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www.eeworm.com/read/467295/7009372
p hough.p
www.eeworm.com/read/466801/7020894
m hough.m
function [h, theta, rho] = hough(f, dtheta, drho)
%HOUGH Hough transform.
% [H, THETA, RHO] = HOUGH(F, DTHETA, DRHO) computes the Hough
% transform of the image F. DTHETA specifies the spacing
www.eeworm.com/read/457710/7319121
m hough.m
function [h] = Hough(image)
%Function to perform Hough Transform on an image
%Inputs: image
%Returns: h
%
%image: It is the input image.
%h: It is the accumulator array
%
%Example:
%
www.eeworm.com/read/457710/7319124
m hough(old).m
function h = hough(f)
%Function to perform Hough Transform on an image
%Inputs: f
%Returns: h
%
%f: It is the input image.
%h: It is the accumulator array
%
%Example:
% h = Hough(image
www.eeworm.com/read/448241/7536090
m hough.m
function [res,h3,pts]=hough(im,RHO_MAX,THETA_MAX)
% Usage: [res,h3,pts]=hough(im,RHO_MAX,THETA_MAX)
%
% Name: hough(im,RHO_MAX,THETA_MAX)
%
% Version: v1.0
%
% Author: Dimitrios Ioannou
% dioan
www.eeworm.com/read/445944/7587919
m hough.m
I = imread(['/home/s0677966/aip5/locIm/' 'F5-7b'],'bmp');
%or threshold its edges
figure(1)
E = edge(I);
imshow(I);
title ('Gradient Image')
%Use matlab's radon function to compute the
www.eeworm.com/read/435371/7792792
txt hough.txt
#include
#include
#include
int main(int argc, char** argv)
{
IplImage* img = cvLoadImage("circle.jpg", 1);;
IplImage* gray = cvCreateImage(cvGetSize(img), 8
www.eeworm.com/read/397761/8023944
m hough.m
%tic
function res=hough(im,RHO_MAX,THETA_MAX)
[X,Y]=size(im);
d_rho=X/RHO_MAX;
d_theta=pi/THETA_MAX;
theta=-pi/4:d_theta:pi-pi/4-d_theta;
smat=sin(theta);
cmat=cos(theta);
[x,y]=
www.eeworm.com/read/245740/12782786
m hough.m
function [h,theta,rho]=hough(f,dtheta,dtho)
%HOUGH Hough transform.
% [H,THETA,THO] = HOUGH(F,DTHETA,DRHO) computes the Hough transform of
% the image F. DTHETA specifies the spacing (in degree
www.eeworm.com/read/326135/13163399
m hough.m
function [h, theta, rho] = hough(f, dtheta, drho)
%HOUGH Hough transform.
% [H, THETA, RHO] = HOUGH(F, DTHETA, DRHO) computes the Hough
% transform of the image F. DTHETA specifies the spacing