Here is an example that shows the difference in behavior between operands statically typed as floating-point numbers ( Double.NaN) and operands not statically typed as floating-point numbers ( listOf(T)). NaN is considered greater than any other element including POSITIVE_INFINITY In this case, the operations use the equals and compareTo implementations for Float and Double. We can use ranges for any comparable type. Using Kotlin Ranges In Kotlin, we can create ranges using the rangeTo () and downTo () functions or the. In this quick tutorial, we’ll have a look at how we can define and use ranges in Kotlin. For example, Any, Comparable, or Collection types. A range is a sequence of values defined by a start, an end, and a step. However, to support generic use cases and provide total ordering, the behavior is different for operands that are not statically typed as floating-point numbers. When the operands a and b are statically known to be Float or Double or their nullable counterparts (the type is declared or inferred or is a result of a smart cast), the operations on the numbers and the range that they form follow the IEEE 754 Standard for Floating-Point Arithmetic. Range instantiation and range checks: a.b, x in a.b, x !in a.b A for loop over a range or an array is compiled to an index-based loop that does not create an iterator object. The operations on floating-point numbers discussed in this section are:

Here is the complete list of bitwise operations:

For range kotlin