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"An OWL representation of part of the model for geometry and space from ISO 19107:2003 Geographic Information - Spatial Schema. \n\nThis vocabulary is provisional, pending finalization of ISO 19150-2.\n\nThe URI stem http://def.seegrid.csiro.au/isotc211/ is temporary. The vocabulary is expected to be ultimately published in the domain http://def.isotc211.org/. "^^ .
"Simon Jonathan David COX\nCSIRO"^^ .
"An OWL representation of part of the model for geometry and space from ISO 19107:2003 Geographic Information - Spatial Schema"^^ .
"Copyright \u00C2\u00A9 2012-2013 CSIRO"^^ .
"ISO 19107:2003"^^ .
"OWL representation of ISO 19107 (Geographic Information - Spatial Schema)"^^ .
"2010-10-27T00:00:00"^^ .
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"2013-11-14T00:00:00"^^ .
"gm"^^ .
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"Geometry Aggregate"^^ .
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"true"^^ .
"GM_Aggregate"^^ .
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"geometric complex\nset of disjoint geometric primitives such that the boundary of each primitive can be represented as the union of other geometric primitives within the complex\n\nNOTE: The geometric primitives in the set are mutually exclusive in the sense that no point is interior to more than one primitive. The set is closed under boundary operations, meaning that for each element in the complex, there is a collection (also a complex) of geometric primitives that represents the boundary of that element."^^ .
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"Geometry Complex"^^ .
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"true"^^ .
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"GM_Complex"^^ .
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"Curve"^^ .
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"GM_Curve"^^ .
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"GM_Envelope is often referred to as a minimum bounding box or rectangle. Regardless of dimension, a GM_Envelope can be represented without ambiguity as two direct positions (coordinate points). To encode a GM_Envelope, it is sufficient to encode these two points. This is consistent with all of the data types in this standard, their state is represented by their publicly accessible attributes. "^^ .
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"Envelope"^^ .
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_:node19fc4cjvdx1 .
_:node19fc4cjvdx1 .
_:node19fc4cjvdx1 .
_:node19fc4cjvdx1 "1"^^ .
_:node19fc4cjvdx1 .
_:node19fc4cjvdx2 .
_:node19fc4cjvdx2 "1"^^ .
_:node19fc4cjvdx2 .
_:node19fc4cjvdx2 .
_:node19fc4cjvdx3 .
_:node19fc4cjvdx3 .
_:node19fc4cjvdx3 .
_:node19fc4cjvdx3 "1"^^ .
_:node19fc4cjvdx3 .
"GM_Envelope"^^ .
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"GM_Object (Figure 6) is the root class of the geometric object taxonomy and supports interfaces common to all geographically referenced geometric objects. GM_Object instances are sets of direct positions in a particular coordinate reference system. A GM_Object can be regarded as an infinite set of points that satisfies the set operation interfaces for a set of direct positions, TransfiniteSet. Since an infinite collection class cannot be implemented directly, a Boolean test for inclusion shall be provided by the GM_Object interface. This international standard concentrates on vector geometry classes, but future work may use GM_Object as a root class without modification.\nNOTE As a type, GM_Object does not have a well-defined default state or value representation as a data type. Instantiated subclasses of GM_Object will."^^ .
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"Geometry object"^^ .
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_:node19fc4cjvdx4 .
_:node19fc4cjvdx4 "1"^^ .
_:node19fc4cjvdx4 .
_:node19fc4cjvdx4 .
"true"^^ .
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"GM_Object"^^ .
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"Orientable Curve"^^