Tagged: New Zealand in World - Page 9

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses. For a simplified version of data contained within this table see our property ownership and boundary data.

Instruments can be made up of one or more actions. Actions are used to perform the actual operations of titles transactions. This table contains all the valid action types.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses.

This table contains associative entity used to relate supporting documents to marks.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses. For a simplified version of data contained within this table see our property ownership and boundary data.

Observation includes Reduced Observations. It may include data recorded in the field that impacts on the Observations such as meteorological observations, time of measurement, etc.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses.

Observation Accuracy data is required as an input to a Network Adjustment and also to allow the quality of Observations to be judged. Observation Accuracy applies to a particular Observation (variance or standard deviation) or pair of Observation (covariances or correlations). The latter case is particularly relevant to the case of GPS baselines resulting from a multi-station adjustment.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses. For a simplified version of data contained within this table see our property ownership and boundary data.

This table records the sequence of lines that define a PRI "Parcel Ring". In the sequence, a line may or may not be reversed in order for the line to connect to the next line in terms of end nodes. The sequence begins at 1 and is incremented by 1. If the line sequence is a ring (as specified in PRI), the start and end nodes of the sequence must be the same, after the reverse flag has been applied to all lines in the sequence. Not all line sequences for a parcel ring are actually rings, however, as in the case of easement and walkway centreline parcels (i.e. parcels with a topology class of type "LINE"). For polygonal parcels (i.e. rings), the area occupied by the parcel must be on the right-hand side of the boundary at all times; this means that exterior rings will be defined in a clockwise direction (as specified by the coordinates of the nodes/vertices of the lines after reverse flag is applied), whereas interior rings will be defined in an anti-clockwise direction.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses. For a simplified version of data contained within this table see our property ownership and boundary data.

This table contains the list of parcels for a particular legal description

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses.

This table contains details of ellipsoid used for a datum. The ellipsoid represents the curvature of the datum to match the curvature of the earth.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses.

A Datum is a complete system for enabling Coordinates to be assigned to Nodes. A datum is prescribed by the appropriate authority from which it derives its validity. All Coordinates will be in terms of a Datum. A Datum also provides a spatial standard for the alignment of Reduced Observations via a Datum Calibration. Most Reduced Observations are Datum dependent but there are specific Reduced Observation types which are Datum independent. The Datum entity contains information about the official geodetic Datum used in Land Information NZ databases and other important Datum’s used to spatially reference source data (e.g.. Reduced Observations) or output data or products (e.g.. Coordinates, Digital Cadastral Database, topographic maps, hydrographic charts, etc). The Datum entity includes objects which, strictly, are reference frames rather than datum’s but the distinction is a fine technical point which is of no great consequence. The Datum entity includes vertical reference surfaces such as leveling datum’s, various tidal surfaces including Mean Sea Level, the geoid, datum ellipsoids, etc. For a Datum to maintain accuracy over a significant area it must be geodetic. Examples of non-geodetic datum’s are the Old Cadastral Datums. These do not account for the curvature of the earth and therefore can only maintain accuracy over a limited part of the earth's surface.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

Please read: This table is part of the comprehensive Full Landonline Dataset and is designed for use only by data professionals who require the complex version of our property ownership and boundary data for advanced uses.

This table contains all of the valid geodetic orders used to define the relative accuracy of coordinates.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

This defines the precision of coordinates that will be displayed depending on the order of the coordinate. If a record does not exist for a coordinate order/ordinate type combination the default format mask for the ordinate type will be used.

Please refer to the LDS Full Landonline Data Dictionary and Models for detailed metadata about this table.

NOTE: This table is part of the Landonline detailed dataset (formally BDE). It contains comprehensive data from the Landonline system database that may be required for advanced uses. For simplified versions of the more commonly used tables see the simplified data layers.