omega_0 2 0 T omega_1 2 1 T omega_2 2 2 T omega_3 2 3 T omega_4 2 4 T omega_5 2 5 T omega_6 2 6 T omega_7 2 7 T omega_8 2 8 T v_0 A_0 omega_0 t phi_0 v_1 A_1 omega_1 t phi_1 v_2 A_2 omega_2 t phi_2 v_3 A_3 omega_3 t phi_3 v_4 A_4 omega_4 t phi_4 v_5 A_5 omega_5 t phi_5 v_6 A_6 omega_6 t phi_6 v_7 A_7 omega_7 t phi_7 v_8 A_8 omega_8 t phi_8 v v_0 v_1 v_2 v_3 v_4 v_5 v_6 v_7 v_8 t P_baro P_sys tau_zb dP_sys_dt P_baro tau_pb f_ab f_ab_min f_ab_max P_baro P_nom k_ab 1 P_baro P_nom k_ab X_O2 AA 1 S_O2_a BB phi_stat K_CO2 C_CO2_a C_CO2_a_nom K_O2 1 X_O2 K_O2 f_c_stat K_stat 1 phi_stat K_stat C_CO2_a C_CO2_a_nom 0 t phi_CO2_dyn dot_C_CO2_a tau_CO2_cc_dyn phi_CO2_dyn tau_cap f_c_dyn K_dyn 1 phi_CO2_dyn K_dyn t phi_apc f_c_stat f_c_dyn phi_apc tau_cap f_apc phi_apc 0 P_O2_a r_1 r_1 2 s_1 C_O2_a_diss P_O2_a 0.003 100 C_O2_sat Hgb 1.34-3 P_O2_a 0.003 100 0 C_O2_sat Hgb 1.34-3 S_O2_a C_O2_a C_O2_a_diss Hgb 1.34-3 d_1 k_1 C_O2_a C_O2_sat C_O2_a h_1 0 d_2 k_2 C_CO2_a C_CO2_sat C_CO2_a h_2 0 r_1 0.5 1 beta_1 d_2 beta_2 d_1 alpha_1 alpha_2 d_1 d_2 beta_2 alpha_2 beta_1 d_2 r_2 0.5 1 beta_2 d_1 beta_1 d_2 alpha_2 alpha_1 d_2 d_1 beta_1 alpha_1 beta_2 d_1 s_1 1 d_1 alpha_1 d_1 d_2 beta_2 alpha_2 beta_1 d_2 s_2 1 d_2 alpha_2 d_2 d_1 beta_1 alpha_1 beta_2 d_1 f_v f_ev_0 f_ev_inf f_ab f_ab_0 k_ev 1 f_ab f_ab_0 k_ev W_cv f_apc theta_v f_s_premax f_es_inf f_es_0 f_es_inf k_es W_bs f_ab W_cs f_apc f_s f_s_premax f_s_premax f_es_max f_es_max sigma_theta G_theta 1 f_s f_es_min 1 f_s f_es_min 0 t Delta_theta Delta_theta sigma_theta tau_theta sigma_theta G_theta 1 f_s f_es_min 1 f_s f_es_min 0 t Delta_theta Delta_theta sigma_theta tau_theta sigma_theta G_theta 1 f_s f_es_min 1 f_s f_es_min 0 t Delta_theta Delta_theta sigma_theta tau_theta sigma_Ts G_Ts 1 f_s f_es_min 1 f_s f_es_min 0 t Delta_Ts Delta_Ts sigma_Ts tau_Ts sigma_Tv G_Tv f_v t Delta_Tv Delta_Tv sigma_Tv tau_Tv Delta_T Delta_Tv Delta_Ts t x_O2 x_O2 C_O2_p C_O2_vm_nom tau_O2 phi_P_CO2_a 1 P_CO2_a P_CO2_a_nom k_CO2_m 1 P_CO2_a P_CO2_a_nom k_CO2_m t x_CO2 x_CO2 phi_P_CO2_a tau_CO2 R_local_multiplier 1 x_CO2 1 g_O2_m x_O2 P_O2_a r_1 r_1 2 s_1 P_CO2_a d_2 1 alpha_2 P_O2_a 1 beta_2 P_O2_a d_1 k_1 C_O2_a C_O2_sat C_O2_a h_1 0 d_2 k_2 C_CO2_a C_CO2_sat C_CO2_a h_2 0 r_1 0.5 1 beta_1 d_2 beta_2 d_1 alpha_1 alpha_2 d_1 d_2 beta_2 alpha_2 beta_1 d_2 r_2 0.5 1 beta_2 d_1 beta_1 d_2 alpha_2 alpha_1 d_2 d_1 beta_1 alpha_1 beta_2 d_1 s_1 1 d_1 alpha_1 d_1 d_2 beta_2 alpha_2 beta_1 d_2 s_2 1 d_2 alpha_2 d_2 d_1 beta_1 alpha_1 beta_2 d_1 t x_O2 x_O2 C_O2_p C_O2_vb_nom tau_O2 phi_P_CO2_a A_b_lc B_b_lc 1 C_b_lc D_b_lc P_CO2_a A_b_lc B_b_lc 1 C_b_lc D_b_lc P_CO2_a_nom 1 t x_CO2 x_CO2 phi_P_CO2_a tau_CO2 G_p G_pn 1 g_O2_b x_O2 x_CO2 R_local_multiplier 1 G_p P_O2_a r_1 r_1 2 s_1 P_CO2_a d_2 1 alpha_2 P_O2_a 1 beta_2 P_O2_a d_1 k_1 C_O2_a C_O2_sat C_O2_a h_1 0 d_2 k_2 C_CO2_a C_CO2_sat C_CO2_a h_2 0 r_1 0.5 1 beta_1 d_2 beta_2 d_1 alpha_1 alpha_2 d_1 d_2 beta_2 alpha_2 beta_1 d_2 r_2 0.5 1 beta_2 d_1 beta_1 d_2 alpha_2 alpha_1 d_2 d_1 beta_1 alpha_1 beta_2 d_1 s_1 1 d_1 alpha_1 d_1 d_2 beta_2 alpha_2 beta_1 d_2 s_2 1 d_2 alpha_2 d_2 d_1 beta_1 alpha_1 beta_2 d_1 P_s_star P_t_star 0.5 rho q_star A_star 2 t q_star P_s_star P_s_0D I t flux rho Q_star r_a BFF_ASL v_a meanflow_4dflow error pressure_d u_a critic 1-6 error v 1-4 2 x1 1 1 error 10 0.01 x2 error 10 2 x3 1 1 error 10 0.01 u2 x1 x1 x2 x3 u5 x2 x1 x2 x3 u8 x3 x1 x2 x3 t aa2 learning_rate critic K_a r_a u2 error t cc2 learning_rate critic K_a r_a u2 t aa5 learning_rate critic K_a r_a u5 error t cc5 learning_rate critic K_a r_a u5 t aa8 learning_rate critic K_a r_a u8 error t cc8 learning_rate critic K_a r_a u8 check u2 aa2 error cc2 u5 aa5 error cc5 u8 aa8 error cc8 R_T 1 check 0 check check 0 check 113 113 check 113 error_flow_percent r_a 100 R_v 0.01 C_T I_T 1-6 u_out 0 t q_T v v_T u_C q_T C_T u u_C R_v v v_T t v u_in u v R_T_wCont 2 I_T t v_T u u_out v_T R_T_wCont 2 I_T R_T_wCont R_T r_a BFF_ASL v_a meanflow_4dflow error pressure_d u_a critic 1-6 error v 1-6 2 x1 1 1 error 10 0.01 x2 error 10 2 x3 1 1 error 10 0.01 u2 x1 x1 x2 x3 u5 x2 x1 x2 x3 u8 x3 x1 x2 x3 t aa2 learning_rate critic K_a r_a u2 error t cc2 learning_rate critic K_a r_a u2 t aa5 learning_rate critic K_a r_a u5 error t cc5 learning_rate critic K_a r_a u5 t aa8 learning_rate critic K_a r_a u8 error t cc8 learning_rate critic K_a r_a u8 check u2 aa2 error cc2 u5 aa5 error cc5 u8 aa8 error cc8 R_T 1 check 0 check check 0 check 113 113 check 113 error_flow_percent r_a 100 R_v 0.01 C_T I_T 1-6 u_out 0 t q_T v v_T u_C q_T C_T u u_C R_v v v_T t v u_in u v R_T_wCont 2 I_T t v_T u u_out v_T R_T_wCont 2 I_T R_T_wCont R_T t C_O2_p v C_O2_a C_O2_p M_O2 q_0 t C_CO2_p v C_CO2_a C_CO2_p M_CO2 q_0 M_O2 k_O2 P_O2_A P_O2_p M_CO2 k_CO2 P_CO2_A P_CO2_p t C_O2_p v_p C_O2_v C_O2_p M_O2 q_0 t C_CO2_p v_p C_CO2_v C_CO2_p M_CO2 q_0 P_O2_p r_1 r_1 2 s_1 P_CO2_p d_2 1 alpha_2 P_O2_p 1 beta_2 P_O2_p v_p v 1 shunt_fraction v_sh v shunt_fraction C_O2_a v_p C_O2_p v_sh C_O2_v v 0 C_CO2_a v_p C_CO2_p v_sh C_CO2_v v 0 d_1 k_1 C_O2_p C_O2_sat C_O2_p h_1 0 d_2 k_2 C_CO2_p C_CO2_sat C_CO2_p h_2 0 r_1 0.5 1 beta_1 d_2 beta_2 d_1 alpha_1 alpha_2 d_1 d_2 beta_2 alpha_2 beta_1 d_2 r_2 0.5 1 beta_2 d_1 beta_1 d_2 alpha_2 alpha_1 d_2 d_1 beta_1 alpha_1 beta_2 d_1 s_1 1 d_1 alpha_1 d_1 d_2 beta_2 alpha_2 beta_1 d_2 s_2 1 d_2 alpha_2 d_2 d_1 beta_1 alpha_1 beta_2 d_1 M_O2 k_O2 P_O2_A P_O2_p M_CO2 k_CO2 P_CO2_A P_CO2_p t C_O2_p v_p C_O2_v C_O2_p M_O2 q_0 t C_CO2_p v_p C_CO2_v C_CO2_p M_CO2 q_0 P_O2_p r_1 r_1 2 s_1 P_CO2_p d_2 1 alpha_2 P_O2_p 1 beta_2 P_O2_p v v_1 v_2 v_3 v_4 v_5 v_p v 1 shunt_fraction v_sh v shunt_fraction C_O2_a v_p C_O2_p v_sh C_O2_v v 0 C_CO2_a v_p C_CO2_p v_sh C_CO2_v v 0 d_1 k_1 C_O2_p C_O2_sat C_O2_p h_1 0 d_2 k_2 C_CO2_p C_CO2_sat C_CO2_p h_2 0 r_1 0.5 1 beta_1 d_2 beta_2 d_1 alpha_1 alpha_2 d_1 d_2 beta_2 alpha_2 beta_1 d_2 r_2 0.5 1 beta_2 d_1 beta_1 d_2 alpha_2 alpha_1 d_2 d_1 beta_1 alpha_1 beta_2 d_1 s_1 1 d_1 alpha_1 d_1 d_2 beta_2 alpha_2 beta_1 d_2 s_2 1 d_2 alpha_2 d_2 d_1 beta_1 alpha_1 beta_2 d_1 t C_O2_out v C_O2_in C_O2_out q_0 dot_C_CO2_out v C_CO2_in C_CO2_out q_0 t C_CO2_out dot_C_CO2_out t F_O2_D v_ml 0 F_O2_i F_O2_D v_bA 0 F_O2_D F_O2_A q_D t F_CO2_D v_ml 0 F_CO2_i F_CO2_D v_bA 0 F_CO2_D F_CO2_A q_D t F_O2_A v_bA 0 F_O2_D F_O2_A K_LOSSES M_O2 q_A t F_CO2_A v_bA 0 F_CO2_D F_CO2_A K_LOSSES M_CO2 q_A P_O2_A F_O2_A P_atm P_ws P_CO2_A F_CO2_A P_atm P_ws C_O2_out v C_O2_in v C_O2_out v v T_E T 1 IE_ratio T_I T_E IE_ratio tau T_E 5 v_ml P_m P_l R_ml t q_l v_ml v_lt P_l q_l C_l v_lt P_l P_t R_lt v_twall v_lt v_tb t q_t v_twall P_t q_t C_t P_pl v_tb P_t P_b R_tb v_bwall v_tb v_bA t q_b v_bwall P_b q_b C_b P_pl v_bA P_b P_A R_bA t q_A_stressed v_bA P_A q_A_stressed C_A P_pl t q_pl v_plwall v_twall v_bwall v_bA P_pl q_pl C_pl P_plEE v_plwall P_mus P_pl R_plwall q_D q_l q_t q_b q_l_us q_t_us q_b_us q_A q_A_stressed q_A_us t_floor t t T T P_mus P_mus_min T_I T_E t_floor 2 P_mus_min T T_I T_E t_floor t_floor T_I P_mus_min 1 T_E tau t_floor T_I tau T_E tau h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u_in u R v beta_g rho g l theta 180 I t q_C v v_out u_C q_C C u_ext u u_C R_v v v_out h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_out R v beta_g rho g l theta 180 I t q_C v_in v u_C q_C C u_ext u u_C R_v v_in v h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u_in u R 2 v beta_g rho g l theta 180 I 2 t q_C v v_d u_C q_C C u_ext u u_C R_v v v_d t v_d u u_out R 2 v_d I 2 h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_d R v beta_g rho g l theta 180 I t q_C v_in v u_C q_C C 2 u_ext t q_C_d v v_out u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in v u_d u_C_d 2 R_v v v_out R_v 0.01 C t v u_in u R v I t q_C v v_out u_C q_C C u_ext u u_C R_v v v_out R_v 0.01 C t v u_in u R 2 v I 2 t q_C v v_d u_C q_C C u_ext u u_C R_v v v_d t v_d u u_out R 2 v_d I 2 R_v 0.01 C t v u u_d R v I t q_C v_in v u_C q_C C 2 u_ext t q_C_d v v_out u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in v u_d u_C_d 2 R_v v v_out u v_in v_out R R_v 0.01 C t v u u_out R v I t q_C v_in v u_C q_C C u_ext u u_C R_v v_in v R_v 0.01 C t v u u_out R v I t q_T_change v_in v q_T q_T_change q_us_0 u_C q_T q_us_wCont C u_ext u u_C R_v v_in v q_us_wCont q_us_0 Delta_q_us R_v 0.01 C_T I_T 1-6 t q_T v v_T u_C q_T C_T u_ext u u_C R_v v v_T t v u_in u v R_T 2 I_T t v_T u u_out v_T R_T 2 I_T R_v 0.01 C_T t q_T v v_T u_C q_T C_T u_ext u u_C R_v v v_T t v u_in u v R_1_T 2 I_T t v_T u u_out v_T R_2_T 2 I_T R_v 0.01 C_T R_2_T R_1_T R1_R2_ratio t q_T v v_T u_C q_T C_T u_ext u u_C R_v v v_T t v u_in u v R_1_T 2 I_T t v_T u u_out v_T R_2_T 2 I_T R_v 0.01 C_T t q_T v v_T u_C q_T C_T u_ext u u_C R_v v v_T t v u_in u v R_T_wCont 2 I_T t v_T u u_out v_T R_T_wCont 2 I_T R_T_wCont R_T Delta_R R_local_multiplier h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u_in u R v beta_g rho g l theta 180 I du_C_dt v v_out_1 v_out_2 C t q_C v v_out_1 v_out_2 u_C q_C C u_ext u u_C R_v v v_out_1 v_out_2 R_v 0.01 C t v u_in u R v I du_C_dt v v_out_1 v_out_2 C t q_C v v_out_1 v_out_2 u_C q_C C u_ext u u_C R_v v v_out_1 v_out_2 h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_d R v beta_g rho g l theta 180 I t q_C v_in v u_C q_C C 2 u_ext t q_C_d v v_out_1 v_out_2 u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in v u_d u_C_d 2 R_v v v_out_1 v_out_2 R_v 0.01 C t v u u_d R v I t q_C v_in v u_C q_C C 2 u_ext t q_C_d v v_out_1 v_out_2 u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in v u_d u_C_d 2 R_v v v_out_1 v_out_2 h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_d R v beta_g rho g l theta 180 I t q_C v_in_1 v_in_2 v u_C q_C C 2 u_ext t q_C_d v v_out_1 v_out_2 u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in_1 v_in_2 v u_d u_C_d 2 R_v v v_out_1 v_out_2 h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_d R v beta_g rho g l theta 180 I t q_C v_in_1 v_in_2 v u_C q_C C 2 u_ext t q_C_d v v_out u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in_1 v_in_2 v u_d u_C_d 2 R_v v v_out h r a_vessel b_vessel r c_vessel d_vessel r I rho l r 2 C 2 r 3 l E h R 8 mu l r 4 R_v 0.01 C t v u u_out R v beta_g rho g l theta 180 I t q_C v_in_1 v_in_2 v u_C q_C C u_ext u u_C R_v v_in_1 v_in_2 v R_v 0.01 C t v u u_out R v I t q_C v_in_1 v_in_2 v u_C q_C C u_ext u u_C R_v v_in_1 v_in_2 v R_v 0.01 C t v u u_d R v I t q_C v_in_1 v_in_2 v u_C q_C C 2 u_ext t q_C_d v v_out u_C_d q_C_d C 2 u_ext u u_C 2 R_v v_in_1 v_in_2 v u_d u_C_d 2 R_v v v_out v_zero 0 v_total v_1 v_2 R_v 0.01 C_T I_T 1-6 u_out 0 t q_T v v_T u_C q_T C_T u u_C R_v v v_T t v u_in u v R_T_wCont 2 I_T t v_T u u_out v_T R_T_wCont 2 I_T R_T_wCont R_T chi_afloor chi_a chi_a t chi_a 0.5 T_ac_wCont mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac_wCont t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac_wCont chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar_wCont chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc_wCont mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc_wCont t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc_wCont chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr_wCont chi_vfloor 0.5 0 t s 1 T_wCont mt s s T_wCont T Delta_T T_ac_wCont T_ac T_wCont T T_ar_wCont T_ar T_wCont T T_vc_wCont T_vc T_wCont T T_vr_wCont T_vr T_wCont T t_astart_norm t_astart T t_vstart_norm t_vstart T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv rho 2 A_eff_trv 2 eps B_puv rho 2 A_eff_puv 2 eps B_miv rho 2 A_eff_miv 2 eps B_aov rho 2 A_eff_aov 2 eps L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff A_eff_aov eps A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_nn_aov M_rg_aov A_nn_aov zeta_aov M_rg_aov A_nn_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov E_rv_A_wCont E_rv_A Delta_E_rv E_lv_A_wCont E_lv_A Delta_E_lv u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A_wCont E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A_wCont E_lv_B q_lv q_lv_0 t q_ra v_svc v_ivc v_trv t q_rv v_trv v_puv t q_la v_pvn v_miv t q_lv v_miv v_aov chi_afloor chi_a chi_a t chi_a 0.5 T_ac mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr chi_vfloor 0.5 0 t s 1 T mt s s t_astart_norm t_astart T T_ac_norm T_ac T T_ar_norm T_ar T t_vstart_norm t_vstart T T_vc_norm T_vc T T_vr_norm T_vr T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv rho 2 A_eff_trv 2 eps B_puv rho 2 A_eff_puv 2 eps B_miv rho 2 A_eff_miv 2 eps B_aov rho 2 A_eff_aov 2 eps L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff A_eff_aov eps A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_nn_aov M_rg_aov A_nn_aov zeta_aov M_rg_aov A_nn_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A E_lv_B q_lv q_lv_0 t q_ra v_svc v_ivc v_trv t q_rv v_trv v_puv t q_la v_pvn v_miv t q_lv v_miv v_aov chi_afloor chi_a chi_a t chi_a 0.5 T_ac mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr chi_vfloor 0.5 0 t s 1 T mt s s t_astart_norm t_astart T T_ac_norm T_ac T T_ar_norm T_ar T t_vstart_norm t_vstart T T_vc_norm T_vc T T_vr_norm T_vr T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv Rmod_valve_trv rho A_eff_trv eps B_puv Rmod_valve_puv rho A_eff_puv eps B_miv Rmod_valve_miv rho A_eff_miv eps B_aov Rmod_valve_aov rho A_eff_aov eps L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff A_eff_aov eps A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_nn_aov M_rg_aov A_nn_aov zeta_aov M_rg_aov A_nn_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov vel_trv v_trv A_nn_trv vel_puv v_puv A_nn_puv vel_miv v_miv A_nn_miv vel_aov v_aov A_nn_aov u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A E_lv_B q_lv q_lv_0 t q_ra v_svc v_ivc v_trv t q_rv v_trv v_puv t q_la v_pvn v_miv t q_lv v_miv v_aov chi_afloor chi_a chi_a t chi_a 0.5 T_ac mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr chi_vfloor 0.5 0 t s 1 T mt s s t_astart_norm t_astart T T_ac_norm T_ac T T_ar_norm T_ar T t_vstart_norm t_vstart T T_vc_norm T_vc T T_vr_norm T_vr T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv rho 2 A_eff_trv 2 eps B_puv rho 2 A_eff_puv 2 eps B_miv rho 2 A_eff_miv 2 eps B_aov rho 2 A_eff_aov 2 eps L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff A_eff_aov eps A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_nn_aov M_rg_aov A_nn_aov zeta_aov M_rg_aov A_nn_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov vel_trv v_trv A_nn_trv vel_puv v_puv A_nn_puv vel_miv v_miv A_nn_miv vel_aov v_aov A_nn_aov u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A E_lv_B q_lv q_lv_0 E_rv_A E_lv_A 0.8 E_ra_A E_lv_A 0.02 E_la_A E_lv_A 0.02 E_la_B E_lv_B 0.9 E_ra_B E_lv_B 0.9 E_rv_B E_lv_B 0.6 t q_ra v_svc v_ivc v_trv t q_rv v_trv v_puv t q_la v_pvn v_miv t q_lv v_miv v_aov chi_afloor chi_a chi_a t chi_a 0.5 T_ac mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr chi_vfloor 0.5 0 t s 1 T mt s s t_astart_norm t_astart T T_ac_norm T_ac T T_ar_norm T_ar T t_vstart_norm t_vstart T T_vc_norm T_vc T T_vr_norm T_vr T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv_pre rho 2 A_eff_trv 2 eps B_puv_pre rho 2 A_eff_puv 2 eps B_miv_pre rho 2 A_eff_miv 2 eps B_aov_pre gamma rho r_ao 2 beta r_lvot 4 A_eff_aov beta eps B_trv B_trv_pre B_trv_pre 110 110 116 1 B_trv_pre 116 B_puv B_puv_pre B_puv_pre 110 110 116 1 B_puv_pre 116 B_miv B_miv_pre B_miv_pre 110 110 116 1 B_miv_pre 116 B_aov B_aov_pre B_aov_pre 110 110 116 1 B_aov_pre 116 L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff r_lvot 2 A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_aov M_rg_aov A_aov zeta_aov M_rg_aov A_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov vel_aov v_aov 3 4 r_lvot 2 u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A E_lv_B q_lv q_lv_0 t q_ra v_svc v_ivc v_trv t q_rv v_trv v_puv t q_la v_pvn v_miv t q_lv v_miv v_aov chi_afloor chi_a chi_a t chi_a 0.5 T_ac mt t_astart_norm mt t_astart_norm eps_1 chi_afloor 0.5 0.5 T_ac t_astart_norm eps_1 1.0 mt t_astart_norm eps_1 1.0 chi_afloor 0.5 0.5 T_ac chi_afloor eps_2 chi_afloor 0.5 0.5 T_ar chi_afloor 0.5 0 chi_vfloor chi_v chi_v t chi_v 0.5 T_vc mt t_vstart_norm mt t_vstart_norm eps_1 chi_vfloor 0.5 0.5 T_vc t_vstart_norm eps_1 1.0 mt t_vstart_norm eps_1 1.0 chi_vfloor 0.5 0.5 T_vc chi_vfloor eps_2 chi_vfloor 0.5 0.5 T_vr chi_vfloor 0.5 0 t s 1 T mt s s t_astart_norm t_astart T T_ac_norm T_ac T T_ar_norm T_ar T t_vstart_norm t_vstart T T_vc_norm T_vc T T_vr_norm T_vr T e_a 0.5 1 2 chi_afloor e_v 0.5 1 2 chi_vfloor B_trv rho 2 A_eff_trv 2 eps B_puv rho 2 A_eff_puv 2 eps B_miv rho 2 A_eff_miv 2 eps B_aov rho 2 A_eff_aov 2 eps B_fo rho 2 A_nn_fo 2 L_trv rho l_eff A_eff_trv eps L_puv rho l_eff A_eff_puv eps L_miv rho l_eff A_eff_miv eps L_aov rho l_eff A_eff_aov eps A_eff_trv M_st_trv A_nn_trv M_rg_trv A_nn_trv zeta_trv M_rg_trv A_nn_trv A_eff_puv M_st_puv A_nn_puv M_rg_puv A_nn_puv zeta_puv M_rg_puv A_nn_puv A_eff_miv M_st_miv A_nn_miv M_rg_miv A_nn_miv zeta_miv M_rg_miv A_nn_miv A_eff_aov M_st_aov A_nn_aov M_rg_aov A_nn_aov zeta_aov M_rg_aov A_nn_aov t zeta_trv_pre 1 zeta_trv_pre K_vo_trv u_ra u_rv u_ra u_rv zeta_trv_pre K_vc_trv u_ra u_rv t zeta_puv_pre 1 zeta_puv_pre K_vo_puv u_rv u_par u_rv u_par zeta_puv_pre K_vc_puv u_rv u_par t zeta_miv_pre 1 zeta_miv_pre K_vo_miv u_la u_lv u_la u_lv zeta_miv_pre K_vc_miv u_la u_lv t zeta_aov_pre 1 zeta_aov_pre K_vo_aov u_lv u_root u_lv u_root zeta_aov_pre K_vc_aov u_lv u_root zeta_trv zeta_trv_pre 0 zeta_puv zeta_puv_pre 0 zeta_miv zeta_miv_pre 0 zeta_aov zeta_aov_pre 0 t v_trv B_trv v_trv v_trv u_ra u_rv L_trv t v_puv B_puv v_puv v_puv u_rv u_par L_puv t v_miv B_miv v_miv v_miv u_la u_lv L_miv t v_aov B_aov v_aov v_aov u_lv u_root L_aov t v_fo B_fo v_fo v_fo u_la u_ra L_fo vel_trv v_trv A_nn_trv vel_puv v_puv A_nn_puv vel_miv v_miv A_nn_miv vel_aov v_aov A_nn_aov u_ra e_a E_ra_A E_ra_B q_ra q_ra_0 u_rv e_v E_rv_A E_rv_B q_rv q_rv_0 u_la e_a E_la_A E_la_B q_la q_la_0 u_lv e_v E_lv_A E_lv_B q_lv q_lv_0 E_rv_A E_lv_A 0.7 E_ra_A E_lv_A 0.02 E_la_A E_lv_A 0.02 E_la_B E_lv_B 0.5 E_ra_B E_lv_B 0.3 E_rv_B E_lv_B 0.6 t q_ra v_svc v_ivc v_fo v_trv t q_rv v_trv v_puv t q_la v_pvn v_fo v_miv t q_lv v_miv v_aov