"xr calibrator editor" requires a specific XR/AR license. If you'd like to try out these features to decide whether you want to purchase an XR/AR license, please
contact us.
The
XR Calibrator
A specific tool for XR calibration
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is used for
XR - Calibration procedures
Calibrate your XR Studio
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Latency Tab
1)
Viewport
: The stream of the
XR Calibrator
A specific tool for XR calibration
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's
Video Input
Extract the image from a Video Input Device
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.
2)
Tracker informations
: The current position orientation of the
Tracker
a Tracker represent a real tracker and is part of a Tracking System
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of the
Physical Camera
A camera that simulate a real-one
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including deviations.
A positive value for position deviation and orientation deviation indicates that your tracker is currently in motion.
3)
Added delay
: Frame delay applied for every screen as a 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.
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.
4)
Delay in frames
: Frame delay calculated by the algorithm.
5)
Delay Mean
: Average time in milliseconds between the emission of white content and its reception.
6)
Delay Standard Deviation
: Actual difference between the mean delay (which is an average) and the actual time between emission and reception.
Refer to 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
topic for more information.
Geometry Tab
1)
Viewport
: 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
: Enables the detection of
April Tag
Generate an April Tag
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and displays helpers in the viewport.
3)
Detection count
: Number of
April Tag
Generate an April Tag
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detected (result of the
April Tag detector modifier
Detect all the April Tag in frame
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).
4)
Tracker informations
: The current position orientation of the
Tracker
a Tracker represent a real tracker and 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 for Position Deviation and Orientation Deviation indicates that your tracker is currently in motion.
5)
Send Locators
: Displays a
April Tag Grid
Generate a grid of April Tag
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in each Led screen.
6)
Store Single Frame
: Button to store a frame for calibration.
7)
List of single frames
: Every single frame is listed here.
8)
Single frame information:
The number of detected
April Tag
Generate an April Tag
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for each screen and the pixel gap between their position in the video input stream and the stage simulation.
9)
Evaluate
: Calculates the average pixel gap.
10)
Calibrate
: Starts the calibration.
11)
Console output
12)
Save as Calibration State
: Saves the calibration results as a calibration state.
13)
Calibration States List
: All calibration results can be retrieved as states, and they appear in this list.
Refer to 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
topic for more information.
Color Tab
1)
Viewport
: 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
: Enables the detection of
April Tag
Generate an April Tag
Read More
and displays 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
: The current position orientation of the
Tracker
a Tracker represent a real tracker and 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 for Position Deviation and Orientation Deviation indicates that your tracker is currently in motion.
5)
Send Locators
: Displays a
April Tag Grid
Generate a grid of April Tag
Read More
in each Led screen.
6)
Shoot viewpoint
: Starts the capture of a viewpoint for calibration.
7)
List of viewpoints
: Every viewpoint is listed here.
8)
ViewPoints information:
The number of detected
April Tag
Generate an April Tag
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for each screen and the pixel gap between their position in the video input stream and the stage simulation.
9)
Evaluate
: Average Evaluation of Color Differences between Emitted Colors and Received Colors.
10)
Calibrate
: Starts a calibration. The calculation depends on the number of viewpoints shot.
11)
Console output
12)
Save as Calibration State
: Saves the calibration results as a calibration state.
13)
Calibration States List
: All calibration results can be retrieved as states, and they appear in this list.
Refer to 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
topic for more information.