ISO/IEC 18023-1:200x(E) — Table 6.32 DRM_CM_3D

Table 6.32 — DRM_CM_3D_Location

Property

Description

Class

<DRM CM 3D Location>

Superclass

<DRM Location 3D>

Subclass

None.

Definition

An instance of this DRM class specifies a coordinate for an SRF based on the Celestiomagnetic SRFT.

See 8.5.10 Celestiomagnetic SRFT of ISO/IEC 18026 for a complete definition.

The coordinate field specifies the set of coordinate-component values.

Class diagram

Figure 6.34 — DRM_CM_3D_Location

Inherited field elements

Field name	Range	Field data type
None

Field elements

Field name	Range	Field data type
coordinate		SRM_Spherical_3D_Coordinate

Default field values

Default field values for DRM_CM_3D_Location

Associated to (one-way) (inherited)

None.

Associated to (one-way)

None.

Associated by (one-way) (inherited)

None.

Associated by (one-way)

None.

Associated with (two-way) (inherited)

None.

Associated with (two-way)

None.

Composed of (two-way) (inherited)

None.

Composed of (two-way)

None.

Composed of (two-way metadata) (inherited)

None.

Composed of (two-way metadata)

None.

Component of (two-way) (inherited)

zero or more <DRM Arc> instances
zero or more <DRM Camera Point> instances
zero or more <DRM Directional Light Behaviour> instances
zero or one <DRM Distance LOD Data> instance
zero or more <DRM Ellipse> instances
zero or more <DRM Feature Edge> instances
zero or more <DRM Feature Face> instances
zero or one <DRM Feature Node> instance
zero or more <DRM Image Anchor> instances
zero or more <DRM Label> instances
zero or more <DRM Perimeter Data> instances
zero or more <DRM Point> instances
zero or more <DRM Property Grid Hook Point> instances
zero or one <DRM Reference Origin> instance
zero or more <DRM Reference Vector> instances
zero or more <DRM Spatial Extent> instances
zero or more <DRM Spatial Index Related Feature Topology> instances
zero or more <DRM Spatial Index Related Features> instances
zero or more <DRM Spatial Index Related Geometry> instances
zero or more <DRM Spatial Index Related Geometry Topology> instances
zero or more <DRM Tack Point> instances
zero or more <DRM Vertex> instances
zero or more <DRM World 3x3> instances
zero or more <DRM World Transformation> instances
zero or one <DRM Attachment Point> instance
zero or more <DRM Base Positional Light> instances
zero or one <DRM Contact Point> instance
zero or more <DRM Enclosing Volume> instances
zero or more <DRM Geometric Centre> instances
zero or more <DRM Separating Plane> instances
zero or more <DRM Sound Instance> instances
zero or more <DRM Stamp Behaviour> instances
zero or more <DRM Volume Light Behaviour> instances
zero or more <DRM Volume LOD Data> instances
zero or more <DRM Volume Object> instances

Component of (two-way)

None.

Constraints

Clarifications

None.

Example(s)

An SRF derived from the Celestiomagnetic SRFT is often used when expressing the positions of magnetic observatories in coordinates.
Positions of charged particles affected by the magnetic fields of the Earth, as well as the magnetic fields themselves, can be expressed conveniently using an SRF derived from the Celestiomagnetic SRFT.