clear
for j=1:25
AA=1/3*rand(1);
Aa=((1-AA)*1/2)*rand(1);
aa=1-AA-Aa;
K=AA+Aa+aa;
for i=1:2
x(i)=AA(i)*AA(i)+AA(i)*Aa(i)*1/2+Aa(i)*AA(i)*1/2+Aa(i)*Aa(i)*1/4;
y(i)=AA(i)*Aa(i)*1/2+AA(i)*aa(i)+Aa(i)*AA(i)*1/2+Aa(i)*Aa(i)*1/2+Aa(i)*aa(i)*1/2+aa(i)*AA(i)+aa(i)*Aa(i)*1/2;
z(i)=aa(i)*aa(i)+Aa(i)*Aa(i)*1/4+Aa(i)*aa(i)*1/2+aa(i)*Aa(i)*1/2;
k=x+y+z;
AA(i+1)=x(i);
Aa(i+1)=y(i);
aa(i+1)=z(i);
end
tu=[AA,;Aa,;aa,];
subplot(5,5,j);
plot(1:3,tu');
grid on
title(j);
legend('AA','Aa','aa');
end
南京邮电大学数学实验，采用R2023b版MATLAB.zip
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2024-04-28
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南京邮电大学数学实验，采用R2023b版MATLAB.zip （36个子文件） 
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gwj4_8.m 549B 4.3 gwj4_3.m 163B 1.2 gwj1_2.m 77B 4.6 gwj4_6.m 337B 3.3 gwj3_3.m 324B 4.5 gwj4_5.m 465B 1.7 1.7.1 g.m 101B f.m 85B 1.7.2 g.m 102B f.m 80B 2.3 Martin.m 197B 1.9 gwj1_9.m 156B 1.6 gwj1_6.m 180B 1.3 gwj1_3.m 130B 2.4 gwj2_4.m 302B 4.1 gwj4_1.m 204B 2.1 dd.m 100B gwj2_1.m 141B 1.1 gwj1_1.m 139B 1.11 gwj1_11.m 102B 3.4 gwj3_4.m 467B 1.12 gwj1_12.m 517B 1.10 gwj1_10.m 46B 1.5 gwj1_5.m 85B 2.2 gwj2_2.m 196B 3.1 gwj3_1.m 161B 4.7 gwj4_7.m 352B 1.4 gwj1_4.m 139B 4.4 gwj4_4.m 326B 4.9 gwj4_9.m 341B 2.5 gwj2_5.m 428B 综合练习 v2.m 608B v1.m 539B v3.m 606B 1.8 gwj1_8_1.m 99B gwj1_8_2.m 106B资源评论
