[p=185, null, left]T_max=input('please input the start temprature'); [p=185, null, left]T_min=input('please input the end temprature'); [p=185, null, left]iter_max=input('please input the most interp steps on the fit temp'); [p=140, null, left]* _1 M: Q6 C) Y, V ) ~7 Y" X2 K/ F; ?1 s( l ) g- q. _9 [. l9 H ! v. b. L' r. {( A" B7 H+ M/ g; d1 x, a/ J, z8 q* q+ z) K
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# o0 r9 u3 [# k% A& |" T# p+ X8 Q5 W 9 }4 z1 }! }( K6 x/ ^" `/ @9 p % N0 g2 V! j$ @9 m$ { v/ r( L[p=185, null, left]s_max=input('please input the most steady steps ont the fit temp'); [p=185, null, left]T=T_max; [p=185, null, left]load d:\address.txt; [p=185, null, left]order1=randperm(size(address,1))';%[p=185, null, left][size=174px]生成初始解。 + s* n4 G5 t! y: P% Q6 K[p=185, null, left]plot(address(order1,1),address(order1,2),'*r-') [p=185, null, left]totaldis1=distance(address,order1); [p=185, null, left]while T>=T_min 3 k& {3 x/ R, ?# z G x* p4 ?' k% {, Y
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, H# V! p. _" b! d9 I# |/ q[p=185, null, left]iter_num=1; 2 ]6 E4 T) h2 A% s( s" D4 B. `2 }1 @, y- j: Y
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1 z2 S( R0 b4 `* D3 M ' p7 ?2 H9 o3 U7 k6 p+ Y5 ~% d[p=185, null, left]plot(T,totaldis1) / h- R/ s( P! u1 o- v8 [' F
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[p=185, null, left]hold on 5 y+ n" i, Q+ \0 t$ v$ y! G# z, _: D: f# Y* W
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+ W; m" _; D" d$ s' h! B[p=185, null, left]while iter_num<iter_max&s_num<s_max; 9 w0 T+ Y5 F0 G/ s3 P ( _1 z% O4 Y% t# ^. `/ A& ]' K3 e0 V C
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