Analiza i przetwarzanie obrazów

W. 6

I.)Projekt 1

L1=imread('circuit.tif')

figure; imshow(L1)

[M,N]=size(L1)

figure; mesh(L1)

figure; mesh(double(L1));

II.)Projekt 2

L1=imread('circuit.tif')

figure; imshow(L1)

L2=L1>90;

L3=bwlabel(L2);

figure; mesh(double(L3))

for i=1:max(L3(:))

L4=(L3==i);

Imshow(L4);

title(mat2str(i));

pause;

end

III.)Projekt 3

L1= imread('circuit.tif')

figure; imshow(L1)

L2=L1>90;

%[M,N]=size(L1)

%figure; mesh(double(L2))

figure;imshow(L2)

L3=bwlabel(L2);

figure; mesh(double(L3))

figure; imshow(L3,[]);

[x,y]=ginput(L2);

L4=(L3==L3(round(y),round(x)));

imshow(L4);

title(['indeks=',mat2str(in),'Pole=',mat])

p=sum(L4(:));

IV.)Projekt 4

L1= imread('circuit.tif')

figure; imshow(L1)

figure;plot(L1(:,20))

xlabel('x')

ylabel('y')

V.)Projekt 5

L1= imread('circuit.tif')

figure; imshow(L1)

[M,N]=size(L1)

t=0:(1/(N-1)):1

y=round(40*sin(t*2*pi)+41);

for i=1:N

L1(y(i):end,i)=L1(1:(end - y(i) + 1),i);

end

figure; imshow(L1)

VI.)Projekt 6

L1= imread('circuit.tif')

figure; imshow(L1)

[M,N]=size(L1)

t=0:(1/(N-1)):1

y=round(40*sin(t*2*pi)+41);

for i=1:10

L2=L1;

for i=1:N

L1(y(i):end,i)=L2(1:(end - y(i) + 1),i);

end

end

y=y(2:end),y(1);

imshow(L2);

pause(0.1)

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