-
From the
Wireframe section of the
action bar,
click
Curve Projection
.
-
Select the projection type from the list.
-
Select the
Projected elements (scan or curve).
Multiselection is available.
-
Select the
Support of the projection (Mesh or cloud of
points).
-
When projecting a curve, specify a
Sag value.
The projected curve is discretized according
to the sag value. Each discretization point is projected onto the mesh or onto
the cloud of points, and is used to compute the output
scan
or curve. The smaller the
sag value, the smoother the result.
-
When the support is a cloud of points, specify
the
Working distance value.
This is the distance taken into account
around each projected point (point from the
scan, or resulting from the discretization of the projected curve) to
compute the output
scan. A higher
Working distance means more points in the
output
scan.
-
When projecting a curve onto a
mesh along a direction, decide to keep the
Nearest solution or all the solutions.
-
When projecting a
scan
onto a mesh along a
direction, decide if the output
scan needs to lie on the support or not.
After the
scan points are projected on the support:
- If the
Scan on support check box is selected,
intermediate points are added to make sure the output
scan lies on the support. For example, use this option when projecting
a
scan
that defines a
construction area on a final validated mesh.
- If the
Scan on support check box is cleared, the
output
scan is computed from the projected
scan points. It does not necessarily lie on the support. For example,
use this option when projecting a
scan representing a characteristic line.
Note:
The
scan projection must remain inside the selected support. Otherwise,
the output ends at the last projected scan point, not at the boundary of the
support.
-
Select the
Curve creation check box to create curves.
Only the curvature comb (no curvature analysis dialog box) is
displayed.
- Scans are created under the name
Curve Projection.x.
- Curves are created under the name
Curve.x.
|