matlab edit 换行,如何让MATLAB的edit编辑器自动换行

匿名用户

1级

2018-11-22 回答

MATLAB的edit如果要自动换行，其中修改edit控件的max属性必须是大于1的整数，max-min大于等于2就行了，具体操作如下：

例如：

a=1;b=2;c=3;d=4;

title(['abc','L Range:',num2str(a),'(nm)','~~',num2str(b),'(cm)','B Range:',num2str(c),'(cm)','~~',num2str(d),'(cm)']);

使用元胞数组便可以了。

a=1;b=2;c=3;d=4;

title({['abc','L Range:',num2str(a),'(nm)','~~',num2str(b),'(cm)'];['B Range:',num2str(c),'(cm)','~~',num2str(d),'(cm)']});

下面的程序是绘制岩石圈在地表和地下垂向载荷作用下进行挠曲的示意图。程序中便包含利用元胞数组使title中的字符换行的程序。

如title({'(b)'; 'equilibrium state'})

% % % %-------------------------------

x=-2*pi:0.01:2*pi;

y=sin(x+pi/6);

y1=0*x-3;

y2=0*x-6;

subplot(3,3,1)

plot(x,y,'k',x,y1,'k',x,y2,'k','linewidth',2)

ylim([-6.5 1])

text(x(end)+1,y(end),'surface')

text(x(end)+1,y1(end),'Moho')

text(x(end)+1,y2(end),'LAB')

text(x(1)-2,y(1),'H_I')

title({['(a)'];['initial surface loading']})

axis off

y=sin(x+pi/6)*3/5;

y1=-3-sin(x+pi/6)*2/5;

y2=-6-sin(x+pi/6)*2/5;

subplot(3,3,2)

plot(x,y,'k',x,y1,'k',x,y2,'k','linewidth',2)

hold on

y1=0*x-3;

y2=0*x-6;

plot(x,y1,'k--',x,y2,'k--','linewidth',2)

text(x(end)+1,y(end),'surface')

text(x(end)+1,y1(end),'Moho')

text(x(end)+1,y2(end),'LAB')

text(x(1)-3,y(1),'H_T')

text(x(1)-3,y1(1),'W_T')

text(x(1)-3,y2(1),'W_T')

title({'(b)'; 'equilibrium state'})

ylim([-6.5 1])

axis off

y=0*x;

y1=-3+sin(x-pi/4);

y2=0*x-6;

subplot(3,3,7)

plot(x,y,'k',x,y1,'k',x,y2,'k','linewidth',2)

ylim([-6.5 1])

text(x(end)+1,y(end),'surface')

text(x(end)+1,y1(end),'Moho')

text(x(end)+1,y2(end),'LAB')

text(x(1)-3,y1(1),'W_I')

title({'(c)';'initial Moho loading'})

axis off

y=-sin(x-pi/4)*1/5;

y1=-3+sin(x-pi/4)*4/5;

y2=-6-sin(x-pi/4)*1/5;

subplot(3,3,8)

plot(x,y,'k',x,y1,'k',x,y2,'k','linewidth',2)

hold on

y=0*x;

y2=0*x-6;

plot(x,y,'k--',x,y2,'k--','linewidth',2)

text(x(end)+1,y(end),'surface')

text(x(end)+1,y1(end),'Moho')

text(x(end)+1,y2(end),'LAB')

text(x(1)-3,y(1),'H_B')

text(x(1)-3,y1(1),'W_B')

text(x(1)-3,y2(1),'H_B')

title({'(d)';'equilibrium state'})

ylim([-6.5 1])

axis off

y=sin(x+pi/6)*3/5-sin(x-pi/4)*1/5;

y1=-3-sin(x+pi/6)*2/5+sin(x-pi/4)*4/5;

y2=-6-sin(x-pi/4)*1/5-sin(x+pi/6)*2/5;

subplot(3,3,6)

plot(x,y,'k',x,y1,'k',x,y2,'k','linewidth',2)

hold on

y2=0*x-6;

plot(x,y2,'k--','linewidth',2)

ylim([-6.5 1])

text(x(end)+1,y(end),'surface')

text(x(end)+1,y1(end),'Moho')

text(x(end)+1,y2(end),'LAB')

text(x(1)-3,y(1),'H')

text(x(1)-3,y1(1),'W')

text(x(1)-6,y2(1),'W_T+H_B')

title({'(e)';'integrated equilibrium state'})

axis off

% % % %-------------------------------