ShapeExtend

Inits using of ShapeExtend. Currently, loads messages output by ShapeHealing algorithms.

Encodes status (enumeration) to a bit flag.

Tells if a bit flag contains bit corresponding to enumerated status.

Empty constructor.

Returns number of curves.

Returns curve given by its index.

Returns number of the curve for the given parameter U and local parameter UOut for the found curve.

Returns global parameter for the whole curve according to the segment and local parameter on it.

Applies transformation to each curve.

Returns 1 - U.

Returns 0.

Returns 1.

Returns True if the curve is closed.

Returns False.

Returns GeomAbs_C0.

Returns False if N > 0.

Returns point at parameter U. Finds appropriate curve and local parameter on it.

Computes the point and first derivative at parameter U. Raises an exception if the curve continuity is not C1.

Computes the point and first two derivatives at parameter U. Raises an exception if the curve continuity is not C2.

Computes the point and first three derivatives at parameter U. Raises an exception if the curve continuity is not C3.

Computes the Nth derivative at parameter U. Raises an exception if the curve continuity is not CN, or N < 1.

Returns scale factor for recomputing of deviatives.

Checks geometrical connectivity of the curves, including closure (sets fields myClosed).

Returns number of patches in U direction.

Returns number of patches in V direction.

Returns grid of surfaces.

Returns the array of U values corresponding to joint points between patches as well as to start and end points, which define global parametrisation of the surface.

Returns the array of V values corresponding to joint points between patches as well as to start and end points, which define global parametrisation of the surface.

Returns i-th joint value in U direction (1-st is global Umin, (NbUPatches()+1)-th is global Umax on the composite surface).

Returns j-th joint value in V direction (1-st is global Vmin, (NbVPatches()+1)-th is global Vmax on the composite surface).

Sets the array of U values corresponding to joint points, which define global parametrisation of the surface. Number of values in array should be equal to NbUPatches()+1. All the values should be sorted in increasing order. If this is not satisfied, does nothing and returns False.

Sets the array of V values corresponding to joint points, which define global parametrisation of the surface Number of values in array should be equal to NbVPatches()+1. All the values should be sorted in increasing order. If this is not satisfied, does nothing and returns False.

Changes starting value for global U parametrisation (all other joint values are shifted accordingly).

Changes starting value for global V parametrisation (all other joint values are shifted accordingly).

Returns number of col that contains given (global) parameter.

Returns number of row that contains given (global) parameter.

Returns number of row and col of surface that contains given point.

Converts local parameter u on patch i,j to global parameter U.

Converts local parameter v on patch i,j to global parameter V.

Converts local parameters uv on patch i,j to global parameters UV.

Converts global parameter U to local parameter u on patch i,j.

Converts global parameter V to local parameter v on patch i,j.

Converts global parameters UV to local parameters uv on patch i,j.

Computes transformation operator and uFactor descrinbing affine transformation required to convert global parameters on composite surface to local parameters on patch (i,j): uv = ( uFactor, 1. ) X Trsf * UV; NOTE: Thus Trsf contains shift and scale by V, scale by U is stored in uFact. Returns True if transformation is not an identity.

Applies transformation to all the patches.

Returns a copy of the surface.

NOT IMPLEMENTED (does nothing).

Returns U.

NOT IMPLEMENTED (does nothing).

Returns V.

Returns the parametric bounds of grid.

Returns True if grid is closed in U direction (i.e. connected with Precision::Confusion).

Returns True if grid is closed in V direction (i.e. connected with Precision::Confusion).

Returns False.

Returns False.

NOT IMPLEMENTED (returns Null curve).

NOT IMPLEMENTED (returns Null curve).

returns C0

returns True if N <=0

returns True if N <=0

Computes the point of parameter U,V on the grid.

Computes the point P and the first derivatives in the directions U and V at this point.

Computes the point P, the first and the second derivatives in the directions U and V at this point.

Computes the point P, the first,the second and the third derivatives in the directions U and V at this point.

Computes the derivative of order Nu in the direction U and Nv in the direction V at the point P(U, V).

Computes Joint values according to parameter.

Checks geometrical connectivity of the patches, including closedness (sets fields muUClosed and myVClosed).

Creates an object Explorer.

Converts a sequence of Shapes to a Compound.

Converts a Compound to a list of Shapes if <comp> is not a compound, the list contains only <comp> if <comp> is Null, the list is empty if <comp> is a Compound, its sub-shapes are put into the list then if <expcomp> is True, if a sub-shape is a Compound, it is not put to the list but its sub-shapes are (recursive).

Converts a Sequence of Shapes to a List of Shapes <clear> if True (D), commands the list to start from scratch else, the list is cumulated.

Converts a List of Shapes to a Sequence of Shapes.

Returns the type of a Shape: true type if <compound> is False If <compound> is True and <shape> is a Compound, iterates on its items. If all are of the same type, returns this type. Else, returns COMPOUND. If it is empty, returns SHAPE For a Null Shape, returns SHAPE.

Builds a COMPOUND from the given shape. It explores the shape level by level, according to the <explore> argument. If <explore> is False, only COMPOUND items are explored, else all items are. The following shapes are added to resulting compound:

• shapes which comply to <type>
• if <type> is WIRE, considers also free edges (and makes wires)
• if <type> is SHELL, considers also free faces (and makes shells) If <compound> is True, gathers items in compounds which correspond to starting COMPOUND,SOLID or SHELL containers, or items directly contained in a Compound

Dispatches starting list of shapes according to their type, to the appropriate resulting lists For each of these lists, if it is null, it is firstly created else, new items are appended to the already existing ones.

Creates an object.

Returns a Map of objects and message list.

Returns a Map of shapes and message list.

Clears data about Wire.

Computes the list of seam edges By default (direct call), computing is enforced For indirect call (from IsSeam) it is redone only if not yet already done or if the list of edges has changed Remark : A Seam Edge is an Edge present twice in the list, once as FORWARD and once as REVERSED Each sense has its own PCurve, the one for FORWARD must be set in first.

Does a circular permutation in order to set <num>th edge last.

When the wire contains at least one degenerated edge, sets it as last one Note : It is useful to process pcurves, for instance, while the pcurve of a DGNR may not be computed from its 3D part (there is none) it is computed after the other edges have been computed and chained.

Removes an Edge, given its rank. By default removes the last edge.

Replaces an edge at the given rank number <num> with new one. Default is last edge (<num> = 0).

Returns the count of currently recorded edges.

Returns the count of currently recorded non-manifold edges.

Returns <num>th nonmanifold Edge.

Returns sequence of non-manifold edges This sequence can be not empty if wire data set in manifold mode but initial wire has INTERNAL orientation or contains INTERNAL edges.

Returns mode defining manifold wire data or not. If manifold that nonmanifold edges will not be not consider during operations(previous behaviour) and they will be added only in result wire else non-manifold edges will consider during operations.

Returns <num>th Edge.

Returns the index of the edge If the edge is a seam the orientation is also checked Returns 0 if the edge is not found in the list.

Tells if an Edge is seam (see ComputeSeams) An edge is considered as seam if it presents twice in the edge list, once as FORWARD and once as REVERSED.

Makes TopoDS_Wire using BRep_Builder (just creates the TopoDS_Wire object and adds all edges into it). This method should be called when the wire is correct (for example, after successful fixes by ShapeFix_Wire) and adjacent edges share common vertices. In case if adjacent edges do not share the same vertices the resulting TopoDS_Wire will be invalid.

Makes TopoDS_Wire using BRepAPI_MakeWire. Class BRepAPI_MakeWire merges geometrically coincided vertices and can disturb correct order of edges in the wire. If this class fails, null shape is returned.