Kumite (ko͞omiˌtā) is the practice of taking techniques learned from Kata and applying them through the act of freestyle sparring.
You can create a new kumite by providing some initial code and optionally some test cases. From there other warriors can spar with you, by enhancing, refactoring and translating your code. There is no limit to how many warriors you can spar with.
A great use for kumite is to begin an idea for a kata as one. You can collaborate with other code warriors until you have it right, then you can convert it to a kata.
# Something something code here Something = lambda something, code, here: "" # I forked the code I = lambda something, code, here: "" # Now it's a kata
- # Something something code here
- Something = lambda something, code, here: ""
- # I forked the code
- I = lambda something, code, here: ""
- # Now it's a kata
from time import time,sleep a=time() sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) sleep(1) return_10 = lambda: int(time()-a)
return_10 = lambda: ord("d") - ord("Z")- from time import time,sleep
- a=time()
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- sleep(1)
- return_10 = lambda: int(time()-a)
Return the nth digit of PI.
1 Million Digits of Pi have been included in the preloaded code. Use it to negotiate the task.
Note: The decimal is not included in the index.
def happy_pi(n): digits_of_pi = {k: v for (k,v) in enumerate([i for i in PI if i.isdigit()])} return digits_of_pi[n]
import mathfrom decimal import Decimal as Dfrom decimal import getcontextdef pi(p=5):getcontext().prec = ppi = D(0)r = 8for k in range(10000):pi += D(math.pow(r * 2, -k)) * (D(r / 2 / (r * k + 1)) - D(2 / (r * k + 4)) - D(1 / (r * k + 5)) - D(1 / (r * k + 6)))return str(pi)- def happy_pi(n):
- digits_of_pi = {k: v for (k,v) in enumerate([i for i in PI if i.isdigit()])}
- return digits_of_pi[n]
import codewars_test as test from solution import happy_pi @test.describe("Pi") def test_group(): @test.it("with fixed precision") def test_case(): test.assert_equals(happy_pi(0), "3") test.assert_equals(happy_pi(1), "1") test.assert_equals(happy_pi(2), "4") test.assert_equals(happy_pi(7), "6") test.assert_equals(happy_pi(13), "7") test.assert_equals(happy_pi(55), "9") test.assert_equals(happy_pi(85), "0") test.assert_equals(happy_pi(150), "8") test.assert_equals(happy_pi(500), "2") test.assert_equals(happy_pi(776), "4") test.assert_equals(happy_pi(2_023), "3") test.assert_equals(happy_pi(50_000), "1") test.assert_equals(happy_pi(100_000), "6") test.assert_equals(happy_pi(250_000), "6") test.assert_equals(happy_pi(550_000), "4") test.assert_equals(happy_pi(1_000_000), "1")
- import codewars_test as test
import solution # or from solution import example- from solution import happy_pi
- @test.describe("Pi")
- def test_group():
- @test.it("with fixed precision")
- def test_case():
test.assert_equals(pi(5), "3.1416")test.assert_equals(pi(15), "3.14159265358978")test.assert_equals(pi(25), "3.141592653589793235602542")test.assert_equals(pi(35), "3.1415926535897932356025418121413793")test.assert_equals(pi(45), "3.14159265358979323560254181214137928586630673")test.assert_equals(pi(55), "3.141592653589793235602541812141379285866306715610149218")test.assert_equals(pi(65), "3.1415926535897932356025418121413792858663067156101492186845517866")test.assert_equals(pi(85), "3.141592653589793235602541812141379285866306715610149218684551786650252153469632637314")test.assert_equals(pi(95), "3.1415926535897932356025418121413792858663067156101492186845517866502521534696326373091178521508")test.assert_equals(pi(150), "3.14159265358979323560254181214137928586630671561014921868455178665025215346963263730911785215115971453711742794521158467222631243984205037768560924169")test.assert_equals(pi(500), "3.1415926535897932356025418121413792858663067156101492186845517866502521534696326373091178521511597145371174279452115846722263124398420503776856092417015724879565153362564518846533080259991566995294581843769552520010856934537376498001876051239438261699249190309701897707607883013219006243956937026762348649953848128543102206420573056375540865249489600777954999413780342952712043852815772831475875366233547287165743683081215694880350917987858463746449719849593455892649632537572220827114424079726096699")- test.assert_equals(happy_pi(0), "3")
- test.assert_equals(happy_pi(1), "1")
- test.assert_equals(happy_pi(2), "4")
- test.assert_equals(happy_pi(7), "6")
- test.assert_equals(happy_pi(13), "7")
- test.assert_equals(happy_pi(55), "9")
- test.assert_equals(happy_pi(85), "0")
- test.assert_equals(happy_pi(150), "8")
- test.assert_equals(happy_pi(500), "2")
- test.assert_equals(happy_pi(776), "4")
- test.assert_equals(happy_pi(2_023), "3")
- test.assert_equals(happy_pi(50_000), "1")
- test.assert_equals(happy_pi(100_000), "6")
- test.assert_equals(happy_pi(250_000), "6")
- test.assert_equals(happy_pi(550_000), "4")
- test.assert_equals(happy_pi(1_000_000), "1")
def adeel_gradute(essay, tutor): return tutor.join(essay)
def adeel_gradute(s):return " ".join(s)- def adeel_gradute(essay, tutor):
- return tutor.join(essay)
import codewars_test as test from solution import adeel_gradute @test.describe("Example") def test_group(): @test.it("test case") def test_case(): s1 = ["the", "cat", "ran", "up", "the", "hill", "and", "fell", "back", "down"] s2 = ['eat', 'sleep', 'code', 'repeat'] test.assert_equals(adeel_gradute(s1, ' '),"the cat ran up the hill and fell back down") test.assert_equals(adeel_gradute(s2, ' '),"eat sleep code repeat")
- import codewars_test as test
- from solution import adeel_gradute
- @test.describe("Example")
- def test_group():
- @test.it("test case")
- def test_case():
- s1 = ["the", "cat", "ran", "up", "the", "hill", "and", "fell", "back", "down"]
- s2 = ['eat', 'sleep', 'code', 'repeat']
test.assert_equals(adeel_gradute(s1),"the cat ran up the hill and fell back down")test.assert_equals(adeel_gradute(s2),"eat sleep code repeat")- test.assert_equals(adeel_gradute(s1, ' '),"the cat ran up the hill and fell back down")
- test.assert_equals(adeel_gradute(s2, ' '),"eat sleep code repeat")
def cake_maker(cake_mix: str) -> str: ingredients = "cake" cake_mix = cake_mix.lower() bowl = set() for ingredient in cake_mix: if ingredient in ingredients: cake_mix = ingredient bowl.add(cake_mix) ingredients = ingredients.replace(cake_mix, '') cake_batter = True if ingredients == '' and len(bowl) == 4 else False def bake(cake): if cake: return "Cake" return "Not enough to make the cake!" return bake(cake_batter)
def cake_maker(word: str) -> str:ingredients = {"c","a","k","e"}cake_mix = set(word.lower())if cake_mix >= ingredients:return 'Cake'else:return 'Not enough to make the cake!'- def cake_maker(cake_mix: str) -> str:
- ingredients = "cake"
- cake_mix = cake_mix.lower()
- bowl = set()
- for ingredient in cake_mix:
- if ingredient in ingredients:
- cake_mix = ingredient
- bowl.add(cake_mix)
- ingredients = ingredients.replace(cake_mix, '')
- cake_batter = True if ingredients == '' and len(bowl) == 4 else False
- def bake(cake):
- if cake:
- return "Cake"
- return "Not enough to make the cake!"
- return bake(cake_batter)