
One-dimensional coordinate system used to record a time as a real number. |
Super-classes |
URI |
|
Definition |
A reference frame for the supercluster of galaxies that contains the Milky Way galaxy, referenced to a local relatively flat collection of galaxy clusters used to define the supergalactic plane. |
Super-classes |
URI |
|
Type |
|
Definition |
The direction of an axis. Cf. ISO 19111:2007:2007-07, table 27, attribute coordinate system axis direction. |
Range |
|
Domain |
URI |
|
Type |
|
Definition |
Links a coordinate reference system to a cylindrical coordinate system |
Range |
|
Domain |
This clause establishes the Datum Requirements class, with IRI /req/datum, which has a corresponding Conformance Class, Datum, with IRI /conf/datum.
URI |
|
Definition |
Geodetic reference frame in which some of the parameters describe time evolution of defining station coordinatesExample: defining station coordinates having linear velocities to account for crustal motion. |
Super-classes |
URI |
|
Definition |
Surface of an analytic ellipsoid defined by three axes of different length. Also referred as scalene ellipsoid. |
URI |
|
Definition |
Vertical reference frame in which some of the defining parameters have time dependencyExample: Defining station heights have velocity to account for post-glacial isostatic rebound motion. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
Super-classes |
URI |
|
Definition |
Textual description and/or a set of parameters identifying a particular reference surface used as the origin of a parametric coordinate system, including its position with respect to the Earth. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
Super-classes |
URI |
|
Definition |
Parameter value, an ordered sequence of values, or a reference to a file of parameter values that define a paramtric datum. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
URI |
|
Definition |
Definition of the origin and orientation of an engineering coordinate reference systemNote: The origin can be fixed with respect to the Earth (such as a defined point at a construction site), or be a defined point on a moving vehicle (such as on a ship or satellite), or a defined point of an image. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
Super-classes |
URI |
|
Definition |
Definition of the relationship of a temporal coordinate system to an objectNote: The object is normally time on the Earth. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
Super-classes |
URI |
|
Definition |
A collection of two or more datums (or if geodetic or vertical, a collection of two or more reference frames) that are realizations of one Conventional Reference System and which for all but the highest accuracy requirements may be considered to be insignificantly different from each other. Note: Within the datum ensemble every frame or datum is constrained to be a realization of the same reference system. Cf. ISO 19111:2019 Geographic information — Referencing by coordinates. |
URI |
|
Type |
|
Definition |
Indicates the inverse flattening value of an ellipsoid, expressed as a number or a ratio (percentage rate, parts per million, etc.). Cf. ISO 19111:2007:2007-07, table 37, attribute inverse flattening |
Range |
xsd:double[xsd:double] |
Domain |
URI |
|
Type |
|
Definition |
The prime meridian used by a geodetic datum. Cf. ISO 19111:2007:2007-07, table 34, association role primeMeridian. |
Range |
|
Domain |
This clause establishes the SRSAPP Requirements class, with IRI /req/srsapp, which has a corresponding Conformance Class, SRSAPP, with IRI /conf/srsapp.
This clause establishes the PROJ Requirements class, with IRI /req/proj, which has a corresponding Conformance Class, PROJ, with IRI /conf/proj.
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/AdamsWorldInASquareIIProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/AdamsWorldInASquareIProjection |
Super-classes |
URI |
|
Definition |
An azimuthal minimum error projection for the region within the small or great circle defined by an angular distance, from the tangency point of the plane |
Super-classes |
URI |
|
Super-classes |
URI |
|
Definition |
A modified azimuthal projection whose graticule takes the form of an ellipse |
Super-classes |
URI |
https://w3id.org/geosrs/projection/AlbersEqualAreaProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/AmericanPolyconicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/AugustEpicycloidalProjection |
Definition |
A projection in which every angle between two curves that crosss each other on a celestical body is preserved in the image of the projection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/AzimuthalEqualAreaProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/AzimuthalEquidistantProjection |
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/BSAMCylindricalProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Definition |
A cylindrical equal-area projection that uses a standard parallel of phi_s=50 degrees |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Definition |
A cylindrical equal-area map projection with standard parallels set at 30° north and south |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/BipolarObliqueConicConformalProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/BraunPerspectiveProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/BraunStereographicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/BreusingGeometricProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/BreusingHarmonicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Definition |
A map projection first described in an approximate form by César-François Cassini de Thury in 1745 |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/CentralCylindricalProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ChamberlinTrimetricProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/CollignonButterflyProjection |
Super-classes |
URI |
|
Definition |
An equal-area pseudocylindrical projection that maps the sphere onto a triangle or diamond |
Super-classes |
URI |
URI |
|
Super-classes |
URI |
URI |
URI |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/CraigRetroazimuthalProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/CrasterParabolicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/CylindricalStereographicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/DeakinMinimumErrorProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/DenoyerSemiEllipticalProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/EquallySpacedParallelsProjection |
URI |
https://w3id.org/geosrs/projection/EquidistantConicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/EquidistantCylindricalProjection |
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/EquirectangularProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/FoucautSinusoidalProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/FournierGlobularIProjection |
Super-classes |
URI |
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Super-classes |
URI |
|
Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/GallStereographicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/GeneralVerticalPerspectiveProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/GilbertTwoWorldPerspectiveProjection |
Super-classes |
URI |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
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Super-classes |
URI |
|
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/GnomonicButterflyProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/GnomonicCubedSphereProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/GnomonicIcosahedronProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/GoodeHomolosineProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/GringortenQuincuncialProjection |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/HammerRetroazimuthalProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/HatanoAsymmetricalEqualAreaProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/HerschelConformalConicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
URI |
URI |
URI |
URI |
|
Super-classes |
URI |
URI |
URI |
URI |
URI |
URI |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/InterruptedGoodeHomolosineOceanicViewProjection |
URI |
https://w3id.org/geosrs/projection/InterruptedGoodeHomolosineProjection |
URI |
https://w3id.org/geosrs/projection/InterruptedQuarticAuthalicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/KarchenkoShabanovaProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/LambertAzimuthalEqualArea |
Super-classes |
URI |
https://w3id.org/geosrs/projection/LambertConformalConicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/LambertCylindricalEqualAreaProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/McBrydeThomasFlatPolarParabolicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/McBrydeThomasFlatPolarQuarticProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/McBrydeThomasFlatPolarSinusoidalProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/McBrydeThomasIIProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/MillerOblatedStereographicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Definition |
A pseudocylindrical map projection designed by Tom Patterson and introduced in 2008 |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/NicolosiGlobularProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/ObliqueCylindricalEqualAreaProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ObliqueMercatorProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ObliquePlateCarreeProjection |
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/ObliqueStereographicProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
https://w3id.org/geosrs/projection/PattersonCylindricalProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/PeirceQuincuncialProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/PerspectiveConicProjection |
Super-classes |
URI |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
URI |
URI |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/PseudoAzimuthalProjection |
URI |
URI |
https://w3id.org/geosrs/projection/PseudoCylindricalProjection |
URI |
https://w3id.org/geosrs/projection/PseudoOrthographicProjection |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/QuadrilateralizedSphericalCubeProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/QuarticAuthalicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/RectangularPolyconicProjection |
Super-classes |
URI |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/SmythEqualSurfaceProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/SpaceObliqueMercatorProjection |
URI |
https://w3id.org/geosrs/projection/SpilhausOceanicProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/StabiusWernerIIIProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/StabiusWernerIIProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/TiltedPerspectiveProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ToblerCylindricalIIProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ToblerCylindricalIProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/ToblerHyperellipticalProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/ToblerWorldInASquareProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/TransverseCylindricalEqualAreaProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/TransverseMercatorProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/TwoPointEquidistantProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/UniversalTransverseMercatorProjection |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/VanDerGrintenIIIProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/VanDerGrintenIIProjection |
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/VanDerGrintenIVProjection |
Super-classes |
URI |
https://w3id.org/geosrs/projection/VerticalPerspectiveProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/WatermanButterflyProjection |
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
|
Super-classes |
URI |
https://w3id.org/geosrs/projection/MollweideWagnerProjection |
This clause establishes the PLANET Requirements class, with IRI /req/planet, which has a corresponding Conformance Class, PLANET, with IRI /conf/planet.
The prefixes used for the ontologies mapped to in all following sections are given in the following table.
ign: |
|
iso19111: |
http://def.isotc211.org/iso19112/2019/SpatialReferencingByGeographicIdentifier# |
geosrs: |
|
ifc: |
https://standards.buildingsmart.org/IFC/DEV/IFC4/ADD2_TC1/OWL/ |
owl: |
|
prov: |
|
rdf: |
|
rdfs: |
| From Element | Mapping relation | To Element | Notes |
|---|---|---|---|
- |
|||
- |
|||
- |
| From Element | Mapping relation | To Element | Notes |
|---|---|---|---|
- |
|||
- |
|||
- |
| From Element | Mapping relation | To Element | Notes |
|---|---|---|---|
- |
|||
- |
|||
- |
|||
- |
|||
- |
|||
- |
|||
- |
| Date | Release | Author | Primary clauses modified | Description |
|---|---|---|---|---|
2016-04-28 |
0.1 |
G. Editor |
all |
initial version |
|
Example Bibliography (Delete this note).
The TC has approved Springer LNCS as the official document citation type. Springer LNCS is widely used in technical and computer science journals and other publications For citations in the text please use square brackets and consecutive numbers: [1], [2], [3] Actual References: [n] Journal: Author Surname, A.: Title. Publication Title. Volume number, Issue number, Pages Used (Year Published) [n] Web: Author Surname, A.: Title, http://Website-Url |
[], Ben-Kiki, O., Evans, C., Ingy döt Net: YAML Ain’t Markup Language, https://yaml.org/
[], Berners-Lee, T., Fielding, R., Masinter, L.: IETF RFC 3986 - Uniform Resource Identifier (URI): Generic Syntax, http://tools.ietf.org/rfc/rfc3986.txt
[], IANA: Link Relation Types, https://www.iana.org/assignments/link-relations/link-relations.xml
[], ISO: ISO 19142:2010 - Geographic information - Web Feature Service https://www.iso.org/standard/42136.html
[], OGC: Web Feature Service 2.0, http://docs.opengeospatial.org/is/09-025r2/09-025r2.html
[], W3C/OGC: Spatial Data on the Web Best Practices, W3C Working Group Note 28 September 2017, https://www.w3.org/TR/sdw-bp/
[], W3C: Data on the Web Best Practices, W3C Recommendation 31 January 2017, https://www.w3.org/TR/dwbp/
[], W3C: Data Catalog Vocabulary, W3C Recommendation 16 January 2014, https://www.w3.org/TR/vocab-dcat/