def testDestroyElements(self):
levels = Levels("data/levels", window=WindowMock())
l = levels.next_level()
batch = pyglet.graphics.Batch()
l.elements.extend(
Universe.create_elements(l.space, ["O2(g)", "O2(g)", "CH4(g)"],
batch, None))
def testDestroyElements(self):
levels = Levels("data/levels", window=WindowMock())
l = levels.next_level()
batch = pyglet.graphics.Batch()
l.elements.extend(Universe.create_elements(l.space,
["O2(g)", "O2(g)", "CH4(g)"],
batch, None))
def testLevels(self):
levels = Levels("data/levels", window=WindowMock())
l = levels.next_level()
expected = ['H+(g)', 'O(g)', 'O(g)', 'H+(g)', 'P(g)', 'F(g)', 'Al(s)']
self.assertEqual(l.cml.molecules, expected)
self.assertEqual(l.cml.victory_condition, ["H2O"])
self.assertEqual(l.cml.objective, "Create a water molecule")
self.assertEqual(l.cml.hint, "H + H + O => H2O")
self.assertEqual(l.victory(), False)
batch = pyglet.graphics.Batch()
l.elements.extend(
Universe.create_elements(l.space, "H2O(g)", batch, None))
victory_effect = l.hud.horizontal.victory
victory_effect.put_element(l.elements.pop())
self.assertEqual(l.victory(), True)
l = levels.next_level()
expected = [
'H+(g)', 'O(g)', 'O(g)', 'H+(g)', 'OH-(aq)', 'CO2(g)', 'CH4(g)'
]
self.assertEqual(l.cml.molecules, expected)
self.assertEqual(l.cml.victory_condition, ['CO', 'H2', 'H2', 'H2'])
self.assertEqual(l.cml.objective, "Create a CO and 3 H2 molecules")
self.assertEqual(l.cml.hint, "H2O + CH4 + Heat => CO + 3H2")
levels.current_level = 1000
l = levels.next_level()
self.assertEqual(l, None)
def testLevels(self):
levels = Levels("data/levels", window=WindowMock())
l = levels.next_level()
expected = ['H+(g)', 'O(g)', 'O(g)', 'H+(g)', 'P(g)', 'F(g)', 'Al(s)']
self.assertEqual(l.cml.molecules, expected)
self.assertEqual(l.cml.victory_condition, ["H2O"])
self.assertEqual(l.cml.objective, "Create a water molecule")
self.assertEqual(l.cml.hint, "H + H + O => H2O")
self.assertEqual(l.victory(), False)
batch = pyglet.graphics.Batch()
l.elements.extend(Universe.create_elements(l.space, "H2O(g)", batch, None))
victory_effect = l.hud.horizontal.victory
victory_effect.put_element(l.elements.pop())
self.assertEqual(l.victory(), True)
l = levels.next_level()
expected = ['H+(g)', 'O(g)', 'O(g)', 'H+(g)', 'OH-(aq)', 'CO2(g)', 'CH4(g)']
self.assertEqual(l.cml.molecules, expected)
self.assertEqual(l.cml.victory_condition, ['CO', 'H2', 'H2', 'H2'])
self.assertEqual(l.cml.objective, "Create a CO and 3 H2 molecules")
self.assertEqual(l.cml.hint, "H2O + CH4 + Heat => CO + 3H2")
levels.current_level = 1000
l = levels.next_level()
self.assertEqual(l, None)
def create_elements(self, elements, pos=None):
self.elements.extend(Universe.create_elements(self.space, elements, self.batch, pos))
def init_elements(self):
self.elements = Universe.create_elements(self.space, self.cml.molecules, self.batch)
def create_elements(self, elements, pos=None):
self.elements.extend(
Universe.create_elements(self.space, elements, self.batch, pos))
def init_elements(self):
self.elements = Universe.create_elements(self.space,
self.cml.molecules,
self.batch)