Rounds downs the nearest integer.
Opposite math floor.
In mathematics and computer science the floor function is the function that takes as input a real number and gives as output the greatest integer less than or equal to denoted or similarly the ceiling function maps to the least integer greater than or equal to denoted or.
This kind of rounding is sometimes called rounding toward negative infinity.
If the argument is nan or an infinity or positive zero or negative zero.
If the argument value is already equal to a mathematical integer then the result is the same as the argument.
Hence the math class java provides these two constants as double fields.
The following example illustrates the math floor double method and contrasts it with the ceiling double method.
The floor method rounds a number downwards to the nearest integer and returns the result.
X this is a numeric expression.
Returns the largest integer that is smaller than or equal to x i e.
Because floor is a static method of math you always use it as math floor rather than as a method of a math object you created math is not a constructor.
The behavior of this method follows ieee standard 754 section 4.
For example and while.
Following is the syntax for floor method.
Math floor x parameters x a number.
If the passed argument is an integer the value will not be rounded.
Double values 7 03 7 64 0 12 0 12.
Math pi having a value as 3 141592653589793.
The ceil method rounds a number upwards to the nearest integer and returns the result.
Import math math floor x note this function is not accessible directly so we need to import math module and then we need to call this function using math static object.
Here x is the floating point value.
Python number method floor returns floor of x the largest integer not greater than x.
A let us have a look at the table below that shows us the basic methods and its description.
A number representing the largest integer less than or equal to the specified number.
If the passed argument is an integer the value will not be rounded.