>> ezplot('sin(x)')
>> ezplot('sin(x)',[0 4*pi])
>> x=0:0.1:4*pi;
>> y=sin(x)/(x+0.1);
>> y=sin(x)./(x+0.1);
>> plot(x,'DisplayName','x','YDataSource','x');figure(gcf)
>> plot(y,'DisplayName','y','YDataSource','y');figure(gcf)
>> plot(y)
>> plot(y)
>> plot(x,y)
>> plot(x,y)
>> plot(x,y)
>> plot(x,y,'r')
>> plot(x,y,'g')
>> plot(x,y,'y')
>> plot(x,y,'c')
>> plot(x,y,'m')
>> plot(x,y,'b')
>> plot(x,y,'--')
>> plot(x,y,'r.-')
>> plot(x,y,'g-','LineWidth',2)
>> plot(x,y,'*')
>> plot(x,y,'+')
>> plot(x,y,'s')
>> plot(x,y,'p')
>> plot(x,y,'h')
>> plot(x,y,'p','MarkerSize',12,'MarkerEdgeColor','r')
>> plot(x,y,'r')
>> figure(1),plot(x,y,'r')
>> figure(2),plot(x,y,'rp')
>> close
>> close all
>> plot(x,y,'r')
>> grid
>> xlabel('os X')
>> ylabel('os Y')
>> title('wykres funkcji sin(x)/x')
>> plot(x,z)
>> ylim([-500 500])
>> grid
>> xlim([5 10])
>> axis([0 6 -100 200])
>> axis('auto')

>> axis('equal')
>> axis('square')
>> plot(sin(x),cos(x))
>> axis('square')
>> plot(x,y,'r',sin(x),cos(x),'k')
>> plot(x,y,'r')
>> hold on
>> plot(sin(x),cos(x))
>> plot(x,z)
>> hold off
>> plot(x,z)
>> plot(x,y)
>> ylim([-5 5])
>> hold off
>> plotyy(x,y,x,z)
>> grid
>> title('wykresy')

>> plot(x,y)
>> semilogx(x,y)
>> semilogx(x,y,'p')
>> semilogy(x,y,'p')
>> grid
>> loglog(x,y,'p')
>> loglog(x,y)
>> grid
>> area(x,y,'BaseValue',0.4)
>> stem(x,y)
>> stem(x,y,'fill')
>> stairs(x,y)

>> polar(x,y)
>> polar(x,sin(x))
>> bar(y)
>> v=4*rand(1,10);
>> bar(v)
>> v=4*rand(1,10);
>> bar(v)
>> x=linspace(0,5,10)
x =
Columns 1 through 6
0 5.5556e-001 1.1111e+000 1.6667e+000 2.2222e+000 2.7778e+000
Columns 7 through 10
3.3333e+000 3.8889e+000 4.4444e+000 5.0000e+000
>> bar(x,v)

>> barh(x,v)
>> w=5*rand(5,2)
w =
3.2787e+000 3.7887e+000
1.7856e-001 3.7157e+000
4.2456e+000 1.9611e+000
4.6700e+000 3.2774e+000
3.3937e+000 8.5593e-001
>> bar(w)
>> bar(w,'stack')
>> bar(w,'group')
>> bar(w,'group')
>> bar(w)
>> pie(v)
>> v

>> pie3(v)
>> bar3(w)
>> bar3(w,'stack')
>> bar3(w,'group')
>> [X,Y]=meshgrid(-2:0.1:2,-2.2:0.1:2.2);
>> Z=X.*exp(-X.^2-Y.^2);
>> mesh(Z)
>> mesh(X,Y,Z)
>> view([30 45])
>> view([30 -45])
>> meshz(X,Y,Z)
>> meshc(X,Y,Z)
>> surf(Z)
>> shading flat
>> shading faceted
>> shading interp

>> colormap copper
>> colormap pink
>> colormap hot
>> colormap cool
>> colormap spring
>> colormap gray
>> colormap bone
>> surf(X,Y,Z)
>> colormap default
>> surfc(X,Y,Z)
>> contour(X,Y,Z)
>> pcolor(X,Y,Z)

>> shading flat
>> shading interp

>> x=0:0.1:4*pi;
>> plot3(sin(x),cos(x),x)
>> comet(x,y)
>> comet(x,y)
>> plot(x,y)
>> text(2,0.8,'Wykres')
>> gtext('Wykres')
>> gtext('Wykres')
>> ginput(3)
>> a=ginput(1)
>> u=10*rand(1,100);
>> hist(u)
>> e=0.1*rand(size(x));
>> errorbar(x,y,e)