Table 6.16— DRM_Animation_Related_Geometry
Property |
Description |
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Superclass |
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Class |
· <DRM Animation Related Geometry> |
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Subclass |
· none |
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Definition |
An aggregation of <DRM Geometry Hierarchy>s, in which each component <DRM Geometry Hierarchy> acts as a frame in animation sequence(s). |
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Example(s) |
· An aircraft that is modeled with landing gear. The landing gear is modeled in different positions, each representing a frame. These frames can be run in sequence, giving it an animated or moving effect. |
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Inherited field elements |
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Field elements |
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Associated to (one-way) (inherited) |
· none |
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Associated to (one-way) |
· none |
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Associated by (one-way) (inherited) |
· zero or one <DRM Hierarchy Summary Item> · zero or more <DRM Reference Surface>s |
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Associated by (one-way) |
· none |
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Associated with (two-way) (inherited) |
· zero or more <DRM Feature>s · zero or more <DRM Geometry Hierarchy>s |
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Associated with (two-way) |
· none |
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Composed of (two-way) (inherited) |
· zero or more {ordered} <DRM Attribute Set Index>s · zero or one <DRM Bounding Volume> · zero or one <DRM Centre Of Buoyancy> · zero or one <DRM Centre Of Mass> · zero or one <DRM Centre Of Pressure> · zero or one <DRM Classification Data> · zero or more <DRM Collision Volume>s · zero or more {ordered} <DRM Colour>s · zero or one <DRM Conformal Behaviour> · zero or more <DRM Geometry Topology Hierarchy>s · zero or more <DRM Hierarchical Table>s · zero or more {ordered} <DRM Image Mapping Function>s · zero or one <DRM Light Rendering_Properties> · zero or more <DRM Light Source>s · zero or one <DRM LSR Transformation> · zero or one <DRM Overload Priority Index> · zero or one <DRM Perimeter Data> · zero or one <DRM Presentation Domain> · zero or more <DRM Property Description>s · zero or more <DRM Property Table>s · zero or more <DRM Property Table Reference>s · zero or more <DRM Property Value>s · zero or one <DRM Reference Surface> · zero or one <DRM Rendering Priority Level> · zero or one <DRM Rendering Properties> · zero or more <DRM Sound Instance>s · zero or one <DRM Spatial Domain> · zero or one <DRM Stamp Behaviour> · zero or one <DRM Time Constraints Data> |
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Composed of (two-way) |
· one or more {ordered} <DRM Animation Behaviour>s · one or more {ordered} <DRM Geometry Hierarchy>s |
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Composed of (two-way metadata) (inherited) |
· zero or one <DRM Access> · zero or more <DRM Browse Media>s · zero or one <DRM Citation> · zero or more <DRM Cross Reference>s · zero or one <DRM Data Quality> · zero or one <DRM Description> · zero or one <DRM Keywords> · zero or one <DRM Point Of Contact> |
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Composed of (two-way metadata) |
· none |
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Component of (inherited) |
· zero or more <DRM Alternate Hierarchy Related Geometry>s through <DRM Hierarchy Data>s · zero or more <DRM Animation Related Geometry>s · zero or more <DRM Classification Related Geometry>s through <DRM Classification Data>s · zero or one <DRM Environment Root> · zero or one <DRM Geometry Model> · zero or more <DRM Level Of Detail Related Geometry>s through <DRM Base Level Of Detail Data>s · zero or more <DRM Oct Tree Related Geometry>s through <DRM Oct Tree Data>s · zero or more <DRM Perimeter Related Geometry>s through <DRM Perimeter Data>s · zero or more <DRM Quad Tree Related Geometry>s through <DRM Quad Tree Data>s · zero or more <DRM Separating Plane Relations>s through <DRM Separating Plane Data>s · zero or more <DRM Spatial Index Related Geometry>s through <DRM Spatial Index Data>s · zero or more <DRM State Related Geometry>s through <DRM State Data>s · zero or more <DRM Time Related Geometry>s through <DRM Time Constraints Data>s · zero or more <DRM Union Of Geometry Hierarchy>s |
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Component of |
· none |
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Constraints |
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Notes |
1 If true, for any object that exists 'below' this aggregation, each object will appear in only one 'branch' of this aggregation. If false, objects may appear in multiple 'branches' of this aggregation. 2 If true, each 'branch' strictly follows the rules of this aggregation. If false, each 'branch' might bend the rules a bit. For example, if this is a spatial aggregation, a value of true indicates that objects will not cross the spatial extents defined by this aggregation relationship, and a value of false indicates that objects might cross those bounds. For another example, if this is a time-based aggregation, a value of true indicates that all branches will only contain data valid for the times specified for each branch, and a value of false indicates that the branches have the option of including data that falls outside of the specified time ranges for that branch. |
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Class diagram |