<FaceplateGroup> - Intergraph Smart 3D - Administration & Configuration - Hexagon PPM

Intergraph Smart 3D Tribon Interface

PPMProduct
Intergraph Smart 3D
aSubProduct
Tribon
PPMCategory_custom
Administration & Configuration
Version_SThreeD_Custom
13

Defines face plates, which are similar to Smart 3D edge reinforcements and typically use flat bar profile cross-sections. Face plates are created in the same way as the parent plate, as defined for Instance on the panel. Smart 3D transforms local coordinates into global coordinates. Smart 3D imports a face plate as ImpStiffenerType, with profile type of ImpFacePlate.

<FaceplateGroup GroupId="5" BendType="Straight">

<Material Grade="A">

<BarShape BarSectionId="FlatBar120*10" BarType="10">

<Parameters>120 10</Parameters>

<Crossection>

<StartPoint2d U="0.0000000000E000"

V="0.0000000000E000"/>

<Segment2d>

<Amplitude2d U="0.0000000000E000"

V="0.0000000000E000"/>

<Node2d U="1.5000000000E001"

V="0.0000000000E000"/>

</Segment2d>

</Crossection>

</BarShape>

</Material>

<Faceplate CompId="1" Assembly="1063-00_FacePlate">

<ModelRef ObjType="PlanePanel" ObjId="CG8520-TMT301A"

CompType="Limit" CompId="2"/>

<Trace>

<StartPoint2d U="1.4450000000E003"

V="8.7520000000E003"/>

<Segment2d>

<Amplitude2d U="0.0000000000E000"

V="0.0000000000E000"/>

<Node2d U="1.4450000000E003"

V="4.9580000000E003"/>

</Segment2d>

</Trace>

<Offset>4.0</Offset>

<Inclination>

<Vector3d U="0.0000000000E000"

V="0.0000000000E000" W="1.0000000000E000"/>

<Vector3d U="0.0000000000E000"

V="0.0000000000E000" W="1.0000000000E000"/>

</Inclination>

<End1 />

<End2 />

<Web MaterialDirection="Positive">

<CoordSys>...</CoordSys>

<DetailedContour>...</DetailedContour>

</Web>

</Faceplate>

.

.

</FaceplateGroup>

BendType

Specifies the curvature of part. This field is optional.

<Material>

Specifies a material grade as defined in reference data. For more information, see <Material> in Reference Data XML Tags.

<BarShape>

Defines the profile cross-section for the group.

BarSectionId

Specifies a profile cross-section as defined in the reference data. For more information, see <BarSection> in Reference Data XML Tags.

BarType

Specifies a unique identifier for the profile cross-section. Smart 3D maps BarType to the Stiffener Bar Type property.

<Parameters>

Defines dimension parameters for the profile cross-section.

<Crosssection>

Defines the height of the profile cross-section.

<Faceplate>

Contains all definitions for a single face plate.

<Assembly>

Defines assembly information for the part. This attribute is optional.

<ModelRef>

Identifies an object.

CompId

Defines a unique numeric identifier for the object within the defined value of CompType.

ObjType

Defines an object type, such as PlanePanel, CurvedPanel, or ShellCurve.

ObjId

Defines a unique name for an object. Smart 3D maps ObjId to the Node Type property and uses it to track existing objects during re-import to determine if an object is new.

CompType

Defines the type of feature.

<Trace>

Defines the length and end points of the face plate. Smart 3D retrieves the cross-section from the catalog.

StartPoint2d

Defines the starting node point coordinates in the 2D U-V plane.

<Segment2d>

Specifies a segment of the contour in the 2D U-V plane. The segment can be a straight line or an arc.

Amplitude2d

Defines the distance of the midpoint of a segment from a line drawn between the node points. The U and V values are 0 for a straight line.

Node2d

Defines the ending node point coordinates of a contour segment in the 2D U-V plane.

<Offset>

Specifies the offset of the face plate from the plate edge.

<Inclination>

Defines the orientation angle of the face plate.

<Vector3D>

Defines the inclination vectors at a node point on <Trace>. If two values of <Vector3D> are provided for <Inclination>, then the orientation angles are applied at the pillar ends. If more than two values of <Vector3D> are provided, then the orientation angles are applied at each node of the trace.

U

Defines a value along the U-axis of the local coordinate system.

V

Defines a value along the V-axis of the local coordinate system.

W

Defines a value along the W-axis of the local coordinate system.

<Web>

Defines the web of the face plate cross-section.

<CoordSys>

<DetailedContour>