Once the changes are made, the process is repeated to verify effectiveness. The active system flashes each LED discreetly as the infrared light travels from the LEDs on the body points to the sensor on the tripod. In a shop with windows and shiny bike parts everywhere, this can be highly problematic, as covering all of those sources is a near impossibility, requiring the time consuming removal of artifacts before data collation can begin. Active systems differ from passive systems in that the tripod mounted LED sensor is tracking the light directly from the source the LED diodes. We then analyze the data from this sample and evaluate the need for position change.
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The system flashes an LED every 2. In most cases, the user has to go into software, distinguish between the desired markers and manually delete these artifacts.
Once the changes are made, the process is repeated to verify effectiveness. A historical Position Report can be generated at the push of a button from any of these files softwae quick comparison or reference.
Retul 3-D Active Motion Capture – Dynamic Bike Fit
We then analyze the data from this sample and evaluate the need for position change. The system takes a full set of body measurements every 34 milliseconds.
The software can track information for multiple bikes i. Active systems differ sotware passive systems in that the tripod mounted LED sensor is tracking the light directly from the source the LED diodes.
The active system flashes each LED discreetly as the infrared light travels from the LEDs on the body points to the sensor on the tripod. This is virtually automatic, unlike in retuo systems, in which the user must tell the system softwware reflection images are related to what marking point. The receiver knows what LED is flashing and where it is on the body. This new data then becomes part of the final report, in addition to post-fit bike and equipment measurements.
Readings taken throughout the Dynamic 3D motion capture process are immediately processed and a report generated. Data collation is immediate and fast. In a shop with windows and shiny bike parts everywhere, this can be highly problematic, as covering all of those sources is a near impossibility, requiring the time consuming removal of artifacts before data collation can begin.
Our system can track these points to within a millimeter of rdtul position. Our sample sizes, taken dynamically, last anywhere from 5 seconds to 5 minutes….
Synchronization yields body location intelligence. The system uses infra-red LEDs light emitting diodes that get placed on the body in specific skeletal locations.
Retul 3-D Active Motion Capture
Fit data is stored in client specific files, which can be accessed at any time to compare previous fittings with new data. Passive systems use reflection light returned to its source via a material that repels the light source to track markers. The software processes all of that data in seconds, synchronizing the eight data points tracking them across longitudinal, vertical and horizontal planes.
The problem with reflection is that many shoes, clothes, bikes, and other objects have a lot of reflective points on them, so false images known as artifacts get picked up by the system.
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