OCCCurve

class compas_occ.geometry.OCCCurve(*args, **kwargs)[source]

Class representing a general curve object.

Parameters

name (str, optional) – The name of the curve.

Attributes

dimension (int, read-only) – The dimension of the curve.
domain (tuple[float, float], read-only) – The domain of the parameter space of the curve.
start (Point, read-only) – The start point of the curve.
end (Point, read-only) – The end point of the curve.
is_closed (bool, read-only) – Flag indicating that the curve is closed.
is_periodic (bool, read-only) – Flag indicating that the curve is periodic.

Other Attributes

occ_curve (Geom_Curve) – The underlying OCC curve.

Methods

`aabb`	Compute the axis aligned bounding box of the curve.
`closest_parameters_curve`	Computes the curve parameters where the curve is the closest to another given curve.
`closest_point`	Compute the closest point on the curve to a given point.
`closest_points_curve`	Computes the points on curves where the curve is the closest to another given curve.
`copy`	Make an independent copy of the current curve.
`curvature_at`	Compute the curvature vector at a curve parameter.
`divide`	Divide the curve into a specific number of equal length segments.
`divide_by_count`	Divide the curve into a specific number of equal length segments.
`divide_by_length`
`embedded`	Return a copy of the curve embedded in the parameter space of the surface.
`frame_at`	Compute the local frame at a curve parameter.
`from_occ`	Construct a NURBS curve from an existing OCC BSplineCurve.
`length`	Compute the length of the curve.
`offset`	Offset the curve over the specified distance in the given direction.
`point_at`	Compute the point at a curve parameter.
`projected`	Return a copy of the curve projected onto a surface.
`reverse`	Reverse the parametrisation of the curve.
`tangent_at`	Compute the tangent vector at a curve parameter.
`to_polyline`	Convert the curve to a polyline.
`to_step`	Write the curve geometry to a STP file.
`transform`	Transform this curve.

Inherited Methods

`ToString`	Converts the instance to a string.
`fair`
`from_data`	Construct a curve from its data representation.
`from_json`	Construct an object from serialized data contained in a JSON file.
`from_jsonstring`	Construct an object from serialized data contained in a JSON string.
`from_obj`	Load a curve from an OBJ file.
`from_step`	Load a curve from a STP file.
`locus`	Compute the locus of points on the curve.
`reversed`	Reverse a copy of the curve.
`sha256`	Compute a hash of the data for comparison during version control using the sha256 algorithm.
`smooth`
`space`	Compute evenly spaced parameters over the curve domain.
`split`
`to_data`	Convert an object to its native data representation.
`to_json`	Serialize the data representation of an object to a JSON file.
`to_jsonstring`	Serialize the data representation of an object to a JSON string.
`to_obj`	Write the curve geometry to an OBJ file.
`torsion_at`	Compute the torsion of the curve at a parameter.
`transformed`	Returns a transformed copy of this geometry.
`trim`
`validate_data`	Validate the object's data against its data schema.
`validate_json`	Validate the object's data against its json schema.