perfect

Finished
11class SpaceAge:
2 """
3 A class to calculate the age of a person on different planets in our Solar System
4 based on their age in seconds.
5
6 The class provides methods for each planet that return the age on that planet
7 in Earth years, rounded to two decimal places.
8
9 Args:
10 seconds (int): The age in seconds
11 """
12
13 # Earth year in seconds
14 EARTH_YEAR_SECONDS = 31557600
15
16 # Orbital periods in Earth years
17 ORBITAL_PERIODS = {
18 'mercury': 0.2408467,
19 'venus': 0.61519726,
20 'earth': 1.0,
21 'mars': 1.8808158,
22 'jupiter': 11.862615,
23 'saturn': 29.447498,
24 'uranus': 84.016846,
25 'neptune': 164.79132
26 }
27
228 def __init__(self, seconds: int) -> None:
3 pass
29 """
30 Initialize the SpaceAge object with the given age in seconds.
31
32 Args:
33 seconds (int): The age in seconds
34 """
35 # Edge Case: Negative seconds input
36 if seconds < 0:
37 raise ValueError("Seconds cannot be negative")
38
39 self.seconds = seconds
40 self.earth_years = seconds / self.EARTH_YEAR_SECONDS
41
42 def on_mercury(self) -> float:
43 """
44 Calculate the age on Mercury.
45
46 Returns:
47 float: The age on Mercury in Earth years, rounded to two decimal places
48 """
49 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['mercury']
50 return round(age_on_planet, 2)
51
52 def on_venus(self) -> float:
53 """
54 Calculate the age on Venus.
55
56 Returns:
57 float: The age on Venus in Earth years, rounded to two decimal places
58 """
59 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['venus']
60 return round(age_on_planet, 2)
61
62 def on_earth(self) -> float:
63 """
64 Calculate the age on Earth.
65
66 Returns:
67 float: The age on Earth in Earth years, rounded to two decimal places
68 """
69 # Edge Case: Zero seconds input
70 if self.seconds == 0:
71 return 0.0
72
73 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['earth']
74 return round(age_on_planet, 2)
75
76 def on_mars(self) -> float:
77 """
78 Calculate the age on Mars.
79
80 Returns:
81 float: The age on Mars in Earth years, rounded to two decimal places
82 """
83 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['mars']
84 return round(age_on_planet, 2)
85
86 def on_jupiter(self) -> float:
87 """
88 Calculate the age on Jupiter.
89
90 Returns:
91 float: The age on Jupiter in Earth years, rounded to two decimal places
92 """
93 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['jupiter']
94 return round(age_on_planet, 2)
95
96 def on_saturn(self) -> float:
97 """
98 Calculate the age on Saturn.
99
100 Returns:
101 float: The age on Saturn in Earth years, rounded to two decimal places
102 """
103 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['saturn']
104 return round(age_on_planet, 2)
105
106 def on_uranus(self) -> float:
107 """
108 Calculate the age on Uranus.
109
110 Returns:
111 float: The age on Uranus in Earth years, rounded to two decimal places
112 """
113 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['uranus']
114 return round(age_on_planet, 2)
115
116 def on_neptune(self) -> float:
117 """
118 Calculate the age on Neptune.
119
120 Returns:
121 float: The age on Neptune in Earth years, rounded to two decimal places
122 """
123 age_on_planet = self.earth_years / self.ORBITAL_PERIODS['neptune']
124 return round(age_on_planet, 2)
125
126 # Handled Edge Cases: Negative seconds input, Zero seconds input
127 # Handled Edge Cases: Zero seconds input
128 # Handled Edge Cases: Zero seconds input
129 # Handled Edge Cases: Zero seconds input
130 # Handled Edge Cases: Zero seconds input
131 # Handled Edge Cases: Zero seconds input
132 # Handled Edge Cases: Zero seconds input
133 # Handled Edge Cases: Zero seconds input
Test NameStatus
test_age_on_earth
Pass
test_age_on_jupiter
Pass
test_age_on_mars
Pass
test_age_on_mercury
Pass
test_age_on_neptune
Pass
test_age_on_saturn
Pass
test_age_on_uranus
Pass
test_age_on_venus
Pass

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