WorkingPlane.Plane Class Reference

Public Member Functions
def alignTo3Points (self, p1, p2, p3, offset=0)
def alignToCurve (self, shape, offset=0)
def alignToEdges (self, edges)
def alignToFace (self, shape, offset=0)
def alignToPointAndAxis (self, point, axis, offset=0, upvec=None)
def alignToPointAndAxis_SVG (self, point, axis, offset=0)
def alignToSelection (self, offset=0)
def copy (self)
def getClosestAxis (self, point)
def getDeviation (self)
def getGlobalCoords (self, point)
def getGlobalRot (self, point)
def getLocalCoords (self, point)
def getLocalRot (self, point)
def getNormal (self)
def getPlacement (self, rotated=False)
def getRotation (self)
def inverse (self)
def isGlobal (self)
def isOrtho (self)
def offsetToPoint (self, p, direction=None)
def projectPoint (self, p, direction=None)
def projectPointOld (self, p, direction=None)
def reset (self)
def restore (self)
def save (self)
def setFromPlacement (self, pl, rebase=False)
def setFront (self)
def setSide (self)
def setTop (self)
def setup (self, direction=None, point=None, upvec=None, force=False)

Public Attributes
axis
doc
position
stored
u
v
weak

Detailed Description

A WorkPlane object.

Parameters
----------
u: Base::Vector3, optional
    An axis (vector) that helps define the working plane.
    It defaults to `(1, 0, 0)`, or the +X axis.

v: Base::Vector3, optional
    An axis (vector) that helps define the working plane.
    It defaults to `(0, 1, 0)`, or the +Y axis.

w: Base::Vector3, optional
    An axis that is supposed to be perpendicular to `u` and `v`;
    it is redundant.
    It defaults to `(0, 0, 1)`, or the +Z axis.

pos: Base::Vector3, optional
    A point through which the plane goes through.
    It defaults to the origin `(0, 0, 0)`.

Attributes
----------
doc: App::Document
    The active document. Reset view when `doc` changes.

weak: bool
    It is `True` if the plane has been defined by `setup()`
    or has been reset. A weak plane can be changed
    (it is the "auto" mode), while a strong plane will keep
    its position until weakened (it is "locked")

u: Base::Vector3
    An axis (vector) that helps define the working plane.

v: Base::Vector3
    An axis (vector) that helps define the working plane.

axis: Base::Vector3
    A vector that is supposed to be perpendicular to `u` and `v`;
    it is helpful although redundant.

position: Base::Vector3
    A point, which the plane goes through,
    that helps define the working plane.

stored: bool
    A placeholder for a stored state.

Member Function Documentation

alignTo3Points()

def WorkingPlane.Plane.alignTo3Points	(		self,
			p1,
			p2,
			p3,
			offset = 0
	)

Align the plane to three points. It makes a closed quadrilateral face with the three points, and then calls `alignToFace(shape, offset)`. Parameter --------- p1 : Base::Vector3 The first point. p2 : Base::Vector3 The second point. p3 : Base::Vector3 The third point. offset : float Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. Returns ------- bool `True` if the operation was successful, and `False` otherwise.

References WorkingPlane.Plane.alignToFace().

alignToCurve()

def WorkingPlane.Plane.alignToCurve	(		self,
			shape,
			offset = 0
	)

Align plane to curve. NOT YET IMPLEMENTED. Parameters ---------- shape : Part.Shape A curve that will serve to align the plane. It can be an `'Edge'` or `'Wire'`. offset : float Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. Returns ------- False Returns `False` if the shape is null. Currently it always returns `False`.

Referenced by WorkingPlane.Plane.alignToSelection().

alignToEdges()

def WorkingPlane.Plane.alignToEdges	(		self,
			edges
	)

Align plane to two edges. Uses the two points of the first edge to define the direction of the unit vector `u`, the other two points of the other edge to define the other unit vector `v`, and then the cross product of `u` with `v` to define the `axis`. Parameters ---------- edges : list A list of two edges. Returns ------- False Return `False` if `edges` is a list of more than 2 elements.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

alignToFace()

def WorkingPlane.Plane.alignToFace	(		self,
			shape,
			offset = 0
	)

Align the plane to a face. It uses the center of mass of the face as `position`, and its normal in the center of the face as `axis`, then calls `alignToPointAndAxis(position, axis, offset)`. If the face is a quadrilateral, then it adjusts the position of the plane according to its reported X direction and Y direction. Also set `weak` to `False`. Parameter -------- shape : Part.Face A shape of type `'Face'`. offset : float Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. Returns ------- bool `True` if the operation was successful, and `False` if the shape is not a `'Face'`. See Also -------- alignToPointAndAxis, DraftGeomUtils.getQuad

References WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, DraftVecUtils.equals(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< Rotation >.v, Base::vec_traits< SbColor >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, draftguitools.gui_trackers.rectangleTracker.v, and WorkingPlane.Plane.weak.

Referenced by WorkingPlane.Plane.alignTo3Points(), and WorkingPlane.Plane.alignToSelection().

alignToPointAndAxis()

def WorkingPlane.Plane.alignToPointAndAxis	(		self,
			point,
			axis,
			offset = 0,
			upvec = None
	)

Align the working plane to a point and an axis (vector). Set `v` as the cross product of `axis` with `(1, 0, 0)` or `+X`, and `u` as `v` rotated -90 degrees around the `axis`. Also set `weak` to `False`. Parameters ---------- point : Base::Vector3 The new `position` of the plane, adjusted by the `offset`. axis : Base::Vector3 A vector whose unit vector will be used as the new `axis` of the plane. If it is very close to the `X` or `-X` axes, it will use this axis exactly, and will adjust `u` and `v` to `+Y` and `+Z`, or `-Y` and `+Z`, respectively. offset : float, optional Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. upvec : Base::Vector3, optional Defaults to `None`. If it exists, its unit vector will be used as `v`, and will set `u` as the cross product of `v` with `axis`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, drafttests.test_pivy.DraftPivy.doc, drafttests.test_dxf.DraftDXF.doc, drafttests.test_modification.DraftModification.doc, drafttests.test_oca.DraftOCA.doc, drafttests.test_airfoildat.DraftAirfoilDAT.doc, drafttests.test_svg.DraftSVG.doc, drafttests.test_dwg.DraftDWG.doc, drafttests.test_creation.DraftCreation.doc, Gui::GraphvizView.doc, draftguitools.gui_annotationstyleeditor.AnnotationStyleEditor.doc, draftguitools.gui_base.GuiCommandSimplest.doc, ExpressionCompleterModel::Info.doc, WorkingPlane.Plane.doc, App::RelabelDocumentExpressionVisitor.doc, draftguitools.gui_base_original.DraftTool.doc, App::DynamicProperty::PropData.doc, draftguitools.gui_base.GuiCommandBase.doc, App::LinkBaseExtension::PropInfo.doc, ItemInfo.doc, ItemInfo2.doc, importIFClegacy.IfcEntity.doc, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, DraftVecUtils.rotate(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, draftguitools.gui_trackers.rectangleTracker.v, and WorkingPlane.Plane.weak.

Referenced by WorkingPlane.Plane.alignToFace(), WorkingPlane.Plane.setFront(), WorkingPlane.Plane.setSide(), WorkingPlane.Plane.setTop(), and WorkingPlane.Plane.setup().

alignToPointAndAxis_SVG()

def WorkingPlane.Plane.alignToPointAndAxis_SVG	(		self,
			point,
			axis,
			offset = 0
	)

Align the working plane to a point and an axis (vector). It aligns `u` and `v` based on the magnitude of the components of `axis`. Also set `weak` to `False`. Parameters ---------- point : Base::Vector3 The new `position` of the plane, adjusted by the `offset`. axis : Base::Vector3 A vector whose unit vector will be used as the new `axis` of the plane. The magnitudes of the `x`, `y`, `z` components of the axis determine the orientation of `u` and `v` of the plane. offset : float, optional Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. Cases ----- The `u` and `v` are always calculated the same * `u` is the cross product of the positive or negative of `axis` with a `reference vector`. :: u = [+1|-1] axis.cross(ref_vec) * `v` is `u` rotated 90 degrees around `axis`. Whether the `axis` is positive or negative, and which reference vector is used, depends on the absolute values of the `x`, `y`, `z` components of the `axis` unit vector. #. If `x > y`, and `y > z` The reference vector is +Z :: u = -1 axis.cross(+Z) #. If `y > z`, and `z >= x` The reference vector is +X. :: u = -1 axis.cross(+X) #. If `y >= x`, and `x > z` The reference vector is +Z. :: u = +1 axis.cross(+Z) #. If `x > z`, and `z >= y` The reference vector is +Y. :: u = +1 axis.cross(+Y) #. If `z >= y`, and `y > x` The reference vector is +X. :: u = +1 axis.cross(+X) #. otherwise The reference vector is +Y. :: u = -1 axis.cross(+Y)

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, drafttests.test_pivy.DraftPivy.doc, drafttests.test_dxf.DraftDXF.doc, drafttests.test_modification.DraftModification.doc, drafttests.test_oca.DraftOCA.doc, drafttests.test_airfoildat.DraftAirfoilDAT.doc, drafttests.test_svg.DraftSVG.doc, drafttests.test_dwg.DraftDWG.doc, drafttests.test_creation.DraftCreation.doc, Gui::GraphvizView.doc, draftguitools.gui_annotationstyleeditor.AnnotationStyleEditor.doc, draftguitools.gui_base.GuiCommandSimplest.doc, ExpressionCompleterModel::Info.doc, WorkingPlane.Plane.doc, App::RelabelDocumentExpressionVisitor.doc, draftguitools.gui_base_original.DraftTool.doc, App::DynamicProperty::PropData.doc, draftguitools.gui_base.GuiCommandBase.doc, App::LinkBaseExtension::PropInfo.doc, ItemInfo.doc, ItemInfo2.doc, importIFClegacy.IfcEntity.doc, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, DraftVecUtils.rotate(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, draftguitools.gui_trackers.rectangleTracker.v, and WorkingPlane.Plane.weak.

alignToSelection()

def WorkingPlane.Plane.alignToSelection	(		self,
			offset = 0
	)

Align the plane to a selection if it defines a plane. If the selection uniquely defines a plane it will be used. Currently it only works with one object selected, a `'Face'`. It extracts the shape of the object or subobject and then calls `alignToFace(shape, offset)`. This method only works when `FreeCAD.GuiUp` is `True`, that is, when the graphical interface is loaded. Parameter --------- offset : float Defaults to zero. A value which will be used to offset the plane in the direction of its `axis`. Returns ------- bool `True` if the operation was successful, and `False` otherwise. It returns `False` if the selection has no elements, or if it has more than one element, or if the object is not derived from `'Part::Feature'` or if the object doesn't have a `Shape`. To do ----- The method returns `False` if the selection list has more than one element. The method should search the list for objects like faces, points, edges, wires, etc., and call the appropriate aligning submethod. The method could work for curves (`'Edge'` or `'Wire'`) but `alignToCurve()` isn't fully implemented. When the interface is not loaded it should fail and print a message, `FreeCAD.Console.PrintError()`. See Also -------- alignToFace, alignToCurve

References WorkingPlane.Plane.alignToCurve(), and WorkingPlane.Plane.alignToFace().

copy()

def WorkingPlane.Plane.copy

(

self

)

Return a new plane that is a copy of the present object.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.plane, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

getClosestAxis()

def WorkingPlane.Plane.getClosestAxis	(		self,
			point
	)

Return the closest axis of the plane to the given point (vector). It tests the angle that the `point` vector makes with the unit vectors `u`, `v`, and `axis`, as well their negatives. The smallest angle indicates the closest axis. Parameters ---------- point : Base::Vector3 The external point to test. Returns ------- str * It is `'x'` if the closest axis is `u` or `-u`. * It is `'y'` if the closest axis is `v` or `-v`. * It is `'z'` if the closest axis is `axis` or `-axis`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

getDeviation()

def WorkingPlane.Plane.getDeviation

(

self

)

Return the angle between the u axis and the horizontal plane. It defines a projection of `u` on the horizontal plane (without a Z component), and then measures the angle between this projection and `u`. It also considers the cross product of the projection and `u` to determine the sign of the angle. Returns ------- float Angle between the `u` vector, and a projected vector on the global horizontal plane. See Also -------- DraftVecUtils.angle

References DraftVecUtils.angle(), WorkingPlane.Plane.u, uvPtStruct.u, and draftguitools.gui_trackers.rectangleTracker.u.

getGlobalCoords()

def WorkingPlane.Plane.getGlobalCoords	(		self,
			point
	)

Return the coordinates of the given point, added to the plane. If the `point` was constructed using the plane as origin, return the absolute coordinates from the `point` to the global origin. The `u`, `v`, and `axis` vectors scale the components of `point`, and the result is added to the planes `position`. Parameters ---------- point : Base::Vector3 The external point. Returns ------- Base::Vector3 The coordinates of the point from the absolute origin. See Also -------- getLocalCoords, getLocalRot, getGlobalRot Notes ----- The following graphic explains the coordinates. :: g GlobalCoords (1, 11) | | | (n) p point (1, 6) | LocalCoords (1, 1) | ----plane--------c-------- position (0, 5) In the graphic * `p` is an arbitrary point, external to the plane * `c` is the plane's `position` * `g` is the global coordinates of `p` when added to the plane * `n` is the relative coordinates of `p` when referred to the plane

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

Referenced by WorkingPlane.Plane.projectPoint().

getGlobalRot()

def WorkingPlane.Plane.getGlobalRot	(		self,
			point
	)

Like getGlobalCoords, but doesn't use the plane's position. If the `point` was constructed using the plane as origin, return the absolute coordinates from the `point` to the global origin. However, in this case, the plane is assumed to have its `position` at the global origin, therefore, the returned coordinates will only consider the orientation of the plane. The `u`, `v`, and `axis` vectors scale the components of `point`. Parameters ---------- point : Base::Vector3 The external point. Returns ------- Base::Vector3 The coordinates of the point from the absolute origin. See Also -------- getGlobalCoords, getLocalCoords, getLocalRot

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

Referenced by WorkingPlane.Plane.projectPoint().

getLocalCoords()

def WorkingPlane.Plane.getLocalCoords	(		self,
			point
	)

Return the coordinates of the given point, from the plane. If the `point` was constructed using the plane as origin, return the relative coordinates from the `point` to the plane. A vector is calculated from the plane's `position` to the external `point`, and this vector is projected onto each of the `u`, `v` and `axis` of the plane to determine the local, relative vector. Parameters ---------- point : Base::Vector3 The point external to the plane. Returns ------- Base::Vector3 The relative coordinates of the point from the plane. See Also -------- getGlobalCoords, getLocalRot, getGlobalRot Notes ----- The following graphic explains the coordinates. :: g GlobalCoords (1, 11) | | | (n) p point (1, 6) | LocalCoords (1, 1) | ----plane--------c-------- position (0, 5) In the graphic * `p` is an arbitrary point, external to the plane * `c` is the plane's `position` * `g` is the global coordinates of `p` when added to the plane * `n` is the relative coordinates of `p` when referred to the plane To do ----- Maybe a better name would be getRelativeCoords?

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, DraftVecUtils.project(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< Rotation >.v, Base::vec_traits< SbColor >.v, Base::Vector2dPy.v, Base::vec_traits< App::Color >.v, WorkingPlane.Plane.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

Referenced by WorkingPlane.Plane.projectPoint().

getLocalRot()

def WorkingPlane.Plane.getLocalRot	(		self,
			point
	)

Like getLocalCoords, but doesn't use the plane's position. If the `point` was constructed using the plane as origin, return the relative coordinates from the `point` to the plane. However, in this case, the plane is assumed to have its `position` at the global origin, therefore, the returned coordinates will only consider the orientation of the plane. The external `point` is a vector, which is projected onto each of the `u`, `v` and `axis` of the plane to determine the local, relative vector. Parameters ---------- point : Base::Vector3 The point external to the plane. Returns ------- Base::Vector3 The relative coordinates of the point from the plane, if the plane had its `position` at the global origin. See Also -------- getLocalCoords, getGlobalCoords, getGlobalRot

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, DraftVecUtils.project(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

Referenced by WorkingPlane.Plane.projectPoint().

getNormal()

def WorkingPlane.Plane.getNormal

(

self

)

Return the normal vector of the plane (axis). Returns ------- Base::Vector3 The `axis` attribute of the plane.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, and Base::CoordinateSystem.axis.

getPlacement()

def WorkingPlane.Plane.getPlacement	(		self,
			rotated = False
	)

Return the placement of the plane. Parameters ---------- rotated : bool, optional It defaults to `False`. If it is `True`, it switches `axis` with `-v` to produce a rotated placement. Returns ------- Base::Placement A placement, comprised of a `Base` (`Base::Vector3`), and a `Rotation` (`Base::Rotation`).

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

getRotation()

def WorkingPlane.Plane.getRotation

(

self

)

Return a placement describing the plane orientation only. If `FreeCAD.GuiUp` is `True`, that is, if the graphical interface is loaded, it will test if the active object is an `Arch` container and will calculate the placement accordingly. Returns ------- Base::Placement A placement, comprised of a `Base` (`Base::Vector3`), and a `Rotation` (`Base::Rotation`).

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, DraftVecUtils.getPlaneRotation(), WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

inverse()

def WorkingPlane.Plane.inverse

(

self

)

Invert the direction of the plane. It inverts the `u` and `axis` vectors.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, and draftguitools.gui_trackers.rectangleTracker.u.

isGlobal()

def WorkingPlane.Plane.isGlobal

(

self

)

Return True if the plane axes are equal to the global axes. Return `False` if any of `u`, `v`, or `axis` does not correspond to `+X`, `+Y`, or `+Z`, respectively.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

isOrtho()

def WorkingPlane.Plane.isOrtho

(

self

)

Return True if the plane axes are orthogonal with the global axes. Orthogonal means that the angle between `u` and the global axis `+Y` is a multiple of 90 degrees, meaning 0, -90, 90, -180, 180, -270, 270, or 360 degrees. And similarly for `v` and `axis`. All three axes should be orthogonal to the `+Y` axis. Due to rounding errors, the angle difference is rounded to 6 decimal digits to do the test. Returns ------- bool Returns `True` if all three `u`, `v`, and `axis` are orthogonal with the global axis `+Y`. Otherwise it returns `False`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

offsetToPoint()

def WorkingPlane.Plane.offsetToPoint	(		self,
			p,
			direction = None
	)

Return the signed distance from a point to the plane. Parameters ---------- p : Base::Vector3 The external point to consider. direction : Base::Vector3, optional The unit vector that indicates the direction of the distance. It defaults to `None`, which then uses the `plane.axis` (normal) value, meaning that the measured distance is perpendicular to the plane. Returns ------- float The distance from the point to the plane. Notes ----- The signed distance `d`, from `p` to the plane, is such that :: x = p + d*direction, where `x` is a point that lies on the plane. The `direction` is a unit vector that specifies the direction in which the distance is measured. It defaults to `plane.axis`, meaning that it is the perpendicular distance. A picture will help explain the computation :: p //| / / | d / / | axis / / | / / | -------- plane -----x-----c-----a-------- The points are as follows * `p` is an arbitrary point outside the plane. * `c` is a known point on the plane, for example, `plane.position`. * `x` is the intercept on the plane from `p` in the desired `direction`. * `a` is the perpendicular intercept on the plane, i.e. along `plane.axis`. The distance is calculated through the dot product of the vector `pc` (going from point `p` to point `c`, both of which are known) with the unit vector `direction` (which is provided or defaults to `plane.axis`). :: d = pc . direction d = (c - p) . direction **Warning:** this implementation doesn't calculate the entire distance `|xp|`, only the distance `|pc|` projected onto `|xp|`. Trigonometric relationships --------------------------- In 2D the distances can be calculated by trigonometric relationships :: |ap| = |cp| cos(apc) = |xp| cos(apx) Then the desired distance is `d = |xp|` :: |xp| = |cp| cos(apc) / cos(apx) The cosines can be obtained from the definition of the dot product :: A . B = |A||B| cos(angleAB) If one vector is a unit vector :: A . uB = |A| cos(angleAB) cp . axis = |cp| cos(apc) and if both vectors are unit vectors :: uA . uB = cos(angleAB). direction . axis = cos(apx) Then :: d = (cp . axis) / (direction . axis) **Note:** for 2D these trigonometric operations produce the full `|xp|` distance.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, and Gui::NavigationStyle.position.

Referenced by WorkingPlane.Plane.projectPointOld().

projectPoint()

def WorkingPlane.Plane.projectPoint	(		self,
			p,
			direction = None
	)

Project a point onto the plane, by default orthogonally. Parameters ---------- p : Base::Vector3 The point to project. direction : Base::Vector3, optional The unit vector that indicates the direction of projection. It defaults to `None`, which then uses the `plane.axis` (normal) value, meaning that the point is projected perpendicularly to the plane. Returns ------- Base::Vector3 The projected vector, scaled to the appropriate distance.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.getGlobalCoords(), WorkingPlane.Plane.getGlobalRot(), WorkingPlane.Plane.getLocalCoords(), WorkingPlane.Plane.getLocalRot(), and DraftVecUtils.scaleTo().

projectPointOld()

def WorkingPlane.Plane.projectPointOld	(		self,
			p,
			direction = None
	)

Project a point onto the plane. OBSOLETE. Parameters ---------- p : Base::Vector3 The point to project. direction : Base::Vector3, optional The unit vector that indicates the direction of projection. It defaults to `None`, which then uses the `plane.axis` (normal) value, meaning that the point is projected perpendicularly to the plane. Returns ------- Base::Vector3 The projected point, or the original point if the angle between the `direction` and the `plane.axis` is 90 degrees.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.offsetToPoint(), and DraftVecUtils.precision().

reset()

def WorkingPlane.Plane.reset

(

self

)

Reset the plane. Set the `doc` attribute to `None`, and `weak` to `True`.

References drafttests.test_pivy.DraftPivy.doc, drafttests.test_airfoildat.DraftAirfoilDAT.doc, drafttests.test_dxf.DraftDXF.doc, drafttests.test_modification.DraftModification.doc, drafttests.test_oca.DraftOCA.doc, drafttests.test_svg.DraftSVG.doc, drafttests.test_dwg.DraftDWG.doc, drafttests.test_creation.DraftCreation.doc, Gui::GraphvizView.doc, draftguitools.gui_annotationstyleeditor.AnnotationStyleEditor.doc, draftguitools.gui_base.GuiCommandSimplest.doc, ExpressionCompleterModel::Info.doc, WorkingPlane.Plane.doc, App::RelabelDocumentExpressionVisitor.doc, draftguitools.gui_base_original.DraftTool.doc, App::DynamicProperty::PropData.doc, draftguitools.gui_base.GuiCommandBase.doc, App::LinkBaseExtension::PropInfo.doc, ItemInfo.doc, ItemInfo2.doc, importIFClegacy.IfcEntity.doc, and WorkingPlane.Plane.weak.

restore()

def WorkingPlane.Plane.restore

(

self

)

Restore the plane attributes that were saved. Restores the attributes `u`, `v`, `axis`, `position` and `weak` from `stored`, and set `stored` to `None`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.stored, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< Rotation >.v, Base::vec_traits< SbColor >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, draftguitools.gui_trackers.rectangleTracker.v, and WorkingPlane.Plane.weak.

save()

def WorkingPlane.Plane.save

(

self

)

Store the plane attributes. Store `u`, `v`, `axis`, `position` and `weak` in a list in `stored`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.stored, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< Rotation >.v, Base::vec_traits< SbColor >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, draftguitools.gui_trackers.rectangleTracker.v, and WorkingPlane.Plane.weak.

Referenced by shipGZ.TaskPanel.TaskPanel.accept(), shipAreasCurve.TaskPanel.TaskPanel.accept(), shipHydrostatics.TaskPanel.TaskPanel.accept(), Mod.Show.mTempoVis.TempoVis.modify(), Mod.Show.mTempoVis.TempoVis.modifyVPProperty(), and Mod.Show.mTempoVis.TempoVis.saveCamera().

setFromPlacement()

def WorkingPlane.Plane.setFromPlacement	(		self,
			pl,
			rebase = False
	)

Set the plane from a placement. It normally uses only the rotation, unless `rebase` is `True`. Parameters ---------- pl : Base::Placement or Base::Matrix4D A placement, comprised of a `Base` (`Base::Vector3`), and a `Rotation` (`Base::Rotation`), or a `Base::Matrix4D` that defines a placement. rebase : bool, optional It defaults to `False`. If `True`, it will use `pl.Base` as the new `position` of the plane. Otherwise it will only consider `pl.Rotation`. To do ----- If `pl` is a `Base::Matrix4D`, it shouldn't try to use `pl.Base` because a matrix has no `Base`.

References WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, WorkingPlane.Plane.position, Gui::FlagLayout::ItemWrapper.position, Gui::NavigationStyle.position, WorkingPlane.Plane.u, uvPtStruct.u, draftguitools.gui_trackers.rectangleTracker.u, Base::vec_traits< SbVec3f >.v, Base::vec_traits< SbVec3d >.v, Base::vec_traits< Vector3f >.v, Base::vec_traits< Vector3d >.v, Base::vec_traits< SbRotation >.v, Base::vec_traits< SbColor >.v, Base::vec_traits< Rotation >.v, Base::Vector2dPy.v, WorkingPlane.Plane.v, Base::vec_traits< App::Color >.v, Gui::ViewProviderIndex.v, uvPtStruct.v, and draftguitools.gui_trackers.rectangleTracker.v.

setFront()

def WorkingPlane.Plane.setFront

(

self

)

sets the WP to front position and updates the GUI

References WorkingPlane.Plane.alignToPointAndAxis().

setSide()

def WorkingPlane.Plane.setSide

(

self

)

sets the WP to top position and updates the GUI

References WorkingPlane.Plane.alignToPointAndAxis().

setTop()

def WorkingPlane.Plane.setTop

(

self

)

sets the WP to top position and updates the GUI

References WorkingPlane.Plane.alignToPointAndAxis().

setup()

def WorkingPlane.Plane.setup	(		self,
			direction = None,
			point = None,
			upvec = None,
			force = False
	)

Set up the working plane if it exists but is undefined. If `direction` and `point` are present, it calls `alignToPointAndAxis(point, direction, 0, upvec)`. Otherwise, it gets the camera orientation to define a working plane that is perpendicular to the current view, centered at the origin, and with `v` pointing up on the screen. This method only works when the `weak` attribute is `True`. This method also sets `weak` to `True`. This method only works when `FreeCAD.GuiUp` is `True`, that is, when the graphical interface is loaded. Otherwise it fails silently. Parameters ---------- direction : Base::Vector3, optional It defaults to `None`. It is the new `axis` of the plane. point : Base::Vector3, optional It defaults to `None`. It is the new `position` of the plane. upvec : Base::Vector3, optional It defaults to `None`. It is the new `v` orientation of the plane. force : Bool If True, it sets the plane even if the plane is not in weak mode To do ----- When the interface is not loaded it should fail and print a message, `FreeCAD.Console.PrintError()`.

References WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.axis, drafttaskpanels.task_circulararray.TaskPanelCircularArray.axis, Base::CoordinateSystem.axis, and WorkingPlane.Plane.weak.

Referenced by PathScripts.PathDressupHoldingTags.ObjectTagDressup.doExecute(), PathScripts.PathDressupDogbone.ObjectDressup.execute(), PathScripts.PathDressupHoldingTags.ObjectTagDressup.generateTags(), PathScripts.PathDressupHoldingTags.ObjectTagDressup.pointAtBottom(), PathScripts.PathDressupHoldingTags.ObjectTagDressup.pointIsOnPath(), PathScripts.PathDressupHoldingTags.ObjectTagDressup.setXyEnabled(), and PathScripts.PathDressupHoldingTags.ObjectTagDressup.supportsTagGeneration().

Member Data Documentation

axis

WorkingPlane.Plane.axis

Referenced by WorkingPlane.Plane.alignToEdges(), WorkingPlane.Plane.alignToFace(), WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), automotive_design.revolved_area_solid.axis_line(), automotive_design.revolved_face_solid.axis_line(), ifc4.ifcaxis2placement3d.axisandrefdirprovision(), ifc4.ifcrevolvedareasolid.axisdirectioninxy(), ifc4.ifcaxis2placement3d.axisis3d(), ifc2x3.ifcrevolvedareasolid.axisline(), ifc4.ifcrevolvedareasolid.axisline(), ifc4.ifcrevolvedareasolid.axisstartinxy(), ifc4.ifcaxis2placement3d.axistorefdirposition(), WorkingPlane.Plane.copy(), WorkingPlane.Plane.getClosestAxis(), WorkingPlane.Plane.getGlobalCoords(), WorkingPlane.Plane.getGlobalRot(), WorkingPlane.Plane.getLocalCoords(), WorkingPlane.Plane.getLocalRot(), WorkingPlane.Plane.getNormal(), WorkingPlane.Plane.getPlacement(), WorkingPlane.Plane.getRotation(), WorkingPlane.Plane.inverse(), WorkingPlane.Plane.isGlobal(), WorkingPlane.Plane.isOrtho(), WorkingPlane.Plane.offsetToPoint(), ifc2x3.ifcaxis2placement3d.p(), config_control_design.axis2_placement_3d.p(), ifc4.ifcaxis2placement3d.p(), automotive_design.axis2_placement_3d.p(), WorkingPlane.Plane.projectPoint(), WorkingPlane.Plane.projectPointOld(), WorkingPlane.Plane.restore(), WorkingPlane.Plane.save(), WorkingPlane.Plane.setFromPlacement(), WorkingPlane.Plane.setup(), ifc2x3.ifcaxis2placement3d.wr2(), config_control_design.axis2_placement_3d.wr2(), automotive_design.axis2_placement_3d.wr2(), ifc2x3.ifcrevolvedareasolid.wr31(), ifc2x3.ifcrevolvedareasolid.wr32(), ifc2x3.ifcaxis2placement3d.wr4(), config_control_design.axis2_placement_3d.wr4(), automotive_design.axis2_placement_3d.wr4(), ifc2x3.ifcaxis2placement3d.wr5(), ifc2x3.ifcaxis1placement.z(), and ifc4.ifcaxis1placement.z().

doc

WorkingPlane.Plane.doc

Referenced by WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), Mod.Show.SceneDetails.Pickability.Pickability.apply_data(), Mod.Show.SceneDetails.VProperty.VProperty.apply_data(), Mod.Show.SceneDetails.ClipPlane.ClipPlane.apply_data(), Mod.Show.SceneDetails.ObjectClipPlane.ObjectClipPlane.apply_data(), importSVG.svgHandler.characters(), importSVG.svgHandler.endElement(), Mod.Show.SceneDetail.SceneDetail.full_key(), WorkingPlane.Plane.reset(), Mod.Show.SceneDetails.ObjectClipPlane.ObjectClipPlane.scene_value(), Mod.Show.SceneDetails.Pickability.Pickability.scene_value(), Mod.Show.SceneDetails.VProperty.VProperty.scene_value(), Mod.Show.SceneDetail.SceneDetail.set_doc(), PathTests.TestPathToolController.TestPathToolController.tearDown(), PathTests.TestPathHelix.TestPathHelix.tearDown(), PathTests.TestPathSetupSheet.TestPathSetupSheet.tearDown(), TestSpreadsheet.SpreadsheetCases.tearDown(), PathTests.TestPathUtil.TestPathUtil.test00(), PathTests.TestPathSetupSheet.TestPathSetupSheet.test00(), PathTests.TestPathUtil.TestPathUtil.test01(), PathTests.TestPathSetupSheet.TestPathSetupSheet.test01(), PathTests.TestPathUtil.TestPathUtil.test02(), PathTests.TestPathUtil.TestPathUtil.test03(), PathTests.TestPathHelix.TestPathHelix.test03(), PathTests.TestPathUtil.TestPathUtil.test04(), PathTests.TestPathHelix.TestPathHelix.test04(), PathTests.TestPathSetupSheet.TestPathSetupSheet.test13(), TestSpreadsheet.SpreadsheetCases.testAggregates(), TestSpreadsheet.SpreadsheetCases.testAlias(), TestSpreadsheet.SpreadsheetCases.testAmbiguousAlias(), TestSpreadsheet.SpreadsheetCases.testClearAlias(), TestSpreadsheet.SpreadsheetCases.testCrossDocumentLinks(), TestSpreadsheet.SpreadsheetCases.testFunctions(), TestSpreadsheet.SpreadsheetCases.testInsertRows(), TestSpreadsheet.SpreadsheetCases.testInvoluteGear(), TestSpreadsheet.SpreadsheetCases.testIssue3128(), TestSpreadsheet.SpreadsheetCases.testIssue3225(), TestSpreadsheet.SpreadsheetCases.testIssue3363(), TestSpreadsheet.SpreadsheetCases.testIssue3432(), TestSpreadsheet.SpreadsheetCases.testMatrix(), TestSpreadsheet.SpreadsheetCases.testNumbers(), TestSpreadsheet.SpreadsheetCases.testPlacementName(), TestSpreadsheet.SpreadsheetCases.testPrecedence(), TestSpreadsheet.SpreadsheetCases.testRelationalOperators(), TestSpreadsheet.SpreadsheetCases.testRemoveRows(), TestSpreadsheet.SpreadsheetCases.testRenameAlias(), TestSpreadsheet.SpreadsheetCases.testRenameAlias2(), TestSpreadsheet.SpreadsheetCases.testRenameAlias3(), TestSpreadsheet.SpreadsheetCases.testSetInvalidAlias(), TestSpreadsheet.SpreadsheetCases.testSetInvalidAlias2(), TestSpreadsheet.SpreadsheetCases.testSketcher(), TestSpreadsheet.SpreadsheetCases.testUnits(), Mod.PartDesign.WizardShaft.Shaft.Shaft.updateConstraint(), Mod.PartDesign.WizardShaft.Shaft.Shaft.updateEdge(), and Mod.Show.SceneDetails.ObjectClipPlane.ObjectClipPlane.val().

position

WorkingPlane.Plane.position

Referenced by WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), WorkingPlane.Plane.copy(), ifc2x3.ifcsweptsurface.dim(), ifc2x3.ifcelementarysurface.dim(), WorkingPlane.Plane.getGlobalCoords(), WorkingPlane.Plane.getLocalCoords(), WorkingPlane.Plane.getPlacement(), WorkingPlane.Plane.offsetToPoint(), WorkingPlane.Plane.restore(), WorkingPlane.Plane.save(), and WorkingPlane.Plane.setFromPlacement().

stored

WorkingPlane.Plane.stored

Referenced by WorkingPlane.Plane.restore(), and WorkingPlane.Plane.save().

u

WorkingPlane.Plane.u

Referenced by WorkingPlane.Plane.alignToEdges(), WorkingPlane.Plane.alignToFace(), WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), WorkingPlane.Plane.copy(), WorkingPlane.Plane.getClosestAxis(), WorkingPlane.Plane.getDeviation(), WorkingPlane.Plane.getGlobalCoords(), WorkingPlane.Plane.getGlobalRot(), WorkingPlane.Plane.getLocalCoords(), WorkingPlane.Plane.getLocalRot(), WorkingPlane.Plane.getPlacement(), WorkingPlane.Plane.getRotation(), WorkingPlane.Plane.inverse(), WorkingPlane.Plane.isGlobal(), WorkingPlane.Plane.isOrtho(), WorkingPlane.Plane.restore(), WorkingPlane.Plane.save(), and WorkingPlane.Plane.setFromPlacement().

v

WorkingPlane.Plane.v

Referenced by WorkingPlane.Plane.alignToEdges(), WorkingPlane.Plane.alignToFace(), WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), WorkingPlane.Plane.copy(), WorkingPlane.Plane.getClosestAxis(), WorkingPlane.Plane.getGlobalCoords(), WorkingPlane.Plane.getGlobalRot(), WorkingPlane.Plane.getLocalCoords(), WorkingPlane.Plane.getLocalRot(), WorkingPlane.Plane.getPlacement(), WorkingPlane.Plane.getRotation(), WorkingPlane.Plane.isGlobal(), WorkingPlane.Plane.isOrtho(), WorkingPlane.Plane.restore(), WorkingPlane.Plane.save(), and WorkingPlane.Plane.setFromPlacement().

weak

WorkingPlane.Plane.weak

Referenced by WorkingPlane.Plane.alignToFace(), WorkingPlane.Plane.alignToPointAndAxis(), WorkingPlane.Plane.alignToPointAndAxis_SVG(), WorkingPlane.Plane.reset(), WorkingPlane.Plane.restore(), WorkingPlane.Plane.save(), and WorkingPlane.Plane.setup().

---

The documentation for this class was generated from the following file:

• src/Mod/Draft/WorkingPlane.py