ReActor2 captures the movements of an untethered performer - free to move in a capture area bordered by modular bars that fasten together. The digital detectors embedded in the frame provide full coverage of performers while minimizing blocked markers. Instant Marker Recognition reacquires blocked markers to minimize post processing overcome occlusions.
| FEATURE |
DESCRIPTION |
BENEFIT |
ADVANTAGE |
| 544 digital detectors in fixed frame surrounds performer |
"Detectors in frame surround performer and receive signals from markers. Compare to ""cameras"" in passive systems employing only 6-24 cameras. " |
Unprecedented coverage of performer catches every move with far fewer occlusions than passive optical systems. |
True to life data. Spend less time cleaning data in post and more time animating. |
| 42 LEDs embedded in each active infra-red marker |
With 30 markers on the performer's body, a total of (30x42) = 1260 LEDs flash at 900 Hz. |
High Accuracy of 3 mm and wide angle field of view of each marker produce unprecedented coverage and highest quality data. |
True to life data. Spend less time cleaning data in post and more time animating. |
| Real-time engine |
From capture to rendering of character, there is a true real-time workflow. |
Allows director to direct characters rather than actors. Actors get real-time feedback of performance, and are able to modify behavior to suit the character. |
More realistic production. Less re-takes. More time focused on performance rather than the technology. |
| Instant Marker Recognition Technology (1) |
Each marker is tagged with individual identity and flash in time sequence so detectors always know location of marker. |
Virtually no occlusions, and therefore less data gaps. |
Spend less time cleaning data in post and more time animating. |
| Instant Marker Recognition Technology (2) |
Each marker is assigned to a body part via FusionCore Software. Performer can exit and enter tracking area without time-consuming recalibration. |
Performer can take a break without production delay. Performer is able to run from outside frame to inside the frame to achieve momentum in running sequences. |
Efficient production pipeline with extended flexibility. |
| Solid state electronics |
No moving parts, no cameras, no light bulbs. No maintenance. |
Less time and cost associated with maintaining, calibrating, and operating the system. |
No down time and more mocap time. Project real cost of system over time. |
| Prop tracking |
Multiple markers can be used in frame to track separate performers and props. |
Eases post production pipeline by tracking props in original mocap take. |
Efficient production pipeline with extended flexibility. |
| Solid cubic frame |
Sturdy aluminum frame with embedded detectors negates need for separate tripods. |
Easy set up and start up. No continuing calibration, no moving parts and no maintenance. |
Focus on the performers, not the technology! |
| TECHNICAL |
|
| Quantity of markers |
"30 active optical markers |
| Capture rate |
900 measurements/sec. |
| Interface |
Ethernet |
| Included software |
FusionCore™ capture controller for real-time visualization, editing, and export to applications software |
| Supported software |
Supports Autodesk MOTIONBUILDER™ and most animation packages |
| Metallic distortion |
None |
| Ambient light |
Auto compensation for changing light |
| Noise interference |
None |
| PHYSICAL |
|
| Computer |
Dual Pentium processor PC with ReActor interface and FusionCore software |
| Belt Pack |
"5.08cm x 2.54cm x 11.7cm |
| Batteries |
"5cm x 13cm |
| Frame |
12 aluminum bars with linear sensor array |
| Height upgrade |
Increase to 3.0m (544 detectors embedded in this frame size) |
