OCCRevolutionSurface
- class compas_occ.geometry.OCCRevolutionSurface(*args, **kwargs)
Bases:
OCCSurface
Class representing a surface of revolution based on the corresponding surface of the OCC kernel.
- Parameters:
- curve
compas_occ.geometry.OCCCurve
The base curve for the revolution. The curve should be planar.
- point
compas.geometry.Point
The location of the axis of revolution.
- vector
compas.geometry.Vector
The direction of the axis of revolution.
- curve
Examples
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- Attributes:
- curve
compas_occ.geometry.OCCCurve
The base curve for the revolution.
- point
compas.geometry.Point
The location of the axis of revolution.
- vector
compas.geometry.Vector
The direction of the axis of revolution.
- curve
Methods
Compute the surface of revolution using the current curve and axis.
Inherited Methods
Converts the instance to a string.
Compute the axis aligned bounding box of the surface.
Compute the boundary curves of the surface.
Compute the closest point on the curve to a given point.
Compute the axis-aligned bounding box of the geometry.
Compute the oriented bounding box of the geometry.
Make an independent copy of the current surface.
Compute the curvature at a point on the surface.
Compute the local frame at a point on the curve.
Construct surface from an existing OCC TopoDS_Face.
Construct an object of this type from a JSON file.
Construct an object of this type from a JSON string.
Load a surface from an OBJ file.
Construct a NUBRS surface from an existing OCC BSplineSurface.
Construct a surface from a plane.
Load a surface from a STP file.
Compute the Gaussian curvature at a point on the surface.
Compute the intersections with a curve.
Compute the intersections with a line.
Compute the intersections with a plane.
Compute the isoparametric curve at parameter u.
Compute the isoparametric curve at parameter v.
Compute the mean curvature at a point on the surface.
Compute a normal at a point on the surface.
Compute the oriented bounding box of the surface.
Compute a point on the surface.
Compute point locations corresponding to evenly spaced parameters over the surface domain.
Rotate the geometry.
Returns a rotated copy of this geometry.
Scale the geometry.
Returns a scaled copy of this geometry.
Compute a hash of the data for comparison during version control using the sha256 algorithm.
Compute evenly spaced parameters over the surface domain in the U direction.
Compute evenly spaced parameters over the surface domain in the V direction.
Convert the surface to a BREP representation.
Convert an object to its native data representation and save it to a JSON file.
Convert an object to its native data representation and save it to a JSON string.
Convert the surface to a mesh.
Convert the surface to a polyhedron.
Convert the surface to a list of quads.
Write the surface geometry to a STP file.
Convert the surface to a triangle mesh.
Convert the surface to a list of triangles.
Convert the surface to a list of vertices and faces.
Transform this surface.
Returns a transformed copy of this geometry.
Translate the geometry.
Returns a translated copy of this geometry.
Validate the data against the object's data schema.