matlab运行一个目标跟踪程序的时候程序跑几次就无法再运行只能重启才能继续运行这个程序如何回事

这个情况的可能性很多。根据您的描述前几回运行正常后几回就无法再运行。我认为可能是法度榜样运行后没有将变量清空比如i的初始值应当是1运行几回今后i的初始值变了进入了逝世轮回。你可以尝尝在法度榜样开首附上clear语句并用调试不雅察轮回部分变量值的变更情况。假如不可请将问题描述更具体一些。

试过了还不可是吗吗之前可以之后不可的原因我能想到的只是法度榜样的常量变量的初值变更了。具体的还须要你本身设置断点慢慢调试不雅察了。欲望对你有赞助啊

下面是camshift物体追踪代码，需要你用avi视频测试，matlab对avi视频格式要求比较严格。但是可以试试mmreader函数读取视频。

% Adam Kukucka

% Zach Clay

% Marcelo Molina

% CSE 486 Project 3

function [ trackmov probmov centers ] = camshift

% ******************************************************************

% initialize vari ables

% ******************************************************************

rmin = 0%min row value for search window

rmax = 0%max row value for search window

cmin = 0%min col value for search window

cmax = 0%max col value for search window

numofframes = 0%number of frames in the avi

threshold = 1%threshold for convergence

centerold = [0 0]%for convergence... previous center of window

centernew = [0 0]%for convergence... new center of window

% ******************************************************************

% Pre code... load movie and select initial frame

% ******************************************************************

% prompt user for avi file name

%%%%%user_entry = input('Please enter an avi filename: ','s')

% load the avi file... handle is M

%%%%M = aviread(user_entry)

M=aviread('8888.avi')

% get number of frames

[dontneed numberofframes] = size(M)

% initialize matrix to hold center coordinates

imagecenters = zeros(numberofframes, 2)

% extract the first frame from the avi

Frame1 = M(1,1)

Image1 = frame2im(Frame1)

%%% ********** images(:, :, numberofframes) = G(:,:)

% get search window for first frame

[ cmin, cmax, rmin, rmax ] = select( Image1 )

cmin = round(cmin)

cmax = round(cmax)

rmin = round(rmin)

rmax = round(rmax)

wsize(1) = abs(rmax - rmin)

wsize(2) = abs(cmax - cmin)

% create histogram

% translate to hsv

hsvimage = rgb2hsv(Image1)

% pull out the h

huenorm = hsvimage(:,:,1)

% scale to 0 to 255

hue = huenorm*255

% set unit type

hue=uint8(hue)

% Getting Histogram of Image:

histogram = zeros(256)

for i=rmin:rmax

for j=cmin:cmax

index = uint8(hue(i,j)+1)

%count number of each pixel

histogram(index) = histogram(index) + 1

end

end

% ******************************************************************

% Algorithm from pdf

% ******************************************************************

aviobj1 = avifile('example3.avi')

aviobj2 = avifile('example4.avi')

% for each frame

for i = 1:200

disp('Processing frame')

disp(i)

Frame = M(1, i)

I = frame2im(Frame)

% translate to hsv

hsvimage = rgb2hsv(I)

% pull out the h

huenorm = hsvimage(:,:,1)

% scale to 0 to 255

hue = huenorm*255

% set unit type

hue=uint8(hue)

[rows cols] = size(hue)

% choose initial search window

% the search window is (cmin, rmin) to (cmax, rmax)

% create a probability map

probmap = zeros(rows, cols)

for r=1:rows

for c=1:cols

if(hue(r,c) ~= 0)

probmap(r,c)= histogram(hue(r,c))

end

end

end

probmap = probmap/max(max(probmap))

probmap = probmap*255

count = 0

rowcenter = 0 % any number just so it runs through at least twice

colcenter = 0

rowcenterold = 30

colcenterold = 30

% Mean Shift for 15 iterations or until convergence(the center doesnt

% change)

while (((abs(rowcenter - rowcenterold) >2) &&(abs(colcenter - colcenterold) >2)) || (count <15) )

%for j = 1:5

%disp('meanshift')

% disp(j)

rmin = rmin - 7 %increase window size and check for center

rmax = rmax + 7

cmin = cmin - 7

cmax = cmax + 7

rowcenterold = rowcenter%save old center for convergence check

colcenterold = colcenter

[ rowcenter colcenter M00 ] = meanshift(I, rmin, rmax, cmin,...

cmax, probmap)

% given image (I), search window(rmin rmax cmin cmax)

% returns new center (colcenter, rowcenter) for window and

% zeroth moment (Moo)

% redetermine window around new center

rmin = round(rowcenter - wsize(1)/2)

rmax = round(rowcenter + wsize(1)/2)

cmin = round(colcenter - wsize(2)/2)

cmax = round(colcenter + wsize(2)/2)

wsize(1) = abs(rmax - rmin)

wsize(2) = abs(cmax - cmin)

count = count + 1

end

% mark center on image

%save image

G = .2989*I(:,:,1)...

+.5870*I(:,:,2)...

+.1140*I(:,:,3)

trackim=G

%make box of current search window on saved image

for r= rmin:rmax

trackim(r, cmin) = 255

trackim(r, cmax) = 255

end

for c= cmin:cmax

trackim(rmin, c) = 255

trackim(rmax, c) = 255

end

aviobj1 = addframe(aviobj1,trackim)

aviobj2 = addframe(aviobj2,probmap)

%create image movie, and probability map movie

trackmov(:,:,i)= trackim(:,:)

probmov(:,:,i) = probmap(:,:)

% save center coordinates as an x, y by doing col, row

centers(i,:) = [colcenter rowcenter]

% Set window size = 2 * (Moo/256)^1/2

windowsize = 2 * (M00/256)^.5

% get side length ... window size is an area so sqrt(Area)=sidelength

sidelength = sqrt(windowsize)

% determine rmin, rmax, cmin, cmax

rmin = round(rowcenter-sidelength/2)

rmax = round(rowcenter+sidelength/2)

cmin = round(colcenter-sidelength/2)

cmax = round(colcenter+sidelength/2)

wsize(1) = abs(rmax - rmin)

wsize(2) = abs(cmax - cmin)

end

% end for loop

% Adam Kukucka

% Zach Clay

% Marcelo Molina

% CSE 486 Project 3

function [ rowcenter colcenter M00 ] = meanshift(I, rmin, rmax, cmin,...

cmax, probmap)

%inputs

% rmin, rmax, cmin, cmax are the coordiantes of the window

% I is the image

%outputs

% colcenter rowcenter are the new center coordinates

% Moo is the zeroth mean

% **********************************************************************

% initialize

% **********************************************************************

M00 = 0%zeroth mean

M10 = 0%first moment for x

M01 = 0%first moment for y

histdim = (0:1:255)% dimensions of histogram... 0 to 255, increment by 1

[rows cols] = size(I)

cols = cols/3% **********************8

% **********************************************************************

% Main code

% **********************************************************************

% determine zeroth moment

for c = cmin:cmax

for r = rmin:rmax

M00 = M00 + probmap(r, c)

end

end

% determine first moment for x(col) and y(row)

for c = cmin:cmax

for r = rmin:rmax

M10 = M10 + c*probmap(r,c)

M01 = M01 + r*probmap(r,c)

end

end

% determine new centroid

% x is cols

colcenter = M10/M00

% y is rows

rowcenter = M01/M00

% Adam Kukucka

% Zach Clay

% Marcelo Molina

% CSE 486 Project 3

function [ cmin, cmax, rmin, rmax ] = select( I )

%UNTITLED1 Summary of this function goes here

% Detailed explanation goes here

% for array... x is cols, y is rows

image(I)

k = waitforbuttonpress

point1 = get(gca,'CurrentPoint') %mouse pressed

rectregion = rbbox

point2 = get(gca,'CurrentPoint')

point1 = point1(1,1:2) % extract col/row min and maxs

point2 = point2(1,1:2)

lowerleft = min(point1, point2)

upperright = max(point1, point2)

cmin = round(lowerleft(1))

cmax = round(upperright(1))

rmin = round(lowerleft(2))

rmax = round(upperright(2))

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