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PTGUI ALWAYS ON TIP FULL SIZE

Tip:If you are unsure of the Field of view, estimate and then adjust the C_CameraSolver's global focal length accordingly after clicking OK. Select Back to Back from the Preset dropdown.Įnter the Field of view and select Horizontal, Vertical, or Diagonal depending on your rig. The Back to Back preset is designed to solve two-camera fisheye rigs with a field of view greater than 180°. As with import procedures in other applications, the values are converted and so distortion does not match exactly.

The fisheye model in Autopano is different to that implemented by CaraVR.

Only rigs employing fisheye lenses can be imported.

Feature matches in Autopano are not converted to matches in CaraVR.

The camera and lens parameters are filled in automatically from the metadata in the file. Navigate to the required template file and click Open to import the rig. In the node properties, click the Preset dropdown and select PTGui, Nokia OZO, Google Jump, or Autopano and then click Setup Rig. Select all your Read nodes and then add a C_CameraSolver node to the Node Graph. See Importing Projects from Autopano Video for information on importing. If the preview stitch produced by C_CameraSolver shows immediate mismatches between views, check that the camera order is correct. Note:If you're using an imported rig, ensure that the input cameras are connected in the same order in which the rig was configured. 7.ĬaraVR allows you to import rigs from PTGui, Nokia OZO, Google Jump, and Autopano using the. If your rig contains different cameras, click the Cameras tab, and then select a camera from the table to change the camera's lens parameters. Note:When you're setting up a Custom rig, all camera settings in the rig are assumed to be identical and are replicated in the Cameras tab. The more accurate information you enter here, the better your chances of getting a good result from the solver. If you are using a Custom rig, enable Set global camera parameters and enter the lens parameters.

If you use a preset or imported rig, CaraVR makes an informed guess about the cameras in the rig. Tip:If you want to change to an alternate rig, select the rig from the Preset dropdown and then click Setup Rig. Note:If you're using an imported or preset rig, ensure that the input cameras are connected in the same order in which the rig was configured. Select the required rig from the Preset dropdown and then click Setup Rig to browse to the required file. If you're using Nokia OZO, Google Jump, or Autopano rigs, you'll also need to import a. These are rarely accurate enough to 'just work', but they provide a good basis for a solve in some cases.

Preset Rigs - select the required preset rig from the list to create the relevant rig with the correct number of cameras.If you're using a later version of PTGui, make sure you use the PTGui 10 Project export option. Note:CaraVR only supports PTGui version 10. PTGui - allows you to specify an existing rig created in PTGui.Custom - allows you to specify any number of cameras for the rig, with custom settings for each available in the Cameras tab.In the node properties C_CameraSolver tab, click the Preset dropdown and select the required preset rig information to load: If your footage contains multiple views per file, enable Stereo on the Cameras tab and select the views you want to solve using the Input Views dropdown. Select all your Read nodes and then add a C_CameraSolver node to the Node Graph and connect the Viewer. If you're using multi-view footage, Nuke asks you to create the relevant views before continuing. Read in all your footage using Read nodes. Note:You can set the format independently using the C_CameraSolver, C_ColourMatcher, and C_Stitcher Properties panels.

PTGUI ALWAYS ON TIP FULL SIZE

Navigate to the Project Settings and set the full size format control to the required latlong format, such as 2K_LatLong 2048x1024. Warning:The Read nodes representing the cameras in the rig must be pre-synchronized, because CaraVR and Nuke do not support auto-synchronization.

The footage can be stills or sequences with single or multiple views per file. The first step to creating a rig is to read in your camera footage using standard Nuke Read nodes and connect them to a C_CameraSolver node.