def test_is_not_quarantined(self):
header("Running test_is_not_quarantined")
# default max social dist is ep.DEF_DISTANCING unit.
self.env.place_member(self.sal, xy=(0, 0))
self.env.place_member(self.azi, xy=(0, ep.DEF_DISTANCING // 2))
debug_agent_pos(self.sal)
debug_agent_pos(self.azi)
self.assertFalse(ep.is_isolated(self.azi))
def test_close_contagion_action(self):
# Will agents move away if they are are not isolated
header("Running test_is_infecting")
# default max social dist is ep.DEF_DISTANCING unit.
close = ep.DEF_DISTANCING // 2
self.env.place_member(self.sal, xy=(0, 0))
self.env.place_member(self.azi, xy=(0, close))
debug_agent_pos(self.sal)
self.assertIs(ep.MOVE, ep.person_action(self.sal))
def test_is_quarantined(self):
header("Running test_is_quarantined")
# default max social dist is ep.DEF_DISTANCING unit.
far_away = ep.DEF_DISTANCING * 2
self.env.place_member(self.sal, xy=(0, 0))
self.env.place_member(self.azi, xy=(0, far_away))
debug_agent_pos(self.sal)
debug_agent_pos(self.azi)
self.assertTrue(
ep.is_isolated(self.azi), "agent is " + str(far_away) +
" units away but is not quarantined.")
def test_is_infecting(self):
# are the contagious agents successfully infecting the healthy?
header("Running test_is_infecting")
# default max social dist is ep.DEF_DISTANCING unit.
close = ep.DEF_DISTANCING // 2
self.env.place_member(self.sal, xy=(0, 0))
self.env.place_member(self.azi, xy=(0, close))
debug_agent_pos(self.sal)
ep.person_action(self.sal)
ep.person_action(self.azi)
self.assertFalse(
ep.is_healthy(self.azi), "agent is " + str(close) +
" units away from a contagious agent" + " but is not exposed")
def test_dead_action(self):
# dead_people shoudn't move
header("Running test_dead_action ")
self.env.place_member(self.sal, xy=(0, 0))
debug_agent_pos(self.bob)
self.assertIs(ep.DONT_MOVE, ep.person_action(self.bob))