Write a function isint that will receive a number input argument innum, and will return 1 for true if this number is an integer, or 0 for false if not. Use the fact that innum should be equal to int32(innum) if it is an integer

 Write a function isint that will receive a number input argument innum, and will return 1 for true if this number is an integer, or 0 for false if not. Use the fact that innum should be equal to int32(innum) if it is an integer. Unfortunately, due to round-off errors, it should be noted that it is possible to get logical 1 for true if the input argument is close to an integer. Therefore the output may not be what you might expect, as shown here.

>> isint(4)

ans =

 1

>> isint(4.9999)

ans =

 0

>> isint(4.9999999999999999999999999999)

ans =

 1