2dplot( ), plotyy( ),figure,axis,subplot,

2d 1(1) x=0, pi/6, pi/3, pi/2, 2*pi/3, 5*pi/6, (2) y=sin(0), sin(pi/6), sin(pi/3), (3)(4) ysin(x) [0, 2*pi]

2Matlab (1)x=[0:pi/10:2*pi]y=sin(x)(2) plot(x,y) (3)grid onaxis([-1,8,-2,2])

3matlabx = [0,4/3,1,1/2,1/3,2/3,1/6,1,5/6,4/3,7/6,5/3,3/2,2,11/6]x = x*piy = sin(x)plot(x,y)

x = [0,4/3,1,1/2,1/3,2/3,1/6,1,5/6,4/3,7/6,5/3,3/2,2,11/6]x = sort(x)*piy = sin(x)plot(x,y)

4Matlab

1plot( )2fplot( )3ezplot( )4stairs( )5yplotyy( ) 6loglog( ) semilogx( )semilogy( )

1plot( )(Figure)plot(Y) plot(X1,Y1,...,Xn,Yn) plot(X1,Y1,LineSpec,...,Xn,Yn,LineSpec) plot(...,'PropertyName',PropertyValue,...)h = plot( . . . ) h

plot(X,Y)X, Y X Y X, Y X, Y X Y X, Y X, Y plot(real(X),real(Y))

x Y x Y x Y x Y plot(x,Y) x , Y plot(X,y) X , y y X X y y X X y

plot(Y)x = 1:length(Y)plot(x,Y)x = 1:sizeY,1)plot(x,Y)YY Y plot(real(Y),imag(Y))

plot(X1,Y1,LineSpec,...,Xn,Yn,LineSpec) Xn, Yn, LineSpecLineSpecXn,Yn,LineSpecXn,Ynplot(X1,Y1,X2,Y2,LineSpec,X3,Y3)LineSpec

- : -. -- . o x + s d v ^ < > p h b g r c m y k w

x = 0:0.2:2*piy = sin(x)plot(x,y,'r-o')x = 0:0.2:2*piy = sin(x)plot(x,y,'ro')plot( )

plot(X1,Y1,LineSpec,PropertyName,PropertyValue) plotproperties Color[r,g,b]r,g,b01LineWidthLineStyleMarkerMarkerEdgeColor marker( filled markers MarkerFaceColorthe face of filled markers MarkerSizePropertyName

x = -pi:pi/10:pi;y = tan(sin(x)) - sin(tan(x));plot(x,y,'--rs','LineWidth',2,... 'MarkerEdgeColor','k',... 'MarkerFaceColor','g',... 'MarkerSize',10)

h = plot( . . . ) h get( ) set( )x = 0:0.2:2*piY = [sin(x); 2*sin(2*x)]h = plot(x,Y)get(h(1))set(h(1),'Color','r','LineWidth',1,'Marker','+')set(h(2),'Color','g','LineWidth',2,'Marker','s')

2fplot( )fplot(fun,limits) limitsfunfplot(fun,limits,LineSpec)LineSpec[X,Y] = fplot(fun,limits,...)fun y=f(x) 12x sin(x), diric(x,10), '[sin(x),cos(x)]' 3@sin,@coslimits1x[xmin xmax]2xy[xmin xmax ymin ymax]

%fplot('sin',[-pi,pi],'o')fplot( ) 1fplot( )

%x%fplot('sin(x)+cos(x)',[-pi,pi])fplot( ) 2%x%fplot('[sin(x), cos(x)]',[-pi,pi])

fplot( ) 3f1 = @sin%%fplot(f1,[-pi,pi,-0.3,0.6])

f2 = @(x)cos(tan(x))+tan(cos(x)) %fplot(f2,[-pi,pi])[xmin xmax ymin ymax]

ezplot(f)3ezplotezplot(f,[a,b])ezplot(f(x,y))ezplot(f(x,y),[a,b,c,d])ezplot(f,g,[a,b])ezplot(f,g) ezplot('x^2 - y^2 = 1')h = ezplot(f,g)

4yplotyy( )plotyy(X1,Y1,X2,Y2)X1,Y1X2,Y2x1,y1x2,y2plotyy(X1,Y1,X2,Y2,'function')functionfunctionplot, semilogx, semilogy, loglog, stemplotyy(X1,Y1,X2,Y2,'function1','function2')function1X1, Y1function2X2, Y2[AX,H1,H2] = plotyy(...)AXYAX(1)YAX(2)YH1H2plotyy( )

plotyy( )plot( )

plotyyx = 0:0.01:20;y1 = 200*exp(-0.05*x).*sin(x);y2 = 0.8*exp(-0.5*x).*sin(10*x);[AX,H1,H2] = plotyy(x,y1,x,y2,'plot');

title('Multiple Decay Rates') xlabel('Time (\musec)')

set(get(AX(1),'Ylabel'),'String','Slow Decay') set(get(AX(2),'Ylabel'),'String','Fast Decay')

set(H1,'LineStyle','--')set(H2,'LineStyle',':')

5loglog(Y)loglog(X1,Y1,...)loglog(X1,Y1,LineSpec,...)loglog(...,'PropertyName',PropertyValue,...)h = loglog(...)loglog( ) xysemilogx( ) xysemilogy( ) xyplot( )

x = logspace(-1,2); loglog(x,exp(x),'-s') grid on x = logspace(-1,2); plot(x,exp(x),'-s') grid on loglog( ) plot( )

x = logspace(-1,2); semilogx(x,exp(x),'-s') grid on x = logspace(-1,2); semilogy(x,exp(x),'-s') grid on semilogx( ) semilogy( )

1Matlab2figure,close,3subplot4axes,xlim,5hold66title, xlabel, text, ...

Matlab1Matlab

( handle )matlab

get set delete(h) hgcf Get Current Figuregca Get Current Axesgco Get Current Objectf = get(h,parent);l = get(h,children);

( Root ) Root MatlabRootFigureMatlabRootRootRoot 0 root

CurrentFigurefigurechildrenUnitspixelinchesScreenSize[left,bottom,width,height]docsearch root properties root

root ScreenSize ss = get(0,'ScreenSize') ss = [ left, bottom, width, height ]ScreenSize( pixel )(1,1)inches(0,0)

2FigureMatlabFigurefigure( )close( )clf( ) gcf

figurefigure figure(PropertyName,propertyvalue,...) figure(h) hhh (h >= 1)hh h=figure(...)

1closefigureclose(gcf)

2close(h)hfigurehh

3close namefigure

4close all figure

5close all hiddenfigure

6status = close(...) figure10close

clf1clf(HandleVisibilityon) 2. clf(reset) clf reset(Position, Units, PaperPosition, PaperUnits) 3clf(fig) clf(fig,reset) fig 4figure_handle = clf(...)

Figure

Color[r g b]CurrentAxesCurrentObjectHandleVisibility{on} | callback | offNumberTitlefigure on | off NameNextPlotnew | {add} | replace | replacechildrenPosition[ left, bottom, width, height ]Resize on | off Toolbar/ none | figure | auto MenuBar/ none | figure | auto TagWindowStyle normal | modal | docked Visible on | off docsearch figure properties figure

figure Position Position [ left, bottom, width, height ]

figurePosition, Color, x = 0:pi/10:2*pi

ss = get(0,'ScreenSize')W = ss(3);H = ss(4);

figure(1)set(gcf,'Position',[W/2,H/2,W/3,H/4])set(gcf,'Name','sin(x)','NumberTitle','off')plot(x,sin(x))

h = figureset(h,'Position',[W/2,H/10,W/3,H/4])set(h,'Name','cos(x)','Color',[1,1,1])set(1,'Toolbar','none','Menubar','none')plot(x,cos(x))

figure NextPlot x = 0:0.1:7h = figureplot(x,sin(x))x = 0:0.1:7h = figureset(h,'NextPlot','new')plot(x,sin(x))

newaddreplacechildrenHandleVisibilityonfigureNextPlot add clfreplaceHandleVisibilityfigure PositionunitsPaperPositionPaperUnits NextPlotadd clf reset

3(subplot)subplot(m,n,p) mnmn p subplot(1,1,1)()subplot

subplot(m,n,p,replace) axesaxessubplot(Position,[left bottom width height]) Position subplot(..., prop1, value1, prop2, value2, ...) h = subplot(...)

h = subplot(m,n,p) p

subplot(h) h

subplot(m,n,P) PPPsubplot(2,3,1)subplot(2,3,2)subplot(2,3,3)subplot(2,3,4)subplot(2,3,5:6)subplot(2,3,1)subplot(2,3,3)subplot(2,3,4)subplot(2,3,6)subplot(2,3,[2,5])subplot(2,3,1)subplot(2,3,4)subplot(2,3,[3,5,6])

subplot( ) x = -pi:pi/10:pi; x = x'; Y = [sin(x),cos(x),x.^2,exp(x)]; for k = 1:4 subplot(2,2,k); plot(x,Y(:,k)); endsubplot( )subplotfigure

1mn210.001322x(t)y(t)

m223-3n3-355

4AxesFigurelineimagepatchsurfacelighttextaxes( ) clagcaaxis( ) xlim( ) / ylim( ) / zlim( )x / y / z gridboxxlabel( ) / ylabel( ) / zlabel( )x / y / z

axes figure axes(PropertyName,propertyvalue,...) MATLAB axes(h) hhChildrenCurrentAxeshCurrentObjectset(figure_handle,CurrentAxes,axes_handle), h = axes(...) axes( )

axes

Color[ r g b ]ColorOrder[ r1 g1 b1; r2 g2 b2; ]LineStyleOrder - * | : | o NextPlot add | {replace} | replacechildrenPosition[200 200 1000 400]LineWidthTickDir in | out TickLength[2DLength 3DLength]docsearch axes properties axes

axes Position Position [ left, bottom, width, height ] (0,0)(1,1) left, bottom , width, height01

axes NextPlot

addreplacechildrenHandleVisibilityonclareplace HandleVisibility figure position Units cla reset

figureh1 = axes('position',[0.08,0.1,0.4,0.4])h2 = axes('position',[0.6,0.1,0.35,0.7])h3 = axes('position',[0.08,0.6,0.4,0.3])set(h1,'Color',[0.5,0.5,0.5],'XColor',[1,0,0],'LineWidth',2)set(h1,'TickDir','out','TickLength',[0.04,0.03])set(h2,'TickLength',[0.06,0.02])

Properties That Control the X-, Y-, or Z-Axis

XColor, YColor, ZColorColor of axis linesXDir, YDir, ZDir{normal} | reverseXGrid, YGrid, ZGridon | {off}XLabel, YLabel, ZLabelhandle of text objectXLim, YLim, ZLim[minimum maximum]XLimMode, YLimMode, ZLimMode{auto} | manualXMinorGrid, YMinorGrid, ZMinorGridon | {off}XMinorTick, YMinorTick, ZMinorTickon | {off}XScale, YScale, ZScale{linear} | logXTick, YTick, ZTickvector of data values locating tick marksXTickLabel, YTickLabel, ZTickLabelstringXTickMode, YTickMode, ZTickMode{auto} | manualXTickLabelMode, YTickLabelMode, ZTickLabelMode{auto} | manual

clcclear allclose allfigureaxesset(gca,'fontsize',16)set(gca,'XLim',[0,6])s = get(gca,'XTickLabel')s(1:2:end,:) = char(32)set(gca,'XTickLabel',s)set(gca,'XTick',0:0.5:6)XLim, XTick, XTickLabel

claclacla reset axes(Position, Units)cla(ax) cla(ax,'reset') ax

axis( )v = axisv vaxis([xmin, xmax, ymin, ymax]) 2daxis([xmin, xmax, ymin, ymax, zmin, zmax]) 3d inf inf axis autoxyzaxis auto x xaxis 'auto yz' yzaxis manualaxis(axis) hold onXLimModeYLimModeZLimModemanual

axis tightaxis fillPlotBoxAspectRatio position PlotBoxAspectRatioMode DataAspectRatioMode manual

axis equal axis imageaxis equal axis squarexyzaxis normal

axis vis3daxis offaxis on

axis iji j axis xyxy

axis(axes_handles,...) axissquareh1 = subplot(221);h2 = subplot(222);axis([h1 h2],'square')[mode,visibility,direction] = axis('state') .mode ' auto ' | ' manual ' visibility ' on ' | ' off ' direction' xy ' | ' ij ' XLimModeYLimModeZLimModeautomodeauto;XLimModeYLimModeZLimModemanualmodemanual

x = 0:.025:pi/2;plot(x,tan(x),'-ro')x = 0:.025:pi/2;plot(x,tan(x),'-ro')axis([0 pi/2 0 5])axis( )

xlim( ) / ylim( ) / zlim( )axisxlimylimzlimxlim xxlim([xmin xmax]) xxlim(mode) : x auto manuallim(auto)x auto.xlim('manual') x manual.xlim(axes_handle,...) x

5holdhold onhold on NextPlotadd

hold allColorOrder LineStyleOrder

hold offhold off NextPlotreplace

holdhold on/off

hold(axes_handle,...) holdisholdholdonoffhold on1axesholdaxes

holdx = 0.1:0.5:4y = sqrt(x)plot(x,y,'r')axis([-1,5,0,2.5])hold onplot(x,y,'bo','markersize',10)plot(x,y,'b+','markersize',20)

holdplot( ) plot(x([1,2]),y([1,2]))hold onaxis([-1.1,1.1,-1.1,1.1])for k = 2:length(t)-1plot(x([k,k+1]),y([k,k+1]))pause(0.1)end

(1) boxbox on box off boxbox(axes_handle,...) 6

(2) gridgrid on grid off/ grid grid on / grid offgrid(axes_handle,...) grid minor

(3) title(text)

xlabel(text) X ylabel(text) Y zlabel(text) Z (4) xlabel( ) / ylabel( ) / zlabel( )

(5)legend(string1,string2, ...) x = 0:0.05: 7y1 = log10(x)y2 = sin(x)plot(x,y1,'b',x,y2,'r')axis([0,7,-2,2])legend('Log(x)','Sin(x)')

(6) text( )text(x,y,string) (x,y) text(x,y,string,'PropertyName',PropertyValue...)x = 0:0.05: 7y = log10(x)plot(x,y)s = '\leftarrow Log(x)'text(2, 0.2, s, 'fontsize',20)

TeX / LaTeXMatlabtext titlexlabelylabelzlabeltextlegendASCII TeX / LaTeX Matlab TeX textInterpreter:

tex TeX latex LaTeXnone TeXD.E.Knuth LaTeXL.LamportTeX

TeX Character Sequence

\alpha\upsilon\sim~\angle\phi\leq\ast*\chi\infty\beta\psi\clubsuit\gamma\omega\diamondsuit\delta\Gamma\heartsuit\epsilon\Delta\spadesuit\zeta\Theta\leftrightarrow\eta\Lambda\leftarrow\theta\Xi\Leftarrow\vartheta\Pi\uparrow\iota\Sigma\rightarrow\kappa\Upsilon\Rightarrow\lambda\Phi\downarrow\mu\Psi\circ\nu\Omega\pm\xi\forall\geq\pi\exists\propto\rho\ni\partial\sigma\cong\bullet\varsigma\approx\div\tau\Re\neq\equiv\oplus\aleph\Im\cup\wp\otimes\subseteq\oslash\cap\in\supseteq\supset\lceil\subset\int\cdot\o\rfloor\neg\nabla\lfloor\timesx\ldots...\perp\surd\prime\wedge\varpi\0\rceil\rangle\mid|\vee\copyright\langle

\bf

\it

\sl

\rm

\fontname{}\fontname{}

\fontsize{}\fontsize{16}

_{} { }

^{} { }Tex

TeXtitle('{\itAe}^{-\alpha\itt}sin\beta{\itt} \alpha

\color{}12redgreenyellowmagentablueblackwhitecyangraybarkGreenorangelightBlue\color{magenta}magenta

\color[rgb]{a b c}RGB[a b c]abc[0 1]color[rgb]{0 .5 .5}Tex

str = '{\color{red}\color{green}\color[rgb]{0 0 1}}'text(0.1,0.5,str,'fontsize',24,'fontname','')TeX

\( LaTeX \) $ LaTeX$ $$ LaTeX$$matlabLatex s1 = '$y_1=e^xsin(x)$'s2 = '$$y_2=\frac{1}{2}\sqrt[3]{x}$$'str = char(s1,s2)text(0.2, 0.5, str, 'Interpreter', 'latex', 'FontSize',16)Latexlegend( )Interpreterh = legend(str1, str2, )set(h,'interprete','latex')

^{} _{}TeX \alpha $$\frac{}{}$$ $$\sqrt{x}$$$$\sqrt[n]{x}$$ $$\sum_{i=1}^{n} x_{i}$$$$\int_{0}^{1}$$ $$ \frac { \partial{y} } { \partial{x} } $$$$\lim_{n \rightarrow \infty}$$ %nlim$\lim_{n \rightarrow \infty}$ %nlim$$\overline{x}$$$$\underline{x}$$ %x$$\overbrace{x+y+z+w}$$$$a+\underbrace{b+c+d} $$ LaTeX LaTeX LaTeX

Line GraphsBar GraphsArea GraphsDirection GraphsRadial GraphsScatter Graphsplot bar (grouped) area feather polar scatter plotyy barh (grouped) pie quiver rose spy loglog bar (stacked) fill comet compass plotmatrix semilogx barh (stacked) contourf ezpolar semilogy hist image stairs pareto pcolor contour errorbar ezcontourf ezplot stem ezcontour

polar(theta,rho) thetarhothetaxrho polar(theta,rho,LineSpec) LineSpec polar(axes_handle,...) axes_handle h = polar(...) h polar( )rho=f(theta), polar( )

t = 0:.01:2*pi; polar(t,sin(2*t).*cos(2*t),'--r') t = 0:.01:2*pi; polar(t,sin(3*t).*cos(2*t),'--r')polar( )

holdpolar( )hold ont = 0:.01:2*pi;polar(t,sin(3*t).*cos(2*t),'--r')

*3