Differences

This shows you the differences between two versions of the page.

--- house_mocap [2026/08/31 20:01] – [Sift] wikisysop
+++ house_mocap [2026/08/31 20:31] (current) – [Sift] wikisysop
@@ Line 10: / Line 10: @@
 {{:mocap_system.jpeg?500|}}
-Camera configuration and data collection was done through [[visual3d:tutorials:real_time:biofeedback:qualisys_qtm|Qualisys QTM]] before pose estimation was done in [[visual3d:documentation:third-party:theia|Theia]].
+Camera configuration, calibration and data collection was done through [[visual3d:tutorials:real_time:biofeedback:qualisys_qtm|Qualisys QTM]] before pose estimation was done in [[visual3d:documentation:third-party:theia|Theia]].
 === Collection ===
@@ Line 183: / Line 183: @@
 ===Reports===
-A custom report for the pirouette was generated in Visual3D. The pirouette report contains four pages to compare different signals for the right and left leg. The Inclination angle for the pirouette on each leg from which we can analyze how well the subject kept their center of mass over the foot which is a key aspect of a successful pirouette. A smoother curve close to zero would be the goal for the dancer. The angular momentum in the Z direction (vertical axis) with a greater angular momentum is desired by the dancer. The X, Y and Z Center of Gravity position with a better pirouette having as smooth curves as possible for all three directions. Lastly, the report visualizes the X, Y and Z ankle angles. To interpret this further more analysis was done in **Sift**.
+A custom report for the pirouette was generated in Visual3D. The pirouette report contains four pages to compare different signals for the right and left leg. Firstly, the Inclination angle for the pirouette on each leg to analyze how well the subject kept their center of mass over the foot, which is a key aspect of a successful pirouette. A smoother curve close to zero would be the goal for the dancer. Secondly, the Angular Momentum in the Z direction (vertical axis) with a greater angular momentum is desired by the dancer. Next, the X, Y and Z Center of Gravity position with a better pirouette having as smooth curves as possible for all three directions. Lastly, the report visualizes the X, Y and Z Ankle angles. To interpret this further more analysis was done in **Sift**.
 The report templates can be downloaded {{ :new_folder.zip |here}}. More information on generating reports is available on the [[visual3d:documentation:reports:reports_overview|reports overview]] page.
@@ Line 203: / Line 203: @@
 ===Analysis===
 Several statistical analysis methods are available in Sift for further data exploration. To identify differences in leg kinematics between dominant and non-dominant legs [[sift:statistical_parametric_mapping|SPM (statistical parametric mapping)]] was used to identify pirouette phases with statistically different behaviour. \\ \\
-The SPM plot below shows a statistical comparison of the inclination angle for right and left leg spins using an alpha threshold of 0.05 with only one moment of significance that is too slight for any meaningful conclusions \\
+The SPM plot below shows a statistical comparison of the inclination angle for right and left leg spins using an alpha threshold of 0.05 with only one moment of significance occuring that is too slight for any meaningful conclusions \\
 {{pasted:20260831-181306.png}}
 \\
-The following plot shows a comparison of model angular momentum for left and right leg spins. Similar to the inclination angle only one slight moment of significance can be observed. Especially with theses instances occurring at different points of the spin for these two signals. \\
+The following plot shows a comparison of model angular momentum for left and right leg spins. Similar to the inclination angle, only one slight moment of significance can be observed. Additionally, the instances occurring at different points further display the lack of significance. \\
 {{pasted:20260831-181245.png}}
 \\