Please ensure Javascript is enabled for purposes of website accessibility
Powered by Zoomin Software. For more details please contactZoomin

Hull and Outfitting

Split Point Details

  • Last UpdatedDec 08, 2025
  • 2 minute read

A split point or an end limit is defined in the "Connection" element in "End1" or "End2" element of a "ShellStiffener". As shown below, the split point can be defined by a complete curve definition, a plane or by an existing object. In case the split results in multiple intersection points, an approximated "point" can be given in the "Approx" element:

The attributes of the Connection element are:

Type

A valid AVEVA Marine connection code, optional element.

Clearance

The clearance between the "true" stiffener end point and the end point of the trace curve. The clearance will be calculated against the plane select by the "Plane" attribute, see below.

Note that any value given by "Clearance" will override the connection code.

Optional element.

Plane

The plane against which the clearance will be calculated. Possible values:

Cutting

The endcut will be parallel to the plane of the splitting object.

Frame

The endcut will be parallel to the X plane.

Buttock

The endcut will be parallel to the Y plane.

Waterline

The endcut will be parallel to the Z plane.

Optional attribute, default value is "Cutting".

An approximated "point" can be given in the "Approx" element. The "point" is defined by three attributes: "X", "Y" and "Z". You don’t have to give all, one of them is enough:

X

X-coordinate value, optional attribute.

Y

Y-coordinate value, optional attribute.

Z

Z-coordinate value, optional attribute.

The "Curve" element is the same as described in Seam Element.

The "PrincipalPlane" element has one attribute:

X, Y or Z

A single coordinates value in AVEVA Marine format. Examples: "FR10+100", "LP10-250", "14000".

The "Plane" element is documented in Plane/ByPlane Element.

The "Stored" element should be used when the split point is an existing model object. It has the following attributes:

ObjType

The type of object, possible values are "HullCurve", "Plane", "PlanePanel", "Seam" and "ShellProfile". Required attribute.

ObjId

The name of the object. Required attribute.

Refl

Indicated whether the object should be used in its normal or reflected position. Possible values are "true" and "false". Optional attribute, default value is "false".

Related Links
TitleResults for “How to create a CRG?”Also Available in