Ichoran

class Simple {
  import scala.util.boundary
  import kse.flow.{given, _}

  def exists[T](xs: Iterable[T], fn: T => Boolean) =
    boundary:
      iFor(xs.iterator): (x, _) =>
        if fn(x) then boundary.break(true)
      false
}

Ichoran

package bench

import scala.language.implicitConversions

import ichi.bench._

object Implicits {
  final class ChainingOps[A](private val self: A) extends AnyVal {
    @inline def tap[U](f: A => U): A = { f(self); self }
    @inline def pipe[B](f: A => B): B = f(self)

Ichoran

def cuml(wt: Array[Double]) = {
  val l = wt.length
  val base = if ((l & (l-1)) == 0) l else java.lang.Integer.highestOneBit(l)*2
  val tree = new Array[Double](base*2)
  System.arraycopy(wt, 0, tree, 0, wt.length)
  var in = 0
  var out = base
  var n = base
  while (in + 1 < out) {
    while (in + 1 < n) {

Ichoran

// Autogenerated test for collection List with element type String

package laws

class Test_Imm_List_Str(numb: Numbers, oper: Ops[String, Option[String]], inst: Instance[String, scala.collection.immutable.List[String]], lln: Int)
extends StrTest[scala.collection.immutable.List[String], Test_Imm_List_Str](numb, oper, inst, lln) {
  import Test.ComparesTo
  import Test.Logic
  def renumber(numb: Numbers) = new Test_Imm_List_Str(numb, ops, instance, lawLine)
  def reinstance(inst: Instance[String, scala.collection.immutable.List[String]]) = new Test_Imm_List_Str(num, ops, inst, lawLine)

Ichoran

A Common Format for Worm Tracking Data

Michael Currie (1a), Rex A. Kerr (2), Chee Wai Lee (1b), Jim Hokanson(1c), and Andrew E.X. Brown (3).

1. OpenWorm (a. Somewhere; b. Somewhere Else; c. Somewhere Yet Again)
2. Calico Life Sciences
3. Imperial College London

Many labs, including ours, have built a wide variety of worm trackers.

Ichoran

package test

class Super[+A] {
  def foreach[U](f: A => U): Unit = ???
}

final class Ranged(i0: Int, iN: Int) extends Super[Int] {
  override def foreach[@specialized(Unit) U](f: Int => U) {
    var i = i0
    while (i < iN) {

Ichoran

import ichi.bench._

object GroupByBench {
  class Sum(var value: Int = 0) {
    def ++(): this.type = { value += 1; this }
  }
  
  val a1k = Array.tabulate(1024)(i => ((i*7) % 13).toString)
  val l1k = a1k.toList
  val v1k = a1k.toVector