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TimoNotThyvs.YabaYaba

Subtraction

Code
Diff
  • s=int.__sub__
    • def s(a: int, b: int) -> int:
    • result: int = a - b
    • return result
    • s=int.__sub__
TimoNotThyvs._miron

Test

Code
Diff
  • return_test=lambda:'test'
    • return_test = lambda a='test': 'test'
    • return_test=lambda:'test'
TimoNotThyvs.TimoNotThy

Rock Paper Scissors Using Sets

Sets
Code
Diff
  • def dumbRockPaperScissors(p1,p2,rpc={"Rock":"Paper","Paper":"Scissors","Scissors":"Rock"}):
    if p1 in rpc[p2]: return "Player 1 wins"
    if p2 in rpc[p1]: return "Player 2 wins"
    return "Draw"
    • def dumbRockPaperScissors(player1, player2):
    • Rock = {"Paper"}
    • Paper = {"Scissors"}
    • Scissors = {"Rock"}
    • if player1 in eval(player2):
    • return "Player 1 wins"
    • if player2 in eval(player1):
    • return "Player 2 wins"
    • def dumbRockPaperScissors(p1,p2,rpc={"Rock":"Paper","Paper":"Scissors","Scissors":"Rock"}):
    • if p1 in rpc[p2]: return "Player 1 wins"
    • if p2 in rpc[p1]: return "Player 2 wins"
    • return "Draw"
TimoNotThyvs.playerO1

Text compression

Made it a lambda and changed """ with "

Code
Diff
  • text=lambda d="description",k="Kata or Kumite",r="return",s="symbols": f"Compress large text - {d} of this {k} in small code.\nThis {k} {d} has 462 {s} in 3 line, without title. You should wrote function, {r} this text, but you should use less {s} in you'r code that this text. Simple solution - just {r} \"\"\"source text\"\"\". More smart variant is: do mark often word as special {s} and replace his before {r}.\nHow small code can be? Can you wrote more compressing? Let's check it!"
    • def text():
    • d,k,r,s="description","Kata or Kumite","return","symbols"
    • return f"""Compress large text - {d} of this {k} in small code.
    • This {k} {d} has 462 {s} in 3 line, without title. You should wrote function, {r} this text, but you should use less {s} in you'r code that this text. Simple solution - just {r} \"\"\"source text\"\"\". More smart variant is: do mark often word as special {s} and replace his before {r}.
    • How small code can be? Can you wrote more compressing? Let's check it!"""
    • text=lambda d="description",k="Kata or Kumite",r="return",s="symbols": f"Compress large text - {d} of this {k} in small code.\nThis {k} {d} has 462 {s} in 3 line, without title. You should wrote function, {r} this text, but you should use less {s} in you'r code that this text. Simple solution - just {r} \"\"\"source text\"\"\". More smart variant is: do mark often word as special {s} and replace his before {r}.\nHow small code can be? Can you wrote more compressing? Let's check it!"
TimoNotThyvs.TimoNotThy

Hello world

Code
Diff
  • hello_world=lambda world: "No "*(not world) + "Hello "*world + "World" + " baby"*world
    • hello_world=lambda world: "No "*(1-world) + "Hello "*world + "World" + " baby"*world
    • hello_world=lambda world: "No "*(not world) + "Hello "*world + "World" + " baby"*world
TimoNotThyvs.neriaad

Rock Paper Scissors Using Sets

Sets

Code stops running at return statement so elif and and aren't needed

Code
Diff
  • def dumbRockPaperScissors(player1, player2):
    Rock = {"Paper"}
    Paper = {"Scissors"}
    Scissors = {"Rock"}
    if player1 in eval(player2):
        return "Player 1 wins"
    if player2 in eval(player1):
        return "Player 2 wins"
    return "Draw"
    • def dumbRockPaperScissors(player1, player2):
    • Rock = {"Paper"}
    • Paper = {"Scissors"}
    • Scissors = {"Rock"}
    • if player1 in eval(player2):
    • return "Player 1 wins"
    • elif player2 in eval(player1):
    • if player2 in eval(player1):
    • return "Player 2 wins"
    • else:
    • return "Draw"
    • return "Draw"
TimoNotThyvs.cave

Hello world

Code
Diff
  • hello_world=lambda world: "No "*(1-world) + "Hello "*world + "World" + " baby"*world
    • def hello_world(world): return "Hello World baby" if world else 'No World'
    • hello_world=lambda world: "No "*(1-world) + "Hello "*world + "World" + " baby"*world
TimoNotThyvs.rowcased

Greetings!

Code
Diff
  • Greeting=lambda name,rank="",formal=0: f"He{('y','llo')[formal]}, {rank*formal}{' '*bool(rank and formal)}{name}{'!.'[formal]}"
    • greeting=Greeting=lambda name,rank='',formal=False:"He{0}, {1}{2}{3}{4}".format(('y','llo')[formal],rank*formal,' '*bool(rank and formal),name,'!.'[formal])
    • Greeting=lambda name,rank="",formal=0: f"He{('y','llo')[formal]}, {rank*formal}{' '*bool(rank and formal)}{name}{'!.'[formal]}"