Latency Tab

1) Viewport : Display the stream of the XR CalibratorVideo Input
2) Tracker informations : Display the current position orientation of the Tracker of the Physical Camera such as the deviation. A positive value of Position Deviation and Orientation Deviation means that your tracker is currently mooving.
3) Added delay : (Frame) delay applied for every screen in result of the XR-Latency Calibration
4) Delay in frames : (Frame) delay calculated by the algorithm
5) Delay Mean : (ms) Average time between the emission of a white content and its reception
6) Delay Standard Deviation : actual difference between the delay mean (which is an average) and the actual time between emission and reception
Learn more about XR-Latency Calibration

Geometry Tab

1) Viewport : Display the stream of the XR CalibratorVideo Input
2) Enable Detector : Enable the detection of April Tag and display helpers in the viewport.
3) Detection count : Number of April Tag detected. (result of the April Tag detector modifier
4) Tracker informations : Display the current position orientation of the Tracker of the Physical Camera such as the deviation. A positive value of Position Deviation and Orientation Deviation means that your tracker is currently mooving.
5) Send Locators : Display a April Tag Grid in each Led screens.
6) Store Single Frame : Trigger to store a frame for calibration
7) List of single frames : every single frames appears in that list
8) Single frame information: display the number of April Tag detected for each screens and the pixel gap between their position in the video input stream and the stage simulation.
9) Evaluate : Make an average evaluation of the pixel gap
10) Calibrate : Start a calibration.
11) Console output
12) Save as Calibration State : Save the calibration results as a calibration state.
13) Calibration States list : Every calibrations results can be called back as states. They appears in that list.
Learn more about XR-Geometry Calibration

Color Tab

1) Viewport : Display the stream of the XR CalibratorVideo Input
2) Enable Detector : Enable the detection of April Tag and display helpers in the viewport.
3) Detection count : Number of April Tag detected. (result of the April Tag detector modifier
4) Tracker informations : Display the current position orientation of the Tracker of the Physical Camera such as the deviation. A positive value of Position Deviation and Orientation Deviation means that your tracker is currently mooving.
5) Send Locators : Display a April Tag Grid in each Led screens.
6) Shoot viewpoint : Start the shoot of a viewpoint for calibration
7) List of viewpoints : every viewpoints appears in that list
8) ViewPoints information: display the number of April Tag detected for each screens and the pixel gap between their position in the video input stream and the stage simulation.
9) Evaluate : Make an average evaluation of the differences of colors between Emitted colors and Recevied colors
10) Calibrate : Start a calibration. Calculation depends on the number of viewpoints shooted.
11) Console output
12) Save as Calibration State : Save the calibration results as a calibration state.
13) Calibration States list : Every calibrations results can be called back as states. They appears in that list.
Learn more about XR-Color Calibration