Uses of Package
boofcv.alg.structure
Packages that use boofcv.alg.structure
Package
Description
-
Classes in boofcv.alg.structure used by boofcv.alg.similarClassDescriptionInterface for finding images with a similar appearance and identifying point features which are related between the two images.
-
Classes in boofcv.alg.structure used by boofcv.alg.structureClassDescriptionConfiguration for
ProjectiveReconstructionFromPairwiseGraph
Evaluates how 3D a pair of views are from their associated pointsPoints visible in the viewUsed to retrieve information about a view's camera.Interface for finding images with a similar appearance and identifying point features which are related between the two images.Records which scenes have grown to include which views.Contains information about which scenes contain this specific viewPerforms various checks to see if a scene is physically possible.Various utility functions for dealing withPairwiseImageGraph
Graph describing the relationship between image features using matching features from epipolar geometry.Information associated with a single image/frame/viewContains common functions useful for perform a full scene reconstruction from aPairwiseImageGraph
.Contains information on a potential expansionInformation related to a view acting as a seed to spawn a projective graphHelper function that allows for arbitrary customization before it optimizes.Filter for inlier sets.Used to lookup feature pixel observations in a scene.Scale and SE3 transformContains operations used to merge all the connected spawned scenes inMetricFromUncalibratedPairwiseGraph
into a single scene.Specifies which two scenes should be merged togetherA scene graph which is designed to be easy to manipulate as the scene's structure is determined.Information on a camera which captured one or more views in this scene.Information on the set of inlier observations used to compute the camera locationData structure related to an image.Estimates the metric scene's structure given a set of sparse features associations from three views. -
Classes in boofcv.alg.structure used by boofcv.alg.structure.expandClassDescriptionConfiguration for
ProjectiveReconstructionFromPairwiseGraph
Used to retrieve information about a view's camera.Interface for finding images with a similar appearance and identifying point features which are related between the two images.Performs various checks to see if a scene is physically possible.Various utility functions for dealing withPairwiseImageGraph
Information associated with a single image/frame/viewA scene graph which is designed to be easy to manipulate as the scene's structure is determined. -
Classes in boofcv.alg.structure used by boofcv.alg.structure.score3d
-
Classes in boofcv.alg.structure used by boofcv.alg.structure.spawnClassDescriptionUsed to retrieve information about a view's camera.Interface for finding images with a similar appearance and identifying point features which are related between the two images.Various utility functions for dealing with
PairwiseImageGraph
Graph describing the relationship between image features using matching features from epipolar geometry.Information associated with a single image/frame/viewUses SBA to refine the intrinsic parameters and camera locations inside of aSceneWorkingGraph
. -
Classes in boofcv.alg.structure used by boofcv.factory.structureClassDescriptionEvaluates how 3D a pair of views are from their associated pointsGiven a
graph of images
with similar appearance, create a graph in which images with a geometric relationship are connected to each other.Takes in a known sparse scene that's in SBA format and converts it into a dense point cloud. -
Classes in boofcv.alg.structure used by boofcv.io.geoClassDescriptionInterface for finding images with a similar appearance and identifying point features which are related between the two images.Graph describing the relationship between image features using matching features from epipolar geometry.A scene graph which is designed to be easy to manipulate as the scene's structure is determined.Information on the set of inlier observations used to compute the camera location