Type
- Analytic
- Available
only when the selected (Target) curve is an isoparametric curve. The match is
computed based on a mathematical formula leading to an exact location
of each of the selected curve control points.
Furthermore, if both selected curves present the same number of control
points, the deviation is null.
- Approximated
- Regardless of the type of the selected surface
edges, the match is based on the discretization of the selected
elements, and is approximated accordingly.
- Auto
- The system optimizes the computation mode, trying first to create the match surface in the
Analytic mode, then, if impossible, in the
Approximated mode.
Information
- Number of patches
- Displays the number of patches making up the surface.
- Type
- Displays the matching type used. This is especially useful when working in the Auto
mode.
- Order
- Displays the order of
the surface to be matched.
- Delta
- Displays the delta
from the initial surface.
Options
- Project end points
- Creates a linear projection of
the smaller edge, when selected first, onto the smaller surface as
shown below.
- Project boundary
- Projects directly the first selected boundary onto the second surface, by selection of the
surface only. You do not need to select a boundary on the target surface.
- Move on main axis
- Constrains the matched surface so that its control points
can only be moved along the Robot main axis.
- Diffusion
- Propagates evenly any modification performed using the control
points.
Display
Click More to show this area.
In the Display area you can select which information is displayed on the geometry:
- Quick connect checker
- Conducts a quick connect checker. Depending on the type of continuity connection, three values
can be displayed:
-
Distance (mm): maximum distance between the two
elements.
-
Angle (degrees): angle between the tangents to the
surfaces.
-
Curvature (%): ratio between both surface curvatures.
- Control Points
- Displays the control points and mesh lines on the initial surface,
allowing you to modify them.