format version = 1.0 begin solution of problem metabol2 date = 13-Nov-08 00:26:20 url = http://www.cs.chalmers.se/~dag/identification // Settings for the Gennemark & Wedelin (2007) algorithm randomStarts_ = 60 1 smoothingParameter = 4.2 randomSeed = 1 // VARIABLE 3 reaction_1 of variable_3 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_2 has parameter k1 = -0.491876023785E+01 has parameter k2 = 0.512532116533E+01 has parameter k3 = 0.101892524044E+01 reaction_2 of variable_3 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_1 has parameter k1 = -0.493814700518E+01 has parameter k2 = 0.497635518945E+01 has parameter k3 = 0.994126211844E+00 reaction_3 of variable_3 has type = michaelisMenten has variable X1 = variable_4 has parameter k1 = 0.981521429381E+00 has parameter k2 = 0.489399208394E+01 reaction_4 of variable_3 has type = michaelisMenten has variable X1 = variable_5 has parameter k1 = 0.977136678037E+00 has parameter k2 = 0.478601707368E+01 // VARIABLE 4 reaction_1 of variable_4 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_1 has parameter k1 = 0.493814700518E+01 has parameter k2 = 0.497635518945E+01 has parameter k3 = 0.994126211844E+00 reaction_2 of variable_4 has type = michaelisMenten has variable X1 = variable_4 has parameter k1 = -0.981521429381E+00 has parameter k2 = 0.489399208394E+01 // VARIABLE 5 reaction_1 of variable_5 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_2 has parameter k1 = 0.491876023785E+01 has parameter k2 = 0.512532116533E+01 has parameter k3 = 0.101892524044E+01 reaction_2 of variable_5 has type = michaelisMenten has variable X1 = variable_5 has parameter k1 = -0.977136678037E+00 has parameter k2 = 0.478601707368E+01 // VARIABLE 6 reaction_1 of variable_6 has type = michaelisMentenNonCompInhib has variable X1 = variable_7 has variable X2 = variable_3 has parameter k1 = 0.980153093421E+01 has parameter k2 = 0.468666714469E+01 has parameter k3 = 0.995219372325E+00 reaction_2 of variable_6 has type = michaelisMenten has variable X1 = variable_6 has parameter k1 = -0.100853700633E+01 has parameter k2 = 0.523891773590E+01 // VARIABLE 7 reaction_1 of variable_7 has type = michaelisMentenNonCompInhib has variable X1 = variable_7 has variable X2 = variable_3 has parameter k1 = -0.980153093421E+01 has parameter k2 = 0.468666714469E+01 has parameter k3 = 0.995219372325E+00 reaction_2 of variable_7 has type = michaelisMenten has variable X1 = variable_6 has parameter k1 = 0.100853700633E+01 has parameter k2 = 0.523891773590E+01 // INITIAL VALUES variable_3 of experiment_1 has initialValue = 0.1212E+01 variable_4 of experiment_1 has initialValue = 0.4737E+02 variable_5 of experiment_1 has initialValue = 0.4863E+02 variable_6 of experiment_1 has initialValue = 0.9984E+02 variable_7 of experiment_1 has initialValue = 0.1410E+01 variable_3 of experiment_2 has initialValue = 0.1258E+01 variable_4 of experiment_2 has initialValue = 0.4879E+02 variable_5 of experiment_2 has initialValue = 0.4737E+02 variable_6 of experiment_2 has initialValue = 0.9608E+02 variable_7 of experiment_2 has initialValue = 0.1403E+01 variable_3 of experiment_3 has initialValue = 0.1317E+01 variable_4 of experiment_3 has initialValue = 0.4929E+02 variable_5 of experiment_3 has initialValue = 0.4880E+02 variable_6 of experiment_3 has initialValue = 0.9831E+02 variable_7 of experiment_3 has initialValue = 0.1348E+01 variable_3 of experiment_4 has initialValue = 0.1302E+01 variable_4 of experiment_4 has initialValue = 0.4905E+02 variable_5 of experiment_4 has initialValue = 0.4835E+02 variable_6 of experiment_4 has initialValue = 0.9689E+02 variable_7 of experiment_4 has initialValue = 0.1328E+01 variable_3 of experiment_5 has initialValue = 0.1333E+01 variable_4 of experiment_5 has initialValue = 0.1718E+00 variable_5 of experiment_5 has initialValue = 0.9741E+02 variable_6 of experiment_5 has initialValue = 0.9822E+02 variable_7 of experiment_5 has initialValue = 0.1352E+01 variable_3 of experiment_6 has initialValue = 0.1414E+02 variable_4 of experiment_6 has initialValue = 0.1497E+02 variable_5 of experiment_6 has initialValue = 0.6846E+02 variable_6 of experiment_6 has initialValue = 0.6899E+01 variable_7 of experiment_6 has initialValue = 0.9147E+02 variable_3 of experiment_7 has initialValue = 0.9563E+02 variable_4 of experiment_7 has initialValue = 0.8876E+00 variable_5 of experiment_7 has initialValue = 0.8292E+00 variable_6 of experiment_7 has initialValue = 0.5242E+00 variable_7 of experiment_7 has initialValue = 0.9813E+02 variable_3 of experiment_8 has initialValue = 0.4298E+02 variable_4 of experiment_8 has initialValue = 0.4358E+02 variable_5 of experiment_8 has initialValue = 0.1386E+02 variable_6 of experiment_8 has initialValue = 0.1332E+01 variable_7 of experiment_8 has initialValue = 0.9684E+02 variable_3 of experiment_9 has initialValue = 0.9628E+02 variable_4 of experiment_9 has initialValue = 0.8726E+00 variable_5 of experiment_9 has initialValue = 0.8112E+00 variable_6 of experiment_9 has initialValue = 0.5521E+00 variable_7 of experiment_9 has initialValue = 0.9589E+02 variable_3 of experiment_10 has initialValue = 0.9762E+02 variable_4 of experiment_10 has initialValue = 0.9320E+00 variable_5 of experiment_10 has initialValue = 0.8689E+00 variable_6 of experiment_10 has initialValue = 0.5773E+00 variable_7 of experiment_10 has initialValue = 0.9952E+02 variable_3 of experiment_11 has initialValue = 0.1209E+01 variable_4 of experiment_11 has initialValue = 0.4939E+02 variable_5 of experiment_11 has initialValue = 0.4763E+02 variable_6 of experiment_11 has initialValue = 0.9855E+02 variable_7 of experiment_11 has initialValue = 0.1353E+01 variable_3 of experiment_12 has initialValue = 0.1297E+01 variable_4 of experiment_12 has initialValue = 0.9672E+02 variable_5 of experiment_12 has initialValue = 0.5830E+00 variable_6 of experiment_12 has initialValue = 0.9988E+02 variable_7 of experiment_12 has initialValue = 0.1421E+01 // ERROR // error = -L + lambda * K // residual = -L error = 751.580475 residual = 601.580475 end of solution of problem metabol2