Latency Tab

1) Viewport : Display the stream of the XR Calibrator A specific tool for XR calibration Read More Video Input Extract the image from a Video Input Device Read More
2) Tracker informations : Display the current position orientation of the Tracker a Tracker is part of a Tracking System Read More of the Physical Camera A camera that simulate a real-one Read More 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 Automatically evaluate the amount of frame delay between sending a picture to the stage and receiving it back through the camera. Read More
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 Automatically evaluate the amount of frame delay between sending a picture to the stage and receiving it back through the camera. Read More

Geometry Tab

1) Viewport : Display the stream of the XR Calibrator A specific tool for XR calibration Read More Video Input Extract the image from a Video Input Device Read More
2) Enable Detector : Enable the detection of April Tag Generate an April Tag Read More and display helpers in the viewport.
3) Detection count : Number of April Tag Generate an April Tag Read More detected. (result of the April Tag detector modifier Detect all the April Tag in frame Read More
4) Tracker informations : Display the current position orientation of the Tracker a Tracker is part of a Tracking System Read More of the Physical Camera A camera that simulate a real-one Read More 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 Generate a grid of April Tag Read More 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 Generate an April Tag Read More 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 Lets Smode know the position of cameras and Led Screens in the real world Read More

Color Tab

1) Viewport : Display the stream of the XR Calibrator A specific tool for XR calibration Read More Video Input Extract the image from a Video Input Device Read More
2) Enable Detector : Enable the detection of April Tag Generate an April Tag Read More and display helpers in the viewport.
3) Detection count : Number of April Tag Generate an April Tag Read More detected. (result of the April Tag detector modifier Detect all the April Tag in frame Read More
4) Tracker informations : Display the current position orientation of the Tracker a Tracker is part of a Tracking System Read More of the Physical Camera A camera that simulate a real-one Read More 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 Generate a grid of April Tag Read More 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 Generate an April Tag Read More 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 Blend perfectly the walls colors with the virtual surrounding. Read More