def test_formula_flattened(self):
f = Formula({
Atom.C:
1,
Atom.H:
3,
Formula({
Atom.C: 1,
Atom.H: 2
}):
14,
Formula({
Atom.C: 1,
Atom.O: 1,
Formula({
Atom.H: 1,
Atom.O: 1
}): 1
}):
1
})
self.assertEqual(f.flattened(),
Formula({
Atom.C: 16,
Atom.H: 32,
Atom.O: 2
}))
def test_formula_flattened(self):
f = Formula({
Atom('C'):
1,
Atom('H'):
3,
Formula({
Atom('C'): 1,
Atom('H'): 2
}):
14,
Formula({
Atom('C'): 1,
Atom('O'): 1,
Formula({
Atom('H'): 1,
Atom('O'): 1
}): 1
}):
1
})
self.assertEqual(f.flattened(),
Formula({
Atom('C'): 16,
Atom('H'): 32,
Atom('O'): 2
}))
def test_formula_flattened(self):
f = Formula({
Atom('C'): 1,
Atom('H'): 3,
Formula({Atom('C'): 1, Atom('H'): 2}): 14,
Formula({
Atom('C'): 1, Atom('O'): 1,
Formula({Atom('H'): 1, Atom('O'): 1}): 1
}): 1
})
self.assertEqual(f.flattened(), Formula({
Atom('C'): 16,
Atom('H'): 32,
Atom('O'): 2
}))
def test_formula_flattened(self):
f = Formula({
Atom.C: 1,
Atom.H: 3,
Formula({Atom.C: 1, Atom.H: 2}): 14,
Formula({
Atom.C: 1, Atom.O: 1,
Formula({Atom.H: 1, Atom.O: 1}): 1
}): 1
})
self.assertEqual(f.flattened(), Formula({
Atom.C: 16,
Atom.H: 32,
Atom.O: 2
}))
