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Python - math.floor() method example
0 points
The math.floor() function returns a value that is smaller than or equal to the argument - the result of round down operation.
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import math2
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print(math.floor(5.0)) # 54
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print(math.floor(2.49)) # 26
print(math.floor(2.50)) # 27
print(math.floor(2.51)) # 28
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print(math.floor(-2.49)) # -310
print(math.floor(-2.50)) # -311
print(math.floor(-2.51)) # -312
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print(math.floor(0.999)) # 014
print(math.floor(1.001)) # 115
print(math.floor(-1.001)) # -2| Syntax |
xxxxxxxxxx1 math.floor(number) |
| Parameters | number - number that specifies the number to round down. |
| Result |
Rounded down |
| Description | floor is a method that takes only one parameter and returns a rounded down value. |
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import math2
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def floor_precised(number, precision):5
power = math.pow(10, precision)6
return math.floor(number * power) / power7
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print(floor_precised(5, 0)) # 5.010
print(floor_precised(5.0, 0)) # 5.011
print(floor_precised(.5, 0)) # 0.012
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print(floor_precised(1.1234, 0)) # 1.014
print(floor_precised(1.1234, 1)) # 1.115
print(floor_precised(1.1235, 2)) # 1.1216
print(floor_precised(1.1235, 3)) # 1.12317
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print(floor_precised(-1.1234, 0)) # -2.019
print(floor_precised(-1.1234, 1)) # -1.220
print(floor_precised(-1.1234, 2)) # -1.1321
print(floor_precised(-1.1234, 3)) # -1.12422
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print(floor_precised(1234, -1)) # 1230.024
print(floor_precised(1234, -2)) # 1200.025
print(floor_precised(1234, -3)) # 1000.026
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print(floor_precised(5_000.000_001, 0)) # 5000.028
print(floor_precised(5_000.000_001, 6)) # 5000.00000129
print(floor_precised(5_000.000_001, -3)) # 5000.0