The Dynamicus tools have been specially developed for the use of motion capture systems in motion analysis. They support the acquisition of the data necessary for the analysis and use the method base of Dynamicus and the alaska/SimulationEngine under a special user interface that focuses on conducting tracking experiments and evaluating the tracked motion. From the tracking experiment to the evaluation result in pdf format, only a few steps are often necessary. At the same time, the tools offer a clear visualization of experiments and simulation results, providing maximum security and transparency with regard to the evaluation. In addition to freely accessible ergonomics assessment procedures, the Dynamicus Tools concept can also be used to implement assessment procedures that include special evaluation criteria for workstations or products of a company.

Dynamicus Tools include:

Dynamicus/Recorder processes real-time sensor signals from motion capture systems. In particular, ART's system is supported as an optical and hybrid optical-accelerometric system. With the ART system, real-time recordings can be carried out in very good quality even under difficult visibility conditions.

The recorder has a session wizard that supports all steps of a tracking experiment from sensor configuration to calibration and recording. The subject's movements can be used to improve the accuracy of anthropometric data and calibration information.

The integrated session trial concept supports the efficient execution of a large number of experiments.

After completion of the experiment, an editing functionality allows further processing of the recorded data. Values of the tracking sensors, data of the human model belonging to the test person and calibration information are stored in a database. Experiments stored in the Motion Capture database can be simulated and evaluated by any Dynamicus/AssessmentStudio plug-in without further manual editing.

The Dynamicus/AssessmentStudio provides the framework for the implementation of various assessment procedures. It contains the methods required for motion simulation and provides the framework for a user interface that combines 3D animation and the evaluation variables displayed as a diagram. Due to the implemented plug-in concept, the AssessmentStudio can integrate completely different evaluation methods into the framework of the AssessmentStudio, which require special evaluation variables, evaluation algorithms, displays and interactive inputs.