def test_valid_run_step(self):
model = venpy.load("../models/coffee_cup.vpm")
func_time = []
def func():
func_time.append(model['Time'])
return model['Cooling']
model['Cooling'] = func
model.run(runname="test_valid_run_step", interval=5)
self.assertTrue(np.all(np.diff(func_time) == 5.0))
def test_pyfunc_result(self):
model = venpy.load("../models/coffee_cup.vpm")
def cooling():
ct = model['Coffee Temp']
rt = model['Room Temperature']
tc = model['Time Constant']
return (ct - rt) / tc
model['Cooling'] = cooling
model.run(runname="test_pyfunc_result")
result = model.result()['Coffee Temp'].values
self.assertTrue(np.allclose(self.base1d, result))
def test_pyfunc_result(self):
model = venpy.load("../models/coffee_cup.vpm")
def cooling():
ct = model['Coffee Temp']
rt = model['Room Temperature']
tc = model['Time Constant']
return (ct - rt) / tc
model['Cooling'] = cooling
model.run(runname="test_pyfunc_result")
result = model.result()['Coffee Temp'].values
self.assertTrue(np.allclose(self.base1d, result))
def setUp(self):
self.model = venpy.load("../models/sub_coffee_cup.vpm")
def setUp(self):
self.model = venpy.load("../models/sub_coffee_cup.vpm")
def test_2d_result(self):
model = venpy.load("../models/sub_coffee_cup.vpm")
model.run(runname="test_2d_result")
result = model.result().filter(regex="Coffee Temp")
self.assertTrue(np.allclose(self.base2d, result))
def test_1d_result(self):
model = venpy.load("../models/coffee_cup.vpm")
model.run(runname="test_1d_result")
result = model.result()['Coffee Temp'].values
self.assertTrue(np.allclose(self.base1d, result))
def test_invalid_run_step(self):
model = venpy.load("../models/coffee_cup.vpm")
model['Cooling'] = lambda : 4
with self.assertRaises(ValueError):
model.run(runname="test_invalid_run_step", interval=6)
def test_2d_result(self):
model = venpy.load("../models/sub_coffee_cup.vpm")
model.run(runname="test_2d_result")
result = model.result().filter(regex="Coffee Temp")
self.assertTrue(np.allclose(self.base2d, result))
def test_1d_result(self):
model = venpy.load("../models/coffee_cup.vpm")
model.run(runname="test_1d_result")
result = model.result()['Coffee Temp'].values
self.assertTrue(np.allclose(self.base1d, result))
