def test_eval_starting_params(self):
"""
Test that eval_starting_params returns the correct result
"""
fitting_problem = FittingProblem()
self.assertRaises(AttributeError,
fitting_problem.eval_starting_params,
function_id=0)
fitting_problem.functions = [[lambda x, p1: x + p1, [3]],
[lambda x, p1: x + p1 + 10, [7]]]
fitting_problem.data_x = np.array([1])
eval_result = fitting_problem.eval_starting_params(0)
self.assertTrue(all(eval_result == np.array([4])))
eval_result = fitting_problem.eval_starting_params(1)
self.assertTrue(all(eval_result == np.array([18])))
def test_eval_starting_params(self):
"""
Test that eval_starting_params returns the correct result
"""
fitting_problem = FittingProblem()
self.assertRaises(exceptions.FittingProblemError,
fitting_problem.eval_starting_params,
param_set=0)
fitting_problem.function = lambda x, p1: x + p1
fitting_problem.starting_values = [
OrderedDict([('p1', 3)]),
OrderedDict([('p1', 7)])
]
fitting_problem.data_x = np.array([1])
eval_result = fitting_problem.eval_starting_params(0)
self.assertTrue(all(eval_result == np.array([4])))
eval_result = fitting_problem.eval_starting_params(1)
self.assertTrue(all(eval_result == np.array([8])))
