fmcmap/tp025v2.map


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fmcTitle("tp025v2"):
# Source version 1
# Simple APM canonicalizer version 1.3
# FMCMAP back end version 1.1
asin := proc(x::algebraic) local y: y := arcsin(x): RETURN(y): end:
atan := proc(x::algebraic) local y: y := arctan(x): RETURN(y): end:
myownabs := proc(x::algebraic) local y: y := fmc_m_abs(x): RETURN(y): end:
ai_1 := 1:
ai_2 := ai_1 + 1:
ai_3 := ai_2 + 1:
ai_4 := ai_3 + 1:
ai_5 := ai_4 + 1:
ai_6 := ai_5 + 1:
ai_7 := ai_6 + 1:
ai_8 := ai_7 + 1:
ai_9 := ai_8 + 1:
ai_10 := ai_9 + 1:
ai_11 := ai_10 + 1:
ai_12 := ai_11 + 1:
ai_13 := ai_12 + 1:
ai_14 := ai_13 + 1:
ai_15 := ai_14 + 1:
ai_16 := ai_15 + 1:
ai_17 := ai_16 + 1:
ai_18 := ai_17 + 1:
ai_19 := ai_18 + 1:
ai_20 := ai_19 + 1:
ai_21 := ai_20 + 1:
ai_22 := ai_21 + 1:
ai_23 := ai_22 + 1:
ai_24 := ai_23 + 1:
ai_25 := ai_24 + 1:
ai_26 := ai_25 + 1:
ai_27 := ai_26 + 1:
ai_28 := ai_27 + 1:
ai_29 := ai_28 + 1:
ai_30 := ai_29 + 1:
ai_31 := ai_30 + 1:
ai_32 := ai_31 + 1:
ai_33 := ai_32 + 1:
ai_34 := ai_33 + 1:
ai_35 := ai_34 + 1:
ai_36 := ai_35 + 1:
ai_37 := ai_36 + 1:
ai_38 := ai_37 + 1:
ai_39 := ai_38 + 1:
ai_40 := ai_39 + 1:
ai_41 := ai_40 + 1:
ai_42 := ai_41 + 1:
ai_43 := ai_42 + 1:
ai_44 := ai_43 + 1:
ai_45 := ai_44 + 1:
ai_46 := ai_45 + 1:
ai_47 := ai_46 + 1:
ai_48 := ai_47 + 1:
ai_49 := ai_48 + 1:
ai_50 := ai_49 + 1:
ai_51 := ai_50 + 1:
ai_52 := ai_51 + 1:
ai_53 := ai_52 + 1:
ai_54 := ai_53 + 1:
ai_55 := ai_54 + 1:
ai_56 := ai_55 + 1:
ai_57 := ai_56 + 1:
ai_58 := ai_57 + 1:
ai_59 := ai_58 + 1:
ai_60 := ai_59 + 1:
ai_61 := ai_60 + 1:
ai_62 := ai_61 + 1:
ai_63 := ai_62 + 1:
ai_64 := ai_63 + 1:
ai_65 := ai_64 + 1:
ai_66 := ai_65 + 1:
ai_67 := ai_66 + 1:
ai_68 := ai_67 + 1:
ai_69 := ai_68 + 1:
ai_70 := ai_69 + 1:
ai_71 := ai_70 + 1:
ai_72 := ai_71 + 1:
ai_73 := ai_72 + 1:
ai_74 := ai_73 + 1:
ai_75 := ai_74 + 1:
ai_76 := ai_75 + 1:
ai_77 := ai_76 + 1:
ai_78 := ai_77 + 1:
ai_79 := ai_78 + 1:
ai_80 := ai_79 + 1:
ai_81 := ai_80 + 1:
ai_82 := ai_81 + 1:
ai_83 := ai_82 + 1:
ai_84 := ai_83 + 1:
ai_85 := ai_84 + 1:
ai_86 := ai_85 + 1:
ai_87 := ai_86 + 1:
ai_88 := ai_87 + 1:
ai_89 := ai_88 + 1:
ai_90 := ai_89 + 1:
ai_91 := ai_90 + 1:
ai_92 := ai_91 + 1:
ai_93 := ai_92 + 1:
ai_94 := ai_93 + 1:
ai_95 := ai_94 + 1:
ai_96 := ai_95 + 1:
ai_97 := ai_96 + 1:
ai_98 := ai_97 + 1:
ai_99 := ai_98 + 1:
u_1 := 25 + (-50*log(ai_1/100))^(2/3):
u_2 := 25 + (-50*log(ai_2/100))^(2/3):
u_3 := 25 + (-50*log(ai_3/100))^(2/3):
u_4 := 25 + (-50*log(ai_4/100))^(2/3):
u_5 := 25 + (-50*log(ai_5/100))^(2/3):
u_6 := 25 + (-50*log(ai_6/100))^(2/3):
u_7 := 25 + (-50*log(ai_7/100))^(2/3):
u_8 := 25 + (-50*log(ai_8/100))^(2/3):
u_9 := 25 + (-50*log(ai_9/100))^(2/3):
u_10 := 25 + (-50*log(ai_10/100))^(2/3):
u_11 := 25 + (-50*log(ai_11/100))^(2/3):
u_12 := 25 + (-50*log(ai_12/100))^(2/3):
u_13 := 25 + (-50*log(ai_13/100))^(2/3):
u_14 := 25 + (-50*log(ai_14/100))^(2/3):
u_15 := 25 + (-50*log(ai_15/100))^(2/3):
u_16 := 25 + (-50*log(ai_16/100))^(2/3):
u_17 := 25 + (-50*log(ai_17/100))^(2/3):
u_18 := 25 + (-50*log(ai_18/100))^(2/3):
u_19 := 25 + (-50*log(ai_19/100))^(2/3):
u_20 := 25 + (-50*log(ai_20/100))^(2/3):
u_21 := 25 + (-50*log(ai_21/100))^(2/3):
u_22 := 25 + (-50*log(ai_22/100))^(2/3):
u_23 := 25 + (-50*log(ai_23/100))^(2/3):
u_24 := 25 + (-50*log(ai_24/100))^(2/3):
u_25 := 25 + (-50*log(ai_25/100))^(2/3):
u_26 := 25 + (-50*log(ai_26/100))^(2/3):
u_27 := 25 + (-50*log(ai_27/100))^(2/3):
u_28 := 25 + (-50*log(ai_28/100))^(2/3):
u_29 := 25 + (-50*log(ai_29/100))^(2/3):
u_30 := 25 + (-50*log(ai_30/100))^(2/3):
u_31 := 25 + (-50*log(ai_31/100))^(2/3):
u_32 := 25 + (-50*log(ai_32/100))^(2/3):
u_33 := 25 + (-50*log(ai_33/100))^(2/3):
u_34 := 25 + (-50*log(ai_34/100))^(2/3):
u_35 := 25 + (-50*log(ai_35/100))^(2/3):
u_36 := 25 + (-50*log(ai_36/100))^(2/3):
u_37 := 25 + (-50*log(ai_37/100))^(2/3):
u_38 := 25 + (-50*log(ai_38/100))^(2/3):
u_39 := 25 + (-50*log(ai_39/100))^(2/3):
u_40 := 25 + (-50*log(ai_40/100))^(2/3):
u_41 := 25 + (-50*log(ai_41/100))^(2/3):
u_42 := 25 + (-50*log(ai_42/100))^(2/3):
u_43 := 25 + (-50*log(ai_43/100))^(2/3):
u_44 := 25 + (-50*log(ai_44/100))^(2/3):
u_45 := 25 + (-50*log(ai_45/100))^(2/3):
u_46 := 25 + (-50*log(ai_46/100))^(2/3):
u_47 := 25 + (-50*log(ai_47/100))^(2/3):
u_48 := 25 + (-50*log(ai_48/100))^(2/3):
u_49 := 25 + (-50*log(ai_49/100))^(2/3):
u_50 := 25 + (-50*log(ai_50/100))^(2/3):
u_51 := 25 + (-50*log(ai_51/100))^(2/3):
u_52 := 25 + (-50*log(ai_52/100))^(2/3):
u_53 := 25 + (-50*log(ai_53/100))^(2/3):
u_54 := 25 + (-50*log(ai_54/100))^(2/3):
u_55 := 25 + (-50*log(ai_55/100))^(2/3):
u_56 := 25 + (-50*log(ai_56/100))^(2/3):
u_57 := 25 + (-50*log(ai_57/100))^(2/3):
u_58 := 25 + (-50*log(ai_58/100))^(2/3):
u_59 := 25 + (-50*log(ai_59/100))^(2/3):
u_60 := 25 + (-50*log(ai_60/100))^(2/3):
u_61 := 25 + (-50*log(ai_61/100))^(2/3):
u_62 := 25 + (-50*log(ai_62/100))^(2/3):
u_63 := 25 + (-50*log(ai_63/100))^(2/3):
u_64 := 25 + (-50*log(ai_64/100))^(2/3):
u_65 := 25 + (-50*log(ai_65/100))^(2/3):
u_66 := 25 + (-50*log(ai_66/100))^(2/3):
u_67 := 25 + (-50*log(ai_67/100))^(2/3):
u_68 := 25 + (-50*log(ai_68/100))^(2/3):
u_69 := 25 + (-50*log(ai_69/100))^(2/3):
u_70 := 25 + (-50*log(ai_70/100))^(2/3):
u_71 := 25 + (-50*log(ai_71/100))^(2/3):
u_72 := 25 + (-50*log(ai_72/100))^(2/3):
u_73 := 25 + (-50*log(ai_73/100))^(2/3):
u_74 := 25 + (-50*log(ai_74/100))^(2/3):
u_75 := 25 + (-50*log(ai_75/100))^(2/3):
u_76 := 25 + (-50*log(ai_76/100))^(2/3):
u_77 := 25 + (-50*log(ai_77/100))^(2/3):
u_78 := 25 + (-50*log(ai_78/100))^(2/3):
u_79 := 25 + (-50*log(ai_79/100))^(2/3):
u_80 := 25 + (-50*log(ai_80/100))^(2/3):
u_81 := 25 + (-50*log(ai_81/100))^(2/3):
u_82 := 25 + (-50*log(ai_82/100))^(2/3):
u_83 := 25 + (-50*log(ai_83/100))^(2/3):
u_84 := 25 + (-50*log(ai_84/100))^(2/3):
u_85 := 25 + (-50*log(ai_85/100))^(2/3):
u_86 := 25 + (-50*log(ai_86/100))^(2/3):
u_87 := 25 + (-50*log(ai_87/100))^(2/3):
u_88 := 25 + (-50*log(ai_88/100))^(2/3):
u_89 := 25 + (-50*log(ai_89/100))^(2/3):
u_90 := 25 + (-50*log(ai_90/100))^(2/3):
u_91 := 25 + (-50*log(ai_91/100))^(2/3):
u_92 := 25 + (-50*log(ai_92/100))^(2/3):
u_93 := 25 + (-50*log(ai_93/100))^(2/3):
u_94 := 25 + (-50*log(ai_94/100))^(2/3):
u_95 := 25 + (-50*log(ai_95/100))^(2/3):
u_96 := 25 + (-50*log(ai_96/100))^(2/3):
u_97 := 25 + (-50*log(ai_97/100))^(2/3):
u_98 := 25 + (-50*log(ai_98/100))^(2/3):
u_99 := 25 + (-50*log(ai_99/100))^(2/3):
fmcInitialValue('x_1', 4):
fmcStrongLowerBound('x_1', 0.004):
fmcStrongUpperBound('x_1', 4):
fmcInitialValue('x_2', 0.5):
fmcStrongLowerBound('x_2', 0):
fmcStrongUpperBound('x_2', 1.024):
fmcInitialValue('x_3', 3):
fmcStrongLowerBound('x_3', 0):
fmcStrongUpperBound('x_3', 5):
f_1 := (-1/100)*ai_1 + exp((-1/(25*x_1))*(u_1 - 25*x_2)^x_3):
f_2 := (-1/100)*ai_2 + exp((-1/(25*x_1))*(u_2 - 25*x_2)^x_3):
f_3 := (-1/100)*ai_3 + exp((-1/(25*x_1))*(u_3 - 25*x_2)^x_3):
f_4 := (-1/100)*ai_4 + exp((-1/(25*x_1))*(u_4 - 25*x_2)^x_3):
f_5 := (-1/100)*ai_5 + exp((-1/(25*x_1))*(u_5 - 25*x_2)^x_3):
f_6 := (-1/100)*ai_6 + exp((-1/(25*x_1))*(u_6 - 25*x_2)^x_3):
f_7 := (-1/100)*ai_7 + exp((-1/(25*x_1))*(u_7 - 25*x_2)^x_3):
f_8 := (-1/100)*ai_8 + exp((-1/(25*x_1))*(u_8 - 25*x_2)^x_3):
f_9 := (-1/100)*ai_9 + exp((-1/(25*x_1))*(u_9 - 25*x_2)^x_3):
f_10 := (-1/100)*ai_10 + exp((-1/(25*x_1))*(u_10 - 25*x_2)^x_3):
f_11 := (-1/100)*ai_11 + exp((-1/(25*x_1))*(u_11 - 25*x_2)^x_3):
f_12 := (-1/100)*ai_12 + exp((-1/(25*x_1))*(u_12 - 25*x_2)^x_3):
f_13 := (-1/100)*ai_13 + exp((-1/(25*x_1))*(u_13 - 25*x_2)^x_3):
f_14 := (-1/100)*ai_14 + exp((-1/(25*x_1))*(u_14 - 25*x_2)^x_3):
f_15 := (-1/100)*ai_15 + exp((-1/(25*x_1))*(u_15 - 25*x_2)^x_3):
f_16 := (-1/100)*ai_16 + exp((-1/(25*x_1))*(u_16 - 25*x_2)^x_3):
f_17 := (-1/100)*ai_17 + exp((-1/(25*x_1))*(u_17 - 25*x_2)^x_3):
f_18 := (-1/100)*ai_18 + exp((-1/(25*x_1))*(u_18 - 25*x_2)^x_3):
f_19 := (-1/100)*ai_19 + exp((-1/(25*x_1))*(u_19 - 25*x_2)^x_3):
f_20 := (-1/100)*ai_20 + exp((-1/(25*x_1))*(u_20 - 25*x_2)^x_3):
f_21 := (-1/100)*ai_21 + exp((-1/(25*x_1))*(u_21 - 25*x_2)^x_3):
f_22 := (-1/100)*ai_22 + exp((-1/(25*x_1))*(u_22 - 25*x_2)^x_3):
f_23 := (-1/100)*ai_23 + exp((-1/(25*x_1))*(u_23 - 25*x_2)^x_3):
f_24 := (-1/100)*ai_24 + exp((-1/(25*x_1))*(u_24 - 25*x_2)^x_3):
f_25 := (-1/100)*ai_25 + exp((-1/(25*x_1))*(u_25 - 25*x_2)^x_3):
f_26 := (-1/100)*ai_26 + exp((-1/(25*x_1))*(u_26 - 25*x_2)^x_3):
f_27 := (-1/100)*ai_27 + exp((-1/(25*x_1))*(u_27 - 25*x_2)^x_3):
f_28 := (-1/100)*ai_28 + exp((-1/(25*x_1))*(u_28 - 25*x_2)^x_3):
f_29 := (-1/100)*ai_29 + exp((-1/(25*x_1))*(u_29 - 25*x_2)^x_3):
f_30 := (-1/100)*ai_30 + exp((-1/(25*x_1))*(u_30 - 25*x_2)^x_3):
f_31 := (-1/100)*ai_31 + exp((-1/(25*x_1))*(u_31 - 25*x_2)^x_3):
f_32 := (-1/100)*ai_32 + exp((-1/(25*x_1))*(u_32 - 25*x_2)^x_3):
f_33 := (-1/100)*ai_33 + exp((-1/(25*x_1))*(u_33 - 25*x_2)^x_3):
f_34 := (-1/100)*ai_34 + exp((-1/(25*x_1))*(u_34 - 25*x_2)^x_3):
f_35 := (-1/100)*ai_35 + exp((-1/(25*x_1))*(u_35 - 25*x_2)^x_3):
f_36 := (-1/100)*ai_36 + exp((-1/(25*x_1))*(u_36 - 25*x_2)^x_3):
f_37 := (-1/100)*ai_37 + exp((-1/(25*x_1))*(u_37 - 25*x_2)^x_3):
f_38 := (-1/100)*ai_38 + exp((-1/(25*x_1))*(u_38 - 25*x_2)^x_3):
f_39 := (-1/100)*ai_39 + exp((-1/(25*x_1))*(u_39 - 25*x_2)^x_3):
f_40 := (-1/100)*ai_40 + exp((-1/(25*x_1))*(u_40 - 25*x_2)^x_3):
f_41 := (-1/100)*ai_41 + exp((-1/(25*x_1))*(u_41 - 25*x_2)^x_3):
f_42 := (-1/100)*ai_42 + exp((-1/(25*x_1))*(u_42 - 25*x_2)^x_3):
f_43 := (-1/100)*ai_43 + exp((-1/(25*x_1))*(u_43 - 25*x_2)^x_3):
f_44 := (-1/100)*ai_44 + exp((-1/(25*x_1))*(u_44 - 25*x_2)^x_3):
f_45 := (-1/100)*ai_45 + exp((-1/(25*x_1))*(u_45 - 25*x_2)^x_3):
f_46 := (-1/100)*ai_46 + exp((-1/(25*x_1))*(u_46 - 25*x_2)^x_3):
f_47 := (-1/100)*ai_47 + exp((-1/(25*x_1))*(u_47 - 25*x_2)^x_3):
f_48 := (-1/100)*ai_48 + exp((-1/(25*x_1))*(u_48 - 25*x_2)^x_3):
f_49 := (-1/100)*ai_49 + exp((-1/(25*x_1))*(u_49 - 25*x_2)^x_3):
f_50 := (-1/100)*ai_50 + exp((-1/(25*x_1))*(u_50 - 25*x_2)^x_3):
f_51 := (-1/100)*ai_51 + exp((-1/(25*x_1))*(u_51 - 25*x_2)^x_3):
f_52 := (-1/100)*ai_52 + exp((-1/(25*x_1))*(u_52 - 25*x_2)^x_3):
f_53 := (-1/100)*ai_53 + exp((-1/(25*x_1))*(u_53 - 25*x_2)^x_3):
f_54 := (-1/100)*ai_54 + exp((-1/(25*x_1))*(u_54 - 25*x_2)^x_3):
f_55 := (-1/100)*ai_55 + exp((-1/(25*x_1))*(u_55 - 25*x_2)^x_3):
f_56 := (-1/100)*ai_56 + exp((-1/(25*x_1))*(u_56 - 25*x_2)^x_3):
f_57 := (-1/100)*ai_57 + exp((-1/(25*x_1))*(u_57 - 25*x_2)^x_3):
f_58 := (-1/100)*ai_58 + exp((-1/(25*x_1))*(u_58 - 25*x_2)^x_3):
f_59 := (-1/100)*ai_59 + exp((-1/(25*x_1))*(u_59 - 25*x_2)^x_3):
f_60 := (-1/100)*ai_60 + exp((-1/(25*x_1))*(u_60 - 25*x_2)^x_3):
f_61 := (-1/100)*ai_61 + exp((-1/(25*x_1))*(u_61 - 25*x_2)^x_3):
f_62 := (-1/100)*ai_62 + exp((-1/(25*x_1))*(u_62 - 25*x_2)^x_3):
f_63 := (-1/100)*ai_63 + exp((-1/(25*x_1))*(u_63 - 25*x_2)^x_3):
f_64 := (-1/100)*ai_64 + exp((-1/(25*x_1))*(u_64 - 25*x_2)^x_3):
f_65 := (-1/100)*ai_65 + exp((-1/(25*x_1))*(u_65 - 25*x_2)^x_3):
f_66 := (-1/100)*ai_66 + exp((-1/(25*x_1))*(u_66 - 25*x_2)^x_3):
f_67 := (-1/100)*ai_67 + exp((-1/(25*x_1))*(u_67 - 25*x_2)^x_3):
f_68 := (-1/100)*ai_68 + exp((-1/(25*x_1))*(u_68 - 25*x_2)^x_3):
f_69 := (-1/100)*ai_69 + exp((-1/(25*x_1))*(u_69 - 25*x_2)^x_3):
f_70 := (-1/100)*ai_70 + exp((-1/(25*x_1))*(u_70 - 25*x_2)^x_3):
f_71 := (-1/100)*ai_71 + exp((-1/(25*x_1))*(u_71 - 25*x_2)^x_3):
f_72 := (-1/100)*ai_72 + exp((-1/(25*x_1))*(u_72 - 25*x_2)^x_3):
f_73 := (-1/100)*ai_73 + exp((-1/(25*x_1))*(u_73 - 25*x_2)^x_3):
f_74 := (-1/100)*ai_74 + exp((-1/(25*x_1))*(u_74 - 25*x_2)^x_3):
f_75 := (-1/100)*ai_75 + exp((-1/(25*x_1))*(u_75 - 25*x_2)^x_3):
f_76 := (-1/100)*ai_76 + exp((-1/(25*x_1))*(u_76 - 25*x_2)^x_3):
f_77 := (-1/100)*ai_77 + exp((-1/(25*x_1))*(u_77 - 25*x_2)^x_3):
f_78 := (-1/100)*ai_78 + exp((-1/(25*x_1))*(u_78 - 25*x_2)^x_3):
f_79 := (-1/100)*ai_79 + exp((-1/(25*x_1))*(u_79 - 25*x_2)^x_3):
f_80 := (-1/100)*ai_80 + exp((-1/(25*x_1))*(u_80 - 25*x_2)^x_3):
f_81 := (-1/100)*ai_81 + exp((-1/(25*x_1))*(u_81 - 25*x_2)^x_3):
f_82 := (-1/100)*ai_82 + exp((-1/(25*x_1))*(u_82 - 25*x_2)^x_3):
f_83 := (-1/100)*ai_83 + exp((-1/(25*x_1))*(u_83 - 25*x_2)^x_3):
f_84 := (-1/100)*ai_84 + exp((-1/(25*x_1))*(u_84 - 25*x_2)^x_3):
f_85 := (-1/100)*ai_85 + exp((-1/(25*x_1))*(u_85 - 25*x_2)^x_3):
f_86 := (-1/100)*ai_86 + exp((-1/(25*x_1))*(u_86 - 25*x_2)^x_3):
f_87 := (-1/100)*ai_87 + exp((-1/(25*x_1))*(u_87 - 25*x_2)^x_3):
f_88 := (-1/100)*ai_88 + exp((-1/(25*x_1))*(u_88 - 25*x_2)^x_3):
f_89 := (-1/100)*ai_89 + exp((-1/(25*x_1))*(u_89 - 25*x_2)^x_3):
f_90 := (-1/100)*ai_90 + exp((-1/(25*x_1))*(u_90 - 25*x_2)^x_3):
f_91 := (-1/100)*ai_91 + exp((-1/(25*x_1))*(u_91 - 25*x_2)^x_3):
f_92 := (-1/100)*ai_92 + exp((-1/(25*x_1))*(u_92 - 25*x_2)^x_3):
f_93 := (-1/100)*ai_93 + exp((-1/(25*x_1))*(u_93 - 25*x_2)^x_3):
f_94 := (-1/100)*ai_94 + exp((-1/(25*x_1))*(u_94 - 25*x_2)^x_3):
f_95 := (-1/100)*ai_95 + exp((-1/(25*x_1))*(u_95 - 25*x_2)^x_3):
f_96 := (-1/100)*ai_96 + exp((-1/(25*x_1))*(u_96 - 25*x_2)^x_3):
f_97 := (-1/100)*ai_97 + exp((-1/(25*x_1))*(u_97 - 25*x_2)^x_3):
f_98 := (-1/100)*ai_98 + exp((-1/(25*x_1))*(u_98 - 25*x_2)^x_3):
f_99 := (-1/100)*ai_99 + exp((-1/(25*x_1))*(u_99 - 25*x_2)^x_3):
s_1 := f_1^2:
s_2 := s_1 + f_2^2:
s_3 := s_2 + f_3^2:
s_4 := s_3 + f_4^2:
s_5 := s_4 + f_5^2:
s_6 := s_5 + f_6^2:
s_7 := s_6 + f_7^2:
s_8 := s_7 + f_8^2:
s_9 := s_8 + f_9^2:
s_10 := s_9 + f_10^2:
s_11 := s_10 + f_11^2:
s_12 := s_11 + f_12^2:
s_13 := s_12 + f_13^2:
s_14 := s_13 + f_14^2:
s_15 := s_14 + f_15^2:
s_16 := s_15 + f_16^2:
s_17 := s_16 + f_17^2:
s_18 := s_17 + f_18^2:
s_19 := s_18 + f_19^2:
s_20 := s_19 + f_20^2:
s_21 := s_20 + f_21^2:
s_22 := s_21 + f_22^2:
s_23 := s_22 + f_23^2:
s_24 := s_23 + f_24^2:
s_25 := s_24 + f_25^2:
s_26 := s_25 + f_26^2:
s_27 := s_26 + f_27^2:
s_28 := s_27 + f_28^2:
s_29 := s_28 + f_29^2:
s_30 := s_29 + f_30^2:
s_31 := s_30 + f_31^2:
s_32 := s_31 + f_32^2:
s_33 := s_32 + f_33^2:
s_34 := s_33 + f_34^2:
s_35 := s_34 + f_35^2:
s_36 := s_35 + f_36^2:
s_37 := s_36 + f_37^2:
s_38 := s_37 + f_38^2:
s_39 := s_38 + f_39^2:
s_40 := s_39 + f_40^2:
s_41 := s_40 + f_41^2:
s_42 := s_41 + f_42^2:
s_43 := s_42 + f_43^2:
s_44 := s_43 + f_44^2:
s_45 := s_44 + f_45^2:
s_46 := s_45 + f_46^2:
s_47 := s_46 + f_47^2:
s_48 := s_47 + f_48^2:
s_49 := s_48 + f_49^2:
s_50 := s_49 + f_50^2:
s_51 := s_50 + f_51^2:
s_52 := s_51 + f_52^2:
s_53 := s_52 + f_53^2:
s_54 := s_53 + f_54^2:
s_55 := s_54 + f_55^2:
s_56 := s_55 + f_56^2:
s_57 := s_56 + f_57^2:
s_58 := s_57 + f_58^2:
s_59 := s_58 + f_59^2:
s_60 := s_59 + f_60^2:
s_61 := s_60 + f_61^2:
s_62 := s_61 + f_62^2:
s_63 := s_62 + f_63^2:
s_64 := s_63 + f_64^2:
s_65 := s_64 + f_65^2:
s_66 := s_65 + f_66^2:
s_67 := s_66 + f_67^2:
s_68 := s_67 + f_68^2:
s_69 := s_68 + f_69^2:
s_70 := s_69 + f_70^2:
s_71 := s_70 + f_71^2:
s_72 := s_71 + f_72^2:
s_73 := s_72 + f_73^2:
s_74 := s_73 + f_74^2:
s_75 := s_74 + f_75^2:
s_76 := s_75 + f_76^2:
s_77 := s_76 + f_77^2:
s_78 := s_77 + f_78^2:
s_79 := s_78 + f_79^2:
s_80 := s_79 + f_80^2:
s_81 := s_80 + f_81^2:
s_82 := s_81 + f_82^2:
s_83 := s_82 + f_83^2:
s_84 := s_83 + f_84^2:
s_85 := s_84 + f_85^2:
s_86 := s_85 + f_86^2:
s_87 := s_86 + f_87^2:
s_88 := s_87 + f_88^2:
s_89 := s_88 + f_89^2:
s_90 := s_89 + f_90^2:
s_91 := s_90 + f_91^2:
s_92 := s_91 + f_92^2:
s_93 := s_92 + f_93^2:
s_94 := s_93 + f_94^2:
s_95 := s_94 + f_95^2:
s_96 := s_95 + f_96^2:
s_97 := s_96 + f_97^2:
s_98 := s_97 + f_98^2:
s_99 := s_98 + f_99^2:
mf := s_99:
myminfun := mf:
myabsdevnod0_0 := myownabs(myminfun):
myreldevnod0_0 := myownabs(myminfun):
myabsdevnod0_1 := myownabs(x_1 - 2):
myreldevnod0_1 := myownabs(x_1/2 - 1):
myabsdevnod0_2 := myownabs(x_2 - 1):
myreldevnod0_2 := myownabs(x_2 - 1):
myabsdevnod0_3 := myownabs(x_3 - 1.5):
myreldevnod0_3 := myownabs(x_3/1.5 - 1):
myabsdevnod1_0 := (1/2)*(myownabs(myabsdevnod0_0 - myabsdevnod0_1) + (myabsdevnod0_0 + myabsdevnod0_1)):
myreldevnod1_0 := (1/2)*(myownabs(myreldevnod0_0 - myreldevnod0_1) + (myreldevnod0_0 + myreldevnod0_1)):
myabsdevnod1_2 := (1/2)*(myownabs(myabsdevnod0_2 - myabsdevnod0_3) + (myabsdevnod0_2 + myabsdevnod0_3)):
myreldevnod1_2 := (1/2)*(myownabs(myreldevnod0_2 - myreldevnod0_3) + (myreldevnod0_2 + myreldevnod0_3)):
myabsdevnod2_0 := (1/2)*(myownabs(myabsdevnod1_0 - myabsdevnod1_2) + (myabsdevnod1_0 + myabsdevnod1_2)):
myreldevnod2_0 := (1/2)*(myownabs(myreldevnod1_0 - myreldevnod1_2) + (myreldevnod1_0 + myreldevnod1_2)):
zmyabsdevmax := myabsdevnod2_0:
zmyreldevmax := myreldevnod2_0:
obj := myminfun:
fmcMinimum(obj):
fmcEscortFloat('x_1', x_1):
fmcEscortFloat('x_2', x_2):
fmcEscortFloat('x_3', x_3):
fmcEscortFloat('myminfun', myminfun):
fmcEscortFloat('zmyabsdevmax', zmyabsdevmax):
fmcEscortFloat('zmyreldevmax', zmyreldevmax):
fmcControlMinimum(1, 0):
# End Model

Stephan K.H. Seidl