Posts by darwin

darwin · Jan 29th 2022

existing i guess?

darwin · Jan 29th 2022

↩ Flobbier you aren’t an admin, nor did you recommend them…

vouch tho

darwin · Jan 28th 2022

vouch

darwin · Jan 28th 2022

↩ Deauthorized WHAT THE-

darwin · Jan 26th 2022

no idea.

maybe having no idea that im being hated is the reason that im being hated?

🤷

darwin · Jan 24th 2022

man does it have to be video games

darwin · Jan 24th 2022

↩ erin you mean quack

ok but didnt he hand ownership over to nick or something

darwin · Jan 24th 2022

↩ fleshly what happened to tfgu

darwin · Jan 24th 2022

↩ riawo says who?

minecraft xbox one edition

then the ps4 edition

then the pocket edition

then the java edition

darwin · Jan 24th 2022

↩ videogamesm12 You already vouched… see above.

Link: ↩ videogamesm12

darwin · Jan 22nd 2022

Quote

↩ Folfy_Blue They even use the exact same login form!

what do you mean “exact same”

darwin · Jan 22nd 2022

(somewhat) reluctant vouch

darwin · Jan 18th 2022

Quote

↩ @'court' Master Griefer Reinstatement - court

~~object~~
~~this rank does not exist~~
vouch

darwin · Jan 18th 2022

vouch, especially for ↩ @'kanst'’s idea

darwin · Jan 16th 2022

okay, i guess its just me not being able to solve problems the simple way

darwin · Jan 16th 2022

made a thread about this too, but apparently it got buried

darwin · Jan 16th 2022

Duplicate of Re-Introduce an SMP Server?

darwin · Jan 16th 2022

Object. I doubt that this is possible and even if it is, why would we need it?

darwin · Jan 15th 2022

↩ Manaloop thanks for nothing

darwin · Jan 15th 2022

maybe im just dumb but i cant seem to figure out how to make a calculator

Python

# import math modules  
from math import sin,cos,tan,radians  

# loop so that continue actually works  
while True:  
  # asks for function for the first value  
  FUNCTION1 = input("Enter function for the first number (optional): ")  

  # prevents invalid functions from being inserted  
  if not FUNCTION1:  
    print("INFO - NO FUNCTION")  
    print("no function inserted")  
    print("skipping")  
  if FUNCTION1 != 'sin' and FUNCTION1 != 'cos' and FUNCTION1 != 'tan' and FUNCTION1 != 'radians':  
    print("ERROR - INVALID OPERATION")  
    print("function is not valid")  
    continue  

  # asks for the first value  
  FLOAT1 = input("Enter first number: ")  

  # prevents invalid values from being inserted  
  if not FLOAT1:  
    print("ERROR - INVALID OPERATION")  
    print("no value inserted")  
    continue  
  try:  
    float(FLOAT1)  
  except:  
    print("ERROR - INVALID OPERATION")  
    print("value is not a valid number")  
    continue  

  # asks for the operand  
  OPERAND = input("Enter operand: ")  

  # prevents invalid operands from being inserted  
  #  
  if not OPERAND:  
    print("ERROR - INVALID OPERATION")  
    print("no operand inserted")  
    continue  
  if OPERAND != '+' and OPERAND != '-' and OPERAND != '*' and OPERAND != '/':  
    print("ERROR - INVALID OPERATION")  
    print("invalid operand")  
    continue    

  # asks for function of the second value  
  FUNCTION2 = input("Enter function for the second number (optional): ")  

  # prevents invalid FUNCTIONs from being inserted  
  if not FUNCTION2:  
    print("INFO - NO FUNCTION")  
    print("no function inserted")  
    print("skipping")  
  if FUNCTION2 != 'sin' and FUNCTION2 != 'cos' and FUNCTION2 != 'tan' and FUNCTION2 != 'radians':  
    print("ERROR - INVALID OPERATION")  
    print("function is not valid")  
    continue  

  # asks for the second value  
  FLOAT2 = input("Enter second number: ")  

  # prevents invalid values from being inserted  
  if not FLOAT2:  
    print("ERROR - INVALID OPERATION")  
    print("no value inserted")  
    continue  
  try:  
    float(FLOAT2)  
  except:  
    print("ERROR - INVALID OPERATION")  
    print("value is not a valid number")  
    continue  

  # actually does some math  
  #  
  if OPERAND == "+":  
    if FUNCTION1 == "tan":  
      if FUNCTION2 == "tan":  
        print(tan(float(FLOAT1)) + tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(tan(float(FLOAT1)) + sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(tan(float(FLOAT1)) + cos(float(FLOAT1)))  
      elif FUNCTION2 == "radians":  
        print(tan(float(FLOAT1) + radians(float(FLOAT2))))  
    elif FUNCTION1 == "sin":  
      if FUNCTION2 == "tan":  
        print(sin(float(FLOAT1)) + tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(sin(float(FLOAT1)) + sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(sin(float(FLOAT1)) + cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(sin(float(FLOAT1)) + radians(float(FLOAT2)))  
    elif FUNCTION1 == "cos":  
      if FUNCTION2 == "tan":  
        print(cos(float(FLOAT1)) + tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":   
        print(cos(float(FLOAT1)) + sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(cos(float(FLOAT1)) + cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(cos(float(FLOAT1)) + radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(cos(float(FLOAT1)) + float(FLOAT2))  
    elif FUNCTION1 == "radians":  
      if FUNCTION2 == "tan":  
        print(radians(float(FLOAT1)) + tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(radians(float(FLOAT1)) + sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(radians(float(FLOAT1)) + cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(radians(float(FLOAT1)) + radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(radians(float(FLOAT1)) + float(FLOAT2))  
    elif not FUNCTION1:  
      if FUNCTION2 == "tan":  
        print(float(FLOAT1) + tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(float(FLOAT1) + sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(float(FUNCTION1) + cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(float(FLOAT1) + radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(float(FLOAT1) + float(FLOAT2))  
  elif OPERAND == "-":  
    if FUNCTION1 == "tan":  
      if FUNCTION2 == "tan":  
        print(tan(float(FLOAT1)) - tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(tan(float(FLOAT1)) - sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(tan(float(FLOAT1)) - cos(float(FLOAT1)))  
      elif FUNCTION2 == "radians":  
        print(tan(float(FLOAT1) - radians(float(FLOAT2))))  
    elif FUNCTION1 == "sin":  
      if FUNCTION2 == "tan":  
          print(sin(float(FLOAT1)) - tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
          print(sin(float(FLOAT1)) - sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(sin(float(FLOAT1)) - cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(sin(float(FLOAT1)) - radians(float(FLOAT2)))  
      elif FUNCTION1 == "cos":  
       if FUNCTION2 == "tan":  
         print(cos(float(FLOAT1)) - tan(float(FLOAT2)))  
       elif FUNCTION2 == "sin":   
         print(cos(float(FLOAT1)) - sin(float(FLOAT2)))  
       elif FUNCTION2 == "cos":  
         print(cos(float(FLOAT1)) - cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
         print(cos(float(FLOAT1)) - radians(float(FLOAT2)))  
      elif not FUNCTION2:  
         print(cos(float(FLOAT1)) - float(FLOAT2))  
    elif FUNCTION1 == "radians":  
       if FUNCTION2 == "tan":  
         print(radians(float(FLOAT1)) - tan(float(FLOAT2)))  
       elif FUNCTION2 == "sin":  
         print(radians(float(FLOAT1)) - sin(float(FLOAT2)))  
       elif FUNCTION2 == "cos":  
         print(radians(float(FLOAT1)) - cos(float(FLOAT2)))  
       elif FUNCTION2 == "radians":  
         print(radians(float(FLOAT1)) - radians(float(FLOAT2)))  
       elif not FUNCTION2:  
         print(radians(float(FLOAT1)) - float(FLOAT2))  
    elif not FUNCTION1:  
      if FUNCTION2 == "tan":  
        print(float(FLOAT1) - tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(float(FLOAT1) - sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(float(FUNCTION1) - cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(float(FLOAT1) - radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(float(FLOAT1) - float(FLOAT2))  
  elif OPERAND == "*":  
    if FUNCTION1 == "tan":  
      if FUNCTION2 == "tan":  
        print(tan(float(FLOAT1)) * tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(tan(float(FLOAT1)) * sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(tan(float(FLOAT1)) * cos(float(FLOAT1)))  
      elif FUNCTION2 == "radians":  
        print(tan(float(FLOAT1) * radians(float(FLOAT2))))  
    elif FUNCTION1 == "sin":  
      if FUNCTION2 == "tan":  
        print(sin(float(FLOAT1)) * tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(sin(float(FLOAT1)) * sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(sin(float(FLOAT1)) * cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(sin(float(FLOAT1)) * radians(float(FLOAT2)))  
      elif FUNCTION1 == "cos":  
        if FUNCTION2 == "tan":  
          print(cos(float(FLOAT1)) * tan(float(FLOAT2)))  
        elif FUNCTION2 == "sin":   
          print(cos(float(FLOAT1)) * sin(float(FLOAT2)))  
        elif FUNCTION2 == "cos":  
          print(cos(float(FLOAT1)) * cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(cos(float(FLOAT1)) * radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(cos(float(FLOAT1)) * float(FLOAT2))  
      elif FUNCTION1 == "radians":  
        if FUNCTION2 == "tan":  
          print(radians(float(FLOAT1)) * tan(float(FLOAT2)))  
        elif FUNCTION2 == "sin":  
          print(radians(float(FLOAT1)) * sin(float(FLOAT2)))  
        elif FUNCTION2 == "cos":  
          print(radians(float(FLOAT1)) * cos(float(FLOAT2)))  
        elif FUNCTION2 == "radians":  
          print(radians(float(FLOAT1)) * radians(float(FLOAT2)))  
        elif not FUNCTION2:  
          print(radians(float(FLOAT1)) * float(FLOAT2))  
      elif not FUNCTION1:  
        if FUNCTION2 == "tan":  
          print(float(FLOAT1) * tan(float(FLOAT2)))  
        elif FUNCTION2 == "sin":  
          print(float(FLOAT1) * sin(float(FLOAT2)))  
        elif FUNCTION2 == "cos":  
          print(float(FUNCTION1) * cos(float(FLOAT2)))  
        elif FUNCTION2 == "radians":  
          print(float(FLOAT1) * radians(float(FLOAT2)))  
        elif not FUNCTION2:  
          print(float(FLOAT1) * float(FLOAT2))  
  elif OPERAND == "/":  
    if FUNCTION1 == "tan":  
      if FUNCTION2 == "tan":  
        print(tan(float(FLOAT1)) / tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(tan(float(FLOAT1)) / sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(tan(float(FLOAT1)) / cos(float(FLOAT1)))  
      elif FUNCTION2 == "radians":  
        print(tan(float(FLOAT1) / radians(float(FLOAT2))))  
    elif FUNCTION1 == "sin":  
      if FUNCTION2 == "tan":  
        print(sin(float(FLOAT1)) / tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(sin(float(FLOAT1)) / sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(sin(float(FLOAT1)) / cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(sin(float(FLOAT1)) / radians(float(FLOAT2)))  
      elif FUNCTION1 == "cos":  
        if FUNCTION2 == "tan":  
          print(cos(float(FLOAT1)) / tan(float(FLOAT2)))  
        elif FUNCTION2 == "sin":   
          print(cos(float(FLOAT1)) / sin(float(FLOAT2)))  
        elif FUNCTION2 == "cos":  
          print(cos(float(FLOAT1)) / cos(float(FLOAT2)))  
        elif FUNCTION2 == "radians":  
          print(cos(float(FLOAT1)) / radians(float(FLOAT2)))  
        elif not FUNCTION2:  
          print(cos(float(FLOAT1)) / float(FLOAT2))  
    elif FUNCTION1 == "radians":  
       if FUNCTION2 == "tan":  
        print(radians(float(FLOAT1)) / tan(float(FLOAT2)))  
       elif FUNCTION2 == "sin":  
        print(radians(float(FLOAT1)) / sin(float(FLOAT2)))  
       elif FUNCTION2 == "cos":  
        print(radians(float(FLOAT1)) / cos(float(FLOAT2)))  
       elif FUNCTION2 == "radians":  
        print(radians(float(FLOAT1)) / radians(float(FLOAT2)))  
       elif not FUNCTION2:  
        print(radians(float(FLOAT1)) / float(FLOAT2))  
    elif not FUNCTION1:  
      if FUNCTION2 == "tan":  
        print(float(FLOAT1) / tan(float(FLOAT2)))  
      elif FUNCTION2 == "sin":  
        print(float(FLOAT1) / sin(float(FLOAT2)))  
      elif FUNCTION2 == "cos":  
        print(float(FUNCTION1) / cos(float(FLOAT2)))  
      elif FUNCTION2 == "radians":  
        print(float(FLOAT1) / radians(float(FLOAT2)))  
      elif not FUNCTION2:  
        print(float(FLOAT1) / float(FLOAT2))  
  else:  
    print("ERROR - INVALID OPERATION")  
    print("unknown error")  
    continue

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Posts by darwin

For what are you known in TF?

Dr_fools admin application

xPkz_ Admin Application

your opinion on windows 11

What do people hate you for in TF?

Growing up, what video games did you play?

TFBU

TFBU

Growing up, what video games did you play?

Ability to have custom login messages as OPs

Another instant messaging method

savnith - perm ban appeal

Master Griefer Reinstatement - court

Re-Introduce an SMP Server

is there a way to make this shorter

/g tag is broken

Create a Real SMP Server instead of that skyblock

List totalfreedom Players & currently online & banned

Death Threats? Banned.

is there a way to make this shorter