Configuring sensors for use wear sensors and interacts with for the initialization User GUI HMTR System (1) process. interacts with to get GUI HMTR System (1) User Simulation Block (5) this process done. reads from the sensors, Read Sensors Module (5a) Mapping will map that input data into 3D ChainCode system data, which is Module (5b) sent to as part of this process. Once that process User Configuration Module (5c) is done, will sends a signal to User Configuration Module (5c) GUI HMTR so knows that he is ready to perform the exercise. System (1) User Matching User’s performance vs. Model Once is ready to do the exercise, he interacts with to User GUI HMTR System (1) run the simulation. triggers GUI HMTR System (1) LABAN Simulation Module for Model simulation, and for User (3c), User Simulation Module (5e), simulation. starts Model simulation, and LABAN Simulation Module (3c) User interacts with and Simulation Module (5e) Read Sensors Module (5a) Mapping to read data from begins to sample Module (5b) User. Sampling Module (4a) both and to LABAN Simulation Module (3c) User Simulation Module (5e) perform the analysis of similarity. Messages regarding user performances are generated by and then sent to Messages Generator Module (4b), GUI HMTR so they can be shown to System (1) User. Additionally, we assume selects option. By User performance into a file” “saving choosing that option, performance is saved during simulation using User Output of File Module (5d) User Simulation Block (5). Sending data to user’s Doctor
Configuring sensors for use User wear sensors and interacts with GUI HMTR System (1) for the initialization process. GUI HMTR System (1) interacts with User Simulation Block (5) to get this process done. Read Sensors Module (5a) reads from the sensors, Mapping Module (5b) will map that input data into 3D ChainCode system data, which is sent to User Configuration Module (5c) as part of this process. Once that process is done, User Configuration Module (5c) will sends a signal to GUI HMTR System (1) so User knows that he is ready to perform the exercise. Matching User’s performance vs. Model Once User is ready to do the exercise, he interacts with GUI HMTR System (1) to run the simulation. GUI HMTR System (1) triggers LABAN Simulation Module (3c), for Model simulation, and User Simulation Module (5e), for User simulation. LABAN Simulation Module (3c) starts Model simulation, and User Simulation Module (5e) interacts with Read Sensors Module (5a) and Mapping Module (5b) to read data from User. Sampling Module (4a) begins to sample both LABAN Simulation Module (3c) and User Simulation Module (5e) to perform the analysis of similarity. Messages regarding user performances are generated by Messages Generator Module (4b), and then sent to GUI HMTR System (1) so they can be shown to User. Additionally, we assume User selects “saving performance into a file” option. By choosing that option, performance User is saved during simulation using Output File Module (5d) of User Simulation Block (5). Sending data to user’s Doctor
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