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--- visual3d:tutorials:modeling:ior_foot_model_2007 [2024/06/19 14:05] – created sgranger
+++ visual3d:tutorials:modeling:ior_foot_model_2007 [2024/07/17 15:47] (current) – created sgranger
@@ Line 1: / Line 1: @@
+====== IOR Foot Model 2007 ======
 **This tutorial describes the 2007 publication. For the updated 2014 IOR foot model [[Visual3D:Tutorials:Modeling:IOR_Foot_Model|see here]]**.
-===== Sample Data =====
+==== Sample Data ====
 Sample data can be downloaded [[https://www.has-motion.com/download/examples/IORFoot/IORFootTutorial.zip|here]].
@@ Line 9: / Line 11: @@
 The model, planar angles and joint angles for the right side were defined and plotted in the Leardini_2007_Angles.cmo. Once the left side angles have been defined, the report template will graph both the left and right angles.
-===== Introduction =====
+==== Introduction ====
 Visual3D is a general tool capable of implementing many different foot models.
@@ Line 22: / Line 24: @@
 Below is a tutorial demonstrating how to implement the ORIGINAL analysis in Visual3D. If you would rather see a fully completed model you can simply download the following file [blank] and open it in Visual3D.
-==== Multi-Segment Foot Marker Set ====
+=== Multi-Segment Foot Marker Set ===
-{{foot_markersIOR.png}}
+{{:foot_markersIOR.png}}
 CA<sup>[[#cite_note-Leardini-1|[1]]]</sup>(FCC) <sup>[[#cite_note-Serge-2|[2]]]:p. 160</sup> = Posterior Surface of Calcaneus
@@ Line 37: / Line 39: @@
 FMB<sup>[[#cite_note-Leardini-1|[1]]]</sup> = Base of First Metatarsal
 SMB<sup>[[#cite_note-Leardini-1|[1]]]</sup> = Base of Second Metatarsal
-===== Metatarsus (Met) =====
+==== Metatarsus (Met) ====
-==== Landmarks ====
+=== Landmarks ===
-|**1. Create RMET_DIST:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RMET_DIST//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RMET_DIST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RFMH//\\    **Ending Point:** //RVMH//\\    **Lateral Object:** //RSMB//\\    **Project From:** //RSMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RMET_DIST.png}}|
+|**1. Create RMET_DIST:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RMET_DIST//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RMET_DIST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RFMH//\\    **Ending Point:** //RVMH//\\    **Lateral Object:** //RSMB//\\    **Project From:** //RSMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RMET_DIST.png}}|
-==== Segment Definition ====
+=== Segment Definition ===
-|**1. Create RMet Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RMet// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Select **Kinematic Only**<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RMet** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSMB//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RMET_DIST//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RFMH//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RFMB//, //RFMH//, //RSMB//, //RSMH//, //RVMB//, //RVMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RMET.png}}|
+|**1. Create RMet Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RMet// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Select **Kinematic Only**<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RMet** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSMB//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RMET_DIST//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RFMH//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RFMB//, //RFMH//, //RSMB//, //RSMH//, //RVMB//, //RVMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RMET.png}}|
 \\
-|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RMET_SCS.png}}|
+|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RMET_SCS.png}}|
 The image to the right (and all other images in this tutorial) show a mediolateral view of the segment coordinate system after it has been modified.
-===== Mid-foot (Mid) =====
+==== Mid-foot (Mid) ====
-==== Landmarks ====
+=== Landmarks ===
-|**1. Create RID Joint Center:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RID//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RID//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RTN//\\    **Ending Point:** //RVMB//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RID.png}}|
+|**1. Create RID Joint Center:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RID//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RID//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RTN//\\    **Ending Point:** //RVMB//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RID.png}}|
-==== Segment Definition ====
+=== Segment Definition ===
-|**1. Create RMid Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RMid// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Select **Kinematic Only**.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RMid** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RID//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSMB//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RTN//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RSMB//, //RTN//, //RVMB//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Segment_RMID.png}}|
+|**1. Create RMid Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RMid// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Select **Kinematic Only**.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RMid** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RID//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSMB//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RTN//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RSMB//, //RTN//, //RVMB//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Segment_RMID.png}}|
 \\
-|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RMID_SCS.png}}|
+|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RMID_SCS.png}}|
-===== Calcaneus (Cal) =====
+==== Calcaneus (Cal) ====
-==== Landmarks ====
+=== Landmarks ===
-|**1. Create RIC Joint Center:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RIC//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RIC//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RST//\\    **Ending Point:** //RPT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RIC.png}}|
+|**1. Create RIC Joint Center:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RIC//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RIC//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RST//\\    **Ending Point:** //RPT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RIC.png}}|
-==== Segment Definition ====
+=== Segment Definition ===
-|**1. Create RCal Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RCal// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RCal** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RCA//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RIC//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RCA//, //RPT//, //RST//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Segment_RCAL.png}}|
+|**1. Create RCal Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //RCal// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **RCal** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RCA//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RIC//     **Medial:** //None//     \\    **Radius:** //0.1//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RCA//, //RPT//, //RST//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Segment_RCAL.png}}|
 \\
-|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RCAL_SCS.png}}|
+|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RCAL_SCS.png}}|
-===== Foot (Foo) =====
+==== Foot (Foo) ====
-==== Landmarks ====
+=== Landmarks ===
-|**1. Create RFT_DIST:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RFT_DIST//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RFT_DIST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RCA//\\    **Ending Point:** //RFMH//\\    **Lateral Object:** //RVMH//\\    **Project From:** //RSMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RFT_DIST.png}}|
+|**1. Create RFT_DIST:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RFT_DIST//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RFT_DIST//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RCA//\\    **Ending Point:** //RFMH//\\    **Lateral Object:** //RVMH//\\    **Project From:** //RSMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RFT_DIST.png}}|
-==== Segment Definition ====
+=== Segment Definition ===
-|**1. Create Right Foot Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //Right Foot// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **Right Foot** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RCA//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RST,RPT)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RFT_DIST//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RFMH,RVMH)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RFMH//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RCA//, //RFMH//, //RVMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Segment_RFT.png}}|
+|**1. Create Right Foot Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //Right Foot// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **Right Foot** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RCA//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RST,RPT)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RFT_DIST//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RFMH,RVMH)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Medial//     //RFMH//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RCA//, //RFMH//, //RVMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Segment_RFT.png}}|
 \\
-|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RFT_SCS.png}}|
+|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+Y//\\    **Distal to Proximal:** //-X//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RFT_SCS.png}}|
-===== Shank (Sha) =====
+==== Shank (Sha) ====
-==== Landmarks ====
+=== Landmarks ===
-|**1. Create RIM:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RIM//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RIM//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RLM//\\    **Ending Point:** //RMM//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RIM.png}}|
+|**1. Create RIM:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RIM//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RIM//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RLM//\\    **Ending Point:** //RMM//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //0.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RIM.png}}|
-|**2. Create RSK_PROX:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RSK_PROX//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RSK_PROX//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RIM//\\    **Ending Point:** //RLM//\\    **Lateral Object:** //RHF//\\    **Project From:** //RTT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Landmark_RSK_PROX.png}}|
+|**2. Create RSK_PROX:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RSK_PROX//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RSK_PROX//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RIM//\\    **Ending Point:** //RLM//\\    **Lateral Object:** //RHF//\\    **Project From:** //RTT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Landmark_RSK_PROX.png}}|
-==== Segment Definition ====
+=== Segment Definition ===
-|**1. Create Right Shank Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //Right Shank// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **Right Shank** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSK_PROX//     **Medial:** //None//     \\    **Radius:** //DISTANCE(RSK_PROX,RHF)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RIM//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RLM,RMM)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Lateral//     //RLM//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RHF//, //RLM//, //RMM//, //RTT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Segment_RSK.png}}|
+|**1. Create Right Shank Segment:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>In the **Segments** tab, select //Right Shank// in the Segment Name box.<HTML></li></HTML>\\ <HTML><li></HTML>Click on the **Create Segment** button.<HTML></li></HTML>\\ <HTML><li></HTML>In the **Right Shank** tab, enter these values:\\ \\ |<HTML><p></HTML>   **Define Proximal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RSK_PROX//     **Medial:** //None//     \\    **Radius:** //DISTANCE(RSK_PROX,RHF)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Distal Joint and Radius**\\    **Lateral:** //None//     **Joint:** //RIM//     **Medial:** //None//     \\    **Radius:** //0.5*DISTANCE(RLM,RMM)//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Extra Target to Define Orientation**\\    **Location:** //Lateral//     //RLM//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Select Tracking Targets:**\\      //RHF//, //RLM//, //RMM//, //RTT//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Build Model.**<HTML></li></HTML>\\ <HTML><li></HTML>Click on **Close Tab** before proceeding.<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Segment_RSK.png}}|
 \\
-|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+X//\\    **Distal to Proximal:** //+Y//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Seg_RSK_SCS.png}}|
+|**2. Modify the [[Visual3D:Documentation:Modeling:Segments:Modify_Segment_Coordinate_System#Modify_Segment_Coordinate_System|Segment Coordinate System]]:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define the Segment Orientation as:\\ \\ |<HTML><p></HTML>   **A/P Axis:** //+X//\\    **Distal to Proximal:** //+Y//\\ <HTML></p></HTML>||<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Seg_RSK_SCS.png}}|
-===== Angles =====
+==== Angles ====
-==== Landmarks ====
+=== Landmarks ===
 The F2Pt and F2Ps planar angles are calculated as the angle between the lines created by the targets FMB-FMH and FMH-PM. To calculate this angle using the Compute Planar Angle command, an offset along the line between FMB and FMH is created to define the 3 point angle.
-|**1. Create RF2P_Offset:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RF2P_Offset//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RF2P_Offset//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RFMB//\\    **Ending Point:** //RFMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //1.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{LandmarkImage_RF2P_Offset.png}}|
+|**1. Create RF2P_Offset:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RF2P_Offset//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RF2P_Offset//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //RFMB//\\    **Ending Point:** //RFMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **AXIAL** Offset: //1.5//<HTML></li></HTML>\\ <HTML><li></HTML>**Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:LandmarkImage_RF2P_Offset.png}}|
 \\
@@ Line 137: / Line 139: @@
-|**3. Create Lab_O:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_O//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_O//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.0//    **Y:** //0.0//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{IORFoot_Lab_O.png}}|
+|**3. Create Lab_O:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_O//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_O//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.0//    **Y:** //0.0//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IORFoot_Lab_O.png}}|
 \\
-|**4. Create Lab_X:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_X//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_X//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.05//    **Y:** //0.0//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{IORFoot_Lab_X.png}}|
+|**4. Create Lab_X:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_X//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_X//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.05//    **Y:** //0.0//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IORFoot_Lab_X.png}}|
 \\
-|**5. Create Lab_Y:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_Y//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.0//    **Y:** //0.05//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{IORFoot_Lab_Y.png}}|
+|**5. Create Lab_Y:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //Lab_Y//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //Lab_Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>Offset Using the Following **ML/AP/AXIAL** Offsets:\\    **X:** //0.0//    **Y:** //0.05//    **Z:** //0.0//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%) (Meters when not checked)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark (Not generated for assigned motion file(s))//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IORFoot_Lab_Y.png}}|
 \\
-|**6. Create RFMH_proj:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RFMH_proj//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RFMH_proj//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //LAB_O//\\    **Ending Point:** //LAB_X//\\    **Lateral Object:** //LAB_Y//\\    **Project From:** //RFMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{IORFoot_RFMH_proj.png}}|
+|**6. Create RFMH_proj:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Click **Landmarks** button<HTML></li></HTML>\\ <HTML><li></HTML>Click **Add New Landmark** button<HTML></li></HTML>\\ <HTML><li></HTML>Create Landmark: //RFMH_proj//\\ \\ |<HTML><p></HTML>   **Landmark Name:** //RFMH_proj//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Define Orientation Using:**\\    **Starting Point:** //LAB_O//\\    **Ending Point:** //LAB_X//\\    **Lateral Object:** //LAB_Y//\\    **Project From:** //RFMH//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Offset by Percent (1.0 = 100%)//<HTML></li></HTML>\\ <HTML><li></HTML>**Do NOT Check:** //Calibration Only Landmark//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IORFoot_RFMH_proj.png}}|
 \\
@@ Line 163: / Line 165: @@
 ****
-==== Planar Angles ====
+=== Planar Angles ===
-=== F2Pt ===
+== F2Pt ==
 **F2Pt** - the angle between the lines FMH-PM and FMB-FMH projected onto the transverse plane of the metatarsus\\
@@ Line 171: / Line 173: @@
-|**1. Create RF2Pt planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2Pt//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //LANDMARK::ORIGINAL::RF2P_offset//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RPM//\\ **Angle Direction:** //Left Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RF2Pt.png}}|
+|**1. Create RF2Pt planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2Pt//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //LANDMARK::ORIGINAL::RF2P_offset//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RPM//\\ **Angle Direction:** //Left Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RF2Pt.png}}|
 \\
@@ Line 178: / Line 180: @@
 |**2. Create LF2Pt planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions **except** set:\\ \\ |<HTML><p></HTML>**Angle Direction:** //Right Hand Rule//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //LMet// within the text option.**\\ \\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== S2F ===
+== S2F ==
 **S2F** - the angle between the lines FMB-FMH and SMB-SMH projected onto the transverse plane of the metatarsus\\
-|**1. Create RS2F planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2F//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMH//\\    2 - //TARGET::ORIGINAL::RSMB//\\    3 - //TARGET::ORIGINAL::RFMB//\\    4 - //TARGET::ORIGINAL::RFMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RS2F.png}}|
+|**1. Create RS2F planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2F//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMH//\\    2 - //TARGET::ORIGINAL::RSMB//\\    3 - //TARGET::ORIGINAL::RFMB//\\    4 - //TARGET::ORIGINAL::RFMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RS2F.png}}|
 \\
@@ Line 190: / Line 192: @@
 |**2. Create LS2F planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions **except** set:\\ \\ |<HTML><p></HTML>**Angle Direction:** //Left Hand Rule//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //LMet// within the text option.**\\ \\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== S2V ===
+== S2V ==
 **S2V** - the angle between the lines VMB-VMH and SMB-SMH projected onto the transverse plane of the metatarsus\\
-|**1. Create RS2V planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2V//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMH//\\    2 - //TARGET::ORIGINAL::RSMB//\\    3 - //TARGET::ORIGINAL::RVMB//\\    4 - //TARGET::ORIGINAL::RVMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RS2V.png}}|
+|**1. Create RS2V planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2V//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMH//\\    2 - //TARGET::ORIGINAL::RSMB//\\    3 - //TARGET::ORIGINAL::RVMB//\\    4 - //TARGET::ORIGINAL::RVMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XZ//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RS2V.png}}|
 \\
@@ Line 202: / Line 204: @@
 |**2. Create LS2V planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions **except** set:\\ \\ |<HTML><p></HTML>**Angle Direction:** //Left Hand Rule//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //LMet// within the text option.**\\ \\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== F2G ===
+== F2G ==
 **F2G** - the angle between the lines FMB-FMH and the ground, plane orthogonal to the ground (3D angle relative to the ground)\\
@@ Line 210: / Line 212: @@
-|**1. Create RF2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RFMB//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RFMH_proj//\\    4 - //TARGET::ORIGINAL::RFMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RF2G.png}}|
+|**1. Create RF2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RFMB//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RFMH_proj//\\    4 - //TARGET::ORIGINAL::RFMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RF2G.png}}|
 \\
@@ Line 217: / Line 219: @@
 |**2. Create LF2G planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions as for the right angle\\ \\ |<HTML><p></HTML>\\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== S2G ===
+== S2G ==
 **S2G** - the angle between the lines SMB-SMH and the ground, plane orthogonal to the ground (3D angle relative to the ground)\\
@@ Line 225: / Line 227: @@
-|**1. Create RS2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMB//\\    2 - //TARGET::ORIGINAL::RSMH//\\    3 - //TARGET::ORIGINAL::RSMH_proj//\\    4 - //TARGET::ORIGINAL::RSMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RS2G.png}}|
+|**1. Create RS2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RS2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RSMB//\\    2 - //TARGET::ORIGINAL::RSMH//\\    3 - //TARGET::ORIGINAL::RSMH_proj//\\    4 - //TARGET::ORIGINAL::RSMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RS2G.png}}|
 \\
@@ Line 232: / Line 234: @@
 |**2. Create LS2G planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions as for the right angle\\ \\ |<HTML><p></HTML>\\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== V2G ===
+== V2G ==
 **V2G** - the angle between the lines VMB-VMH and the ground, plane orthogonal to the ground (3D angle relative to the ground)\\
@@ Line 240: / Line 242: @@
-|**1. Create RV2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RV2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RVMB//\\    2 - //TARGET::ORIGINAL::RVMH//\\    3 - //TARGET::ORIGINAL::RVMH_proj//\\    4 - //TARGET::ORIGINAL::RVMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RV2G.png}}|
+|**1. Create RV2G planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RV2G//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **4 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RVMB//\\    2 - //TARGET::ORIGINAL::RVMH//\\    3 - //TARGET::ORIGINAL::RVMH_proj//\\    4 - //TARGET::ORIGINAL::RVMB_proj//\\ **Angle Direction:** //Right Hand Rule//\\ **3D Space:** //Always 0 to 180 degrees//\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RV2G.png}}|
 \\
@@ Line 250: / Line 252: @@
-=== F2Ps ===
+== F2Ps ==
 **F2Ps** - the angle between the lines FMH-PM and FMB-FMH projected onto the sagittal plane of the metatarsus\\
@@ Line 256: / Line 258: @@
-|**1. Create RF2Ps planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2Ps//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //LANDMARK::ORIGINAL::RF2P_offset//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RPM//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XY//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RF2Ps.png}}|
+|**1. Create RF2Ps planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RF2Ps//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //LANDMARK::ORIGINAL::RF2P_offset//\\    2 - //TARGET::ORIGINAL::RFMH//\\    3 - //TARGET::ORIGINAL::RPM//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XY//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RF2Ps.png}}|
 \\
@@ Line 263: / Line 265: @@
 |**2. Create LF2Ps planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions as for the right angle\\ \\ |<HTML><p></HTML>**Note: The reference segment will need to be changed to //LMet// within the text option.**\\ \\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-=== MLA ===
+== MLA ==
 **MLA** - the angle between the lines CA-ST and ST-FMH projected onto the sagittal plane of the foot\\
@@ Line 269: / Line 271: @@
-|**1. Create RMLA planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RMLA//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RCA//\\    2 - //TARGET::ORIGINAL::RST//\\    3 - //TARGET::ORIGINAL::RFMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XY//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{PlanarAngle_RMLA.png}}|
+|**1. Create RMLA planar angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Define **Resulting Signal** Name: //RMLA//<HTML></li></HTML>\\ <HTML><li></HTML>Calculate a **3 point angle** between the following targets:\\ \\ |<HTML><p></HTML>   1 - //TARGET::ORIGINAL::RCA//\\    2 - //TARGET::ORIGINAL::RST//\\    3 - //TARGET::ORIGINAL::RFMH//\\ **Angle Direction:** //Right Hand Rule//\\ **Use Range:** //-180 to 180 degrees//\\ **Projected onto Plane:** //XY//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>**Note: The reference segment will need to be changed to //RMet// within the text option.**\\ <HTML></p></HTML>  ||<HTML></li></HTML><HTML></ol></HTML>  |  {{:PlanarAngle_RMLA.png}}|
 \\
@@ Line 276: / Line 278: @@
 |**2. Create LMLA planar angle:**\\ \\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>When defining the left signal, use same definitions as for the right angle\\ \\ |<HTML><p></HTML>**Note: The reference segment will need to be changed to //LMet// within the text option.**\\ \\ <HTML></p></HTML>  |<HTML></li></HTML><HTML></ol></HTML>  |
-==== Joint Angles ====
+=== Joint Angles ===
-=== Sha_Foo_Angle ===
+== Sha_Foo_Angle ==
-|**1. Define the RSha_Foo_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RSha_Foo_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //Right Foot//\\    **Reference Segment:** //Right Shank//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Foot_RSha_Foo_Angle.png}}|
+|**1. Define the RSha_Foo_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RSha_Foo_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //Right Foot//\\    **Reference Segment:** //Right Shank//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Foot_RSha_Foo_Angle.png}}|
-=== Sha_Cal_Angle ===
+== Sha_Cal_Angle ==
-|**1. Define the RSha_Cal_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RSha_Cal_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RCal//\\    **Reference Segment:** //Right Shank//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Foot_RSha_Cal_Angle.png}}|
+|**1. Define the RSha_Cal_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RSha_Cal_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RCal//\\    **Reference Segment:** //Right Shank//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Foot_RSha_Cal_Angle.png}}|
-=== Cal_Mid_Angle ===
+== Cal_Mid_Angle ==
-|**1. Define the RCal_Mid_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RCal_Mid_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMid//\\    **Reference Segment:** //RCal//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Foot_RCal_Mid_Angle.png}}|
+|**1. Define the RCal_Mid_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RCal_Mid_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMid//\\    **Reference Segment:** //RCal//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Foot_RCal_Mid_Angle.png}}|
-=== Mid_Met_Angle ===
+== Mid_Met_Angle ==
-|**1. Define the RMid_Met_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RMid_Met_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMet//\\    **Reference Segment:** //RMid//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Foot_RMid_Met_Angle.png}}|
+|**1. Define the RMid_Met_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RMid_Met_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMet//\\    **Reference Segment:** //RMid//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Foot_RMid_Met_Angle.png}}|
-=== Cal_Met_Angle ===
+== Cal_Met_Angle ==
-|**1. Define the RCal_Met_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RCal_Met_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMet//\\    **Reference Segment:** //RCal//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{IOR_Foot_RCal_Met_Angle.png}}|
+|**1. Define the RCal_Met_Angle:**\\ \\ <HTML><ol></HTML>\\ <HTML><li></HTML>Open the **Compute Model Based** dialog<HTML></li></HTML>\\ <HTML><li></HTML>Select **JOINT_ANGLE** from drop down list\\ \\ |<HTML><p></HTML>   **Data Name:** //RCal_Met_Angle//\\ <HTML></p></HTML>\\ \\ <HTML><p></HTML>   **Segment:** //RMet//\\    **Reference Segment:** //RCal//\\    **Cardan Sequence:** //Z-X-Y//\\ <HTML></p></HTML>||<HTML></li></HTML>\\ <HTML><li></HTML>**Use Negative**:\\    **X:** //TRUE//    **Y:** //TRUE//    **Z:** //FALSE//<HTML></li></HTML><HTML></ol></HTML>  |  {{:IOR_Foot_RCal_Met_Angle.png}}|
-===== References =====
+==== References ====
   - ↑ <sup>[[#cite_ref-Leardini_1-0|1.00]]</sup> <sup>[[#cite_ref-Leardini_1-1|1.01]]</sup> <sup>[[#cite_ref-Leardini_1-2|1.02]]</sup> <sup>[[#cite_ref-Leardini_1-3|1.03]]</sup> <sup>[[#cite_ref-Leardini_1-4|1.04]]</sup> <sup>[[#cite_ref-Leardini_1-5|1.05]]</sup> <sup>[[#cite_ref-Leardini_1-6|1.06]]</sup> <sup>[[#cite_ref-Leardini_1-7|1.07]]</sup> <sup>[[#cite_ref-Leardini_1-8|1.08]]</sup> <sup>[[#cite_ref-Leardini_1-9|1.09]]</sup> <sup>[[#cite_ref-Leardini_1-10|1.10]]</sup> Leardini, A., M.G. Benedetti, L. Berti, D. Bettinelli, R. Nativo, and S. Giannini. "Rear-foot, Mid-foot and Fore-foot Motion during the Stance Phase of Gait." Gait & Posture 25 (2007): 453-55