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AVEVA™ E3D Design

Available Derived P-points for Hull Models - Symbolic Representation

Available Derived P-points for Hull Models - Symbolic Representation

  • Last UpdatedAug 13, 2025
  • 3 minute read

Derived p-points are implemented for some hull models when they are drawn with symbolic representation. In symbolic representation, the set of derived p-points is dependent on the projection type:

Planar projection, showing an outline of the model, for example, a plate, or a clip.

Outline of plate

Outline of clip

Intersection projection, showing a cross section view of the model, for example, a plate <pict> or stiffener. Please note that a stiffener has two types of intersection projection:

  • top view which displays the profile trace

  • cross section view.

    Intersection projection of stiffener, top view

    Intersection projection of stiffener, cross section view

    Model Type

    Point#

    Projection Type

    Description

    Direction1

    Direction2

    IPLATE

    1001

    Planar

    centered inside the plate.

    Useful for placing plate information, part name for instance.

    Not defined.

    Not defined.

    IPLATE

    1002

    Intersection

    Placed 20% from the start of the intersection curve.

    Useful for placing part name or attachment angle.

    Along the intersection curve or tangent of intersection curve.

    Related to Direction1 and the normal of the location plane: to the left of Direction1 looking in the direction of the normal.

    IPLATE

    1003

    Intersection

    Placed 10% from the start of the intersection curve.

    Useful for placing part name or attachment angle.

    Along the intersection curve or tangent of intersection curve.

    See point 1002 for IPLATE.

    ISTIFF

    1002

    Intersection - Trace line

    Positioned 20% from end 1.

    Useful for placing part name or attachment angle for instance.

    Along the trace line in direction from end 1 to end 2.

    See point 1002 for IPLATE.

    ISTIFF

    1003

    Intersection - Trace line

    Positioned 10% from end 1.

    Useful for placing part name or attachment angle for instance.

    Along the trace line in direction from end 1 to end 2.

    See point 1002 for IPLATE.

    IHOLE

    1001

    Planar

    Centre of hole.

    Not defined.

    Not defined.

    ICLIP

    1001

    Planar

    centered inside the clip.

    Useful for placing clip information, part name for instance.

    Not defined.

    Not defined.

    ICLIP

    1002

    Intersection

    Starting point of intersection contour.

    Along the intersection contour or tangent of intersection contour.

    See point 1002 for IPLATE.

    ISEAM

    1004

    Planar

    Positioned 60% from the first end.

    Useful for placing excess or bevel label.

    Along the seam or tangent of seam.

    See point 1002 for IPLATE.

    ISEAM

    1005

    Planar

    Positioned 30% from the first end.

    Useful for placing excess or bevel label.

    Along the seam or tangent of seam.

    See point 1002 for IPLATE.

    ILIM

    1001

    Planar

    In the middle of the limit contour.

    Along the limit contour or tangent of limit contour.

    See point 1002 for IPLATE.

    SPMSPC

    1001

    Planar

    centered inside the space.

    Useful for placing space information, the name for instance.

    Not defined.

    Not defined.

    FNCBRN

    1001

    Planar

    In the middle of the curve branch.

    Along tangent of the curve.

    See point 1002 for IPLATE.

    FNCARE

    1001

    Planar

    In the middle of the area.

    Not defined.

    Not defined.

    FNCARE

    1002

    Intersection (this will occur for a ‘planar’ area resulting in a line when seen from the edge).

    In the middle of the area.

    Along tangent of the curve.

    See point 1002 for IPLATE.

    ICTOUT

    1001

    Planar

    In the middle of the cutout.

    Not defined.

    Not defined.

    INOTCH

    1001

    Planar

    Positioned 50% from the first end on the arc of the notch.

    Not defined.

    Not defined.

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