Defines sketched features and profile slots on a plate. Cutouts 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 cutout as ImpGenericPart, with object type of ImpCutout.
<CutoutGroup GroupId="14" >
<CutoutShape CutoutType="59" />
<Clips>
<Material Grade="Default">
<Thickness>14.0</Thickness>
</Material>
<MaterialSide>Forward</MaterialSide>
</Clips>
<Cutout CompId="13001" >
<ModelRef ObjType="PlanePanel" ObjId="CG456-TBA456"
CompType="None" CompId="0" />
<Contour>
<StartPoint2d U="6.8550000000E003"
V="1.9415000000E004" />
<Segment2d>
<Amplitude2d U="0.0000000000E000"
V="0.0000000000E000" />
<Node2d U="7.0000000000E003"
V="1.9463000000E004" />
</Segment2d>
.
.
</Contour>
<Box Length="1.4500000000E002"
Width="4.8000000000E001">
<Origin U="6.8550000000E003"
V="1.9415000000E004" />
<BaseVector U="1.0000000000E000"
V="0.0000000000E000" />
</Box>
<ClipMould>
<CoordSys>...</CoordSys>
<Contour>...</Contour>
</ClipMould>
<ClipNonMould>
<CoordSys>...</CoordSys>
<Contour>...</Contour>
</ClipNonMould>
<ClipTop>
<CoordSys>...</CoordSys>
<Contour>...</Contour>
</ClipTop>
</Cutout>
.
.
</CutoutShapeGroup>
<CutoutShape>
Defines the shape for the cutout group.
GroupId
Specifies a standard cutout as defined in the reference data. For more information, see <CutoutDef> in Reference Data XML Tags.
CutoutType
Defines a unique identifier for the cutout type.
<Cutout>
Contains shape and location definitions for a single cutout.
<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.
<Contour>
Defines the shape of the cutout. The plane panel contour or curved panel faceted surface is used for projection of the cutout contour.
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.
<Box>
Defines a range box containing the contour.
Length
Specifies the length of the range box.
Width
Specifies the width of the range box.
<Origin>
Specifies the origin of the range box in the local coordinate system of the plate.
<BaseVector>
Defines the axis of the local coordinate system that is used as the horizontal axis for the hole.
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.
<Clips>
Contains material and material side definition of the clips in the cutoutgroup.
<Material>
Specifies a material grade as defined in the reference data.
<Thickness>
Defines the thickness for the clip.
<MaterialSide>
Defines the thickness direction for the clip.
<ClipMould>
Defines clips that are located on the molded side of the profile. These are imported as plate parts in Smart 3D.
<ClipNonMould>
Defines clips that are located on the non-molded side of the profile. These are imported as plate parts in Smart 3D.
<ClipTop>
Defines clips that are located on the top of the profile. These are imported as plate parts in Smart 3D.