Pollak, I think you might get what you want by adding the following two modules to Puzzlecut.scad: > module angularMaleCut(offset=0, angle=0, cut=xCut1){ > difference() { > children(0); > rotate(angle) > translate([0,offset,0]) > makePuzzleStamp(cutLocations = cut); > } > } > > module angularFemaleCut(offset=0, angle=0, cut=xCut1){ > intersection(){ > children(0); > rotate(angle) > translate([0,offset,0]) > makePuzzleStamp(cutLocations=cut, kerf = kerf); > } > } They allow to puzzlecut by a plane containing the Z axis at an angle with the X axis. They are applied just like the original xMaleCut() and yFemaleCut() modules. The example bellow ilustrates that: <http://forum.openscad.org/file/n18314/Angular_cuts.png> <http://forum.openscad.org/file/n18314/Angular_cuts2.png> > XCut1 = [-10, 10]; > stampSize = [200, 200, 200]; > cutSize = 5; > kerf = 0; > translate([0, -10, 0]) > angularMaleCut(0, -20, XCut1) > angularMaleCut(0, 45, XCut1) > {translate([-20, -20, 0]) cube(40);} > translate([-10, 0, 0]) > angularMaleCut(0, -20, XCut1) > angularFemaleCut(0, 45, XCut1) > {translate([-20, -20, 0]) cube(40);} > translate([10, 0, 0]) > angularFemaleCut(0, -20, XCut1) > angularMaleCut(0, 45, XCut1) > {translate([-20, -20, 0]) cube(40);} > translate([0, 10 ,0]) > angularFemaleCut(0, -20, XCut1) > angularFemaleCut(0, 45, XCut1) > {translate([-20, -20, 0]) cube(40);} -- View this message in context: http://forum.openscad.org/Re-Why-rotate-and-vpr-use-opposed-rotation-orders-tp18304p18314.html Sent from the OpenSCAD mailing list archive at Nabble.com.