l=3,n=8, exp.1

-->l=3,p=5,n=8,show=2,[POP,tcw,ratio,f1,f0]=ftcw(POP,l,p,n,show)
 
    0.    0.    1.    1.    1.     0.0106383  
    0.    0.    1.    1.    1.     0.0106383  
    0.    0.    1.    1.    1.     0.0106383  
    1.    0.    0.    4.    16.    0.1702128  
    0.    0.    0.    0.    0.     0.         
    1.    0.    1.    5.    25.    0.2659574  
    0.    0.    1.    1.    1.     0.0106383  
    1.    1.    1.    7.    49.    0.5212766  
 

 f0  =
 
    0.6914894  
 f1  =
 
    2.3085106  
 ratio  =
 
    3.3384615  
 tcw  =
 
    3.2283598

Mutation does not improve the result.

-->l=3,p=5,n=8,N=(round(tcw)*2)*3, MThreshold=tcw*2,show=2,[POP]=ga(POP,l,p,n,N,
MThreshold,show)

mutation point at = (1, 1)
mutation point at = (4, 1)

Number of Events n * N = 144

 POP  =
 
    23.979592  
    63.77551   
    85.459184  
--------------------- tcw
++++++++++++++++++++++
    85.459184  
    85.459184  
    85.459184  
    85.459184  
    85.459184  
    75.255102  
    85.459184  
    85.459184  
    85.459184  
    85.459184  
    85.459184  
    85.459184  
    75.255102  
    84.438776  
    84.438776

Figure 3.31: worst case convergence time tcw measured with l=3, n=8, exp-1