Nested Conditional Statements - Python

01. Cinema

type_tickets = input()
rows = int(input())
cols = int(input())

all_seats = rows * cols

price = 0
if type_tickets == "Premiere":
    price = 12
elif type_tickets == "Normal":
    price = 7.5
elif type_tickets == "Discount":
    price = 5

sum = price * all_seats

print(f"{sum:.2f} leva")

================================================
02. Summer Outfit

degrees = int(input())
time_of_day = input()

outfit = ""
shoes = ""
if time_of_day == "Morning":
    if degrees >= 10 and degrees <= 18:
        outfit = "Sweatshirt"
        shoes = "Sneakers"
    elif degrees > 18 and degrees <= 24:
        outfit = "Shirt"
        shoes = "Moccasins"
    elif degrees > 24:
        outfit = "T-Shirt"
        shoes = "Sandals"
elif time_of_day == "Afternoon":
    if degrees >= 10 and degrees <= 18:
        outfit = "Shirt"
        shoes = "Moccasins"
    elif degrees > 18 and degrees <= 24:
        outfit = "T-Shirt"
        shoes = "Sandals"
    elif degrees > 24:
        outfit = "Swim Suit"
        shoes = "Barefoot"
elif time_of_day == "Evening":
    if degrees >= 10 and degrees <= 18:
        outfit = "Shirt"
        shoes = "Moccasins"
    elif degrees > 18 and degrees <= 24:
        outfit = "Shirt"
        shoes = "Moccasins"
    elif degrees > 24:
        outfit = "Shirt"
        shoes = "Moccasins"

print(f"It's {degrees} degrees, get your {outfit} and {shoes}.")
================================================================
03. New House

type_flower = input()
count_flowers = int(input())
budget = int(input())

sum = 0
if type_flower == "Roses":
    sum = 5 * count_flowers
    if count_flowers > 80:
        sum = sum * 0.90
elif type_flower == "Dahlias":
    sum = 3.80 * count_flowers
    if count_flowers > 90:
        sum = sum * 0.85
elif type_flower == "Tulips":
    sum = 2.80 * count_flowers
    if count_flowers > 80:
        sum = sum * 0.85
elif type_flower == "Narcissus":
    sum = 3 * count_flowers
    if count_flowers < 120:
        sum = sum * 1.15
elif type_flower == "Gladiolus":
    sum = 2.5 * count_flowers
    if count_flowers < 80:
        sum = sum * 1.20

diff = abs(budget - sum)
if budget >= sum:
    print(f"Hey, you have a great garden with {count_flowers} {type_flower} and {diff:.2f} leva left.")
else:
    print(f"Not enough money, you need {diff:.2f} leva more.")

================================================================
04. Fishing Boat

budget = int(input())
season = input()
count_people = int(input())

price_boat = 0
if season == "Spring":
    price_boat = 3000
elif season == "Summer" or season == "Autumn":
    price_boat = 4200
elif season == "Winter":
    price_boat = 2600

if count_people <= 6:
    price_boat = price_boat * 0.90
elif count_people <= 11:
    price_boat = price_boat * 0.85
elif count_people > 11:
    price_boat = price_boat * 0.75


if count_people % 2 == 0:
    if season != "Autumn":
        price_boat = price_boat * 0.95

diff = abs(budget - price_boat)
if budget >= price_boat:
    print(f"Yes! You have {diff:.2f} leva left.")
else:
    print(f"Not enough money! You need {diff:.2f} leva.")
================================================================
05. Journey

budget = float(input())
season = input()

destination = ""
place = ""
expenses = 0
if budget <= 100:
    destination = "Bulgaria"
    if season == "summer":
        place = "Camp"
        expenses = budget * 0.3
    elif season == "winter":
        place = "Hotel"
        expenses = budget * 0.7
elif budget <= 1000:
    destination = "Balkans"
    if season == "summer":
        place = "Camp"
        expenses = budget * 0.4
    elif season == "winter":
        place = "Hotel"
        expenses = budget * 0.8
elif budget > 1000:
    destination = "Europe"
    place = "Hotel"
    expenses = budget * 0.9

print(f"Somewhere in {destination}")
print(f"{place} - {expenses:.2f}")
================================================================
06. Operations Between Numbers

n1 = int(input())
n2 = int(input())
operator = input()
result = 0

if operator == "+":
    result = n1+n2
    if result % 2 == 0:
        print(f'{n1} {operator} {n2} = {result:.0f} - even')
    else:
        print(f'{n1} {operator} {n2} = {result:.0f} - odd')
elif operator == "-":
    result = n1-n2
    if result % 2 == 0:
        print(f'{n1} {operator} {n2} = {result:.0f} - even')
    else:
        print(f'{n1} {operator} {n2} = {result:.0f} - odd')
if operator == "*":
    result = n1*n2
    if result % 2 == 0:
        print(f'{n1} {operator} {n2} = {result:.0f} - even')
    else:
        print(f'{n1} {operator} {n2} = {result:.0f} - odd')
elif operator == "/" and n2 != 0:
    result = n1/n2
    print(f'{n1} {operator} {n2} = {result:.2f}')
elif operator == "%" and n2 != 0:
    result = n1%n2
    print(f'{n1} {operator} {n2} = {result:.0f}')
elif n2 == 0 and operator == '/' or n2 == 0 and operator == '%':
    print(f"Cannot divide {n1} by zero")
================================================================
07. Hotel Room

month = input()
nightsCount = int(input())

apartmentPrice = 0
studioPrice = 0

if month == "May" or month == "October":
    apartmentPrice = nightsCount * 65
    studioPrice = nightsCount * 50
elif month == "June" or month == "September":
    apartmentPrice = nightsCount * 68.70
    studioPrice = nightsCount * 75.20
elif month == "July" or month == "August":
    apartmentPrice = nightsCount * 77
    studioPrice = nightsCount * 76

if nightsCount > 14 and (month == "May" or month == "October"):
    studioPrice *= 0.70
elif nightsCount > 7 and (month == "May" or month == "October"):
    studioPrice *= 0.95
elif nightsCount > 14 and (month == "June" or month == "September"):
    studioPrice *= 0.80

if nightsCount > 14:
    apartmentPrice *= 0.90

print(f"Apartment: {apartmentPrice:.2f} lv.")
print(f"Studio: {studioPrice:.2f} lv.")
================================================================
08. On Time for the Exam

exam_hour = int(input())
exam_min = int(input())
hour_of_arrival = int(input())
min_of_arrival = int(input())

# 10:00  -  10:00
# 600    -  600 = 0
exam_time_min = (exam_hour * 60) + exam_min
arrival_time_min = (hour_of_arrival * 60) + min_of_arrival

diff_min = abs(exam_time_min - arrival_time_min)

if exam_time_min < arrival_time_min:
    print("Late")
    if diff_min >= 60:
        hour = diff_min // 60
        minutes = diff_min % 60
        if minutes < 10:
            print(f"{hour}:0{minutes} hours after the start")
        else:
            print(f"{hour}:{minutes} hours after the start")
    else:
        print(f"{diff_min} minutes after the start")
elif exam_time_min == arrival_time_min or diff_min <= 30:
    print("On time")
    if diff_min >= 1 and diff_min <= 30:
        print(f"{diff_min} minutes before the start")
else:
    print("Early")
    if diff_min >= 60:
        hour = diff_min // 60
        minutes = diff_min % 60
        if minutes < 10:
            print(f"{hour}:0{minutes} hours before the start")
        else:
            print(f"{hour}:{minutes} hours before the start")
    else:
        print(f"{diff_min} minutes before the start")
================================================================
09. Ski Trip

ays = int(input())
room = input()
assessment = input()

price = 0

if room == 'room for one person':
    price = (days - 1) * 18
elif room == 'apartment':
    if days < 10:
        price = (days - 1) * 25 * 0.7
    elif 10 <= days <= 15:
        price = (days - 1) * 25 * 0.65
    else:
        price = (days - 1) * 25 * 0.5
else:
    if days < 10:
        price = (days - 1) * 35 * 0.9
    elif 10 <= days <= 15:
        price = (days - 1) * 35 * 0.85
    else:
        price = (days - 1) * 35 * 0.8

if assessment == 'positive':
    price *= 1.25
else:
    price *= 0.9

print(f'{price:.2f}')