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--- visual3d:documentation:pipeline:signal_commands:compute_planar_angle [2024/06/17 18:22] – created sgranger
+++ visual3d:documentation:pipeline:signal_commands:compute_planar_angle [2024/07/17 15:46] (current) – created sgranger
@@ Line 1: / Line 1: @@
+====== Compute Planar Angle ======
 This command computes a planar angle between three points as diagrammed in example 1 below, or four points as diagrammed in example 2 below. The location of the points displayed corresponds to the combo boxes containing the signal.
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 The command can be edited via text editor and dialog. The details on the dialog and command are found below:
-|[[ComputePlanarAngleDialog.jpg{{/images/thumb/4/41/ComputePlanarAngleDialog.jpg/400px-ComputePlanarAngleDialog.jpg?400x517]]  |<code>\\ Square_Root\\ /Signal_Types=The type of signal to be evaluated\\ /Signal_Names=The name of the signal to be evaluated\\ /Signal_Folder=The name of the signal folder\\ /Result_Folder=The name of the resulting folder\\ /Result_Names=The name of the resulting signal \\ /COMPUTE_3PT_ANGLE=(TRUE=3PT, FLASE=4PT}\\ /NORMALX=The normal vector to the 3D angle\\ /NORMALY=\\ /NORMALZ=\\ /REFERENCE_SEGMENT= LAB\\ /PROJECTION_PLANE= XY\\ /USE_RIGHT_HAND_RULE=TRUE\\ /USE_0_TO_360_DEGREES=TRUE\\ </code>  |
+|{{:ComputePlanarAngleDialog.jpg}}  |<code>\\ Square_Root\\ /Signal_Types=The type of signal to be evaluated\\ /Signal_Names=The name of the signal to be evaluated\\ /Signal_Folder=The name of the signal folder\\ /Result_Folder=The name of the resulting folder\\ /Result_Names=The name of the resulting signal \\ /COMPUTE_3PT_ANGLE=(TRUE=3PT, FLASE=4PT}\\ /NORMALX=The normal vector to the 3D angle\\ /NORMALY=\\ /NORMALZ=\\ /REFERENCE_SEGMENT= LAB\\ /PROJECTION_PLANE= XY\\ /USE_RIGHT_HAND_RULE=TRUE\\ /USE_0_TO_360_DEGREES=TRUE\\ </code>  |
 ----
-===== Examples =====
+==== Examples ====
-==== Example 1: Projected angles - 3 Point ====
+=== Example 1: Projected angles - 3 Point ===
 Given TARGETS labeled:
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 </code>
-==== Example 2: Compute Planar Angle using transform segment coordinate system ====
+=== Example 2: Compute Planar Angle using transform segment coordinate system ===
 This example transforms the targets **DISTAL1**, **VERTEX**, **DISTAL2** into the segment **RFT** coordinate system and then computes the planar angle **TEST_ANGLE**.
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 </code>
-==== Example 3: Projected angles - 4 Point ====
+=== Example 3: Projected angles - 4 Point ===
 Given TARGETS labeled:
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 ;
 </code>