> read "GTM_Roll_G.mpl";
                            1691.191
                        "Parabolic_roll"
                              -5.
                               5.
module () description "Generic nonlinear aerodynamic model of 

   an aircraft"; export GTM, GTM_lndg, GTM_lndg2, TO, TO_lndg, 

   F4, F16C, alpha_stall, alpha_stall_simp, alpha_stall_F, 

   alpha_stall_F_simp, plot_Cx, plot_Cy, plot_Cz, C_Cx, C_Cy, 

   C_Cz, plot_V, plot_V_simp, plot_F, plot_F_simp, plot_gama_p, 

   plot_V_p, gama_V_p, gama_V_p_full, plot_gama_beta, 

   plot_V_beta, plot_mu_beta, Best_glide_angle, Best_glide_angle\

  _full, Best_endurance_angle, Best_endurance_angle_full; 

   global TT, param_List, Constantes, Constantes_alt, lb, ft, 

   degr, radian, slug, slft2, fg, eg, frho, erho, kmh, ekmh, 

   kts, mph, meter, mile, Phi_W, Phi_McC, Phi_A, Phi_, C_NASA, 

   C_NASA_ground, C, C_ground, Par_GTM, Theta_GTM, Theta_GTM_lnd\

  g, Theta_GTM_lndg2, Par_TO, Theta_TO, Theta_TO_lndg, Par_F4, 

   Theta_F4, Par_F16C, Theta_F16C, CriticalParms; option 

   package; end module
module () description "Flat control of a plane. Linearizing 

   outputs: x,y,z,mu"; local ex, eex, Der, Var, var, varEq, 

   varEq2, vvar, vvarEq, vvarEq2, vvarEEq, vvarEEq2, 

   serpolEqDiff, serpolEqDiff2; export serpol, serpolEq, 

   serpolEq2, serpolColEq, serpolColEq2, serpola, Parameters, 

   Motion_Planning, fF, fdF, fdeltal, fdeltam, fu_4, fddeltal, 

   fddeltam, fdu_4, fV, fchi, fgama, fmu, falpha, fbbeta, fp, 

   fq, fr, fdp, fdq, fdr, fx, fy, fz, fGF, fGdF, fGdeltal, 

   fGdeltam, fGu_4, fGddeltal, fGddeltam, fGdu_4, fGV, fGchi, 

   fGgama, fGmu, fGalpha, fGbbeta, fGp, fGq, fGr, fGdp, fGdq, 

   fGdr, fGx, fGy, fGz, ddsolve, dvar, bouclage, ftF, ftdeltal, 

   ftdeltam, ftu_4, inputlambda; global previous_Vals, 

   param_List, subList, EQalphamu, TT, TTG, EQDiff, EQDiff0, 

   CondInit, CondFinal, LVars0, LVars1, LVars, resudsolve, 

   resudsolveG, resudsolveB, last_args, last_res, generic_model,\

   EQDELTA, XYZLMN, CriticalParms, sCondInit, sCondInitG, 

   sCondInitBbbeta, sCondInitBmu, sCondInitBF, GuessValues, 

   EQDiffexp; option package; end module
[Motion_Planning, Parameters, bouclage, ddsolve, dvar, fF, fGF, 

  fGV, fGalpha, fGbbeta, fGchi, fGdF, fGddeltal, fGddeltam, 

  fGdeltal, fGdeltam, fGdp, fGdq, fGdr, fGdu_4, fGgama, fGmu, 

  fGp, fGq, fGr, fGu_4, fGx, fGy, fGz, fV, falpha, fbbeta, fchi, 

  fdF, fddeltal, fddeltam, fdeltal, fdeltam, fdp, fdq, fdr, 

  fdu_4, fgama, fmu, fp, fq, fr, ftF, ftdeltal, ftdeltam, ftu_4, 

  fu_4, fx, fy, fz, inputlambda, serpol, serpolColEq, 

  serpolColEq2, serpolEq, serpolEq2, serpola]
module () description "Curve drawing for plane simulations"; 

   local NNN; export Simulation, Draw_curve, safeexport, 

   Grand_Final, backDir; global ST, STT, CondInitSpec, curDir; 

   option package; end module
   [Draw_curve, Grand_Final, Simulation, backDir, safeexport]
                               2.
                              GTM
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 0
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 1
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 2
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 3
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 4
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 5
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 6
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 7
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 8
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 9
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 10
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 11
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 12
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 13
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 14
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 15
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 16
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 17
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 18
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 19
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 20
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 21
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 22
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 23
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 24
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 25
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 26
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 27
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 28
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 29
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 30
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 31
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 32
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 33
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 34
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 35
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 36
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 37
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 38
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 39
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 40
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 41
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 42
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 43
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 44
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 45
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 46
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 47
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 48
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 49
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 50
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 51
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 52
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 53
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 54
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 55
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 56
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 57
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 58
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 59
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 60
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 61
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 62
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 63
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 64
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 65
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 66
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 67
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 68
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 69
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 70
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 71
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 72
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 73
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 74
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 75
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 76
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 77
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 78
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 79
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 80
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 81
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 82
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 83
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 84
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 85
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 86
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 87
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 88
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 89
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 90
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 91
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 92
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 93
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 94
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 95
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 96
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 97
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 98
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                             i = 99
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             k = 1
                            i = 100
                               0
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                              100
                            2339.125
                            647.934
                           "Bouclage"
[t, x, y, z, V, gama, chi, alpha, bbeta, mu, p, q, r, ix, iy, iz, 

  imu], mu
[t = HFloat(-5.0), x(t) = HFloat(-138.8888889), 

  y(t) = HFloat(0.0), z(t) = HFloat(-877.416875), 

  V(t) = HFloat(56.35480941), gama(t) = HFloat(1.055366665), 

  chi(t) = HFloat(0.0), alpha(t) = HFloat(-0.002984836099), 

  bbeta(t) = HFloat(0.0), mu(t) = HFloat(-7.853981635), 

  p(t) = HFloat(1.570533308), q(t) = HFloat(8.276418706e-11), 

  r(t) = HFloat(-0.0904622874), ix(t) = HFloat(0.0), 

  iy(t) = HFloat(0.0), iz(t) = HFloat(0.0), imu(t) = HFloat(0.0)]
    [t = -4.900000000, x(t) = HFloat(-136.11272628094318), 

      y(t) = HFloat(-0.008200232967374252), 

      z(t) = HFloat(-882.2721185142007), 

      V(t) = HFloat(55.504305064320015), 

      gama(t) = HFloat(1.0473737449609437), 

      chi(t) = HFloat(-0.005419610415407613), 

      alpha(t) = HFloat(-0.005800799259253697), 

      bbeta(t) = HFloat(2.9759269856507645e-4), 

      mu(t) = HFloat(-7.70155464406631), 

      p(t) = HFloat(1.5716175196011621), 

      q(t) = HFloat(-0.01460872550372418), 

      r(t) = HFloat(-0.09210757855998211), 

      ix(t) = HFloat(5.65288254147685e-7), 

      iy(t) = HFloat(-2.8511009255246546e-4), 

      iz(t) = HFloat(-3.0397941271025255e-5), 

      imu(t) = HFloat(-2.5518316211276524e-4)]
    [t = -4.800000000, x(t) = HFloat(-133.34038795543523), 

      y(t) = HFloat(-0.02777542528049872), 

      z(t) = HFloat(-887.0316093406824), 

      V(t) = HFloat(54.65849534083096), 

      gama(t) = HFloat(1.0392463008569335), 

      chi(t) = HFloat(-0.008357926775110321), 

      alpha(t) = HFloat(-0.007694236511499523), 

      bbeta(t) = HFloat(1.3336446192502345e-4), 

      mu(t) = HFloat(-7.546780415234019), 

      p(t) = HFloat(1.5734911098699826), 

      q(t) = HFloat(-0.030884495953556135), 

      r(t) = HFloat(-0.08980384895059285), 

      ix(t) = HFloat(3.622180650113582e-6), 

      iy(t) = HFloat(-0.002016516499640834), 

      iz(t) = HFloat(-2.683645423912907e-4), 

      imu(t) = HFloat(-8.523965952388095e-4)]
     [t = -4.700000000, x(t) = HFloat(-130.5717783510559), 

       y(t) = HFloat(-0.05289900123435967), 

       z(t) = HFloat(-891.6954253910442), 

       V(t) = HFloat(53.817563038500275), 

       gama(t) = HFloat(1.0307633376663203), 

       chi(t) = HFloat(-0.009547912491210616), 

       alpha(t) = HFloat(-0.008985002549608894), 

       bbeta(t) = HFloat(-5.857706500615647e-4), 

       mu(t) = HFloat(-7.390309426050435), 

       p(t) = HFloat(1.5749201702971007), 

       q(t) = HFloat(-0.04808282757427712), 

       r(t) = HFloat(-0.0828906379660045), 

       ix(t) = HFloat(1.0095814834826617e-5), 

       iy(t) = HFloat(-0.006023235124521521), 

       iz(t) = HFloat(-9.540109247019712e-4), 

       imu(t) = HFloat(-0.0015903589477481936)]
    [t = -4.600000000, x(t) = HFloat(-127.80609904256643), 

      y(t) = HFloat(-0.07948780124279053), 

      z(t) = HFloat(-896.2632334868905), 

      V(t) = HFloat(52.981705942749), 

      gama(t) = HFloat(1.0218158327429132), 

      chi(t) = HFloat(-0.009509231137767228), 

      alpha(t) = HFloat(-0.009843217692918764), 

      bbeta(t) = HFloat(-0.001921276268638957), 

      mu(t) = HFloat(-7.232678708915535), 

      p(t) = HFloat(1.5754246106436591), 

      q(t) = HFloat(-0.06552916164781739), 

      r(t) = HFloat(-0.07239388215034552), 

      ix(t) = HFloat(2.0620319616681583e-5), 

      iy(t) = HFloat(-0.012643806014399406), 

      iz(t) = HFloat(-0.0023120821526328617), 

      imu(t) = HFloat(-0.002327194052364788)]
    [t = -4.500000000, x(t) = HFloat(-125.04231141947473), 

      y(t) = HFloat(-0.10469936530313421), 

      z(t) = HFloat(-900.7345231444671), 

      V(t) = HFloat(52.151087763964775), 

      gama(t) = HFloat(1.0123560103785902), 

      chi(t) = HFloat(-0.00861808020467242), 

      alpha(t) = HFloat(-0.01035691081816538), 

      bbeta(t) = HFloat(-0.003811814052596803), 

      mu(t) = HFloat(-7.074316701955022), 

      p(t) = HFloat(1.5749443944799453), 

      q(t) = HFloat(-0.08255047188630585), 

      r(t) = HFloat(-0.059757053457030224), 

      ix(t) = HFloat(3.6285391849170335e-5), 

      iy(t) = HFloat(-0.021873903881063146), 

      iz(t) = HFloat(-0.004523752150830163), 

      imu(t) = HFloat(-0.0029692046803028948)]
    [t = -4.400000000, x(t) = HFloat(-122.27937185568253), 

      y(t) = HFloat(-0.12659527335478518), 

      z(t) = HFloat(-905.1087297062902), 

      V(t) = HFloat(51.32584946969738), 

      gama(t) = HFloat(1.0023685246743577), 

      chi(t) = HFloat(-0.007155705081191162), 

      alpha(t) = HFloat(-0.010578350948870038), 

      bbeta(t) = HFloat(-0.0060807403085694905), 

      mu(t) = HFloat(-6.915556693059585), 

      p(t) = HFloat(1.573636414677567), 

      q(t) = HFloat(-0.09848183389526916), 

      r(t) = HFloat(-0.04618681076895578), 

      ix(t) = HFloat(5.8602144077483856e-5), 

      iy(t) = HFloat(-0.03347241761491129), 

      iz(t) = HFloat(-0.007715714142629361), 

      imu(t) = HFloat(-0.00346065890688629)]
    [t = -4.300000000, x(t) = HFloat(-119.51634536110204), 

      y(t) = HFloat(-0.143916372243313), 

      z(t) = HFloat(-909.3852997903283), 

      V(t) = HFloat(50.5061375374865), 

      gama(t) = HFloat(0.9918551502678336), 

      chi(t) = HFloat(-0.005337879462242714), 

      alpha(t) = HFloat(-0.010551381417479268), 

      bbeta(t) = HFloat(-0.00848504976940699), 

      mu(t) = HFloat(-6.756650648082953), 

      p(t) = HFloat(1.5717554872051498), 

      q(t) = HFloat(-0.11269595880835358), 

      r(t) = HFloat(-0.03242178709886616), 

      ix(t) = HFloat(8.897264899307425e-5), 

      iy(t) = HFloat(-0.04703989760948504), 

      iz(t) = HFloat(-0.011958362916637516), 

      imu(t) = HFloat(-0.0037749815514771506)]
    [t = -4.200000000, x(t) = HFloat(-116.75245580280621), 

      y(t) = HFloat(-0.15592357763867093), 

      z(t) = HFloat(-913.5637277995722), 

      V(t) = HFloat(49.69213052410251), 

      gama(t) = HFloat(0.9808265793492419), 

      chi(t) = HFloat(-0.0033308697649847992), 

      alpha(t) = HFloat(-0.010323926386076775), 

      bbeta(t) = HFloat(-0.010770468136930297), 

      mu(t) = HFloat(-6.597780466434078), 

      p(t) = HFloat(1.5695871943142128), 

      q(t) = HFloat(-0.12463243202575858), 

      r(t) = HFloat(-0.01875784857312679), 

      ix(t) = HFloat(1.280616318380321e-4), 

      iy(t) = HFloat(-0.062078129342266024), 

      iz(t) = HFloat(-0.017268916865296625), 

      imu(t) = HFloat(-0.0039072068297222795)]
     [t = -4.100000000, x(t) = HFloat(-113.9871015706489), 

       y(t) = HFloat(-0.162274142378267), 

       z(t) = HFloat(-917.643576638095), 

       V(t) = HFloat(48.88405449996031), 

       gama(t) = HFloat(0.9692972599971015), 

       chi(t) = HFloat(-0.0012601854301005915), 

       alpha(t) = HFloat(-0.009951017116343405), 

       bbeta(t) = HFloat(-0.012714403395484951), 

       mu(t) = HFloat(-6.439067372275598), 

       p(t) = HFloat(1.5674087716656198), 

       q(t) = HFloat(-0.13381802632335651), 

       r(t) = HFloat(-0.005182082138366896), 

       ix(t) = HFloat(1.7534123032505468e-4), 

       iy(t) = HFloat(-0.07803573741766275), 

       iz(t) = HFloat(-0.023617338959142385), 

       imu(t) = HFloat(-0.0038674508692519353)]
    [t = -4.000000000, x(t) = HFloat(-111.21984992369745), 

      y(t) = HFloat(-0.16291925722996756), 

      z(t) = HFloat(-921.6244870214057), 

      V(t) = HFloat(48.082184493096804), 

      gama(t) = HFloat(0.957281532149144), 

      chi(t) = HFloat(7.831410347431771e-4), 

      alpha(t) = HFloat(-0.009492758023540458), 

      bbeta(t) = HFloat(-0.014152012606588051), 

      mu(t) = HFloat(-6.280580868565662), 

      p(t) = HFloat(1.5654636399627153), 

      q(t) = HFloat(-0.13987933388826745), 

      r(t) = HFloat(0.008478416318526343), 

      ix(t) = HFloat(2.2897446746625208e-4), 

      iy(t) = HFloat(-0.09434254863782571), 

      iz(t) = HFloat(-0.03093373551605504), 

      imu(t) = HFloat(-0.0036752895150298512)]
    [t = -3.900000000, x(t) = HFloat(-108.45041774467998), 

      y(t) = HFloat(-0.15801912329917786), 

      z(t) = HFloat(-925.5061769607249), 

      V(t) = HFloat(47.28683580968469), 

      gama(t) = HFloat(0.9447906289632256), 

      chi(t) = HFloat(0.0027362727375313434), 

      alpha(t) = HFloat(-0.009010552675285239), 

      bbeta(t) = HFloat(-0.014987671227646094), 

      mu(t) = HFloat(-6.122348400334138), 

      p(t) = HFloat(1.5639422854167042), 

      q(t) = HFloat(-0.14255087211367504), 

      r(t) = HFloat(0.02244329408612318), 

      ix(t) = HFloat(2.8605483380511956e-4), 

      iy(t) = HFloat(-0.11043459428323152), 

      iz(t) = HFloat(-0.039116193933351945), 

      imu(t) = HFloat(-0.003355061371104543)]
    [t = -3.800000000, x(t) = HFloat(-105.67864449338225), 

      y(t) = HFloat(-0.14787590228493494), 

      z(t) = HFloat(-929.288433292662), 

      V(t) = HFloat(46.4983505593995), 

      gama(t) = HFloat(0.9318305830319071), 

      chi(t) = HFloat(0.004557839325665255), 

      alpha(t) = HFloat(-0.008563347132509178), 

      bbeta(t) = HFloat(-0.015196805380217686), 

      mu(t) = HFloat(-5.9643658610783525), 

      p(t) = HFloat(1.5629696676407059), 

      q(t) = HFloat(-0.14167676036502344), 

      r(t) = HFloat(0.03691070589671825), 

      ix(t) = HFloat(3.4304951904215073e-4), 

      iy(t) = HFloat(-0.12577150629632294), 

      iz(t) = HFloat(-0.04803814039589103), 

      imu(t) = HFloat(-0.0029321829834732)]
     [t = -3.700000000, x(t) = HFloat(-102.9044625871689), 

       y(t) = HFloat(-0.13288465457741788), 

       z(t) = HFloat(-932.9710976191056), 

       V(t) = HFloat(45.71708539227966), 

       gama(t) = HFloat(0.918401177860089), 

       chi(t) = HFloat(0.006221488382902186), 

       alpha(t) = HFloat(-0.00820437473098068), 

       bbeta(t) = HFloat(-0.014821964977391043), 

       mu(t) = HFloat(-5.80660813171515), 

       p(t) = HFloat(1.5625986480791063), 

       q(t) = HFloat(-0.13721183059597164), 

       r(t) = HFloat(0.05201584837800787), 

       ix(t) = HFloat(3.96318395619377e-4), 

       iy(t) = HFloat(-0.13984811524462004), 

       iz(t) = HFloat(-0.05755455491016108), 

       imu(t) = HFloat(-0.0024305235905189458)]
    [t = -3.600000000, x(t) = HFloat(-100.12786924935897), 

      y(t) = HFloat(-0.1135006555753073), 

      z(t) = HFloat(-936.5540496108415), 

      V(t) = HFloat(44.943403361074786), 

      gama(t) = HFloat(0.9044956769234113), 

      chi(t) = HFloat(0.0077101472908930975), 

      alpha(t) = HFloat(-0.007978690737389368), 

      bbeta(t) = HFloat(-0.013965406377785934), 

      mu(t) = HFloat(-5.64903914224466), 

      p(t) = HFloat(1.5628132679120414), 

      q(t) = HFloat(-0.12921543545489458), 

      r(t) = HFloat(0.06780844661682103), 

      ix(t) = HFloat(4.425670278767006e-4), 

      iy(t) = HFloat(-0.1522019774828599), 

      iz(t) = HFloat(-0.06750662703824117), 

      imu(t) = HFloat(-0.0018708141964380008)]
     [t = -3.500000000, x(t) = HFloat(-97.3489020177126), 

       y(t) = HFloat(-0.09022033726400086), 

       z(t) = HFloat(-940.037189823335), 

       V(t) = HFloat(44.177671008465715), 

       gama(t) = HFloat(0.8901011406544308), 

       chi(t) = HFloat(0.009011784118462231), 

       alpha(t) = HFloat(-0.007920848464069747), 

       bbeta(t) = HFloat(-0.012778579732624657), 

       mu(t) = HFloat(-5.4916202550382724), 

       p(t) = HFloat(1.563539414072206), 

       q(t) = HFloat(-0.11784524028332619), 

       r(t) = HFloat(0.08422029893200558), 

       ix(t) = HFloat(4.7914249126119405e-4), 

       iy(t) = HFloat(-0.1624183479879924), 

       iz(t) = HFloat(-0.07772469706629165), 

       imu(t) = HFloat(-0.001269987520704368)]
     [t = -3.400000000, x(t) = HFloat(-94.56761914040196), 

       y(t) = HFloat(-0.0635722533381496), 

       z(t) = HFloat(-943.4204238190619), 

       V(t) = HFloat(43.42026038545627), 

       gama(t) = HFloat(0.8751991023741583), 

       chi(t) = HFloat(0.010116049897854505), 

       alpha(t) = HFloat(-0.008053168422027282), 

       bbeta(t) = HFloat(-0.01144811827798801), 

       mu(t) = HFloat(-5.334317133940713), 

       p(t) = HFloat(1.5646635161071185), 

       q(t) = HFloat(-0.10334463478251103), 

       r(t) = HFloat(0.10104029769231994), 

       ix(t) = HFloat(5.041305764120949e-4), 

       iy(t) = HFloat(-0.17013376929144472), 

       iz(t) = HFloat(-0.08802953375448694), 

       imu(t) = HFloat(-6.412784634044706e-4)]
     [t = -3.300000000, x(t) = HFloat(-91.78408524402136), 

       y(t) = HFloat(-0.03411584233748993), 

       z(t) = HFloat(-946.703648728986), 

       V(t) = HFloat(42.67155401499687), 

       gama(t) = HFloat(0.8597665466764591), 

       chi(t) = HFloat(0.011011945690724534), 

       alpha(t) = HFloat(-0.008384397486144297), 

       bbeta(t) = HFloat(-0.010178751084866657), 

       mu(t) = HFloat(-5.177104524292576), 

       p(t) = HFloat(1.5660542832147872), 

       q(t) = HFloat(-0.08603023697960684), 

       r(t) = HFloat(0.11788788891987927), 

       ix(t) = HFloat(5.162916155379719e-4), 

       iy(t) = HFloat(-0.17503916824317722), 

       iz(t) = HFloat(-0.09823213924600778), 

       imu(t) = HFloat(5.08936656046003e-6)]
     [t = -3.200000000, x(t) = HFloat(-88.99836267687957), 

       y(t) = HFloat(-0.002445703341240457), 

       z(t) = HFloat(-949.8867433671462), 

       V(t) = HFloat(41.931950747776725), 

       gama(t) = HFloat(0.8437772863837051), 

       chi(t) = HFloat(0.011686127134653135), 

       alpha(t) = HFloat(-0.008909259274764074), 

       bbeta(t) = HFloat(-0.009173883576730575), 

       mu(t) = HFloat(-5.019969043332281), 

       p(t) = HFloat(1.5675846294672535), 

       q(t) = HFloat(-0.06627905625244233), 

       r(t) = HFloat(0.13420273147131734), 

       ix(t) = HFloat(5.148869126932192e-4), 

       iy(t) = HFloat(-0.17688311864131379), 

       iz(t) = HFloat(-0.1081323789812254), 

       imu(t) = HFloat(6.608386804178887e-4)]
     [t = -3.100000000, x(t) = HFloat(-86.21050917876143), 

       y(t) = HFloat(0.03080027158788483), 

       z(t) = HFloat(-952.9695631588222), 

       V(t) = HFloat(41.20187103828552), 

       gama(t) = HFloat(0.8272038513679221), 

       chi(t) = HFloat(0.01212187097597039), 

       alpha(t) = HFloat(-0.009609133601876874), 

       bbeta(t) = HFloat(-0.008615950559031837), 

       mu(t) = HFloat(-4.8629098799334125), 

       p(t) = HFloat(1.5691497038321591), 

       q(t) = HFloat(-0.04451739646599151), 

       r(t) = HFloat(0.14925856198141985), 

       ix(t) = HFloat(4.994478671449852e-4), 

       iy(t) = HFloat(-0.1754757397244158), 

       iz(t) = HFloat(-0.11751684774119128), 

       imu(t) = HFloat(0.0013183992612007206)]
     [t = -3.000000000, x(t) = HFloat(-83.42058252646872), 

       y(t) = HFloat(0.06493092371091712), 

       z(t) = HFloat(-955.9519412186904), 

       V(t) = HFloat(40.481761276299444), 

       gama(t) = HFloat(0.8100198760852042), 

       chi(t) = HFloat(0.012298907268732397), 

       alpha(t) = HFloat(-0.010453996382535344), 

       bbeta(t) = HFloat(-0.008649088932937974), 

       mu(t) = HFloat(-4.705937416009633), 

       p(t) = HFloat(1.570678411636769), 

       q(t) = HFloat(-0.02121340335163105), 

       r(t) = HFloat(0.1622025467546162), 

       ix(t) = HFloat(4.6955245478673044e-4), 

       iy(t) = HFloat(-0.1706935193440811), 

       iz(t) = HFloat(-0.12615652873029837), 

       imu(t) = HFloat(0.0019697028502941513)]
     [t = -2.900000000, x(t) = HFloat(-80.6286522364929), 

       y(t) = HFloat(0.09919263957785387), 

       z(t) = HFloat(-958.833696753402), 

       V(t) = HFloat(39.77209800062373), 

       gama(t) = HFloat(0.7922028360188049), 

       chi(t) = HFloat(0.012194262593697814), 

       alpha(t) = HFloat(-0.011405494255504935), 

       bbeta(t) = HFloat(-0.00936652466306717), 

       mu(t) = HFloat(-4.549070015595628), 

       p(t) = HFloat(1.5721371204904417), 

       q(t) = HFloat(0.003126486982151115), 

       r(t) = HFloat(0.17211748134818097), 

       ix(t) = HFloat(4.246361957820193e-4), 

       iy(t) = HFloat(-0.16248511868437593), 

       iz(t) = HFloat(-0.1338049186605768), 

       imu(t) = HFloat(0.002605210482363268)]
     [t = -2.800000000, x(t) = HFloat(-77.83481734329546), 

       y(t) = HFloat(0.13276395916967823), 

       z(t) = HFloat(-961.6146514201903), 

       V(t) = HFloat(39.07339325876642), 

       gama(t) = HFloat(0.7737369209738668), 

       chi(t) = HFloat(0.011784174397653606), 

       alpha(t) = HFloat(-0.012420758031049604), 

       bbeta(t) = HFloat(-0.010804354790035067), 

       mu(t) = HFloat(-4.392329454858668), 

       p(t) = HFloat(1.5735253327132182), 

       q(t) = HFloat(0.0279590545706371), 

       r(t) = HFloat(0.1781022136335116), 

       ix(t) = HFloat(3.6384165453336013e-4), 

       iy(t) = HFloat(-0.15087793199843302), 

       iz(t) = HFloat(-0.1401973866892455), 

       imu(t) = HFloat(0.0032133345637775203)]
     [t = -2.700000000, x(t) = HFloat(-75.03922832245073), 

       y(t) = HFloat(0.16475703834485306), 

       z(t) = HFloat(-964.2946535390734), 

       V(t) = HFloat(38.38620257554602), 

       gama(t) = HFloat(0.7546155182911164), 

       chi(t) = HFloat(0.011047029899528086), 

       alpha(t) = HFloat(-0.013456295133353174), 

       bbeta(t) = HFloat(-0.012942432725949115), 

       mu(t) = HFloat(-4.235735726332818), 

       p(t) = HFloat(1.5748650143452143), 

       q(t) = HFloat(0.052703480950274065), 

       r(t) = HFloat(0.179349796189787), 

       ix(t) = HFloat(2.859140769493317e-4), 

       iy(t) = HFloat(-0.13598486774070911), 

       iz(t) = HFloat(-0.14505257001743307), 

       imu(t) = HFloat(0.0037803552711376358)]
     [t = -2.600000000, x(t) = HFloat(-72.24210969151396), 

       y(t) = HFloat(0.19422859907056977), 

       z(t) = HFloat(-966.8736086055333), 

       V(t) = HFloat(37.71113587020651), 

       gama(t) = HFloat(0.7348430404073146), 

       chi(t) = HFloat(0.009966984368827092), 

       alpha(t) = HFloat(-0.01447142425034349), 

       bbeta(t) = HFloat(-0.01571120631339395), 

       mu(t) = HFloat(-4.079302043020921), 

       p(t) = HFloat(1.5761859421229878), 

       q(t) = HFloat(0.07674279821311329), 

       r(t) = HFloat(0.17521855470738215), 

       ix(t) = HFloat(1.8914160912871766e-4), 

       iy(t) = HFloat(-0.11801052660337195), 

       iz(t) = HFloat(-0.14807652108635533), 

       imu(t) = HFloat(0.004290853997257381)]
     [t = -2.500000000, x(t) = HFloat(-69.44377955713317), 

       y(t) = HFloat(0.2202018289789942), 

       z(t) = HFloat(-969.3515137382967), 

       V(t) = HFloat(37.04887056192181), 

       gama(t) = HFloat(0.7144356009696464), 

       chi(t) = HFloat(0.008537791675810822), 

       alpha(t) = HFloat(-0.015430687804965879), 

       bbeta(t) = HFloat(-0.019002642097333343), 

       mu(t) = HFloat(-3.9230308900554887), 

       p(t) = HFloat(1.5775104356879632), 

       q(t) = HFloat(0.09942714174778858), 

       r(t) = HFloat(0.16527645184398798), 

       ix(t) = HFloat(7.134275787590493e-5), 

       iy(t) = HFloat(-0.09725574320488141), 

       iz(t) = HFloat(-0.14897012936322168), 

       imu(t) = HFloat(0.004728600149098546)]
     [t = -2.400000000, x(t) = HFloat(-66.64466206665489), 

       y(t) = HFloat(0.24169923762214468), 

       z(t) = HFloat(-971.7284924798618), 

       V(t) = HFloat(36.40016516538686), 

       gama(t) = HFloat(0.6934205140912341), 

       chi(t) = HFloat(0.0067663370550729955), 

       alpha(t) = HFloat(-0.016305105450187152), 

       bbeta(t) = HFloat(-0.022682332623754378), 

       mu(t) = HFloat(-3.766911652269032), 

       p(t) = HFloat(1.578840079106206), 

       q(t) = HFloat(0.12008291185731636), 

       r(t) = HFloat(0.14932120266180182), 

       ix(t) = HFloat(-7.008136315585642e-5), 

       iy(t) = HFloat(-0.07411938385749758), 

       iz(t) = HFloat(-0.14744003574425738), 

       imu(t) = HFloat(0.0050777570479130976)]
     [t = -2.300000000, x(t) = HFloat(-63.84528973245309), 

       y(t) = HFloat(0.25778502293422445), 

       z(t) = HFloat(-974.0048262182587), 

       V(t) = HFloat(35.76587153487075), 

       gama(t) = HFloat(0.6718345490356634), 

       chi(t) = HFloat(0.004675454673276341), 

       alpha(t) = HFloat(-0.01707237742527097), 

       bbeta(t) = HFloat(-0.02660021110563897), 

       mu(t) = HFloat(-3.6109200449703884), 

       p(t) = HFloat(1.5801471793927333), 

       q(t) = HFloat(0.13802549962686025), 

       r(t) = HFloat(0.1273729652354109), 

       ix(t) = HFloat(-2.380214185127099e-4), 

       iy(t) = HFloat(-0.04909636560780677), 

       iz(t) = HFloat(-0.14321289075455576), 

       imu(t) = HFloat(0.005324234907694241)]
     [t = -2.200000000, x(t) = HFloat(-61.04629375744754), 

       y(t) = HFloat(0.2676145580732413), 

       z(t) = HFloat(-976.1809786189549), 

       V(t) = HFloat(35.14694408215065), 

       gama(t) = HFloat(0.649721226470679), 

       chi(t) = HFloat(0.0023059058497660588), 

       alpha(t) = HFloat(-0.017716511582474302), 

       bbeta(t) = HFloat(-0.030598280942202728), 

       mu(t) = HFloat(-3.45501910351765), 

       p(t) = HFloat(1.5813718866165807), 

       q(t) = HFloat(0.1525765287800746), 

       r(t) = HFloat(0.099654675233544), 

       ix(t) = HFloat(-4.354550978308212e-4), 

       iy(t) = HFloat(-0.02277106206000475), 

       iz(t) = HFloat(-0.13605243086858623), 

       imu(t) = HFloat(0.005457020794776216)]
     [t = -2.100000000, x(t) = HFloat(-58.24838201617676), 

       y(t) = HFloat(0.27048845528318405), 

       z(t) = HFloat(-978.2576100618332), 

       V(t) = HFloat(34.5444452579067), 

       gama(t) = HFloat(0.6271273800572208), 

       chi(t) = HFloat(-2.82266624069081e-4), 

       alpha(t) = HFloat(-0.01822720962402446), 

       bbeta(t) = HFloat(-0.03451556179441445), 

       mu(t) = HFloat(-3.2991612447834524), 

       p(t) = HFloat(1.5824238760882616), 

       q(t) = HFloat(0.16308925438172828), 

       r(t) = HFloat(0.06657851234962216), 

       ix(t) = HFloat(-6.651672138033405e-4), 

       iy(t) = HFloat(0.004194488671579666), 

       iz(t) = HFloat(-0.12577852272532672), 

       imu(t) = HFloat(0.005469350002524586)]
     [t = -2.000000000, x(t) = HFloat(-55.45230522359027), 

       y(t) = HFloat(0.2659088877880945), 

       z(t) = HFloat(-980.2355793098857), 

       V(t) = HFloat(33.95954614968545), 

       gama(t) = HFloat(0.6040986523059179), 

       chi(t) = HFloat(-0.0030092658252974425), 

       alpha(t) = HFloat(-0.018599244786393347), 

       bbeta(t) = HFloat(-0.03819133195304483), 

       mu(t) = HFloat(-3.143291282484277), 

       p(t) = HFloat(1.5831908112983522), 

       q(t) = HFloat(0.16896963129395634), 

       r(t) = HFloat(0.02873144302080325), 

       ix(t) = HFloat(-9.294121030794139e-4), 

       iy(t) = HFloat(0.03107791800395947), 

       iz(t) = HFloat(-0.11228703945694389), 

       imu(t) = HFloat(0.005359623221408742)]
     [t = -1.900000000, x(t) = HFloat(-52.65881220909878), 

       y(t) = HFloat(0.2536353417152126), 

       z(t) = HFloat(-982.1159290399999), 

       V(t) = HFloat(33.393521710538444), 

       gama(t) = HFloat(0.5806741616275185), 

       chi(t) = HFloat(-0.005775683861625689), 

       alpha(t) = HFloat(-0.018832389417931215), 

       bbeta(t) = HFloat(-0.0414688071620861), 

       mu(t) = HFloat(-2.9873497161094966), 

       p(t) = HFloat(1.5835513102600354), 

       q(t) = HFloat(0.16970188177735535), 

       r(t) = HFloat(-0.01310932904772702), 

       ix(t) = HFloat(-0.0012295370600220225), 

       iy(t) = HFloat(0.05711948371175598), 

       iz(t) = HFloat(-0.09556912014319893), 

       imu(t) = HFloat(0.005132004927605142)]
     [t = -1.800000000, x(t) = HFloat(-49.86859631759563), 

       y(t) = HFloat(0.23373671999183965), 

       z(t) = HFloat(-983.8998522712891), 

       V(t) = HFloat(32.84773851114042), 

       gama(t) = HFloat(0.5568799802368571), 

       chi(t) = HFloat(-0.00846415446660314), 

       alpha(t) = HFloat(-0.01893130607630519), 

       bbeta(t) = HFloat(-0.044202090281339215), 

       mu(t) = HFloat(-2.8312766035138104), 

       p(t) = HFloat(1.5833926781348857), 

       q(t) = HFloat(0.1648711648547148), 

       r(t) = HFloat(-0.057950004487850974), 

       ix(t) = HFloat(-0.0015655845920525113), 

       iy(t) = HFloat(0.08155045786783904), 

       iz(t) = HFloat(-0.07572805778104091), 

       imu(t) = HFloat(0.004796666928340584)]
     [t = -1.700000000, x(t) = HFloat(-47.08223568910884), 

       y(t) = HFloat(0.206634051418084), 

       z(t) = HFloat(-985.5886363376137), 

       V(t) = HFloat(32.323633186697506), 

       gama(t) = HFloat(0.5327217447887854), 

       chi(t) = HFloat(-0.010943261033968765), 

       alpha(t) = HFloat(-0.01890524086764661), 

       bbeta(t) = HFloat(-0.0462675605889604), 

       mu(t) = HFloat(-2.675015923048192), 

       p(t) = HFloat(1.5826315313318826), 

       q(t) = HFloat(0.15418583811090605), 

       r(t) = HFloat(-0.10454459059428237), 

       ix(t) = HFloat(-0.0019358937061627), 

       iy(t) = HFloat(0.10362630960068545), 

       iz(t) = HFloat(-0.052991728772332755), 

       imu(t) = HFloat(0.004369618069812176)]
    [t = -1.600000000, x(t) = HFloat(-44.300132268874414), 

      y(t) = HFloat(0.17312600831181463), 

      z(t) = HFloat(-987.1835830388256), 

      V(t) = HFloat(31.822679455888277), 

      gama(t) = HFloat(0.5081772768388921), 

      chi(t) = HFloat(-0.013075018758735039), 

      alpha(t) = HFloat(-0.018766816994143204), 

      bbeta(t) = HFloat(-0.047579402580143475), 

      mu(t) = HFloat(-2.5185206520777035), 

      p(t) = HFloat(1.5812347796527695), 

      q(t) = HFloat(0.1374956354817759), 

      r(t) = HFloat(-0.15138114311137196), 

      ix(t) = HFloat(-0.0023367306675803395), 

      iy(t) = HFloat(0.12266337861295994), 

      iz(t) = HFloat(-0.02771822883770988), 

      imu(t) = HFloat(0.003872063737324303)]
    [t = -1.500000000, x(t) = HFloat(-41.522456938767775), 

      y(t) = HFloat(0.13438707861564114), 

      z(t) = HFloat(-988.6859073972159), 

      V(t) = HFloat(31.346344181531094), 

      gama(t) = HFloat(0.48319105941140444), 

      chi(t) = HFloat(-0.014726236620630294), 

      alpha(t) = HFloat(-0.01852966593032158), 

      bbeta(t) = HFloat(-0.04810607047068284), 

      mu(t) = HFloat(-2.361758098842904), 

      p(t) = HFloat(1.5792353214186134), 

      q(t) = HFloat(0.11481049275903099), 

      r(t) = HFloat(-0.19670680230299453), 

      ix(t) = HFloat(-0.0027619910552800307), 

      iy(t) = HFloat(0.1380768167868008), 

      iz(t) = HFloat(-3.924102672407256e-4), 

      imu(t) = HFloat(0.0033292394299106087)]
     [t = -1.400000000, x(t) = HFloat(-38.74911051333199), 

       y(t) = HFloat(0.09192928343293659), 

       z(t) = HFloat(-990.0966237311079), 

       V(t) = HFloat(30.89603567187161), 

       gama(t) = HFloat(0.4576729599345763), 

       chi(t) = HFloat(-0.01578319199878252), 

       alpha(t) = HFloat(-0.018204822552185432), 

       bbeta(t) = HFloat(-0.04788226088314887), 

       mu(t) = HFloat(-2.2047148029237955), 

       p(t) = HFloat(1.576736987615536), 

       q(t) = HFloat(0.08631905303428875), 

       r(t) = HFloat(-0.23861981474631255), 

       ix(t) = HFloat(-0.0032030439025976425), 

       iy(t) = HFloat(0.1494165892520589), 

       iz(t) = HFloat(0.02838844034737807), 

       imu(t) = HFloat(0.002768723792788669)]
    [t = -1.300000000, x(t) = HFloat(-35.979710845571766), 

      y(t) = HFloat(0.047522819988761775), 

      z(t) = HFloat(-991.4164344354133), 

      V(t) = HFloat(30.473051580495714), 

      gama(t) = HFloat(0.43150340315597036), 

      chi(t) = HFloat(-0.016167182682233622), 

      alpha(t) = HFloat(-0.01779652213155085), 

      bbeta(t) = HFloat(-0.04700966726911855), 

      mu(t) = HFloat(-2.047399758469354), 

      p(t) = HFloat(1.5739042597954802), 

      q(t) = HFloat(0.052407465842831), 

      r(t) = HFloat(-0.27523503667745264), 

      ix(t) = HFloat(-0.0036487944475571757), 

      iy(t) = HFloat(0.15639760259851057), 

      iz(t) = HFloat(0.057940335599026706), 

      imu(t) = HFloat(0.002218334678393093)]
     [t = -1.200000000, x(t) = HFloat(-33.21361342592421), 

       y(t) = HFloat(0.003079661701937385), 

       z(t) = HFloat(-992.6456412388826), 

       V(t) = HFloat(30.078536248369872), 

       gama(t) = HFloat(0.40454555121425034), 

       chi(t) = HFloat(-0.015847029984734008), 

       alpha(t) = HFloat(-0.01729871590352937), 

       bbeta(t) = HFloat(-0.045641386313332706), 

       mu(t) = HFloat(-1.889844647336033), 

       p(t) = HFloat(1.5709368588081005), 

       q(t) = HFloat(0.013678872899226155), 

       r(t) = HFloat(-0.3048952675078433), 

       ix(t) = HFloat(-0.004086048641392197), 

       iy(t) = HFloat(0.15891996477007958), 

       iz(t) = HFloat(0.08752848627155585), 

       imu(t) = HFloat(0.0017038424953147798)]
     [t = -1.100000000, x(t) = HFloat(-30.44996623046549), 

       y(t) = HFloat(-0.039485372479838673), 

       z(t) = HFloat(-993.7840967672929), 

       V(t) = HFloat(29.713455671607342), 

       gama(t) = HFloat(0.37666262329715144), 

       chi(t) = HFloat(-0.014844873415266219), 

       alpha(t) = HFloat(-0.016693587443669784), 

       bbeta(t) = HFloat(-0.04395014015648427), 

       mu(t) = HFloat(-1.732100479264726), 

       p(t) = HFloat(1.5680363293807902), 

       q(t) = HFloat(-0.029030469405618004), 

       r(t) = HFloat(-0.3263783516442626), 

       ix(t) = HFloat(-0.0045002113781703445), 

       iy(t) = HFloat(0.15707632557855244), 

       iz(t) = HFloat(0.11641018637776691), 

       imu(t) = HFloat(0.0012468415953095673)]
     [t = -1.000000000, x(t) = HFloat(-27.68779161334438), 

       y(t) = HFloat(-0.07839541935741642), 

       z(t) = HFloat(-994.8312063524538), 

       V(t) = HFloat(29.37859368120701), 

       gama(t) = HFloat(0.34773621215639644), 

       chi(t) = HFloat(-0.013233424486630433), 

       alpha(t) = HFloat(-0.015953744075385034), 

       bbeta(t) = HFloat(-0.04208581869857108), 

       mu(t) = HFloat(-1.5742312084933385), 

       p(t) = HFloat(1.5653748731134831), 

       q(t) = HFloat(-0.07464575406918975), 

       r(t) = HFloat(-0.3390314772511727), 

       ix(t) = HFloat(-0.004876287714014246), 

       iy(t) = HFloat(0.15114503884975322), 

       iz(t) = HFloat(0.1438800548030879), 

       imu(t) = HFloat(8.631152840025476e-4)]
     [t = -0.900000000, x(t) = HFloat(-24.92608104440649), 

       y(t) = HFloat(-0.11213303095890086), 

       z(t) = HFloat(-995.7859764953599), 

       V(t) = HFloat(29.074565727676177), 

       gama(t) = HFloat(0.31768088976575315), 

       chi(t) = HFloat(-0.011126094788749106), 

       alpha(t) = HFloat(-0.015047809298616687), 

       bbeta(t) = HFloat(-0.040135702182239504), 

       mu(t) = HFloat(-1.4163059958019113), 

       p(t) = HFloat(1.5630792046504107), 

       q(t) = HFloat(-0.12186133585917329), 

       r(t) = HFloat(-0.3427754237593569), 

       ix(t) = HFloat(-0.005200071373008648), 

       iy(t) = HFloat(0.14157006661759636), 

       iz(t) = HFloat(0.16931268980826258), 

       imu(t) = HFloat(5.617274056503181e-4)]
    [t = -0.800000000, x(t) = HFloat(-22.163887289697907), 

      y(t) = HFloat(-0.13953012796672976), 

      z(t) = HFloat(-996.647096881519), 

      V(t) = HFloat(28.80184268298672), 

      gama(t) = HFloat(0.2864526686396222), 

      chi(t) = HFloat(-0.008664038961253069), 

      alpha(t) = HFloat(-0.013948718413646725), 

      bbeta(t) = HFloat(-0.03809991401031909), 

      mu(t) = HFloat(-1.258392138957714), 

      p(t) = HFloat(1.5612334561754404), 

      q(t) = HFloat(-0.16917028515612845), 

      r(t) = HFloat(-0.3379820324133395), 

      ix(t) = HFloat(-0.005459354990820908), 

      iy(t) = HFloat(0.12893025337440867), 

      iz(t) = HFloat(0.19219865886443882), 

      imu(t) = HFloat(3.448669002251625e-4)]
    [t = -0.700000000, x(t) = HFloat(-19.400402036078283), 

      y(t) = HFloat(-0.1598249166774705), 

      z(t) = HFloat(-997.4130399016333), 

      V(t) = HFloat(28.560777377923507), 

      gama(t) = HFloat(0.2540520501582151), 

      chi(t) = HFloat(-0.006004122396805149), 

      alpha(t) = HFloat(-0.012642633737271612), 

      bbeta(t) = HFloat(-0.035891124560412255), 

      mu(t) = HFloat(-1.1005497579234895), 

      p(t) = HFloat(1.5598962447702038), 

      q(t) = HFloat(-0.21492130042327556), 

      r(t) = HFloat(-0.32527349684049656), 

      ix(t) = HFloat(-0.005644982353515616), 

      iy(t) = HFloat(0.11390128760754717), 

      iz(t) = HFloat(0.21217129565851756), 

      imu(t) = HFloat(2.0831525783069428e-4)]
     [t = -0.600000000, x(t) = HFloat(-16.63501293588558), 

       y(t) = HFloat(-0.17269187392962473), 

       z(t) = HFloat(-998.0821670662244), 

       V(t) = HFloat(28.351630312990817), 

       gama(t) = HFloat(0.22052444311536717), 

       chi(t) = HFloat(-0.003309528877022811), 

       alpha(t) = HFloat(-0.01113642202885044), 

       bbeta(t) = HFloat(-0.03335951182103983), 

       mu(t) = HFloat(-0.9428279966110396), 

       p(t) = HFloat(1.5591194314128864), 

       q(t) = HFloat(-0.25740038262464315), 

       r(t) = HFloat(-0.3053130551042356), 

       ix(t) = HFloat(-0.005751592238375769), 

       iy(t) = HFloat(0.09721337958338275), 

       iz(t) = HFloat(0.22902314248514155), 

       imu(t) = HFloat(1.423628617328199e-4)]
      [t = -0.500000000, x(t) = HFloat(-13.867338563186), 

        y(t) = HFloat(-0.17825080773226043), 

        z(t) = HFloat(-998.652839658301), 

        V(t) = HFloat(28.174594490640033), 

        gama(t) = HFloat(0.18596071971823586), 

        chi(t) = HFloat(-7.419851306618828e-4), 

        alpha(t) = HFloat(-0.009461952932902803), 

        bbeta(t) = HFloat(-0.03033637599000876), 

        mu(t) = HFloat(-0.785261732910663), 

        p(t) = HFloat(1.5589552115133218), 

        q(t) = HFloat(-0.29493294393264247), 

        r(t) = HFloat(-0.27865520244184755), 

        ix(t) = HFloat(-0.005777960069552783), 

        iy(t) = HFloat(0.07960701892914004), 

        iz(t) = HFloat(0.2427115463900932), 

        imu(t) = HFloat(1.3307111532238143e-4)]
    [t = -0.400000000, x(t) = HFloat(-11.097241156684763), 

      y(t) = HFloat(-0.1770551009804827), 

      z(t) = HFloat(-999.1235355584159), 

      V(t) = HFloat(28.029821104159165), 

      gama(t) = HFloat(0.15049845209559368), 

      chi(t) = HFloat(0.0015469305378846415), 

      alpha(t) = HFloat(-0.007676438601423992), 

      bbeta(t) = HFloat(-0.02668518451979105), 

      mu(t) = HFloat(-0.627868153982199), 

      p(t) = HFloat(1.5594443839272554), 

      q(t) = HFloat(-0.32599627979777357), 

      r(t) = HFloat(-0.24568954729554116), 

      ix(t) = HFloat(-0.0057269094553334355), 

      iy(t) = HFloat(0.061788836177502825), 

      iz(t) = HFloat(0.253352898980508), 

      imu(t) = HFloat(1.6386924805095705e-4)]
     [t = -0.300000000, x(t) = HFloat(-8.324816130968292), 

       y(t) = HFloat(-0.1700522436334729), 

       z(t) = HFloat(-999.4929716830133), 

       V(t) = HFloat(27.917447223650747), 

       gama(t) = HFloat(0.11432184440637111), 

       chi(t) = HFloat(0.0034274593095818423), 

       alpha(t) = HFloat(-0.00585884078274209), 

       bbeta(t) = HFloat(-0.022347865389356382), 

       mu(t) = HFloat(-0.47064374462061254), 

       p(t) = HFloat(1.5605890134373177), 

       q(t) = HFloat(-0.34932628012693423), 

       r(t) = HFloat(-0.20668390347369425), 

       ix(t) = HFloat(-0.005604835590846199), 

       iy(t) = HFloat(0.04438994687057177), 

       iz(t) = HFloat(0.26120487907742035), 

       imu(t) = HFloat(2.1748316473012896e-4)]
     [t = -0.200000000, x(t) = HFloat(-5.550356692950649), 

       y(t) = HFloat(-0.15850663676117754), 

       z(t) = HFloat(-999.7602231884916), 

       V(t) = HFloat(27.83762453791501), 

       gama(t) = HFloat(0.07765692337812165), 

       chi(t) = HFloat(0.004806193137900369), 

       alpha(t) = HFloat(-0.004102972733858299), 

       bbeta(t) = HFloat(-0.01737579635663721), 

       mu(t) = HFloat(-0.31356341305818175), 

       p(t) = HFloat(1.56232163842992), 

       q(t) = HFloat(-0.3640057630789608), 

       r(t) = HFloat(-0.1619059575770949), 

       ix(t) = HFloat(-0.005420948552909655), 

       iy(t) = HFloat(0.02793004973185337), 

       iz(t) = HFloat(0.26663649860150357), 

       imu(t) = HFloat(2.780764424847905e-4)]
    [t = -0.100000000, x(t) = HFloat(-2.7742937297944525), 

      y(t) = HFloat(-0.1438788751378529), 

      z(t) = HFloat(-999.9248206024065), 

      V(t) = HFloat(27.79054472795563), 

      gama(t) = HFloat(0.04075893961565793), 

      chi(t) = HFloat(0.0056411547106295515), 

      alpha(t) = HFloat(-0.0025083742644249614), 

      bbeta(t) = HFloat(-0.011938628714743655), 

      mu(t) = HFloat(-0.15658370918927816), 

      p(t) = HFloat(1.5644871517763614), 

      q(t) = HFloat(-0.3695173293476004), 

      r(t) = HFloat(-0.11179881095612543), 

      ix(t) = HFloat(-0.005186364662529521), 

      iy(t) = HFloat(0.012791406476969283), 

      iz(t) = HFloat(0.27008713796050876), 

      imu(t) = HFloat(3.3328733244666615e-4)]
         [t = 0., x(t) = HFloat(0.002883896372124259), 

           y(t) = HFloat(-0.12766531483465748), 

           z(t) = HFloat(-999.9868002015892), 

           V(t) = HFloat(27.77645403861075), 

           gama(t) = HFloat(0.0038911214815577156), 

           chi(t) = HFloat(0.005952909554149046), 

           alpha(t) = HFloat(-0.0011700374816743444), 

           bbeta(t) = HFloat(-0.006307507843803179), 

           mu(t) = HFloat(3.4889138560445726e-4), 

           p(t) = HFloat(1.5668512903166578), 

           q(t) = HFloat(-0.36575858092903757), 

           r(t) = HFloat(-0.05716388189953357), 

           ix(t) = HFloat(-0.004913176357614897), 

           iy(t) = HFloat(-7.930299018200678e-4), 

           iz(t) = HFloat(0.27201799595269655), 

           imu(t) = HFloat(3.7569194192524455e-4)]
     [t = 0.100000000, x(t) = HFloat(2.7807169010043884), 

       y(t) = HFloat(-0.11121695591992133), 

       z(t) = HFloat(-999.9466850731212), 

       V(t) = HFloat(27.795647184367983), 

       gama(t) = HFloat(-0.032702857892147955), 

       chi(t) = HFloat(0.0058267139081579974), 

       alpha(t) = HFloat(-1.6881616282132225e-4), 

       bbeta(t) = HFloat(-8.164893128374193e-4), 

       mu(t) = HFloat(0.1572858023746094), 

       p(t) = HFloat(1.5691370326174703), 

       q(t) = HFloat(-0.3530194413697698), 

       r(t) = HFloat(7.088560448985135e-4), 

       ix(t) = HFloat(-0.004613594645036024), 

       iy(t) = HFloat(-0.012734195273064661), 

       iz(t) = HFloat(0.2728618164775981), 

       imu(t) = HFloat(4.03224499190643e-4)]
      [t = 0.200000000, x(t) = HFloat(5.558853482871023), 

        y(t) = HFloat(-0.09556880764300126), 

        z(t) = HFloat(-999.8053867341386), 

        V(t) = HFloat(27.848432895518524), 

        gama(t) = HFloat(-0.06882688456305149), 

        chi(t) = HFloat(0.005402375572980282), 

        alpha(t) = HFloat(4.361291870887352e-4), 

        bbeta(t) = HFloat(0.004189001474567543), 

        mu(t) = HFloat(0.3142633984003447), 

        p(t) = HFloat(1.5710814497641317), 

        q(t) = HFloat(-0.33193088855999336), 

        r(t) = HFloat(0.06001286209354141), 

        ix(t) = HFloat(-0.004299182190782234), 

        iy(t) = HFloat(-0.023063607545128373), 

        iz(t) = HFloat(0.2729784723177137), 

        imu(t) = HFloat(4.18307408921973e-4)]
      [t = 0.300000000, x(t) = HFloat(8.337099177978265), 

        y(t) = HFloat(-0.08131594177012808), 

        z(t) = HFloat(-999.5640374906579), 

        V(t) = HFloat(27.935070049590575), 

        gama(t) = HFloat(-0.10435329130596539), 

        chi(t) = HFloat(0.004851583953935647), 

        alpha(t) = HFloat(6.115984646828971e-4), 

        bbeta(t) = HFloat(0.008403157953921674), 

        mu(t) = HFloat(0.47129380184988584), 

        p(t) = HFloat(1.5724919623867455), 

        q(t) = HFloat(-0.30340049762648835), 

        r(t) = HFloat(0.11854335667717518), 

        ix(t) = HFloat(-0.003980200919917669), 

        iy(t) = HFloat(-0.03189503604610422), 

        iz(t) = HFloat(0.272624028759346), 

        imu(t) = HFloat(4.2583928522053855e-4)]
      [t = 0.400000000, x(t) = HFloat(11.11542554101047), 

        y(t) = HFloat(-0.0685660572671539), 

        z(t) = HFloat(-999.2237847311457), 

        V(t) = HFloat(28.055685317193277), 

        gama(t) = HFloat(-0.13923037619322198), 

        chi(t) = HFloat(0.0043474784382499), 

        alpha(t) = HFloat(3.510756794927159e-4), 

        bbeta(t) = HFloat(0.01159656562569031), 

        mu(t) = HFloat(0.6283626003225917), 

        p(t) = HFloat(1.5732829404370328), 

        q(t) = HFloat(-0.26854434770685964), 

        r(t) = HFloat(0.1739314275887114), 

        ix(t) = HFloat(-0.003665081840058186), 

        iy(t) = HFloat(-0.03937742069789261), 

        iz(t) = HFloat(0.27193880461676523), 

        imu(t) = HFloat(4.3058995740889223e-4)]
     [t = 0.500000000, x(t) = HFloat(13.893935489624857), 

       y(t) = HFloat(-0.05697917879785943), 

       z(t) = HFloat(-998.7855903720929), 

       V(t) = HFloat(28.210192533327064), 

       gama(t) = HFloat(-0.17347444181593075), 

       chi(t) = HFloat(0.004034047719662466), 

       alpha(t) = HFloat(-3.271649318002802e-4), 

       bbeta(t) = HFloat(0.01363209002728235), 

       mu(t) = HFloat(0.7854342227869386), 

       p(t) = HFloat(1.5734816614335816), 

       q(t) = HFloat(-0.2286239109805821), 

       r(t) = HFloat(0.2239246244517748), 

       ix(t) = HFloat(-0.003360079101005444), 

       iy(t) = HFloat(-0.045647406124978515), 

       iz(t) = HFloat(0.27095612149583503), 

       imu(t) = HFloat(4.3475740388049705e-4)]
      [t = 0.600000000, x(t) = HFloat(16.67279521520033), 

        y(t) = HFloat(-0.04588352180695942), 

        z(t) = HFloat(-998.2500765970127), 

        V(t) = HFloat(28.39823619983905), 

        gama(t) = HFloat(-0.20714961560964099), 

        chi(t) = HFloat(0.00400308545390203), 

        alpha(t) = HFloat(-0.001383323485052614), 

        bbeta(t) = HFloat(0.014461121729125403), 

        mu(t) = HFloat(0.9424627524297666), 

        p(t) = HFloat(1.5732064238163435), 

        q(t) = HFloat(-0.1849896393850551), 

        r(t) = HFloat(0.2666154064021117), 

        ix(t) = HFloat(-0.003069186357230225), 

        iy(t) = HFloat(-0.05078983322143851), 

        iz(t) = HFloat(0.26962908576329214), 

        imu(t) = HFloat(4.363618572043919e-4)]
     [t = 0.700000000, x(t) = HFloat(19.452150754447512), 

       y(t) = HFloat(-0.034439115604956966), 

       z(t) = HFloat(-997.6174432874512), 

       V(t) = HFloat(28.61917338192469), 

       gama(t) = HFloat(-0.24034178132326153), 

       chi(t) = HFloat(0.00428286599757333), 

       alpha(t) = HFloat(-0.0027596261774520685), 

       bbeta(t) = HFloat(0.014109194911545114), 

       mu(t) = HFloat(1.0994046172407759), 

       p(t) = HFloat(1.5726296277544072), 

       q(t) = HFloat(-0.13903029717095933), 

       r(t) = HFloat(0.30056530086456074), 

       ix(t) = HFloat(-0.0027943519821827744), 

       iy(t) = HFloat(-0.05481248194750274), 

       iz(t) = HFloat(0.2678693435763354), 

       imu(t) = HFloat(4.288443692584985e-4)]
     [t = 0.800000000, x(t) = HFloat(22.232049654853455), 

       y(t) = HFloat(-0.02181609713460113), 

       z(t) = HFloat(-996.8874635826379), 

       V(t) = HFloat(28.87209554278393), 

       gama(t) = HFloat(-0.2731333210739723), 

       chi(t) = HFloat(0.004838833737309024), 

       alpha(t) = HFloat(-0.004384070293235159), 

       bbeta(t) = HFloat(0.012659963909079313), 

       mu(t) = HFloat(1.2562299163673818), 

       p(t) = HFloat(1.5719388900276439), 

       q(t) = HFloat(-0.09212734638618313), 

       r(t) = HFloat(0.32481097276431864), 

       ix(t) = HFloat(-0.002536023609680869), 

       iy(t) = HFloat(-0.05763817862107358), 

       iz(t) = HFloat(0.2655901581313475), 

       imu(t) = HFloat(4.0189022409496233e-4)]
      [t = 0.900000000, x(t) = HFloat(25.01238402499041), 

        y(t) = HFloat(-0.007357888010786123), 

        z(t) = HFloat(-996.0595471267243), 

        V(t) = HFloat(29.155882890991524), 

        gama(t) = HFloat(-0.3055824929424769), 

        chi(t) = HFloat(0.005583233689495895), 

        alpha(t) = HFloat(-0.006174691640406592), 

        bbeta(t) = HFloat(0.01024425366653029), 

        mu(t) = HFloat(1.4129305017476341), 

        p(t) = HFloat(1.5713056970186399), 

        q(t) = HFloat(-0.04561037067535587), 

        r(t) = HFloat(0.3388193157807435), 

        ix(t) = HFloat(-0.002293849548420003), 

        iy(t) = HFloat(-0.05911419040988304), 

        iz(t) = HFloat(0.26274642206848264), 

        imu(t) = HFloat(3.43230464204741e-4)]
      [t = 1.000000000, x(t) = HFloat(27.79286646232744), 

        y(t) = HFloat(0.009290770087821563), 

        z(t) = HFloat(-995.1328539802369), 

        V(t) = HFloat(29.469277693522248), 

        gama(t) = HFloat(-0.3377093501947578), 

        chi(t) = HFloat(0.006390778946303284), 

        alpha(t) = HFloat(-0.008044840774666284), 

        bbeta(t) = HFloat(0.007032541748602319), 

        mu(t) = HFloat(1.5695239497515572), 

        p(t) = HFloat(1.5708624468819692), 

        q(t) = HFloat(-7.202319098109245e-4), 

        r(t) = HFloat(0.34243482327177605), 

        ix(t) = HFloat(-0.002067503182858781), 

        iy(t) = HFloat(-0.05903631366411614), 

        iz(t) = HFloat(0.2593656465252874), 

        imu(t) = HFloat(2.4105341954995348e-4)]
     [t = 1.100000000, x(t) = HFloat(30.573042634178215), 

       y(t) = HFloat(0.028104438406718033), 

       z(t) = HFloat(-994.1064379563479), 

       V(t) = HFloat(29.810965805352517), 

       gama(t) = HFloat(-0.36948864176946233), 

       chi(t) = HFloat(0.0071174415079495405), 

       alpha(t) = HFloat(-0.009909364268702951), 

       bbeta(t) = HFloat(0.00322790521016258), 

       mu(t) = HFloat(1.7260530425390859), 

       p(t) = HFloat(1.5706892805195023), 

       q(t) = HFloat(0.04142556388620118), 

       r(t) = HFloat(0.3358579971489841), 

       ix(t) = HFloat(-0.0018573739065459497), 

       iy(t) = HFloat(-0.05718341576355416), 

       iz(t) = HFloat(0.2555659086816469), 

       imu(t) = HFloat(8.658800049852989e-5)]
      [t = 1.200000000, x(t) = HFloat(33.3523390387389), 

        y(t) = HFloat(0.04865261386834817), 

        z(t) = HFloat(-992.9793979146227), 

        V(t) = HFloat(30.179653291053985), 

        gama(t) = HFloat(-0.400849770667986), 

        chi(t) = HFloat(0.007620507627665864), 

        alpha(t) = HFloat(-0.011690777210330934), 

        bbeta(t) = HFloat(-9.449429863739121e-4), 

        mu(t) = HFloat(1.8825807990442667), 

        p(t) = HFloat(1.570809065328308), 

        q(t) = HFloat(0.07985514085396908), 

        r(t) = HFloat(0.3196511729971641), 

        ix(t) = HFloat(-0.0016651121756228694), 

        iy(t) = HFloat(-0.053357195830666775), 

        iz(t) = HFloat(0.25155889047229824), 

        imu(t) = HFloat(-1.235869554606407e-4)]
     [t = 1.300000000, x(t) = HFloat(36.130137478568265), 

       y(t) = HFloat(0.07013126550725515), 

       z(t) = HFloat(-991.7510160232194), 

       V(t) = HFloat(30.574130061504498), 

       gama(t) = HFloat(-0.43168381137718265), 

       chi(t) = HFloat(0.007777398425559964), 

       alpha(t) = HFloat(-0.013324590180493012), 

       bbeta(t) = HFloat(-0.005255966812933341), 

       mu(t) = HFloat(2.0391816605038326), 

       p(t) = HFloat(1.5711922729050014), 

       q(t) = HFloat(0.11375753799471179), 

       r(t) = HFloat(0.29473900075154186), 

       ix(t) = HFloat(-0.001493840109115582), 

       iy(t) = HFloat(-0.047421561208883724), 

       iz(t) = HFloat(0.24763826290610497), 

       imu(t) = HFloat(-3.8593423442534507e-4)]
      [t = 1.400000000, x(t) = HFloat(38.90586328719884), 

        y(t) = HFloat(0.09144323805290883), 

        z(t) = HFloat(-990.4208634881522), 

        V(t) = HFloat(30.993311028373288), 

        gama(t) = HFloat(-0.4618562590826551), 

        chi(t) = HFloat(0.007500880921432441), 

        alpha(t) = HFloat(-0.01476260784706926), 

        bbeta(t) = HFloat(-0.00948880424111536), 

        mu(t) = HFloat(2.1959304708942047), 

        p(t) = HFloat(1.571770531354321), 

        q(t) = HFloat(0.14248953630119734), 

        r(t) = HFloat(0.262380615281662), 

        ix(t) = HFloat(-0.001348052235199773), 

        iy(t) = HFloat(-0.03933632034258881), 

        iz(t) = HFloat(0.24415573492736803), 

        imu(t) = HFloat(-6.893570114370229e-4)]
     [t = 1.500000000, x(t) = HFloat(41.679071817762924), 

       y(t) = HFloat(0.11131371198709175), 

       z(t) = HFloat(-988.9888610296683), 

       V(t) = HFloat(31.436251362398302), 

       gama(t) = HFloat(-0.49122310286314), 

       chi(t) = HFloat(0.006748625555745975), 

       alpha(t) = HFloat(-0.015973929137480147), 

       bbeta(t) = HFloat(-0.013459012091776296), 

       mu(t) = HFloat(2.352891401253502), 

       p(t) = HFloat(1.5724557008589184), 

       q(t) = HFloat(0.16557677631717058), 

       r(t) = HFloat(0.22410541503675405), 

       ix(t) = HFloat(-0.0012331861506528431), 

       iy(t) = HFloat(-0.0291809416210208), 

       iz(t) = HFloat(0.24148871687286794), 

       imu(t) = HFloat(-0.001015720924025527)]
      [t = 1.600000000, x(t) = HFloat(44.44951901317123), 

        y(t) = HFloat(0.1284221784325734), 

        z(t) = HFloat(-987.455289818363), 

        V(t) = HFloat(31.902136902801935), 

        gama(t) = HFloat(-0.5196473800573314), 

        chi(t) = HFloat(0.0055259751333002986), 

        alpha(t) = HFloat(-0.016943722875769264), 

        bbeta(t) = HFloat(-0.017027608975883766), 

        mu(t) = HFloat(2.5101090528789736), 

        p(t) = HFloat(1.5731599207997127), 

        q(t) = HFloat(0.18271308366333772), 

        r(t) = HFloat(0.1816078020592695), 

        ix(t) = HFloat(-0.0011549427131534095), 

        iy(t) = HFloat(-0.017165774588898824), 

        iz(t) = HFloat(0.24000441462749142), 

        imu(t) = HFloat(-0.0013413932313620044)]
      [t = 1.700000000, x(t) = HFloat(47.21720591989887), 

        y(t) = HFloat(0.14153136340627603), 

        z(t) = HFloat(-985.8207571884911), 

        V(t) = HFloat(32.39025578831651), 

        gama(t) = HFloat(-0.5470132199553372), 

        chi(t) = HFloat(0.0038824911805036867), 

        alpha(t) = HFloat(-0.017670333126927004), 

        bbeta(t) = HFloat(-0.020106929397222393), 

        mu(t) = HFloat(2.6676031607103754), 

        p(t) = HFloat(1.57381083749866), 

        q(t) = HFloat(0.1937582084155326), 

        r(t) = HFloat(0.1366290500564883), 

        ix(t) = HFloat(-0.0011184744333574827), 

        iy(t) = HFloat(-0.0036300753725011245), 

        iz(t) = HFloat(0.2400251617159063), 

        imu(t) = HFloat(-0.0016394970217528653)]
     [t = 1.800000000, x(t) = HFloat(49.982393039628555), 

       y(t) = HFloat(0.14959749522775914), 

       z(t) = HFloat(-984.0861288124139), 

       V(t) = HFloat(32.89996062956277), 

       gama(t) = HFloat(-0.573235656751134), 

       chi(t) = HFloat(0.0019036765934222493), 

       alpha(t) = HFloat(-0.018161629661624577), 

       bbeta(t) = HFloat(-0.022658587866559207), 

       mu(t) = HFloat(2.825367294210335), 

       p(t) = HFloat(1.574359351514449), 

       q(t) = HFloat(0.19873503689798178), 

       r(t) = HFloat(0.09083961713275171), 

       ix(t) = HFloat(-0.0011275646768310556), 

       iy(t) = HFloat(0.010972038361122764), 

       iz(t) = HFloat(0.24179897608202783), 

       imu(t) = HFloat(-0.001882494917572272)]
     [t = 1.900000000, x(t) = HFloat(52.745585990169744), 

       y(t) = HFloat(0.15185188304552624), 

       z(t) = HFloat(-982.2524415357528), 

       V(t) = HFloat(33.43062983033093), 

       gama(t) = HFloat(-0.5982655443009481), 

       chi(t) = HFloat(-2.999392437921948e-4), 

       alpha(t) = HFloat(-0.01843143885521581), 

       bbeta(t) = HFloat(-0.024684685500501638), 

       mu(t) = HFloat(2.9833709524463763), 

       p(t) = HFloat(1.5747794326106164), 

       q(t) = HFloat(0.19782479637857342), 

       r(t) = HFloat(0.04574497992759106), 

       ix(t) = HFloat(-0.001183969500002227), 

       iy(t) = HFloat(0.02609527847694997), 

       iz(t) = HFloat(0.24547797605376195), 

       imu(t) = HFloat(-0.0020447244464707956)]
      [t = 2.000000000, x(t) = HFloat(55.50749761995781), 

        y(t) = HFloat(0.14785051183753012), 

        z(t) = HFloat(-980.3208108270705), 

        V(t) = HFloat(33.981635637049976), 

        gama(t) = HFloat(-0.6220900721022056), 

        chi(t) = HFloat(-0.0026043056524609753), 

        alpha(t) = HFloat(-0.018496747409663263), 

        bbeta(t) = HFloat(-0.026215230148304236), 

        mu(t) = HFloat(3.141563891677264), 

        p(t) = HFloat(1.5750624808040903), 

        q(t) = HFloat(0.1913585750204017), 

        r(t) = HFloat(0.0026273398720994246), 

        ix(t) = HFloat(-0.001286965504273726), 

        iy(t) = HFloat(0.041133440278047155), 

        iz(t) = HFloat(0.25110590585435366), 

        imu(t) = HFloat(-0.002104602198728704)]
      [t = 2.100000000, x(t) = HFloat(58.26899385736713), 

        y(t) = HFloat(0.13749330536883636), 

        z(t) = HFloat(-978.2923433125492), 

        V(t) = HFloat(34.552321321750696), 

        gama(t) = HFloat(-0.6447300299913581), 

        chi(t) = HFloat(-0.0048825256487036225), 

        alpha(t) = HFloat(-0.018375994263231627), 

        bbeta(t) = HFloat(-0.027294983354722), 

        mu(t) = HFloat(3.299881582011897), 

        p(t) = HFloat(1.5752099301609888), 

        q(t) = HFloat(0.17980405421324056), 

        r(t) = HFloat(-0.03747602462470553), 

        ix(t) = HFloat(-0.001433221529278401), 

        iy(t) = HFloat(0.05545307050576531), 

        iz(t) = HFloat(0.2586147164529015), 

        imu(t) = HFloat(-0.002046330907725456)]
      [t = 2.200000000, x(t) = HFloat(61.03103011406542), 

        y(t) = HFloat(0.12101742327876916), 

        z(t) = HFloat(-976.168061175158), 

        V(t) = HFloat(35.14198863327052), 

        gama(t) = HFloat(-0.6662350455770136), 

        chi(t) = HFloat(-0.007013968629525381), 

        alpha(t) = HFloat(-0.018088409056555024), 

        bbeta(t) = HFloat(-0.02797249444252762), 

        mu(t) = HFloat(3.458250999399334), 

        p(t) = HFloat(1.5752273338219294), 

        q(t) = HFloat(0.16374688644235985), 

        r(t) = HFloat(-0.07376348135124979), 

        ix(t) = HFloat(-0.0016169436660976554), 

        iy(t) = HFloat(0.06842772122880501), 

        iz(t) = HFloat(0.26782934824143395), 

        imu(t) = HFloat(-0.0018610390355566883)]
      [t = 2.300000000, x(t) = HFloat(63.79458440097242), 

        y(t) = HFloat(0.09896962412628675), 

        z(t) = HFloat(-973.9488417055361), 

        V(t) = HFloat(35.74989361329986), 

        gama(t) = HFloat(-0.6866777434130079), 

        chi(t) = HFloat(-0.008891712743667136), 

        alpha(t) = HFloat(-0.017654090253357867), 

        bbeta(t) = HFloat(-0.02829297962531272), 

        mu(t) = HFloat(3.616596399876234), 

        p(t) = HFloat(1.5751216531507644), 

        q(t) = HFloat(0.14386741305593467), 

        r(t) = HFloat(-0.10564243168730424), 

        ix(t) = HFloat(-0.0018302665686035725), 

        iy(t) = HFloat(0.07947044693706602), 

        iz(t) = HFloat(0.2784793327318661), 

        imu(t) = HFloat(-0.0015473413698060734)]
      [t = 2.400000000, x(t) = HFloat(66.5605922493257), 

        y(t) = HFloat(0.0721620399407604), 

        z(t) = HFloat(-971.6353733006318), 

        V(t) = HFloat(36.375248888317586), 

        gama(t) = HFloat(-0.706147396054558), 

        chi(t) = HFloat(-0.010428369005970217), 

        alpha(t) = HFloat(-0.017094377642201484), 

        bbeta(t) = HFloat(-0.028295177535491246), 

        mu(t) = HFloat(3.7748449071804417), 

        p(t) = HFloat(1.5749016410528616), 

        q(t) = HFloat(0.12091406967441584), 

        r(t) = HFloat(-0.13269734366503863), 

        ix(t) = HFloat(-0.0020638213379307506), 

        iy(t) = HFloat(0.08806267361619066), 

        iz(t) = HFloat(0.29021562018235225), 

        imu(t) = HFloat(-0.0011113289986384768)]
      [t = 2.500000000, x(t) = HFloat(69.32988785354587), 

        y(t) = HFloat(0.04161533052791683), 

        z(t) = HFloat(-969.2281281436723), 

        V(t) = HFloat(37.01723052316687), 

        gama(t) = HFloat(-0.7247433714521607), 

        chi(t) = HFloat(-0.011560292251970226), 

        alpha(t) = HFloat(-0.016432165199654333), 

        bbeta(t) = HFloat(-0.028011598438338222), 

        mu(t) = HFloat(3.932931724707272), 

        p(t) = HFloat(1.5745799993265546), 

        q(t) = HFloat(0.09567512538180709), 

        r(t) = HFloat(-0.15466192149405286), 

        ix(t) = HFloat(-0.0023073972189641833), 

        iy(t) = HFloat(0.09377798380275201), 

        iz(t) = HFloat(0.302630974977026), 

        imu(t) = HFloat(-5.660181592606897e-4)]
      [t = 2.600000000, x(t) = HFloat(72.10315540681249), 

        y(t) = HFloat(0.008492947953855363), 

        z(t) = HFloat(-966.7273513807858), 

        V(t) = HFloat(37.67498811737987), 

        gama(t) = HFloat(-0.7425686166309651), 

        chi(t) = HFloat(-0.012250022389656234), 

        alpha(t) = HFloat(-0.01569188904030821), 

        bbeta(t) = HFloat(-0.02747071112972012), 

        mu(t) = HFloat(4.090804645496123), 

        p(t) = HFloat(1.5741755650357618), 

        q(t) = HFloat(0.0689507922454498), 

        r(t) = HFloat(-0.1714002882983269), 

        ix(t) = HFloat(-0.002550628509278649), 

        iy(t) = HFloat(0.09629973919643951), 

        iz(t) = HFloat(0.3152822714736587), 

        imu(t) = HFloat(6.969076902045745e-5)]
      [t = 2.700000000, x(t) = HFloat(74.88089396109056), 

        y(t) = HFloat(-0.025969139992694987), 

        z(t) = HFloat(-964.1330661011002), 

        V(t) = HFloat(38.34765707590133), 

        gama(t) = HFloat(-0.7597235159919953), 

        chi(t) = HFloat(-0.012486711664349706), 

        alpha(t) = HFloat(-0.014899123766765046), 

        bbeta(t) = HFloat(-0.02669971464671909), 

        mu(t) = HFloat(4.248427398719453), 

        p(t) = HFloat(1.5737141189652641), 

        q(t) = HFloat(0.04152726018959464), 

        r(t) = HFloat(-0.1828961499743249), 

        ix(t) = HFloat(-0.0027836289847265974), 

        iy(t) = HFloat(0.09543186320393371), 

        iz(t) = HFloat(0.32771307692766166), 

        imu(t) = HFloat(7.724513037226345e-4)]
      [t = 2.800000000, x(t) = HFloat(77.66339802422654), 

        y(t) = HFloat(-0.06053218488828509), 

        z(t) = HFloat(-961.4450925021742), 

        V(t) = HFloat(39.034372163634416), 

        gama(t) = HFloat(-0.776300631139625), 

        chi(t) = HFloat(-0.012284407488079761), 

        alpha(t) = HFloat(-0.014079863577023672), 

        bbeta(t) = HFloat(-0.025727058543659812), 

        mu(t) = HFloat(4.405781396300798), 

        p(t) = HFloat(1.5732274508870763), 

        q(t) = HFloat(0.014153273449606032), 

        r(t) = HFloat(-0.18924169445178637), 

        ix(t) = HFloat(-0.0029975353602463657), 

        iy(t) = HFloat(0.09110257886544572), 

        iz(t) = HFloat(0.33947500609890857), 

        imu(t) = HFloat(0.0015161672298985075)]
      [t = 2.900000000, x(t) = HFloat(80.45075443571717), 

        y(t) = HFloat(-0.09401850460220884), 

        z(t) = HFloat(-958.663078493581), 

        V(t) = HFloat(39.73428083366288), 

        gama(t) = HFloat(-0.7923804111834544), 

        chi(t) = HFloat(-0.011678518725251422), 

        alpha(t) = HFloat(-0.013259617917828337), 

        bbeta(t) = HFloat(-0.02458415029526889), 

        mu(t) = HFloat(4.562865781470623), 

        p(t) = HFloat(1.5727496914003827), 

        q(t) = HFloat(-0.01247862942657398), 

        r(t) = HFloat(-0.19064224133232263), 

        ix(t) = HFloat(-0.0031849189353061226), 

        iy(t) = HFloat(0.08336142536444073), 

        iz(t) = HFloat(0.3501465657785712), 

        imu(t) = HFloat(0.0022737766933622725)]
      [t = 3.000000000, x(t) = HFloat(83.24285494921023), 

        y(t) = HFloat(-0.1253648199325853), 

        z(t) = HFloat(-955.7865387433501), 

        V(t) = HFloat(40.446556300249526), 

        gama(t) = HFloat(-0.808028787376476), 

        chi(t) = HFloat(-0.01072060221681352), 

        alpha(t) = HFloat(-0.01246244938269658), 

        bbeta(t) = HFloat(-0.0233055244697345), 

        mu(t) = HFloat(4.719695530307188), 

        p(t) = HFloat(1.572313386619195), 

        q(t) = HFloat(-0.03774770783244208), 

        r(t) = HFloat(-0.18739816511957627), 

        ix(t) = HFloat(-0.0033400510841953175), 

        iy(t) = HFloat(0.07237037646809663), 

        iz(t) = HFloat(0.35934847887197097), 

        imu(t) = HFloat(0.003018946604818487)]
      [t = 3.100000000, x(t) = HFloat(86.03942088557443), 

        y(t) = HFloat(-0.1536610175833025), 

        z(t) = HFloat(-952.8148969724783), 

        V(t) = HFloat(41.17040810427872), 

        gama(t) = HFloat(-0.8232962212739129), 

        chi(t) = HFloat(-0.009472466494484917), 

        alpha(t) = HFloat(-0.011710174552383776), 

        bbeta(t) = HFloat(-0.02192914260283297), 

        mu(t) = HFloat(4.8762982330032), 

        p(t) = HFloat(1.571944935026705), 

        q(t) = HFloat(-0.06111689181532472), 

        r(t) = HFloat(-0.17989398976107016), 

        ix(t) = HFloat(-0.0034590316232432777), 

        iy(t) = HFloat(0.0583903333768851), 

        iz(t) = HFloat(0.3667549020999562), 

        imu(t) = HFloat(0.00372750401398849)]
      [t = 3.200000000, x(t) = HFloat(88.84003641331608), 

        y(t) = HFloat(-0.17817279894336893), 

        z(t) = HFloat(-949.7475281510544), 

        V(t) = HFloat(41.905090433725974), 

        gama(t) = HFloat(-0.8382181811690028), 

        chi(t) = HFloat(-0.008000068170398018), 

        alpha(t) = HFloat(-0.01102167322078785), 

        bbeta(t) = HFloat(-0.020495755199768095), 

        mu(t) = HFloat(5.032709821655687), 

        p(t) = HFloat(1.5716600712775433), 

        q(t) = HFloat(-0.08213992294979154), 

        r(t) = HFloat(-0.1685900596196538), 

        ix(t) = HFloat(-0.0035397529940500347), 

        iy(t) = HFloat(0.04176453664069411), 

        iz(t) = HFloat(0.3721004047986717), 

        imu(t) = HFloat(0.004378491085613434)]
      [t = 3.300000000, x(t) = HFloat(91.64418610078104), 

        y(t) = HFloat(-0.19834793096560424), 

        z(t) = HFloat(-946.5837966785875), 

        V(t) = HFloat(42.64990720952348), 

        gama(t) = HFloat(-0.852817058399171), 

        chi(t) = HFloat(-0.006367932710446734), 

        alpha(t) = HFloat(-0.010412359686376459), 

        bbeta(t) = HFloat(-0.01904779180213614), 

        mu(t) = HFloat(5.188969847807104), 

        p(t) = HFloat(1.5714615934565672), 

        q(t) = HFloat(-0.1004653786914061), 

        r(t) = HFloat(-0.15400180818325931), 

        ix(t) = HFloat(-0.003581788467985345), 

        iy(t) = HFloat(0.022900541088919098), 

        iz(t) = HFloat(0.37518287166169817), 

        imu(t) = HFloat(0.004954763612714122)]
      [t = 3.400000000, x(t) = HFloat(94.4512916663613), 

        y(t) = HFloat(-0.21380788397522743), 

        z(t) = HFloat(-943.3230876115077), 

        V(t) = HFloat(43.40421457141514), 

        gama(t) = HFloat(-0.8671048565347556), 

        chi(t) = HFloat(-0.00463461190893158), 

        alpha(t) = HFloat(-0.009893831257689948), 

        bbeta(t) = HFloat(-0.01762834279721498), 

        mu(t) = HFloat(5.345116952211345), 

        p(t) = HFloat(1.5713387192622035), 

        q(t) = HFloat(-0.11583723349246712), 

        r(t) = HFloat(-0.13668472795069825), 

        ix(t) = HFloat(-0.0035861575137612887), 

        iy(t) = HFloat(0.0022523167096625647), 

        iz(t) = HFloat(0.37586294642370277), 

        imu(t) = HFloat(0.0054431225635139194)]
      [t = 3.500000000, x(t) = HFloat(97.26074440649207), 

        y(t) = HFloat(-0.2243279509618794), 

        z(t) = HFloat(-939.9648292024843), 

        V(t) = HFloat(44.16742019519816), 

        gama(t) = HFloat(-0.8810863264156598), 

        chi(t) = HFloat(-0.002849473415151265), 

        alpha(t) = HFloat(-0.009473635448723096), 

        bbeta(t) = HFloat(-0.016279881304535497), 

        mu(t) = HFloat(5.501185014073917), 

        p(t) = HFloat(1.571268532824858), 

        q(t) = HFloat(-0.1280922647524792), 

        r(t) = HFloat(-0.11722135344540996), 

        ix(t) = HFloat(-0.0035550688273489344), 

        iy(t) = HFloat(-0.01969620826320603), 

        iz(t) = HFloat(0.3740607558645152), 

        imu(t) = HFloat(0.005834023006254155)]
     [t = 3.600000000, x(t) = HFloat(100.07193032882326), 

       y(t) = HFloat(-0.22980977053001483), 

       z(t) = HFloat(-936.5085063405683), 

       V(t) = HFloat(44.93898066393932), 

       gama(t) = HFloat(-0.8947621542703876), 

       chi(t) = HFloat(-0.001050989201136898), 

       alpha(t) = HFloat(-0.009155147614785426), 

       bbeta(t) = HFloat(-0.015042553608329373), 

       mu(t) = HFloat(5.657200391836773), 

       p(t) = HFloat(1.571219270953519), 

       q(t) = HFloat(-0.1371545387648815), 

       r(t) = HFloat(-0.09621120594566089), 

       ix(t) = HFloat(-0.0034916305541938548), 

       iy(t) = HFloat(-0.04244520102941612), 

       iz(t) = HFloat(0.3697508430049439), 

       imu(t) = HFloat(0.0061209497227994614)]
     [t = 3.700000000, x(t) = HFloat(102.88424636752094), 

       y(t) = HFloat(-0.23025064798775535), 

       z(t) = HFloat(-932.9536652722844), 

       V(t) = HFloat(45.71839724367975), 

       gama(t) = HFloat(-0.9081318777736765), 

       chi(t) = HFloat(7.333753789364318e-4), 

       alpha(t) = HFloat(-0.008937592751671906), 

       bbeta(t) = HFloat(-0.01395205183257104), 

       mu(t) = HFloat(5.813180606873288), 

       p(t) = HFloat(1.571155417474059), 

       q(t) = HFloat(-0.1430282796930249), 

       r(t) = HFloat(-0.07425971244499474), 

       ix(t) = HFloat(-0.0033995653697610592), 

       iy(t) = HFloat(-0.06549003207914349), 

       iz(t) = HFloat(0.3629562023426462), 

       imu(t) = HFloat(0.006299585697897374)]
      [t = 3.800000000, x(t) = HFloat(105.6971073399717), 

        y(t) = HFloat(-0.22571418003810798), 

        z(t) = HFloat(-929.2999108685393), 

        V(t) = HFloat(46.50521061782326), 

        gama(t) = HFloat(-0.9211961975545335), 

        chi(t) = HFloat(0.002485879560403418), 

        alpha(t) = HFloat(-0.008816280323254391), 

        bbeta(t) = HFloat(-0.013037348103892966), 

        mu(t) = HFloat(5.96913457754308), 

        p(t) = HFloat(1.5710435622114287), 

        q(t) = HFloat(-0.14578944812331127), 

        r(t) = HFloat(-0.05196862730518611), 

        ix(t) = HFloat(-0.003282966894219722), 

        iy(t) = HFloat(-0.08832934591257839), 

        iz(t) = HFloat(0.35374221811265955), 

        imu(t) = HFloat(0.006366927031696681)]
     [t = 3.900000000, x(t) = HFloat(108.50994466215417), 

       y(t) = HFloat(-0.21630590096610952), 

       z(t) = HFloat(-925.5468986173312), 

       V(t) = HFloat(47.29899565090454), 

       gama(t) = HFloat(-0.9339585144697703), 

       chi(t) = HFloat(0.004196163871298787), 

       alpha(t) = HFloat(-0.008783057532048378), 

       bbeta(t) = HFloat(-0.012318348403500337), 

       mu(t) = HFloat(6.125064265870695), 

       p(t) = HFloat(1.5708580177452325), 

       q(t) = HFloat(-0.1455759822791734), 

       r(t) = HFloat(-0.029927776006426342), 

       ix(t) = HFloat(-0.0031460693103374368), 

       iy(t) = HFloat(-0.1104704182735986), 

       iz(t) = HFloat(0.3422111819984078), 

       imu(t) = HFloat(0.006320495060156032)]
     [t = 4.000000000, x(t) = HFloat(111.32219908274307), 

       y(t) = HFloat(-0.20215667972947968), 

       z(t) = HFloat(-921.6943235322501), 

       V(t) = HFloat(48.09935631837681), 

       gama(t) = HFloat(-0.9464256193678112), 

       chi(t) = HFloat(0.005858040928019795), 

       alpha(t) = HFloat(-0.00882699394566705), 

       bbeta(t) = HFloat(-0.011803866357664077), 

       mu(t) = HFloat(6.280967609691324), 

       p(t) = HFloat(1.570585843480952), 

       q(t) = HFloat(-0.1425791198266208), 

       r(t) = HFloat(-0.008699436092225607), 

       ix(t) = HFloat(-0.002993118276257694), 

       iy(t) = HFloat(-0.1314324443081915), 

       iz(t) = HFloat(0.3284977538686339), 

       imu(t) = HFloat(0.006157777411425214)]
     [t = 4.100000000, x(t) = HFloat(114.13331013769897), 

       y(t) = HFloat(-0.18341564248420958), 

       z(t) = HFloat(-917.7419086028845), 

       V(t) = HFloat(48.905921781837286), 

       gama(t) = HFloat(-0.9586075309533938), 

       chi(t) = HFloat(0.007466087624225971), 

       alpha(t) = HFloat(-0.0089353001846371), 

       bbeta(t) = HFloat(-0.011490580798811689), 

       mu(t) = HFloat(6.436842184920345), 

       p(t) = HFloat(1.5702301281130988), 

       q(t) = HFloat(-0.13703481392565162), 

       r(t) = HFloat(0.011197418982868523), 

       ix(t) = HFloat(-0.002828246013302658), 

       iy(t) = HFloat(-0.15074863819662088), 

       iz(t) = HFloat(0.3127656075852385), 

       imu(t) = HFloat(0.005876004750906663)]
      [t = 4.200000000, x(t) = HFloat(116.9427056709461), 

        y(t) = HFloat(-0.16025254166396433), 

        z(t) = HFloat(-913.6893948036885), 

        V(t) = HFloat(49.718343382375394), 

        gama(t) = HFloat(-0.9705166374505417), 

        chi(t) = HFloat(0.009012447206730239), 

        alpha(t) = HFloat(-0.009094364681448265), 

        bbeta(t) = HFloat(-0.011363236198472241), 

        mu(t) = HFloat(6.592689106508648), 

        p(t) = HFloat(1.5698111216241877), 

        q(t) = HFloat(-0.12921622593727602), 

        r(t) = HFloat(0.029305339389288483), 

        ix(t) = HFloat(-0.002655419413284246), 

        iy(t) = HFloat(-0.16796810147974725), 

        iz(t) = HFloat(0.2952051459783895), 

        imu(t) = HFloat(0.0054723105372623876)]
     [t = 4.300000000, x(t) = HFloat(119.74979426901483), 

       y(t) = HFloat(-0.13286826416534167), 

       z(t) = HFloat(-909.5365343589839), 

       V(t) = HFloat(50.53629301547684), 

       gama(t) = HFloat(-0.9821663662396978), 

       chi(t) = HFloat(0.01048428592388738), 

       alpha(t) = HFloat(-0.009290780918097841), 

       bbeta(t) = HFloat(-0.011396241419207184), 

       mu(t) = HFloat(6.748516590753688), 

       p(t) = HFloat(1.5693649122686653), 

       q(t) = HFloat(-0.11942699880441288), 

       r(t) = HFloat(0.0452459092569214), 

       ix(t) = HFloat(-0.002478420228479358), 

       iy(t) = HFloat(-0.18265835193721242), 

       iz(t) = HFloat(0.2760320709895182), 

       imu(t) = HFloat(0.004944267754276506)]
     [t = 4.400000000, x(t) = HFloat(122.55396285094628), 

       y(t) = HFloat(-0.10151111937091284), 

       z(t) = HFloat(-905.2830881270353), 

       V(t) = HFloat(51.35946273983541), 

       gama(t) = HFloat(-0.9935696519044162), 

       chi(t) = HFloat(0.011862180183961893), 

       alpha(t) = HFloat(-0.009512229743594343), 

       bbeta(t) = HFloat(-0.011556569549900322), 

       mu(t) = HFloat(6.904342694744997), 

       p(t) = HFloat(1.5689397657766706), 

       q(t) = HFloat(-0.107995041756822), 

       r(t) = HFloat(0.05873379757458233), 

       ix(t) = HFloat(-0.002300857195699112), 

       iy(t) = HFloat(-0.1944092151352279), 

       iz(t) = HFloat(0.2554864245146455), 

       imu(t) = HFloat(0.004290744624318485)]
     [t = 4.500000000, x(t) = HFloat(125.35458066005873), 

       y(t) = HFloat(-0.06649596632726308), 

       z(t) = HFloat(-900.9288272233331), 

       V(t) = HFloat(52.18756503701611), 

       gama(t) = HFloat(-1.0047374586234354), 

       chi(t) = HFloat(0.013119536757859531), 

       alpha(t) = HFloat(-0.009748091962882137), 

       bbeta(t) = HFloat(-0.011807536024595135), 

       mu(t) = HFloat(7.06019688693056), 

       p(t) = HFloat(1.5685905429280302), 

       q(t) = HFloat(-0.09526634546969051), 

       r(t) = HFloat(0.06958464329841829), 

       ix(t) = HFloat(-0.0021261766683570676), 

       iy(t) = HFloat(-0.20283851234711844), 

       iz(t) = HFloat(0.23383168337214166), 

       imu(t) = HFloat(0.003512978132297663)]
     [t = 4.600000000, x(t) = HFloat(128.15100985967157), 

       y(t) = HFloat(-0.028223171594343507), 

       z(t) = HFloat(-896.4735383331057), 

       V(t) = HFloat(53.02033327072983), 

       gama(t) = HFloat(-1.015677561317303), 

       chi(t) = HFloat(0.014223004573277328), 

       alpha(t) = HFloat(-0.009989715606668254), 

       bbeta(t) = HFloat(-0.012112756309138594), 

       mu(t) = HFloat(7.2161202623112946), 

       p(t) = HFloat(1.56837200557779), 

       q(t) = HFloat(-0.08159817664586011), 

       r(t) = HFloat(0.07771366095117728), 

       ix(t) = HFloat(-0.0019576808892348132), 

       iy(t) = HFloat(-0.20759967608664542), 

       iz(t) = HFloat(0.21135348829621728), 

       imu(t) = HFloat(0.0026157377153333216)]
      [t = 4.700000000, x(t) = HFloat(130.9426220087508), 

        y(t) = HFloat(0.012805223148683278), 

        z(t) = HFloat(-891.9170318572244), 

        V(t) = HFloat(53.85752240031876), 

        gama(t) = HFloat(-1.026393645780133), 

        chi(t) = HFloat(0.015133646328266546), 

        alpha(t) = HFloat(-0.010230340698308858), 

        bbeta(t) = HFloat(-0.012439515723038093), 

        mu(t) = HFloat(7.372164455077378), 

        p(t) = HFloat(1.5683314271800073), 

        q(t) = HFloat(-0.06735168361662695), 

        r(t) = HFloat(0.0831289544564587), 

        ix(t) = HFloat(-0.0017985237502244856), 

        iy(t) = HFloat(-0.2083911408872303), 

        iz(t) = HFloat(0.18835770912916364), 

        imu(t) = HFloat(0.0016084431487079882)]
      [t = 4.800000000, x(t) = HFloat(133.7288195464073), 

        y(t) = HFloat(0.055973956137981055), 

        z(t) = HFloat(-887.2591518422773), 

        V(t) = HFloat(54.69890908826515), 

        gama(t) = HFloat(-1.0368848012672356), 

        chi(t) = HFloat(0.01580876715760441), 

        alpha(t) = HFloat(-0.010464785676369014), 

        bbeta(t) = HFloat(-0.012761395229228204), 

        mu(t) = HFloat(7.5283892079301635), 

        p(t) = HFloat(1.5685017617281352), 

        q(t) = HFloat(-0.05288402595018193), 

        r(t) = HFloat(0.08591667375726576), 

        ix(t) = HFloat(-0.0016517118281007864), 

        iy(t) = HFloat(-0.20496713476273407), 

        iz(t) = HFloat(0.16516757214375882), 

        imu(t) = HFloat(5.061089950613476e-4)]
     [t = 4.900000000, x(t) = HFloat(136.50906047279685), 

       y(t) = HFloat(0.10054932456701864), 

       z(t) = HFloat(-882.4997866639773), 

       V(t) = HFloat(55.544291890489184), 

       gama(t) = HFloat(-1.0471453510529665), 

       chi(t) = HFloat(0.01620419699499139), 

       alpha(t) = HFloat(-0.010688958941516592), 

       bbeta(t) = HFloat(-0.01305919794782807), 

       mu(t) = HFloat(7.684858853234893), 

       p(t) = HFloat(1.5688957169718871), 

       q(t) = HFloat(-0.038539750734503095), 

       r(t) = HFloat(0.08622309840470316), 

       ix(t) = HFloat(-0.0015200631131352261), 

       iy(t) = HFloat(-0.19714931857939075), 

       iz(t) = HFloat(0.14211977703268555), 

       imu(t) = HFloat(-6.700130087907452e-4)]
      [t = 5.00000000, x(t) = HFloat(139.28288503950617), 

        y(t) = HFloat(0.14568108136575225), 

        z(t) = HFloat(-877.6388795045151), 

        V(t) = HFloat(56.393490874004904), 

        gama(t) = HFloat(-1.057165000261754), 

        chi(t) = HFloat(0.016276936197618143), 

        alpha(t) = HFloat(-0.01089938726333452), 

        bbeta(t) = HFloat(-0.013320570641960617), 

        mu(t) = HFloat(7.841637830505534), 

        p(t) = HFloat(1.5695017715502313), 

        q(t) = HFloat(-0.024642432067056106), 

        r(t) = HFloat(0.08423496499483903), 

        ix(t) = HFloat(-0.0014061709270050938), 

        iy(t) = HFloat(-0.18483859804325967), 

        iz(t) = HFloat(0.11955952814372864), 

        imu(t) = HFloat(-0.0018921919616586528)]
     [x(5.00000000) = HFloat(139.28288503950617), 

       y(5.00000000) = HFloat(0.14568108136575225), 

       z(5.00000000) = HFloat(-877.6388795045151), 

       V(5.00000000) = HFloat(56.393490874004904), 

       gama(5.00000000) = HFloat(-1.057165000261754), 

       chi(5.00000000) = HFloat(0.016276936197618143), 

       alpha(5.00000000) = HFloat(-0.01089938726333452), 

       bbeta(5.00000000) = HFloat(-0.013320570641960617), 

       mu(5.00000000) = HFloat(7.841637830505534), 

       p(5.00000000) = HFloat(1.5695017715502313), 

       q(5.00000000) = HFloat(-0.024642432067056106), 

       r(5.00000000) = HFloat(0.08423496499483903), 

       ix(5.00000000) = HFloat(-0.0014061709270050938), 

       iy(5.00000000) = HFloat(-0.18483859804325967), 

       iz(5.00000000) = HFloat(0.11955952814372864), 

       imu(5.00000000) = HFloat(-0.0018921919616586528)]
                           "Bouclage"
                              "G"
   [t, x, y, z, V, gama, chi, alpha, bbeta, mu, p, q, r], mu
[t = HFloat(-5.0), x(t) = HFloat(-138.8888889), 

  y(t) = HFloat(0.0), z(t) = HFloat(-877.416875), 

  V(t) = HFloat(56.35480941), gama(t) = HFloat(1.055366665), 

  chi(t) = HFloat(0.0), alpha(t) = HFloat(-0.01153315941), 

  bbeta(t) = HFloat(0.0095890091), mu(t) = HFloat(-7.853981635), 

  p(t) = HFloat(1.569638502), q(t) = HFloat(0.01759559838), 

  r(t) = HFloat(-0.103183029)]
     [t = -4.900000000, x(t) = HFloat(-136.1111344356784), 

       y(t) = HFloat(-9.956675096232513e-6), 

       z(t) = HFloat(-882.2711800238586), 

       V(t) = HFloat(55.50365318452785), 

       gama(t) = HFloat(1.0466671206832374), 

       chi(t) = HFloat(-6.512242707705099e-6), 

       alpha(t) = HFloat(-0.011270800503034617), 

       bbeta(t) = HFloat(0.0095245329732354), 

       mu(t) = HFloat(-7.696909255379261), 

       p(t) = HFloat(1.569742520384658), 

       q(t) = HFloat(0.003910232821721381), 

       r(t) = HFloat(-0.10426240550710052)]
    [t = -4.800000000, x(t) = HFloat(-133.33342336648116), 

      y(t) = HFloat(-3.31315040089253e-5), 

      z(t) = HFloat(-887.0274434297584), 

      V(t) = HFloat(54.656831504501625), 

      gama(t) = HFloat(1.037696257306827), 

      chi(t) = HFloat(-9.711666518387141e-6), 

      alpha(t) = HFloat(-0.010987102045197353), 

      bbeta(t) = HFloat(0.009452324072689023), 

      mu(t) = HFloat(-7.5398393789881935), 

      p(t) = HFloat(1.5698497354757606), 

      q(t) = HFloat(-0.010374596149413969), 

      r(t) = HFloat(-0.10314503297666588)]
    [t = -4.700000000, x(t) = HFloat(-130.55575024434063), 

      y(t) = HFloat(-6.132117990095595e-5), 

      z(t) = HFloat(-891.6856623704053), 

      V(t) = HFloat(53.81455008324609), 

      gama(t) = HFloat(1.0284426268205533), 

      chi(t) = HFloat(-1.0111487468869773e-5), 

      alpha(t) = HFloat(-0.010689185787802102), 

      bbeta(t) = HFloat(0.009374097251041508), 

      mu(t) = HFloat(-7.382774110715697), 

      p(t) = HFloat(1.569974928045961), 

      q(t) = HFloat(-0.024917715049494752), 

      r(t) = HFloat(-0.09972868445582861)]
    [t = -4.600000000, x(t) = HFloat(-127.77810937823615), 

      y(t) = HFloat(-8.6807658950645e-5), 

      z(t) = HFloat(-896.2458337657994), 

      V(t) = HFloat(52.97702622364286), 

      gama(t) = HFloat(1.0188943272040436), 

      chi(t) = HFloat(-7.772079951281977e-6), 

      alpha(t) = HFloat(-0.010383616832456831), 

      bbeta(t) = HFloat(0.009293249135852527), 

      mu(t) = HFloat(-7.225713369256343), 

      p(t) = HFloat(1.570128917551469), 

      q(t) = HFloat(-0.03935466845172543), 

      r(t) = HFloat(-0.09396600058149411)]
    [t = -4.500000000, x(t) = HFloat(-125.00049502667767), 

      y(t) = HFloat(-1.0225099263570225e-4), 

      z(t) = HFloat(-900.707954398768), 

      V(t) = HFloat(52.144490092627166), 

      gama(t) = HFloat(1.0090389802400745), 

      chi(t) = HFloat(-2.9088786672440904e-6), 

      alpha(t) = HFloat(-0.01007742970143188), 

      bbeta(t) = HFloat(0.009214865673873758), 

      mu(t) = HFloat(-7.0686557582848994), 

      p(t) = HFloat(1.5703166799790478), 

      q(t) = HFloat(-0.05330504707295942), 

      r(t) = HFloat(-0.08586502613972757)]
    [t = -4.400000000, x(t) = HFloat(-122.22290189492013), 

      y(t) = HFloat(-1.0108944035931202e-4), 

      z(t) = HFloat(-905.0720212384344), 

      V(t) = HFloat(51.31718548647678), 

      gama(t) = HFloat(0.9988637291707192), 

      chi(t) = HFloat(4.136742440222678e-6), 

      alpha(t) = HFloat(-0.009778580598161533), 

      bbeta(t) = HFloat(0.00914585893999001), 

      mu(t) = HFloat(-6.911599252167454), 

      p(t) = HFloat(1.5705361575869334), 

      q(t) = HFloat(-0.06637784028124212), 

      r(t) = HFloat(-0.07549244924063403)]
    [t = -4.300000000, x(t) = HFloat(-119.44532526525407), 

      y(t) = HFloat(-7.771537801026973e-5), 

      z(t) = HFloat(-909.3380315430135), 

      V(t) = HFloat(50.4953705160517), 

      gama(t) = HFloat(0.9883551168216987), 

      chi(t) = HFloat(1.303699040299752e-5), 

      alpha(t) = HFloat(-0.009496059700197053), 

      bbeta(t) = HFloat(0.009094515895873604), 

      mu(t) = HFloat(-6.754541704459751), 

      p(t) = HFloat(1.570780120774939), 

      q(t) = HFloat(-0.07817707963912791), 

      r(t) = HFloat(-0.0629731686442179)]
     [t = -4.200000000, x(t) = HFloat(-116.667760723321), 

       y(t) = HFloat(-2.735927773704221e-5), 

       z(t) = HFloat(-913.5059826867524), 

       V(t) = HFloat(49.679318437204195), 

       gama(t) = HFloat(0.9774990131599209), 

       chi(t) = HFloat(2.3520427457970643e-5), 

       alpha(t) = HFloat(-0.009239630976398261), 

       bbeta(t) = HFloat(0.009069977995646811), 

       mu(t) = HFloat(-6.597481254246779), 

       p(t) = HFloat(1.571037861998713), 

       q(t) = HFloat(-0.08831084867653799), 

       r(t) = HFloat(-0.04849282543358451)]
    [t = -4.100000000, x(t) = HFloat(-113.89020375038947), 

      y(t) = HFloat(5.4017680670894534e-5), 

      z(t) = HFloat(-917.5758718709506), 

      V(t) = HFloat(48.869318619234896), 

      gama(t) = HFloat(0.9662805148277251), 

      chi(t) = HFloat(3.5313627978829906e-5), 

      alpha(t) = HFloat(-0.009019562342275403), 

      bbeta(t) = HFloat(0.009081909849453621), 

      mu(t) = HFloat(-6.440416692414579), 

      p(t) = HFloat(1.571298689635174), 

      q(t) = HFloat(-0.09639777176643949), 

      r(t) = HFloat(-0.03229731163094307)]
    [t = -4.000000000, x(t) = HFloat(-111.11264922854288), 

      y(t) = HFloat(1.6956133394796554e-4), 

      z(t) = HFloat(-921.547695749349), 

      V(t) = HFloat(48.06567768105054), 

      gama(t) = HFloat(0.9546840072682145), 

      chi(t) = HFloat(4.803254895820668e-5), 

      alpha(t) = HFloat(-0.008846162860749424), 

      bbeta(t) = HFloat(0.00914012427900903), 

      mu(t) = HFloat(-6.2833475314359655), 

      p(t) = HFloat(1.5715528028297818), 

      q(t) = HFloat(-0.10207952459717723), 

      r(t) = HFloat(-0.014693237592910748)]
    [t = -3.900000000, x(t) = HFloat(-108.33509135333631), 

      y(t) = HFloat(3.211437952009208e-4), 

      z(t) = HFloat(-925.4214503106198), 

      V(t) = HFloat(47.26872065714526), 

      gama(t) = HFloat(0.9426932226922279), 

      chi(t) = HFloat(6.114883001796491e-5), 

      alpha(t) = HFloat(-0.008729487568542802), 

      bbeta(t) = HFloat(0.009254375044167354), 

      mu(t) = HFloat(-6.1262739637519825), 

      p(t) = HFloat(1.571792491427503), 

      q(t) = HFloat(-0.1050312965545951), 

      r(t) = HFloat(0.0039548012400327575)]
    [t = -3.800000000, x(t) = HFloat(-105.55752384022749), 

      y(t) = HFloat(5.090117450500567e-4), 

      z(t) = HFloat(-929.1971309720284), 

      V(t) = HFloat(46.47879216642169), 

      gama(t) = HFloat(0.9302913066284526), 

      chi(t) = HFloat(7.402651761050483e-5), 

      alpha(t) = HFloat(-0.008678986631380909), 

      bbeta(t) = HFloat(0.009434158409461487), 

      mu(t) = HFloat(-5.9691966437961925), 

      p(t) = HFloat(1.572012431491791), 

      q(t) = HFloat(-0.10497195470568031), 

      r(t) = HFloat(0.023228647730776576)]
    [t = -3.700000000, x(t) = HFloat(-102.77994035343752), 

      y(t) = HFloat(7.315971146646452e-4), 

      z(t) = HFloat(-932.874732851159), 

      V(t) = HFloat(45.696257584184856), 

      gama(t) = HFloat(0.9174608808420556), 

      chi(t) = HFloat(8.601622428806807e-5), 

      alpha(t) = HFloat(-0.008703181197482906), 

      bbeta(t) = HFloat(0.009688518286265487), 

      mu(t) = HFloat(-5.812116425731585), 

      p(t) = HFloat(1.5722085668089063), 

      q(t) = HFloat(-0.10167595039309288), 

      r(t) = HFloat(0.042663087554585616)]
     [t = -3.600000000, x(t) = HFloat(-100.0023350216326), 

       y(t) = HFloat(9.856132403077888e-4), 

       z(t) = HFloat(-936.4542511387128), 

       V(t) = HFloat(44.921504213358574), 

       gama(t) = HFloat(0.9041840388009972), 

       chi(t) = HFloat(9.654259114534274e-5), 

       alpha(t) = HFloat(-0.00880935698626182), 

       bbeta(t) = HFloat(0.010025805323361475), 

       mu(t) = HFloat(-5.655034151712284), 

       p(t) = HFloat(1.572377543052514), 

       q(t) = HFloat(-0.0949821311165588), 

       r(t) = HFloat(0.06175441058428216)]
     [t = -3.500000000, x(t) = HFloat(-97.2247028278158), 

       y(t) = HFloat(0.0012663353366409984), 

       z(t) = HFloat(-939.935681412327), 

       V(t) = HFloat(44.154942494431864), 

       gama(t) = HFloat(0.8904423286745119), 

       chi(t) = HFloat(1.0515965642056588e-4), 

       alpha(t) = HFloat(-0.009003217372635717), 

       bbeta(t) = HFloat(0.010453367378081974), 

       mu(t) = HFloat(-5.497950506880112), 

       p(t) = HFloat(1.572515573630625), 

       q(t) = HFloat(-0.08480299885071962), 

       r(t) = HFloat(0.07997072142809314)]
     [t = -3.400000000, x(t) = HFloat(-94.4470398240361), 

       y(t) = HFloat(0.0015680405844953936), 

       z(t) = HFloat(-943.3190198474624), 

       V(t) = HFloat(43.39700727625345), 

       gama(t) = HFloat(0.8762167586123095), 

       chi(t) = HFloat(1.116067066380759e-4), 

       alpha(t) = HFloat(-0.009288446582019445), 

       bbeta(t) = HFloat(0.010977238308556826), 

       mu(t) = HFloat(-5.340865859031965), 

       p(t) = HFloat(1.572617117416789), 

       q(t) = HFloat(-0.07113316504530898), 

       r(t) = HFloat(0.09676385702305904)]
     [t = -3.300000000, x(t) = HFloat(-91.66934329480907), 

       y(t) = HFloat(0.001884546120530369), 

       z(t) = HFloat(-946.6042634115965), 

       V(t) = HFloat(42.64815911338794), 

       gama(t) = HFloat(0.8614877823477263), 

       chi(t) = HFloat(1.157933631119519e-4), 

       alpha(t) = HFloat(-0.009666509711506673), 

       bbeta(t) = HFloat(0.011601682562288065), 

       mu(t) = HFloat(-5.183780321203119), 

       p(t) = HFloat(1.5726736899682021), 

       q(t) = HFloat(-0.05405709638122705), 

       r(t) = HFloat(0.11158337774647284)]
     [t = -3.200000000, x(t) = HFloat(-88.8916116805011), 

       y(t) = HFloat(0.002209578922893194), 

       z(t) = HFloat(-949.7914098713454), 

       V(t) = HFloat(41.90888561103219), 

       gama(t) = HFloat(0.8462352866344401), 

       chi(t) = HFloat(1.1776015102613279e-4), 

       alpha(t) = HFloat(-0.010136303356917988), 

       bbeta(t) = HFloat(0.012328716891320507), 

       mu(t) = HFloat(-5.026693793735652), 

       p(t) = HFloat(1.5726739312821962), 

       q(t) = HFloat(-0.03375353748341004), 

       r(t) = HFloat(0.12389089840713535)]
     [t = -3.100000000, x(t) = HFloat(-86.11384440793348), 

       y(t) = HFloat(0.002537153454491698), 

       z(t) = HFloat(-952.880457726082), 

       V(t) = HFloat(41.17970280023458), 

       gama(t) = HFloat(0.8304386354662193), 

       chi(t) = HFloat(1.1765200339333351e-4), 

       alpha(t) = HFloat(-0.010693898429336735), 

       bbeta(t) = HFloat(0.013157615851365639), 

       mu(t) = HFloat(-4.869606008695587), 

       p(t) = HFloat(1.5726032982766127), 

       q(t) = HFloat(-0.010499912026846973), 

       r(t) = HFloat(0.13317589206943953)]
     [t = -3.000000000, x(t) = HFloat(-83.33604170862405), 

       y(t) = HFloat(0.002861776042387161), 

       z(t) = HFloat(-955.8714061161195), 

       V(t) = HFloat(40.4611565089672), 

       gama(t) = HFloat(0.8140767239800003), 

       chi(t) = HFloat(1.1568995265976506e-4), 

       alpha(t) = HFloat(-0.011332386464123585), 

       bbeta(t) = HFloat(0.01408437341255492), 

       mu(t) = HFloat(-4.7125166106533625), 

       p(t) = HFloat(1.5724446380591415), 

       q(t) = HFloat(0.015325688737557231), 

       r(t) = HFloat(0.13897212320801555)]
     [t = -2.900000000, x(t) = HFloat(-80.55820440158575), 

       y(t) = HFloat(0.0031786424050676016), 

       z(t) = HFloat(-958.7642546910055), 

       V(t) = HFloat(39.75382371127331), 

       gama(t) = HFloat(0.7971280548435632), 

       chi(t) = HFloat(1.1213552545966244e-4), 

       alpha(t) = HFloat(-0.012041810824550043), 

       bbeta(t) = HFloat(0.015101176353984261), 

       mu(t) = HFloat(-4.555425241668068), 

       p(t) = HFloat(1.5721796973072018), 

       q(t) = HFloat(0.04324550475142283), 

       r(t) = HFloat(0.14087404150422156)]
     [t = -2.800000000, x(t) = HFloat(-77.78033367529855), 

       y(t) = HFloat(0.003483708398973268), 

       z(t) = HFloat(-961.559003456983), 

       V(t) = HFloat(39.058313819766965), 

       gama(t) = HFloat(0.7795708409177003), 

       chi(t) = HFloat(1.0728095928105993e-4), 

       alpha(t) = HFloat(-0.012809182411949819), 

       bbeta(t) = HFloat(0.016195920052009646), 

       mu(t) = HFloat(-4.398331583506211), 

       p(t) = HFloat(1.5717908312220306), 

       q(t) = HFloat(0.07268500857640482), 

       r(t) = HFloat(0.13855338413904403)]
     [t = -2.700000000, x(t) = HFloat(-75.00243086342348), 

       y(t) = HFloat(0.0037737777697659054), 

       z(t) = HFloat(-964.2556525995205), 

       V(t) = HFloat(38.37526989133033), 

       gama(t) = HFloat(0.7613831310044767), 

       chi(t) = HFloat(1.0142114312920124e-4), 

       alpha(t) = HFloat(-0.013618633295842928), 

       bbeta(t) = HFloat(0.017351762243977685), 

       mu(t) = HFloat(-4.24123543926113), 

       p(t) = HFloat(1.5712636101893804), 

       q(t) = HFloat(0.10297941376138266), 

       r(t) = HFloat(0.13177495985798116)]
     [t = -2.600000000, x(t) = HFloat(-72.22449721200617), 

       y(t) = HFloat(0.004046451901875988), 

       z(t) = HFloat(-966.8542022710279), 

       V(t) = HFloat(37.70536972491507), 

       gama(t) = HFloat(0.7425429516166483), 

       chi(t) = HFloat(9.483180558226177e-5), 

       alpha(t) = HFloat(-0.014451624251270997), 

       bbeta(t) = HFloat(0.01854685048263339), 

       mu(t) = HFloat(-4.084136758840263), 

       p(t) = HFloat(1.5705897439035406), 

       q(t) = HFloat(0.13338346374329357), 

       r(t) = HFloat(0.12041082039375535)]
     [t = -2.500000000, x(t) = HFloat(-69.44653369078617), 

       y(t) = HFloat(0.004300030536027423), 

       z(t) = HFloat(-969.3546523865728), 

       V(t) = HFloat(37.04932676856888), 

       gama(t) = HFloat(0.7230284888542616), 

       chi(t) = HFloat(8.774333629304826e-5), 

       alpha(t) = HFloat(-0.015287331327105419), 

       bbeta(t) = HFloat(0.019754107986081595), 

       mu(t) = HFloat(-3.9270356868709677), 

       p(t) = HFloat(1.569769671188485), 

       q(t) = HFloat(0.16308402831610605), 

       r(t) = HFloat(0.10445356828918599)]
     [t = -2.400000000, x(t) = HFloat(-66.66854075019839), 

       y(t) = HFloat(0.004533352396589855), 

       z(t) = HFloat(-971.7570023419083), 

       V(t) = HFloat(36.407890746347746), 

       gama(t) = HFloat(0.7028183452262262), 

       chi(t) = HFloat(8.029245295244089e-5), 

       alpha(t) = HFloat(-0.016103034126794414), 

       bbeta(t) = HFloat(0.02094129851799595), 

       mu(t) = HFloat(-3.769932644397194), 

       p(t) = HFloat(1.5688152267923152), 

       q(t) = HFloat(0.19121814368016685), 

       r(t) = HFloat(0.0840273918197181)]
     [t = -2.300000000, x(t) = HFloat(-63.89051827768394), 

       y(t) = HFloat(0.0047454686741795985), 

       z(t) = HFloat(-974.0612508860761), 

       V(t) = HFloat(35.7818481240365), 

       gama(t) = HFloat(0.6818917487062167), 

       chi(t) = HFloat(7.246638956784766e-5), 

       alpha(t) = HFloat(-0.016874551674974408), 

       bbeta(t) = HFloat(0.022071267685008174), 

       mu(t) = HFloat(-3.6128283670697794), 

       p(t) = HFloat(1.5677522167976445), 

       q(t) = HFloat(0.21689181769813554), 

       r(t) = HFloat(0.05939269244104926)]
    [t = -2.200000000, x(t) = HFloat(-61.112465447046986), 

      y(t) = HFloat(0.0049351094989313355), 

      z(t) = HFloat(-976.2673958751292), 

      V(t) = HFloat(35.17202200481771), 

      gama(t) = HFloat(0.6602289725700952), 

      chi(t) = HFloat(6.406529362649202e-5), 

      alpha(t) = HFloat(-0.0175768726629873), 

      bbeta(t) = HFloat(0.023102834748593162), 

      mu(t) = HFloat(-3.4557238805468233), 

      p(t) = HFloat(1.5666203022655991), 

      q(t) = HFloat(0.2392062020299092), 

      r(t) = HFloat(0.030951793780539378)]
     [t = -2.100000000, x(t) = HFloat(-58.33438097138743), 

       y(t) = HFloat(0.005100229165221962), 

       z(t) = HFloat(-978.3754344461008), 

       V(t) = HFloat(34.57927153682884), 

       gama(t) = HFloat(0.6378117232448304), 

       chi(t) = HFloat(5.472131601836574e-5), 

       alpha(t) = HFloat(-0.018184539156877004), 

       bbeta(t) = HFloat(0.023991668350127386), 

       mu(t) = HFloat(-3.298620515855804), 

       p(t) = HFloat(1.5654724976007084), 

       q(t) = HFloat(0.2572848884056333), 

       r(t) = HFloat(-7.521074310075382e-4)]
    [t = -2.000000000, x(t) = HFloat(-55.556263368342854), 

      y(t) = HFloat(0.00523756496751468), 

      z(t) = HFloat(-980.3853632462248), 

      V(t) = HFloat(34.004490810209084), 

      gama(t) = HFloat(0.6146235640872441), 

      chi(t) = HFloat(4.394293620136317e-5), 

      alpha(t) = HFloat(-0.0186722155245894), 

      bbeta(t) = HFloat(0.02469185301071097), 

      mu(t) = HFloat(-3.141519835744423), 

      p(t) = HFloat(1.5643723994795242), 

      q(t) = HFloat(0.2703023764904549), 

      r(t) = HFloat(-0.035040543868040196)]
     [t = -1.900000000, x(t) = HFloat(-52.77811133634426), 

       y(t) = HFloat(0.005342403874086825), 

       z(t) = HFloat(-982.2971788398227), 

       V(t) = HFloat(33.448606969813824), 

       gama(t) = HFloat(0.5906504857531335), 

       chi(t) = HFloat(3.121055268662009e-5), 

       alpha(t) = HFloat(-0.0190152571501759), 

       bbeta(t) = HFloat(0.025157776468711052), 

       mu(t) = HFloat(-2.9844235397538275), 

       p(t) = HFloat(1.5633902015613843), 

       q(t) = HFloat(0.277520724527715), 

       r(t) = HFloat(-0.0711094079886563)]
    [t = -1.800000000, x(t) = HFloat(-49.999924273508235), 

      y(t) = HFloat(0.005408729015345147), 

      z(t) = HFloat(-984.1108783943067), 

      V(t) = HFloat(32.912577652902826), 

      gama(t) = HFloat(0.5658812779494978), 

      chi(t) = HFloat(1.6125301493206732e-5), 

      alpha(t) = HFloat(-0.019190136687492174), 

      bbeta(t) = HFloat(0.025346374061861857), 

      mu(t) = HFloat(-2.8273333012884434), 

      p(t) = HFloat(1.562595898242678), 

      q(t) = HFloat(0.2783166740667357), 

      r(t) = HFloat(-0.1080433411778395)]
     [t = -1.700000000, x(t) = HFloat(-47.22170254053459), 

       y(t) = HFloat(0.005429722136468988), 

       z(t) = HFloat(-985.826460099707), 

       V(t) = HFloat(32.39738768586685), 

       gama(t) = HFloat(0.5403080730205267), 

       chi(t) = HFloat(-1.4530118628919856e-6), 

       alpha(t) = HFloat(-0.01917520688295821), 

       bbeta(t) = HFloat(0.025219574443343558), 

       mu(t) = HFloat(-2.6702506451092236), 

       p(t) = HFloat(1.562052631357089), 

       q(t) = HFloat(0.2722182163893817), 

       r(t) = HFloat(-0.1448353530934453)]
    [t = -1.600000000, x(t) = HFloat(-44.443447688124714), 

      y(t) = HFloat(0.0053986449120768665), 

      z(t) = HFloat(-987.4439236309611), 

      V(t) = HFloat(31.90404500603061), 

      gama(t) = HFloat(0.5139267363850815), 

      chi(t) = HFloat(-2.131955437420374e-5), 

      alpha(t) = HFloat(-0.018951284428536094), 

      bbeta(t) = HFloat(0.024746913198862963), 

      mu(t) = HFloat(-2.5131768094276135), 

      p(t) = HFloat(1.5618089049737993), 

      q(t) = HFloat(0.25893254679468747), 

      r(t) = HFloat(-0.18041166317854498)]
     [t = -1.500000000, x(t) = HFloat(-41.66516237372233), 

       y(t) = HFloat(0.005309855849729537), 

       z(t) = HFloat(-988.9632702007007), 

       V(t) = HFloat(31.433575889978112), 

       gama(t) = HFloat(0.4867373700031807), 

       chi(t) = HFloat(-4.288739292917572e-5), 

       alpha(t) = HFloat(-0.018502535948259232), 

       bbeta(t) = HFloat(0.023908186553223073), 

       mu(t) = HFloat(-2.356112660318542), 

       p(t) = HFloat(1.5618922054877513), 

       q(t) = HFloat(0.23837605429292605), 

       r(t) = HFloat(-0.2136637456948716)]
     [t = -1.400000000, x(t) = HFloat(-38.88685019982265), 

       y(t) = HFloat(0.005159766657962564), 

       z(t) = HFloat(-990.3845025324554), 

       V(t) = HFloat(30.987019372649495), 

       gama(t) = HFloat(0.4587447155151803), 

       chi(t) = HFloat(-6.527857314484871e-5), 

       alpha(t) = HFloat(-0.017817282663478592), 

       bbeta(t) = HFloat(0.022696281940023797), 

       mu(t) = HFloat(-2.1990585995129766), 

       p(t) = HFloat(1.5623031258685365), 

       q(t) = HFloat(0.2106931033283372), 

       r(t) = HFloat(-0.24348535168191712)]
     [t = -1.300000000, x(t) = HFloat(-36.10851538059148), 

       y(t) = HFloat(0.004947509743779397), 

       z(t) = HFloat(-991.7076245787557), 

       V(t) = HFloat(30.565420796433827), 

       gama(t) = HFloat(0.4299587352128671), 

       chi(t) = HFloat(-8.740420456775428e-5), 

       alpha(t) = HFloat(-0.01688918571205356), 

       bbeta(t) = HFloat(0.021120010833584783), 

       mu(t) = HFloat(-2.042014528335934), 

       p(t) = HFloat(1.563012911087718), 

       q(t) = HFloat(0.17627393669753563), 

       r(t) = HFloat(-0.26881645107805063)]
     [t = -1.200000000, x(t) = HFloat(-33.33016250170193), 

       y(t) = HFloat(0.004675486194866281), 

       z(t) = HFloat(-992.9326414584681), 

       V(t) = HFloat(30.16982419418056), 

       gama(t) = HFloat(0.40039517249752493), 

       chi(t) = HFloat(-1.0804111992385297e-4), 

       alpha(t) = HFloat(-0.015718413372753082), 

       bbeta(t) = HFloat(0.01920698649009766), 

       mu(t) = HFloat(-1.8849797862387212), 

       p(t) = HFloat(1.5639640238221972), 

       q(t) = HFloat(0.13576198684218707), 

       r(t) = HFloat(-0.2886898191035286)]
    [t = -1.100000000, x(t) = HFloat(-30.551796273128236), 

      y(t) = HFloat(0.004349703634898909), 

      z(t) = HFloat(-994.0595594149524), 

      V(t) = HFloat(29.801263443020126), 

      gama(t) = HFloat(0.3700760326235198), 

      chi(t) = HFloat(-1.257976053262968e-4), 

      alpha(t) = HFloat(-0.014313098472439216), 

      bbeta(t) = HFloat(0.017005985344659108), 

      mu(t) = HFloat(-1.7279531432459763), 

      p(t) = HFloat(1.565074857534659), 

      q(t) = HFloat(0.09005216686954341), 

      r(t) = HFloat(-0.3022759125066795)]
    [t = -1.000000000, x(t) = HFloat(-27.773421272147104), 

      y(t) = HFloat(0.003980321465867723), 

      z(t) = HFloat(-995.0883857323748), 

      V(t) = HFloat(29.46075217119569), 

      gama(t) = HFloat(0.33902985451767265), 

      chi(t) = HFloat(-1.3909866590967727e-4), 

      alpha(t) = HFloat(-0.012690645193881215), 

      bbeta(t) = HFloat(0.01458837799675137), 

      mu(t) = HFloat(-1.5709328044907187), 

      p(t) = HFloat(1.5662490046791573), 

      q(t) = HFloat(0.04027910129385269), 

      r(t) = HFloat(-0.30892211748136456)]
     [t = -0.900000000, x(t) = HFloat(-24.99504144208708), 

       y(t) = HFloat(0.0035820197196949457), 

       z(t) = HFloat(-996.0191278491911), 

       V(t) = HFloat(29.1492728387462), 

       gama(t) = HFloat(0.307291686332072), 

       chi(t) = HFloat(-1.4631984257629376e-4), 

       alpha(t) = HFloat(-0.010879108130696244), 

       bbeta(t) = HFloat(0.012047394303362727), 

       mu(t) = HFloat(-1.4139166156658267), 

       p(t) = HFloat(1.5673884508703333), 

       q(t) = HFloat(-0.012208544833306469), 

       r(t) = HFloat(-0.3081800238555127)]
    [t = -0.800000000, x(t) = HFloat(-22.216659514020645), 

      y(t) = HFloat(0.003173569346893762), 

      z(t) = HFloat(-996.8517916601834), 

      V(t) = HFloat(28.8677652638943), 

      gama(t) = HFloat(0.2749029388804729), 

      chi(t) = HFloat(-1.4624151607001704e-4), 

      alpha(t) = HFloat(-0.008918249119834418), 

      bbeta(t) = HFloat(0.009494879759525251), 

      mu(t) = HFloat(-1.256902132813802), 

      p(t) = HFloat(1.568409022825735), 

      q(t) = HFloat(-0.06588804747399932), 

      r(t) = HFloat(-0.29982169791969415)]
    [t = -0.700000000, x(t) = HFloat(-19.438276405758582), 

      y(t) = HFloat(0.002775757849311239), 

      z(t) = HFloat(-997.5863788161674), 

      V(t) = HFloat(28.617115348726085), 

      gama(t) = HFloat(0.2419112829282855), 

      chi(t) = HFloat(-1.3876629445447306e-4), 

      alpha(t) = HFloat(-0.00686007831557731), 

      bbeta(t) = HFloat(0.007054349165895738), 

      mu(t) = HFloat(-1.0998870723134535), 

      p(t) = HFloat(1.5692513515888837), 

      q(t) = HFloat(-0.11911514860819755), 

      r(t) = HFloat(-0.28384141690937026)]
    [t = -0.600000000, x(t) = HFloat(-16.659891275214314), 

      y(t) = HFloat(0.0024073261625868064), 

      z(t) = HFloat(-998.2228849826845), 

      V(t) = HFloat(28.39814316930262), 

      gama(t) = HFloat(0.20837115121706953), 

      chi(t) = HFloat(-1.2552917659462953e-4), 

      alpha(t) = HFloat(-0.004768776565275321), 

      bbeta(t) = HFloat(0.0048521877523797705), 

      mu(t) = HFloat(-0.9428690441765303), 

      p(t) = HFloat(1.5698934578864445), 

      q(t) = HFloat(-0.17019009863173384), 

      r(t) = HFloat(-0.2604621422790805)]
    [t = -0.500000000, x(t) = HFloat(-13.881502238427805), 

      y(t) = HFloat(0.0020799609039614557), 

      z(t) = HFloat(-998.7613001171949), 

      V(t) = HFloat(28.211590923635505), 

      gama(t) = HFloat(0.17434440435204707), 

      chi(t) = HFloat(-1.098862837288274e-4), 

      alpha(t) = HFloat(-0.0027193331282715726), 

      bbeta(t) = HFloat(0.003007388053986039), 

      mu(t) = HFloat(-0.7858453973670293), 

      p(t) = HFloat(1.570349548716023), 

      q(t) = HFloat(-0.21742591207732329), 

      r(t) = HFloat(-0.23013750167713357)]
    [t = -0.400000000, x(t) = HFloat(-11.103107612915789), 

      y(t) = HFloat(0.0017945664263769633), 

      z(t) = HFloat(-999.2016119022799), 

      V(t) = HFloat(28.058110050731543), 

      gama(t) = HFloat(0.13990097194530726), 

      chi(t) = HFloat(-9.601304217902327e-5), 

      alpha(t) = HFloat(-7.948037664002358e-4), 

      bbeta(t) = HFloat(0.00162247842749058), 

      mu(t) = HFloat(-0.6288128844835019), 

      p(t) = HFloat(1.570665806402107), 

      q(t) = HFloat(-0.2592195167797941), 

      r(t) = HFloat(-0.1935610712916363)]
     [t = -0.300000000, x(t) = HFloat(-8.324707025751788), 

       y(t) = HFloat(0.001541159445827706), 

       z(t) = HFloat(-999.5438114389185), 

       V(t) = HFloat(27.938248376349883), 

       gama(t) = HFloat(0.10511859562245371), 

       chi(t) = HFloat(-8.728339090308682e-5), 

       alpha(t) = HFloat(9.179385451927284e-4), 

       bbeta(t) = HFloat(7.770458700799199e-4), 

       mu(t) = HFloat(-0.47176752003392897), 

       p(t) = HFloat(1.5709094462152178), 

       q(t) = HFloat(-0.2941173673120442), 

       r(t) = HFloat(-0.1516709521682602)]
     [t = -0.200000000, x(t) = HFloat(-5.546301711852563), 

       y(t) = HFloat(0.0013034105549569505), 

       z(t) = HFloat(-999.7878985782535), 

       V(t) = HFloat(27.85243874144927), 

       gama(t) = HFloat(0.07008119948177688), 

       chi(t) = HFloat(-8.4675278051124e-5), 

       alpha(t) = HFloat(0.0023337647493632766), 

       bbeta(t) = HFloat(5.24345846490423e-4), 

       mu(t) = HFloat(-0.31470487738398917), 

       p(t) = HFloat(1.5711545628287966), 

       q(t) = HFloat(-0.3208709858236643), 

       r(t) = HFloat(-0.10563938278625398)]
    [t = -0.100000000, x(t) = HFloat(-2.7678938244578752), 

      y(t) = HFloat(0.0010664389221725192), 

      z(t) = HFloat(-999.9338837332185), 

      V(t) = HFloat(27.8009908406462), 

      gama(t) = HFloat(0.03487621837116398), 

      chi(t) = HFloat(-8.618395903824144e-5), 

      alpha(t) = HFloat(0.003375934484185897), 

      bbeta(t) = HFloat(8.90341792724557e-4), 

      mu(t) = HFloat(-0.15762095850317026), 

      p(t) = HFloat(1.571468877354704), 

      q(t) = HFloat(-0.3384872069349638), 

      r(t) = HFloat(-0.05683704938691331)]
         [t = 0., x(t) = HFloat(0.010514717925830416), 

           y(t) = HFloat(8.242736128686172e-4), 

           z(t) = HFloat(-999.9817849278458), 

           V(t) = HFloat(27.784087134489138), 

           gama(t) = HFloat(-4.0823093143095985e-4), 

           chi(t) = HFloat(-8.768157935067994e-5), 

           alpha(t) = HFloat(0.003982556161878839), 

           bbeta(t) = HFloat(0.0018736880678000881), 

           mu(t) = HFloat(-5.131358988074261e-4), 

           p(t) = HFloat(1.5719014748217266), 

           q(t) = HFloat(-0.3462761021830735), 

           r(t) = HFloat(-0.006767494527244103)]
     [t = 0.100000000, x(t) = HFloat(2.7889230456672127), 

       y(t) = HFloat(5.834451050527487e-4), 

       z(t) = HFloat(-999.9316210600147), 

       V(t) = HFloat(27.801782619551087), 

       gama(t) = HFloat(-0.035685709188854754), 

       chi(t) = HFloat(-8.457695142625867e-5), 

       alpha(t) = HFloat(0.00411255088291644), 

       bbeta(t) = HFloat(0.003445759053753151), 

       mu(t) = HFloat(0.15661918775049652), 

       p(t) = HFloat(1.5724728897161802), 

       q(t) = HFloat(-0.3438745846227592), 

       r(t) = HFloat(0.043007634951295476)]
      [t = 0.200000000, x(t) = HFloat(5.567331269933284), 

        y(t) = HFloat(3.6142875855711947e-4), 

        z(t) = HFloat(-999.7834042779198), 

        V(t) = HFloat(27.854006945385024), 

        gama(t) = HFloat(-0.07087210261656997), 

        chi(t) = HFloat(-7.387734200581512e-5), 

        alpha(t) = HFloat(0.0037502822073674736), 

        bbeta(t) = HFloat(0.0055509068013056785), 

        mu(t) = HFloat(0.3137745054215388), 

        p(t) = HFloat(1.5731697298983132), 

        q(t) = HFloat(-0.331282970858116), 

        r(t) = HFloat(0.09095457920284532)]
      [t = 0.300000000, x(t) = HFloat(8.345739599537366), 

        y(t) = HFloat(1.8039199865693925e-4), 

        z(t) = HFloat(-999.5371354904286), 

        V(t) = HFloat(27.940567243418347), 

        gama(t) = HFloat(-0.10588545182636856), 

        chi(t) = HFloat(-5.530942143128952e-5), 

        alpha(t) = HFloat(0.0029075338677897427), 

        bbeta(t) = HFloat(0.008107229588404914), 

        mu(t) = HFloat(0.47094972482487696), 

        p(t) = HFloat(1.5739434232135456), 

        q(t) = HFloat(-0.30887762844279915), 

        r(t) = HFloat(0.13564008926960655)]
     [t = 0.400000000, x(t) = HFloat(11.124147270040087), 

       y(t) = HFloat(5.938572631565579e-5), 

       z(t) = HFloat(-999.1928043869837), 

       V(t) = HFloat(28.06115115459725), 

       gama(t) = HFloat(-0.1406455526758547), 

       chi(t) = HFloat(-3.1232345062000825e-5), 

       alpha(t) = HFloat(0.0016230854553202878), 

       bbeta(t) = HFloat(0.01100905221695221), 

       mu(t) = HFloat(0.6281409555035188), 

       p(t) = HFloat(1.5747169047227725), 

       q(t) = HFloat(-0.2774042830536295), 

       r(t) = HFloat(0.17578489211506182)]
     [t = 0.500000000, x(t) = HFloat(13.902552013261118), 

       y(t) = HFloat(8.398399016869074e-6), 

       z(t) = HFloat(-998.7503936314753), 

       V(t) = HFloat(28.215330058954486), 

       gama(t) = HFloat(-0.17507374031709128), 

       chi(t) = HFloat(-5.6141798238569286e-6), 

       alpha(t) = HFloat(-4.031815237466992e-5), 

       bbeta(t) = HFloat(0.014131730824674074), 

       mu(t) = HFloat(0.7853443167632661), 

       p(t) = HFloat(1.5753947570821434), 

       q(t) = HFloat(-0.237959168774255), 

       r(t) = HFloat(0.21030640819164273)]
     [t = 0.600000000, x(t) = HFloat(16.680950403892343), 

       y(t) = HFloat(2.5949583467549332e-5), 

       z(t) = HFloat(-998.2098854080413), 

       V(t) = HFloat(28.40256358028826), 

       gama(t) = HFloat(-0.20909365779306804), 

       chi(t) = HFloat(1.7529608820812555e-5), 

       alpha(t) = HFloat(-0.0020014092958577268), 

       bbeta(t) = HFloat(0.01733840882304694), 

       mu(t) = HFloat(0.9425563444023631), 

       p(t) = HFloat(1.5758790041580133), 

       q(t) = HFloat(-0.19194312141965297), 

       r(t) = HFloat(0.23834360038508318)]
     [t = 0.700000000, x(t) = HFloat(19.459338943775002), 

       y(t) = HFloat(1.0098385089491852e-4), 

       z(t) = HFloat(-997.5712674275486), 

       V(t) = HFloat(28.622206426012433), 

       gama(t) = HFloat(-0.2426328271968356), 

       chi(t) = HFloat(3.5511163942386995e-5), 

       alpha(t) = HFloat(-0.0041673615581758255), 

       bbeta(t) = HFloat(0.02048835741414393), 

       mu(t) = HFloat(1.0997740672026877), 

       p(t) = HFloat(1.5760857740435308), 

       q(t) = HFloat(-0.14099649398651293), 

       r(t) = HFloat(0.25926974018125964)]
     [t = 0.800000000, x(t) = HFloat(22.237715242574367), 

       y(t) = HFloat(2.1777511371012752e-4), 

       z(t) = HFloat(-996.8345359335517), 

       V(t) = HFloat(28.87351824010424), 

       gama(t) = HFloat(-0.2756246627243233), 

       chi(t) = HFloat(4.767377805360133e-5), 

       alpha(t) = HFloat(-0.006441191211804901), 

       bbeta(t) = HFloat(0.023446344134023807), 

       mu(t) = HFloat(1.2569948553547046), 

       p(t) = HFloat(1.575960395439298), 

       q(t) = HFloat(-0.08691693139227892), 

       r(t) = HFloat(0.27269427432361415)]
     [t = 0.900000000, x(t) = HFloat(25.016078613490663), 

       y(t) = HFloat(3.614045081863866e-4), 

       z(t) = HFloat(-995.9996950647127), 

       V(t) = HFloat(29.155676463385223), 

       gama(t) = HFloat(-0.30801033680874074), 

       chi(t) = HFloat(5.518629942129283e-5), 

       alpha(t) = HFloat(-0.008728820102967135), 

       bbeta(t) = HFloat(0.026091634203508), 

       mu(t) = HFloat(1.4142163515576174), 

       p(t) = HFloat(1.575484048776821), 

       q(t) = HFloat(-0.03156749878992696), 

       r(t) = HFloat(0.278456892649462)]
      [t = 1.000000000, x(t) = HFloat(27.79442971337373), 

        y(t) = HFloat(5.217152828449966e-4), 

        z(t) = HFloat(-995.0667529723321), 

        V(t) = HFloat(29.46779049031226), 

        gama(t) = HFloat(-0.33973976922705534), 

        chi(t) = HFloat(6.0052046726097716e-5), 

        alpha(t) = HFloat(-0.010944827603431564), 

        bbeta(t) = HFloat(0.028325999424237126), 

        mu(t) = HFloat(1.5714361247341573), 

        p(t) = HFloat(1.574678521068971), 

        q(t) = HFloat(0.023217653043612865), 

        r(t) = HFloat(0.2766230393449662)]
      [t = 1.100000000, x(t) = HFloat(30.57276945309347), 

        y(t) = HFloat(6.939220696505767e-4), 

        z(t) = HFloat(-994.0357174217181), 

        V(t) = HFloat(29.808916003106646), 

        gama(t) = HFloat(-0.37077159130711024), 

        chi(t) = HFloat(6.400454825953808e-5), 

        alpha(t) = HFloat(-0.01301639063746092), 

        bbeta(t) = HFloat(0.030078701732648167), 

        mu(t) = HFloat(1.7286521024008095), 

        p(t) = HFloat(1.573599675460299), 

        q(t) = HFloat(0.07571970894404409), 

        r(t) = HFloat(0.26747804284946675)]
      [t = 1.200000000, x(t) = HFloat(33.35109787113826), 

        y(t) = HFloat(8.76794994219461e-4), 

        z(t) = HFloat(-992.9065926123768), 

        V(t) = HFloat(30.178068116716876), 

        gama(t) = HFloat(-0.40107227537518864), 

        chi(t) = HFloat(6.778819852754683e-5), 

        alpha(t) = HFloat(-0.014885400008859418), 

        bbeta(t) = HFloat(0.03130862998435232), 

        mu(t) = HFloat(1.885862494255428), 

        p(t) = HFloat(1.5723275519762556), 

        q(t) = HFloat(0.12440633922735791), 

        r(t) = HFloat(0.25151946434734185)]
     [t = 1.300000000, x(t) = HFloat(36.129413628161124), 

       y(t) = HFloat(0.0010697031437159436), 

       z(t) = HFloat(-991.6793786108233), 

       V(t) = HFloat(30.574232598474882), 

       gama(t) = HFloat(-0.43061499842676615), 

       chi(t) = HFloat(7.112057693474444e-5), 

       alpha(t) = HFloat(-0.016508983193231408), 

       bbeta(t) = HFloat(0.03200317168998944), 

       mu(t) = HFloat(2.0430657390492244), 

       p(t) = HFloat(1.5709559685121328), 

       q(t) = HFloat(0.16798489647403805), 

       r(t) = HFloat(0.22944305533142811)]
      [t = 1.400000000, x(t) = HFloat(38.90771434060453), 

        y(t) = HFloat(0.001270457254186936), 

        z(t) = HFloat(-990.3540729139388), 

        V(t) = HFloat(30.99637568979617), 

        gama(t) = HFloat(-0.4593788166888193), 

        chi(t) = HFloat(7.331677967469377e-5), 

        alpha(t) = HFloat(-0.017858737469605587), 

        bbeta(t) = HFloat(0.032174742761992066), 

        mu(t) = HFloat(2.200260439864088), 

        p(t) = HFloat(1.5695787258698606), 

        q(t) = HFloat(0.20543037162403965), 

        r(t) = HFloat(0.20211755983722077)]
     [t = 1.500000000, x(t) = HFloat(41.685997410249136), 

       y(t) = HFloat(0.0014751285468941162), 

       z(t) = HFloat(-988.9306726604929), 

       V(t) = HFloat(31.443453004061574), 

       gama(t) = HFloat(-0.4873483016844059), 

       chi(t) = HFloat(7.385694609154467e-5), 

       alpha(t) = HFloat(-0.01891949579467448), 

       bbeta(t) = HFloat(0.03185605312066471), 

       mu(t) = HFloat(2.3574450445195088), 

       p(t) = HFloat(1.568282627510913), 

       q(t) = HFloat(0.2360015057334777), 

       r(t) = HFloat(0.17054649894789356)]
      [t = 1.600000000, x(t) = HFloat(44.4642607466236), 

        y(t) = HFloat(0.0016790789958729547), 

        z(t) = HFloat(-987.4091761215418), 

        V(t) = HFloat(31.91441805462422), 

        gama(t) = HFloat(-0.5145135697197851), 

        chi(t) = HFloat(7.282440130438043e-5), 

        alpha(t) = HFloat(-0.01968741101003842), 

        bbeta(t) = HFloat(0.031095313921370615), 

        mu(t) = HFloat(2.5146179753234486), 

        p(t) = HFloat(1.56713873786852), 

        q(t) = HFloat(0.2592358003562727), 

        r(t) = HFloat(0.1358217463869854)]
     [t = 1.700000000, x(t) = HFloat(47.242502851278154), 

       y(t) = HFloat(0.0018786513906119005), 

       z(t) = HFloat(-985.7895826710994), 

       V(t) = HFloat(32.40823041690883), 

       gama(t) = HFloat(-0.5408702526785655), 

       chi(t) = HFloat(7.078474384453582e-5), 

       alpha(t) = HFloat(-0.020168418767126505), 

       bbeta(t) = HFloat(0.02995181147509364), 

       mu(t) = HFloat(2.6717777142525354), 

       p(t) = HFloat(1.5661984822753505), 

       q(t) = HFloat(0.2749367364347402), 

       r(t) = HFloat(0.09907452100501432)]
     [t = 1.800000000, x(t) = HFloat(50.020722301595704), 

       y(t) = HFloat(0.0020719276248222143), 

       z(t) = HFloat(-984.0718917367057), 

       V(t) = HFloat(32.92386307244651), 

       gama(t) = HFloat(-0.5664191618376929), 

       chi(t) = HFloat(6.832502348571837e-5), 

       alpha(t) = HFloat(-0.020376518734922883), 

       bbeta(t) = HFloat(0.02849219577915722), 

       mu(t) = HFloat(2.8289232224561704), 

       p(t) = HFloat(1.5654927800159983), 

       q(t) = HFloat(0.28315531669036437), 

       r(t) = HFloat(0.061428400459034846)]
      [t = 1.900000000, x(t) = HFloat(52.79891699835809), 

        y(t) = HFloat(0.002258118965851445), 

        z(t) = HFloat(-982.2561015953432), 

        V(t) = HFloat(33.46030864969499), 

        gama(t) = HFloat(-0.5911656717340896), 

        chi(t) = HFloat(6.563069878455292e-5), 

        alpha(t) = HFloat(-0.02033205775839033), 

        bbeta(t) = HFloat(0.026787429124091426), 

        mu(t) = HFloat(2.986054397548639), 

        p(t) = HFloat(1.5650319188172261), 

        q(t) = HFloat(0.2841629109467214), 

        r(t) = HFloat(0.02395980007633833)]
      [t = 2.000000000, x(t) = HFloat(55.57708353234204), 

        y(t) = HFloat(0.0024360843939442624), 

        z(t) = HFloat(-980.3422086028423), 

        V(t) = HFloat(34.01658438460926), 

        gama(t) = HFloat(-0.6151188592379373), 

        chi(t) = HFloat(6.226194522394391e-5), 

        alpha(t) = HFloat(-0.020060491953838213), 

        bbeta(t) = HFloat(0.02490991314558816), 

        mu(t) = HFloat(3.1431722264484994), 

        p(t) = HFloat(1.5648074670292305), 

        q(t) = HFloat(0.2784192347894425), 

        r(t) = HFloat(-0.012331976532678464)]
     [t = 2.100000000, x(t) = HFloat(58.355217316170005), 

       y(t) = HFloat(0.0026025676959768353), 

       z(t) = HFloat(-978.3302076679274), 

       V(t) = HFloat(34.591735676844), 

       gama(t) = HFloat(-0.6382905760542548), 

       chi(t) = HFloat(5.714663232543999e-5), 

       alpha(t) = HFloat(-0.019591058239171188), 

       bbeta(t) = HFloat(0.022930837768291263), 

       mu(t) = HFloat(3.30027876166062), 

       p(t) = HFloat(1.564797138692748), 

       q(t) = HFloat(0.26654301349874815), 

       r(t) = HFloat(-0.04654925411388509)]
      [t = 2.200000000, x(t) = HFloat(61.13331329754322), 

        y(t) = HFloat(0.0027508269860156377), 

        z(t) = HFloat(-976.2200934744451), 

        V(t) = HFloat(35.18483858081978), 

        gama(t) = HFloat(-0.6606947123533292), 

        chi(t) = HFloat(4.8920678255222635e-5), 

        alpha(t) = HFloat(-0.018955528688648842), 

        bbeta(t) = HFloat(0.020917682121139737), 

        mu(t) = HFloat(3.4573768675774725), 

        p(t) = HFloat(1.5649690592953267), 

        q(t) = HFloat(0.24927746837063863), 

        r(t) = HFloat(-0.07791282801595739)]
      [t = 2.300000000, x(t) = HFloat(63.91136727285254), 

        y(t) = HFloat(0.0028704310883995226), 

        z(t) = HFloat(-974.0118622714759), 

        V(t) = HFloat(35.795001543437124), 

        gama(t) = HFloat(-0.6823467202984901), 

        chi(t) = HFloat(3.635616227305213e-5), 

        alpha(t) = HFloat(-0.018187038258889242), 

        bbeta(t) = HFloat(0.0189320085794443), 

        mu(t) = HFloat(3.614469802876194), 

        p(t) = HFloat(1.5652866933284253), 

        q(t) = HFloat(0.22745666164456363), 

        r(t) = HFloat(-0.10577410311815255)]
      [t = 2.400000000, x(t) = HFloat(66.6893771938515), 

        y(t) = HFloat(0.0029481976030006143), 

        z(t) = HFloat(-971.7055133537046), 

        V(t) = HFloat(36.421366650959726), 

        gama(t) = HFloat(-0.7032633391643522), 

        chi(t) = HFloat(1.8774896727506618e-5), 

        alpha(t) = HFloat(-0.017319068262758502), 

        bbeta(t) = HFloat(0.01702759279991314), 

        mu(t) = HFloat(3.771560773266812), 

        p(t) = HFloat(1.5657128254823023), 

        q(t) = HFloat(0.20197347166134527), 

        r(t) = HFloat(-0.12962337267983587)]
      [t = 2.500000000, x(t) = HFloat(69.46734432629225), 

        y(t) = HFloat(0.0029701246530088547), 

        z(t) = HFloat(-969.3010501161767), 

        V(t) = HFloat(37.06311059472612), 

        gama(t) = HFloat(-0.7234625453185225), 

        chi(t) = HFloat(-3.7315745042948774e-6), 

        alpha(t) = HFloat(-0.01638440814549092), 

        bbeta(t) = HFloat(0.015249264803713986), 

        mu(t) = HFloat(3.928652552111624), 

        p(t) = HFloat(1.5662131145404854), 

        q(t) = HFloat(0.17374793305682948), 

        r(t) = HFloat(-0.14909333160283803)]
      [t = 2.600000000, x(t) = HFloat(72.24527357934038), 

        y(t) = HFloat(0.002923631773579346), 

        z(t) = HFloat(-966.7984799657941), 

        V(t) = HFloat(37.71944541584887), 

        gama(t) = HFloat(-0.7429635056583115), 

        chi(t) = HFloat(-3.0250400443051534e-5), 

        alpha(t) = HFloat(-0.015414431201710706), 

        bbeta(t) = HFloat(0.01363207993286643), 

        mu(t) = HFloat(4.085747300026835), 

        p(t) = HFloat(1.5667574465336898), 

        q(t) = HFloat(0.14369903616167443), 

        r(t) = HFloat(-0.16395921494801569)]
      [t = 2.700000000, x(t) = HFloat(75.02317329205871), 

        y(t) = HFloat(0.0027996511270126675), 

        z(t) = HFloat(-964.1978136455311), 

        V(t) = HFloat(38.38961898001403), 

        gama(t) = HFloat(-0.761786528855497), 

        chi(t) = HFloat(-5.919033265823425e-5), 

        alpha(t) = HFloat(-0.014438360656872025), 

        bbeta(t) = HFloat(0.012201319413307996), 

        mu(t) = HFloat(4.242846398329253), 

        p(t) = HFloat(1.5673216181665528), 

        q(t) = HFloat(0.11272022808860513), 

        r(t) = HFloat(-0.17413452802688006)]
      [t = 2.800000000, x(t) = HFloat(77.80105431854513), 

        y(t) = HFloat(0.0025941750679388965), 

        z(t) = HFloat(-961.499063885004), 

        V(t) = HFloat(39.07291518422188), 

        gama(t) = HFloat(-0.77995294469801), 

        chi(t) = HFloat(-8.855845665979543e-5), 

        alpha(t) = HFloat(-0.013482680631296373), 

        bbeta(t) = HFloat(0.010972785858437186), 

        mu(t) = HFloat(4.399950575211296), 

        p(t) = HFloat(1.567887178884389), 

        q(t) = HFloat(0.08165823948779292), 

        r(t) = HFloat(-0.1796634088097573)]
      [t = 2.900000000, x(t) = HFloat(80.57892872783822), 

        y(t) = HFloat(0.002308877718746032), 

        z(t) = HFloat(-958.7022438458106), 

        V(t) = HFloat(39.76865375813099), 

        gama(t) = HFloat(-0.7974848973961055), 

        chi(t) = HFloat(-1.163380783390323e-4), 

        alpha(t) = HFloat(-0.012570734922872409), 

        bbeta(t) = HFloat(0.009953609110930253), 

        mu(t) = HFloat(4.557060039639287), 

        p(t) = HFloat(1.5684394129621502), 

        q(t) = HFloat(0.05129284763101403), 

        r(t) = HFloat(-0.18071011587784133)]
      [t = 3.000000000, x(t) = HFloat(83.35680834139484), 

        y(t) = HFloat(0.0019508002259310785), 

        z(t) = HFloat(-955.8073656185513), 

        V(t) = HFloat(40.476189797068294), 

        gama(t) = HFloat(-0.8144050564266819), 

        chi(t) = HFloat(-1.4065602914496727e-4), 

        alpha(t) = HFloat(-0.011722512487393085), 

        bbeta(t) = HFloat(0.009143231749915368), 

        mu(t) = HFloat(4.714174409685318), 

        p(t) = HFloat(1.5689686070276094), 

        q(t) = HFloat(0.022326395435163703), 

        r(t) = HFloat(-0.17754458055033218)]
      [t = 3.100000000, x(t) = HFloat(86.13470345811787), 

        y(t) = HFloat(0.0015316714818413484), 

        z(t) = HFloat(-952.8144390920799), 

        V(t) = HFloat(41.19491290217956), 

        gama(t) = HFloat(-0.8307363204051171), 

        chi(t) = HFloat(-1.6010080972410015e-4), 

        alpha(t) = HFloat(-0.010954264364224916), 

        bbeta(t) = HFloat(0.008534555218080137), 

        mu(t) = HFloat(4.871293089054736), 

        p(t) = HFloat(1.56946764380952), 

        q(t) = HFloat(-0.004629117112763675), 

        r(t) = HFloat(-0.17052733019644928)]
      [t = 3.200000000, x(t) = HFloat(88.91262179386418), 

        y(t) = HFloat(0.0010663708280533313), 

        z(t) = HFloat(-949.7234711756789), 

        V(t) = HFloat(41.924246060610606), 

        gama(t) = HFloat(-0.8465015177316041), 

        chi(t) = HFloat(-1.7379995741199594e-4), 

        alpha(t) = HFloat(-0.010278560121295658), 

        bbeta(t) = HFloat(0.008115128960229822), 

        mu(t) = HFloat(5.028415210139459), 

        p(t) = HFloat(1.5699314259422348), 

        q(t) = HFloat(-0.029059231870008143), 

        r(t) = HFloat(-0.16009249058260058)]
      [t = 3.300000000, x(t) = HFloat(91.69056785100861), 

        y(t) = HFloat(5.714323565727234e-4), 

        z(t) = HFloat(-946.5344655050172), 

        V(t) = HFloat(42.663644322772356), 

        gama(t) = HFloat(-0.8617231443185929), 

        chi(t) = HFloat(-1.8143663885138611e-4), 

        alpha(t) = HFloat(-0.009704237341713388), 

        bbeta(t) = HFloat(0.00786832377396411), 

        mu(t) = HFloat(5.185539746667692), 

        p(t) = HFloat(1.5703565877265062), 

        q(t) = HFloat(-0.05055054945440707), 

        r(t) = HFloat(-0.14673058639283068)]
      [t = 3.400000000, x(t) = HFloat(94.46854266280386), 

        y(t) = HFloat(6.353723132711141e-5), 

        z(t) = HFloat(-943.2474225145996), 

        V(t) = HFloat(43.41259333670256), 

        gama(t) = HFloat(-0.8764231582907632), 

        chi(t) = HFloat(-1.832028853198202e-4), 

        alpha(t) = HFloat(-0.009236494316719569), 

        bbeta(t) = HFloat(0.007774448185340194), 

        mu(t) = HFloat(5.342665582088236), 

        p(t) = HFloat(1.5707411695178206), 

        q(t) = HFloat(-0.06879234284076446), 

        r(t) = HFloat(-0.13097146290743975)]
      [t = 3.500000000, x(t) = HFloat(97.24654391459649), 

        y(t) = HFloat(-4.4179223386178274e-4), 

        z(t) = HFloat(-939.8623398198986), 

        V(t) = HFloat(44.17060781717452), 

        gama(t) = HFloat(-0.8906228163302881), 

        chi(t) = HFloat(-1.797382128356434e-4), 

        alpha(t) = HFloat(-0.008877038199454174), 

        bbeta(t) = HFloat(0.007811812969985085), 

        mu(t) = HFloat(5.4997916507626), 

        p(t) = HFloat(1.5710842146905142), 

        q(t) = HFloat(-0.08357610746019087), 

        r(t) = HFloat(-0.1133677735722414)]
     [t = 3.600000000, x(t) = HFloat(100.02456635258024), 

       y(t) = HFloat(-9.312837450779568e-4), 

       z(t) = HFloat(-936.3792127952188), 

       V(t) = HFloat(44.937229987040084), 

       gama(t) = HFloat(-0.904342571479543), 

       chi(t) = HFloat(-1.7198986492138798e-4), 

       alpha(t) = HFloat(-0.008624398581007948), 

       bbeta(t) = HFloat(0.007957681949218656), 

       mu(t) = HFloat(5.656916985918247), 

       p(t) = HFloat(1.571386182132772), 

       q(t) = HFloat(-0.09479155500673071), 

       r(t) = HFloat(-0.09447961301084176)]
     [t = 3.700000000, x(t) = HFloat(102.80260247913216), 

       y(t) = HFloat(-0.0013946093662202022), 

       z(t) = HFloat(-932.7980353096966), 

       V(t) = HFloat(45.712028027798524), 

       gama(t) = HFloat(-0.917601989782032), 

       chi(t) = HFloat(-1.6112118376865724e-4), 

       alpha(t) = HFloat(-0.008474249498266867), 

       bbeta(t) = HFloat(0.008189161124681132), 

       mu(t) = HFloat(5.814040892254579), 

       p(t) = HFloat(1.5716480114685671), 

       q(t) = HFloat(-0.10242308034941397), 

       r(t) = HFloat(-0.07485996175209136)]
     [t = 3.800000000, x(t) = HFloat(105.58064342897211), 

       y(t) = HFloat(-0.0018247765641986593), 

       z(t) = HFloat(-929.1188005225408), 

       V(t) = HFloat(46.49459456089264), 

       gama(t) = HFloat(-0.9304197497978168), 

       chi(t) = HFloat(-1.4832898275020528e-4), 

       alpha(t) = HFloat(-0.00841990574392084), 

       bbeta(t) = HFloat(0.00848393181525211), 

       mu(t) = HFloat(5.971162932617246), 

       p(t) = HFloat(1.5718717626995322), 

       q(t) = HFloat(-0.10654131986513496), 

       r(t) = HFloat(-0.05504205393647455)]
     [t = 3.900000000, x(t) = HFloat(108.35867979881067), 

       y(t) = HFloat(-0.002218027250319022), 

       z(t) = HFloat(-925.3415015628631), 

       V(t) = HFloat(47.28454520781637), 

       gama(t) = HFloat(-0.9428136394377689), 

       chi(t) = HFloat(-1.3473287352873498e-4), 

       alpha(t) = HFloat(-0.008452727098056669), 

       bbeta(t) = HFloat(0.008820903591309756), 

       mu(t) = HFloat(6.128283009749353), 

       p(t) = HFloat(1.572059454009276), 

       q(t) = HFloat(-0.10729663955408573), 

       r(t) = HFloat(-0.03552765640365884)]
     [t = 4.000000000, x(t) = HFloat(111.13670249954842), 

       y(t) = HFloat(-0.0025734565253801743), 

       z(t) = HFloat(-921.466132149622), 

       V(t) = HFloat(48.08151722136275), 

       gama(t) = HFloat(-0.9548006308074197), 

       chi(t) = HFloat(-1.2124101904347594e-4), 

       alpha(t) = HFloat(-0.008562670993454525), 

       bbeta(t) = HFloat(0.009180695957176646), 

       mu(t) = HFloat(6.28540129049158), 

       p(t) = HFloat(1.5722133296292584), 

       q(t) = HFloat(-0.10490849228076501), 

       r(t) = HFloat(-0.016777453784985043)]
     [t = 4.100000000, x(t) = HFloat(113.91470335634749), 

       y(t) = HFloat(-0.002892305944695453), 

       z(t) = HFloat(-917.4926869685219), 

       V(t) = HFloat(48.885168213680494), 

       gama(t) = HFloat(-0.9663969521414865), 

       chi(t) = HFloat(-1.0849563899050375e-4), 

       alpha(t) = HFloat(-0.008738729182172097), 

       bbeta(t) = HFloat(0.009546015853686637), 

       mu(t) = HFloat(6.442518185431275), 

       p(t) = HFloat(1.5723351153065293), 

       q(t) = HFloat(-0.09965564874806028), 

       r(t) = HFloat(7.972138787740244e-4)]
     [t = 4.200000000, x(t) = HFloat(116.69267539795491), 

       y(t) = HFloat(-0.0031772337539415765), 

       z(t) = HFloat(-913.4211618006626), 

       V(t) = HFloat(49.69517498218289), 

       gama(t) = HFloat(-0.9776181820703462), 

       chi(t) = HFloat(-9.68664059433778e-5), 

       alpha(t) = HFloat(-0.008969404350562316), 

       bbeta(t) = HFloat(0.009901850905643978), 

       mu(t) = HFloat(6.599634235356851), 

       p(t) = HFloat(1.572425836153328), 

       q(t) = HFloat(-0.0918652985426492), 

       r(t) = HFloat(0.016840928336950674)]
     [t = 4.300000000, x(t) = HFloat(119.47061286420634), 

       y(t) = HFloat(-0.0034315893880330095), 

       z(t) = HFloat(-909.2515534428568), 

       V(t) = HFloat(50.51123241954679), 

       gama(t) = HFloat(-0.9884793199437046), 

       chi(t) = HFloat(-8.650057432627922e-5), 

       alpha(t) = HFloat(-0.009243040984010199), 

       bbeta(t) = HFloat(0.010235599094335971), 

       mu(t) = HFloat(6.756750077892355), 

       p(t) = HFloat(1.572486035295596), 

       q(t) = HFloat(-0.08190128685771927), 

       r(t) = HFloat(0.03105849600428202)]
     [t = 4.400000000, x(t) = HFloat(122.24851102035782), 

       y(t) = HFloat(-0.003658947143318166), 

       z(t) = HFloat(-904.9838595103919), 

       V(t) = HFloat(51.33305248947805), 

       gama(t) = HFloat(-0.9989948280507638), 

       chi(t) = HFloat(-7.742416941715402e-5), 

       alpha(t) = HFloat(-0.009548193447075515), 

       bbeta(t) = HFloat(0.010537034616721312), 

       mu(t) = HFloat(6.9138663564942355), 

       p(t) = HFloat(1.5725156520700045), 

       q(t) = HFloat(-0.07015349675084102), 

       r(t) = HFloat(0.04321817780495718)]
     [t = 4.500000000, x(t) = HFloat(125.02636583110501), 

       y(t) = HFloat(-0.003862880339519434), 

       z(t) = HFloat(-900.6180781670524), 

       V(t) = HFloat(52.1603632603198), 

       gama(t) = HFloat(-1.009178638928862), 

       chi(t) = HFloat(-6.9627619471021e-5), 

       alpha(t) = HFloat(-0.009873855350352031), 

       bbeta(t) = HFloat(0.010798243589609523), 

       mu(t) = HFloat(7.070983694416874), 

       p(t) = HFloat(1.5725142837729569), 

       q(t) = HFloat(-0.05702694908254672), 

       r(t) = HFloat(0.05315272810524709)]
     [t = 4.600000000, x(t) = HFloat(127.80417370620731), 

       y(t) = HFloat(-0.0040469801502702645), 

       z(t) = HFloat(-896.1542079256266), 

       V(t) = HFloat(52.99290797380546), 

       gama(t) = HFloat(-1.0190441449628436), 

       chi(t) = HFloat(-6.313659099930647e-5), 

       alpha(t) = HFloat(-0.010209704477671984), 

       bbeta(t) = HFloat(0.011013456613765762), 

       mu(t) = HFloat(7.2281026155498544), 

       p(t) = HFloat(1.5724814116899548), 

       q(t) = HFloat(-0.04293169366413373), 

       r(t) = HFloat(0.06075918975302661)]
     [t = 4.700000000, x(t) = HFloat(130.58193134511066), 

       y(t) = HFloat(-0.004214985418639812), 

       z(t) = HFloat(-891.5922475261336), 

       V(t) = HFloat(53.83044414601365), 

       gama(t) = HFloat(-1.0286041839892455), 

       chi(t) = HFloat(-5.804788992006189e-5), 

       alpha(t) = HFloat(-0.010546265094565807), 

       bbeta(t) = HFloat(0.011178858319936232), 

       mu(t) = HFloat(7.385223494277546), 

       p(t) = HFloat(1.5724168704947417), 

       q(t) = HFloat(-0.028272946776941348), 

       r(t) = HFloat(0.06599695495102946)]
     [t = 4.800000000, x(t) = HFloat(133.35963569546382), 

       y(t) = HFloat(-0.004370984077507343), 

       z(t) = HFloat(-886.9321958961145), 

       V(t) = HFloat(54.67274273534636), 

       gama(t) = HFloat(-1.037871033204632), 

       chi(t) = HFloat(-5.449398484840893e-5), 

       alpha(t) = HFloat(-0.010875032972991673), 

       bbeta(t) = HFloat(0.011292381401139402), 

       mu(t) = HFloat(7.54234648855184), 

       p(t) = HFloat(1.5723226108449986), 

       q(t) = HFloat(-0.01344291810272572), 

       r(t) = HFloat(0.06888391358623847)]
     [t = 4.900000000, x(t) = HFloat(136.13728399642582), 

       y(t) = HFloat(-0.004519482358383881), 

       z(t) = HFloat(-882.1740521599559), 

       V(t) = HFloat(55.519587284852065), 

       gama(t) = HFloat(-1.046856400719987), 

       chi(t) = HFloat(-5.266821914583729e-5), 

       alpha(t) = HFloat(-0.011188585651164526), 

       bbeta(t) = HFloat(0.011353531878970658), 

       mu(t) = HFloat(7.699471668851063), 

       p(t) = HFloat(1.572198956607421), 

       q(t) = HFloat(0.0011886061805108383), 

       r(t) = HFloat(0.06949360288444739)]
      [t = 5.00000000, x(t) = HFloat(138.9148739535681), 

        y(t) = HFloat(-0.0046654673442449055), 

        z(t) = HFloat(-877.3178157300588), 

        V(t) = HFloat(56.37077321417277), 

        gama(t) = HFloat(-1.0555714603301138), 

        chi(t) = HFloat(-5.267752389888384e-5), 

        alpha(t) = HFloat(-0.011480553625265512), 

        bbeta(t) = HFloat(0.011363107161299072), 

        mu(t) = HFloat(7.856598682413967), 

        p(t) = HFloat(1.572050362533146), 

        q(t) = HFloat(0.015278959841139798), 

        r(t) = HFloat(0.06794803431603756)]
                 HFloat(0.0026170474139668443)
                          [normal, G]
                               x
                               y
                               z
                              chi
                             gamma
                               V
                             alpha
                              beta
                               mu
                               p
                               q
                               r
                            delta[l]
                            delta[m]
                            delta[m]
                               F
                              F[1]
                              F[2]
                            delta[n]
                            delta x
                            delta y
                            delta z
                          delta alpha
                           delta beta
                            delta mu
                             [x, y]
"C:\Users\Ollivier\Desktop\Plane control\20220210 ISSAC_FINAL\GT\

  MParaRoll"
                              time
                            402.077
                              -1.9
                              1.2
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             j = 5
                             j = 6
                             j = 7
                             k = 1
                             i = 0
                             j = 0
                             j = 1
                             j = 2
                             j = 3
                             j = 4
                             j = 5
                             j = 6
                             j = 7
                             k = 1
                             i = 1
                                        -17  17              
   F, 0, -2.364239099 w + 9.750251670 10    w   + 7.237876210

                      -16  12                 -17  16
      - 2.521088085 10    w   - 9.233953096 10    w  

                      -15  13                 -16  14
      - 1.372385820 10    w   - 7.458784119 10    w  

                      -17  15                 -10  3
      + 1.134946346 10    w   + 2.723192560 10    w 

                      -11  4                -12  5
      + 4.294151403 10    w  - 4.82409431 10    w 

                      -12  6                 -12  7
      - 6.557773543 10    w  - 1.266981152 10    w 

                     -14  8                 -13  9
      + 9.14778851 10    w  + 1.029753774 10    w 

                      -14  10                -15  11
      + 2.256268446 10    w   - 6.96886033 10    w  

                      2
      + 0.6221681840 w 
                                                  2
F, 1, 8.405823646 - 2.442909319 w - 0.9638474338 w 

                   3                 4                 5
   - 0.3478721309 w  + 0.8514299103 w  + 0.3908493818 w 

                   6                 7                   8
   - 0.2051432332 w  - 0.1713995512 w  + 0.008662420590 w 

                    9                   10                   11
   + 0.04035702498 w  + 0.008611417494 w   - 0.005166471603 w  

                     12                     13
   - 0.002824615190 w   + 0.00009425845042 w  

                      14                    15
   + 0.0004592463368 w   + 0.0001076010300 w  
                                                 2
F, 2, 8.565026237 - 2.301758897 w - 1.009739501 w 

                   3                 4                 5
   - 0.5138223786 w  + 0.7312204612 w  + 0.4028253696 w 

                   6                 7                   8
   - 0.1106625222 w  - 0.1149493013 w  - 0.009786762615 w 

                     9                   10                   11
   + 0.005741969042 w  + 0.001238147397 w   + 0.004051186270 w  

                     12                    13
   + 0.002764983159 w   - 0.0005982106074 w  
                                                 2
F, 3, 8.610338381 - 2.314913251 w - 1.076320106 w 

                   3                 4                 5
   - 0.5171307160 w  + 0.7870506955 w  + 0.4257796184 w 

                   6                 7                   8
   - 0.1354577366 w  - 0.1382535127 w  - 0.007589280246 w 

                    9                   10                    11
   + 0.01770856775 w  + 0.005328431780 w   + 0.0006155986401 w  
                                                    2
   F, 4, 8.624463208 - 2.317568680 w - 1.090159879 w 

                      3                 4                 5
      - 0.5167067794 w  + 0.7943193791 w  + 0.4267864312 w 

                      6                 7                   8
      - 0.1366935139 w  - 0.1387366101 w  - 0.009273060179 w 

                       9
      + 0.01616127620 w 
                                                     2
    F, 5, 8.628901278 - 2.318576923 w - 1.093054373 w 

                       3                 4                 5
       - 0.5142135932 w  + 0.7963377731 w  + 0.4224151846 w 

                       6                 7
       - 0.1425144128 w  - 0.1384454461 w 
                                                     2
    F, 6, 8.630440653 - 2.318420207 w - 1.093642377 w 

                       3                 4                 5
       - 0.5160745934 w  + 0.7913491247 w  + 0.4196603696 w 
F, 7, 

                                             2                 3
  8.630990176 - 2.318766327 w - 1.111367986 w  - 0.4108713560 w 
                                                             2
deltal, 0, -0.4416128614 - 0.05829822016 w - 0.003327601698 w 

                    3                   4                   5
   - 0.01371981376 w  - 0.006916378612 w  + 0.004627501752 w 

                     6                    7                   8
   + 0.004911794394 w  + 0.0004955426936 w  - 0.001042525470 w 

                      9                     10
   - 0.0004490949160 w  + 0.00004369886380 w  

                       11                     12
   + 0.00008648138016 w   + 0.00002145234642 w  

                        13                      14
   - 0.000004869753656 w   - 0.000004403149822 w  

                   -7  15
   - 8.691096926 10   w  
                                                             2
deltal, 1, -0.4577235839 - 0.06514489005 w - 0.001142060354 w 

                    3                   4                   5
   - 0.01016275396 w  - 0.003393017509 w  + 0.007136429000 w 

                     6                    7                   8
   + 0.004695178214 w  - 0.0009041163460 w  - 0.001701612603 w 

                      9                    10
   - 0.0003428212564 w  + 0.0002563203195 w  

                      11                      12
   + 0.0001529241253 w   + 0.000006336577620 w  

                       13
   - 0.00002340210478 w  
                                                              2
 deltal, 2, -0.4628377787 - 0.06377949290 w + 0.003557524118 w 

                      3                   4                   5
    - 0.007957001115 w  - 0.003836240366 w  + 0.005583395340 w 

                      6                   7                   8
    + 0.003372457402 w  - 0.001157441900 w  - 0.001255106258 w 

                        9                    10
    + 0.00003453048496 w  + 0.0003189461022 w  

                        11
    + 0.00006958851465 w  
                                                             2
deltal, 3, -0.4642841069 - 0.06309480712 w + 0.004388264437 w 

                     3                   4                   5
   - 0.008315526926 w  - 0.004629798183 w  + 0.005038239529 w 

                     6                    7                    8
   + 0.003441879978 w  - 0.0005936717029 w  - 0.0008032852440 w 

                       9
   + 0.00003753963978 w 
                                                              2
 deltal, 4, -0.4647181006 - 0.06290727174 w + 0.004281459287 w 

                      3                   4                   5
    - 0.008903649775 w  - 0.004859259926 w  + 0.005732884843 w 

                      6                    7
    + 0.004552082922 w  - 0.0001761130696 w 
                                                              2
 deltal, 5, -0.4648756291 - 0.06296977953 w + 0.004125775326 w 

                      3                   4                   5
    - 0.008558384492 w  - 0.003557204568 w  + 0.006813449056 w 
                                                              2
 deltal, 6, -0.4649394050 - 0.06290229272 w + 0.004685348290 w 

                      3
    - 0.007543375868 w 
           deltal, 7, -0.4649189828 - 0.06263114400 w
                                                            2
deltam, 0, 0.04342841649 - 0.01375548676 w + 0.07442677266 w 

                    3                  4                  5
   + 0.03121684015 w  - 0.01338979428 w  - 0.01002800403 w 

                      6                   7                    8
   - 0.0006196350794 w  + 0.001191808061 w  + 0.0004380458980 w 

                        9                     10
   - 0.000004353691649 w  - 0.00005223989597 w  

                       11                 -7  12
   - 0.00001650669448 w   + 4.252668762 10   w  

                        13                 -7  14
   + 0.000001952229322 w   + 5.996698394 10   w  

                   -9  15
   - 9.653167598 10   w  
                                                             2
 deltam, 1, 0.04021042532 - 0.02184171518 w + 0.08546008788 w 

                     3                  4                  5
    + 0.04407625532 w  - 0.01834794558 w  - 0.01879850168 w 

                      6                   7                   8
    - 0.001223436550 w  + 0.003891016995 w  + 0.001354296859 w 

                       9                    10
    - 0.0004009255058 w  - 0.0003522854510 w  

                        11                     12
    - 0.00001444183071 w   + 0.00005687749220 w  

                        13
    + 0.00001546053440 w  
                                                            2
deltam, 2, 0.03926647328 - 0.01871837012 w + 0.08897795432 w 

                    3                  4                  5
   + 0.04232390896 w  - 0.02128440222 w  - 0.01891876481 w 

                      6                   7                   8
   - 0.0004190409504 w  + 0.003819378606 w  + 0.001110825992 w 

                      9                    10
   - 0.0002561335138 w  - 0.0001736125793 w  

                       11
   - 0.00003448671954 w  
                                                            2
deltam, 3, 0.03890868602 - 0.01837773036 w + 0.08916138546 w 

                    3                  4                  5
   + 0.04193139150 w  - 0.02150439698 w  - 0.01874679107 w 

                      6                   7                   8
   - 0.0001070731363 w  + 0.004047401834 w  + 0.001105470430 w 

                      9
   - 0.0004445114886 w 
                                                             2
 deltam, 4, 0.03878087758 - 0.01838120204 w + 0.08909673784 w 

                     3                  4                  5
    + 0.04203223020 w  - 0.02090695318 w  - 0.01816762561 w 

                       6                   7
    - 0.0003137691166 w  + 0.003247767886 w 
                                                             2
 deltam, 5, 0.03872708600 - 0.01834976466 w + 0.08939926138 w 

                     3                  4                  5
    + 0.04255891676 w  - 0.02098190748 w  - 0.01943892383 w 
                                                             2
 deltam, 6, 0.03873020244 - 0.01822330207 w + 0.08946348595 w 

                     3
    + 0.04171895645 w 
           deltam, 7, 0.03873135124 - 0.01836824606 w
                                                          2
u_4, 0, 0.05271282802 + 0.1117420926 w - 0.0008713104116 w 

                    3                  4                   5
   - 0.06341527582 w  - 0.01946461110 w  + 0.008476905643 w 

                     6                    7                    8
   + 0.005966927796 w  + 0.0006233487806 w  - 0.0005913652169 w 

                      9                     10
   - 0.0002805896014 w  - 0.00002637471550 w  

                       11                     12
   + 0.00002400744045 w   + 0.00001166410520 w  

                        13                 -7  14
   + 0.000001427661169 w   - 8.027732956 10   w  

                   -7  15
   - 4.451467381 10   w  
                                                        2
u_4, 1, 0.07964352635 + 0.1021936708 w - 0.02875352438 w 

                    3                   4                  5
   - 0.06918087015 w  - 0.009786974740 w  + 0.01474224124 w 

                     6                    7                   8
   + 0.006302527660 w  - 0.0007800135040 w  - 0.001392614346 w 

                      9                    10
   - 0.0003443592217 w  + 0.0001331405873 w  

                      11                     12
   + 0.0001107758646 w   + 0.00001492137900 w  

                       13
   - 0.00001438330713 w  
                                                          2
 u_4, 2, 0.08540055170 + 0.09762255756 w - 0.03201397862 w 

                     3                   4                  5
    - 0.06503719302 w  - 0.006163414198 w  + 0.01422086983 w 

                      6                   7                   8
    + 0.004318735318 w  - 0.001815180913 w  - 0.001212913664 w 

                       9                    10
    + 0.0001886385951 w  + 0.0003689512330 w  

                        11
    + 0.00005460836914 w  
                                                         2
u_4, 3, 0.08716852334 + 0.09672902854 w - 0.03167517274 w 

                    3                   4                  5
   - 0.06368462366 w  - 0.006955965856 w  + 0.01191350358 w 

                     6                    7                    8
   + 0.003318832392 w  - 0.0007528688978 w  + 0.0002276402054 w 

                      9
   + 0.0005458738106 w 
                                                           2
  u_4, 4, 0.08780573971 + 0.09668024468 w - 0.03188749245 w 

                      3                   4                  5
     - 0.06509108742 w  - 0.008869864197 w  + 0.01254928665 w 

                       6                   7
     + 0.006707180550 w  + 0.001641114210 w 
                                                           2
  u_4, 5, 0.08800531124 + 0.09631229400 w - 0.03291364080 w 

                      3                   4                  5
     - 0.06522324248 w  - 0.005328966187 w  + 0.01780852781 w 
                                                            2
   u_4, 6, 0.08799766730 + 0.09615937090 w - 0.03156866465 w 

                       3
      - 0.06074727682 w 
            u_4, 7, 0.08809784544 + 0.09723365628 w
                                       -16  17              
   F, 0, 1.493203636 w - 3.375864042 10    w   + 5.887771254

                      -13  12                 -15  16
      + 1.277562426 10    w   - 1.573869137 10    w  

                      -14  13                 -15  14
      - 4.924070028 10    w   - 1.924991089 10    w  

                      -15  15                 -10  3
      + 6.635005788 10    w   + 2.397030433 10    w 

                      -10  4                 -10  5
      - 4.154926438 10    w  + 1.176523945 10    w 

                      -11  6                 -11  7
      + 2.309511308 10    w  - 2.523317611 10    w 

                      -12  8                 -12  9
      + 4.702714393 10    w  + 1.998135767 10    w 

                      -12  10                 -14  11
      - 1.238399806 10    w   + 9.910415677 10    w  

                      2
      + 0.6221681850 w 
                                                 2
F, 1, 6.342957277 + 3.056047081 w + 1.067202467 w 

                  3                 4                 5
   - 1.702772280 w  - 0.4861909312 w  + 0.9934901443 w 

                   6                 7                  8
   + 0.1554378850 w  - 0.3764170577 w  - 0.01831495065 w 

                   9                   10                  11
   + 0.1061698103 w  - 0.003303103284 w   - 0.02535451124 w  

                     12                   13                   14
   + 0.002831155378 w   + 0.005331234762 w   - 0.001096245559 w  

                      15
   - 0.0009612658016 w  
                                                   2
  F, 2, 6.417033338 + 3.319856913 w + 1.169972791 w 

                    3                 4                5
     - 2.038503954 w  - 0.5188068974 w  + 1.241280138 w 

                      6                 7                  8
     + 0.06000155401 w  - 0.4825029570 w  + 0.08733076218 w 

                     9                  10                  11
     + 0.1280223461 w  - 0.06467545920 w   - 0.02099239542 w  

                      12                   13
     + 0.02861928625 w   - 0.001418752192 w  
                                                   2
  F, 3, 6.447762759 + 3.389839235 w + 1.172005105 w 

                    3                 4                5
     - 2.127964085 w  - 0.5454041799 w  + 1.323940669 w 

                      6                 7                  8
     + 0.07848161748 w  - 0.5389272685 w  + 0.08490562122 w 

                     9                  10                  11
     + 0.1532129284 w  - 0.06750456735 w   - 0.02690699713 w  
                                                    2
   F, 4, 6.459794731 + 3.406447459 w + 1.159462374 w 

                     3                 4                5
      - 2.124117793 w  - 0.5248857996 w  + 1.284740483 w 

                       6                 7                  8
      + 0.05899891934 w  - 0.4860659275 w  + 0.09387709730 w 

                      9
      + 0.1110342708 w 
                                                      2
     F, 5, 6.464084545 + 3.417732976 w + 1.150871390 w 

                       3                 4                5
        - 2.157014915 w  - 0.4979302653 w  + 1.345921042 w 

                          6                 7
        + 0.002218306218 w  - 0.5531356134 w 
                                                      2
     F, 6, 6.463995088 + 3.418341927 w + 1.167806378 w 

                       3                 4                5
        - 2.147131225 w  - 0.5711408633 w  + 1.325885404 w 
F, 7, 

                                              2                3
  6.465664915 + 3.415137032 w + 0.7582352830 w  - 1.651578415 w 
                                                             2
 deltal, 0, -0.4957935292 + 0.07186690078 w + 0.01210685135 w 

                      3                   4                   5
    - 0.005964618262 w  - 0.008902725398 w  + 0.001076801077 w 

                      6                   7                   8
    + 0.006565469540 w  - 0.002298081302 w  - 0.001722421119 w 

                      9                    10
    + 0.001131981773 w  + 0.0001203578210 w  

                       11                     12
    - 0.0002779831122 w   + 0.00005061264302 w  

                        13                     14
    + 0.00003708107538 w   - 0.00001866508006 w  

                    -7  15
    - 9.946772132 10   w  
                                                             2
 deltal, 1, -0.5184503733 + 0.06506503225 w + 0.03725826551 w 

                     3                  4                   5
    - 0.01122646822 w  - 0.01733331696 w  + 0.006136293540 w 

                      6                   7                   8
    + 0.006169774084 w  - 0.003014071212 w  - 0.001181378900 w 

                       9                    10
    + 0.0008650716159 w  + 0.0001409341643 w  

                       11                     12
    - 0.0001867173970 w   - 0.00001011211468 w  

                        13
    + 0.00004014546716 w  
                                                             2
 deltal, 2, -0.5248867894 + 0.06403331350 w + 0.03974931814 w 

                      3                  4                   5
    - 0.008214557710 w  - 0.01888430102 w  + 0.004220522568 w 

                      6                   7                   8
    + 0.007468744549 w  - 0.002851662368 w  - 0.001514374322 w 

                       9                     10
    + 0.0009897429963 w  + 0.00008368711747 w  

                       11
    - 0.0001890102087 w  
                                                            2
deltal, 3, -0.5269240755 + 0.06507120724 w + 0.03844887898 w 

                     3                  4                   5
   - 0.009875080696 w  - 0.01424170759 w  + 0.003555252417 w 

                     6                   7                    8
   + 0.003943524328 w  - 0.001162916480 w  - 0.0002079931228 w 

                      9
   - 0.0001167885309 w 
                                                             2
 deltal, 4, -0.5277584410 + 0.06495498029 w + 0.04132074941 w 

                     3                  4                  5
    - 0.01228364274 w  - 0.01894288073 w  + 0.01009353266 w 

                      6                   7
    + 0.006384947591 w  - 0.008390428886 w 
                                                             2
 deltal, 5, -0.5277115830 + 0.06400428988 w + 0.03929737612 w 

                      3                  4                   5
    - 0.004577277815 w  - 0.01849751504 w  - 0.007208116482 w 
                                                             2
 deltal, 6, -0.5279102772 + 0.06628447045 w + 0.03802548395 w 

                     3
    - 0.02102132762 w 
           deltal, 7, -0.5281156859 + 0.06180576991 w
                                                            2
deltam, 0, 0.07778730774 - 0.08500294097 w + 0.06602127259 w 

                    3                  4                    5
   + 0.02608343049 w  - 0.02585311809 w  + 0.0008071084468 w 

                     6                   7                    8
   + 0.003741878768 w  - 0.001034828471 w  - 0.0001224523708 w 

                      9                     10
   + 0.0001343203912 w  - 0.00003360111357 w  

                   -7  11                      12
   + 9.197039304 10   w   + 0.000003538917637 w  

                        13                 -7  14
   - 0.000002172932985 w   + 4.985278437 10   w  

                   -7  15
   + 1.789764871 10   w  
                                                             2
 deltam, 1, 0.07541443790 - 0.08354686955 w + 0.06041324920 w 

                     3                  4                  5
    + 0.03929200895 w  - 0.02045084390 w  - 0.01373522822 w 

                      6                   7                   8
    + 0.003887473335 w  + 0.006024262192 w  - 0.001665195564 w 

                      9                    10
    - 0.001935452190 w  + 0.0008288796668 w  

                       11                    12
    + 0.0003922346935 w   - 0.0002843853780 w  

                        13
    - 0.00003599555475 w  
                                                            2
deltam, 2, 0.07313357198 - 0.08302277341 w + 0.06230056666 w 

                    3                  4                  5
   + 0.04143912567 w  - 0.02424270896 w  - 0.01456507896 w 

                     6                   7                   8
   + 0.007528749074 w  + 0.005291558488 w  - 0.003674680772 w 

                     9                   10                    11
   - 0.001098827718 w  + 0.001685973735 w   - 0.0001371361859 w  
                                                             2
 deltam, 3, 0.07256914474 - 0.08315926066 w + 0.06116375863 w 

                     3                  4                  5
    + 0.04401460943 w  - 0.02299477707 w  - 0.01848525479 w 

                      6                   7                   8
    + 0.007892257453 w  + 0.007869801123 w  - 0.004582164800 w 

                      9
    - 0.002108064081 w 
                                                             2
 deltam, 4, 0.07223847626 - 0.08248676834 w + 0.06146460268 w 

                     3                  4                  5
    + 0.04073508894 w  - 0.02093526074 w  - 0.01417907122 w 

                      6                   7
    + 0.003161054248 w  + 0.005636501910 w 
                                                             2
 deltam, 5, 0.07214127635 - 0.08334558825 w + 0.06336854675 w 

                     3                  4                  5
    + 0.04366339071 w  - 0.02952907120 w  - 0.01491820227 w 
                                                             2
 deltam, 6, 0.07231028240 - 0.08282940230 w + 0.05841483080 w 

                     3
    + 0.04570028576 w 
           deltam, 7, 0.07184137083 - 0.08190416335 w
                                                          2
u_4, 0, -0.01727569955 + 0.1033020558 w - 0.008328451285 w 

                    3                  4                   5
   - 0.05584946762 w  + 0.02465488267 w  + 0.004603368012 w 

                     6                   7                    8
   - 0.007298568362 w  + 0.001969506291 w  + 0.0006637025985 w 

                      9                     10
   - 0.0006072895338 w  + 0.00009481852945 w  

                       11                     12
   + 0.00006965592445 w   - 0.00003749257038 w  

                        13                      14
   + 0.000001019507279 w   + 0.000005265730752 w  

                        15
   - 0.000001729676926 w  
                                                        2
u_4, 1, 0.01436877105 + 0.1010939027 w - 0.02201440127 w 

                    3                  4                   5
   - 0.05563477807 w  + 0.02442619675 w  + 0.009458242935 w 

                     6                    7                   8
   - 0.007700883663 w  - 0.0009184880885 w  + 0.001744727028 w 

                      9                    10
   + 0.0001181075014 w  - 0.0004384650126 w  

                        11                    12
   - 0.000004032837348 w   + 0.0001222842222 w  

                       13
   - 0.00001664361213 w  
                                                         2
u_4, 2, 0.02305312503 + 0.09866204082 w - 0.02468719704 w 

                    3                  4                   5
   - 0.04868564981 w  + 0.01866294043 w  + 0.005333888660 w 

                      6                   7                   8
   - 0.0004417896538 w  - 0.001053604511 w  - 0.002248400920 w 

                     9                    10
   + 0.001397902784 w  + 0.0009283102112 w  

                      11
   - 0.0008691871559 w  
                                                          2
 u_4, 3, 0.02582572242 + 0.09991065853 w - 0.02985177473 w 

                     3                  4                    5
    - 0.04961126567 w  + 0.02934091370 w  + 0.0007318401506 w 

                     6                   7                   8
    - 0.01010286389 w  + 0.007030896392 w  + 0.002051589608 w 

                      9
    - 0.005320285887 w 
                                                          2
  u_4, 4, 0.02622947935 + 0.1002476397 w - 0.02475217533 w 

                      3                  4                  5
     - 0.05687756985 w  + 0.01911208745 w  + 0.02165353055 w 

                       6                  7
     - 0.005799140873 w  - 0.01983149879 w 
                                                           2
  u_4, 5, 0.02689407825 + 0.09788975430 w - 0.02852790572 w 

                      3                  4                  5
     - 0.03585146400 w  + 0.01571441588 w  - 0.03144483152 w 
                                                           2
   u_4, 6, 0.02675650005 + 0.1036707787 w - 0.03417748638 w 

                       3
      - 0.08175992665 w 
            u_4, 7, 0.02611391844 + 0.09176680443 w
                        2789.703 - time
> 2789.7-time();
                             -0.097
>