Move Part

Move part, via 2 points (direct)

Specification of the start point and end point of the displacement.

Example

Move part, in edge direction

Identification of an edge that exists in the drawing. The direction of the displacement vector is determined by the position of the identification point. If the identification point lies to the left of the midpoint of the edge, the vector will have a has a positive direction; if not, it will be negative.

Move part, 2-D via 2 points

Specification of two 2-D points

Example

Specifying the vector in axonometry (left) and vector in the front view (right)
(1) 1st point, (2) 2nd point

Specifying the vector in the front view (left) and vector in axonometry (right)
(1) 1st point, (2) 2nd point

Move part, 2-D via 2 lines

Identification of two parallel 2-D graphical elements. The perpendicular (in 2-D) is dropped from the first line to the middle of the second line.

Example

Specifying the vector in axonometry (left) and vector in the front view (right),
(1) 1st line, (2) 2nd line

Specifying the vector in the front view (left) and vector in axonometry (right),
(1) 1st line, (2) 2nd line

Move part, 2 points + length

As above, but, in addition, the length of the displacement vector can be specified.

Move part, Perpendicular Point->Edge

Perpendicular from a point to be specified to an edge to be identified.

Example

(1) Part to be moved, (2) Point, (3) Identified edge

Move part, Perpendicular Point->Surface

Perpendicular from a point to a surface or its enlargement.

Example

(1) Part to be moved, (2) Point, (3) 1st identified edge, (4) 2nd identified edge

Move part, Vertical to surface

A surface normal. You can specify the surface by:

• identifying two edges,
• identifying an edge and specifying a point,
• specifying three points,
• defining a surface. The plane is determined by means of the normal vectors.

The vector start lies in the edge end that is closer to the 1st identification point. The vector stands perpendicular on the selected surface.

Examples)

(1) Part to be moved, (2) 1st point, (3) 2nd point, (4) 3rd point

Move part, In dimension direction

Identification of a dimensioning. The vector lies on the dimension line.

Move+Rotate part

Moves and rotates the current object by specifying the displacement vector and the rotation axis.

Move+Rotate part, via fitting points

Moves and rotates the current object by specifying "fitting point pairs".