% rotate the camera, save current figure as tif view(140 + 2*ii,15); 针对3D plot,MATLAB中有view函数来定义图像的视角。 [caz,cel] = view(___),可以得到Az(方位)和El(俯仰角)两个关键参数。相当于得到了相机的位置。 代码中的140(方位)和15(俯仰角)是提前
is the vector from the center of the plot box to (X,Y,Z).rotate(...,ORIGIN) uses the po...
生成的figure窗口上有个Rotate 3D按钮，点一下，再到下面生成的图上右击，选择投影面。会看到标准的三个平面投影图。可以通过改变视角的方法来操作，view(0,90)，view(2)可见xoy平面，view(0,0)可见xoz平面，view(90,0)可见yoz平面，默认视角为view(-37.5,30).可在MATLAB HELP里面查出两个参数...
rotate(h,direction,alpha):将图形的句柄值h的对象绕方向旋转一个角度,h表示是被旋转的对;direction有两种设置方法,球坐标设置法,将其设置为[theta,phi],其单位为‘度’;直角坐标法,也就是[x,y,z];参数alpha是绕方向按照右手法则旋转的角度。 rotate(...,origin):参数origin为方向轴的“支点”坐标,系统默认...
rotate3d:启动三维图形视角的交互设置功能 round:向最近整数圆整 rref:简化矩阵为梯形形式 rsf2csf:实数块对角阵转为复数特征值对角阵 rsums: Riemann和 s save:把内存变量保存为文件 scatter:散点图 scatter3:三维散点图 sec:正割 sech:双曲正割 semilogx:X轴对数刻度坐标图 ...
This behavior is different from that of view and rotate3d, which modify only the viewpoint. example rotate(h,direction,angle,origin) specifies the origin of the axis of rotation. The default origin of the axis of rotation is the center of the plot box. This point is not necessarily the ...
I am trying to display a stick man in 3D. I used to plot3 command and got the current_view .fig (this is default output of Matlab plot3 command) file on the attachment but I would like get a view as shown in the desired_view.png on the attachment. I used rotate3d command with...
"black""k"[0 0 0] "white""w"[1 1 1] To improve performance, the function automatically downsamples the rendered point cloud when you rotate, pan, or zoom in or out by clicking the mouse. Downsampling is not applied for zoom in or out by using the mouse scroll mechanism. When usin...
范例4-14:plotxyz10.m MATLAB 程序设计入门篇:三维立体绘图 NCU MCM 暑期培训 4-2 立体图形与图轴的基本技巧 整理:以 on/off 来切换的指令: 指令hidden on/off zoom on/off rotate3d on/off axis on/off box on/off hold on/off more on/off echo on/off 说明 隐藏(on)或显示(off)被遮盖的 网线...
plot3(X1,Y1,Z1,’PropertyName’,PropertyValue,…):根据指定的属性绘制三维曲线 代码语言:javascript 代码运行次数:0 运行 AI代码解释 theta=0:0.01*pi:2*pi;x=sin(theta);y=cos(theta);z=cos(4*theta);plot3(x,y,z,'LineWidth',2);hold on;theta=0:0.02*pi:2*pi;x=sin(theta);y=cos(theta...