def test_best_plan(self):
grid = Grid()
grid.init_generate_grid()
grid.show_detail()
result = grid.swap_by_strategy(StrategyType.HIGH_ORDER_FIRST)
if len(result) == 0:
log.error('no swap')
for i in result:
log.info('swap %s' % i)
def test_generate_complete(self):
grid = Grid(3)
grid.init_generate_grid()
# self.assertEqual(len(grid.grid), 36)
grid.simple_show()
grid.show_detail()
grid.check_eliminate()
for state in grid.direct_states:
print(state, grid.direct_states[state])
def test_check(self):
grid = Grid(1)
grid.init_generate_grid()
grid.show_detail()
print('数量统计', grid.type_count)
grid.check_eliminate()
for state in grid.direct_states:
print(state, grid.direct_states[state])
def test_generate(self):
grid = Grid()
grid.init_generate_grid()
self.assertEqual(len(grid.grid), 16)
for cell in grid.grid:
log.debug(str(cell))
log.debug(grid.type_count)
grid.show_detail()
def test_probably(self):
grid = Grid(2)
grid.init_generate_grid()
grid.simple_show()
grid.check_eliminate()
for state in grid.probably_eliminate:
state_list = grid.probably_eliminate[state]
for cell in state_list:
print(cell.direct_type, cell.ref_id, cell.get_pre(grid),
cell.indexes, cell.get_next(grid))
def test_get_alternative_monster(self):
grid = Grid()
grid.init_generate_grid()
grid.simple_show()
# grid.show()
result = grid.get_complex_swap_choice()
for vo in result:
print(vo)
if len(result) == 0:
print('There is no way to eliminate it.')
def test_swap(self):
grid = Grid()
grid.init_generate_grid()
grid.simple_show()
result = grid.swap_by_strategy(StrategyType.HIGH_ORDER_FIRST)
if len(result) == 0:
log.warning('no swap')
return
for i in result:
log.info('swap %s' % i)
grid.swap_and_eliminate(result)
grid.show()
def test_show(self):
grid = Grid()
grid.init_generate_grid()
grid.show_detail()
print('数量统计', grid.type_count)