Modules

• module Analysis
  Assorted analysis tools.
• module Color spaces
  Management and conversion between color spaces
• module Detection
  Feature detection algorithms.
  • module Circle detectors
    Circle detection algorithms
  • module Corner detectors
    Corner detection algorithms
  • module Line detectors
    Line detection algorithms
• module Display
  Image display
  • module DIPviewer
    Interactive image display.
• module Distance transforms
  Various distance transforms.
• module File I/O
  Reading images from files and writing them to files.
  • module DIPjavaio
    An interface to Java file I/O functionality
• module Filtering
  Linear and non-linear filters for smoothing, sharpening and detection
  • module Binary image filters
    Processing binary images, including binary mathematical morphology.
  • module Deconvolution
    Deconvolution algorithms (inverse filtering).
  • module Linear filters
    Linear smoothing, sharpening and derivative filters.
  • module Morphological filtering
    Morphological filters for smoothing, sharpening, detection and more.
  • module Non-linear filters
    Non-linear filters for noise reduction, detection, etc., excluding morphological filters.
• module Generation
  Filling images with generated data, and creating test images.
  • module Coordinate generation
    Generating images with coordinates
  • module Drawing
    Drawing in images
  • module Noise generation
    Adding noise to an image
  • module Test image generation
    Generating images with test objects or functions
• module Geometric transformations
  Geometric image transformations.
• module Grey-value mapping
  Operators that map image grey values.
• module Histograms
  Histograms and related functionality.
• module Interfaces
  Interfaces between DIPlib and other libraries/packages
  • module DIPlib-MATLAB interface
    Functions to convert image data, function parameters and other arrays to and from MATLAB.
  • module DIPlib-OpenCV interface
    Functions to convert images to and from OpenCV.
  • module DIPlib-Vigra interface
    Functions to convert images to and from Vigra.
• module Labeled regions
  Label connected components and process labeled images.
• module Math and statistics
  The image math and statistics functions and operators.
  • module Arithmetic operators
    Monadic and dyadic image arithmetic operators.
  • module Comparison operators
    Monadic and dyadic image comparison operators.
  • module Error measures
    Quantifying the difference between images.
  • module Projection operators
    Operators that project the image data onto fewer spatial dimensions, computing image statistics.
  • module Statistics
    Image sample statistics.
  • module Tensor operators
    Operators specific to tensor images.
  • module Trigonometric operators
    Monadic and dyadic image trigonometric operators and other complex functions.
• module Measurement
  The measurement infrastructure and functionality.
• module Microscopy
  Assorted tools useful in microscopy, some presumably also in astronomy and other applications.
• module Segmentation
  Segmentation and binarization algorithms.
• module Testing and debugging
  Tools for testing and debugging.
• module The library infrastructure
  The nuts and bolts that make it all work
  • module Boundary
    Handling image boundary extension for filtering
  • module Error management
    Exception classes and error management functionality
  • module Frameworks
    Functions that form the basis of most pixel-based processing in DIPlib.
  • module Image
    The dip::Image class and types that provide a view into it.
  • module Iterators
    Objects to iterate over images and image lines in different ways.
  • module Numeric algorithms and constants
    Functions and constants to be used in numeric computation, unrelated to images.
  • module Overloading
    Help with instantiating function templates and class templates for different pixel data types.
  • module Physical dimensions
    Support for units, physical quantities and pixel sizes.
  • module Pixel data types
    Types used for image samples (pixels), and related support functionality
  • module Random
    Pseudo-random generator and probability distributions.
  • module Support types
    Types used for image samples (pixels), and related support functionality
• module Transforms
  The Fourier and other transforms.
  • module Low-level transform support
    Low-level functionality for computing the Discrete Fourier Transform.