Calculates the angle that bisects the start angle and the end angle into two equal parts.

Wire data to any of the angle inputs to determine the polymorphic instance to use or manually select the instance.


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Inputs/Outputs

  • ci32.png angle units —

    angle units specifies the units of the input and output angles of the VI.

    0radian in, radian out (default)
    1radian in, degree out
    2degree in, degree out
    3degree in, radian out
  • c1ddbl.png Start Angle —

    Start Angle specifies one set of angles that the VI pairs with the elements in End Angle to calculate the angle bisectors in the clockwise direction.

  • c1ddbl.png End Angle —

    End Angle specifies another set of the angles the VI pairs with the elements in Start Angle to calculate the angle bisectors. The elements in End Angle must have the same units as Start angle.

    Start Angle and End Angle must have the same number of elements or the VI returns error code –20002.

  • cu16.png angle bisector range —

    angle bisector range specifies the range of the angle bisector.

    0none—The range is equal to [–Inf, Inf].
    1–180 to 180 (–pi to pi) (default)—The range is [–180, 180] in degrees or [–pi, pi] in radians.
    20 to 360 (0 to 2pi)—The range is [0, 360] in degrees or [0, 2pi] in radians.
  • i1ddbl.png Angle Bisector —

    Angle Bisector returns the angles that bisect each corresponding pairs of elements in Start Angle and End Angle into two equal parts.

  • ii32.png error —

    error returns any error or warning from the VI. You can wire error to the Error Cluster From Error Code VI to convert the error code or warning into an error cluster.

    • The following images show examples of the angle bisector between a start angle and an end angle.