|
-
Auto Constrain
-
Identifies the existing
constraints and relationships implied by the construction of the geometry, and
highlights them.
|
|
-
Parallel
-
Used to apply parallel constraint between two linear segments or ellipses.
|
|
-
Perpendicular
-
Used to apply perpendicular constraint between two linear segments or entities.
|
|
-
Coincident
-
Used to constrain linear or circular segments or vertices in such a way that they pass through a single point.
|
|
-
Tangent
-
Used to constrain curves to be tangent to other curves or linear segments.
|
|
-
Fixed
-
Fixes the end points and direction of
a linear segment or the center point of a circular element to its current
position in the plane.
|
|
-
Concentric
-
Used to constrain arcs, circles, ellipses, or vertices to have the same center point.
|
|
-
Equal
-
Used to constrain the length of linear segments or entities and radii of circular segments or entities to resize to the same measurement.
|
|
-
Horizontal
- Used to constrain elements to the
horizontal x-axis of the ACS triad.
|
|
-
Vertical
- Used to constrain element to the vertical
y-axis of the ACS triad.
|
|
-
Show DOF
-
Used to display the number of linear and rotary movements, a profile element is free to take, along x, y or z axis.
|
|
|
|
|