func (iter Enumerator) ParallelSelect(operation Transform) Enumerator {
	if cpus := runtime.NumCPU(); cpus != 1 {
		intermediate := iter.splitN(operation, uint(cpus))
		return intermediate[0].Merge(intermediate[1:]...)
	}
	return iter
}
func (iter Enumerator) ParallelSelect(operation Transform) Enumerator {
	if cpus := runtime.NumCPU(); cpus != 1 {
		intermediate := iter.splitN(operation, uint(cpus))
		return intermediate[0].Merge(intermediate[1:]...)
	}
	return iter
}
func ( iter Enumerator ) ParallelSelect ( operation Transform ) Enumerator { if cpus := runtime . NumCPU ( ) ; cpus != 1 { intermediate := iter . splitN ( operation , uint ( cpus ) ) return intermediate [ 0 ] . Merge ( intermediate [ 1 : ] ... ) } return iter }
// ParallelSelect will execute a Transform across all logical CPUs available to the current process.
ParallelSelect will execute a Transform across all logical CPUs available to the current process .