The golf swing plane is defined as the best fit plane to a time series of points of a TARGET or LANDMARK, usually defined within an event sequence.

The purpose of the event sequence is to allow the computation of different planes through the swing. For example, a plane during takeaway.

Metric_Golf_Swing_Plane\\
/SIGNAL_TYPES=TARGET \\
SIGNAL_NAMES=CLUB \\
/SIGNAL_FOLDER=ORIGINAL\\
/RESULT_NAME=STANCE_CLUB\\
/RESULT_FOLDER=GOLF\\
/EVENT_SEQUENCE=TAKEAWAY+BACK\\
! /EXCLUDE_EVENTS=\\
;

or a plane at the beginning of the backswing.

Metric_Golf_Swing_Plane\\
/SIGNAL_TYPES=TARGET\\
/SIGNAL_NAMES=CLUB\\
! /SIGNAL_FOLDER=ORIGINAL\\
/RESULT_NAME=SWING_CLUB\\
/RESULT_FOLDER=GOLF\\
/EVENT_SEQUENCE=TOP+DOWN\\
! /EXCLUDE_EVENTS=\\
;

The dialog for this command is:

To display the two swing planes use the command Highlight_Golf_Features:

Highlight_Golf_Features\\
! /CALIBRATION_FILE=\\
! /X_FACTOR=RPV::X+RTA::X\\
CLUB_PATH=TARGET::ORIGINAL::CLUB\\
! /BALL_PATH=TARGET::ORIGINAL::BALL\\
/STANCE_PLANE=METRIC::GOLF::STANCE_CLUB\\
/SWING_PLANE=METRIC::GOLF::SWING_CLUB\\
/HIGHLIGHT_X_FACTOR=TRUE\\
/HIGHLIGHT_CLUB_PATH=TRUE\\
/HIGHLIGHT_BALL_PATH=TRUE\\
/HIGHLIGHT_STANCE_PLANE=TRUE\\
/HIGHLIGHT_SWING_PLANE=TRUE\\
;

Given the dataset, it has been difficult to generalize a good view of the swing planes. One image is below.