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Model tp070 ! Source version 1 ! Simple APM canonicalizer version 1.3 ! APM backend version 1.1 Parameters e1 = -1 e2 = 1 d1 = 7.658 d2 = 7.685 e = e1 d = d1 yobs_1 = 0.00189 yobs_2 = 0.1038 yobs_3 = 0.268 yobs_4 = 0.506 yobs_5 = 0.577 yobs_6 = 0.604 yobs_7 = 0.725 yobs_8 = 0.898 yobs_9 = 0.947 yobs_10 = 0.845 yobs_11 = 0.702 yobs_12 = 0.528 yobs_13 = 0.385 yobs_14 = 0.257 yobs_15 = 0.159 yobs_16 = 0.0869 yobs_17 = 0.0453 yobs_18 = 0.01509 yobs_19 = 0.00189 c_1 = 0.1 c_2 = 1 c_3 = c_2 + 1 c_4 = c_3 + 1 c_5 = c_4 + 1 c_6 = c_5 + 1 c_7 = c_6 + 1 c_8 = c_7 + 1 c_9 = c_8 + 1 c_10 = c_9 + 1 c_11 = c_10 + 1 c_12 = c_11 + 1 c_13 = c_12 + 1 c_14 = c_13 + 1 c_15 = c_14 + 1 c_16 = c_15 + 1 c_17 = c_16 + 1 c_18 = c_17 + 1 c_19 = c_18 + 1 s_0 = 0 End Parameters Variables x_1 = 2, >= 0.00001, <= 100 x_2 = 4, >= 0.00001, <= 100 x_3 = 0.04, >= 0.00001, <= 1 x_4 = 2, >= 0.00001, <= 100 obj End Variables Intermediates b = x_3 + (1 - x_3)*x_4 ycal_1 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_1/d)^(x_2 - 1) * exp(x_2 - & b*c_1*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_1/7.658)^(x_1 - 1) & * exp(x_1 - b*c_1*x_1/(7.658*x_4)) ycal_2 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_2/d)^(x_2 - 1) * exp(x_2 - & b*c_2*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_2/7.658)^(x_1 - 1) & * exp(x_1 - b*c_2*x_1/(7.658*x_4)) ycal_3 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_3/d)^(x_2 - 1) * exp(x_2 - & b*c_3*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_3/7.658)^(x_1 - 1) & * exp(x_1 - b*c_3*x_1/(7.658*x_4)) ycal_4 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_4/d)^(x_2 - 1) * exp(x_2 - & b*c_4*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_4/7.658)^(x_1 - 1) & * exp(x_1 - b*c_4*x_1/(7.658*x_4)) ycal_5 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_5/d)^(x_2 - 1) * exp(x_2 - & b*c_5*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_5/7.658)^(x_1 - 1) & * exp(x_1 - b*c_5*x_1/(7.658*x_4)) ycal_6 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_6/d)^(x_2 - 1) * exp(x_2 - & b*c_6*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_6/7.658)^(x_1 - 1) & * exp(x_1 - b*c_6*x_1/(7.658*x_4)) ycal_7 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_7/d)^(x_2 - 1) * exp(x_2 - & b*c_7*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_7/7.658)^(x_1 - 1) & * exp(x_1 - b*c_7*x_1/(7.658*x_4)) ycal_8 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_8/d)^(x_2 - 1) * exp(x_2 - & b*c_8*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_8/7.658)^(x_1 - 1) & * exp(x_1 - b*c_8*x_1/(7.658*x_4)) ycal_9 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_9/d)^(x_2 - 1) * exp(x_2 - & b*c_9*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_9/7.658)^(x_1 - 1) & * exp(x_1 - b*c_9*x_1/(7.658*x_4)) ycal_10 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_10/d)^(x_2 - 1) * exp(x_2 - & b*c_10*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_10/7.658)^(x_1 - & 1) * exp(x_1 - b*c_10*x_1/(7.658*x_4)) ycal_11 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_11/d)^(x_2 - 1) * exp(x_2 - & b*c_11*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_11/7.658)^(x_1 - & 1) * exp(x_1 - b*c_11*x_1/(7.658*x_4)) ycal_12 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_12/d)^(x_2 - 1) * exp(x_2 - & b*c_12*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_12/7.658)^(x_1 - & 1) * exp(x_1 - b*c_12*x_1/(7.658*x_4)) ycal_13 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_13/d)^(x_2 - 1) * exp(x_2 - & b*c_13*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_13/7.658)^(x_1 - & 1) * exp(x_1 - b*c_13*x_1/(7.658*x_4)) ycal_14 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_14/d)^(x_2 - 1) * exp(x_2 - & b*c_14*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_14/7.658)^(x_1 - & 1) * exp(x_1 - b*c_14*x_1/(7.658*x_4)) ycal_15 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_15/d)^(x_2 - 1) * exp(x_2 - & b*c_15*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_15/7.658)^(x_1 - & 1) * exp(x_1 - b*c_15*x_1/(7.658*x_4)) ycal_16 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_16/d)^(x_2 - 1) * exp(x_2 - & b*c_16*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_16/7.658)^(x_1 - & 1) * exp(x_1 - b*c_16*x_1/(7.658*x_4)) ycal_17 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_17/d)^(x_2 - 1) * exp(x_2 - & b*c_17*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_17/7.658)^(x_1 - & 1) * exp(x_1 - b*c_17*x_1/(7.658*x_4)) ycal_18 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_18/d)^(x_2 - 1) * exp(x_2 - & b*c_18*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_18/7.658)^(x_1 - & 1) * exp(x_1 - b*c_18*x_1/(7.658*x_4)) ycal_19 = (1 + 1/(12*x_2))^e * x_3*b^x_2 * (x_2/6.2832)^(1/2) * (c_19/d)^(x_2 - 1) * exp(x_2 - & b*c_19*x_2/7.658) + (1 + 1/(12*x_1))^e * (1 - x_3) * (b/x_4)^x_1 * (x_1/6.2832)^(1/2) * (c_19/7.658)^(x_1 - & 1) * exp(x_1 - b*c_19*x_1/(7.658*x_4)) s_1 = s_0 + (yobs_1 - ycal_1)^2 s_2 = s_1 + (yobs_2 - ycal_2)^2 s_3 = s_2 + (yobs_3 - ycal_3)^2 s_4 = s_3 + (yobs_4 - ycal_4)^2 s_5 = s_4 + (yobs_5 - ycal_5)^2 s_6 = s_5 + (yobs_6 - ycal_6)^2 s_7 = s_6 + (yobs_7 - ycal_7)^2 s_8 = s_7 + (yobs_8 - ycal_8)^2 s_9 = s_8 + (yobs_9 - ycal_9)^2 s_10 = s_9 + (yobs_10 - ycal_10)^2 s_11 = s_10 + (yobs_11 - ycal_11)^2 s_12 = s_11 + (yobs_12 - ycal_12)^2 s_13 = s_12 + (yobs_13 - ycal_13)^2 s_14 = s_13 + (yobs_14 - ycal_14)^2 s_15 = s_14 + (yobs_15 - ycal_15)^2 s_16 = s_15 + (yobs_16 - ycal_16)^2 s_17 = s_16 + (yobs_17 - ycal_17)^2 s_18 = s_17 + (yobs_18 - ycal_18)^2 s_19 = s_18 + (yobs_19 - ycal_19)^2 mf = s_19 myminfun = mf myabsdevnod0_0 = abs(myminfun - 0.007498463574427645) myreldevnod0_0 = abs(myminfun/0.007498463574427645 - 1) myabsdevnod0_1 = abs(x_1 - 12.27697912756719) myreldevnod0_1 = abs(x_1/12.27697912756719 - 1) myabsdevnod0_2 = abs(x_2 - 4.631748162745852) myreldevnod0_2 = abs(x_2/4.631748162745852 - 1) myabsdevnod0_3 = abs(x_3 - 0.3128646302166193) myreldevnod0_3 = abs(x_3/0.3128646302166193 - 1) myabsdevnod0_4 = abs(x_4 - 2.029282825337289) myreldevnod0_4 = abs(x_4/2.029282825337289 - 1) myabsdevnod1_0 = (1/2)*(abs(myabsdevnod0_0 - myabsdevnod0_1) + (myabsdevnod0_0 + myabsdevnod0_1)) myreldevnod1_0 = (1/2)*(abs(myreldevnod0_0 - myreldevnod0_1) + (myreldevnod0_0 + myreldevnod0_1)) myabsdevnod1_2 = (1/2)*(abs(myabsdevnod0_2 - myabsdevnod0_3) + (myabsdevnod0_2 + myabsdevnod0_3)) myreldevnod1_2 = (1/2)*(abs(myreldevnod0_2 - myreldevnod0_3) + (myreldevnod0_2 + myreldevnod0_3)) myabsdevnod1_4 = myabsdevnod0_4 myreldevnod1_4 = myreldevnod0_4 myabsdevnod2_0 = (1/2)*(abs(myabsdevnod1_0 - myabsdevnod1_2) + (myabsdevnod1_0 + myabsdevnod1_2)) myreldevnod2_0 = (1/2)*(abs(myreldevnod1_0 - myreldevnod1_2) + (myreldevnod1_0 + myreldevnod1_2)) myabsdevnod2_4 = myabsdevnod1_4 myreldevnod2_4 = myreldevnod1_4 myabsdevnod3_0 = (1/2)*(abs(myabsdevnod2_0 - myabsdevnod2_4) + (myabsdevnod2_0 + myabsdevnod2_4)) myreldevnod3_0 = (1/2)*(abs(myreldevnod2_0 - myreldevnod2_4) + (myreldevnod2_0 + myreldevnod2_4)) zmyabsdevmax = myabsdevnod3_0 zmyreldevmax = myreldevnod3_0 End Intermediates Equations obj = myminfun b >= 0 End Equations End Model