Translations:Macros recipes/122/en


 * : copies the selected object several times, on an array grid.
 * : bevels selected vertices, creates parametric feature python object, compatible with all solids (except with round edges) including features in Part Design bodies.
 * : flattens draft wires that are not planar to their median Z coordinate.
 * : flattens draft wires that are not planar to a plane defined by 3 points.
 * : allows to find and joint all non connected edge to the closest non connected one using a line.
 * : removes all parametric associativity from an object, leaving it as a "dumb" shape.
 * : Forces the creation of a Wire from lines and arcs that don't necessarily touch each other. Use this if normal wire operation fails.
 * : Sometimes arcs are transformed into BSplines, for example when scale operations have been applied to them. This macro recreates valid arcs from them. Useful before exporting to dxf.
 * : Creates a clone of the object and the converted in the chosen position and size (inch, mm, m, µm...). The base object is recognized in mm (FreeCAd base).
 * : Macro for easy scaling drawings, graphics, diagram, blueprint and similar 2D images in Image workbench.
 * : Macro that provides parametric defeaturing inside and outside the PartDesign Workbench.
 * : apply linear space transformations to distort shapes. E.g., non-uniform scaling, shearing, mirroring, axes swapping.
 * : This macro easily creates a connection between two objects, an object and a point or between two points or the selected line, wire, edge (the center of the objects are the starting and ending points of the sweep) can be selected form a configurable ellipse polygon circle.
 * : (parametric): alternative implementation of Part Section tool, more suitable for making sweep paths.
 * : (parametric): Boolean operation. Similar to Part Common, but with custom overlap count threshold.
 * : Filter wires from a sketch to only use certain ones, also 2D offsets, scales, rearranges wire order.
 * : Easily set colors of faces, edges, and vertices, including individual transparency levels.