How to use drama - 10 common examples

def quitMenu():
    dramaticTyping("Do you want to try again? Y/N ")
    answer = raw_input("").upper()
    if answer == 'Y':
        main()
    else:
        exit()

def inputBuy():
    dramaticTyping("Select the crypto curreny you want to buy? \n")
    curreny = raw_input("").upper()
    dramaticTyping("That's great. How much quantity you want to buy? \n")
    quantity = float(raw_input(""))
    return curreny, quantity

def welcome():
    print("\n")
    dramaticTyping("Simple Crypto Trading Simulator \n")
    dramaticTyping("Hey Yo, you are back in time. It's Wednesday, March 7, 2018 7:39 AM \n")
    dramaticTyping("Here are the crypto currencies you can invest. \n")
    dramaticTyping("Fetching prices ... \n")

def welcome():
    print("\n")
    dramaticTyping("Simple Crypto Trading Simulator \n")
    dramaticTyping("Hey Yo, you are back in time. It's Wednesday, March 7, 2018 7:39 AM \n")
    dramaticTyping("Here are the crypto currencies you can invest. \n")
    dramaticTyping("Fetching prices ... \n")

def welcome():
    print("\n")
    dramaticTyping("Simple Crypto Trading Simulator \n")
    dramaticTyping("Hey Yo, you are back in time. It's Wednesday, March 7, 2018 7:39 AM \n")
    dramaticTyping("Here are the crypto currencies you can invest. \n")
    dramaticTyping("Fetching prices ... \n")

def inputBuy():
    dramaticTyping("Select the crypto curreny you want to buy? \n")
    curreny = raw_input("").upper()
    dramaticTyping("That's great. How much quantity you want to buy? \n")
    quantity = float(raw_input(""))
    return curreny, quantity

def main():
    welcome()
    coins = fetchCoins()
    currency, quantity = inputBuy()
    try:
        price = coins[currency]['price']
    except Exception as e:
        dramaticTyping("Invalid currency entered, please try again \n")
        inputBuy()
    runSimulation(coins[currency]['price'], quantity, currency)
    quitMenu()

def runSimulation(boughtPrice, quantity, currency):
    valueThen = boughtPrice * quantity
    bestPrice, timestamp = fetchBestBidPriceFromDB(currency)
    bestValue = bestPrice * quantity
    priceDifference = (bestValue - valueThen)/float(valueThen) * 100
    time = datetime.datetime.fromtimestamp(timestamp).strftime('%A, %B %-d, %Y %I:%M %p')
    print("The best bid price for {} was ${} at {} \n".format(currency, bestPrice, time))
    if priceDifference>0:
        dramaticTyping("Your total asset value is ${}, it has increase by {}% \n".format(round(bestValue, 4), round(priceDifference,2)))
    else:
        dramaticTyping("Your total asset value is ${}, it has decreased by {} \n".format(round(bestValue, 4), round(priceDifference,2)))

def _excavate_asymmetric_friendships(self):
        """Recognizes cases where a character A considers another, B, to be a friend,
        while B considers A to be an enemy.
        """
        asymmetric_friendships = []
        for person in self.simulation.town.residents:
            for friend in person.friends:
                if friend.dislikes(person):
                    asymmetric_friendships.append(AsymmetricFriendship(subjects=(person, friend)))
        return asymmetric_friendships

def _excavate_business_owner_rivalries(self):
        """Recognize cases where mutual animosity exists between owners of rival businesses."""
        business_owner_rivalries = []
        for company in self.simulation.town.companies:
            for rival_company in self.simulation.town.businesses_of_type(business_type=company.__class__.__name__):
                if rival_company is not company and rival_company.owner and company.owner:
                    if not company.owner.person.likes(rival_company.owner.person):
                        if not rival_company.owner.person.likes(company.owner.person):
                            subjects = (company.owner.person, rival_company.owner.person)
                            if not any(br for br in self.business_owner_rivalries if set(br.subjects) == set(subjects)):
                                business_owner_rivalries.append(BusinessOwnerRivalry(subjects=subjects))
        return business_owner_rivalries