matlab程序运行不了,clear clc   tic n=1000;h=linspace(0,0.5,n);  ii=3;  b=0.15;  R=0.111;      %驱动轮A与转向轮横向偏距a1a1=0.08;     %驱动轮B与转向轮横向偏距a2a2=0.08;

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matlab程序运行不了,clearclc   tic n=1000;h=linspace(0,0.5,n);  ii=3;  b=0.15;  R=0.111;      %驱动轮A与转向轮横向偏距

matlab程序运行不了,clear clc   tic n=1000;h=linspace(0,0.5,n);  ii=3;  b=0.15;  R=0.111;      %驱动轮A与转向轮横向偏距a1a1=0.08;     %驱动轮B与转向轮横向偏距a2a2=0.08;
matlab程序运行不了,
clear
clc   
tic 
n=1000;
h=linspace(0,0.5,n);  
ii=3;  
b=0.15;  
R=0.111;   
   %驱动轮A与转向轮横向偏距a1
a1=0.08;  
   %驱动轮B与转向轮横向偏距a2
a2=0.08;   
   %曲柄半径r1
r1=0.01347;   
   %绳轮半径r2
r2=0.006;  
   %驱动轴与转向轮的距离d
d=0.18;   
   %转向杆的长c
c=0.06;   
l=sqrt(b^2+r1^2)+(0.351)/1000;   
   %算法
g=-10;  
sd2=h/r2;   
sd1=sd2/ii+pi/2;   
C=l^2-2*c^2-r1^2.*(cos(sd1)).^2-(b-r1.*sin(sd1)).^2;
A=2.*c.*(b-r1.*sin(sd1));
B=-2*c^2;
af=asin(C./sqrt(A.^2+B.^2))-atan(B./A);
format long  
rou=a1+(d)./(tan(af));
s=sd2*R;
ds=s(2)-s(1);   
dbd=ds./(rou);
bd=cumsum(dbd);
dy=ds*cos(bd);
dx=-ds*sin(bd);
x=cumsum(dx);
y=cumsum(dy);
xb=x-(a1+a2).*cos(bd);  
yb=y-(a1+a2).*sin(bd);
xc=x-a1*cos(bd)-d*sin(bd);
yc=y-a1*sin(bd)+d*cos(bd);
plot(x,y,'b',xb,yb,'b',xc,yc,'m');
hold on
grid on
for i=1:9
t=0:0.01:2*pi;
xy=0.01.*cos(t)-0.23;
yy=0.01.*sin(t)+i;
plot(xy,yy);
hold on
end  
toc

matlab程序运行不了,clear clc   tic n=1000;h=linspace(0,0.5,n);  ii=3;  b=0.15;  R=0.111;      %驱动轮A与转向轮横向偏距a1a1=0.08;     %驱动轮B与转向轮横向偏距a2a2=0.08;
可以运行啊

如下图所示

Elapsed time is 0.057728 seconds.