Curve: Create Profile(Wire) 2D
Function
Create Profiles, which consist of Polyline and Arc of the wire type. It is only applicable on the Work Plane.
Call
Geometry > Curve > Create
on WP > Profile(Wire) 
<Profile>
Location
Enter
the coordinates of the locations. The coordinates
are expressed in different forms noted below.
The
Start Location of a Profile can be entered by using ABS x, y only.
Similar
to creating Polylines, create connected straight lines. Enter
the coordinates of a Start Location [(ABS x, y)] and then the coordinates
of subsequent points [(ABS x, y), (REL dx, dy), (Length, Angle)].
Create
an arc using the coordinates of three points. If
this button is selected in the process of creating a Profile, the Start
Location is not required since the endpoint of the last line created becomes
the Start Location. In that case, only the coordinates
[(ABS x, y), (REL dx, dy), (Length, Angle)] of the subsequent two points
need to be specified. However, if this option is
selected as a first step for creating a Profile, the coordinates of all
three points are required to create an arc.
<Methods of Entering Coordinates>
ABS x, y
Enter
2-D coordinates for an absolute location on the Work Plane.
REL dx, dy
Enter
a relative distance from the last point entered in the 2D coordinates
of the Work Plane.
Length, Angle
Enter
a distance from the last point entered and a rotational Angle (counterclockwise
+) from the + X-direction on the Work Plane.
Radius, Angle
Enter a Radius and a rotational Angle (counterclockwise +) from the + X-direction on the Work Plane.
When we enter coordinates using the mouse, the coordinates are automatically entered by a left-click on the desired point, without having to press the Apply button. However, when coordinates are typed in, either the Enter key or the Apply button needs to be pressed.
Make Face
Create a Face for a closed Profile, using Plane Patch. This operation will not create a Profile of the wire type.
Notes
When 3-D coordinates are selected in 3-D space using Snap, the program will automatically project the point into 2-D coordinates of the Work Plane.
