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 **[[visual3d:documentation:emg:emg_overview|EMG]]** **[[visual3d:documentation:emg:emg_overview|EMG]]**
  
-Bring EMG data into your motion capture analysis to offer a richer picture of how a movement happens.| Working with pose estimations directly from IMUs? Visual3D reads in and builds 3D models from select vendors.+Bring EMG data into your motion capture analysis to offer a richer picture of how a movement happens.
  
 **[[visual3d:documentation:inertial_measurement_units_overview|IMU]]** **[[visual3d:documentation:inertial_measurement_units_overview|IMU]]**
  
-See our technology integration [[visual3d_partner_integrations|partners]] for a full list of sensor modalities and file formats that we support.+Visual3D reads in and builds 3D models from select vendors. 
 + 
 +---- 
 + 
 +//See our technology integration [[visual3d_partner_integrations|partners]] for a full list of sensor modalities and file formats that we support.//
 </WRAP>| <WRAP > </WRAP>| <WRAP >
  
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 ===== Fully Custom Pose Estimation ===== ===== Fully Custom Pose Estimation =====
  
-**Automatic Model-building**+**[[visual3d:documentation:markerless_motion_capture#automatic_model_building|Automatic Model-building]]**
  
  
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 ===== Caltester ===== ===== Caltester =====
  
-{{:caltesterfigure.jpg?100 }} [[Caltester:caltester_mode_overview|CalTester]] is a software program to provide configuration and calibration information of a laboratory's motion and force measurement systems. It also can be used to find the accurate position, orientation, and corners of a force plate used with an optical motion capture system. The CalTester software handles instrumented treadmills and force structures.+{{:caltesterfigure.jpg?100 }} [[Caltester:caltester_mode_overview|CalTester]] provides configuration and calibration information of motion and force measurement systems. 
 + 
 +Find the accurate position, orientation, and corners of a force plate. 
 + 
 +Integrates with [[visual3d:tutorials:kinematics_and_kinetics:instrumented_treadmills|instrumented treadmills]] and [[visual3d:documentation:kinematics_and_kinetics:external_forces:force_structures|force structures]]. 
 </WRAP> | <WRAP > </WRAP> | <WRAP >
  
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 Codify analyses so that the same steps can be applied to every batch you work with. Harmonize processing across projects, across labs, and across time. Codify analyses so that the same steps can be applied to every batch you work with. Harmonize processing across projects, across labs, and across time.
  
-**Time-based triggers**+**[[sift:directory_watchers|Directory Watchers]] and [[sift:batch_processing#sift_command_line|Time-based triggers]]**
  
-Run the same analysis at the same time, every day. +Have Sift [[sift:tutorials:using_directory_watchers|watch directories]] of interest and immediately process motion capture data as it appears, or, run the same analysis at the same time, every day.
- +
-**[[sift:directory_watchers|Directory Watchers]]** +
- +
-Have Sift [[sift:tutorials:using_directory_watchers|watch directories]] of interest and immediately process motion capture data as it appears.+
  
 </WRAP>| </WRAP>|
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 Use Visual3D’s analysis [[visual3d:documentation:pipeline:pipeline_overview|pipelines]] to automate your workflows and to harmonize analyses across projects, across labs, and across time. Use Visual3D’s analysis [[visual3d:documentation:pipeline:pipeline_overview|pipelines]] to automate your workflows and to harmonize analyses across projects, across labs, and across time.
  
-^ Events ^ Signal ^ Metrics ^ Force ^ Model ^ File ^ Other ^ +^ Events ^ Signal ^ Metrics ^ Force ^ Model ^ File ^ 
-| Create, identify, and manage [[visual3d:documentation:dialogs:signals_and_events|signal events]] in your data. |[[visual3d:tutorials:knowledge_discovery:signal_processing|Process]], manage, and compute time-based signals throughout your workspace. | [[visual3d:documentation:pipeline:metric_commands:metric_commands_overview|Calculate and determine]] discrete quantitative values. | Create and manage force platforms and [[visual3d:documentation:kinematics_and_kinetics:external_forces:force_structures|force structures]]. Assign recorded forces to model segments. | Build and modify models applied to C3D motion files. | Open, manage, and save files throughout your workspace. | Work with reports, control pipeline variables, and write custom meta-commands. | +| Create, identify, and manage [[visual3d:documentation:dialogs:signals_and_events|signal events]] in your data. |[[visual3d:tutorials:knowledge_discovery:signal_processing|Process]], manage, and compute time-based signals throughout your workspace. | [[visual3d:documentation:pipeline:metric_commands:metric_commands_overview|Calculate and determine]] discrete quantitative values. | Create and manage force platforms and [[visual3d:documentation:kinematics_and_kinetics:external_forces:force_structures|force structures]]. Assign recorded forces to model segments. | Build and modify models applied to C3D motion files. | Open, manage, and save files throughout your workspace. |
- +
-[[Visual3D:Getting_Started:Visual3D_Philosophy|Data Collection]], [[Visual3D:Documentation:modeling:modeling_overview|Modelling]], [[Visual3D:Documentation:pipeline:pipeline_overview|Analysis]] and [[Visual3D:Tutorials:reports:creating_a_report|Reporting]].+
  
 </WRAP> | <WRAP > </WRAP> | <WRAP >
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 </WRAP> </WRAP>
-============+ 
 + 
 +----
  
 Learn more about HAS-Motion at the [[https://www.has-motion.ca|company website]]. Plus check out our [[https://www.has-motion.ca/blog/|blog]] for overviews of new features and discussions of the biomechanical literature. Learn more about HAS-Motion at the [[https://www.has-motion.ca|company website]]. Plus check out our [[https://www.has-motion.ca/blog/|blog]] for overviews of new features and discussions of the biomechanical literature.
main_page_under_construction.1787681583.txt.gz · Last modified: by julia