• Start of target line : Defines the plane that is normal to the master line as the profile plane at the position spaced in the direction of the end point by the offset value entered from the start point of the master line.

• End of target line : Defines the plane that is normal to the master line as the profile plane at the position spaced apart from the end point of the master line by the offset value entered.

• User defined : Defines the plane that is normal to the master line as the profile plane at the position on the master line corresponding to the entered ratio value.

• Distance from start profile plane* : Defines the plane that is normal to the master line as the profile plane at a distance away from the Start profile plane.
  (Displayed when Tapered member is ON)

• 3 points : You can insert General Profile through 3 point click (origin, X axis of profile, Y axis of profile) at the click of a button.

Displayed when Tapered Member is ON

• Direction : Sets the extraction direction of the profile.

• Length : Enter the extraction distance of the profile.

• Cardinal point : Set the centerline position relative to the Bounding box of the profile.

• Offset-y : Enter additional distance from the currently set cardinal point in the direction of the profile's Local-y axis.

• Offset-z : Enter an additional distance in the direction of the Local-z axis of the profile from the currently set Cardinal point.

• Define from view : At the click of a button, you can click anywhere on the profile plane to set the cardinal point.

• Quadrant connection : After matching the reference, vertices of each quadrant, vertices are sequentially matched according to the Loop Sequence of the profile in the direction of 'up → down' and 'left → right'.

• Quadrant half area : After matching the reference vertices of each quadrant, vertices are sequentially matched within each quadrant, according to the Loop Sequence of the profile.

• Loop sequence : After matching the reference vertices of the first quadrant , match the vertices sequentially according to the Loop Sequence of the profile.
  However, if the number of vertices of start and end profiles does not match, quadrant half area method is automatically applied.

• Clockwise : Rotates the Quadrant order of the End profile clockwise.

  Counterclockwise : Rotates the quadrant order of the end profile counterclockwise.

• Variation origin : Set the reference point on the profile to determine whether the curve can be connected.

(Polynomial)

• Curve order-y : Local Sets the degree of the curve for the y-axis direction.

• Curve order-z : Local Sets the degree of the curve for the z-axis direction.

(Arc)

• Radius-y : Local Enter the radius of the curve with respect to the y-axis direction.

• Radius-z : Local Enter the radius of the curve with respect to the z-axis direction.

• Convexity-y : Check this to apply a curve that changes convexly about the local y-axis direction.

• Convexity-z : Check to apply a curve that changes convexly about the local z-axis direction.

• Object type : Represents an object type.

• Member type : You can select the type of part.

• Work type : You can choose the type of work.

• Material : You can choose the material.