Modeling Options

The user can create an arc geometry by the following procedure.

•     Point, Point, Direction, Angle

•    Point: Selects a point to define the center of the arc geometry.

•    Point: Selects a point to define the start point on the circumference of the arc geometry. The distance between the first point and the second point becomes a radius of the arc geometry.

•    Direction: Defines a direction for revolution of the arc geometry.

•    Angle: Defines a revolution angle of the arc geometry.

•     Point, Point, Direction, Point

•    Point: Selects a point to define the center of the arc geometry.

•    Point: Selects a point to define the start point on the circumference of the arc geometry. The distance between the first point and the second point becomes a radius of the arc geometry.

•    Direction: Defines a direction for revolution of the arc geometry.

•    Point: Selects a point to define the end point on the circumference of the arc geometry. The point is constrained to be at a constant distance from the center of the arc geometry.

•     Point, Point, Distance, Point

•    Point: Selects a point to define the first passing point of the arc geometry.

•    Point: Selects a point to define the second passing point of the arc geometry.

•    Distance: Defines a radius of the arc geometry.

•    Point: Selects a point to decide the direction to define the type of the arc geometry. The user can create an arc geometry as two types, the inside type and the outside type according to each direction.

•     Point, Point, Point: A circumscribed arc that passes through the three points is created.

•    Point: Selects a point to include the arc geometry.

•    Point: Selects a point to include the arc geometry.

•    Point: Selects a point to include the arc geometry.