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--- visual3d:documentation:modeling:functional_joints:example_-_functional_hip [2024/07/16 19:26] – created sgranger
+++ visual3d:documentation:modeling:functional_joints:example_-_functional_hip [2025/07/30 18:28] (current) – sgranger
@@ Line 1: / Line 1: @@
-====== Example_-_Functional_Hip ======
+====== Example - Functional Hip ======
-\\
+[[https://www.has-motion.com/download/FunctionalJoints.zip|Sample files]] for this tutorial may be downloaded. \\
-\\
-[[https://www.has-motion.com/download/FunctionalJoints.zip|Sample files]] for this tutorial may be downloaded.\\
-) This tutorial will use the **Static.c3d** and **Functional Hip.c3d** files.\\
-) The Functional Knee.c3d file is used for the [[Visual3D:Documentation:Modeling:Functional_Joints:Example_-_Functional_Knee|Functional Knee Tutorial]].\\
-) FunctionalJoints_Hip_Knee.cmo contains a static trial with both the functional hip and knee defined.\\
-\\
-**The calculation of functional joints is described [[Visual3D:Documentation:Modeling:Functional_Joints:Functional_Joints|here]].\\
-**\\
+) This tutorial will use the **Static.c3d** and **Functional Hip.c3d** files. \\
+) The Functional Knee.c3d file is used for the [[Visual3D:Documentation:Modeling:Functional_Joints:Example_-_Functional_Knee|Functional Knee Tutorial]]. \\
+) FunctionalJoints_Hip_Knee.cmo contains a static trial with both the functional hip and knee defined. \\
+**The calculation of functional joints is described [[Visual3D:Documentation:Modeling:Functional_Joints:Functional_Joints|here]].** \\
 ===== Load Static Trial =====
-|1. From the **Model** menu, select **Create -> Hybrid Model from C3D file.**\\ \\ 2. A dialog titled **Select the calibration file for the new model** will appear;\\ \\ \\ Select //Static.c3d// Click **Open.**  |  {{CreateStatic.jpg}}|
+|1. From the **Model** menu, select **Create -> Hybrid Model from C3D file.** \\ 2. A dialog titled **Select the calibration file for the new model** will appear; \\ Select //Static.c3d// Click **Open.** | {{:CreateStatic.jpg}}|
 ===== Create Functional Joint =====
-|1. On the **Landmarks** tab:\\ \\ 1. Select the **Functional** tab  |  {{FunctionalTab.jpg}}|
+|1. On the **Landmarks** tab: \\ 2. Select the **Functional** tab | {{:FunctionalTab.jpg}}|
 ==== Create Right Functional Joint ====
-|1. On the **Landmarks** tab:\\ \\ 1. Select the **Functional** tab\\ \\ 2. From the **Functional Joint Name** box, select //F_RHIP.//\\ \\ 3. Click **Create.**  |  {{Create_F_RHIP.jpg}}|
+|1. On the **Landmarks** tab: \\ 1. Select the **Functional** tab \\ 2. From the **Functional Joint Name** box, select //F_RHIP.// \\ 3. Click **Create.** | {{:Create_F_RHIP.jpg}}|
-|2. **Select tracking targets for the F_RHIP:**\\ \\ |   **Tracking Segment/Targets**\\    Select **Use Tracking Targets** (ctrl-click to multi select)\\      //LASI//, //LPSI//, //RASI//, //RPSI//\\ \\ \\    **Other Segment/Targets:**\\    Select **Use Other Targets** (ctrl-click to multi select)\\      //RTHI1//, //RTHI2//, //RTHI3//, //RTHI4//\\ ||\\ \\ Click on **Close Tab** before proceeding.  |  {{Define_F_RHIP.jpg}}|
+|2. **Select tracking targets for the F_RHIP:** \\ **Tracking Segment/Targets** \\ Select **Use Tracking Targets** (ctrl-click to multi select) \\ //LASI//, //LPSI//, //RASI//, //RPSI// \\ **Other Segment/Targets:** \\ Select **Use Other Targets** (ctrl-click to multi select) \\ //RTHI1//, //RTHI2//, //RTHI3//, //RTHI4// \\ Click on **Close Tab** before proceeding. | {{:Define_F_RHIP.jpg}}|
 ==== Create Left Functional Joint ====
-|1. On the **Landmarks** tab:\\ \\ 1. Select the **Functional** tab\\ \\ 2. From the **Functional Joint Name** box, select //F_LHIP.//\\ \\ 3. Click **Create.**  |  {{Create_F_LHIP.jpg}}|
+|1. On the **Landmarks** tab: \\ 1. Select the **Functional** tab \\ 2. From the **Functional Joint Name** box, select //F_LHIP.// \\ 3. Click **Create.** | {{:Create_F_LHIP.jpg}}|
-|2. **Select tracking targets for the F_LHIP:**\\ \\ |   **Tracking Segment/Targets**\\    Select **Use Tracking Targets** (ctrl-click to multi select)\\      //LASI//, //LPSI//, //RASI//, //RPSI//\\ \\ \\    **Other Segment/Targets:**\\    Select **Use Other Targets** (ctrl-click to multi select)\\      //LTHI1//, //LTHI2//, //LTHI3//, //LTHI4//\\ ||\\ \\ Click on **Close Tab** before proceeding.  |  {{Define_F_LHIP.jpg}}|
+|2. **Select tracking targets for the F_LHIP:** \\ **Tracking Segment/Targets** \\  Select **Use Tracking Targets** (ctrl-click to multi select) \\ //LASI//, //LPSI//, //RASI//, //RPSI// \\ **Other Segment/Targets:** \\ Select **Use Other Targets** (ctrl-click to multi select) \\ //LTHI1//, //LTHI2//, //LTHI3//, //LTHI4// \\ Click on **Close Tab** before proceeding. | {{:Define_F_LHIP.jpg}}|
 ===== Model Builder Advanced Post Processing =====
-|1. Select the **Post Processing** button from the menu (image below)\\ {{ModelBuilderAdvancedPostProcessing_Button.jpg}}\\ \\ 2. Select the **Functional Joints** tab from the dialog box (image on right)\\   |  {{ModelBuilderAdvancedPostProcessing.jpg}}|
+|1. Select the **Post Processing** button from the menu (image below) \\ {{:ModelBuilderAdvancedPostProcessing_Button.jpg}} \\ 2. Select the **Functional Joints** tab from the dialog box (image on right) |  {{:ModelBuilderAdvancedPostProcessing.jpg}}|
-|3. **Open functional movement file:**\\ \\ 1. Select the **Add Motion File From Disk**\\ \\ 2. **Browse** to functional movement file, select //Functional Hip.c3d//\\ \\ 3. Click **Open**\\ \\ 4. **Select** the motion file by clicking on the trial, this will highlight the trial in **blue**.\\ \\ \\   |  {{MBAPP_SelectMotionFile.jpg}}|
+|3. **Open functional movement file:** \\ 1. Select the **Add Motion File From Disk** \\ 2. **Browse** to functional movement file, select //Functional Hip.c3d// \\ 3. Click **Open**\\ \\ 4. **Select** the motion file by clicking on the trial, this will highlight the trial in **blue**. \\ | {{:MBAPP_SelectMotionFile.jpg}}|
 \\
-**NOTE:** Once the trial has been selected, the name of the trial will be highlighted and the movement file will appear in 3D viewer.\\
+**NOTE:** Once the trial has been selected, the name of the trial will be highlighted and the movement file will appear in 3D viewer. \\
 \\
@@ Line 50: / Line 41: @@
 ==== Define F_RHIP Start and End of motion ====
-|1. Select the **START** frame of the right functional movement\\ \\ 1. **Select F_RHIP**, this will highlight the joint in **blue**\\ \\ 2. Using the **slider** (seen below), select the START frame of the right functional movement. //Set the Start Frame to 399//\\ \\ {{MBAPP_F_RHIP_START_slider.jpg}}\\ \\ \\ 3. Click **Set START Event to Current Frame**\\ \\ \\   |  {{MBAPP_F_RHIP_START.jpg}}|
+|1. Select the **START** frame of the right functional movement \\ 1. **Select F_RHIP**, this will highlight the joint in **blue** \\ 2. Using the **slider** (seen below), select the START frame of the right functional movement. //Set the Start Frame to 399// \\ {{:MBAPP_F_RHIP_START_slider.jpg}} \\ 3. Click **Set START Event to Current Frame** | {{:MBAPP_F_RHIP_START.jpg}}|
 \\
-|2. Select the **END** frame of the right functional movement\\ \\ 1. **Select F_RHIP**, this will highlight the joint in **blue**\\ \\ 2. Using the **slider** (seen below), select the END frame of the right functional movement. //Set the End Frame to 1183//\\ \\ {{MBAPP_F_RHIP_END_slider.jpg}}\\ \\ \\ 3. Click **Set END Event to Current Frame**\\ \\ \\   |  {{MBAPP_F_RHIP_END.jpg}}|
+|2. Select the **END** frame of the right functional movement \\ 1. **Select F_RHIP**, this will highlight the joint in **blue** \\ 2. Using the **slider** (seen below), select the END frame of the right functional movement. //Set the End Frame to 1183// {{:MBAPP_F_RHIP_END_slider.jpg}} \\ 3. Click **Set END Event to Current Frame** \\ | {{:MBAPP_F_RHIP_END.jpg}}|
 ==== Define F_LHIP Start and End of motion ====
-|1. Select the **START** frame of the left functional movement\\ \\ 1. **Select F_LHIP**, this will highlight the joint in **blue**\\ \\ 2. Using the **slider**, select the START frame of the left functional movement. //Set the Start Frame to 1760//\\ \\ 3. Click **Set START Event to Current Frame**\\ \\ \\   |  {{MBAPP_F_LHIP_START.jpg}}|
+|1. Select the **START** frame of the left functional movement \\ 1. **Select F_LHIP**, this will highlight the joint in **blue** \\ 2. Using the **slider**, select the START frame of the left functional movement. //Set the Start Frame to 1760// 3. Click **Set START Event to Current Frame** \\ | {{:MBAPP_F_LHIP_START.jpg}}|
-|2. Select the **END** frame of the left functional movement\\ \\ 1. **Select F_LHIP**, this will highlight the joint in **blue**\\ \\ 2. Using the **slider**, select the END frame of the left functional movement. //Set the End Frame to 2653//\\ \\ 3. Click **Set END Event to Current Frame**\\ \\ \\   |  {{MBAPP_F_LHIP_END.jpg}}|
+|2. Select the **END** frame of the left functional movement \\ 1. **Select F_LHIP**, this will highlight the joint in **blue** \\ 2. Using the **slider**, select the END frame of the left functional movement. //Set the End Frame to 2653// \\ 3. Click **Set END Event to Current Frame** \\ | {{:MBAPP_F_LHIP_END.jpg}}|
 ===== Compute Landmarks =====
-|1. Select **Compute ALL Landmarks**\\ 2. **Close** the Model Builder Advanced Post Processing dialog box\\ 3. The **F_RHIP and F_LHIP** landmarks should appear in purple in the 3D viewer\\ \\ \\ **If the landmarks do NOT appear in the 3D viewer, check:**\\ - That the landmarks are turned on (3D View Options)\\ - Check that all steps in this tutorial were completed\\   |  {{F_RHIP_F_LHIP.jpg}}|
+|1. Select **Compute ALL Landmarks** \\ 2. **Close** the Model Builder Advanced Post Processing dialog box \\ 3. The **F_RHIP and F_LHIP** landmarks should appear in purple in the 3D viewer \\ **If the landmarks do NOT appear in the 3D viewer, check:** \\ - That the landmarks are turned on (3D View Options) \\ - Check that all steps in this tutorial were completed \\ | {{:F_RHIP_F_LHIP.jpg}}|