bet = dyn_in.M_.params(1); 
mu = dyn_in.M_.params(2); 
rho_r_f = dyn_in.M_.params(3); 
phi_pi_f = dyn_in.M_.params(4); 
phi_g_f = dyn_in.M_.params(5); 
phi_y_f = dyn_in.M_.params(6); 
rho_xi_f = dyn_in.M_.params(7); 
rho_z = dyn_in.M_.params(8); 
rho_a_f = dyn_in.M_.params(9); 
h_f = dyn_in.M_.params(10); 
h = dyn_in.M_.params(11); 
psi_f = dyn_in.M_.params(12); 
sig_z = dyn_in.M_.params(13); 
sig_r_f = dyn_in.M_.params(14); 
sig_xi_f = dyn_in.M_.params(15); 
sig_a_f = dyn_in.M_.params(16); 
gamm = dyn_in.M_.params(17); 
psi = dyn_in.M_.params(18); 
theta_w_f = dyn_in.M_.params(19); 
eps_w_f = dyn_in.M_.params(20); 
chi_w_f = dyn_in.M_.params(21); 
theta_p_f = dyn_in.M_.params(22); 
eps_p_f = dyn_in.M_.params(23); 
chi_p_f = dyn_in.M_.params(24); 
rho_xi_w_f = dyn_in.M_.params(25); 
rho_xi_p_f = dyn_in.M_.params(26); 
sig_xi_w_f = dyn_in.M_.params(27); 
sig_xi_p_f = dyn_in.M_.params(28); 
CFoYF = dyn_in.M_.params(29); 
rho_g_f = dyn_in.M_.params(30); 
sig_g_f = dyn_in.M_.params(31); 
alph = dyn_in.M_.params(32); 
rho_r = dyn_in.M_.params(33); 
phi_pi = dyn_in.M_.params(34); 
phi_g = dyn_in.M_.params(35); 
phi_y = dyn_in.M_.params(36); 
rho_xi = dyn_in.M_.params(37); 
rho_rp = dyn_in.M_.params(38); 
sig_a = dyn_in.M_.params(39); 
sig_xi = dyn_in.M_.params(40); 
sig_rp = dyn_in.M_.params(41); 
sig_r = dyn_in.M_.params(42); 
rho_a = dyn_in.M_.params(43); 
pit_d = dyn_in.M_.params(44); 
pit_f = dyn_in.M_.params(45); 
psi_H = dyn_in.M_.params(46); 
tau = dyn_in.M_.params(47); 
theta_x = dyn_in.M_.params(48); 
eps_X = dyn_in.M_.params(49); 
chi_X = dyn_in.M_.params(50); 
theta_F = dyn_in.M_.params(51); 
eps_F = dyn_in.M_.params(52); 
chi_F = dyn_in.M_.params(53); 
CHoY = dyn_in.M_.params(54); 
XoY = dyn_in.M_.params(55); 
rho_xi_X = dyn_in.M_.params(56); 
sig_xi_X = dyn_in.M_.params(57); 
rho_xi_F = dyn_in.M_.params(58); 
sig_xi_F = dyn_in.M_.params(59); 
rho_xi_w = dyn_in.M_.params(60); 
sig_xi_w = dyn_in.M_.params(61); 
rho_xi_H = dyn_in.M_.params(62); 
sig_xi_H = dyn_in.M_.params(63); 
theta_w = dyn_in.M_.params(64); 
eps_w = dyn_in.M_.params(65); 
chi_w = dyn_in.M_.params(66); 
theta_p = dyn_in.M_.params(67); 
eps_p = dyn_in.M_.params(68); 
chi_p = dyn_in.M_.params(69); 
dx_const = dyn_in.M_.params(70); 
dy_F_const = dyn_in.M_.params(71); 
rho_g = dyn_in.M_.params(72); 
sig_g = dyn_in.M_.params(73); 
sig_eps_r_8 = dyn_in.M_.params(74); 
sig_eps_r_f_8 = dyn_in.M_.params(75); 
r_8_const = dyn_in.M_.params(76); 
r_f_8_const = dyn_in.M_.params(77); 
rho_tp_8 = dyn_in.M_.params(78); 
rho_tp_f_8 = dyn_in.M_.params(79); 
sig_y_F_shock = dyn_in.M_.params(80); 
sig_x_shock = dyn_in.M_.params(81); 
 
  out(1)=bet; out(2)=mu; out(3)=rho_r_f; out(4)=phi_pi_f; out(5)=phi_g_f; out(6)=phi_y_f; out(7)=rho_xi_f; out(8)=rho_z; out(9)=rho_a_f; out(10)=h_f; out(11)=h; out(12)=psi_f; out(13)=sig_z; out(14)=sig_r_f; out(15)=sig_xi_f; out(16)=sig_a_f; out(17)=gamm; out(18)=psi; out(19)=theta_w_f; out(20)=eps_w_f; out(21)=chi_w_f; out(22)=theta_p_f; out(23)=eps_p_f; out(24)=chi_p_f; out(25)=rho_xi_w_f; out(26)=rho_xi_p_f; out(27)=sig_xi_w_f; out(28)=sig_xi_p_f; out(29)=CFoYF; out(30)=rho_g_f; out(31)=sig_g_f; out(32)=alph; out(33)=rho_r; out(34)=phi_pi; out(35)=phi_g; out(36)=phi_y; out(37)=rho_xi; out(38)=rho_rp; out(39)=sig_a; out(40)=sig_xi; out(41)=sig_rp; out(42)=sig_r; out(43)=rho_a; out(44)=pit_d; out(45)=pit_f; out(46)=psi_H; out(47)=tau; out(48)=theta_x; out(49)=eps_X; out(50)=chi_X; out(51)=theta_F; out(52)=eps_F; out(53)=chi_F; out(54)=CHoY; out(55)=XoY; out(56)=rho_xi_X; out(57)=sig_xi_X; out(58)=rho_xi_F; out(59)=sig_xi_F; out(60)=rho_xi_w; out(61)=sig_xi_w; out(62)=rho_xi_H; out(63)=sig_xi_H; out(64)=theta_w; out(65)=eps_w; out(66)=chi_w; out(67)=theta_p; out(68)=eps_p; out(69)=chi_p; out(70)=dx_const; out(71)=dy_F_const; out(72)=rho_g; out(73)=sig_g; out(74)=sig_eps_r_8; out(75)=sig_eps_r_f_8; out(76)=r_8_const; out(77)=r_f_8_const; out(78)=rho_tp_8; out(79)=rho_tp_f_8; out(80)=sig_y_F_shock; out(81)=sig_x_shock;