我想使用xfpoly
生成边界,并使用xs2pdf
保存它们。然后我想在这些边界中显示2个函数的图,为这些函数添加图例并再次保存图像。
我的代码如下......
clear; clc; xdel(winsid());
t = -2:0.01:2;
x_1 = t.^2; x_2 = t.^4;
xfpoly([-3 -2 -2 -3], [0 0 16 16], color('grey'));
ax = gca();
ax.auto_clear = 'off'; ax.data_bounds = [-3, 0; 3, 3];
ax.box = 'on';
ax.axes_visible = ['on','on','off']; ax.tight_limits = ['on','on','off'];
xfpoly([2 3 3 2], [0 0 16 16], color('grey'));
xfpoly([-1 1 1 -1], [1 1 16 16], color('grey'));
xs2pdf(gcf(), 'fig_1');
plot2d(t, [x_1', x_2'], [color('green'), color('red')]);
legend(['t^2'; 't^4']);
leg_ent = gce();
leg_ent.text = ['';'';'';'t^2'; 't^4']
xs2pdf(gcf(), 'fig_2');
答案 0 :(得分:0)
你想要这样的东西吗?
{{1}}
答案 1 :(得分:0)
Atilla's answer使用pause
命令将我带到了这个解决方案:
clear; clc; xdel(winsid());
t = -2:0.01:2;
x_1 = t.^2; x_2 = t.^4;
plot2d(t, [x_1', x_2'], [color('green'), color('red')]); plot_1 = gce();
legend(['t^2'; 't^4']); leg_1 = gce();
plot_1.visible = 'off'; leg_1.visible = 'off';
xfpoly([-3 -2 -2 -3], [0 0 16 16], color('grey'));
xfpoly([2 3 3 2], [0 0 16 16], color('grey'));
xfpoly([-1 1 1 -1], [1 1 16 16], color('grey'));
ax = gca();
ax.box = 'on';
xs2pdf(gcf(), 'fig_1');
// pause
plot_1.visible = 'on'; leg_1.visible = 'on';
xs2pdf(gcf(), 'fig_2');