huxingbanjing.m

画图:对数据采集卡采集的数据画图并分析。MATLAB编的一个实用小程序

function myfun1=fun()
clear all;


A=load('d2.dat');
B=load('d3.dat');
C=load('d4.dat');%size(A)
D=load('d5.dat');
E=load('d8.dat');
F=load('d10.dat');
G=load('d15.dat');
H=load('d20.dat');
I=load('d30.dat');
J=load('d40.dat');



for n=0:5
    x1=0;
    y1=0;
    
    x2=0;
    y2=0;
    
    x3=0;
    y3=0;
    
    x4=0;
    y4=0;
     
     x5=0;
     y5=0;
     
     x6=0;      
    y6=0;
    
    x7=0;
    y7=0;
    
    x8=0;
    y8=0;
    
     x9=0;
    y9=0;
    
      
     x10=0;
    y10=0;

for i=1:1000;
   i=i+n*1000;
    x1(i)=A(i,1);
    y1(i)=A(i,2);
    
    x2(i)=B(i,1);
    y2(i)=B(i,2);
    
     x3(i)=C(i,1);
    y3(i)=C(i,2);
    
    x4(i)=D(i,1);
    y4(i)=D(i,2); 
    
    x5(i)=E(i,1);
     y5(i)=E(i,2); 
     
    x6(i)=F(i,1);
    y6(i)=F(i,2); 
    
    x7(i)=G(i,1);
    y7(i)=G(i,2); 
    
    x8(i)=H(i,1);
    y8(i)=H(i,2);
    
     x9(i)=I(i,1);
     y9(i)=I(i,2);
     
     x9(i)=J(i,1);
     y9(i)=J(i,2);
end

figure;
plot(x1,y1,'red');
hold on
plot(x2,y2,'color',[0.77,0.3,0]);
plot(x3,y3,'yellow');
plot(x4,y4,'color',[0,0.5,0]);
plot(x5,y5,'cyan');
plot(x6,y6,'blue');
plot(x7,y7,'color',[0,0,0.23]);
plot(x8,y8,'color',[1,0,0.6]);

plot(x9,y9,'color',[0.4,0,0.1]);

plot(x10,y10,'black');

end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=A(i,1);
    y1(i)=A(i,2);
end
hold on
plot(x1,y1,'red');
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=B(i,1);
    y1(i)=B(i,2);
end
hold on
plot(x1,y1,'color',[0.77,0.3,0]);
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=C(i,1);
    y1(i)=C(i,2);
end
hold on
plot(x1,y1,'yellow');
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=D(i,1);
    y1(i)=D(i,2);
end
hold on
plot(x1,y1,'color',[0,0.5,0]);
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=E(i,1);
    y1(i)=E(i,2);
end
hold on
plot(x1,y1,'cyan');
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=F(i,1);
    y1(i)=F(i,2);
end
hold on
plot(x1,y1,'blue');
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=G(i,1);
    y1(i)=G(i,2);
end
hold on
plot(x1,y1,'color',[0,0,0.23]);
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=H(i,1);
    y1(i)=H(i,2);
end
hold on
plot(x1,y1,'color',[1,0,0.6]);
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=I(i,1);
    y1(i)=I(i,2);
end
hold on
plot(x1,y1,'color',[0.4,0,0.1]);
end

figure
for n=0:5
    x1=0;
    y1=0;
for i=1:1000;
   i=i+n*1000;
    x1(i)=J(i,1);
    y1(i)=J(i,2);
end
hold on
plot(x1,y1,'black');
end