function [ys,check] = soe1bayes_steadystate(ys, junk) global M_; growth_EU_ss= get_param_by_name('growth_EU_ss'); growth_JA_ss= get_param_by_name('growth_JA_ss'); growth_US_ss= get_param_by_name('growth_US_ss'); pietar_EU_ss= get_param_by_name('pietar_EU_ss'); pietar_JA_ss= get_param_by_name('pietar_JA_ss'); pietar_US_ss= get_param_by_name('pietar_US_ss'); rr_bar_EU_ss= get_param_by_name('rr_bar_EU_ss'); rr_bar_JA_ss= get_param_by_name('rr_bar_JA_ss'); rr_bar_US_ss= get_param_by_name('rr_bar_US_ss'); % because of that crapy (i am sorry) Koopman&durbin stuff, which doesn't % take into account cointagration of unit-root variables, we initialize % all unit root variables to the first observation data3ctry; try;LZ_EU=LZ_EU(1);end; try;LGDP_EU=LGDP_EU(1);end; try;UNR_EU=UNR_EU(1);end; try;LCPI_EU=LCPI_EU(1);end; try;UNR_US=UNR_US(1);end; try;LCPI_US=LCPI_US(1);end; try;LGDP_US=LGDP_US(1);end; try;BLT_US=BLT_US(1);end; try;LZ_JA=LZ_JA(1);end; try;LGDP_JA=LGDP_JA(1);end; try;UNR_JA=UNR_JA(1);end; try;LCPI_JA=LCPI_JA(1);end; try;LZ_E_EU = LZ_EU;end try;LZ_BAR_EU = LZ_EU;end try;LZ_GAP_EU = 0;end try;BLT_BAR_EU = BLT_EU;end RR_EU = rr_bar_EU_ss; RR_BAR_EU = rr_bar_EU_ss; UNR_GAP_EU = 0; UNR_BAR_EU = UNR_EU; LGDP_BAR_EU = LGDP_EU; PIE_EU = pietar_EU_ss; PIE4_EU = pietar_EU_ss; E4_PIE4_EU = pietar_EU_ss; PIETAR_EU = pietar_EU_ss; Y_EU = 0; RS_EU = rr_bar_EU_ss+pietar_EU_ss; G_EU = growth_EU_ss; E4_PIE_EU4 = pietar_EU_ss; E1_Y_EU = 0; E1_PIE_EU = pietar_EU_ss; UNR_G_EU = 0; GROWTH_EU = growth_EU_ss; GROWTH4_EU = growth_EU_ss; GROWTH_BAR_EU = growth_EU_ss; GROWTH4_BAR_EU = growth_EU_ss; E_EU=0; E2_EU=0; E4_PIE4 = pietar_EU_ss; E1_Y_EU = 0; UNR_G_EU = 0; DRS_EU = 0; try;LZ_E_US = LZ_US;end try;LZ_BAR_US = LZ_US;end try;LZ_GAP_US = 0;end try;BLT_BAR_US = BLT_US;end RR_US = rr_bar_US_ss; RR_BAR_US = rr_bar_US_ss; UNR_GAP_US = 0; UNR_BAR_US = UNR_US; LGDP_BAR_US = LGDP_US; PIE_US = pietar_US_ss; PIE4_US = pietar_US_ss; E4_PIE4_US = pietar_US_ss; PIETAR_US = pietar_US_ss; Y_US = 0; RS_US = rr_bar_US_ss+pietar_US_ss; G_US = growth_US_ss; E4_PIE_US4 = pietar_US_ss; E1_Y_US = 0; E1_PIE_US = pietar_US_ss; UNR_G_US = 0; GROWTH_US = growth_US_ss; GROWTH4_US = growth_US_ss; GROWTH_BAR_US = growth_US_ss; GROWTH4_BAR_US = growth_US_ss; E_US=0; E2_US=0; E4_PIE4 = pietar_US_ss; E1_Y_US = 0; UNR_G_US = 0; DRS_US = 0; try;LZ_E_JA = LZ_JA;end try;LZ_BAR_JA = LZ_JA;end try;LZ_GAP_JA = 0;end try;BLT_BAR_JA = BLT_JA;end RR_JA = rr_bar_JA_ss; RR_BAR_JA = rr_bar_JA_ss; UNR_GAP_JA = 0; UNR_BAR_JA = UNR_JA; LGDP_BAR_JA = LGDP_JA; PIE_JA = pietar_JA_ss; PIE4_JA = pietar_JA_ss; E4_PIE4_JA = pietar_JA_ss; PIETAR_JA = pietar_JA_ss; Y_JA = 0; RS_JA = rr_bar_JA_ss+pietar_JA_ss; G_JA = growth_JA_ss; E4_PIE_JA4 = pietar_JA_ss; E1_Y_JA = 0; E1_PIE_JA = pietar_JA_ss; UNR_G_JA = 0; GROWTH_JA = growth_JA_ss; GROWTH4_JA = growth_JA_ss; GROWTH_BAR_JA = growth_JA_ss; GROWTH4_BAR_JA = growth_JA_ss; E_JA=0; E2_JA=0; E4_PIE4 = pietar_JA_ss; E1_Y_JA = 0; UNR_G_JA = 0; DRS_JA = 0; % FACT_EU =0; FACT_JA =0; FACT_US =0; % LZ_US =0; % REER_M_EU =0 ; REER_M_JA = 0 ; REER_M_US = 0; % REER_T_EU = 0 ; REER_T_JA = 0 ; REER_T_US = 0 ; REER_T_BAR_EU = 0 ; REER_T_BAR_JA = 0 ; REER_T_BAR_US = 0 ; check = 0; ys = [ BLT_BAR_US BLT_US DRS_EU DRS_JA DRS_US E1_PIE_EU E1_PIE_JA E1_PIE_US E1_Y_EU E1_Y_JA E1_Y_US E2_US E4_PIE4_EU E4_PIE4_JA E4_PIE4_US E_US GROWTH_BAR_EU GROWTH4_BAR_EU GROWTH_BAR_JA GROWTH4_BAR_JA GROWTH_BAR_US GROWTH4_BAR_US GROWTH4_EU GROWTH4_JA GROWTH4_US GROWTH_EU GROWTH_JA GROWTH_US G_EU G_JA G_US LCPI_EU LCPI_JA LCPI_US LGDP_BAR_EU LGDP_BAR_JA LGDP_BAR_US LGDP_EU LGDP_JA LGDP_US LZ_BAR_EU LZ_BAR_JA LZ_EU LZ_E_EU LZ_E_JA LZ_GAP_EU LZ_GAP_JA LZ_JA PIE4_EU PIE4_JA PIE4_US PIETAR_EU PIETAR_JA PIETAR_US PIE_EU PIE_JA PIE_US RR_BAR_EU RR_BAR_JA RR_BAR_US RR_EU RR_JA RR_US RS_EU RS_JA RS_US UNR_BAR_EU UNR_BAR_JA UNR_BAR_US UNR_EU UNR_GAP_EU UNR_GAP_JA UNR_GAP_US UNR_G_EU UNR_G_JA UNR_G_US UNR_JA UNR_US Y_EU Y_JA Y_US FACT_EU FACT_JA FACT_US % LZ_US REER_M_EU REER_M_JA REER_M_US REER_T_EU REER_T_JA REER_T_US REER_T_BAR_EU REER_T_BAR_JA REER_T_BAR_US ];