SIGMA = 1; % Elasticity of intertemporal substitution
KAPPA = 0.0516; % Slope of Phillips curve
BETTA = 0.9918; % Discount factor
RHON = 0.85; % Autocorrelation of natural rate
RHOC = 0; % Autocorrelation of cost push shock
CHI = 0.975; % Long-term bond coupon decay rate
DELTA = 0.3; % Steady-state ratio of long-term bonds to short-term bonds
N = 0.35; % Elasticity of long-term bond rate with respect to portfolio mix
XI = 3.2; % Elasticity of long-term bond rate with respect to change in portfolio mix
RHOQ = 0.9; % Autocorrelation of asset purchases 
TP = 9; % taken from Falagiarda (2013) 1.5
TX = 3; %  taken from Falagiarda (2013) 0.2 ...0.1 in christiano handbook for mon. policy analysis
GAMMA = N*DELTA + XI*(1 + BETTA);
DIS= 0; % Used to simulate random QE shocks 

save test_parameterfile.mat SIGMA KAPPA BETTA RHON RHOC CHI DELTA N XI RHOQ TP TX GAMMA DIS