Write MatLAb code that would produce the following printSolution.pdf
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The document provides MATLAB code for processing an image 'coloredchips.png'. It includes functions to convert the image to grayscale, detect circles, and visualize the detected circles. The code emphasizes varying sensitivity levels in the circle detection process.
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![Write MatLAb code that would produce the following print:
Solution
rgb = imread('coloredChips.png'); figure imshow(rgb) d = imdistline; delete(d);
gray_image = rgb2gray(rgb); imshow(gray_image); [centers, radii] = imfindcircles(rgb,[20
25],'ObjectPolarity','dark') [centers, radii] = imfindcircles(rgb,[20
25],'ObjectPolarity','dark', ... 'Sensitivity',0.9) imshow(rgb); h = viscircles(centers,radii);
[centers, radii] = imfindcircles(rgb,[20 25],'ObjectPolarity','dark', ... 'Sensitivity',0.92);
length(centers) delete(h); % Delete previously drawn circles h = viscircles(centers,radii);](https://image.slidesharecdn.com/writematlabcodethatwouldproducethefollowingprintsolution-230708181103-6e402fca/85/Write-MatLAb-code-that-would-produce-the-following-printSolution-pdf-1-320.jpg)
Write MatLAb code that would produce the following printSolution.pdf
- 1. Write MatLAb code that would produce the following print: Solution rgb = imread('coloredChips.png'); figure imshow(rgb) d = imdistline; delete(d); gray_image = rgb2gray(rgb); imshow(gray_image); [centers, radii] = imfindcircles(rgb,[20 25],'ObjectPolarity','dark') [centers, radii] = imfindcircles(rgb,[20 25],'ObjectPolarity','dark', ... 'Sensitivity',0.9) imshow(rgb); h = viscircles(centers,radii); [centers, radii] = imfindcircles(rgb,[20 25],'ObjectPolarity','dark', ... 'Sensitivity',0.92); length(centers) delete(h); % Delete previously drawn circles h = viscircles(centers,radii);