def setup(cls, t_obj, tpg, err_func):
tpg_obj = cls(t_obj, tag=tpg.get("tag", None))
set_attributes(tpg_obj, tpg.get("attributes", {}), err_func)
set_parameters(tpg_obj, tpg.get("parameters", {}), err_func)
for lun in tpg.get("luns", []):
LUN.setup(tpg_obj, lun, err_func)
for p in tpg.get("portals", []):
NetworkPortal.setup(tpg_obj, p, err_func)
for acl in tpg.get("node_acls", []):
NodeACL.setup(tpg_obj, acl, err_func)
tpg_obj.enable = tpg.get("enable", True)
dict_remove(tpg, ("luns", "portals", "node_acls", "tag", "attributes", "parameters", "enable"))
for name, value in tpg.iteritems():
if value:
try:
setattr(tpg_obj, name, value)
except:
err_func("Could not set tpg %s attribute '%s'" % (tpg_obj.tag, name))
def ss_olg():
# Set parameters of the model
params = set_parameters()
# Compute real wage and capital
w, K_L = ss_production(params['r'], params['alpha'], params['delta'])
K = K_L * params['workers']
# Balance government budget
tau, d = government(w, params['retirees'], tau=0.2)
# Calibrate 'beta' such that A=K
params['beta'] = opt.newton(error, x0=0.95, args=(K, params, r, w, tau, d))
# Store steady-state objects at the calibrated 'beta'
ss = household_ss_olg(params, params['r'], w, tau, d)
return ss
def setup(cls, t_obj, tpg, err_func):
tpg_obj = cls(t_obj, tag=tpg.get("tag", None))
set_attributes(tpg_obj, tpg.get('attributes', {}), err_func)
set_parameters(tpg_obj, tpg.get('parameters', {}), err_func)
for lun in tpg.get('luns', []):
LUN.setup(tpg_obj, lun, err_func)
for p in tpg.get('portals', []):
NetworkPortal.setup(tpg_obj, p, err_func)
for acl in tpg.get('node_acls', []):
NodeACL.setup(tpg_obj, acl, err_func)
tpg_obj.enable = tpg.get('enable', True)
dict_remove(tpg, ('luns', 'portals', 'node_acls', 'tag', 'attributes',
'parameters', 'enable'))
for name, value in tpg.iteritems():
if value:
try:
setattr(tpg_obj, name, value)
except:
err_func("Could not set tpg %s attribute '%s'" %
(tpg_obj.tag, name))
def setup(cls, t_obj, tpg, err_func):
tpg_obj = cls(t_obj, tag=tpg.get("tag", None))
tpg_obj.enable = tpg.get('enable', True)
set_attributes(tpg_obj, tpg.get('attributes', {}))
set_parameters(tpg_obj, tpg.get('parameters', {}))
for lun in tpg.get('luns', []):
LUN.setup(tpg_obj, lun, err_func)
for p in tpg.get('portals', []):
NetworkPortal.setup(tpg_obj, p, err_func)
for acl in tpg.get('node_acls', []):
NodeACL.setup(tpg_obj, acl, err_func)
dict_remove(tpg, ('luns', 'portals', 'node_acls', 'tag',
'attributes', 'parameters', 'enable'))
for name, value in tpg.iteritems():
if value:
try:
setattr(tpg_obj, name, value)
except:
err_func("Could not set tpg %s attribute '%s'" %
(tpg_obj.tag, name))
# depth and number of agents
d = 1
na = 6
try:
if len(sys.argv) == 2:
raise ParameterError('wrong number of parameters.')
if len(sys.argv) > 2:
d = int(sys.argv[1])
na = int(sys.argv[2])
if d <= 0 or na <= 1:
raise ParameterError('wrong value for <depth> or <number of agents>')
set_parameters(d, na)
print('Generating atoms for depth ' + str(depth()) + ' and ' +
str(nb_agts()) + ' agents...')
base = Goal()
# negative goals
if len(sys.argv) > 3:
ast = parseSet(sys.argv[3])
print('Generating negative goals ' + str(ast) + '...')
update_negative_goals(base, ast)
except ParameterError as e:
print('Error: ' + str(e))
print('Usage: python gp_generator.py ' +
'<depth> <number of agents> ["<description of negative goals>"] ' +
# depth and number of agents
d = 1
na = 6
try:
if len(sys.argv) == 2:
raise ParameterError('wrong number of parameters.')
if len(sys.argv) > 2:
d = int(sys.argv[1])
na = int(sys.argv[2])
if d <= 0 or na <= 1:
raise ParameterError('wrong value for <depth> or <number of agents>')
set_parameters(d, na)
print('Generating atoms for depth ' + str(depth()) + ' and ' +
str(nb_agts()) + ' agents...')
base = Goal()
# negative goals
if len(sys.argv) > 3:
ast = parseSet(sys.argv[3])
print('Generating negative goals ' + str(ast) + '...')
update_negative_goals(base, ast)
except ParameterError as e:
print('Error: ' + str(e))
print('Usage: python gp_generator.py ' +
'<depth> <number of agents> ["<description of negative goals>"] ' +