def test_make_dict_simple_table(self):
answer = make_dict(DiceTable.new().add_die(Die(4)))
expected = {
'name':
'<DiceTable containing [1D4]>',
'diceStr':
'Die(4): 1',
'data': {
'x': (1, 2, 3, 4),
'y': (25.0, 25.0, 25.0, 25.0)
},
'tableString':
'1: 1\n2: 1\n3: 1\n4: 1\n',
'forSciNum': [{
'roll': 1,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 2,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 3,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 4,
'mantissa': '1.00000',
'exponent': '0'
}],
'range': (1, 4),
'mean':
2.5,
'stddev':
1.118,
'roller': {
'height':
"4",
'aliases': [{
'primary': "4",
'alternate': "4",
'primaryHeight': "4"
}, {
'primary': "3",
'alternate': "3",
'primaryHeight': "4"
}, {
'primary': "2",
'alternate': "2",
'primaryHeight': "4"
}, {
'primary': "1",
'alternate': "1",
'primaryHeight': "4"
}]
}
}
self.assertEqual(answer, expected)
def test_make_dict_mean_and_stddev_rounding(self):
table = DetailedDiceTable.new().add_die(WeightedDie({1: 1, 2: 2}))
answer = make_dict(table)
self.assertEqual(table.calc.mean(), 1.6666666666666667)
self.assertEqual(answer['mean'], 1.667)
self.assertEqual(table.calc.stddev(3), 0.471)
self.assertEqual(answer['stddev'], 0.471)
def test_make_dict_large_number_table(self):
table = DiceTable({1: 1, 2: 9**351}, DiceRecord.new())
answer = make_dict(table)
expected = {
'data': {
'x': (1, 2),
'y': (0.0, 100.0)
},
'forSciNum': [{
'roll': 1,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 2,
'mantissa': '8.69202',
'exponent': '334'
}],
'mean':
2.0,
'range': (1, 2),
'name':
'<DiceTable containing []>',
'diceStr':
'',
'stddev':
0.0,
'tableString':
'1: 1\n2: 8.692e+334\n',
'roller': {
'height':
('8692021926532582239431197828370635593634075173099158789854434049807997760319275071636088'
'5895145922991572345585185250800940116508114750525076655926616148114182143549026229853337'
'9940869208919850517403157109776051593152797345404989883632793071982398710942373198113120'
'40403122389178667907944352945294284623021821750094845717881664249886010'
),
'aliases': [{
'primary': "1",
"alternate": "2",
"primaryHeight": "2"
}, {
"primary":
"2",
"alternate":
"2",
"primaryHeight":
("8692021926532582239431197828370635593634075173099158789854434049807997760319"
"2750716360885895145922991572345585185250800940116508114750525076655926616148"
"1141821435490262298533379940869208919850517403157109776051593152797345404989"
"8836327930719823987109423731981131204040312238917866790794435294529428462302"
"1821750094845717881664249886010")
}]
}
}
self.assertEqual(answer, expected)
def test_make_dict_can_handle_gaps(self):
table = DiceTable.new().add_die(WeightedDie({1: 1, 3: 1}))
answer = make_dict(table)
expected = {
'name':
'<DiceTable containing [1D3 W:2]>',
'diceStr':
'WeightedDie({1: 1, 2: 0, 3: 1}): 1',
'data': {
'x': (1, 2, 3),
'y': (50.0, 0.0, 50.0)
},
'tableString':
'1: 1\n2: 0\n3: 1\n',
'forSciNum': [{
'roll': 1,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 2,
'mantissa': '0',
'exponent': '0'
}, {
'roll': 3,
'mantissa': '1.00000',
'exponent': '0'
}],
'range': (1, 3),
'mean':
2,
'stddev':
1.0,
'roller': {
'height':
"2",
'aliases': [{
'primary': "3",
'alternate': "3",
'primaryHeight': "2"
}, {
'primary': "1",
'alternate': "1",
'primaryHeight': "2"
}]
}
}
self.assertEqual(answer, expected)
def test_make_dict_complex_table(self):
table = DiceTable.new().add_die(WeightedDie({
1: 1,
2: 99
}), 3).add_die(Die(3), 4)
answer = make_dict(table)
expected = {
'name':
'<DiceTable containing [3D2 W:100, 4D3]>',
'diceStr':
'WeightedDie({1: 1, 2: 99}): 3\nDie(3): 4',
'data': {
'x': (7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18),
'y': (1.234567901234568e-06, 0.0003716049382716049,
0.03777901234567901, 1.3467864197530863,
5.16049012345679, 12.566786419753084, 19.861979012345678,
23.34457160493827, 19.53086790123457, 12.124566666666665,
4.8279, 1.1978999999999997)
},
'tableString':
(' 7: 1\n' + ' 8: 301\n' + ' 9: 30,601\n' + '10: 1,090,897\n' +
'11: 4,179,997\n' + '12: 1.018e+7\n' + '13: 1.609e+7\n' +
'14: 1.891e+7\n' + '15: 1.582e+7\n' + '16: 9,820,899\n' +
'17: 3,910,599\n' + '18: 970,299\n'),
'forSciNum': [{
'roll': 7,
'mantissa': '1.00000',
'exponent': '0'
}, {
'roll': 8,
'mantissa': '3.01000',
'exponent': '2'
}, {
'roll': 9,
'mantissa': '3.06010',
'exponent': '4'
}, {
'roll': 10,
'mantissa': '1.09090',
'exponent': '6'
}, {
'roll': 11,
'mantissa': '4.18000',
'exponent': '6'
}, {
'roll': 12,
'mantissa': '1.01791',
'exponent': '7'
}, {
'roll': 13,
'mantissa': '1.60882',
'exponent': '7'
}, {
'roll': 14,
'mantissa': '1.89091',
'exponent': '7'
}, {
'roll': 15,
'mantissa': '1.58200',
'exponent': '7'
}, {
'roll': 16,
'mantissa': '9.82090',
'exponent': '6'
}, {
'roll': 17,
'mantissa': '3.91060',
'exponent': '6'
}, {
'roll': 18,
'mantissa': '9.70299',
'exponent': '5'
}],
'range': (7, 18),
'mean':
13.97,
'stddev':
1.642,
'roller': {
'aliases': [{
'alternate': '16',
'primary': '18',
'primaryHeight': '11643588'
}, {
'alternate': '15',
'primary': '16',
'primaryHeight': '48494376'
}, {
'alternate': '15',
'primary': '17',
'primaryHeight': '46927188'
}, {
'alternate': '15',
'primary': '11',
'primaryHeight': '50159964'
}, {
'alternate': '15',
'primary': '10',
'primaryHeight': '13090764'
}, {
'alternate': '14',
'primary': '15',
'primaryHeight': '24512328'
}, {
'alternate': '14',
'primary': '9',
'primaryHeight': '367212'
}, {
'alternate': '14',
'primary': '8',
'primaryHeight': '3612'
}, {
'alternate': '13',
'primary': '14',
'primaryHeight': '8792388'
}, {
'alternate': '13',
'primary': '7',
'primaryHeight': '12'
}, {
'alternate': '12',
'primary': '13',
'primaryHeight': '39850836'
}, {
'alternate': '12',
'primary': '12',
'primaryHeight': '81000000'
}],
'height':
'81000000',
},
}
self.assertEqual(answer, expected)