Move Sketch Elements

Sketch > Transform > Move

Use this function to move lines and isolated points of a sketch. When you call the function, the Move dialogue window will be displayed:

 

The currently active step will be highlighted with an orange frame in the dialogue window. After calling of the function these steps consist in the selection of lines or points.

 

Step 1: Select option

Use the symbols at the top of the dialogue window to specify the handling of connected lines during moving.

 

Step 2: Select elements

Select the lines or isolated points that you wish to scale in the drawing, or use the functions of the context menu that you can open with a right-click during the selection process.

Connected lines or edges*

This function can also be activated with the help of the SHIFT key: If you select a line while holding down the SHIFT key, all connected lines will be automatically selected as well.

Tangentially connected lines or edges*

Lines and isolated points in rectangle (CTRL+LMB)*

  • Press and hold the CTRL key and then drag the rectangle open with the left mouse button.
  • When you release the left mouse button, all lines within the rectangle will be selected.
  • As long as you keep the CTRL kex pressed, you can draw further rectangles with the pressed left mouse button.

Cancel (Esc)

 

The selected elements will be highlighted in the drawing and the number of selected elements will be shown in the dialogue window:

Press the middle mouse button to end the selection. Click the icon to expand the selection.

 

Step 3: Select distance / direction

After ending the line selection with the middle mouse button, HiCAD automatically switches to the displacement selection.

The following options are available for selecting the displacement:

Determination of the reference point

Now determine the reference point of the displacement. This point and the selected sketch elements will then "hang" on the cursor. To select the new position of the line elements, you have multiple options:

or

Funktionen

The connection between the selected reference point and the current cursor position is taken as the direction of the displacement.

This function allows you to select the direction for the displacement. To do this, you define the direction vector by determining two points, by selecting a straight line or by selecting a surface. If a surface is selected, the direction will be determined by the surface normal.

In addition, you have the option of using the right mouse button to activate a context menu with further options for determining the direction.

Select this function to explicitly specify the distance - either the length of the direction vector or the X and Y distance to the selected reference point. HiCAD displays the calculator for this purpose. Instead of calling the function, you can also simply press the space bar.

The X and Y distance can also be entered directly together if you separate the two values with a space.

Step back

If you want to jump back one or more steps to correct the input, select the function Step back (multiple times, if necessary).

Cancel (Esc)

The function is cancelled.

 

Selection of a straight line

When selecting a straight line, the direction of the displacement is determined by the cursor position and visualised in the drawing. The length of the selected line is displayed as distance in the calulator.

 

Selection of a surface

When selecting a surface, the direction of the displacement is determined by the surface normal and the current cursor position and visualised in the drawing. The distance displayed in the calculator is 1.

 

Selection of the X-, Y- or Z-axis

If you right-click during the 1st point, straight line or surface for direction prompt, a context menu for selecting the axis will be displayed.

You can then select an axis of the active coordinate system to determine the direction.

 

To change the direction, click the icon and specify the new direction.

 

If you want to move the selected lines/points - as shown in the preview - click OK.

 

Example:

As an example, let us consider the following sketch.

 

A: Move lines individually, B: Preserve connected lines and adjust length(1) Selected lines ; (2) Selected direction, (3) Result

 

Please note:

An example:

In case A the selected line (1) is moved in the direction (2). The result is an apex (3) with a degenerated straight line. If you delete the 3 normal lines, the degenerated straight line will remain permanently in the drawing.

In case B the selected line (1) is moved in the direction (2), resulting in multiple coincident straight lines. These can be trimmed in hindsight, which is, however, not immediately apparent.

Sketch Functions (3-D)Clone Sketch Elements (3-D)