format version = 1.0 begin solution of problem metabol2 date = 13-Nov-08 03:22:32 url = http://www.cs.chalmers.se/~dag/identification // Settings for the Gennemark & Wedelin (2007) algorithm randomStarts_ = 60 1 smoothingParameter = 4.2 randomSeed = 3 // VARIABLE 3 reaction_1 of variable_3 has type = biMolecularMassAction has variable X1 = variable_4 has variable X2 = variable_1 has parameter k1 = 0.140818689123E-02 reaction_2 of variable_3 has type = biMolecularMassAction has variable X1 = variable_3 has variable X2 = variable_4 has parameter k1 = -0.319400684362E-03 reaction_3 of variable_3 has type = biMolecularMassAction has variable X1 = variable_6 has variable X2 = variable_2 has parameter k1 = 0.230908204973E-04 reaction_4 of variable_3 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_6 has parameter k1 = -0.583952565330E+01 has parameter k2 = 0.210797094394E+01 has parameter k3 = 0.534099924986E+00 // VARIABLE 4 reaction_1 of variable_4 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_1 has parameter k1 = 0.413065340816E+01 has parameter k2 = 0.312173636514E+01 has parameter k3 = 0.139841650007E+01 reaction_2 of variable_4 has type = michaelisMenten has variable X1 = variable_4 has parameter k1 = -0.105200387789E+01 has parameter k2 = 0.400693534154E+01 // VARIABLE 5 reaction_1 of variable_5 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_2 has parameter k1 = 0.469395644335E+01 has parameter k2 = 0.489902311143E+01 has parameter k3 = 0.120143274645E+01 reaction_2 of variable_5 has type = michaelisMenten has variable X1 = variable_5 has parameter k1 = -0.900250290638E+00 has parameter k2 = 0.370283826163E+01 reaction_3 of variable_5 has type = biMolecularMassAction has variable X1 = variable_5 has variable X2 = variable_1 has parameter k1 = -0.841468187672E-04 // VARIABLE 6 reaction_1 of variable_6 has type = michaelisMentenNonCompInhib has variable X1 = variable_7 has variable X2 = variable_3 has parameter k1 = 0.386579872039E+02 has parameter k2 = 0.452175315186E+01 has parameter k3 = 0.160366464874E+00 reaction_2 of variable_6 has type = michaelisMenten has variable X1 = variable_6 has parameter k1 = -0.110215294144E+01 has parameter k2 = 0.551625839706E+01 // VARIABLE 7 reaction_1 of variable_7 has type = michaelisMentenNonCompInhib has variable X1 = variable_7 has variable X2 = variable_6 has parameter k1 = -0.552238982313E+01 has parameter k2 = 0.289480562254E+00 has parameter k3 = 0.113294353148E+01 reaction_2 of variable_7 has type = michaelisMentenNonCompInhib has variable X1 = variable_3 has variable X2 = variable_6 has parameter k1 = 0.583952565330E+01 has parameter k2 = 0.210797094394E+01 has parameter k3 = 0.534099924986E+00 reaction_3 of variable_7 has type = michaelisMentenNonCompInhib has variable X1 = variable_7 has variable X2 = variable_3 has parameter k1 = -0.386579872039E+02 has parameter k2 = 0.452175315186E+01 has parameter k3 = 0.160366464874E+00 reaction_4 of variable_7 has type = michaelisMentenNonCompInhib has variable X1 = variable_4 has variable X2 = variable_5 has parameter k1 = 0.764756981447E+00 has parameter k2 = 0.502180412588E+00 has parameter k3 = 0.116432820061E+02 reaction_5 of variable_7 has type = michaelisMenten has variable X1 = variable_5 has parameter k1 = 0.900250290638E+00 has parameter k2 = 0.370283826163E+01 // INITIAL VALUES variable_3 of experiment_1 has initialValue = 0.1314E+01 variable_4 of experiment_1 has initialValue = 0.5388E+02 variable_5 of experiment_1 has initialValue = 0.5008E+02 variable_6 of experiment_1 has initialValue = 0.9996E+02 variable_7 of experiment_1 has initialValue = 0.1410E+01 variable_3 of experiment_2 has initialValue = 0.1139E+01 variable_4 of experiment_2 has initialValue = 0.4460E+02 variable_5 of experiment_2 has initialValue = 0.4511E+02 variable_6 of experiment_2 has initialValue = 0.9755E+02 variable_7 of experiment_2 has initialValue = 0.1344E+01 variable_3 of experiment_3 has initialValue = 0.1342E+01 variable_4 of experiment_3 has initialValue = 0.5512E+02 variable_5 of experiment_3 has initialValue = 0.4936E+02 variable_6 of experiment_3 has initialValue = 0.1074E+03 variable_7 of experiment_3 has initialValue = 0.1348E+01 variable_3 of experiment_4 has initialValue = 0.1414E+01 variable_4 of experiment_4 has initialValue = 0.5454E+02 variable_5 of experiment_4 has initialValue = 0.4807E+02 variable_6 of experiment_4 has initialValue = 0.8905E+02 variable_7 of experiment_4 has initialValue = 0.1320E+01 variable_3 of experiment_5 has initialValue = 0.1441E+01 variable_4 of experiment_5 has initialValue = 0.1718E+00 variable_5 of experiment_5 has initialValue = 0.9210E+02 variable_6 of experiment_5 has initialValue = 0.9146E+02 variable_7 of experiment_5 has initialValue = 0.1351E+01 variable_3 of experiment_6 has initialValue = 0.1288E+02 variable_4 of experiment_6 has initialValue = 0.1480E+02 variable_5 of experiment_6 has initialValue = 0.6532E+02 variable_6 of experiment_6 has initialValue = 0.6195E+01 variable_7 of experiment_6 has initialValue = 0.9745E+02 variable_3 of experiment_7 has initialValue = 0.8529E+02 variable_4 of experiment_7 has initialValue = 0.8860E+00 variable_5 of experiment_7 has initialValue = 0.8276E+00 variable_6 of experiment_7 has initialValue = 0.4762E+00 variable_7 of experiment_7 has initialValue = 0.9177E+02 variable_3 of experiment_8 has initialValue = 0.4702E+02 variable_4 of experiment_8 has initialValue = 0.4795E+02 variable_5 of experiment_8 has initialValue = 0.1480E+02 variable_6 of experiment_8 has initialValue = 0.1456E+01 variable_7 of experiment_8 has initialValue = 0.1004E+03 variable_3 of experiment_9 has initialValue = 0.9199E+02 variable_4 of experiment_9 has initialValue = 0.8739E+00 variable_5 of experiment_9 has initialValue = 0.8169E+00 variable_6 of experiment_9 has initialValue = 0.5309E+00 variable_7 of experiment_9 has initialValue = 0.9306E+02 variable_3 of experiment_10 has initialValue = 0.1140E+03 variable_4 of experiment_10 has initialValue = 0.9274E+00 variable_5 of experiment_10 has initialValue = 0.8686E+00 variable_6 of experiment_10 has initialValue = 0.6296E+00 variable_7 of experiment_10 has initialValue = 0.1085E+03 variable_3 of experiment_11 has initialValue = 0.1325E+01 variable_4 of experiment_11 has initialValue = 0.5549E+02 variable_5 of experiment_11 has initialValue = 0.4857E+02 variable_6 of experiment_11 has initialValue = 0.9373E+02 variable_7 of experiment_11 has initialValue = 0.1354E+01 variable_3 of experiment_12 has initialValue = 0.1358E+01 variable_4 of experiment_12 has initialValue = 0.9185E+02 variable_5 of experiment_12 has initialValue = 0.5839E+00 variable_6 of experiment_12 has initialValue = 0.1028E+03 variable_7 of experiment_12 has initialValue = 0.1422E+01 // ERROR // error = -L + lambda * K // residual = -L error = 4184.99106 residual = 4004.99106 end of solution of problem metabol2