Neverik

import kotlinx.coroutines.*
import java.util.Random
import kotlin.system.exitProcess

// We have a worker who makes machines every 800ms as long as there is less than 5 of them
// Every machine produces a code using `produce` function every second. It saves this code to shared space. In case of an error, it ends working.
// We have a single manager that once a 2 seconds takes all produced codes and prints them all. After 5 times it ends all jobs (including machines and worker).

class Message(val id: String, val txt: String, var new: Boolean = true) {
    override fun toString(): String {

Neverik

const xs = [];
const ys = []
let poly = null;
const opt = tf.train.adam(0.001)
const iter = 1

function polynomial (i, o, n) {
	this.i = i
  this.o = o
  this.n = n

Neverik

ns = [1750, 1602, 3954, 4716]
ans = [(1, 1), (1, 1), (1, 1), (1, 1)]

def bc (a, b):
  bs = 0
  cs = 0
  for i1, i2 in zip(a, b):
    if i1 == i2:
      bs += 1
    elif i1 in b:

Neverik

phi = 1
precision = 0.5
while True:
  n1 = phi + precision
  n2 = phi - precision
  diff1 = abs((n1 - 1 / n1) - 1)
  diff2 = abs((n2 - 1 / n2) - 1)
  if diff1 < diff2:
    precision = diff1
    phi = n1

Neverik

from itertools import permutations
from functools import reduce
import sys

si = ""
print("Rebus SolvR by Neverik. Copyright 2018.")
print("Enter text or 'exit' to escape.")
while True:
  sinp = input("Enter: ")
  for i in sinp:

Neverik

#self-adjusting clock class
class Clock:
  def __init__(self,h,m,s):
    self.s = s
    self.m = m + self.s/60
    self.h = h + self.m/60
  def angle_hm(self):
    return abs(self.h - self.m)
  def angle_ms(self):
    return abs(self.m - self.s)