function [ys,check] = noint_ss(ys,exe);

E = 1;
beta = 0.99 ;
sigma = 2;
phi = 1;
alpha = 0.32;
delta = 0.025;
varepsilon = 6;
zeta = 0.75;
gamma = 0.28;


E = 1;
DE = 1;
pi = 0;
pih = 0;
Pr = 1;
theta = 1;
S = 1;
Pch = 1;
q = 1;
i = 1/beta - 1;
iF = i;
Q = 1;
Rk = 1/beta;
R = Rk - (1-delta);
mc = (varepsilon-1)/varepsilon;
W = (mc*((alpha^alpha)*((1 - alpha)^(1 - alpha)))*R^(-alpha))^(1/(1-alpha));
KL = (W/R)*(alpha/(1-alpha));
L = (W/(W + Rk*KL - 0.4*iF - delta*KL)^sigma)^(1/(sigma + phi));
K = KL*L;
Y = (K^alpha)*(L^(1-alpha));
I = delta*K;
B= 0.4*L;
C = W*L + Rk*K -iF*B - I;
lambda = C^(-sigma);
x1 = (mc*Y)/(1 - beta*zeta);
x2 = Y/(1 - beta*zeta);
EX = Y - (1 - gamma)*(C + I);

check = 0;

ys = [log(lambda);
    log(C);
    log(L);
    log(B);
    pi;
    log(S);
    Pch;
    pih;
    log(q);
    log(Y);
    log(mc);
    log(K);
    log(I);
    log(Q);
    Pr;
    Rk;
    R;
    log(W);
    log(x1);
    log(x2);
    log(theta);
    i;
    iF;
    log(E);
    EX];




