Solutions
for Stype tracking system
Camix Prizm:
The Perfect Calibration Solution for Stype RedSpy
The Perfect Calibration Solution for Stype RedSpy
Introducing Camix Prizm, a comprehensive solution for configuring, calibrating, and streaming virtual camera state data. This tool is designed to work seamlessly with almost any existing tracking system, including the Stype RedSpy
Enhancing Stype RedSpy with Camix Prizm
Camix Prizm enhances the functionality of the Stype RedSpy by providing a robust calibration solution. It combines data from the camera, tracking system, lens encoders, and sync generator to create a precise virtual camera state. This includes position, rotation, field of view, and lens distortion.
Calibration:
The Heart of Camix Prizm
The Heart of Camix Prizm
Calibration is one of the most important tasks of virtual camera tracking. Camix Prizm allows you to calibrate any set of lens + camera in just 30 minutes. The calibration file (lens file) contains zoom and focus dependent information about lens distortion, position and rotation of the virtual camera point, and more. After changing the position or replacing the tracker, recalibration takes no more than 5 minutes!
Calibration:
The Heart of Camix Prizm
The Heart of Camix Prizm
Calibration is one of the most important tasks of virtual camera tracking. Camix Prizm allows you to calibrate any set of lens + camera in just 30 minutes. The calibration file (lens file) contains zoom and focus dependent information about lens distortion, position and rotation of the virtual camera point, and more. After changing the position or replacing the tracker, recalibration takes no more than 5 minutes!
Camix Prizm enhances the tracking data
- Correction of tracking space distortions (mapping) - compensation for deviations of spatial tracking data from the actual camera position.
- Smoothing and anti-jitter of tracking data.
- Manipulations over the tracking coordinate system: changing axes, scaling, shifting the tracking space, and other possibilities.
- Synchronization of tracking data via genlock (only with Camix Prizm HE).
Streamlining Virtual Production with Camix Prizm
With Camix Prizm, you can streamline your virtual production process. It allows you to connect almost any existing tracking system, calibrate the lens + camera, and stream the exact state of the virtual camera using FreeD,OSC, XML, JSON, F4 (Mo-Sys). Experience the future of virtual production with Camix Prizm and Stype RedSpy today.
Camix provides the following options for setups with Stype RedSpy tracking system:
Prizm SE
Prizm HE
Rapid calibration process (lens file generation)
- Up to 15 min for fixed lens (prime lens)
- Up to 30 min for varifocal lens (zoom lens)
High-precision calibration that enables:
- AR approach when stitching images displayed in front of real objects
- XR approach when stitching images displayed on the LED screen, along with a customizable environment
Correction of tracking space distortions (mapping) - compensation for deviations of spatial tracking data from the actual camera position.
Smoothing and anti-jitter of tracking data.
Manipulations over the tracking coordinate system: changing axes, scaling, shifting the tracking space, and other possibilities.
Video input for calibration process via DirectShow, UWP
Video input for calibration process via SDI
Support for tracking data streaming protocols such as FreeD/OSC/JSON/XML/F4 (Mo-Sys)
Run multiple calibration and streaming instances on single Machine
Synchronization of tracking data via genlock
Camix provides the following options for setups with Stype RedSpy tracking system:
Prizm SE
Prizm HE
Rapid calibration process (lens file generation)
- Up to 15 min for fixed lens (prime lens)
- Up to 30 min for varifocal lens (zoom lens)
High-precision calibration that enables:
- AR approach when stitching images displayed in front of real objects
- XR approach when stitching images displayed on the LED screen, along with a customizable environment
Correction of tracking space distortions (mapping) - compensation for deviations of spatial tracking data from the actual camera position.
Smoothing and anti-jitter of tracking data.
Manipulations over the tracking coordinate system: changing axes, scaling, shifting the tracking space, and other possibilities.
Video input for calibration process via DirectShow, UWP
Video input for calibration process via SDI
Support for tracking data streaming protocols such as FreeD/OSC/JSON/XML/F4 (Mo-Sys)
Run multiple calibration and streaming instances on single Machine
Synchronization of tracking data via genlock
Products included in this solution
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