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Legacy Documentation

Mathematica 8 (2010)

This is documentation for Mathematica 8, which was
based on an earlier version of Wolfram Language.

View current documentation (Version 14.3)

Mathematica > Data Manipulation > Image Processing & Analysis >

MATHEMATICA GUIDE

ArrayFlatten BilateralFilter Binarize Blur BorderDimensions CellularAutomaton Closing ClusteringComponents ColorConvert Colorize ColorQuantize ColorSeparate ComponentMeasurements ContourDetect CornerFilter CrossingDetect CurrentImage Darker DerivativeFilter Dilation DistanceTransform EdgeDetect EntropyFilter Erosion Export FlipView Fourier GaussianFilter GradientFilter GraphicsGrid HitMissTransform Image ImageAdd ImageAdjust ImageApply ImageAssemble ImageCapture ImageChannels ImageCompose ImageConvolve ImageCooccurrence ImageCorrelate ImageCorrespondingPoints ImageCrop ImageData ImageDifference ImageDimensions ImageEffect ImageFilter ImageHistogram ImageKeypoints ImageLines ImageMultiply ImagePad ImagePartition ImagePerspectiveTransformation ImageReflect ImageResize ImageRotate ImageSubtract ImageTake ImageTransformation ImageType Import Inpaint InverseRadon Labeled LaplacianFilter Lighter ListAnimate Map MaxDetect MeanFilter MedianFilter MinDetect MinFilter MorphologicalBinarize MorphologicalComponents MorphologicalEulerNumber MorphologicalPerimeter Opening Partition PeronaMalikFilter Pruning Radon RandomImage Rasterize RegionBinarize SelectComponents Sharpen SlideView TabView Thinning Thumbnail TopHatTransform WatershedComponents WienerFilter

Functions » |

Colors Raster Image Formats Signal Processing Wavelet Analysis

More About » |

Image Processing Importing Graphics and Sounds Exporting Graphics and Sounds Convolutions and Correlations

Tutorials »

Image Processing & Analysis

Mathematica provides broad and deep built-in support for both programmatic and interactive modern industrial-strength image processing—fully integrated with Mathematica's powerful mathematical and algorithmic capabilities. Mathematica's unique symbolic architecture and notebook paradigm allow images in visual form to be included and manipulated directly both interactively and in programs.

Creating & Importing Images

Copy , Drag/Drop — copy and paste an image directly into a notebook

Import — programmatically import any standard format (TIFF, PNG, JPEG, DICOM, ...)

Image — create an image from an array of data, and represent any multichannel image

Rasterize — convert expressions, notebooks, or any Mathematica object to raster form

CurrentImage — capture an image or video in real time from a camera or other device

ImageCapture — open a graphical user interface for capturing images

RandomImage — create an image from a symbolic distribution

Image Representation »

ImageData — extract the array of raster data from an image