format version = 1.0
 
 
 begin solution of problem ss_clock1                     
 
 date = 15-Nov-08 12:58:00
 url = http://www.cs.chalmers.se/~dag/identification
 
 // Settings for the Gennemark & Wedelin (2007) algorithm
 randomStarts_ =  8  1
 smoothingParameter =   0.2
 randomSeed =  4
 
 
 // ALPHA
 alpha_1 =   9.33679684E-08
 alpha_2 =   0.054756869
 alpha_3 =   13.792889
 alpha_4 =   6.3922616
 alpha_5 =   0.0223747214
 alpha_6 =   3.09641402E-05
 alpha_7 =   1.60086842E-08
 
 // BETA
 beta_1 =   0.074305223
 beta_2 =   10.4470564
 beta_3 =   0.00466732459
 beta_4 =   6.39141631
 beta_5 =   11.9915228
 beta_6 =   0.0681691646
 beta_7 =   0.
 
 // G
 g has defaultValue = 0
 g_1_3 =   2.98328262
 g_2_4 =   1.2700267
 g_4_7 =   2.71813537
 g_5_4 =   1.4928856
 
 // H
 h has defaultValue = 0
 h_1_1 =   2.43716433
 h_1_6 =   1.21975982
 h_3_5 =   1.50128293
 h_4_2 =   2.19880991E-05
 h_4_7 =   2.71813865
 h_6_6 =   1.39425067
 
 
 // INITIAL VALUES
 
variable_1 of experiment_1
has initialValue =     0.1694E+02
 
variable_2 of experiment_1
has initialValue =     0.2457E+03
 
variable_3 of experiment_1
has initialValue =     0.9935E+02
 
variable_4 of experiment_1
has initialValue =     0.7905E+02
 
variable_5 of experiment_1
has initialValue =     0.2772E+03
 
variable_6 of experiment_1
has initialValue =     0.2024E+02
 
variable_7 of experiment_1
has initialValue =     0.1225E+03
 
  
 
 // ERROR 
 // error = -L + lambda * K
 // residual = -L
 error =   1006.46171
 residual =   891.461706
  
 end of solution of problem ss_clock1