The scalar distance from one point to the other. Return the distance between two points (or vectors). Referenced by draftguitools.gui_(), importDXF.addText(), (), importSVG.arcend2center(), (), StdMeshers_Quadrangle_2D.check(), 2LinesRadius(), AdaptivePath::Interpolation.clampAngle(), Path::lorColinear(), draftguitools.gui_(), exportIFC.createCurve(), Import::ExportOCAF.createNode(), draftguitools.gui_(), Part::TopoShapeEdgePy.curveOnSurface(), (), SketcherGui::ViewProviderSketch.draw(), (), _point(), importIFCHelper.get2DShape(), _svg(), SMESH_MesherHelper.GetAngle(), Base::VectorPy.getAngle(), draftguitools.gui_(), Base::RotationPy.getAngle(), importDXF.getArcData(), Base::RotationPy.getAxis(), (), (), (), importIFClegacy.getIfcExtrusionData(), Part::Feature.getLocation(), Part::FeatureReference.getLocation(), App::PropertyPlacement.getPyPathValue(), Base::RotationPy.getRawAxis(), exportIFC.getRepresentation(), TechDraw::DrawProjGroupItem.getRotateAngle(), FCSphereSheetProjector.getRotation(), (), Part::TopoShape.getShapePlacement(), TechDraw::PATLineSpec.getSlope(), importIFClegacy.getTuples(), PartGui.goDimensionAngularNoTask(), (), draftmake.make_sketch.make_sketch(), TechDrawGui::QGISectionLine.makeArrowsISO(), TechDrawGui::QGISectionLine.makeArrowsTrad(), TechDraw::DrawGeomHatch.makeEdgeOverlay(), ArchRoof.makeRoof(), TechDrawGui::QGISectionLine.makeSymbolsISO(), TechDrawGui::QGISectionLine.makeSymbolsTrad(), _two_obj_angles(), (), (), Base::PlacementPy.PyInit(), Base::RotationPy.PyInit(), draftguitools.gui_(), Part::Geometry.rotate(), Base::PlacementPy.rotate(), Part::Geometry2dPy.rotate(), Part::TopoShapePy.rotate(), Import::ExportOCAF.saveShape(), MeshCore::MeshOutput.SaveX3DContent(), Base::tAngle(), Base::tAxis(), Part::tShapePlacement(), Gui::PropertyEditor::PropertyPlacementItem.toolTip(), Gui::PropertyEditor::PropertyPlacementItem.toString(), draftguitools.gui_(), draftguitools.gui_edit_draft_object_from_edit_points(), Gui::PropertyEditor::PropertyPlacementItem.value(), and Path::PathSegmentWalker.walk(). It is zero if the magnitude of one of the vectors is zero, The angle in radians between the vectors. The second vector to test against the first one. If the `factor` is positive the angle is positive, otherwise With the cross product of the first two vectors. This normal is used to calculate a `factor` as the dot product If a third vector is given, it is the normal used to determine If only one vector is given, the angle is between that one and the It uses the definition of the dot product Return the angle in radians between the two vectors. Vector math utilities used primarily in the Draft workbench but which can also be used in other workbenches and in macros. Vector math utilities used in Draft workbench.ДraftVecUtils.angle (u, v=Vector(1, 0, 0), normal=Vector(0, 0, 1))ДraftVecUtils.closest (vector, vlist, return_length=False)ДraftVecUtils.getPlaneRotation (u, v, w=None)ДraftVecUtils.getRotation (vector, reference=Vector(1, 0, 0))ДraftVecUtils.rotate (u, angle, axis=Vector(0, 0, 1))ДraftVecUtils.typecheck (args_and_types, name='?')

Freecad draft