step
Returns a read-only DoubleList representing this ClosedRange of Double values stepped by the specified step.
The returned list is virtual: elements are not stored in memory, but computed on demand when accessed by index. This provides O(1) memory usage and supports random access.
The size of the list is calculated based on the range and the step, with a small epsilon (EPSILON_D) to account for floating-point inaccuracies.
Example:
val list = (0.0..1.0).step(0.25)
println(list) // [0.0, 0.25, 0.5, 0.75, 1.0]
println(list[2]) // 0.5Notes:
step must be positive.
The range must contain finite values.
The returned list is read-only; calls to
addorremovewill throw UnsupportedOperationException.
Return
a read-only DoubleList representing the stepped range.
Parameters
the step size between consecutive elements, must be 0.
Throws
if step is not positive or the range contains non-finite values.
Returns a read-only FloatList representing this ClosedRange of Float values stepped by the specified step.
The returned list is virtual: elements are not stored in memory, but computed on demand when accessed by index. This provides O(1) memory usage and supports random access.
The size of the list is calculated based on the range and the step, with a small epsilon (EPSILON_F) to account for floating-point inaccuracies.
Example:
val list = (0f..1f).step(0.25f)
println(list) // [0.0, 0.25, 0.5, 0.75, 1.0]
println(list[2]) // 0.5Notes:
step must be positive.
The range must contain finite values.
The returned list is read-only; calls to
addorremovewill throw UnsupportedOperationException.
Return
a read-only FloatList representing the stepped range.
Parameters
the step size between consecutive elements, must be 0.
Throws
if step is not positive or the range contains non-finite values.