def check(self):
var_string = self.ui.lineEdit_var.text()
shocks_string = self.ui.lineEdit_shocks.text()
parameters_string = self.ui.lineEdit_parameters.text()
params_definition = self.ui.plainTextEdit.toPlainText()
initval_string = self.ui.plainTextEdit_2.toPlainText()
l = [el.get_text() for el in self.widgets]
l = [e for e in l if e]
content = str.join(';\n', l)
if len(l) > 0:
content += ';'
simple_mod = '''
var {vars};
varexo {varexo};
parameters {parms};
{params_definition}
model;
{equations}
end;
initval;
{initval_string}
end;
'''.format(vars=var_string,
varexo=shocks_string,
parms=parameters_string,
equations=content,
params_definition=params_definition,
initval_string=initval_string)
from dolo.misc.modfile import parse_dynare_text
try:
model = parse_dynare_text(simple_mod)
model.check(verbose=True)
info = model.info
info['name'] = model.fname
txt = '''
Model check {name}:
Number of variables : {n_variables}
Number of equations : {n_equations}
Number of shocks : {n_shocks}'''.format(**info)
except Exception as e:
txt = '\nModel is not valid'
self.ui.textEdit.setText(txt)
return
try:
from dolo.numeric.perturbations import solve_decision_rule
dr = solve_decision_rule(model, order=1)
txt += '\nBlanchard-Kahn conditions are met.'
except ImportError as e:
txt += '\nImpossible to solve the model (lapack could not be imported)'
except Exception as e:
txt += '\nImpossible to solve the model (yet).'
print e
self.ui.textEdit.setText(txt)
def check(self):
var_string = self.ui.lineEdit_var.text()
shocks_string = self.ui.lineEdit_shocks.text()
parameters_string = self.ui.lineEdit_parameters.text()
params_definition = self.ui.plainTextEdit.toPlainText()
initval_string = self.ui.plainTextEdit_2.toPlainText()
l = [ el.get_text() for el in self.widgets]
l = [ e for e in l if e]
content = str.join(';\n',l)
if len(l)>0:
content += ';'
simple_mod = '''
var {vars};
varexo {varexo};
parameters {parms};
{params_definition}
model;
{equations}
end;
initval;
{initval_string}
end;
'''.format(vars = var_string,varexo = shocks_string,
parms=parameters_string,equations = content,
params_definition=params_definition, initval_string=initval_string)
from dolo.misc.modfile import parse_dynare_text
try:
model = parse_dynare_text(simple_mod)
model.check(verbose=True)
info = model.info
info['name'] = model.fname
txt ='''
Model check {name}:
Number of variables : {n_variables}
Number of equations : {n_equations}
Number of shocks : {n_shocks}'''.format(**info)
except Exception as e:
txt = '\nModel is not valid'
self.ui.textEdit.setText(txt)
return
try:
from dolo.numeric.perturbations import solve_decision_rule
dr = solve_decision_rule( model, order = 1 )
txt += '\nBlanchard-Kahn conditions are met.'
except ImportError as e:
txt += '\nImpossible to solve the model (lapack could not be imported)'
except Exception as e:
txt += '\nImpossible to solve the model (yet).'
print e
self.ui.textEdit.setText(txt)
def test_dynare_modfile_import(self):
# we test whether each of the modfile included with dynare
# can be imported successfully
modfiles = os.listdir(DYNARE_MODFILES_PATH)
results = []
for mf in [m for m in modfiles if m not in exclude]:
fname = DYNARE_MODFILES_PATH + mf
try:
f = file(fname)
txt = f.read()
f.close()
model = parse_dynare_text(txt)
res = (fname,'ok')
results.append( res )
except Exception as e:
res = (fname, e)
results.append( res )
print res
for r in results:
print r
def test_test_ramsey(self):
#assert x != y;
#self.assertEqual(x, y, "Msg");
#path = '/home/pablo/Documents/Recherche/Ongoing/SDP Pricing/SD_without_struct/SD_ramsey/'
#path = "/home/pablo/Documents/Recherche/Ongoing/SDP Pricing/ce_qui_change/SD_ramsey_MIU/"
path = "/home/pablo/Documents/Recherche/Ongoing/SDP Pricing/ce_qui_change/SD_ramsey_CIASGU/"
fname = path + 'state_dependent-macroexp.mod'
f = file(fname)
txt = f.read()
f.close()
txt = txt.replace('addpath', '//')
txt = txt.replace('@#', '//')
txt = txt.replace('^', '**')
dynare_model = parse_dynare_text(txt)
dynare_model.check()
rmodel = RamseyModel(dynare_model)
rmodel.check(verbose=True)
comp = DynareCompiler(rmodel)
txt = comp.export_to_modfile(path+'state_dependent_ramsey.mod', return_text=True)
