Number of Factors M 7 
Number of of columns of matrix c R 0 
Multi-step prognose indicator V 1 
Multi-step optimization indicator W 0 
Number of prognose repetitions K 10 
indicator of simulated annealing SA 0 
temperature of simulated annealing ST 1.000000e+04 
number of simulated annealing iterations  SI 100  
starting number of AR parameters Ps 7  
minimal number of AR parameters Pmin 7  
minimal number of MA parameters Qmin 0  
maximal number of AR parameters Pmax 7  
maximal number of MA parameters Qmax 0  
number of data entries T 840  
number of  entries for a and b optimization T0 280  
number of  entries for P and Q optimization T1 560  
indicator of variance F 0  
Global Max Iterat 35 
Local Max Iterat 140 
b-Bounds 1.000000e+00 
Diskret Params Init (Ps-AR params, Qs-MA params,ts-starting time) :  Ps Qs ts  = 7 0 0  
Diskret  Params Step :  dP dQ dt = 7 1 1 
Diskret  Params Max :  Pmax Qmax tmax = 7 0 0 
Start AR:  l=0_Ps a[l] =  -3.156994e-01 
Start AR:  l=0_Ps a[l] =  4.111079e-01 
Start AR:  l=0_Ps a[l] =  7.344825e-01 
Start AR:  l=0_Ps a[l] =  2.741598e+00 
Start AR:  l=0_Ps a[l] =  -3.187447e-01 
Start AR:  l=0_Ps a[l] =  3.426120e-02 
Start AR:  l=0_Ps a[l] =  5.556671e-01 
Start Results: opt delta_perc delta_mean= 1.133955e+01  1.676654e+02  8.680780e+00  
Start Discret: Po Qo to   opt   delta_perc  delta_mean = 7 0 0 1.133955e+01 1.676654e+02 8.680780e+00  
Start  AR:  l=0_Po  a[l] =  -3.156994e-01  
Start  AR:  l=0_Po  a[l] =  4.111079e-01  
Start  AR:  l=0_Po  a[l] =  7.344825e-01  
Start  AR:  l=0_Po  a[l] =  2.741598e+00  
Start  AR:  l=0_Po  a[l] =  -3.187447e-01  
Start  AR:  l=0_Po  a[l] =  3.426120e-02  
Start  AR:  l=0_Po  a[l] =  5.556671e-01  
Finish Discret: Po Qo toP Q t0 opt delta_perc delta_mean= 7  0  0       7  0  0      1.133955e+01  1.676654e+02  8.680780e+00   
Finish  ARo:  l=0_P  a[l] = -3.156994e-01  
Finish  ARo:  l=0_P  a[l] = 4.111079e-01  
Finish  ARo:  l=0_P  a[l] = 7.344825e-01  
Finish  ARo:  l=0_P  a[l] = 2.741598e+00  
Finish  ARo:  l=0_P  a[l] = -3.187447e-01  
Finish  ARo:  l=0_P  a[l] = 3.426120e-02  
Finish  ARo:  l=0_P  a[l] = 5.556671e-01  
Finish: sigma 0.000000e+00  
Finish progn 6.849648e+00 
Finish: sigma 0.000000e+00