Uses of Package
org.anchoranalysis.image.bean.provider

Package
Description
Base classes for providers of different core data entities related to images.
A provider of Stacks.
Beans to specify the outputting of features into CSV from a ObjectCollection.
Beans to combine multiple stacks into a single stack before outputting.
Implementations of ChannelProvider that use FIJI.
Euclidean Distance Transform implementations via FIJI.
Implementations of MaskProvider that use FIJI.
Implementations of ChannelProvider that are generic base-classes or otherwise abstract or general.
Implementations of ChannelProvider that perform arithmetic on voxels in one or more Channels.
Implementations of ChannelProvider that sets the values of the voxels in a Channel.
Implementations of ChannelProvider that converts a Channel from one voxel-type to another.
Implementations of ChannelProvider that calculate the gradient of a Channel's voxels in one or more dimensions.
Implementations of ChannelProvider that manipulate the intensity-values of the voxels of a Channel's voxels.
Implementations of ChannelProvider that involve conversion from or application of Masks.
Implementations of ChannelProvider that involve conversion from or application of ObjectMasks.
Implementations of ChannelProvider that assign a score to particular subregions of a channel.
Implementations of ChannelProvider that process 3D channels slice-by-slice.
Implementations of ColorProvider.
Implementations of DimensionsProvider.
Implementations of HistogramProvider.
Implementations of MaskProvider.
Implementations of MaskProvider that combine existing providers.
Implementations of MaskProvider that convert providers of other types to ObjectMasks.
Implementations of MaskProvider that implement morphological operations.
Provides if-else conditions to a MaskProvider.
Implementations of MaskProvider where an ObjectCollection is created by segmenting a Channel.
Implementations of MaskProvider that process 3D masks slice-by-slice.
Implementations of ObjectFilter that independently assess each element in a collection.
Implementations of ObjectMatcher.
Implementations of ObjectCollectionProvider.
Implementations of ObjectCollectionProvider involving connected-components.
Implementations of ObjectCollectionProvider involving feature calculation.
Implementations of ObjectCollectionProvider that filter objects.
Implementations of ObjectCollectionProvider involving a Mask.
Implementations of ObjectCollectionProvider involving merging objects together.
Implementations of ObjectCollectionProvider involving morphological operations.
Implementations of ObjectCollectionProvider involving segmentation.
Implementations of ObjectCollectionProvider involving z-slice processing.
Implementations of ObjectCollectionProvider involving splitting objects into smaller objects.
Implementations of ScaleCalculator for calculating a scaling-factor from dimensions.
Implementations of BinarySegmentation.
Implementations of StackProvider.
Implementations of StackProvider that color portions of an image.
Non-beans for operations or calculations relating to Channels.
Implementations of FeatureSingleObject that use SharedObjects for calculations.
Beans involving SharedObjects and ObjectCollection.
Non-beans pertaining to ObjectMasks.
Source of rows in feature-tables with FeatureSource and derived classes.
Non-beans for calculating Features.
Implementations of ChannelProvider that call ImageJ.
Non-linear filters using ImageJ that use the statistical moments of the intensity values in the kernel.
Non-linear filters using ImageJ that use the statistical rank of the intensity values in the kernel.
Implementations of MaskProvider that call ImageJ.
Implementations of ObjectCollectionProvider that call ImageJ.
Implementations of StackProvider that call ImageJ.
Implementations of ObjectCollectionProvider.
Implementation of MarkCollectionProvider.
Implementations of StackProvider involving Mark or related classes.
Operations involving color-spaces and OpenCV.
Beans that fit or otherwise manipulate sets of points.
Convex hull operations.
Fitting geometric structures to points.