See Matching Colors Across All Cameras for more information. C_ColourMatcher - an optional step to perform global gain-based color correction for all the views in a rig to balance out differences in exposure and white balance.See Matching and Solving Warps for more information. C_GlobalWarp - an optional step to produce a preview stitch using metadata, passed downstream from a C_CameraSolver, to help minimize ghosting in overlap regions.See Stitching Images Together for more information. C_Stitcher - automatically generates a spherical lat-long by warping and blending between the different input images. C_CameraIngest - takes manually solved or pre-tracked footage from third-party applications and adds CaraVR metadata to the stream to build a model of the relationship between the cameras.See Preparing Camera Rigs for more information. This defines the location and orientation for each camera so that the images can be stitched. C_CameraSolver - calculates the geometry for the multi-camera rig.You can also perform some optional global color corrections at this stage. The Stitching nodes take care of the process of aligning your camera rig output and joining the separate images into a single, cohesive frame. Visit to see the full power of CaraVR's stereo toolset. Note:CaraVR's stereo compositing nodes are not included in NukeX and Nuke Studio's plug-ins. CaraVR operations can be separated into three broad categories: stitching, workflow, and review. CaraVR is now included with NukeX and Nuke Studio, allowing you to solve and stitch mono and stereo VR rigs and perform a number of mono 360 compositing tasks.
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