BTS Digivec is the solution created for studying the dynamic behaviour of a subject during walking, running or jumping. Also very useful for treatment of balance and posture, it has many sports, training and clinical applications (ortheses optimization, rehabilitation etc.). Digivec measures in real time the ground reaction forces generated by the subject and displays graphically the vertical, horizontal and transversal force vectors overlaid on the video shoot of the moving patient.
Digivec includes two analysis modules:
- Enhanced reality, for the representation of the reaction vector
- Dynamometric analysis, for advanced kinetic analysis
Main Features:
Advanced processing of the platform data
- Display of the plot of force components, of the pressure centre and of torque versus time.
- Display of a variable number of graphs pertaining to the same test or to different tests.
- Data on stance duration
- Normalization, in time, with reference to the duration of strike
- Amplitude normalization: for Fx, Fy, Fz and Mz with reference to the body weight; for Px and Py with reference to the length of the foot, displaying the threshold used for normalization
- Homogeneous quantities of the same test or of different tests can be compared in the same graph.
- Calculation and display of statistical data (average and standard deviation) of all the tests in a graph. Separate statistics can be calculated in the same graph for tests of right and left strike, in order to obtain and compare their average behaviour.
- Acquisition and display of the video of the test with platform vector overlay
- Continuous play frame by frame – The bitmap image of the current frame can be saved
- 3D representation of the vectorgram
- Selection of the front, sagittal and transversal views of the platform
- A custom graph can be created by plotting one of the 6 quantities (Fx, Fy, Fz, Px, Py, Mz) as a function of any other
- Calculation and display of the regression line of the specific graph
BTS Digivec can be used as a component of the most advanced BTS optoelectronic and electromyographic systems

