Please help me about this ERROR!!
Posted: Sat Jun 01, 2013 9:04 amHello every one!
I have a very simple model. It shows these errors when I run it. I cant understand how can I solve it!
These are the errors:
Error in ==> check at 76
print_info(info, options.noprint);
Error in ==> Simple_model at 248
check(M_,options_,oo_);
Error in ==> dynare at 120
evalin('base',fname) ;
could you please help me?
Any help would be appreciated.
I can not attach the file so I write all bellow!
I have a very simple model. It shows these errors when I run it. I cant understand how can I solve it!
These are the errors:
Error in ==> check at 76
print_info(info, options.noprint);
Error in ==> Simple_model at 248
check(M_,options_,oo_);
Error in ==> dynare at 120
evalin('base',fname) ;
could you please help me?
Any help would be appreciated.
I can not attach the file so I write all bellow!
- Code: Select all
var yy_o yy_T ii_o ii_T cc aa_o aa_T tt ww_o ww_T rr_o rr_T ll_o ll_T qq kk_o kk_T;
varexo e_o e_T e_oil yy_oil;
parameters y_oil_bar y_o_bar y_T_bar c_bar q_bar t_bar i_o_bar i_T_bar l_o_bar l_T_bar k_o_bar k_T_bar r_o_bar r_T_bar w_o_bar w_T_bar a_o_bar a_T_bar betaa b rho_o rho_T rho_oil alphaa alpha_o deltaa delta_T thetaa ethaa gama_o gama_T;
betaa = 0.99;
b = 1.9 ;
rho_o = 0.72;
rho_T = 0.5;
rho_oil = 0.5;
alphaa = 0.412;
alpha_o = 0.5;
deltaa = 0.042;
delta_T = 0.5;
ethaa = 1.003;
thetaa = 2.95;
gama_o = 0.5;
gama_T = 0.1;
y_oil_bar = 1.0791e+004 ;
a_o_bar = 1.2000 ;
a_T_bar = 1.2000 ;
r_o_bar = 2.0640 ;
r_T_bar = 2.0640 ;
w_T_bar = 5.5751e-006 ;
c_bar = 5.5751e-005 ;
k_T_bar = -2.1376e-009 ;
q_bar = -555.2767 ;
k_o_bar = 5.7293e-006 ;
y_T_bar = -1.0657e-008 ;
i_T_bar = -4.0276 ;
y_o_bar = -5.3286e-009 ;
l_T_bar = -1.6439e-004 ;
t_bar = -2.1157e-008 ;
w_o_bar = 2.7876e-005 ;
l_o_bar = 3.7275e-004 ;
i_o_bar = 1.0795e+004 ;
model (linear);
yy_T = aa_T + alphaa * kk_T + (1-alphaa-alpha_o) * ll_T + alpha_o * yy_o ;
yy_o = aa_o + thetaa * kk_o + (1-thetaa) * ll_o ;
aa_o = rho_o * aa_o(-1) + e_o ;
aa_T = rho_T * aa_T(-1) + e_T ;
yy_oil = rho_oil * yy_oil(-1) + e_oil ;
kk_T = ii_T+kk_o-ii_o ;
cc = ww_o ;
cc = ww_T ;
cc = betaa/ethaa*(rr_o(+1)-(1-deltaa+r_o_bar)*cc(+1)) ;
cc = betaa/ethaa*(rr_T(+1)-(1-deltaa+r_o_bar)*cc(+1)) ;
ww_o = y_o_bar/w_o_bar*(1-thetaa)/l_o_bar*(yy_o-ll_o) ;
cc = betaa*r_o_bar*c_bar*rr_o(+1)+ betaa*(1-deltaa)*c_bar/ethaa*cc(+1)- betaa*thetaa*y_o_bar*c_bar/k_o_bar*(yy_o(+1)-kk_o(+1));
cc = betaa/ethaa*(1-deltaa)*cc(+1) ;
ww_T = y_T_bar/(w_T_bar*l_T_bar)*(1-alphaa-alpha_o)*(yy_T-ll_T) ;
yy_o = 1/y_o_bar*(c_bar*cc + i_o_bar*ii_o + i_T_bar*ii_T + y_oil_bar*yy_oil) ;
ii_T = 1/i_T_bar*(w_T_bar*l_T_bar*ww_T*ll_T+w_o_bar*l_o_bar*ww_o*ll_o+y_oil_bar*yy_oil+r_T_bar*k_T_bar*rr_T*kk_T+r_o_bar*k_o_bar*rr_o*kk_o-c_bar*cc-i_o_bar*ii_o-q_bar*qq*(ethaa*t_bar-(1-delta_T)*t_bar)-(q_bar+q_bar*qq)*(ethaa*t_bar*tt(+1)-(1-delta_T)*t_bar*tt)) ;
yy_T = cc-qq ;
end;
steady;
check;
shocks;
var e_o ; stderr 0.045;
var e_T ; stderr 0.045;
var e_oil ; stderr 0.045;
% var e_T e_o e_oil ;
end;
stoch_simul;