If the argument is within 1e 12 of an integer the floor function fuzzes the result to be equal to that integer.
Sas 9 3 floor function.
If the argument is within 1e 12 of an integer the floor function fuzzes the result to be equal to that integer.
Multiply the result by 100 to restore the scale of the original number.
The floorz function does not fuzz the result.
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The round function rounds to the nearest integer.
If the argument is within 1e 12 of an integer the floor function fuzzes the result to be equal to that integer.
If x is your number the sas statement looks like this y 100 floor x 100.
The floorz function does not fuzz the result.
Unlike the floorz function the floor function fuzzes the result.
The ceil function rounds up.
The floorz function does not fuzz the result.
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Sas r 9 3 functions and call routines.
If the argument s value is within 1e 12 of an integer the function results in that integer.
The floor function rounds down.
Unlike the floorz function the floor function fuzzes the result.
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If the value of argument is negative the int function has the same result as the ceil function.
If the value of argument is positive the int function has the same result as the floor function.
Use the floor function to round down the ratio to the nearest integer 3.
The floor function fuzzes the results so that if the results are within 1e 12 of an integer the floor function returns that integer.
For example and while.
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.
The int function rounds towards zero.
Round down to nearest 100.
The functions that perform rounding are the same in the data step as in the sas iml language.
Therefore with the floorz function you might get unexpected results.
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