def test_change_in_chance_valid(self):
list_flush,list_pair=Card_analysis(1).change_in_chance(1,5)
#since the number of suit change from 1 to 5, there should be 5 item in result list
self.assertEqual(len(list_flush),5)
self.assertEqual(len(list_pair),5)
#since the number if suit starts from 1, the first item in the list of flush should
#be 1000, the first item in list of pair should be 1
self.assertEqual(list_flush[0],1000)
self.assertEqual(list_pair[0],0)
from card_analyze import Card_analysis #create a deck with 4 suits in it a = Card_analysis(4) #set experiment times is 5,draw the diagram a.draw_flush_pair_chance(5)
from card_analyze import Card_analysis #create a deck with 4 suits in it a = Card_analysis(4) #show the diagram a.draw_average_value()
from card_analyze import Card_analysis #create a deck with 4(can be any number) suits in it a = Card_analysis(4) #set number of suit change from 1 to 10 a.draw_change_in_chance(1, 10)
def test_is_flush_valid(self):
list_card=[Card(1,'H'),Card(13,'H'),Card(10,'H')]
self.assertTrue(Card_analysis(4).is_flush(list_card))
def test_change_in_chance_bond(self):
#the number of suit stays at 1, then every time will draw a flush and can't draw a pair
self.assertEqual(Card_analysis(1).change_in_chance(1,1),([1000],[0]))
def test_flush_pair_chance_bond(self):
#when there is only 1 suit, every time will draw a flush and can't draw a pair
self.assertEqual(Card_analysis(1).flush_pair_chance(3),([0,0,0],[1000,1000,1000]))
def test_flush_pair_chance_valid(self):
#run 5 times, so result list should contain 5 items
list_pair,list_flush=Card_analysis(4).flush_pair_chance(5)
self.assertEqual(len(list_pair),5)
self.assertEqual(len(list_flush),5)
def test_average_value(self):
list_occurrence,sum_value=Card_analysis(4).average_value()
#the length of result list should be 13
#the sum value need to a integer
self.assertEqual(len(list_occurrence),13)
self.assertIsInstance(sum_value,int)
def test_result_string(self):
result_list=[1,2,3]
self.assertEqual(Card_analysis(4).result_string(result_list),
'(1/1000+2/1000+3/1000)/3=0.2%')
def test_contain_pair_bond(self):
list_card = [Card(1, 'H'), Card(1, 'S'), Card(10, 'S')]
self.assertTrue(Card_analysis(4).contain_pair(list_card))
def test_contain_pair_invalid(self):
list_card = [Card(1, 'H'), Card(13, 'C'), Card(10, 'S')]
self.assertFalse(Card_analysis(4).contain_pair(list_card))
def test_is_flush_bond(self):
list_card=[Card(1,'H'),Card(1,'H'),Card(10,'S')]
self.assertFalse(Card_analysis(4).is_flush(list_card))