Files

• diplib/
  • library/
    • clamp_cast.h
      Defines dip::clamp_cast. This file is always included through diplib.h. See Pixel data types.
    • datatype.h
      The dip::DataType class and support functions. This file is always included through diplib.h. See Pixel data types.
    • dimension_array.h
      The dip::DimensionArray template class. This file is always included through diplib.h. See Support types.
    • error.h
      Defines error macros and default error strings. This file is always included through diplib.h. See Error management.
    • export.h
      Declares the DIP_EXPORT and DIP_NO_EXPORT macros, and some other similar ones. This file is always included through diplib.h.
    • image.h
      The dip::Image class and support functions. This file is always included through diplib.h. See Image.
    • image_views.h
      Defines support classes for the dip::Image class. This file is always included through diplib.h. See Image.
    • numeric.h
      Numeric algorithms and constants unrelated to images. This file is always included through diplib.h. See Numeric algorithms and constants.
    • operators.h
      Declares the overloaded arithmetic, logical and comparison operators for dip::Image. This file is always included through diplib.h. See Arithmetic operators, Comparison operators.
    • physical_dimensions.h
      Support for units, physical quantities and pixel sizes. This file is always included through diplib.h. See Physical dimensions.
    • sample_iterator.h
      The dip::SampleIterator class. This file is always included through diplib.h. See Iterators.
    • tensor.h
      The dip::Tensor class. This file is always included through diplib.h. See Image.
    • types.h
      Defines the basic types used throughout the library. This file is always included through diplib.h. See Support types, Pixel data types.
  • viewer/
    • control.h
      Declares dip::viewer::ControlViewPort.
    • export.h
      Declares the DIPVIEWER_EXPORT and DIPVIEWER_NO_EXPORT macros.
    • glfw.h
      Declares the GLFW interface of DIPviewer.
    • glut.h
      Declares the GLUT interface of DIPviewer.
    • histogram.h
      Declares dip::viewer::HistogramViewPort.
    • image.h
      Declares dip::viewer::ImageViewer.
    • link.h
      Declares dip::viewer::LinkViewPort.
    • manager.h
      Declares dip::viewer::Manager.
    • proxy.h
      Declares a proxy window manager
    • slice.h
      Declares dip::viewer::SliceViewer.
    • status.h
      Declares dip::viewer::StatusViewPort.
    • tensor.h
      Declares dip::viewer::TensorViewPort.
    • viewer.h
      Declares the core infrastructure for DIPviewer.
  • accumulators.h
    Classes for on-line computation of data statistics. See Numeric algorithms and constants.
  • analysis.h
    Functions for assorted analysis functions. See Analysis.
  • binary.h
    Functions for binary image processing. See Binary image filters.
  • boundary.h
    Functionality implementing boundary conditions. See The library infrastructure.
  • chain_code.h
    Support for chain-code and polygon object representation and quantification. Everything declared in this file is explicitly 2D. See Measurement.
  • color.h
    Color space conversions See Color spaces.
  • deconvolution.h
    Deconvolution algorithms. See Deconvolution.
  • detection.h
    Functions for feature detection. See Detection.
  • dft.h
    Declares an interface to a DFT function. See Transforms.
  • display.h
    Tools to prepare images for display. See Display.
  • distance.h
    Functions that compute distance transforms. See Distance transforms.
  • distribution.h
    Distributions and related functionality. See Analysis.
  • file_io.h
    Functions for reading and writing images from/to files. See File I/O.
  • framework.h
    Frameworks are the basis of most pixel-based processing in DIPlib. See Frameworks, The library infrastructure.
  • generation.h
    Functions for generating image data. See Generation.
  • generic_iterators.h
    Defines image iterators that are independent of image data type. See Iterators.
  • geometry.h
    Functions for geometric image transformations See Geometric transformations.
  • graph.h
    Representing and working with an image as a graph See The library infrastructure.
  • histogram.h
    Histograms and related functionality. See Histograms.
  • iterators.h
    Defines image iterators and line iterators. See Iterators.
  • javaio.h
    Declares the functionality for DIPjavaio.
  • kernel.h
    A class that describes a filtering kernel See The library infrastructure.
  • label_map.h
    Label maps and related functionality. See Grey-value mapping.
  • linear.h
    Functions that implement linear filters. See Linear filters.
  • lookup_table.h
    Lookup tables and related functionality. See Grey-value mapping.
  • mapping.h
    Image grey-value mapping functions. See Grey-value mapping.
  • math.h
    Declares image math functions, except basic arithmetic and comparison. See diplib/library/operators.h, Math and statistics.
  • measurement.h
    Functionality for quantification of objects. See Measurement.
  • microscopy.h
    Microscopy-related functionality. See Microscopy.
  • morphology.h
    Mathematical morphology operators and filters. See Morphological filtering.
  • multithreading.h
    Declares functions to control multithreading within DIPlib, and imports the OpenMP header. See The library infrastructure.
  • neighborlist.h
    A dimensionality-independent way of iterating over neighbor pixels. See The library infrastructure.
  • nonlinear.h
    Non-linear filters. See Non-linear filters.
  • overload.h
    Help with instantiating function templates for different pixel data types. See Overloading.
  • pixel_table.h
    A pixel table represents the support of a filter of arbitrary shape and number of dimensions. See The library infrastructure.
  • random.h
    Random number generators See Random.
  • regions.h
    Functions to label connected components and process labeled images. See Labeled regions.
  • saturated_arithmetic.h
    Defines templated functions for saturated arithmetic. See Pixel data types.
  • segmentation.h
    Functions for segmentation and binarization. See Segmentation.
  • simple_file_io.h
    Functions for reading and writing images from/to files. See File I/O.
  • statistics.h
    Declares image statistics functions, including projections. See Math and statistics.
  • testing.h
    Functions to help test and debug your code. See Testing and debugging.
  • transform.h
    The Fourier and related transforms. See Transforms.
  • union_find.h
    A data structure for the union-find algorithm. See The library infrastructure.
• dip_matlab_interface.h
  This file should be included in each MEX-file. It defines the dml namespace.
• dip_opencv_interface.h
  This file defines the dip_opencv namespace, functionality to interface OpenCV 2 (or later) and DIPlib.
• dip_vigra_interface.h
  This file defines the dip_vigra namespace, functionality to interface Vigra and DIPlib.
• diplib.h
  This is the main include file for the DIPlib library.
• dipviewer.h
  Declares the high-level interface to DIPviewer.