Class Name: Spatial Domain

Superclass - <SEDRIS Abstract Base>

Subclasses

Definition

The spatial extent of the containing object.

Primary Page in DRM Diagram:

• 20

Secondary Pages in DRM Diagram:

• 1
• 2
• 3
• 8
• 19
• 22

Example

1. The spatial extent of an <Environment_Root> within a transmittal, defined by the minimum and maximum latitude and longitude values (i.e. southwest and northeast corners).
2. The bounding parallelepiped of a <Model> of a building, in Local Space Rectangular coordinates.

FAQs

What is the purpose of this class?

This class provides [CSDGM]-compliant metadata that describes the location and spatial extent of a high-level SEDRIS object (e.g., <Transmittal Root>, <Model>, <Image>, etc.) <Spatial Domain> allows potential users of a SEDRIS transmittal to evaluate the region contained by the transmittal without necessarily having to actually obtain or examine the transmittal itself.

How is the spatial domain of an object defined?

The spatial domain of an object is a simple bounding rectangle or parallelepiped that includes all of the <Locations> contained within that object. The bounding rectangle or parallelepiped is defined by two coordinate locations: the "minimum" corner, and the "maximum" corner, which represent the minimum and maximum values, respectively, along each of the axes of the spatial reference frame within which the object is defined.

Constraints

Composed of (two-way)

• exactly 2 {ordered} <Location> instances (notes)

Component of (two-way)

• zero or more <Aggregate Feature> instances
• zero or more <Aggregate Geometry> instances
• zero or more <Attribute Set> instances
• zero or one <Environment Root> instance
• zero or more <Image> instances
• zero or more <Model> instances
• zero or more <Primitive Feature> instances
• zero or more <Property Grid Hook Point> instances

Inherited Field Elements

Notes

Composed of Notes

Location

 The first <Location> is the "minimum" corner, that is, the southwest
 corner. In the case of a 3D <Spatial Domain>, the z / elevation value
 of this <Location> is the minimum elevation of the bounding volume
 being specified, rather than the elevation at the southwest corner.

 The second <Location> is the "maximum" corner, that is, the northeast
 corner. In the case of a 3D <Spatial Domain>, the z / elevation value
 of this <Location> is the maximum elevation of the bounding volume
 being specified, rather than the elevation at the northeast corner.