OpenSCAD Minkowski: Difference between revisions

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|Name=OpenSCAD Minkowski
|Name=OpenSCAD Minkowski
|MenuLocation=OpenSCAD → Minkowski
|MenuLocation=OpenSCAD → Minkowski
‏‎|Workbenches=[[OpenSCAD Module|OpenSCAD]]
‏‎|Workbenches=[[OpenSCAD_Module|OpenSCAD]]
|Shortcut=none
|Shortcut=none
|SeeAlso=---
|SeeAlso=---
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<!--T:8-->
<!--T:8-->
# Select shapes in [[Tree view]] or in [[3D view]]
# Select shapes in [[Tree_view|Tree view]] or in [[3D_view|3D view]]
# Click on [[Image:OpenSCAD_Minkowski.svg|32px]] or choose {{KEY| OpenSCAD}} → {{KEY|[[Image:OpenSCAD_Minkowski.svg|32px]] Minkowski}} from the top menu.
# Click on [[Image:OpenSCAD_Minkowski.svg|32px]] or choose {{KEY| OpenSCAD}} → {{KEY|[[Image:OpenSCAD_Minkowski.svg|32px]] Minkowski}} from the top menu.


==Limitations== <!--T:4-->
==Limitations== <!--T:4-->
Feature needs OpenSCAD installed and configured in {{KEY| Edit}} → {{KEY| Preferences}}
Feature needs OpenSCAD installed and configured in {{KEY|Edit}} → {{KEY|Preferences}}


==Notes== <!--T:5-->
==Notes== <!--T:5-->

Revision as of 20:55, 26 November 2020

OpenSCAD Minkowski

Menu location
OpenSCAD → Minkowski

‏‎

Workbenches
OpenSCAD
Default shortcut
none
Introduced in version
-
See also
---

Description

Applies a minkowski sum to selected shapes.

Mathematical Definition

Add each element of subset A to each element of subset B to get minkowski sum.

Geometrical Definition

Sweep element A along all boundaries of element B. Resulting space which is occupied by both elements is minkowski sum.

An example of a minkowski sum

Example of minkowski sum applied to cylinder and cube. Note: that the height of minkowski sum is height of cylinder plus height of cube.

Usage

  1. Select shapes in Tree view or in 3D view
  2. Click on or choose OpenSCAD Minkowski from the top menu.

Limitations

Feature needs OpenSCAD installed and configured in EditPreferences

Notes