Differences

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--- metric_convex_hull_across_frames [2025/10/06 19:29] – [Example: 3D convex hull] wikisysop
+++ metric_convex_hull_across_frames [2025/10/06 19:52] (current) – [Example: 3D convex hull] wikisysop
@@ Line 94: / Line 94: @@
 ====Example: 3D convex hull====
-In this example **Metric Compute Volume of a Convex Hull Across Frames** is used to find the volume of an individual's thorax segment as defined in the workspace.
+In this example **Metric Compute Volume of a Convex Hull Across Frames** is used to find the volume occupied by an individual's thorax segment between events as defined in the workspace.
 The pipeline command is as follows:
@@ Line 102: / Line 102: @@
 /SIGNAL_TYPES=TARGET
 ! /SIGNAL_FOLDER=ORIGINAL
-/SIGNAL_NAMES=1+10+13+14+17+18+21+22+25+26+29+30+5+6+9
+/SIGNAL_NAMES=CLAV+STRN+CV7+T10+RSHO+LSHO
 ! /RESULT_FOLDER=PROCESSED
 /RESULT_NAME=Upper_Thorax_Volume
@@ Line 110: / Line 110: @@
 ! /START_FRAME=
 ! /END_FRAME=
-/EVENT_SEQUENCE=START+END
+/EVENT_SEQUENCE=EVENT1+EVENT2
 ! /EXCLUDE_EVENTS=
 ;
 </code>
-Here a 3 dimensional hull is used as the resulting metric will represent a 3 dimensional structure in space. The resulting metric value represents the approximate volume of the upper thorax segment as defined for this trial:
+Here a 3 dimensional hull is used as the resulting metric will represent a 3 dimensional structure in space. The resulting metric value represents the approximate volume of the space that the upper thorax segment travels through between the events listed:
 {{:thorax_volume.png|}}