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--- visual3d:documentation:third-party:natural_point:natural_point_overview [2025/09/11 17:17] – wikisysop
+++ visual3d:documentation:third-party:natural_point:natural_point_overview [2025/09/18 14:56] (current) – wikisysop
@@ Line 1: / Line 1: @@
-====== Natural Point Overview ======
+====== Natural Point (OptiTrack) Overview ======
-[[http://www.naturalpoint.com|Natural Point]] are the developers of the [[http://www.Optitrack.com|OptiTrack]] cameras.
+[[https://optitrack.com/|NaturalPoint]] is the developer of OptiTrack cameras. These cameras use Motive software to capture motion data, save it as C3D files, and can stream real-time data to Visual3D. The camera capture software included with [[Other:AMASS:AMASS|AMASS]] also uses the NaturalPoint SDK to collect data, and AMASS generates C3D files as output.
-These cameras use their Motive software to capture data and save C3D files, and can stream real-time data to Visual3D. The camera capture software included with [[Other:AMASS:AMASS|AMASS]] uses the NaturalPoint SDK to capture data, and AMASS produces C3D files.
+If using OptiTrack's camera system for recorded motion capture tracking data and other data (force plate/EMG/IMU) in Visual3D. See here for a pipeline command to accommodate for systematic synchronization offset frames between both sets of data. There is also more information on how to output motion capture data from OptiTrack's Motive to Visual3D:[[https://docs.optitrack.com/movement-sciences/for-visual3d-users| OptiTrack for Visual3D Users]].
+===Marker Sets===
+Visual3D's marker-set-independency allows users to model and analyze many different marker sets. Many Optitrack customers tend to use Biomech (57) full body marker set and Rizzoli marker sets. Below are tutorial examples of how to build model segments when using these marker sets.
+  -[[visual3d:documentation:modeling:marker_sets:optitrack_biomech_57_marker_set]]
+  -[[visual3d:tutorials:modeling:ior_gait_full_body_model]]
+  -[[visual3d:tutorials:modeling:ior_foot_model]] and [[visual3d:tutorials:modeling:ior_foot_model_2006]] and [[visual3d:tutorials:modeling:ior_foot_model_2007]]
+  -[[visual3d:tutorials:modeling:ior_gait_joint_angles]]
+  -[[visual3d:tutorials:modeling:ior_gait_planar_angles]]
+  -[[visual3d:tutorials:modeling:ior_gait_shoulder_orientation_and_translation]]
 ===Plugins===
-Has-Motion offers multiple plugins for real-time data streaming into Visual3D. When suing a real-time streaming plug-in with Optitrack camera systems, the type of camera does not change how the data is streamed into Visual3D. Optitrack processes their camera data the same regardless of version before sending data to Visual3D. If timestamps are needed for Optitrack data while using a real-time streaming plugin, an [[https://www.optitrack.com/accessories/sync-networking/esync-2/|esync2]] will be needed.
+Has-Motion offers multiple plugins for real-time data streaming into Visual3D. When using a real-time streaming plugin with OptiTrack camera systems, the specific camera model does not impact how the is data streamed into Visual3D. The only parameter to verify is the camera's sampling rate, as OptiTrack delivers data in a consistent format across all camera versions.
+If timestamps are required for OptiTrack data while using a real-time streaming plugin, an [[https://www.optitrack.com/accessories/sync-networking/esync-2/|esync2]]
+device will be necessary.
+  -[[other:visual3dserver:plugins:rt_plugin_np_optitrack]]
+  -[[other:visual3dserver:plugins:rt_plugin_motive]]