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Files uploaded:
 1.  detctionextraireiris-(1).rar,Class for processing 2D Infrared Imaging, for both reflectance IR as well as absorbance IR. Currently, the datatypes are limited to text-based files, namely: (1) OMNIC exported spectra (*.csv file) format: 4000,0 0,016 Additional step was necessary to overcome the use of commas as decimal point. (2) OPUS exported spectra (*.0000 files) format: 4000.0,0.016 (3) OMNIC Map (*.map) ,99KB,downloads 0
 2.  circlematlab.zip,CircleFinder finds circles in an RGB or grayscale Useage example: [r , c , rad] = circlefinder(im) finds circles with the default settings. See also: RGBCircle nonmaxsup1d houghtransform ,75KB,downloads 0
 3.  irisCODE.rar,segmentiris - peforms automatic segmentation of the iris region an eye image. Also isolates noise areas such as occluding eyelids and eyelashes. Usage: [circleiris, circlepupil, imagewithnoise] = segmentiris(image) Arguments: eyeimage - the input eye image Output: circleiris - centre coordinates and radius of the detected iris boundary ,359KB,downloads 0
 4.  localisationirismatlab.zip,nction varargout = IrisLocat(varargin) IRISLOCAT M-file for IrisLocat.fig IRISLOCAT, by itself, creates a new IRISLOCAT or raises the existing singleton*. H = IRISLOCAT returns the handle to a new IRISLOCAT or the handle to the existing singleton*. IRISLOCAT( CALLBACK ,hObject,eventData,handles,...) calls the local function named CALLBACK in IRISLOCAT.M with the given input arguments. IRISLOCAT( Property , Value ,...) creates a ,30KB,downloads 0

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