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📄 sgareport.txt

📁 标准遗传算法源码 C语言编程 求解函数优化问题。
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Indiv  Parents   xsite    x        Fitness     String
  0>: ( 29,  3)   20     0.8910     1.2491     10100001010111010001
  1>: ( 29,  3)   20     1.6428     2.6014     11100001100001011001
  2>: ( 47, 35)   20     1.6703     2.3420     11100011110111011001
  3>: ( 47, 35)   20     1.8285     2.4263     11110001010111010001
  4>: ( 39,  0)   20     1.6293     2.2956     11100000010111010001
  5>: ( 39,  0)   20     1.6467     2.6382     11100001110110110000
  6>: ( 44, 36)   20     1.4445     2.4231     11010000100110010011
  7>: ( 44, 36)   20     1.6436     2.6099     11100001100101010011
  8>: (  2, 33)   20     1.4445     2.4231     11010000100110010001
  9>: (  2, 33)   20     1.6553     2.6327     11100010100101010001
 10>: (  1, 33)   20     1.2687     2.0564     11000001100110000001
 11>: (  1, 33)   20     1.6553     2.6327     11100010100101010001
 12>: ( 12, 16)   20     1.6469     2.6389     11100001110111011001
 13>: ( 12, 16)   20     0.1468     0.8539     01100001110111010011
 14>: ( 24, 26)   20     1.8284     2.4240     11110001010110111011
 15>: ( 24, 26)   20     1.6553     2.6327     11100010100101010001
 16>: ( 13,  9)   20     1.6428     2.6005     11100001100001000001
 17>: ( 13,  9)   20     1.6435     2.6099     11100001100101010001
 18>: ( 33, 30)   20     1.6553     2.6327     11100010100101010001
 19>: ( 33, 30)   20     1.6468     2.6383     11100001110110111011
 20>: ( 46, 30)   20     1.6435     2.6099     11100001100101010001
 21>: ( 46, 30)   20     1.6468     2.6383     11100001110110111011
 22>: ( 19, 36)   20     1.4445     2.4231     11010000100110010011
 23>: ( 19, 36)   20     1.6436     2.6099     11100001100101010011
 24>: ( 48,  3)    8     1.6428     2.6014     11100001100001011001
 25>: ( 48,  3)    8     1.6428     2.6015     11100001100001011011
 26>: ( 43, 40)   20     1.8310     2.5159     11110001100101010001
 27>: ( 43, 40)   20     1.6428     2.6011     11100001100001010001
 28>: ( 32,  6)   20     0.1669     0.8561     01100011100100111001
 29>: ( 32,  6)   20     1.6293     2.2956     11100000010111010001
 30>: ( 21, 20)   20     0.8924     1.2115     10100001011110111011
 31>: ( 21, 20)   20     1.7607    -0.6616     11101011100101010001
 32>: (  3,  9)   15     1.6428     2.6012     11100001100001010011
 33>: (  3,  9)   15     1.6436     2.6101     11100001100101011001
 34>: ( 41, 28)   20     1.6552     2.6332     11100010100100111001
 35>: ( 41, 28)   20     1.6293     2.2963     11100000010111011001
 36>: ( 19, 46)   20     1.4445     2.4231     11010000100110010011
 37>: ( 19, 46)   20     1.6435     2.6099     11100001100101010001
 38>: ( 25,  8)   20     1.4445     2.4231     11010000100110010001
 39>: ( 25,  8)   20     1.6408     2.5727     11100001010110010001
 40>: ( 35, 38)   20     1.8285     2.4263     11110001010111010001
 41>: ( 35, 38)   20     1.6428     2.6005     11100001100001000001
 42>: ( 43, 34)   20     1.6377     2.5166     11100001000101010001
 43>: ( 43, 34)   20     0.8851     1.4004     10100000110110111011
 44>: (  1, 24)   15     1.2688     2.0548     11000001100110011011
 45>: (  1, 24)   15     1.8283     2.4213     11110001010110100001
 46>: ( 18, 17)   20     0.8793     1.5327     10100000010111011001
 47>: ( 18, 17)   20     1.4445     2.4233     11010000100110011001
 48>: ( 23, 36)    6     0.8935     1.1798     10100001100101010011
 49>: ( 23, 36)    6     1.6428     2.6011     11100001100001010001
________________________________________________________________________________
    Result:
Generation Calculated(nGen) = 13
Average Fitness =   2.2598
Chromosome Value with Max Fitness = (12,1.646864)
Max Fitness = 2.638875
Chromosome Value with Min Fitness = (31,1.760732)
Min Fitness = -0.661595
Crossover Num = 68
Mutate Num = 141
________________________________________________________________________________
    Population Report:
Generation: 14
Indiv  Parents   xsite    x        Fitness     String
  0>: ( 25,  6)   20     1.6428     2.6015     11100001100001011011
  1>: ( 25,  6)   20     1.4445     2.4231     11010000100110010011
  2>: (  9, 49)   20     1.6582     2.6036     11100010110101010001
  3>: (  9, 49)   20     1.6428     2.6011     11100001100001010001
  4>: ( 12, 21)   20     1.6469     2.6389     11100001110111011001
  5>: ( 12, 21)   20     1.6468     2.6383     11100001110110111011
  6>: ( 16,  9)   20     1.6428     2.6005     11100001100001000001
  7>: ( 16,  9)   20     1.6670     2.4353     11100011100101010001
  8>: ( 48, 47)   20     0.8935     1.1798     10100001100101010011
  9>: ( 48, 47)   20     1.4445     2.4233     11010000100110011001
 10>: ( 47, 40)   20     1.5383    -0.4352     11011000100110011001
 11>: ( 47, 40)   20     1.8285     2.4263     11110001010111010001
 12>: ( 38, 14)    5     1.4534     2.4450     11010001010110111011
 13>: ( 38, 14)    5     1.8195     2.0467     11110000100110010001
 14>: ( 40, 10)    0     1.2687     2.0564     11000001100110000001
 15>: ( 40, 10)    0     1.8285     2.4263     11110001010111010001
 16>: ( 42,  6)   20     1.6377     2.5166     11100001000101010001
 17>: ( 42,  6)   20     1.4445     2.4231     11010000100110010011
 18>: (  5, 18)   20     1.6467     2.6382     11100001110110110000
 19>: (  5, 18)   20     1.6553     2.6327     11100010100101010001
 20>: (  3, 25)   20     1.9215    -0.2014     11111001010011010001
 21>: (  3, 25)   20     1.6428     2.6015     11100001100001011011
 22>: ( 22, 11)   20     1.4445     2.4231     11010000100110010011
 23>: ( 22, 11)   20     1.6553     2.6327     11100010100101010001
 24>: (  5, 23)   20     1.6467     2.6382     11100001110110110000
 25>: (  5, 23)   20     1.6436     2.6099     11100001100101010011
 26>: (  8,  8)   20     1.4445     2.4231     11010000100110010001
 27>: (  8,  8)   20     1.4445     2.4231     11010000100110010001
 28>: ( 37, 37)    1     1.6465     2.6364     11100001110101010001
 29>: ( 37, 37)    1     1.6436     2.6099     11100001100101010011
 30>: ( 24, 43)   20     1.6428     2.6014     11100001100001011001
 31>: ( 24, 43)   20     0.5042     0.9337     10000000010110111011
 32>: ( 25, 23)   20     1.6427     2.5992     11100001100000011011
 33>: ( 25, 23)   20     1.6436     2.6099     11100001100101010011
 34>: ( 39, 43)    9     1.6409     2.5746     11100001010110111011
 35>: ( 39, 43)    9     0.8849     1.4033     10100000110110010001
 36>: ( 41, 26)   20     1.6428     2.6005     11100001100001000001
 37>: ( 41, 26)   20     1.8310     2.5159     11110001100101010001
 38>: ( 15, 23)   20     1.6553     2.6327     11100010100101010001
 39>: ( 15, 23)   20     1.6436     2.6099     11100001100101010011
 40>: ( 19, 22)   20     1.6468     2.6383     11100001110110111011
 41>: ( 19, 22)   20     1.4445     2.4231     11010000100110010011
 42>: ( 37, 16)   20     1.6435     2.6099     11100001100101010001
 43>: ( 37, 16)   20     1.6428     2.6005     11100001100001000001
 44>: (  9, 45)   20     1.6553     2.6327     11100010100101010001
 45>: (  9, 45)   20     1.8283     2.4213     11110001010110100001
 46>: (  9, 19)   20     1.6553     2.6327     11100010100101010001
 47>: (  9, 19)   20     1.6468     2.6383     11100001110110111011
 48>: ( 41, 12)   20     1.6428     2.6005     11100001100001000001
 49>: ( 41, 12)   20     1.6469     2.6389     11100001110111011001
________________________________________________________________________________
    Result:
Generation Calculated(nGen) = 14
Average Fitness =   2.3407
Chromosome Value with Max Fitness = ( 4,1.646864)
Max Fitness = 2.638875
Chromosome Value with Min Fitness = (10,1.538282)
Min Fitness = -0.435217
Crossover Num = 72
Mutate Num = 151
________________________________________________________________________________
    Population Report:
Generation: 15
Indiv  Parents   xsite    x        Fitness     String
  0>: ( 49, 32)   20     0.8969     1.0882     10100001110111011001
  1>: ( 49, 32)   20     1.6427     2.5992     11100001100000011011
  2>: ( 32,  6)   20     1.6427     2.5992     11100001100000011011
  3>: ( 32,  6)   20     1.6428     2.6005     11100001100001000001
  4>: ( 43, 34)   20     1.6428     2.6005     11100001100001000001
  5>: ( 43, 34)   20     1.6409     2.5746     11100001010110111011
  6>: ( 34,  7)   18     1.6409     2.5745     11100001010110111001
  7>: ( 34,  7)   18     1.6670     2.4352     11100011100101010011
  8>: ( 19, 34)   20     1.6553     2.6327     11100010100101010001
  9>: ( 19, 34)   20     1.6409     2.5746     11100001010110111011
 10>: ( 21, 34)   20     1.6428     2.6015     11100001100001011011
 11>: ( 21, 34)   20     1.6409     2.5746     11100001010110111011
 12>: (  7, 47)   20     1.6670     2.4353     11100011100101010001
 13>: (  7, 47)   20     1.6468     2.6383     11100001110110111011
 14>: ( 33,  2)   20     1.6436     2.6099     11100001100101010011
 15>: ( 33,  2)   20     1.6582     2.6036     11100010110101010001
 16>: (  5, 11)   20     1.6468     2.6383     11100001110110111011
 17>: (  5, 11)   20     1.8285     2.4263     11110001010111010001
 18>: ( 44, 22)    2     1.4445     2.4231     11010000100110010011
 19>: ( 44, 22)    2     1.6553     2.6327     11100010100101010001
 20>: ( 34, 31)   20     1.6468     2.6383     11100001110110111011
 21>: ( 34, 31)   20     1.6469     2.6389     11100001110111011001
 22>: ( 39, 22)   20     1.6436     2.6099     11100001100101010011
 23>: ( 39, 22)   20     1.4445     2.4231     11010000100110010011
 24>: ( 13, 12)   20     1.8195     2.0467     11110000100110010001
 25>: ( 13, 12)   20     1.4534     2.4450     11010001010110111011
 26>: ( 44, 30)   20     1.6553     2.6327     11100010100101010001
 27>: ( 44, 30)   20     1.6428     2.6014     11100001100001011001
 28>: ( 46,  2)   20     1.6553     2.6327     11100010100101010001
 29>: ( 46,  2)   20     1.6582     2.6036     11100010110101010001
 30>: (  1,  4)    6     1.4594     2.3967     11010001110111011001
 31>: (  1,  4)    6     1.6320     2.3784     11100000100110010011
 32>: (  6, 47)   20     0.8928     1.2012     10100001100001000001
 33>: (  6, 47)   20     1.6468     2.6383     11100001110110111011
 34>: ( 18, 37)   20     1.6467     2.6382     11100001110110110000
 35>: ( 18, 37)   20     1.8310     2.5159     11110001100101010001
 36>: ( 43, 48)   20     1.6428     2.6005     11100001100001000001
 37>: ( 43, 48)   20     1.6310     2.3504     11100000100001000001
 38>: (  3,  1)   20     1.6428     2.6011     11100001100001010001
 39>: (  3,  1)   20     1.4445     2.4231     11010000100110010011
 40>: (  0,  6)    1     1.8303     2.4897     11110001100001000001
 41>: (  0,  6)    1     1.6428     2.6015     11100001100001011011
 42>: ( 25,  5)   20     1.6436     2.6099     11100001100101010011
 43>: ( 25,  5)   20     1.6468     2.6383     11100001110110111011
 44>: ( 24, 18)   20     1.6467     2.6382     11100001110110110000
 45>: ( 24, 18)   20     1.6321     2.3807     11100000100110110000
 46>: ( 11, 27)   20     1.8285     2.4263     11110001010111010001
 47>: ( 11, 27)   20     1.4445     2.4231     11010000100110010001
 48>: ( 40, 23)   20     1.6468     2.6383     11100001110110111011
 49>: ( 40, 23)   20     1.6553     2.6326     11100010100101010101
________________________________________________________________________________
    Result:
Generation Calculated(nGen) = 15
Average Fitness =   2.4871
Chromosome Value with Max Fitness = (21,1.646864)
Max Fitness = 2.638875
Chromosome Value with Min Fitness = ( 0,0.896863)
Min Fitness = 1.088249
Crossover Num = 76
Mutate Num = 159
________________________________________________________________________________
    Population Report:
Generation: 16
Indiv  Parents   xsite    x        Fitness     String
  0>: ( 37, 35)   20     1.6310     2.3504     11100000100001000001
  1>: ( 37, 35)   20     1.9248    -0.3522     11111001100101010001
  2>: ( 29, 14)   20     1.6582     2.6036     11100010110101010001
  3>: ( 29, 14)   20     1.6436     2.6099     11100001100101010011
  4>: ( 41, 34)   20     1.6428     2.6015     11100001100001011011
  5>: ( 41, 34)   20     1.6467     2.6382     11100001110110110000
  6>: ( 11, 43)   20     1.6468     2.6383     11100001110110111011
  7>: ( 11, 43)   20     1.6468     2.6383     11100001110110111011
  8>: ( 47, 46)   20     1.4445     2.4231     11010000100110010001
  9>: ( 47, 46)   20     1.8277     2.3991     11110001010011010001
 10>: ( 19, 26)   18     1.6545     2.6378     11100010100001010001
 11>: ( 19, 26)   18     1.6553     2.6327     11100010100101010001
 12>: ( 39, 32)   20     1.4446     2.4239     11010000100110110011
 13>: ( 39, 32)   20     0.8928     1.2012     10100001100001000001
 14>: ( 29, 19)   20     1.6582     2.6036     11100010110101010001
 15>: ( 29, 19)   20     1.6553     2.6327     11100010100101010001
 16>: ( 35, 11)    1     1.6408     2.5732     11100001010110011011
 17>: ( 35, 11)    1     0.3310     0.7259     011100011001

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