User performance can be sent to his physician via Internet (Output Module), and get feedback from him in time” (Input Exercises based on Module). “real LABANotation can be shared using these modules. Administration of LABAN files (LABAN and System generated Files Module) files (User is going to be handled by a System’s database. Files Module) Figure 6.1 Proposed Design for HTMR System Architecture – 6.2 - Blocks and Modules Description GUI HMTR SYSTEM System Graphical User Interface (GUI) will allow interaction between user and the system. Standard menus for handling files -i.e. reading, saving, etc.-, and setting parameters camera angles, timing for simulation, etc.-, will be available. Human –i.e. motion simulations based on the LABANotation and the user will be shown. LABAN SIMULATION BLOCK This block deals with the simulation of the LABANotation. Modules: This module will read files created by LABAN Writer Read Input Files – software
User performance can be sent to his physician via Internet (Output Module), and get feedback from him in “real time” (Input Module). Exercises based on LABANotation can be shared using these modules. Administration of LABAN files (LABAN Files Module) and System generated files (User Files Module) is going to be handled by a System’s database. Figure 6.1 – Proposed Design for HTMR System Architecture 6.2 - Blocks and Modules Description GUI HMTR SYSTEM System Graphical User Interface (GUI) will allow interaction between user and the system. Standard menus for handling files -i.e. reading, saving, etc.-, and setting parameters –i.e. camera angles, timing for simulation, etc.-, will be available. Human motion simulations based on the LABANotation and the user will be shown. LABAN SIMULATION BLOCK This block deals with the simulation of the LABANotation. Modules: Read Input Files – This module will read files created by LABAN Writer software
DissertationFtorresV6.docx