Add a camera system
A camera system is a camera including its lens and a tracking system. The result is a tracked camera with various other tracked parameters depending on the tracking system you use.
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Click "Add camera system"
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Give it a descriptive name
Configure the camera and lens
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Choose a filmback size that matches your output video aspect ratio
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Choose from the drop-down of known cameras
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All supplied camera definitions are either 16:9 or 17:9 in aspect ratio. Their aspect ratio is defined by their filmback width and height dimensions. If you do not match aspect ratios, the output image may be “letter-boxed” or “pillar-boxed” into the output video frame.
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Or create your own for non-standard aspect ratios
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Click on "Add camera type"
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Enter camera type name
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Enter width and height of the filmback (sensor size in millimeters) - check the documentation of your camera for the filmback size related to the aspect ratio you are shooting in
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Choose your lens aperture
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This is important when visualizing depth of field later on
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Configure camera system
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Choose the camera tracking protocol for your camera tracking system
Learn more about our Supported Tracking Protocols
Advanced
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Optionally override some advanced settings
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The "Advanced" section covers protocol-specific details and how the data should be mapped. When you calibrate tracking, you might have to come back here if the camera movement is mapped wrongly.
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Camera mount
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Choose a camera mount
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Depending on the camera tracking protocol, you can choose between up to 3 different camera mount types:
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No mount setup
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For advanced camera tracking systems that provide correct position and rotation values of the nodal point out of the box e.g. Ncam
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For untracked cameras
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Tripod/Dolly
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For tripods and dolly-mounted cameras
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For PTZ cameras
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Camera crane
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For Mo-Sys F4 1.7 Mechanical
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The helper images provide information on the measurements needed.
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Optionally choose a lens file under Lens tracking > Advanced
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Camera tracking systems most often have lens data (focus and/or zoom) integrated into their configurations. However, if you need to use a custom lens configuration, choose the lens file from the drop-down menu, and ensure that the zoom and focus encoder limits are correctly set.
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A lens file contains additional calibration data for the lenses you are using. It can include the following parameters: Focus Distance, Distortion, Nodal Offset, FOV, and Center offset. These files can be generated:
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manually by using the provided lens file template
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by our internal Lens Calibration tool
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from lens files of other manufacturers, using our internal conversion tools
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The lens files Distortion model will be enabled if Center offset is enabled.
Learn more about Lens files in Pixotope
Next step
Continue to Configure routing