def test_modfile_solve(self):
from dolo import solve_decision_rule, dynare_import
model = dynare_import('examples/dynare_modfiles/example1.mod')
dr = solve_decision_rule(model, order=1)
def test_modfile_solve(self):
from dolo import solve_decision_rule, dynare_import
model = dynare_import('examples/dynare_modfiles/example1.mod')
dr = solve_decision_rule(model, order=1)
def test_modfile_solve(self):
from dolo import solve_decision_rule, dynare_import
model = dynare_import('examples/dynare_modfiles/example1.mod')
dr = solve_decision_rule(model, order=1)
# at first order the decision rule is such that:
# y_{t} - ybar = A (y_{t-1} - ybar) + B e_t
print(dr['ys'])
print(dr['g_a'])
print(dr['g_e'])
# it can be compared directly to dynare's decision rules
# warning: Dynare's ordering is special
print(dr.ghx)
print(dr.ghu)
def test_dynare_compatibility(self):
from dolo import solve_decision_rule, dynare_import
model = dynare_import('examples/dynare_modfiles/example1.mod')
dr = solve_decision_rule(model, order=1)
# at first order the decision rule is such that:
# y_{t} - ybar = A (y_{t-1} - ybar) + B e_t
from dolo.numeric.decision_rules import DynareDecisionRule
dr = DynareDecisionRule(dr, model)
print(dr['ys'])
print(dr['g_a'])
print(dr['g_e'])
# it can be compared directly to dynare's decision rules
# warning: Dynare's ordering is special
print(dr.ghx)
print(dr.ghu)
