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COMPAS OCC
GitHub
Discourse
PyPI
GitHub
Discourse
PyPI
Introduction
Installation
Examples
Curves
Curve Closest Parameters Curve
Curve Closest Point
Curve Comparison 1
Curve Comparison 2
Curve Divide
Curve From Circle
Curve From Interpolation
Curve From Line
Curve From Parameters
Curve From Control Points
Curve Joining
Curve Segmentation
Surfaces
Surface Axis-Aligned Bounding Box
Surface Frames
Surface From Extrusion 1
Surface From Extrusion 2
Surface From Fill
Surface From Meshgrid
Surface From Parameters
Surface From Points
Surface Intersections With Line
Surface Isocurves
Surface JSON Data
Surface With Random Control Points
Surface Points Over UV Space
Breps
Explore Brep Topology
Add a Fillet to the Edges of a Brep
Brep Shape From Booleans
Brep From Mesh
Find the Overlap Between Two Breps
Slice a Brep With a Plane
Split a Brep With a Plane
Trim a Brep With a Plane
Brep with Hole
Brep with Holes
API Reference
compas_occ.brep
OCCBrep
OCCBrepVertex
OCCBrepEdge
OCCBrepLoop
OCCBrepFace
compas_occ.conversions
array1_from_floats1
array1_from_integers1
array1_from_points1
array2_from_floats2
array2_from_points2
ax2_to_compas
ax3_to_compas
axis_to_compas
axis_to_compas_vector
axis_to_occ
bezier_to_compas
bspline_to_compas
circle_to_compas
circle_to_occ
compas_mesh_to_occ_shell
compas_quadmesh_to_occ_shell
compas_transformation_to_trsf
compas_trimesh_to_occ_shell
cone_to_occ
cylinder_to_compas
cylinder_to_occ
direction_to_compas
direction_to_occ
ellipse_to_compas
ellipse_to_occ
floats2_from_array2
frame_to_occ_ax2
frame_to_occ_ax3
harray1_from_points1
hyperbola_to_compas
line_to_compas
line_to_occ
location_to_compas
ngon_to_face
parabola_to_compas
plane_to_compas
plane_to_occ
plane_to_occ_ax2
plane_to_occ_ax3
point2d_to_compas
point_to_compas
point_to_occ
points1_from_array1
points2_from_array2
quad_to_face
sphere_to_compas
sphere_to_occ
torus_to_occ
triangle_to_face
vector2d_to_compas
vector_to_compas
vector_to_occ
compas_occ.geometry
Curves
Surfaces
License
Acknowledgements
COMPAS.dev
API Reference
OCCCurve2d
OCCCurve2d.copy
OCCCurve2d.copy
OCCCurve2d.
copy
(
)
Make an independent copy of the current curve.
Returns
:
OCCCurve2d
On this page
OCCCurve2d.copy()