电梯调控问题的数学模型(4)

2018-11-29 16:13

end

N2(i)=S-N1(i);

T1(i)=6*2+16*(i-2)+8; T2(i)=6*i+16*(14-i)+8; r1(i)=0.8*N1(i)/1800; r2(i)=0.8*N2(i)/1800; for k=1:2

F1(i,k)=max(r1(i)*T1(i)/k,r2(i)*T2(i)/(3-k)); end

F2(i)=0.8*N1(i)*T1(i)/20+0.8*N2(i)*T2(i)/20; end

for m=1:2

F1(1,m)=inf; end

F2(1)=inf;

A=min(min(F1)); B=min(F2); for i=2:14 for j=1:2

F3(i,j)=0.8*(F1(i,j)/A-1)^2+0.2*(F2(i)/B-1)^2; end end

for m=1:2

F3(1,m)=inf; end

C=min(min(F3)); for i=2:14 for j=1:2

if F3(i,j)==C I=i J=j break; end end end

附录三：将第2部分分成两部分 clc;clear;

rs=[0 208 177 222 130 181 191 236 236 139 272 272 272 270 300 264 200 200 200 200 207 207]; S=0;

for i=15:22 S=S+rs(i); end

for i=15:22

N1(i)=0; for j=15:i-1

N1(i)=N1(i)+rs(j); end

N2(i)=S-N1(i);

T1(i)=6*2+16*(i-14)+8; T2(i)=6*i+16*(23-i)+8; r1(i)=0.8*N1(i)/1800; r2(i)=0.8*N2(i)/1800; for k=1:2

F1(i,k)=max(r1(i)*T1(i)/k,r2(i)*T2(i)/(3-k)); end

F2(i)=0.8*N1(i)*T1(i)/20+0.8*N2(i)*T2(i)/20; end

for i=1:14 for m=1:2 F1(i,m)=inf; end end

for i=1:14 F2(i)=inf; end

A=min(min(F1)); B=min(F2); for i=15:22 for j=1:2

F3(i,j)=0.8*(F1(i,j)/A-1)^2+0.2*(F2(i)/B-1)^2; end end

for i=1:14 for m=1:2 F3(i,m)=inf; end end

C=min(min(F3)); for i=15:22 for j=1:2

if F3(i,j)==C I=i J=j break; end end end

附录四：将分成四部分后的第2部分分成两部分 clc;clear;

rs=[0 208 177 222 130 181 191 236 236 139 272 272 272 270 300 264 200 200 200 200 207 207]; S=0;

for i=8:14 S=S+rs(i); end

for i=9:14 N1(i)=0; for j=8:i-1

N1(i)=N1(i)+rs(j); end

N2(i)=S-N1(i);

T1(i)=6*2+16*(i-8)+8; T2(i)=6*i+16*(15-i)+8; r1(i)=0.8*N1(i)/1800; r2(i)=0.8*N2(i)/1800;

F1(i)=max(r1(i)*T1(i)/1,r2(i)*T2(i)/1);

F2(i)=0.8*N1(i)*T1(i)/20+0.8*N2(i)*T2(i)/20; end

for i=1:8

F1(i)=inf; end

for i=1:8 F2(i)=inf; end

A=min(min(F1)); B=min(F2); for i=9:14

F3(i)=0.8*(F1(i)/A-1)^2+0.2*(F2(i)/B-1)^2; end

for i=1:8

F3(i)=inf; end

C=min(min(F3)); for i=9:14

if F3(i)==C I=i break; end end

附录五：将分成四部分的第3部分分成两部分 clc;clear;

rs=[0 208 177 222 130 181 191 236 236 139 272 272 272 270 300 264 200 200 200 200 207 207]; S=0;

for i=8:14 S=S+rs(i); end

for i=9:14 N1(i)=0; for j=8:i-1

N1(i)=N1(i)+rs(j); end

N2(i)=S-N1(i);

T1(i)=6*2+16*(i-8)+8; T2(i)=6*i+16*(15-i)+8; r1(i)=0.8*N1(i)/1800; r2(i)=0.8*N2(i)/1800;

F1(i)=max(r1(i)*T1(i)/1,r2(i)*T2(i)/1);

F2(i)=0.8*N1(i)*T1(i)/20+0.8*N2(i)*T2(i)/20; end

for i=1:8

F1(i)=inf; end

for i=1:8 F2(i)=inf; end

A=min(min(F1)); B=min(F2); for i=9:14

F3(i)=0.8*(F1(i)/A-1)^2+0.2*(F2(i)/B-1)^2; end

for i=1:8

F3(i)=inf; end

C=min(min(F3)); for i=9:14

if F3(i)==C I=i break; end end

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